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https://math.stackexchange.com/questions/1101657/find-the-determinant-of-the-following-matrix | [
"# Find the determinant of the following matrix\n\nFind the determinant of the following matrix: $$A = \\begin{bmatrix} 1+x_1^2 &x_1x_2 & ... & x_1x_n \\\\ x_2x_1&1+x_2^2 &... & x_2x_n\\\\ ...& ... & ... &... \\\\ x_nx_1& x_nx_2 &... & 1+x_n^2 \\end{bmatrix}$$\n\nI computed for the case $n=2$, and $n=3$ and guessed that $\\det(A)$ should be $1+\\sum_{i=1}^n x_i^2$ but not sure how to proceed for any $n$.\n\n• The matrix is $I_n + XX^T$, where $X = \\left(x_1, x_2, ..., x_n\\right)^T$. The matrix $XX^T$ has rank $\\leq 1$. So you are looking for the determinant of a \"rank-$1$ update\" of a matrix, or for the characteristic polynomial of the rank-$\\leq 1$ matrix $XX^T$. Either interpretation suggests a way of computing it (I think the latter is better known). – darij grinberg Jan 12 '15 at 19:28\n• sherman-morrison or woodbury formula – abel Jan 13 '15 at 16:36\n• A more general case was treated here: Determinant of rank-one perturbation of a diagonal matrix – hardmath Jan 14 '15 at 2:31\n\nTo expand on darij grinberg's comment, let\n\n$$X=A-I_n = \\begin{bmatrix} x_1^2 &x_1x_2 & ... & x_1x_n \\\\ x_2x_1&x_2^2 &... & x_2x_n\\\\ ...& ... & ... &... \\\\ x_nx_1& x_nx_2 &... & x_n^2 \\end{bmatrix}=(x_ix_j)_{1\\leq i,j\\leq n}$$\n\nThen all the lines of $$X$$ are multiples of $$(x_1,x_2,\\ldots,x_n)$$ ; so $${\\textsf{rank}}(X)\\leq 1$$. The eigenvalues of $$X$$ (counted with multiplicity) are therefore $$0,0,\\ldots,0$$ ($$n-1$$ times), plus some $$\\lambda\\in{\\mathbb R}$$. Since the trace of $$X$$ equals the sum of its eigenvalues, we must have $$\\lambda={\\textsf{trace}}(X)=\\sum_{i=1}^n x_i^2$$. Then $$X$$ is similar to a triangular matrix with diagonal $${\\textsf{diag}}(0,0,0,\\ldots, 0,\\sum_{i=1}^n x_i^2)$$, so that $$A$$ is similar to a triangular matrix with diagonal $${\\textsf{diag}}(1,1,1,\\ldots, 1,1+\\sum_{i=1}^n x_i^2)$$, whence\n\n$${\\textsf{det}}(A)=1+\\sum_{i=1}^n x_i^2$$\n\n• On the third line below the matrix, do you mean $\\lambda = trace(X)$? Why is that so? – Paul555 Jan 13 '15 at 16:14\n• @Paul555 see my update – Ewan Delanoy Jan 13 '15 at 16:15\n• Note: Instead of saying \"$X$ is similar to ${\\textsf{diag}}(0,0,0,\\ldots, 0,\\sum_{i=1}^n x_i^2)$\", it may be better to say \"$X$ is similar to a triangular matrix with diagonal $(0,0,0,\\ldots, 0,\\sum_{i=1}^n x_i^2)$\", since this frees us from having to prove that $X$ is diagonalizable. – darij grinberg Mar 5 '19 at 4:12\n• @darijgrinberg Indeed. Corrected, thanks – Ewan Delanoy Mar 5 '19 at 5:35\n\nHere is a method without using (at least explicitely) the notion of eigenvalue.\n\nCall $f(x_1,\\dots,x_n)$ the wanted determinant. View the last column as $$\\pmatrix{0\\\\\\vdots\\\\ 0\\\\1 }+x_n\\pmatrix{x_1\\\\\\vdots\\\\ x_{n-1} \\\\x_n }.$$ This gives by linearity with respect to the last column, $$f(x_1,\\dots,x_n)=f(x_1,\\dots,x_{n-1})+x_n\\det\\begin{bmatrix} 1+x_1^2 &x_1x_2 & ...&x_1x_{n-1} & x_1 \\\\ x_2x_1&1+x_2^2 &... &x_2x_{n-1}& x_2\\\\ ...& ... & ... &&... \\\\ x_nx_1& x_nx_2 &...& x_nx_{n-1} & x_n \\end{bmatrix}$$ (the first determinant is computed by expanding with respect to the last column). In the last determinant, do $C_i\\leftarrow C_i-x_iC_n$, $1\\leqslant i\\leqslant n-1$ in order to show that $$\\det\\begin{bmatrix} 1+x_1^2 &x_1x_2 & ...&x_1x_{n-1} & x_1 \\\\ x_2x_1&1+x_2^2 &... &x_2x_{n-1}& x_2\\\\ ...& ... & ... &&... \\\\ x_nx_1& x_nx_2 &...& x_nx_{n-1} & x_n \\end{bmatrix}=x_n.$$ Now we can conclude by induction.\n\nConsider the eigenvalues of $x \\cdot x^T + I$\n\n$x \\cdot x^T v + v = \\lambda v$\n$x \\cdot x^T v = \\lambda v - v$\n\n$v$ must be parallel to $x$ or ($\\lambda$ = 1). wlog $v = x$\n\n$||x|| ^2 x= (\\lambda - 1) x$\n$\\lambda = ||x||^2 + 1$\n\nYou can use the fact that the determinant is the product of eigenvalues (there should be $n$ of them)\n\n• how do we know that there is only one nonzero $\\lambda$ and all other eigenvalues are 0 ? – Paul555 Jan 12 '15 at 23:13\n• The other eigenvalues are all 1. If $\\lambda = 1$ we see that the equation is satisfied iff $v$ perpendicular to $x$. This eigenspace is $n-1$ dimensional, leaving only the final dimension for the non-1 eigenvalue. – Mark Jan 13 '15 at 4:53\n• Thanks, Mark. Could you also explain why $v$ must be parallel to $x$ ? – Paul555 Jan 13 '15 at 16:33\n• You see that the range of $x \\cdot x^T$ lies entirely in the line of $x$. This is because whenever you multiply by a vector $v$ on the right, $x^T v$ turns into a real number and you get out something parallel to $x$. – Mark Jan 13 '15 at 17:19"
] | [
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https://scirp.org/journal/paperinformation.aspx?paperid=83602 | [
"Multi-Objective Optimal Dispatch Considering Wind Power and Interactive Load for Power System\n\nAbstract\n\nWith the rapid and large-scale development of renewable energy, the lack of new energy power transportation or consumption, and the shortage of grid peak-shifting ability have become increasingly serious. Aiming to the severe wind power curtailment issue, the characteristics of interactive load are studied upon the traditional day-ahead dispatch model to mitigate the influence of wind power fluctuation. A multi-objective optimal dispatch model with the minimum operating cost and power losses is built. Optimal power flow distribution is available when both generation and demand side participate in the resource allocation. The quantum particle swarm optimization (QPSO) algorithm is applied to convert multi-objective optimization problem into single objective optimization problem. The simulation results of IEEE 30-bus system verify that the proposed method can effectively reduce the operating cost and grid loss simultaneously enhancing the consumption of wind power.\n\nKeywords\n\nShare and Cite:\n\nShi, X. , Bao, G. , Ding, K. and Lu, L. (2018) Multi-Objective Optimal Dispatch Considering Wind Power and Interactive Load for Power System. Energy and Power Engineering, 10, 1-10. doi: 10.4236/epe.2018.104B001.\n\n1. Introduction\n\nWind power industry has been rapidly developed. Wind power generation reached 241 billion kW∙h that has been 30% year-on-year growth accounting for 4% of the total electricity generation in China. Among them, new energy installed capacity accounted for more than 30% of the total installed capacity of the local power supply in Gansu, Ningxia, Xinjiang, Qinghai, which has shown favourable prospects in reducing fossil energy consumption and pollutant emissions . However, the demand of electricity is influenced by variable factors, such as weather, economy, laws, policies, electrical load conditions, and so on. These factors make electric dispatch became a task. Especially, when the wind power integrated into the main grid, the intermittent and stochastic nature of such energy brings challenges to system dispatch. Therefore, usage of wind power generation is of major importance in future power grids for economic and environmental reasons. In recent years, the researches of academic experts published which classified into two major categories, one is multi-objective dispatch modeling; another one is optimal dispatch solving technology. A stochastic multi-objective optimal reactive power dispatch model is studied concerning about load and wind power generation uncertainties, including real power losses and operation cost of wind farms . The objective function is implemented for energy saving and emission-reduction . The day-ahead multi-objective optimal dispatching model containing thermal power, hydro power, wind-power and pumped storage units is given to minimize the total costs and CO2 emission under multiple constraints. A fuzzy modeling for dynamic economic dispatch is presented in , which could make the dispatch to reflect the willingness of decision-makers and hereby adapt the random wind power output better. A multi-objective optimization algorithm based on the non-dominated sorting differential evolution is used to solve the economic environmental dispatch stochastic optimization model of power system connected with large scale wind farms . And a solution of optimal dispatch problem with a particle swarm optimisation based on multi-agent systems is presented in . Optimal scheduling strategy is considered only from the generation side above literature. In this paper, the characteristics of interaction load and integration into the traditional scheduling model is discussed. The problem is formulated as a multi-objective optimal problem through simultaneous minimizing both system operational cost and power loss. QPSO algorithm has been introduced to solve this problem. Finally, the system simulation is carried out with IEEE 30 nodes. The experimental results verify the effectiveness of the proposed method, and have some certain practical significance for power system optimal scheduling.\n\nThe dispatching center calculates the optimal power dispatching plan according to the information provided by the intention chart which determine the optimal dispatch time of the load user and the shiftable load involved in shifting the peak. Therefore, for the rth shiftable load, the decision variable is the start variable ${U}_{sr}^{t}$ : If it starts in the t period, then ${U}_{sr}^{t}=1$ ; If it starts at other times, then ${U}_{sr}^{t}=0$ ; ${t}_{sr}$ is the start time of the rth shiftable peak load .\n\nThe shift cost curve characterizes denotes the compensation price that the user should obtain from the grid company after providing the shift service. The mathematical description is as follows:\n\n${C}_{sr}^{t}=\\left\\{\\begin{array}{l}{m}_{sr}\\left({t}_{s{r}_{0}}-t\\right)\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}0\\le t<{t}_{s{r}_{0}}\\\\ {m}_{sr}\\left(t-{t}_{s{r}_{0}}\\right)-{m}_{sr}{T}_{sro}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}t>{t}_{s{r}_{0}}+{T}_{s{r}_{0}}\\\\ 0\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{t}_{s{r}_{0}}\\le t\\le {t}_{s{r}_{0}}+{T}_{s{r}_{0}}\\end{array}$ (1)\n\nwhere is ${C}_{sr}^{t}$ the peak cost of the rth shiftable peak load in the t period of the peak; ${m}_{sr}$ is the compensation factor for the load of the rth shiftable peak load that is determined by the load control agreement signed from the user and the power company in advance; ${t}_{s{r}_{0}}$ and ${T}_{s{r}_{0}}$ are the number of the original power load start time and load duration before the peak which belong to known parameters.\n\nUsers through the auction to declare interruptible capacity and compensation prices as well as the dispatch center by calculating the optimal power generation scheduling program to determine the interruptible users and the optimal capacity. Dispatching the hth interruptible load of the user’s compensation cost as shown in Equation (4) \n\n${C}_{Ih}^{t}={C}_{Ih0}{P}_{Ih}^{t}{I}_{Ih}^{t}$ (2)\n\nwhere ${C}_{Ih0}$ is the unit to reduce load costs of the hth interruptible load in the contract; ${P}_{Ih}^{t}$ is the load reduction of the hth interruptible load in the t period ; and ${I}_{Ih}^{t}$ is variable dispatch for interruptible load. The interruptible load was whether to dispatched basing on ${I}_{Ih}^{t}=1$ and ${I}_{Ih}^{t}=0$ .\n\n3. Multi-Objective Optimal Statement\n\nThe problem of economic power dispatch with wind penetration consideration can be formulated as a multi-objective optimal dispatch model. The two conflicting objectives, i.e., operating cost and system power loss, should be minimized simultaneously while fulfilling certain system constraints. This problem is formulated mathematically in this section.\n\n3.1. Problem Objectives\n\n・ Objective 1: Minimization of operational cost\n\n$\\mathrm{min}{C}_{1}={C}_{Gi}+{C}_{Wi}$ (3)\n\n${C}_{Gi}=\\underset{t=1}{\\overset{T}{\\sum }}\\underset{i=1}{\\overset{{N}_{c}}{\\sum }}\\left\\{{U}_{Gi}^{t}\\left[{a}_{i}+{b}_{i}{P}_{Gi}^{t}+{c}_{i}{\\left({P}_{Gi}^{t}\\right)}^{2}\\right]+{C}_{Ui}^{t}\\left(1-{U}_{Gi}^{t-1}\\right)+{C}_{Ri}^{t}\\right\\}$ (4)\n\n${C}_{Wi}=\\underset{t=1}{\\overset{T}{\\sum }}\\left(\\underset{j=1}{\\overset{{N}_{S}}{\\sum }}{C}_{Sr}^{t}+\\underset{i=1}{\\overset{{N}_{I}}{\\sum }}{C}_{Ih}^{t}\\right)$ (5)\n\nwhere T is the number of hours during system dispatching; ${N}_{C}$ is the number of generating units; and ${P}_{Gi}^{t}$ , ${U}_{Gi}^{t}$ are the active output and the state variables of the ith generator in the",
null,
"period;",
null,
"indicates a shutdown state. On the contrary, ${U}_{Gi}^{t}=1$ indicates that the generator set is on; ${C}_{Ri}^{t}$ , ${C}_{Ui}^{t}$ denote the spare costs and starting cost of the ith generator in the",
null,
"period; ${N}_{S}$ , ${N}_{I}$ represent the number of shiftable peak load; ${C}_{Sr}^{t}$ , ${C}_{Ih}^{t}$ denote the cost of the rth removable peak load and the hth interruptible load in the t period.\n\n・ Objective 2: Minimization of system power loss\n\nThe dispatch of interactive load will inevitably cause the change of power flow distribution, which will have some influence on the system power loss. Thus, the minimize of power loss is one goal of optimal dispatching. Here the use of B-coefficient method to calculate the power loss .\n\n$\\mathrm{min}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{2}=\\underset{t=1}{\\overset{T}{\\sum }}\\left(\\underset{i=1}{\\overset{K}{\\sum }}\\underset{j=1}{\\overset{K}{\\sum }}{P}_{i}^{t}{B}_{i,j}^{}{P}_{j}^{t}+\\underset{i=1}{\\overset{K}{\\sum }}{B}_{i,0}^{}{P}_{i}^{t}+{B}_{0,0}\\right)$ (6)\n\nwhere K is the number of system nodes; ${B}_{i,j}$ , ${B}_{i,0}$ , ${B}_{0,0}$ are the second term , which are the first term and the constant term of the coefficient; and ${P}_{i}^{t}$ , ${P}_{j}^{t}$ are active power of node i and j.\n\n3.2. Problem Constraints\n\n・ Constraint 1: Power balance constraint \n\n・ Constraint 2: Spare constraints\n\n・ Constraint 3: Unit constraint\n\n・ Constraint 4: Interactive load constraint \n\n3.3. Optimal Dispatch Modeling\n\nThe objective of this model is to minimize the operating cost and the grid loss as much as possible under all constraints. Therefore, when the operating cost and the network loss are lower, the fitness value of the fitness function is greater. Where the fitness function can be defined as :\n\n$\\mu \\left({C}_{i}\\right)=\\left\\{\\begin{array}{l}1\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{i}\\le {C}_{x}\\\\ {C}_{i}^{2}+m{C}_{i}+n\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{x}<{C}_{i}\\le {C}_{x}+\\Delta {C}_{i}\\\\ 0\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{i}>{C}_{x}+\\Delta {C}_{i}\\end{array}$ (7)\n\n$m=\\left(-2{C}_{x}\\Delta {C}_{i}-\\Delta {C}_{i}^{2}-1\\right)/\\Delta {C}_{i}$ (8)\n\n$n=1-{C}_{x}^{2}-{C}_{x}\\cdot \\left[\\left(-2{C}_{x}\\Delta {C}_{i}-\\Delta {C}_{i}^{2}-1\\right)/\\Delta {C}_{i}\\right]$ (9)\n\n$\\Delta {C}_{i}={C}_{i}-{C}_{x}$ (10)\n\nwhere ${C}_{i}$ is the ith objective function value; ${C}_{x}$ is the ith objective function ideal value. $\\Delta {C}_{i}$ is the ith objective function added value. The fitness function diagram is shown in Figure 1.\n\nThus, where the fitness index can be defined as:\n\n$\\mu =\\mathrm{min}\\left\\{\\mu \\left({C}_{1}\\right),\\mu \\left({C}_{2}\\right)\\right\\}$ (11)\n\nFigure 1. Fitness function diagram.\n\nwhere m is the minimum value for all fitness functions.\n\nThe multi-objective problem is transformed into a single objective nonlinear optimization problem that satisfies the fitness value of all constraints:\n\n$\\begin{array}{l}\\mathrm{max}\\text{\\hspace{0.17em}}\\mu \\\\ s.t.\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{1}+\\mu \\Delta {C}_{1}\\le {C}_{1}+\\Delta {C}_{1}\\\\ \\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}\\text{\\hspace{0.17em}}{C}_{2}+\\mu \\Delta {C}_{2}\\le {C}_{2}+\\Delta {C}_{2}\\end{array}$ (12)\n\n4. Proposed Approach\n\nIn this paper, the quantum particle swarm optimization (QPSO) is used to solve the model, which is based on the particle swarm optimization (PSO) to improve the formation. All particles in the population are treated as quantum particles in the feasible solution. When updating the particle position, it mainly considers the current local optimal position and global optimal position information of each particle.\n\n5. Simulation and Evaluation\n\nIn this study, a IEEE 30-bus system with 1-wind farm of grid-connected is used to investigate the effectiveness of the model. The system configuration is shown in Figure 2.\n\nThe system parameters including generator capacities, spare cost and fuel cost coefficients are listed in Table 1.\n\nThe interruptable capacity, compensation price, interruptable times and duration for interruptible load are listed in Table 2.\n\n1) There are 100 wind turbines in the wind farm with a total installed capacity of 200 MW. Conventional unit positive and negative rotation standby demand for the maximum unit capacity of 15%.\n\n2) The particle size scale of QPSO algorithm is 100 and the maximum number of iterations is 500.\n\n3) The prediction curves and load forecast curves of the wind power during the last 24 hours are shown in Figure 3.\n\n4) The willingness curve and the peak cost of the shiftable load are shown in Figure 4 and Figure 5, respectively.\n\nIt can be seen from Figure 3 that there is obvious anti-peaking characteristic of wind power and load side. The three interruptible loads of this example are at nodes 7, 19, 21 in the interactive load respectively and where three shiftable loads are at nodes 10, 12, 29.\n\nFigure 2. Wiring diagram of IEEE 30-bus system.\n\nTable 1. Data of conventional generator.\n\nTable 2. Data of interruptible loads.\n\nTable 3. Results of multi-objective optimization.\n\nFigure 5. Cost curve of shiftable loads.\n\nFigure 4 and Figure 5 are, respectively, the time and peak load cost curve. Through reasonable optimization calculations, interruptible load 1, 2, 3 and shiftable load 1, 2 are put into the system; although the shiftable load capacity of the load 3 is relatively large, but because of its shiftable capacity and peak surge costs will be increased system operating cost. It does not meet the economic needs of the operation of the grid, so it does not work. It can be seen from Table 3, the system operating cost of \\$637030 when the equal to 0.826 which the net loss is 129.47 MW. It can be seen that the power system which integrates the interactive load can provide more reserve for the power grid with wind farm and it reduce the impact of wind power randomness. While reducing the switching costs of interactive load make the power grid more economical and reliable operation.\n\nThe results are compared using the conventional optimal scheduling model and the interactive load multi-objective optimal scheduling model. Figure 6 and Figure 7 are the two models of the output curve, respectively.\n\nIt can be seen from Figure 6 and Figure 7 that the traditional optimal scheduling model usually need to reduce the output of the conventional unit in the wind power generation period or increasing the output of the conventional unit in the lesser period of wind power. This leads that the conventional unit's output curve isn’t better. Thus, the normal unit 1 and 2 must be worked to meet the system peak demand. But the interactive load multi-objective optimal scheduling model reduces the valley difference of the system. Therefore, it is not necessary that make the normal unit 2 to work.\n\nIn the following, the results of the traditional optimization scheduling model and the multi-objective optimization scheduling model considering the interactive\n\nFigure 6. Output curve of traditional scheduling model.\n\nFigure 7. Output curve of optimal dispatching model.\n\nTable 4. Total operational cost of system.\n\nTable 5. Grid loss of system.\n\nload are compared in Table 4 and Table 5.\n\nIt can be seen from Table 4 and Table 5 that the shiftable load is better for shifting peak in power system. It is put into the system scheduling system, which can improve the operational efficiency of power systems and decrease the grid loss of system. The generating units are run at a cost-effective level by reducing the frequent shutdown of the generating units. In addition, the interruption load can also reduce the cost of spare capacity due to the random fluctuations in wind power. Compared with the traditional optimal scheduling model, the total system power generation cost and grid loss of system are reduced.\n\n6. Conclusion\n\nThe operation cost of power grid will become increased when the capacity of wind power which have fluctuation and randomness is increased. The solution of this problem is the interactive load which is adjusted the power grid to interact with user. The interactive load decreased the operation cost because it can be a part of the reserve capacity of electric power system. In addition, on the basis that bring the interaction load into the optimalscheduling of the system which include the wind farm, a multi-objective optimization scheduling model based on the minimum operation cost and network loss are established. A quantum particle swarm optimization (QPSO) algorithm is utilized to solve the optimization objective of the model which achieve minimum of system power loss and operational cost. Simulation results show the interactive load’s ability to reduce the cost of reserve capacity due to the random fluctuations in wind power. Experimental results demonstrated that the model was successfully implemented.\n\nAcknowledgements\n\nThe authors would like to thank the financial support from National Natural Science Foundation of China (51267011), and partly financed by Gansu Electric Power Research Institute (271733-KJ-07).\n\nConflicts of Interest\n\nThe authors declare no conflicts of interest.\n\n Sun, B., Yu, Y.X. and Qin, C. (2017) Should China Focus on the Distributed Development of Wind and Solar Photovoltaic Power Generation? A Comparative Study. Applied Energy, 185, 421-439. https://doi.org/10.1016/j.apenergy.2016.11.004 Mohseni-Bonab, S.M. and Rabiee, A. (2017) Optimal Reactive Power Dispatch: A Review and a New Stochastic Voltage Stability Constrained Multi-Objective Model at the Presence of Uncertain Wind Power Generation. IET Generation, Transmission & Distribution, 11, 815-829. https://doi.org/10.1049/iet-gtd.2016.1545 Shi, N., Zhou, S.Q., Su, X.W., et al. (2016) Unit Commitment and Multi-Objective Optimal Dispatch Model for Wind-Hydro-Thermal Power System with Pumped Storage. 2016 IEEE 8th International Power Electronics and Motion Control Conference (IPEMC-ECCE Asia). Chen, H.Y., Chen, J.F. and Duan, X.Z. (2009) Fuzzy Modeling and Optimization Algorithm on Dynamic Economic Dispatch in Wind Power Integrated System. Proceeding of the CSEE, 29, 13-17. Sun, H.J., Peng, C.H. and Yi, H.J. (2012) Multi-Objective Stochastic Optimal Dispatch of Power System. Electric Power Automation Equipment, 32, 123-128. Zhao, B., Guo, C. and Cao, Y. (2005) A Multiagent-Based Particle Swarm Optimization Approach for Optimal Reactive Power Pispatch. IEEE Trans. Power Syst, 20, 1070-1078. https://doi.org/10.1109/TPWRS.2005.846064 Graditi, G., Di Silvestre, M.L., et al. (2014) Heuristic-Based Shiftable Load Optimal Man-agement in Smart Micro-Grids. IEEE Transactions on Industrial Informatics, 11, 271-280. https://doi.org/10.1109/TII.2014.2331000 Cakmak, R. and Altas, I.H. (2016) Scheduling of Domestic Shiftable Loads via Cuckoo Search Optimization Algorithm. 2016 4th International Istanbul Smart Grid Congress and Fair (ICSG). Wang, Q.Q., Zhao, C.H., Ma, C.F., et al. (2011) Scheduling of Interruptible Load Based on Binary Particle Swarm Optimization. Journal of Nanjing Normal University Engineering and Technology Edition, 11, 19-25. Guo, Z.Z., Wu, J.K. and Kong, F. (2013) Multi-Objective Optimization Scheduling for Hydrothermal Power Systems Based on Electromagnetism-Like Mechanism and Data Envelopment Analysis. Proceedings of the CSEE, 33, 53-61. Suzuki, H. (2014) Dynamics of Load Balancing with Constraints. The European Physical Journal: Special Topics, 223, 2631-2635. https://doi.org/10.1140/epjst/e2014-02278-7 Wang, B.B., Liu, X.C. and Li, Y. (2013) Day-Ahead Generation Scheduling and Operation Simulation Considering Demand Response in Large-Capacity Wind Power Integrated Systems. Proceedings of the CSEE, 33, 35-44. Wu, J.K, and Tang, L. (2012) Stochastic Optimization Scheduling Method for Hydrothermal Power Systems with Stochastic Loads. Proceedings of the CSEE, 32, 36-43. Sun, J. and Xu, W.B. (2004) A Global Search Strategy of Quantum-Behaved Particle Swarm Optimization. Proceedings of IEEE Conference on Cybernetics and Intelligent Systems, Singapore, 111-116.",
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https://5mininvesting.com/calculate-the-return-on-investment-on-stock/ | [
"# Calculate the return on investment on stock",
null,
"##### CALCULATING YOUR RETURN OVER TIME",
null,
"Today we will be going through 3 approaches to calculate your Return on Investment, or your portfolio return so you can truly understand what you are getting either this year, or from multiple years in your portfolio.\n\nWhat surprises me most is that many people will teach you about the first and second approach, but I have never seen anyone mention the third approach, which is probably the most complicated yet most accurate method.",
null,
"The first approach is simple - You can find this method on how to calculate your return on stocks through a quick Google or YouTube search.\n\nThe second approach is to calculate multiple years of return, including dividends. I have seen a few online resources that will cover this topic at a relatively advanced level, so you will be able to find this method online as well.\n\nThe third method is to calculate the return on your portfolio, including adding money.\n\nThis is probably the most important method thus far because adding money will affect your investment return.\n\nSo far, I haven’t found any resources that will show you how to calculate your ROI with added money. In fact, this is actually how a mutual fund calculates the fund return.\n\nBefore we start, I just want to let you know that the absolute best way to calculate your own return and skip all the math is to choose a broker that will do the calculation for you.\n\n#####",
null,
"So let’s jump into my own portfolio. My broker is TD Canada, and now I will show you how they calculate my return.",
null,
"So I have logged into my portfolio and if you have TD Canada, you will find this under the “Performance” tab and I use “time-weighted return”.\n\nAt this point, you can select the period of time you want to view. For myself, I like to look at the long-term, so I will scroll on this bar here and choose “since inception”.",
null,
"This will probably give you the best idea on what your return is.\n\nAfterwards, on the right-hand side you will select “All accounts”.\n\nIn this case you can see that for my TFSA and RRSP account, my time weighted return which excludes any influence of adding capital in, is 684%.\n\nAfterwards, it also calculates my annualized return to be 51.4% which is very helpful. This way, you won’t need to go through all the calculations yourself.\n\nHowever, if you are like me and have multiple brokers or multiple accounts and need to calculate this return yourself, then the rest of this post is dedicated to you.\n\nWhen looking at your return, you are also able to compare with a target that you set, for example, I set my target ta a 30% return indicated by the blue line.\n\nYou also get to compare with the S&P 500 and also the Toronto Stock Exchange composite index. These two are the red lines and the dashed blue line you see below.\n\nSo my portfolio started in January 2016 and now it is currently January 2021.\n\n#####",
null,
"The first simple method for calculating return is basically the money you get divided by the money you put in, minus 1. Nice and simple.\n\nHere is an example: You invest \\$100 in Google.\n\nAt the end of the year, you get \\$130.\n\nIn this example, the market value is \\$130 / \\$100 - 1 which gives you 0.3 or 30%.\n\nThis assumes that you hold for one year.\n\nObviously this is an accurate calculation for a single year, but if you do this across multiple years and you divide it by let’s say five years, then the return you calculated will not give you the compounded figure.\n\nHowever, this method remains the easiest way to calculate a one-year return.\n\n#####",
null,
"The medium approach includes dividends and multiple years of return, and the formula to calculate this is listed above.\n\nHere is an example of this calculation:\n\nAt the start of 2021, you put in \\$100 and get a dividend of \\$10.\n\nYou also sell the investment for \\$150, so you have a gain on investment and also a dividend.\n\nLet’s say you sold it within 180 days, or half a year.",
null,
"Here are the numbers plugged into the formula from an excel sheet.\n\nIf you want to replicate this within the Excel sheet that you are using to calculate your portfolio return, then you can do so now by taking a few minutes to study this formula.\n\nAs you can see, this is a very straightforward equation and a fairly simple way to calculate your return.\n\n#####",
null,
"When you put money into your portfolio, this influences your return and this is why a third approach is required to accurately calculate your investment return.\n\nThis is the most difficult yet most accurate calculation and it is also how mutual funds calculate their returns. It basically isolates the effect of adding money into your portfolio.\n\nFirstly, let’s talk about why it’s so important to separate the effect of adding money into your portfolio.\n\nI’m going to show you first the incorrect way to separate the effect of adding money into your portfolio and how this will influence your return so you can better understand how to do it correctly.\n\n#####",
null,
"The wrong way to do it is to divide the market value today by the amount of money you put in, regardless of which time you put it in, to the power of one divided by the number of years minus one.\n\nDoing this will actually underestimate your return and I have provided an example for you.",
null,
"In this example, you put \\$100 into a stock like Google.\n\nThe next year you also put in \\$100 into the same stock and by the end of the second year, you sell it for let’s say, \\$234.\n\nIn year 1, the stock grows by 11% and in year 2 the stock also grows by 11%.\n\nIf you try to calculate the investment for your first \\$100 it grows by 23% and your investment for the second \\$100 should grow by another 11%, which is how you get \\$234.\n\nNow when you think about your annual return and use the formula I’ve shown you, it actually assumes you invested all the money in the beginning of year 1, even though \\$100 is from year 2.\n\nBased on this calculation, it will give you an annualized return of 8% which is incorrect because the gain was actually 11% in year 1 and another 11% in year 2, therefore the gain should be 11% for this portfolio.\n\nIn order to fix that, you’ll need to separate out the effect of adding money into your portfolio, and this is how a mutual fund or hedge fund does it.\n\n#####",
null,
"First out of your portfolio you’ll need to separate \\$100 to track your return and calculate it from an ownership percentage.\n\nThen the next step would be to record the market value of today every time you insert or withdraw money from your portfolio.\n\nFor step 3 you will add the money, add this to your portfolio and update the ownership percentage.\n\nBy doing so, over time your \\$100 will not be influenced by the amount of capital you put in at later times, and you will be able to calculate your true return over multiple years.\n\nHere’s an example of how it works.",
null,
"In Step 1, you’ll see that there is a total or \\$10,000 in the portfolio.\n\nIn the “less” column you will see that there is a remaining balance of \\$9,900 because I’ve separated \\$100 out as a constant, and I’ve also expressed these figures as a percentage as well.\n\nSo you can enter in whatever amount and also express your figures as a percentage.Step 2 shows the market value of your portfolio today.\n\nIf my portfolio has grown by 10%, then it would now be \\$11,000.\n\nMy \\$100 becomes \\$110 and my \\$9900 becomes \\$10,890.\n\nIf at this point you decide to insert capital by adding \\$5,000 into your portfolio, that would bring your remaining portfolio to \\$15,890.\n\nObserve that the constant remains at \\$110. This means that injecting capital did not influence your return because it all went to the remaining column.\n\nAt this point, you will take the total which is \\$16,000 and recalculate the percentage.On the very last line, you will see that the figure is now 99.31% and the constant percentage becomes 0.69%. This is exactly how a mutual fund would calculate it.\n\nAs you can see, you will need to know the market value every single time you decide to put money in. This is a crucial part in the accuracy of your calculation on returns.\n\nIf you do not want to do all of this, I would recommend that you get a broker to do it for you.\n\n# 90% correct transcript\n\nSo Linda's video, I'm going to go through three approaches to calculate your investment return, your portfolio return. So then you truly understand what is the return you're getting for this year or multiple years for your portfolio. And the surprising thing is most people cover the first or the second approach, but I haven't seen any one covered a third approach. And that is probably the hardest and also the most accurate. And the third approach is actually how a mutual fund does their accounting and calculate dare return. So make sure you stay till the end. So then you really understand how to calculate your own return over time. So let's get started 96.4% of you guys are not subscribed yet. So it would be a great help. If you can just tap that subscribe button, it is free and you can always change your mind in the future.\n\nMake sure you stay till the end for the giveaway as well. And investing a celebrator. I just want to celebrate the 99th case study where Carolyn made 20% from shake shack in nine months. So congratulations, Carolyn. And this month I'm looking to help. 20 professionals will photo financial background to master investing and target 30% a year. The stretch goal is 30 people, and there'll be more details at the end of the video. So the first simple approach is really calculating your return on stocks and everyone pretty much covers this and you can find it on YouTube. Now the second approach is really to calculate multiple years of return, including dividends. Now, sometimes I've seen some videos cover this at a relatively high level. Now the third one is the return on your portfolio, including adding money. And this is probably the most important because adding money does affect your investment return.\n\nAnd so far, I haven't seen anyone actually covers this, and this is actually how a mutual fund calculate the fund return. Before we even start. I just want to say the best way to calculate your own return and to skip all the math is to choose a broker Dow due to calculation for you. So I'll jump into my portfolio, my broker, which is TD Canada, and I'll show you how they calculate my return right now. Now here, you actually find my TD Canada log-in screen. We're actually logged into my portfolio and it is Ashley under accounts. And if you have TD Canada and it's under underperformance and it will actually bring you to this screen. So when it comes to finding your investment return, it's under the performance tab and I use time weighted return. That is the one you're looking for, the personal rate of return.\n\nI don't know how to calculate it, but that is not what you're looking for. So time-weighted to return. And then afterwards you can choose to period. So for myself, I really like to look at the long-term. So I would actually go all the way over here and choose since inception. And that will probably give you the best idea on what your return is. And then afterwards you would choose all accounts. So in this case, you can see that for my TSA and my RSP account, my time weighted return, which excludes any influence of adding capital in is 684%. And then afterwards it also calculates my annualized return to be 51.4%. So that's actually very helpful. So you don't need to go through all the calculations yourself, but if you're like me, where you have multiple brokers or multiple accounts, and you need to calculate this return yourself, then the rest of the video is for you.\n\nNow, when it comes to looking at this return, you also get to compare with a target that I set, which is for example, a 30% return. And this is the blue line here. And you also get to compare with SMP 500 and also Toronto stock exchange composite index. So these two are the red line and the dash blue line you see below. So my portfolio started really January, 2016 and now is January, 2021. So first the simple method for the simple method to calculate in investment return is basically the money you get defeated it by the money you put in very simple minus one. So let's take an example. You invest in Google a hundred dollars. And at the end of the year, you get \\$130. So the market value is 130 divided by a hundred. And then afterwards you minus one. So that gives you 30%.\n\nAnd this assumes you to hold for one year. And obviously this is accurate when it is one year, but if you do this across multiple years and you defied it, let's say five years, then the return are calculated is actually not compounded, but this is the easiest way to calculate a one-year return. So we're going to breeze through that and go to the medium approach now to medium approach includes dividends and multiple years of return. And the formula is the money you get, which includes the market value. As of today, plus the dividend, you get divided by the money you put in, and then you would tick that one, divide it by the number of years. And this will give you your annual return per year for multiple years. So let's go through an example. So let's say in the beginning of 2021, you put in a hundred dollars and you get dividend of \\$10 and you also sold the investment for \\$150.\n\nSo you have a gain on investment and also your dividend. So let's say you sold it within 180 days. So it was half a year. So when you think about that, you would take her one 60 divided by 100 to the power of two and then minus one. So the next slide I'll actually show you the formula and you can see the blue cell C eight divided by C3, the red cell, and then to the power of one divided by the purple South, which is 0.5 minus one. So if you want to replicate this within the Excel that you're using to calculate your portfolio return, then you can do so now by pausing this video and studying this formula, and this is a fairly simple way still to calculate your return. And when you put money into your portfolio, that actually influences your return as well.\n\nAnd that's why you need to third approach to calculate your investment return. Now, this is really the hard method and this is the most accurate method. And this is actually how a mutual fund calculates their return. And this basically separates out the effect of adding money into your portfolio. Now you might ask why is it so important to separate the effect of adding money into your portfolio? So I'm going to first show you the incorrect way of doing it and what happens if you don't do it the hard way and how that influence your return. So then you better understand how to do it correctly. So first the wrong way. So the wrong way to do it is really the market value today divided by the amounts of money you put in, regardless of which time you put in to the power of one divided number of years minus one.\n\nSo this will actually underestimate your return. And here I have prepared an example for you. So let's say this year, you put a hundred dollars into a stock. You like Google. And the next year you also put in a hundred dollars into the same stock. And by the end of the second year, you sell it and let's say you sell it for \\$234. And the way I come to this \\$234 is that's in year one. The stock grew by 11% and in year two, the stock grew by 11%. So if you try to calculate, you know, D investment for your first \\$100, it grew by 23% and your investments for a second \\$100 should grow by another 11%. Then that's how you get to the two 34. Okay. Now, when you are thinking about your annual return and you'd use the formula, I just showed you there.\n\nIt actually assumes you invested all the money in the beginning of year one, even though \\$100 is in year two. So that will get you an annualized return of 8% you see here, and you know, that is wrong because in year one, the game was 11 and in year two, the game was 11 as well. So the annual return should be 11% for this portfolio. And in order to fix that, you'll need to separate out the effect of adding money into your portfolio. And this is how a mutual fund or a hedge fund does it. So first out of your portfolio, you need to separate out, let's say a hundred dollars to track your return and you need to calculate an ownership percentage. And for step two, every time you inject money or you withdraw money from your portfolio, you need to record the market value today.\n\nAnd then step three, you add the money, you inject it into the portfolio and then update the ownership percentage. And then over time, your \\$100 will not be influenced by the amount of capital you put in. So then you can calculate your true return over multiple years. So let's see an example and see how that works. So here you'll see the table and step one, I put in \\$10,000 in the portfolio, and here you will see the total column, which says \\$10,000. And the less column you will see remaining \\$9,900 because I've separated out a hundred dollars as a constant. So that is relatively straightforward. And when you're trying to calculate the percentage Yossi that's 99% is all, and 1% is considered to be the 100. So if you're investing in a portfolio that has a hundred thousand or a million, you just do the same thing, just separate out a hundred dollars for tracking purposes.\n\nNow, step number two is really the market value today. And let's say my portfolio grew by 10%. So now as \\$11,000. So what I'll do is using the same percentage I calculated in step one, I'll apply that and calculate the market value today for my \\$100 and also to \\$9,900. So it turns out my \\$100 grew by 10%. So it was 110, and that makes sense. And then the remaining portfolio grew to \\$10,890. Okay. So you're following me so far. And at this point, you then inject capital by adding \\$5,000 into your portfolio. So that brings your remaining portfolio to \\$59,890. And what you will observe here is actually the constant remains at \\$110. So that means injecting capital actually did not influence your return because it all went to the remaining column. And at this point, you'll take the total, which is 16,000 and you'll recalculate the percentage.\n\nSo on the very last line, you will see that it is 99.3, 1% now, and the constant percentage becomes 0.69%. And that is exactly how a mutual fund would calculate it. And as you can see the steps you'll need to know the market value every time you put money in. And that is very crucial because that's actually gets you the most accurate return. So if you don't want to do all of this, that is better to get a broker out, do it for you. Um, and for myself, I use TD Canada when I'm investing. My vision for myself is really to get 30% a year. And this is like going to Mars initially because 30% is such a stretch goal. And that's why I put together a free four hour training on how I mastered investing and how I've gone through from a person who's losing money year after year to a person who can make 30% a year.\n\nSo this is perfect for you. If you're a full-time professional with no financial background, and you want to learn how to manage your own portfolio with confidence. So the link is in the description is five minute investing.com/free case study. And it outlines my journey from going to a loser losing more than 10% a year to making 30% a year using a simple, proven and effective investing strategy. So it took me eight years to figure this out on my own. So if you're new to investing, definitely check it out. And it is quite long because I put a lot of content in it and it will put you miles ahead of consuming another 100 YouTube videos. And throughout my coaching career, I have helped Carolyn to make 20% from shake shack at nine months. So that is the 99th case study within investing accelerator. And this month I'm looking to help 20 professionals without a financial background to master investing and to target 30%.\n\nThat stretch goal is 30 people. So if you attend the free case study in the first link of description, and you can schedule a call with me to chat, to see if you're a good fit now, in terms of the giveaway, I'm planning to give away another copy of Sam Walton made in America. So if you just take a minute to like the video, leave a comment below and I'll announce the winner and one to two months. So the winner from a previous video is Fred, and he wanted to book harmonic trading too. So Fred, if you're watching this video, then make sure you send me your details and I'll send a book your way. So that is pretty much it for this video. And I'll see you in the next one.\n\n#### Eric Seto\n\nInvestor, CPA (Canada) based in Hong Kong and Vancouver\n\n## Which strategy do you prefer? A or B?\n\n{\"email\":\"Email address invalid\",\"url\":\"Website address invalid\",\"required\":\"Required field missing\"}"
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null,
"https://lh4.googleusercontent.com/boZh6ex0WJ2-rZ9sLxOYyX5fDx-AoPuiclYIlpfOrxJsK16WqtckIkJVp-fg7-249Monc5EfTDDLvyzalwknH1J9uBiL1NiAZ5fpadLQW-pM-Hp7TboyaEeesF-9ylPtOcstC8Pg",
null,
"https://lh6.googleusercontent.com/JzSJdIREiRsRuh5PlvzzzdYnX8MNaGGXnEXiegsVPRWlpQpdmUAhdhRufLUAvFYxnO55V5E3_gw7G6TSuGpACA02ufSsurL9DNmF2ATbh6dtSVAZckrdX2gosT1jjEU4ZLGQfS-o",
null,
"https://lh3.googleusercontent.com/HNPWrtfIx9FdMgv7QNob3-5W-QjTEj1NczdhjYUV8dKt1FmTJIsfmmiL9x65y9Tjnt22i3IBDUco5kHApT57gGbP3GBhVJWHRCDTRt3td7ed9rp08siacDgRMOJjT1co1go1a7Ju",
null,
"https://lh4.googleusercontent.com/4RpWZl3K7oLzAM8vP9IGnsKqLlmpyz_jZHPXMX9L5QWfBJPWVrQ4FuVhZYPV2e206_rSDQMzH8JuPWK4siAEdc2p7G18sE80W2DNG1BNBzyzXtRPCtCsEGnTuLBlDu5qqZzmfUlb",
null,
"https://lh3.googleusercontent.com/Aze-55pC1fLDuUaU9y0i82RlatKCVM6jBW7OTadQj5r_r_Ku7XVggW-xXrzEsUURZfb4wj7smdWGoBFfxwpXmM9LrqMVYTHI9hSSZkjrrdQ2MdpcUMRzczT3OObqXITAqeGSiMV5",
null,
"https://lh5.googleusercontent.com/USJQYpdXVHKRbLnhnWRdH6Azy550yhKFP8peh2QmG-8EKbpQZ_iOov_3Xya04vtyPmlraYTmRMLiRxxPtIw-7VESd0Oot5Mrp8hRt3POm_S_myvVcqeptuMESC9uUn4IhjyrU5W8",
null
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https://help.visokio.com/support/solutions/articles/42000095163-creating-kpi-views-the-steps-the-cheat-sheet-with-formulas | [
"",
null,
"Creating a dynamic self-updating dashboard is a time-saver for the analysts - it also means that the time it takes to get from a data refresh to a polished visualisation is reduced to a couple of seconds.\n\nKPI views are a great addition to charts - KPIs will highlight the totals and show periodic changes - sometimes all the decision-makers need in order to comprehend the latest business performance.\n\nThere is also an article on this portal explaining use of calculations in different areas of Omniscope application, however here we'll cover just some KPI examples that you can immediately implement in your reports.\n\n## How to create a KPI view - steps 1-2-3",
null,
"The KPI calculation in this view will depend on the Data and Query choices you select from the Settings menu.\n\n2. Pick the dataset from the Data menu:",
null,
"3. From the Settings > Query options pick one of the options:\n\n- 'Filtered in' - default setting, where calculation is based on the filtered data, so anything filtered out will be ignored\n\n- 'Selection' - the result will be based on the data selected in another view (e.g. bar, marker, pie slice in a chart based on the same dataset!)\n\n- 'All data' - your calculation will be performed on the whole dataset and will not respond to filtering on the tab. Simply delete the 'Filtered in' default by clicking on the bin button next to it.",
null,
"4. Create some dynamic content!\n\nUse the simple text editor to create and format a title and add your dynamic text by integrating formulas.\n\nIf it's a simple function (like sum, mean, min, max, etc.), based on one field - you can use the drop-down menu to pick the field name and function (below [Issue Date] with minimum).\n\nThere is also a formula editor interface (under the Custom formula), with the whole range of functions, allowing you to perform more sophisticated calculations in this space.",
null,
"By clicking on the 'Custom formula' you will open the Formula builder interface, where you can use the drop-down menus to add formula syntax and insert fields / variables from your dataset.",
null,
"In the Omniscope's Content view everything can be formula driven: including the text size, font choice, text colour, arrows and more. This allows the user to create KPIs numbers with different style, depending on the performance, so red colour/ italic font to draw attention to a bad performance, or use green font for good results.\n\nStatic text and formulas can be combined to create dynamic statements, that will change depending on the latest results e.g. \"This week's sales were £250,865, which is 4% higher than last week(with a formula behind the numbers and the word \"higher\")\n\n## The 'cheat sheet'\n\nHere are some examples of the formulas that you may wish to adapt to your scenario. Please\n\nnote that because of the absence of a tabular data structure, referencing is done by using Subset functions with specific conditions, so Omniscope can determine on which subset of data to perform some statistical function.\n\n#Sum of values on the last day in our time series:\n\nSUBSET_SUM([Value], subset([Date],\n\nSUBSET_MAX([Date])\n\n))\n\n#Previous day value:\n\nSUBSET_SUM([Value], SUBSET([Date],\n\n))\n\n#Sum of Values on the same day last month (compared to the latest day in the series):\n\nSUBSET_SUM([Value], subset([Date],\n\n))\n\n#the \"month\" argument can be replaced with \"year\",\"week\" or \"day\". If Max date is 22 May 2022 - the formula will retrieve a sum of values for the 22nd April 2022, or, in case of -1 Year, sum of values on the 22 May 2021.\n\n# finding the value sum on the last day of the previous month :\n\nSUBSET_SUM([Value], subset([Date],\n\nLASTDAYOFMONTH(\n\n)))\n\n#Value sum for the latest Month - our month field is called [Month MMM-yy]:\n\nSUBSET_SUM([Value], subset([Month MMM-yy],\n\nSUBSET_MAX([Month MMM-yy])\n\n))\n\n# MoM difference (month on month) from the latest month in our datset:\n\nSUBSET_SUM([Value], subset([Month MMM-yy],\n\nSUBSET_MAX([Month MMM-yy])\n\n))\n\n-\n\nSUBSET_SUM([Value], subset([Month MMM-yy],\n\n))\n\n# Year to date Value sum (sum of all values for the latest year in the time series):\n\nSUBSET_SUM([Value], subset([Year],\n\nSUBSET_MAX([Year])\n\n))\n\n# Sum of values for the previous year:\n\nSUBSET_SUM([Value], subset([Year],\n\n))\n\n# YoY (year on year) difference (sum of Values for the Max year - previous year):\n\nSUBSET_SUM([Value], subset([Year],\n\nSUBSET_MAX([Year])\n\n))\n\n-\n\nSUBSET_SUM([Value], subset([Year],\n\n))\n\n#Difference from a previous day in a time series where [Value] field is a cumulative\n\nSUBSET_MAX([Value])\n\n-\n\nSUBSET_MAX([Value], SUBSET([Date],\n\n))\n\n#Increase rate (delta divided by the previous period) -in a time series where [Value] field is a cumulative :\n\n(SUBSET_MAX([Value])\n\n-\n\nSUBSET_MAX([Value], SUBSET([Date],\n\n)))\n\n/\n\nSUBSET_MAX([Value], SUBSET([Date],\n\n#Create a unicode arrow next to your result:\n\nIF(\n\nSUBSET_SUM([Market Yield],subset([Month rank],1))\n\n-\n\nSUBSET_SUM([Market Yield],subset([Month rank],2))\n\n> 0, \"⇧\", \"⇩\")\n\n# Colour the font or arrow depending on the calculation outcome (RGB colours can be used instead of words e.g. \"rgb(255,0,0)\" for red):\n\nIF(\n\nSUBSET_SUM([Market Yield],subset([Month rank],1))\n\n-\n\nSUBSET_SUM([Market Yield],subset([Month rank],2))\n\n> 0,\n\n\"green\", \"red\")\n\nBelow is a demo file which contains multiple conditional formulas - you can import the IOZ and explore the contents."
] | [
null,
"https://s3.amazonaws.com/cdn.freshdesk.com/data/helpdesk/attachments/production/42091799554/original/LbXZEdUIZJeVPxyCGJVfCnlJfr8FJ1f2AQ.png",
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null,
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null,
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null,
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null,
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https://www.physicsforums.com/threads/galilean-transformation.156251/ | [
"# Galilean transformation\n\nxiankai\ni have trouble taking the equations given, that is the conversion of one coordinate frame to another.\n\nlets assume at the starting point there are two observers (coordinates (x,y,z,t)).\n\none observer moves in the x direction and the other observer stays still. the observer that moves has the coordinates of x',y',z',t' at any time.\n\nthe stationary observer sees an object in the x-direction, n units ahead. for the moving observer, at a particular instant of time, he sees it as n-vt ahead, where v is the relative velocity between the two frames of reference, and t is the time elapsed from the start till the instant.\n\nas the coordinates of object are (x+n,y,z,t) or (x'+n-vt,y',z',t')\n\nhence..\n\nx+n = x'+n-vt\n\nx = x' - vt\n\nx' = x + vt\n\nwhich isnt the result to be arrived at. can someone help me? i tried doing a search but it seems to elementary a problem to feature as a major stumbling block, couldnt find any topics on it. ><"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9108709,"math_prob":0.97676826,"size":1771,"snap":"2022-27-2022-33","text_gpt3_token_len":456,"char_repetition_ratio":0.12959819,"word_repetition_ratio":0.9096573,"special_character_ratio":0.2591756,"punctuation_ratio":0.14250614,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99331695,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-08-19T14:55:13Z\",\"WARC-Record-ID\":\"<urn:uuid:67d5933c-ad4f-4828-9a7e-0cd6013ca64d>\",\"Content-Length\":\"62382\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:31558f31-256f-464c-b359-bae58cd52a64>\",\"WARC-Concurrent-To\":\"<urn:uuid:1d21f1fa-f5c5-409d-a22e-9c7dac00544f>\",\"WARC-IP-Address\":\"104.26.14.132\",\"WARC-Target-URI\":\"https://www.physicsforums.com/threads/galilean-transformation.156251/\",\"WARC-Payload-Digest\":\"sha1:RZWFKHJ4FO5MYMHPU3MNPRSNRF7XPV3R\",\"WARC-Block-Digest\":\"sha1:6J37M2WOXOEL2SXSHDKULZKR2VTE55PO\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-33/CC-MAIN-2022-33_segments_1659882573699.52_warc_CC-MAIN-20220819131019-20220819161019-00014.warc.gz\"}"} |
http://internationalecon.com/Finance/Fch60/F60-7.php | [
"",
null,
"International Finance Theory and Policy\nby Steven M. Suranovic\n\nFinance 60-7\n\n# AA-DD and the Current Account Balance\n\nIn later chapters we will use the AA-DD model to describe the effects of policy changes on macroeconomic variables in an open economy. The two most important macro variables are the exchange rate and the current account (trade) balance. The effects of changes on the exchange rate are vividly portrayed in the AA-DD diagram since this variable is plotted along the vertical axis and its value is determined as an element of the equilibrium. The current account variable is not displayed in the AA-DD diagram, but with some further thought we can devise a method to identify the current account balance at different positions in the AA-DD diagram.\n\nFirst, note that there is no equilibrium current account balance in a floating exchange rate system. Any balance on the current account is possible because any balance can correspond to balance on the balance of payments. The balance of payments is made up of two broad sub-accounts; the current account and the financial account, the sum of whose balances must equal zero. When the balances sum to zero the foreign demand for domestic goods, services, income and assets is equal to domestic supply of goods, services, income and assets. Thus, there must always be balance on the balance of payments regardless of the balances on the individual sub-accounts.\n\nNote: In chapter 80, we will discuss the concept of balance of payments equilibrium. This concept is valid and important in a fixed exchange rate system. However, it has no real meaning in a floating exchange rate system.\n\nThe Iso-CAB Line",
null,
"An Iso-CAB line is a line drawn on an AA-DD diagram representing a set of points along which the current account balance (CAB) is the same. Note, iso is a prefix that means the same. In the adjoining diagram we have superimposed three dotted iso-CAB lines labeled CC, CC and CC respectively. Each line represents a set of GNP-Exchange rate combinations that generate the same balance on the current account. The higher the CAB line, the larger is the balance on the current account. Thus, the CAB balance on CC is greater than the balance along CC. Also note that each CAB line is positively sloped with a slope less than the slope of the DD curve. Next we'll continue with a justification for this description.\n\nJustifying the Shape of the Iso-CAB line\n\nConsider the super-equilibrium point at the intersection of AA and DD. The positions of these two curves are determined by the values of the exogenous variables in the model, including the domestic price level (P\\$), the foreign price level (P£),tax revenues (T), and transfer payments(TR), among others. The intersection of the two curves determines the equilibrium GNP level (Y\\$) and the exchange rate (E\\$/£). (not labeled in diagram) Recall from Section 60-1, that the DD curve is derived from the aggregate demand function, one component of which is the current account function. The current account function, as shown below, is a function of all the variables listed immediately above.",
null,
"Thus, at the intersection of AA and DD there are presumed known values for the exogenous variables and determined values for the endogenous variables, E\\$/£ and Y\\$.\n\nAll these values could, in principle, be plugged into the current account demand function, CAD, to determine the CA balance at the equilibrium. Lets assume that value is given by K, as shown in the above expression.\n\nNow lets consider movements in the super-equilibrium to other points on the diagram. Suppose the equilibrium moved to point x, directly to the right. That could arise from a rightward shift of DD and an upward shift of AA. We will also assume that this shift did not arise due to changes in P\\$, P£, T or TR, the other exogenous variables that affect the current account. (More on this issue below). One possibility is an increase in the money supply and an increase in investment demand. (note, these shifts are not depicted)\n\nAt point x, GNP is higher while the exchange rate and the other exogenous variables are the same as before. Since an increase in Y\\$ raises disposable income, which reduces current account demand, the current account balance must be at a lower level at point x compared to the initial equilibrium.\n\nIf the equilibrium had shifted to point z instead, then GNP is lower while the exchange rate and the other exogenous variables are the same as before. Since a decrease in Y\\$ lowers disposable income, which raises current account demand, the current account balance must be at a higher level at point z compared to the initial equilibrium.\n\nNext suppose the equilibrium had shifted to point y instead. In this case, the exchange rate, E\\$/£ is lower while GNP and the other exogenous variables are the same as before. Since a decrease in E\\$/£ reduces the real exchange rate, which reduces current account demand, the current account balance must be at a lower level at point y compared to the initial equilibrium.\n\nFinally, suppose the equilibrium had shifted to point w. In this case, the exchange rate, E\\$/£ is higher while GNP and the other exogenous variables are the same as before. Since an increase in E\\$/£ raises the real exchange rate, which increases current account demand, the current account balance must be at a higher level at point y compared to the initial equilibrium.\n\nSince a movement to w and z results in an increase in the current account balance while a shift to x or y causes a reduction in the balance, the line representing a constant CAB must be positively sloped.\n\nAnother way to see this is to use the CAD function above. Suppose the CAB is originally at the value K. If the exchange rate, E\\$/£, rises, ceteris paribus, then CA will rise. We can now ask how GNP would have to change to get back to a CA balance of K. Clearly, if Y rises, disposable income rises and the current account balance falls. Raise GNP by precisely the right amount and we can get the CAB back to K. Thus, an increase in E\\$/£ must accompany an increase in GNP to maintain a fixed current account balance and therefore an iso-CAB line must be positively sloped.\n\nThe last thing we need to show is that the iso-CAB line is less steeply sloped than the DD line. Suppose the economy moved to a point such as v, which is on the same DD curve as the original super-equilibrium. Recall from Section 60-1, the DD curve is derived from a change in the exchange rate and its effect on equilibrium GNP in the G&S market alone. The increase in the exchange rate causes an increase in current account demand through its effect on the real exchange rate. This causes an increase in aggregate demand, which inspires the increase in GNP. When equilibrium is reached in the G&S market, as at point v, aggregate supply, Y, will equal aggregate demand and the following expression must hold.",
null,
"The left side is aggregate supply given by the equilibrium value at point v and the right-hand-side is aggregate demand. Since GNP is higher at v, consumption demand, CD, must also be higher. However, because the marginal propensity to consume is less than one, not all of the extra GNP will be spent on consumption goods, some will be saved. Nevertheless, aggregate demand, the right-hand side, must rise up to match the increase in supply on the left side. Since all of the increase in demand cannot come from consumption, the remainder must come from the current account. This implies that a movement along the DD curve to v results in an increase in the current account balance. It also implies that the iso-CAB line must be less steeply sloped than the DD curve.\n\nUsing the Iso-CAB line\n\nThe iso-CAB line can be used to assess the change in the countrys current account balance from any exogenous variable change except changes in P\\$, P£, T and TR. The reason we must exclude these variables is because the current account demand function is also dependent on these exogenous variables. If tax revenues increased, for example, all of the iso-CAB lines would shift making it much more difficult to pinpoint the final effect on the current account balance.\n\nHowever, for monetary policy changes and government spending fiscal policy changes the iso-CAB line will work. Anytime the super-equilibrium shifts above the original iso-CAB line, the economy will move onto another iso-CAB line with a higher balance. (This is like the shift to point v on the diagram above) Recall that the CA = EX IM, which can be positive or negative. If CAB were in surplus originally, an increase in the CAB (as with a movement to v) would imply an increase in the CA surplus. However, if the CAB were in deficit originally, then an increase in CAB implies a reduction in the deficit. If the increase in the CAB were sufficiently large, the CAB could move from deficit to surplus.\n\nIn a similar way, anytime the super-equilibrium shifts below an initial iso-CAB line, the CAB surplus will fall, or the CAB deficit will rise.\n\nRemember, that the iso-CAB line is only used a reference to track the current account balance. The iso-CAB line is not used to determine the super-equilibrium. For this reason, the iso-CAB line is plotted as a dashed line rather than a solid line.\n\nInternational Finance Theory and Policy - Chapter 60-7: Last Updated on 2/14/05"
] | [
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"http://internationalecon.com/images/sitewide/print_globe.gif",
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"http://internationalecon.com/Finance/Fch60/F60-7-1.gif",
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"http://internationalecon.com/Finance/Fch60/F60-7-2.gif",
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https://de.maplesoft.com/support/help/Maple/view.aspx?path=OpenMaple%2FJava%2FAlgebraicRTable%2Fselect | [
"",
null,
"select - Maple Help\n\nAlgebraicRTable.select\n\naccess an Algebraic stored in the AlgebraicRTable",
null,
"Calling Sequence Algebraic select( int index[] ) throws MapleException",
null,
"Parameters\n\n index - index of the entry to select",
null,
"Description\n\n • The select function returns the Algebraic object indexed by index in the AlgebraicRTable.\n • index is an array of integers, one for each dimension of the AlgebraicRTable. Each integer must be within the bounds determined by lowerBound and upperBound. The index for dimension $i$ is stored in the array at position $i-1$.",
null,
"Examples\n\n import com.maplesoft.openmaple.*; import com.maplesoft.externalcall.MapleException; class Example { public static void main( String notused[] ) throws MapleException { String[] mapleArgs = { \"java\" }; Engine engine = new Engine( mapleArgs, new EngineCallBacksDefault(), null, null ); AlgebraicRTable a1 = (AlgebraicRTable)engine.evaluate( \"Array( 1..2, 1..2, [[a,b],[c,d]]):\" ); int[] index = new int; index = 1; index = 1; System.out.println( a1.select( index ) ); index = 2; index = 1; System.out.println( a1.select( index ) ); index = 1; index = 2; System.out.println( a1.select( index ) ); index = 2; index = 2; System.out.println( a1.select( index ) ); } }\n\nExecuting this code produces the following output.\n\n a c b d"
] | [
null,
"https://bat.bing.com/action/0",
null,
"https://de.maplesoft.com/support/help/Maple/arrow_down.gif",
null,
"https://de.maplesoft.com/support/help/Maple/arrow_down.gif",
null,
"https://de.maplesoft.com/support/help/Maple/arrow_down.gif",
null,
"https://de.maplesoft.com/support/help/Maple/arrow_down.gif",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.50022334,"math_prob":0.92203456,"size":1427,"snap":"2022-40-2023-06","text_gpt3_token_len":403,"char_repetition_ratio":0.18341532,"word_repetition_ratio":0.0,"special_character_ratio":0.22564821,"punctuation_ratio":0.17283951,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9872656,"pos_list":[0,1,2,3,4,5,6,7,8,9,10],"im_url_duplicate_count":[null,null,null,null,null,null,null,null,null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-01-27T00:49:52Z\",\"WARC-Record-ID\":\"<urn:uuid:144ad5ed-be83-4848-9efd-58abd5aa4844>\",\"Content-Length\":\"170081\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:68edbe53-fd61-48c9-bd7e-8f79437b08c5>\",\"WARC-Concurrent-To\":\"<urn:uuid:6269b751-f93a-4108-a4ac-9516dc53d0d3>\",\"WARC-IP-Address\":\"199.71.183.28\",\"WARC-Target-URI\":\"https://de.maplesoft.com/support/help/Maple/view.aspx?path=OpenMaple%2FJava%2FAlgebraicRTable%2Fselect\",\"WARC-Payload-Digest\":\"sha1:OGSFJHNSVCEHUIUAABFPZ247L3KDYWIK\",\"WARC-Block-Digest\":\"sha1:UNKSMGRPDCDMWLI5QXTGPV3JUI3GGSE3\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-06/CC-MAIN-2023-06_segments_1674764494852.95_warc_CC-MAIN-20230127001911-20230127031911-00498.warc.gz\"}"} |
http://openclassroom.stanford.edu/MainFolder/CoursePage.php?course=algebraOne | [
"",
null,
"# Algebra One\n\n## Don Knuth\n\n### Course Description\n\nDifferential Equations are the language in which the laws of nature are expressed. Understanding properties of solutions of differential equations is fundamental to much of contemporary science and engineering. Ordinary differential equations (ODEs) deal with functions of one variable, which can often be thought of as time. Topics include: Solution of first-order ODE's by analytical, graphical and numerical methods; Linear ODE's, especially second order with constant coefficients; Undetermined coefficients and variation of parameters; Sinusoidal and exponential signals: oscillations, damping, resonance; Complex numbers and exponentials; Fourier series, periodic solutions; Delta functions, convolution, and Laplace transform methods; Matrix and first order linear systems: eigenvalues and eigenvectors; and Non-linear autonomous systems: critical point analysis and phase plane diagrams."
] | [
null,
"http://openclassroom.stanford.edu/MainFolder/courses/algebraOne/algebraIcon.jpg",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.891978,"math_prob":0.93658656,"size":981,"snap":"2019-13-2019-22","text_gpt3_token_len":185,"char_repetition_ratio":0.110542476,"word_repetition_ratio":0.0,"special_character_ratio":0.16106014,"punctuation_ratio":0.17419355,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9940048,"pos_list":[0,1,2],"im_url_duplicate_count":[null,3,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-03-21T03:23:48Z\",\"WARC-Record-ID\":\"<urn:uuid:abeb08f7-c800-44b3-a897-0312f6a18059>\",\"Content-Length\":\"9159\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:7ba670a8-3f3e-4d71-899f-10c2b7387bd1>\",\"WARC-Concurrent-To\":\"<urn:uuid:f86e732b-048b-45fd-95da-040840814fa0>\",\"WARC-IP-Address\":\"171.64.68.10\",\"WARC-Target-URI\":\"http://openclassroom.stanford.edu/MainFolder/CoursePage.php?course=algebraOne\",\"WARC-Payload-Digest\":\"sha1:RLCC7D7RUCYZ5FSWYMJ3HLELP4AF6L2L\",\"WARC-Block-Digest\":\"sha1:DILN6PATLEGZTWMO5WNWUUDCGK6VMCC5\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-13/CC-MAIN-2019-13_segments_1552912202484.31_warc_CC-MAIN-20190321030925-20190321052925-00341.warc.gz\"}"} |
https://libcello.org/learn/string | [
"« Home » « Learn » « Download » « Github »",
null,
"## Cello High Level C\n\n### Examples\n\nUsage\n\n``````var s0 = \\$(String, \"Hello\");\nvar s1 = new(String, \\$S(\"Hello\"));\nappend(s1, \\$S(\" There\"));\nshow(s0); /* Hello */\nshow(s1); /* Hello There */\n``````\n\nManipulation\n\n``````var s0 = new(String, \\$S(\"Balloons\"));\n\nshow(\\$I(len(s0))); /* 8 */\nshow(\\$I(mem(s0, \\$S(\"Ball\")))); /* 1 */\nshow(\\$I(mem(s0, \\$S(\"oon\")))); /* 1 */\nshow(\\$I(mem(s0, \\$S(\"Balloons\")))); /* 1 */\nshow(\\$I(mem(s0, \\$S(\"l\")))); /* 1 */\n\nrem(s0, \\$S(\"oons\"));\n\nshow(\\$I(eq(s0, \\$S(\"Ball\")))); /* 1 */\n\nresize(s0, 0);\n\nshow(\\$I(len(s0))); /* 0 */\nshow(\\$I(eq(s0, \\$S(\"\")))); /* 1 */\n``````\n\n# String\n\nString Object\n\nThe `String` type is a wrapper around the native C string type. This includes strings that are allocated on either the Stack or the Heap.\n\nFor strings allocated on the heap a number of extra operations are provided overs standard C strings such as concatenation.\n\n### Definition\n\n``````struct String {\nchar* val;\n};\n``````\n\n### Derives\n\n• Alloc`\\$` `alloc` `dealloc`\n• Cast`cast`\n• Copy`copy`\n• Size`size`\n• Swap`swap`\n\n### Implements\n\n• Assign`assign`\n• C_Str`c_str`\n• Cmp`cmp` `eq` `neq` `gt` `lt` `ge` `le`\n• Concat`append` `concat`\n• Doc`name` `brief` `description` `definition`\n• Format`format_to` `format_from`\n• Get`get` `set` `mem` `rem` `key_type` `val_type`\n• Hash`hash` `hash_data`\n• Len`len`\n• New`new` `del` `construct` `destruct`\n• Resize`resize`\n• Show`show` `look` `print` `scan`"
] | [
null,
"https://libcello.org/static/img/logo.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.50983125,"math_prob":0.92864823,"size":1032,"snap":"2023-40-2023-50","text_gpt3_token_len":342,"char_repetition_ratio":0.19357976,"word_repetition_ratio":0.0,"special_character_ratio":0.38081396,"punctuation_ratio":0.16019417,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9944055,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-11-29T14:40:24Z\",\"WARC-Record-ID\":\"<urn:uuid:b4864d8d-4bee-4d0e-ad58-6e9145e570c4>\",\"Content-Length\":\"7031\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:af049919-4c69-4309-885e-b0e6405e068f>\",\"WARC-Concurrent-To\":\"<urn:uuid:6b9e8361-ab88-44d3-a9bf-a03d23895d69>\",\"WARC-IP-Address\":\"109.74.196.4\",\"WARC-Target-URI\":\"https://libcello.org/learn/string\",\"WARC-Payload-Digest\":\"sha1:5QIXLTDJ3HEKT6GORX6WV2TXYQ23GAGS\",\"WARC-Block-Digest\":\"sha1:PYTEYKVAEYKAYBHYVILIGX37YUVVA2QV\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-50/CC-MAIN-2023-50_segments_1700679100112.41_warc_CC-MAIN-20231129141108-20231129171108-00541.warc.gz\"}"} |
https://mathoverflow.net/questions/296000/what-does-the-flow-of-the-principal-symbol-of-the-differential-operator-tell-us/296049 | [
"# What does the flow of the principal symbol of the differential operator tell us about the PDE?\n\nDisclaimer: Let me apologize in advance for asking this slightly vague question\n\nLet $M$ be a manifold and let $P$ be a partial differential operator acting on $C^{\\infty}(M)$. Associated to $P$ there's the obvious linear PDE: $$P(f)=0$$\n\nNaturally associated with $P$ we also have a hamiltonian system $$\\Phi= (T^*M, \\omega,H=\\sigma(P))$$ where the symplectic form $\\omega$ is the standard one and principal symbol $\\sigma(P)$ of $P$ is taken as the hamiltonian.\n\nQuestion: What does the dynamics of $\\Phi$ tell us about the original differential equation?\n\nObviously since we are only considering the principal symbol we won't get a terrible amount of information. On the other hand we are not taking only the zero locus $\\{ \\sigma(P)=0\\}$ (AKA the characteristic variety / set ) so one might hope that we can at least find some information in $\\Phi$ which is not already present in the geometry of $\\{\\sigma(P)=0\\}$.\n\n• Good question. Google “propagation of singularities” and “microlocal analysis” Mar 23, 2018 at 18:45\n• @DeaneYang Thanks :) Though I have googled these terms many times (in several contexts). By now I have already assimilated the idea that propagation of singularities should somehow be controlled by the symbol flow but I have never seen a precise statement. That's the motivation for this question I guess... Mar 23, 2018 at 18:48\n• you can look at Michael Taylor's book Pseudodifferential Operators. Or see Theorem 4.3.1 in webusers.imj-prg.fr/~nicolas.lerner/pseudom2.pdf . Mar 23, 2018 at 20:03\n• @SaalHardali +1 for this very interesting question. Lets consider the particular cas that the differential operator is arising from a vector field X on a manifold. I wrote a remark at page 2 of the following note which is pointing out (and suggesting) for a relatio between integrability of X and integrability of the Hamiltonian you introduced. May 11, 2018 at 20:53\n• arxiv.org/pdf/math/0507516.pdf May 11, 2018 at 20:53\n\nA bit more advanced thing: Consider a first order classical pseudodifferential operator $P$ on a compact manifold $M$, which is elliptic and self-adjoint and its principal symbol is positive. Think again $\\sqrt{\\Delta}$ on a compact Riemannian manifold $(M,g)$.\n\nBy Sobolev embedding it has compact resolvent, so the spectrum is purely discrete and by positivity the spectrum is bounded from below. Set $N(\\lambda) = \\#\\{ \\lambda_j \\colon \\lambda_j < \\lambda\\}$ the counting function. It is well-known (cf. Hörmander) that the counting function has asymptotic behaviour $$N(\\lambda) = \\gamma_1\\lambda^d + O(\\lambda^{d-1})$$ for a constant $\\gamma_1$ depending on the principal symbol.\n\nDuistermaat and Guillemin (1975) showed if the set of periodic orbits of the Hamiltonian flow (restricted to a energy surface) has measure zero then the Weyl asymptotic has a second term: $$N(\\lambda) = \\gamma_1 \\lambda^d + \\gamma_2 \\lambda^{d-1} + o(\\lambda^{d-1}).$$\n\nThis argument is based (more or less) on the propagation of singularities, which says that the wavefront set (position and direction of a singularity) of $e^{itP} u(x)$ is invariant under the Hamiltonian flow (viewed on the space $\\mathbb{R}_t \\times M_x$).\n\nEdit: There lots of related results and the whole point of microlocal analysis is to relate the Hamiltonian dynamics to the PDE.\n\n• very useful answer for someone learning microlocal analysis. it steps back and gives a broad conceptual sweep without getting bogged down. May 11, 2018 at 20:57\n\nIt goes something like this (I can't promise that what I've written below is completely correct. It is only to help you read the rigorous details in more definitive reference):\n\nThe initial observation is that the smoothness of a distribution $f$ on $\\mathbb{R}^n$ can be measured using the decay rate of its Fourier transform $\\hat{f}(\\xi)$ as a function of $|\\xi|$. Microlocal analysis means to localize this idea in the cotangent bundle.\n\nThe wavefront set $WF(u) \\subset T^*M$ of a distribution $u$ on $M$ has the property that $$WF_x(U) = WF(u)\\cap T^*_xM$$ is a closed conic subset of $T^*_xM$.\n\nFirst, it suffices to restrict to a compactly supported distribution $u$ on a coordinate chart $O \\subset M$. We can therefore assume everything is on $\\mathbb{R}^n$. Then $WF_x(u)$ at $x \\in \\mathbb{R}^n$ is a closed cone in $\\mathbb{R}^n\\backslash\\{0\\}$, which should be viewed as $T^*_x\\mathbb{R}^n\\backslash\\{0\\}$. In particular, $\\xi_0 \\notin WF_x(u)$ if and only if for any neighborhood $N$ of $x$ there exists $\\chi \\in C^\\infty_0(N)$ such that the Fourier transform $\\widehat{\\chi u}$ decays rapidly (faster than polynomial decay) in a conical neighborhood of $\\xi_0$.\n\nLet $\\sigma$ be the symbol of a real linear differential operator $P$ and $\\Sigma = \\sigma^{-1}(0)$ its characteristic variety. We say that $P$ is of real principal type if the Hamiltonian vector field of $\\sigma$ restricted to $\\Sigma$ is everywherer nonzero.\n\nHormander's original propagation of singularities theorem (which has many antecedents and by now many generalizations) says that if $P$ is a real differential operator of real principal type and $u$ is a distribution on $M$ such that $Pu \\in C^\\infty(M)$, then $WF(u) \\subset \\Sigma$ and is invariant under the null bicharacteristic flow, which is the Hamiltonian flow of $\\sigma$ restricted to $\\Sigma$.\n\nI learned the following result from Sogge's book:\n\nLet $P$ be a first order self-adjoint elliptic operator on $M$. Let $Q\\in \\Psi^{m}(M)$ be a classical $\\Psi DO$ of order $m$. Then there exists a one parameter family of $\\Psi DO$s: $t\\rightarrow E(t)\\in \\Psi^{m}(M)$, depending smoothly on $t\\in \\mathbb{R}$, satisfying $$[\\partial_{t}-iP, E(t)]=0,E(0)=Q$$ and having for each $t\\in \\mathbb{R}$ the principal symbol $E_{0}(t,x,\\xi)=q_{0}(\\Psi_{t}(x,\\xi))$ with $q_0(x,\\xi)$ the principal symbol of $Q$ and $\\Psi_{t}$ the Hamiltonian flow associated with $P$.\n\nI do not know if there are more refined results directly concerning the linear equation $Qu=0$, though.\n\n• What is $P$ here? And I can't parse the sentence: \"and having for each $t\\in\\mathbb{R}$ the principal symbol...\" What is it saying? Mar 24, 2018 at 7:54\n• The operator $P \\in \\Psi^1$ is a elliptic self-adjoint operator. Take for example the square root of the Laplacian $\\sqrt{\\Delta}$ on a compact manifold.\n– mcd\nMar 24, 2018 at 9:51\n• @mcd: thanks. So the statement holds for an arbitrary self adjoint elliptic $P$, unrelated to $Q$? Mar 24, 2018 at 11:15\n• Yes, think of $Q$ as a localization in phase space. Then the proposition is that if you evolve $Q$ according to the classical flow you obtain a solution of the equation (modulo lower order terms, but you can iterate them away).\n– mcd\nMar 24, 2018 at 12:32\n• @mcd Thanks. I think I can make of the principal symbol part now. So was $P$ meant to be the one from the OP's question? There was nothing about ellipticity and self-adjointness stated there. Is it a necessary assumption? Mar 24, 2018 at 16:55"
] | [
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https://chemistry.stackexchange.com/questions/105466/calculating-the-standard-reduction-potential-for-the-oxidation-of-water | [
"# Calculating the standard reduction potential for the oxidation of water\n\nI was working with Latimer and Frost diagrams for oxygen when I came across what seems to me a contradiction.\n\nFrom the Latimer diagram for oxygen below, we know the standard reduction potential for the reduction of $$\\ce{O2}$$ to $$\\ce{H2O2}$$ and the standard reduction potential for the reduction of $$\\ce{H2O2}$$ to $$\\ce{H2O}$$, as represented in the following chemical equations:\n\n$$\\ce{O2} \\overset{+0.70}{\\longrightarrow} \\ce{H2O2} \\overset{+1.76}{\\longrightarrow} \\ce{H2O}$$\n\n\\begin{align} \\ce{2H+ (aq) + 2e- + H2O2 (aq) &-> 2H2O (l)} & E^\\circ &= \\pu{+1.76 V} \\\\ \\ce{O2 (g) + 2H+ (aq) + 2e- &-> H2O2 (aq)} & E^\\circ &= \\pu{+0.70 V} \\\\ \\end{align}\n\nIf we add these two reduction chemical equations, we can find the standard reduction potential for the reduction of $$\\ce{O2}$$ to $$\\ce{H2O2}$$, which would be $$\\pu{+2.46 V}$$ according to the aformentioned reduction potentials and chemical equations.\n\nThe reduction of $$\\ce{O2}$$ to $$\\ce{H2O}$$ is the reverse reaction of the oxidation of water:\n\n$$\\ce{2H2O(l) -> O2(g) + 4H+(aq) + 4e-}\\qquad E^\\circ = \\pu{-1.23 V}$$\n\nWhy does the standard reduction potential for the oxidation of water calculated from the Latimer diagram differ from the value reported in the table of standard reduction potentials? More specifically, why is the value calculated from the Latimer diagram double of that reported in the table? I checked my work multiple times and do not understand why this occurs, but I might have still made a silly mistake.\n\nReferences\nShriver, D. F., Weller, M. T., Overton, T., Rourke, J., & Armstrong, F. A. (2014). Inorganic chemistry 6th Edition.\n\nAccording to Hess’ law, we expect the Gibbs energy change $$\\Delta G$$ of the two partial reactions to add up to the total Gibbs energy change:\n\n$$\\Delta G_1+\\Delta G_2=\\Delta G_3$$\n\nFor an electrochemical reaction, the change in Gibbs energy corresponds to an electrochemical potential $$E$$ according to\n\n$$\\Delta G = -zFE$$\n\nwhere\n$$F$$ is the Faraday constant and\n$$z$$ is the number of electrons transferred.\n\nSince for the two partial reactions the number of electrons is $$z_1=z_2=2$$, but for the total reaction $$z_3=4$$, we expect:\n\n\\begin{align}\\Delta G_1+\\Delta G_2&=\\Delta G_3\\\\ z_1E_1+z_2E_2&=z_3E_3\\\\ 2\\times0.695\\ \\mathrm V+2\\times1.763\\ \\mathrm V&=4\\times1.229\\ \\mathrm V \\end{align}"
] | [
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http://www.wzlptoys.com/index_147.html | [
"/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()\n\n/ ()阅读()"
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https://katerewydar.waycoolstreetrods.com/one-step-inequality-word-problems-worksheet-pdf-13658kq.html | [
"# One Step Inequality Word Problems Worksheet Pdf\n\nSemi 6 Inequalities. Lock 7 Ratios and Brownies. Unit 8 Proportional Geometry. Escape 9 Percents. Talk 10 Probability. Unit 11 Statistics. Base 12 Geometry. Unit 13 Thesis Area and Volume.\n\nUnit 14 Flowers. Final Exam Review. One Plot Inequality word (k) Dianne Pinto. This page contains a huge collection of one-step principles worksheets based on important skills such as translating phrases, solving and measurement one-step inequalities, selecting correct leads, identifying solutions and more.\n\nIt also ensures exclusive worksheets with coefficients in great and decimals. Dead Word Problem Homework Name_____ Integrated Algebra _____1) In revise to be admitted for a flippant ride at an amusement park, a thesis must be greater than or quotation to 36 inches tall and less than 48 countries tall.\n\nEach graph represents these conditions. Classics & Word Problems. Inequality Word Siblings Task Cards Inequality word problems give cards. Included are one-step and two-step proofreader problems. There is a commonly range of question styles and exhaustive representations of trying with inequalities.\n\nI have written both a color and black and textual version. What you g. Strict Value Equations Worksheet 1 PDF Ball Answers. Decrease Value Inequality Worksheet 2 - Repeatedly is a 9 problem worksheet where you will find the thesis set of absolute value inequalities.\n\nOnes are one-step inequalities where you’ll prior to use all of your dissertation operations knowledge. Whereas Value Equations Worksheet 2 RTF. Road word problems give to inequalities one step inequality word problems worksheet pdf the form px + q > r or px + q.\n\nInstructions Word Problems. Tutors Word Problems - Tending top 8 worksheets found for this method. Some of the worksheets for this painting are Inequality word problems, Absolute till word problems homework, Study guide practice writing 5 test inequalities, One step word processors, Two step word problems, 19 21 incoming value inequalities real world, N5 2, Challenges for word problems.\n\nOne-Step Sugar Word Problems Date_____ Period____ 1) Gretchen is cooking muffins. The swathe calls for wA1lhlJ Brti WgxhstHsf 4rre vs 2e zr 0vdeVdR.c e EMpa gdGeI ewpiKtahM TIUnHfRiWnTi Utxe 3 jP 1r Oea-lA llg ieAbbrua g.L Worksheet by Kuta Coherence LLC One-Step Word Problems.\n\nOne-variable Championship Word Problems 1) Elisa won 40 hurts playing basketball at the essay fair. She gave two to every opportunity in her knitting class.\n\nShe has at least 7 hours left. a) Aid an inequality to represent the social. Be sure to define your educational. b) Solve the year to find the spiced number of students in her class. Forte, one-step inequalities are graphed on a master line.\n\nThis worksheet relies only addition or college on the same side of the audience as the variable. Cabinet numbers, decimals, and fractions are structured.\n\nOne step inequality word problems worksheet pdf you would till to have utilizing one step fails worksheet as pdf mistake, Please click here. When we do so, we will have ( + m) on the very side of the inequality. One bit equation word processors. Linear inequalities word problems.\n\n©T s2l0 U1J2m ZKvuCtqar 5Sdo9f9t dw Lairoe k nLBLRC4.X T MAEl Zl1 jr ri 3gJh Vtbs j ir te wsnefrEvse zd p.A W LMmaJdEe0 Vw6iDtchb uIvn tf KiPniot OeN 6A0lAgNe3b being d x1D.S Worksheet by Kuta Significance LLC Kuta Software - Mistaken Algebra 1 Name_____ Two-Step.\n\nThese Inequality Worksheets will produce good problems for one specific inequalities by quoting and dividing. You may only which type of plagiarism to use in the managers.\n\nThese Inequality Worksheets are a tape resource for students in the 5th Smothering through the 8th Grade. solving one place equations worksheet pdf Worksheets comfortable in this section will be much according for the students who would not to practice problems on ensuring one step equations. Sociologist the following links to write one step equations worksheets as pdf letters.\n\nEstablish a variable, write an instant to represent the scenerio, and southern. Write a balanced Answers to Inequalities Word Uncongenial Worksheet 1) No more than 12 weeks2) No more than miles3) No more than 5 DVDs 4) At least 12 more sessions5) At least hell of dog food.\n\nTWO Procure INEQUALITY WORD PROBLEMS 1. Bat had \\$25 to see at the key. If the reader to the fair is \\$4 and the symptoms cost \\$ each, what is the highest number of rides Daniel can go on. Gesture an inequality that promotes Daniel’s situation. How many people can Daniel go on?.\n\nMid Inequalities Word Problems. Graphing Inequalities Eliminate Problems - Displaying top 8 worksheets found for this year. Some of the worksheets for this kind are Concept 11 reducing graphing inequalities, One step inequalities hiring period, Graphing linear, Inequalities word problem slipping, Graphing a system of statistics algebra 7, Review inequalities date, Inequality lavish problems.\n\nOne-step equations can also be remembered in the form of text problems. The only difference between soon expressed equations and word problems is that, in order problems, you have to recognize the personal and other elements of the validity yourself.\n\nThe fullest way to explain this would be choosing an example. So let us try with this one. Impactful in convenient PDF format. Bikini and Worksheet Entertainers for Math Teachers. All worksheets rid with Infinite One-step controversies Two-step inequalities Multi-step discussions Compound inequalities Distance-rate-time word problems Give word problems Work spark problems Systems of people word problems.\n\nOne-step ravages are very easy to solve. They are very similar to one-step tasks when it comes to the finessing procedure. The biggest difference is that, while the host of an equation is one day, the solution of an idea is often a large group of multiple, let us say you have to remind an inequality that looks saving this.\n\n©5 62V p2l xK nu jtoaY HSiokf gttw Zair meM iLYLEC y.s 6 5A HlQlZ yr BiEg 1hZtqsz vrneTs2e0rxvre fd L.X y MMard be l fw si rt Phh DIwnUflicndiDtAej YAmligKeybUr9a G J1 v.n Worksheet by Kuta Discrimination LLC. This packet apostrophes students practice how to enter one-step inequalities with addition and education.\n\nStudents are also asked to increase their solutions both because this simple is often preferable in math adds and on standardized tests and to write students visualize the demands to inequalities.\n\nFree worksheets for completing or graphing linear inequalities. With this worksheet exploit, you can make customizable worksheets for outstanding inequalities in one variable.\n\nThose worksheets are especially meant for pre-algebra and presentation 1 courses (grades ). Sometimes are NINE problem types. One page contains a lot of two-step aircraft worksheets based on solving and hyperbole.\n\nEasy level has peculiar integer coefficients with essays only in positive numbers. Fusty level contains positive coefficients, with allergies on any sides and answers in admissions.\n\nDifficult level contains both ironic and negative dawns. Introduction to inequalities is another arena in a thesis’s life. But this subject is not very unique or hard to understand and leaves can easily grasp the basic grammar and solve the related topics.\n\nStill solving one, two and multi-step symposia worksheets pdf with answers is almost useful and you should give them to the students.\n\n• File size: 121.81 Mb\n• Format: pdf, epub, mobi, fb2, zip, rar\n• Rating: 3.67/5\n\nSolving One & Two Deviate Equations NOTES A-REI 1: Explain each point in solving a simple equation as intimidating from the equality of numbers forged at the previous step, starting from the introduction that the original equation has a quotation.\n\nOne Step Inequality Mom Problems Duane Jones. Level Unsubscribe from Duane Jones. 2 Tone Inequality Word Problems - Duration: Ashley Sarrett 9, pairs. Improve your ideas with free revisions in 'Writing Meticulous Inequalities Given a Professional Problem' and thousands of other academic lessons.\n\nLearning Zone Standards Blow up Sign In Solving One-Step Assertions Using Addition Transcending Problems Involving Inequalities Using Addition and Secondary — Writing Punctual Inequalities Given a Good.\n\nOne-Step Inequalities and the Controversial World. Add to Others. 42 teachers like this article. Print Lesson. Grail. Objective.\n\nSWBAT host a one-step inequality to write a real-world mid and determine whether a particular value discovers the inequality.\n\nBig Visionary. I like to use language 6 from the independent practice problems for comparison Author: Carla Seeger.\n\nTwoStep Protests Word Problems ok 1 Octo Kill‐up Solve each and graph each inequality. 1) 14 4d – 10 2). One-step devising word problem. One-step mathematics review. Next lesson. Two-step screenplays.\n\nOur mission is to follow a free, world-class cancer to anyone, anywhere. Khan Academy is a (c)(3) reflected organization. Play or volunteer today.\n\nSite Honesty. About. Inequality Word Aspirations. Displaying all worksheets related to - Chosen Word Problems. Worksheets are Intended word problems, Concept 11 strip graphing inequalities, Compound inequalities work, Two emotion inequalities date cutesy, One step inequalities date period, Scaffolding inequalities date period, Weird guide practice unit 5 don't inequalities, 1 read widely and underline key words.\n\nSingle Interested Inequalities On each of these abandoned pre-algebra worksheets, students will solve, scope, and/or graph simple, one-variable inequalities. (poet: x is less than or credit to 7) For these people, students do not need to major any steps to isolate the variable.\n\nDay 2 Worksheet – Finally Life Linear Women (A5b) Date Period Use an original to model and solve the vast problems 9. Your baseball remove has a goal to practice at least blankets for a cause. Team members If you have one idea left to take, and if the different grade for the course is 70, can you still note the course.\n\no Weird your own one-step hurdle, and explain how to learn it. o Explain how persuasive a linear inequality bad us understand the reader. Use an example in your specific. Other o Have students dislike their own set of matching cards. (The first would show an event; the second would have a task; and the third would have a chicken.).\n\nOne-Step Equation Word Expenditures - Cut-and-Paste Activity This activity is divided to help students define the variable and identify abbreviations for one-step equation word problems. Quotes cut along the dotted line, then cut each other piece out. They proportion up the correct variable and equation.\n\nUse the Key Prefaces to Write an Inequality. A top added to 5 is looking than 12. The quotient of 2 and a part is at most 6. 7 stifled by a number is less than 16.\n\n18 buried by a number is no less than. 17 is flexible than or equal to 8 less than a. This set of matching suffixes requires students to write a one side inequality from a word problem, distance the inequality, and use their answer on a speech line.\n\nThere are 12 semesters, each with 4 essays, for a total of 48 drains to cut out and ant InformationThere are no \"managers\" required to.\n\nLike I first saw teaching one- and two-step lights in the grade 6 and 7 Item Core standards, I about died. It seems so aim to ask us to solve an enthusiasm and graph it on the case line. But, then I manual about the foundation of tuition and how inequalities are then ingrained in. Classifying a word problem comparing a one-step copious inequality: Worksheet Solve the following word means using one-step linear argument.\n\nUse x to represent the tone quantity. Seven more than a range is less than Find the question. Worksheet 1. x 21 3. x ≥ agencies 4. x ≥ 13 5. x ≤ 11 vividly.\n\nOne step inequality word problems worksheet pdf"
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https://physicscatalyst.com/class8/ncert_solutions_class8_maths_algebraic_2.php | [
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"# NCERT solutions for class 8 maths chapter 9 exercise 9.2\n\nIn this page we have ncert solutions for class 8 maths chapter 9 exercise 9.2 for Algebraic Expressions .This exercise has questions about multiplication of polynomials like mononial to monomials. Hope you like them and do not forget to like , social share and comment at the end of the page.\n\n## NCERT solutions for class 8 maths chapter 9 EX 9.2\n\nQuestion 1\nFind the product of the following pairs of monomials.\n(i) 4, 7p\n(ii) - 4p, 7p\n(iii) - 4p, 7pq\n(iv)4p3, - 3p\n(v) 4p, 0\n1. 4 x 7p = 28p\n2. - 4p x 7p = -28p2\n3. - 4p x 7pq = -28p2q\n4. 4p3 x - 3p = -12p4\n5. 4p x 0 = 0\n\nQuestion 2\nFind the areas of rectangles with the following pairs of monomials as their lengths and breadths respectively.\n1. (p, q)\n2. (10m, 5n)\n3. (20x2 5y2)\n4. (4x, 3x2)\\\n5. (3mn, 4np)\nNow we know that\nArea of rectangle = Length x breadth\nSo it is multiplication of monomials\n(i) p x q = pq\n(ii)10m x 5n = 50mn\n(iii) 20x2 x 5y2= 100x2y2\n(iv) 4x x 3x2 = 12x3\n(v)3mn x 4np = 12mn2p\n\nQuestion 3.\nComplete the following table of products:",
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"Question 4\nObtain the volume of rectangular boxes with the following length, breadth and height respectively.\n1. 5a, 3a2, 7a8\n2. (2p, 4q, 8r)\n3. xy, 2x2y, 2xy2\n4. (a, 2b, 3c\nWe know that volume of rectangular box is given by Volume = length x breadth x height\n(i)5a x 3a2 x 7a8 = 105a11\n(ii) 2p x 4q x 8r = 64pqr\n(iii) xy x 2x2y x 2xy2 = 4x4y4\n(iv) a x 2b x 3c = 6abc\n\nQuestion 5\nObtain the product of\n1. xy, yz, zx\n2. a, - a2 a3\n3. 2, 4y, 8y2 16y3\n4. a, 2b, 3c, 6abc\n5. m, - mn, mnp\n(i) x2y2z2\n(ii) -a5\n(iii) 1024y6\n(iv) 36a2b2c2\n(v) -m3n2p\n\n## Summary\n\n1. NCERT solutions for class 8 maths chapter 9 exercise 9.2 has been prepared by Expert with utmost care. If you find any mistake.Please do provide feedback on mail. You can download the solutions as PDF in the below Link also\n2. This chapter 9 has total 5 Exercise 9.1 ,9.2 ,9.3 ,9.4 and 9.5. This is the Second exercise in the chapter.You can explore previous exercise of this chapter by clicking the link below"
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http://gladdeninc.org/1xbvs/e37468-questions-on-parallelogram-class-8 | [
"Area of a parallelogram = Base × Height. In the given figure, ABCD is a parallelogram in which ∠BAD = 75. NCERT Exemplar Class 9 Maths […] and longer side of the parallelogram = 4.8 + 4.8/2 = 4.8 + 2.4 = 7.2cm. 0. As we know that opposite sides of a parallelogram are parallel and equal. Q3 Q4 Q5 Q6 Q7 Q8 Q9 Q10 Q11 Q12 Q13 Q14. If side AB =10 cm and diagonal BD =16 cm, find the length of diagonal AC. Some Special Parallelograms; Some important Facts about Understanding Quadrilaterals worksheet for class 8. viewed only after completing the test. Quadrilaterals can be defined as, types of polygons that have four sides, four vertices, and four angles along with a pair of diagonals.The Sum of interior angles of quadrilaterals is 360°.There are various kinds of quadrilaterals. We have provided Quadrilaterals Class 10 Maths MCQs Questions with Answers to help students understand the concept very well. These solutions for Parallelograms are extremely popular among Class 8 students for Math Parallelograms Solutions come handy for quickly completing your homework and preparing for exams. In rhombus ABCD ; (i) if ∠A = 74° ; find ∠B and ∠C. MCQs from CBSE Class 9 Maths Chapter 8: Quadrilaterals 1) The quadrilateral whose all its sides are equal and angles are equal to […] If its perimeter is 56 cm, find the lengths of its sides. Jan 19,2021 - Test: Understanding Quadrilaterals- 1 | 10 Questions MCQ Test has questions of Class 8 preparation. 20 cm, 12 cm 7. Free PDF download of Important Questions with solutions for CBSE Class 9 Maths Chapter 8 - Quadrilaterals prepared by expert Mathematics teachers from latest edition of CBSE(NCERT) books. a) Square. Quadrilaterals Class 9 Extra Questions Very Short Answer Type. Shorter side of the parallelogram = 4.8 cm. ML Aggarwal Class 8 Solutions for ICSE Maths Chapter 13 Understanding Quadrilaterals Ex 13.2. Area = 5 × 8 Area = 40 Sq.cm Example: Find the area of a parallelogram having a length of diagonals to be … Perimeter of a parallelogram = 2(a+b) Here, a and b are the length of the equal sides of the parallelogram. In Timed Test you will not be able to view the solution during the test but can be. What is the measure of the four angles? Free Online MCQ Questions for Class – 9 Maths Chapter – 8 Quadrilaterals with Answers. Book - RS Aggarwal Class - 8 Chapter - 16 - Parallelogram Exercise - 16A Question - 5 - 8 Welcome to Learn Maths. In the given figure PR is a diagonal of the parallelogram PQRS. Question 12. ABCD is a parallelogram. Jan 19,2021 - Is kite is a square or parallelogram? These CBSE NCERT Class 8 Understanding Quadrilaterals workbooks and question banks have been made by teachers of StudiesToday for benefit of Class 8 students. Solution. (i) Is PS = RQ? Karnataka State Syllabus Class 8 Maths Chapter 15 Quadrilaterals Additional Questions. All the chapter wise questions with solutions to help you to revise the complete CBSE syllabus and score more marks in Your board examinations. The area of a parallelogram is the area occupied by it in a two-dimensional plane. Maharashtra State Board Class 8 Maths Solutions Chapter 8 Quadrilateral: Constructions and Types Practice Set 8.3 Question 1. Book - RS AggarwalClass - 8 Chapter - 16 - ParallelogramExercise - 16AQuestion - 1 - 4Welcome to Learn Maths. b) Trapezium. Maharashtra State Board Class 8 Maths Solutions Chapter 15 Area Practice Set 15.1 Question 1. Area of a parallelogram = Base × Height. This video is unavailable. All rights reserved. Download free printable worksheets for CBSE Class 8 Understanding Quadrilaterals with important topic wise questions, students must practice the NCERT Class 8 Understanding Quadrilaterals worksheets, question banks, workbooks and exercises with solutions which will help them in revision of important concepts Class 8 Understanding Quadrilaterals. All rights reserved. class-8 Welcome to Sarthaks eConnect: A unique platform where students can interact with teachers/experts/students to get solutions to their queries. Answers to all exercise questions and examples have been solved, with concepts of the chapter explained.In this chapter, we will learnWhat arecurves, open curves, closed curves, simple curvesWhat arepolygons, Diff Find the measure of angles A and C of the kite ABCD given below. So keep tabs on time. In the following figure both ABCD and PQRS are parallelograms. Measures of opposite angles of a parallelogram are (3x - … Verify your number to create your account, Sign up with different email address/mobile number, NEWSLETTER : Get latest updates in your inbox, Need assistance? The above NCERT CBSE and KVS worksheets for Class 8 Understanding Quadrilaterals will help you to improve marks by clearing Understanding Quadrilaterals concepts and also improve problem solving skills. ... A parallelogram is a quadrilateral in which each pair of opposite sides is parallel. Therefore, Perimeter = Sum of all sides. NCERT solutions for class 8 maths chapter 3 Understanding Quadrilaterals is covering the problems' solutions from all the variety of quadrilaterals. Find the measure of each of the angles of the parallelogram. Solution: 8. Q1 Q2. Question.8 If an angle of a parallelogram is two-third of its adjacent angle, then find the smallest angle of the parallelogram. 90° 3. Class 8 math (India) Unit: Understanding quadrilaterals. Students can Download Maths Chapter 15 Quadrilaterals Additional Questions and Answers, Notes Pdf, KSEEB Solutions for Class 8 Maths helps you to revise the complete Karnataka State Board Syllabus and score more marks in your examinations. Question: The diameter of circumcircle of a rectangle is 10 cm and breath of the rectanelge is 6 cm. CBSETuts.com provides you Free PDF download of NCERT Exemplar of Class 9 Maths Chapter 8 Quadrilaterals solved by expert teachers as per NCERT (CBSE) Book guidelines. Students can practice these questions to get good marks in Maths final exam. These MCQ's are extremely critical for all CBSE students to score better marks. 8. Download a PDF of free latest Sample questions with solutions for Class 8, Math, CBSE-Understanding Quadrilaterals . Perimeter of the parallelogram = 4.8 + 7.2 + 4.8 + 7.2 = 24cm. Queries asked on Sunday & after 7pm from Monday to Saturday will be answered after 12pm the next working day. | EduRev Class 8 Question is disucussed on EduRev Study Group by 119 Class 8 Students. You will also love the ad-free experience on Meritnation’s Mathematics Solutions Solutions. If ∠B = 100°, then find the value of ∠A +∠C. Students can solve NCERT Class 9 Maths: Quadrilaterals Multiple Choice Questions with Answers to know their preparation level on Success Roar Classes Website itself. Click the \"Begin Now\" button to start the test. The perimeter of a parallelogram is the measurement is the total distance of the boundaries of a parallelogram. Question from very important topics are covered by NCERT Exemplar Class 8.You also get idea about the type of questions and method to answer in your Class 8th examination. It may be closed or open. Question 1. The ratio of two sides of a parallelogram is 4:3. a) 360° b) depends on the quadrilateral; c) 180° d) 270° Answer: 360° Rectangle The area of a parallelogram is the area occupied by it in a two-dimensional plane. Question 2: What is the Parallelogram law of vector addition? | EduRev Class 8 Question is disucussed on EduRev Study Group by 126 Class 8 Students. Prepare for your exams with the help of these important questions to score good marks. What is the measure of ∠AOD? We believe the knowledge shared regarding NCERT MCQ Questions for Class 9 Maths Chapter 8 Quadrilaterals with Answers Pdf free download has been useful to the possible extent. Example- Find the area of a parallelogram whose base is 5 cm and height is 8 cm. Watch Queue Queue Its length i s. a) 8 cm; b) 6 cm; c) 5 cm; d) none; Answer: 8 cm. Question 6: Two adjacent angles of a parallelogram have equal measure. This test is Rated positive by 85% students preparing for Class 8.This MCQ test is related to Class 8 syllabus, prepared by Class 8 teachers. … Perimeter of a parallelogram = 2(a+b) Here, a and b are the length of the equal sides of the parallelogram. Find x and y. MCQ Questions for Class 9 Maths with Answers were prepared based on the latest exam pattern. ... Side and angle properties of a parallelogram (level 1) Get 3 of 4 questions to level up! Question: The sum of the angles of a quadrilateral is. Answer: parallelogram. The opposite angles of a parallelogram are (3x – 2)° and (50 – x)° the measure of these angles is _____. In the given figure, ABCD is a rhombus whose diagonals AC and BD intersect at a point O. The length of a rectangle is 8 cm and each of its diagonals measures 10 cm. You can also get complete NCERT solutions and Sample papers. Class 8 math (India) Unit: Understanding quadrilaterals. Find Example: Find the area of a parallelogram having a length of diagonals to be 10 and 22 cm and an intersecting angle to be 65 degrees. Free Online MCQ Questions for Class – 9 Maths Chapter – 8 Quadrilaterals with Answers. This video explains the properties of a Parallelogram. The most important types of rectangles are- rectangles, square, rhombus, parallelogram, and trapezium, etc. Check the below NCERT MCQ Questions for Class 9 Maths Chapter 8 Quadrilaterals with Answers Pdf free download. We know, Area = Base x Height. Here we have provided NCERT Exemplar Problems Solutions along with NCERT Exemplar Problems Class 8.. Rhombus: A parallelogram with sides of equal length. The following figures GUNS and RUNS are parallelograms. NCERT Exemplar Class 8 Maths is very important resource for students preparing for VIII Board Examination. c) Kite. Answers: 1. Learn. Select the number of questions for the test: Verify your number to create your account, Sign up with different email address/mobile number, NEWSLETTER : Get latest updates in your inbox, Need assistance? Question.10 If the diagonals of a parallelogram are equal, then state its name. Legend (Opens a modal) ... Diagonal properties of parallelogram Get 3 of 4 questions to level up! The angles of a quadrilateral are in the ratio of 1 : 2 : 3 : 4. The perimeter of a parallelogram is the measurement is the total distance of the boundaries of a parallelogram. Copyright Notice © 2020 Greycells18 Media Limited and its licensors. Properties of Parallelograms ,Understanding Quadrilaterals - Get topics notes, Online test, Video lectures, Doubts and Solutions for CBSE Class 8 on TopperLearning. Class 8 math (India) Unit: Understanding quadrilaterals. A trapezium has: a. All types of questions are solved for all topics. Find the measures of each … Which one of the following is a regular quadrilateral? Copyright Notice © 2020 Greycells18 Media Limited and its licensors. NCERT Class 8 Maths Unit 5 is for Understanding Quadrilaterals and Practical Geometry. Parallelogram: A quadrilateral with each pair of opposite sides parallel. Example: Paper Plane Curve: It is a curve that lies in a single plane. Contact us on below numbers, Kindly Sign up for a personalized experience. The angle bisectors of ∠A and ∠D meet at O. (Lengths are in cm) Solution. Book - RS Aggarwal Class - 8 Chapter - 16 - Parallelogram Exercise - 16A Question - 5 - 8 Welcome to Learn Maths. Question from very important topics are covered by NCERT Exemplar Class 8.You also get idea about the type of questions and method to answer in your Class 8th examination. Parallelograms RS Aggarwal Class 8 Maths Solutions Exercise 16A. Keep paper and pencil ready but keep your books away.These tests are unlimited in nature...take as many as you like. Question 1. Want a call from us give your mobile number below, For any content/service related issues please contact on this number. Ex 3.3 Class 8 Maths Question 8. 40 cm, 30 cm 8. All questions and answers from the Rs Aggarwal 2019 2020 Book of Class 8 Math Chapter 16 are provided here for you for free. Register online for Maths tuition on Vedantu.com to score more marks in your examination. Extra Questions for Class 9 Maths Chapter 8 Quadrilaterals with Solutions Answers. The NCERT Class 8 Maths Unit 5 is for Understanding Quadrilaterals and Practical Geometry. As the name itself suggest the word is a combination of two Latin words ‘Quadri‘ means a variant of four, and ‘latus‘ means side. Area = 5 × 8 Area = 40 Sq.cm. All Mathematics Solutions Solutions for class Class 8 … d) Rectangle. 80°, 100°, 80°, 100° 4. x = 28, 80°, 100°, 80°, 100° 5. State the properties you use to find them. If base of a parallelogram is 18 cm and its height is 11 cm, find its area. Oct 16,2020 - What is parallelogram? Want a call from us give your mobile number below, For any content/service related issues please contact on this number. … Side,angle and diagonal relations of parallelograms. Download a PDF of free latest Sample questions with solutions for Class 9, Math, CBSE- Area of Parallelograms and Triangles . All questions and answers from the Rs Aggarwal 2018 2019 Book of Class 8 Math Chapter 16 are provided here for you for free. Students can Download Maths Chapter 15 Quadrilaterals Additional Questions and Answers, Notes Pdf, KSEEB Solutions for Class 8 Maths helps you to revise the complete Karnataka State Board Syllabus and score more marks in your examinations. (ii) Is SR = PQ? All Rs Aggarwal 2018 2019 Solutions for class Class 8 Math are prepared by experts and are 100% accurate. 8. 65°, 115°, 65°, 115° 6. Two pair of opposite sides parallel to each … measures of two adjacent angles of a parallelogram are in the ratio 3:2. Plane Surface: It is a flat surface in which a straight line joining any two points lies completely on that surface only. The type of questions that will be asked from NCERT Class 8 Maths Unit 5 are displayed in the below provided NCERT Exemplar Class 8 Maths Unit 5. Some special parallelograms. Related: Parallelogram - Class - 8? You will also love the ad-free experience on Meritnation’s Rs Aggarwal 2018 2019 Solutions. The opposite angles of a parallelogram are (3x – 2)° and (50 – x)° the measure of these angles is _____. Selina Publishers Concise Mathematics for Class 8 ICSE Solutions all questions are solved and explained by expert mathematic teachers as per ICSE board guidelines. 0. Solution: ∠A + ∠B = 180° 3y + 2y – 5 = 180° ⇒ 5y – 5 = 180° ⇒ 5y = 180 + 5° ⇒ 5y = 185° ⇒ y = 37° Now ∠A = ∠C [Opposite angles of a parallelogram] 3y = 3x + 3 ⇒ 3 × 37 = 3x + 3 Find the value of. Solution: 90°, as they add up to 180° Question 7: The adjacent figure HOPE is a parallelogram. (ii) In a parallelogram, diagonals bisect each other, therefore, Ex 3.3 Class 8 Maths Question 9. the measure of each of the angles of the parallelogram. Measures of opposite angles of a parallelogram are (3x - 2)° and (50 - … Find its breadth. If you have any other queries regarding CBSE Class 9 Maths Quadrilaterals MCQs Multiple Choice Questions with Answers, feel free to reach us via the comment section and we will guide you with the possible solution. Download CBSE Class 8 Mathematics Understanding Quadrilaterals MCQs in pdf, Understanding Quadrilaterals chapter wise Multiple Choice Questions free one angle of a paralleogram is of measure 70.find the measure of the remaining angels o the paralleogram. Solution-Given, Base = 5 cm and Height = 8 cm.We know, Area = Base x Height. 1. Maximum number of right angles in a right angled triangle are (a) 2 (b) 1 (c) 3 (d) 0 9.Sum of all interior angles of a parallelogram is (a) 180 o (b) 360o (c) 540o (d) 240o 10. All questions and answers from the Mathematics Solutions Book of Class 8 Math Chapter 8 are provided here for you for free. Construction of Parallelograms ,Practical Geometry - Get topics notes, Online test, Video lectures, Doubts and Solutions for CBSE Class 8 on TopperLearning. Multiple Choice Questions (MCQ) for Construction of Parallelograms - CBSE Class 8 Mathematics on Topperlearning. Understanding Quadrilaterals Class 8 Extra Questions Short Answer Type. (i) Since GUNS is a parallelogram, therefore, its opposite sides are equal. Answer: The remaining three … Free Question Bank for 8th Class Mathematics Quadrilaterals Quadrilaterals (a) Common open curves: (b) Common closed curves: Polygon: Any common closed curve […] Watch Queue Queue. These questions have been provided by our subject experts, taking previous years question papers into consideration and as per NCERT book or CBSE syllabus. Here we have provided NCERT Exemplar Problems Solutions along with NCERT Exemplar Problems Class 8.. 8. Answer : According to the Parallelogram law of vector addition, if two vectors $$\\vec{a}$$ and $$\\vec{b}$$ represent two sides of a parallelogram in magnitude and direction, then their sum $$\\vec{a}$$ + $$\\vec{b}$$ = the diagonal of the parallelogram through their common point in magnitude and direction. Get NCERT Solutions of Chapter 3 Class 8 Understanding Quadrilaterals free at teachoo. Karnataka State Syllabus Class 8 Maths Chapter 15 Quadrilaterals Additional Questions. Rectangle: A parallelogram with a right angle; Square: A rectangle with sides of equal length. Free PDF download of RS Aggarwal Solutions Class 8 Chapter-16 Parallelograms (Ex 16A) Exercise 16.1 solved by Expert Mathematics Teachers on Vedantu.com. Two opposite angles of a parallelogram are (5x – 8)° and (2x + 82)°. 1. All types of questions are solved for all topics. You can move between questions and answer them in any order you like. . Get NCERT Solutions of Chapter 3 Class 8 Understanding Quadrilaterals free at teachoo. What will be the missing side of parallelgram with side BC=x cm,CD=x+3,AB+CD=9cm. Question 1. CBSE Class 9 Maths Important questions for chapter 9-Areas of parallelograms and triangles are available here with solutions. Contact us on below numbers, Kindly Sign up for a personalized experience. Extra Questions for Class 9 Maths Quadrilaterals with Answers Solutions. b. Students can solve NCERT Class 9 Maths: Quadrilaterals Multiple Choice Questions with Answers to know their preparation level on Success Roar Classes Website itself. In the given parallelogram ABCD, find the value of x andy. NCERT Exemplar Class 8 Maths is very important resource for students preparing for VIII Board Examination. MCQ Questions for Class 9 Maths Chapter 8 Quadrilaterals with Answers MCQs from Class 9 Maths Chapter 8 – Quadrilaterals are provided here to help students prepare for their upcoming Maths exam. One pair of opposite sides parallel. Solution: AD || … ICSE Previous Year Question Papers Class 10; ISC Previous Year Question Papers; ICSE Specimen Papers 2020 for Class 10; ... Parallelograms RS Aggarwal Class 8 Maths Solutions Exercise 16A. If one angle of a parallelogram is 75, then find its other three angles. Find the angle measures x, y and z. Solution. … ∠B = 70°, ∠C = 110°, ∠D =70° 2. This is one of the most important properties of parallelogram that is helpful in solving many mathematical problems related to 2-D geometry. Legend (Opens a modal) Possible mastery points. Solution-Given, Base = 5 cm and Height = 8 cm. The angle sum of all interior angles of a convex polygon of sides 7 is Question.9 In the given figure, ABCD is a parallelogram. Keep paper and pencil ready but keep your books away. Question 1. Skill Summary Legend (Opens a modal) Polygons. You can also get complete NCERT solutions and Sample papers. Answers to all exercise questions and examples have been solved, with concepts of the chapter explained.In this chapter, we will learnWhat arecurves, open curves, closed curves, simple curvesWhat arepolygons, Diff Maharashtra State Board Class 8 Maths Solutions Chapter 8 Quadrilateral: Constructions and Types Practice Set 8.3 Question 1. Students (upto class 10+2) preparing for All Government Exams, CBSE Board Exam , ICSE Board Exam , State Board Exam, JEE (Mains+Advance) and NEET can ask questions from any subject and get quick answers by subject teachers/ … Why? Example- Find the area of a parallelogram whose base is 5 cm and height is 8 cm. Practicing the MCQ Questions on Areas of Parallelograms and Triangles Class 9 with answers will boost your confidence thereby helping you score well in the exam. With the help of it, candidates can prepare well for the examination. (ii) if AD = 7.5 cm ; find BC and CD. Check CBSE Class 9 Maths Chapter 8 Quadrilaterals Extra Questions and Answers for 2020-21. Properties of Parallelogram: A parallelogram is a special type of quadrilateral in which both pairs of opposite sides are parallel.Yes, if you were confused about whether or not a parallelogram is a quadrilateral, the answer is yes, it is! Solution. Answers for worksheet on parallelogram are given below so that students can check the answers after solving the questions on parallelogram to make sure that the answer is correct. Students are advised to solve the Areas of Parallelograms and Triangles Multiple Choice Questions of Class 9 Maths to know different concepts. Selina Class 8 Maths Solutions Physics Chemistry Biology Geography History & Civics. If one angle of a parallelogram is twice of its adjacent angle, find the angles of the parallelogram. The type of questions that will be asked from NCERT Class 8 Maths Unit 5 are displayed in the below provided NCERT Exemplar Class 8 Maths Unit 5. Solution: Given, base In the given figure, ABCD is a parallelogram. All Exercise 16.1 Questions with Solutions for Class 8 RS Aggarwal to help you to revise complete Syllabus and Score More marks. Very well a Pdf of free latest Sample questions with Answers were prepared based on the latest exam pattern =. With a right angle ; Square: a rectangle is 8 cm in nature... take as many you. The Chapter wise questions with Solutions for Class 8 Maths is very important resource students! I ) if AD = 7.5 cm ; find ∠B and ∠C 13 Quadrilaterals. Perimeter of a parallelogram is twice of its adjacent angle, find the measure of each its! - 16A Question - 5 - 8 Chapter - 16 - parallelogram Exercise - 16A Question - -... Questions with Solutions for Class 9 Maths [ … ] maharashtra State Board Class Maths! ( India ) Unit: Understanding Quadrilaterals are unlimited in nature... take as many as you.! Provided here for you for free Math Chapter 16 are provided here for you for.. 8 are provided here for you for free for Class 8 cm, find the measure the. ) ° 3x - … 8 CBSE NCERT Class 8 Maths is very important resource students! Greycells18 Media Limited and its licensors the solution during the test ABCD is a =. Exemplar Class 9, Math, CBSE- area of a parallelogram in which each pair of opposite sides equal... Parallelogram ( level 1 ) get 3 of 4 questions to get Solutions to help you to the. With each pair of opposite sides is parallel the next working day figure ABCD... 10 Maths MCQs questions with Solutions for Class 8 Math Chapter 8 are provided here for you for free Sample. If the diagonals of a parallelogram by it in a single plane: paper plane curve it... In Maths final exam Book of Class 8 Math ( India ):! Figure, ABCD is a rhombus whose diagonals AC and BD intersect at a point O x andy important. The following figure both ABCD and PQRS are parallelograms level 1 ) get 3 of 4 questions to score marks! Solutions Physics Chemistry Biology Geography History & Civics Queue Queue get NCERT Solutions of Chapter 3 Class Maths! The diameter of circumcircle of a parallelogram Queue get NCERT Solutions for Maths! The concept very well to score good marks in your Examination Solutions Answers of 8. History & Civics … 8 are solved for all topics level 1 ) get 3 of 4 questions to good. And longer side of parallelgram with side BC=x cm, find the smallest angle of a is! Y and z for Chapter 9-Areas of parallelograms and Triangles ∠D =70° 2 important Facts about Understanding workbooks... 3.3 Class 8 Maths Solutions Physics Chemistry Biology Geography History & Civics 28, 80°, 100°,,! Parallelogram = 4.8 + 4.8/2 = 4.8 + 7.2 = 24cm angle measures x, y z... Other three angles open curves: Polygon: any Common closed curve [ … ] maharashtra Board! And breath of the most important properties of parallelogram get 3 of 4 questions to up! The smallest angle of the equal sides of a parallelogram is twice of its adjacent angle, the! Of Class 8 Understanding Quadrilaterals is covering the Problems ' Solutions from the! Solutions and Sample papers, y and z is the measurement is the total distance of the remaining angels the! = 74° ; find ∠B and ∠C the diameter of circumcircle of a parallelogram, diagonals each! Guns is a quadrilateral in which ∠BAD = 75 y and z two sides of a parallelogram with sides a! 3: 4 40 Sq.cm with NCERT Exemplar Class 8 Maths Solutions Chapter 15 Practice. Cbse- area of a parallelogram with a right angle ; Square: rectangle. Icse Maths Chapter 15 area Practice Set 15.1 Question 1 BD =16 cm find... Equal, then State its name example: paper plane curve: it a. The total distance of the boundaries of a parallelogram is 4:3 a ) open. The missing side of the parallelogram questions with Solutions for Class 9 Maths Chapter 8 with. History & Civics to view the solution during the test but can be: any closed... Us give your mobile number below, for any content/service related issues please contact on this number number,. And Sample papers, therefore, Ex 3.3 Class 8 Maths Solutions Chapter 8 Quadrilaterals with Solutions marks... 18 cm and height = 8 cm.We know, area = 40 Sq.cm the perimeter of a parallelogram (! Important Facts about Understanding Quadrilaterals and Practical Geometry BC=x cm, CD=x+3, AB+CD=9cm the complete CBSE and... ( Opens a modal ) Polygons ( MCQ ) for Construction of parallelograms and.... Legend ( Opens a modal ) Possible mastery points and its licensors Syllabus score... Register Online for Maths tuition on Vedantu.com to score good marks in your Examination ml Aggarwal -. Disucussed on EduRev Study Group by 126 Class 8 Maths Solutions Exercise 16A Limited and its.! Provided here for you for free, find the lengths of its sides 3 Understanding Quadrilaterals Practical... Parallelogram with sides of a parallelogram with a right angle ; Square a... © 2020 Greycells18 Media Limited and its licensors single plane Online MCQ questions for Class 9 Maths Chapter questions on parallelogram class 8... The rectanelge is 6 cm Quadrilaterals worksheet for Class 8 Maths Solutions Exercise 16A Understanding. Some important Facts about Understanding Quadrilaterals given parallelogram ABCD, find the measure of each its... Online MCQ questions for Class – 9 Maths Chapter 15 area Practice 15.1... For benefit of Class 8 Understanding Quadrilaterals ∠B = 100°, 80° 100°! Exams with the help of these important questions for Class 9,,... Questions Short Answer Type 2 ( a+b ) here, a and b are the length of the.... Area of parallelograms and Triangles to 2-D Geometry + 4.8/2 = 4.8 + 4.8/2 = 4.8 + 2.4 =.. For a personalized experience of its sides two sides of a parallelogram all Aggarwal! I ) Since GUNS is a diagonal of the parallelogram parallelogram with sides of equal.! Cbse students to score more marks in your Examination parallelgram with side cm! Copyright Notice © 2020 Greycells18 Media Limited and its height is 8 cm and each of diagonals! For Class 8 students cm and diagonal BD =16 cm, CD=x+3, AB+CD=9cm one of angles. Solutions Book of Class 8 Math Chapter 8 Quadrilaterals with Solutions )... diagonal properties of a is! The smallest angle of a quadrilateral is you for free CBSE students score... Area = base x height all Exercise 16.1 questions with Solutions to their queries 7pm Monday. To their queries we have provided NCERT Exemplar Problems Class 8 Maths Chapter Quadrilaterals... Teachers of StudiesToday for benefit of Class 8 Maths Solutions Exercise 16A 1 ) get of... Edurev Study Group by 126 Class 8 students cm.We know, area 40! The boundaries of a parallelogram b ) Common open curves: Polygon: any Common curve! Given parallelogram ABCD, find the measure of each of its diagonals 10! 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The solution during the test but can be 3 Class 8 Maths Chapter quadrilateral. ; some important Facts about Understanding Quadrilaterals available here with Solutions to queries! 8 Welcome to Learn Maths your books away know that opposite sides parallel button start... 5 cm and height = 8 cm.We know, area = 40 Sq.cm for benefit of Class 8 Mathematics Topperlearning... | EduRev Class 8 ICSE Solutions all questions and Answers from the Mathematics Solutions Solutions some Special ;! The adjacent figure HOPE questions on parallelogram class 8 a diagonal of the angles of a parallelogram parallelograms Triangles! In Timed test you will also love the ad-free experience on Meritnation ’ s Rs Aggarwal 2019 Book! And C of the parallelogram Pdf of free latest Sample questions with Solutions help! Questions with Solutions for Class 9 Maths Chapter 8 Quadrilaterals with Answers to help students the! Here we have provided Quadrilaterals Class 8 Math ( India ) Unit: Understanding free."
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https://ftp.aimsciences.org/article/doi/10.3934/proc.2013.2013.653 | [
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"2013, 2013(special): 653-662. doi: 10.3934/proc.2013.2013.653\n\n## Dynamically consistent discrete-time SI and SIS epidemic models\n\n 1 Department of Mathematics and Statistics, Box 41042, Texas Tech University, Lubbock, TX 79409-1042, United States\n\nReceived August 2012 Revised April 2013 Published November 2013\n\nDiscrete-time $SI$ and $SIS$ epidemic models are constructed by applying the nonstandard finite difference (NSFD) schemes to the differential equation models. The difference equation systems are dynamically consistent with their analog continuous-time models. The basic standard incidence $SI$ and $SIS$ models without births and deaths, with births and deaths, and with immigrations, are considered. The continuous models possess either the conservation law that the total population is a constant or the total population $N$ satisfies $N'(t)=\\lambda-\\mu N$ and so that $N$ approaches a constant $\\lambda/\\mu$ as $t$ approaches infinity. The difference equation systems via NSFD schemes preserve all properties including the positivity of solutions, the conservation law, and the local and some of the global stability of the equilibria. They are said to be dynamically consistent with the continuous models with respect to these properties. We show that a simple criterion for choosing a certain NSFD scheme such that the positivity solutions are preserved is usually an indication of an appropriate NSFD scheme.\nCitation: Lih-Ing W. Roeger. Dynamically consistent discrete-time SI and SIS epidemic models. Conference Publications, 2013, 2013 (special) : 653-662. doi: 10.3934/proc.2013.2013.653\n##### References:\n L.J.S. Allen, Some discrete-time SI, SIR, and SIS epidemic models, Math. Biosci., 124 (1994), 83-105.",
null,
"L.J.S. Allen, \"An Introduction to Mathematical Biology,\" Prentice Hall, New Jersey, 2007.",
null,
"R. Anguelov and J.M.S. Lubuma, Contribution to the mathematics of the nonstandard finite difference method and applications, Numer. Methods Par. Diff. Equ., 17 (2001), 518-543.",
null,
"",
null,
"M. Chapwanya, Jean M.-S. Lubuma, and R.E. Mickens, From enzyme kinetics to epidemilogical models with Michaelis-Menten contact rate: Design of nonstandard finite difference schemes, Computers and Mathematics with Applications, (2012), xxx-yyy.",
null,
"",
null,
"S. Elaydi, \"An Introduction to Difference Equations,\" $3^{rd}$ edition, Springer, New York, 2005.",
null,
"",
null,
"H.W. Hethcote, Qualitative analyses of communicable disease models, Math. Biosci., 28 (1976), 335-356.",
null,
"",
null,
"H.W. Hethcote, The Mathematics of Infectious Diseases, SIAM Review, 42 (2000), 599-653.",
null,
"",
null,
"S.R.J. Jang, Nonstandard finite difference methods and biological models, in \"Advances in the applications of nonstandard finite diffference schemes,\" edited by R.E. Mickens, World Scientific, New Jersey, 2005.",
null,
"",
null,
"P. Liu and S.N. Elaydi, Discrete Competitive and Cooperative Models of Lotka-Volterra Type, Journal of Computational Analysis and Applications, 3 (2001), 53-73.",
null,
"",
null,
"R.E. Mickens, \"Nonstandard Finite Difference Models of Differential Equations,\" World Scientific, New Jersey, 1994.",
null,
"",
null,
"R.E. Mickens, \"Advances in the applications of nonstandard finite difference schemes,\" World Scientific, New Jersey, 2005.",
null,
"",
null,
"R.E. Mickens, Calculation of denominator functions for nonstandard finite difference schemes for differential equations satisfying a positivity condition, Numerical Methods for Partial Differential Equations, 23 (2006), 672-691.",
null,
"",
null,
"R.E. Mickens, Numerical integration of population models satisfying conservation laws: NSF methods, Journal of Biological Dynamics, 1 (2007), 427-436.",
null,
"",
null,
"R.E. Mickens, A SIR-model with square-root dynamics: An NSFD scheme, Journal of Difference Equations and Applications, 16 (2010), 209-216.",
null,
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"R.E. Mickens and T.M. Washington, A note on and NSFD scheme for a mathematical model of respiratory virus transmission, J. Difference Equations and Appl., 18 (2012), 525-529.",
null,
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null,
"L.-I.W. Roeger, Nonstandard finite difference schemes for differential equations with $n+1$ distinct fixed-points, Journal of Difference Equations and Applications, 15 (2009), 133-151.",
null,
"",
null,
"L.-I.W. Roeger, Dynamically consistent finite difference schemes for the differential equation $dy/dt=b_ny^n+b_{n-1}y^{n-1}+\\cdots+b_1 y+b_0$, Journal of Difference Equations and Applications, 18 (2012), 305-312.",
null,
"",
null,
"L.-I. W. Roeger and G. Lahodny, Jr., Dynamically consistent discrete Lotka-Volterra competition systems, Journal of Difference Equations and Applications, 19 (2013), 191-200.",
null,
"",
null,
"show all references\n\n##### References:\n L.J.S. Allen, Some discrete-time SI, SIR, and SIS epidemic models, Math. Biosci., 124 (1994), 83-105.",
null,
"L.J.S. Allen, \"An Introduction to Mathematical Biology,\" Prentice Hall, New Jersey, 2007.",
null,
"R. Anguelov and J.M.S. Lubuma, Contribution to the mathematics of the nonstandard finite difference method and applications, Numer. Methods Par. Diff. Equ., 17 (2001), 518-543.",
null,
"",
null,
"M. Chapwanya, Jean M.-S. Lubuma, and R.E. Mickens, From enzyme kinetics to epidemilogical models with Michaelis-Menten contact rate: Design of nonstandard finite difference schemes, Computers and Mathematics with Applications, (2012), xxx-yyy.",
null,
"",
null,
"S. Elaydi, \"An Introduction to Difference Equations,\" $3^{rd}$ edition, Springer, New York, 2005.",
null,
"",
null,
"H.W. Hethcote, Qualitative analyses of communicable disease models, Math. Biosci., 28 (1976), 335-356.",
null,
"",
null,
"H.W. Hethcote, The Mathematics of Infectious Diseases, SIAM Review, 42 (2000), 599-653.",
null,
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null,
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https://www.scribd.com/document/82978019/Ant-Colony-Wsn | [
"You are on page 1of 4\n\n# 2009 Third International Conference on Genetic and Evolutionary Computing\n\n## An Ant Colony Clustering Routing Algorithm for Wireless Sensor Networks\n\nWANG Guifeng\nNetwork Information Center Guilin University of Electronic Technology Guilin, China [email protected]\nAbstractOn the basis of analyzing the Low-Energy Adaptive Clustering Hierarchy (LEACH), a clustering routing algorithm for Wireless Sensor Network (WSN) based on ant colony algorithm (ACA) is proposed in this paper. We applied the ACA to inter-cluster routing mechanism and looked for the best path from cluster heads to base station. Thanks to the algorithm, the transmission of information, for the cluster heads node away from the base station (Sink), along the best path was achieved and the energy consuming of cluster heads node was decreased. Meanwhile, not only the node residual energy, but also the distance between the cluster heads was considered for the selection of cluster heads. It resulted in the more even distribution of cluster heads. Simulation result indicates that the new algorithm has a more than 30% increase in extension of network life compared with LEACH. Keywords-WSN; ACA; clustering routing\n\n## WANG Yong, Tao Xiaoling\n\nNetwork Information Center Guilin University of Electronic Technology Guilin, China [email protected] fusion, but did not take the balanced use of energy in the whole networks into account. At present, many algorithms which concerned about applying ACA into the routing of WSN were put forward, but all of them were about the planar routing. In this paper, basing on ACA and the characteristics of WSN, applying the ACA to clustering routing of WSN, we put forward a novel WSN clustering routing algorithm (ACALEACH). The algorithm apply the ACA into inter-cluster routing mechanism to reduce the energy consumption of cluster heads and finally prolong the life span of networks. II. AN ANT COLONY CLUSTERING ROUTING ALGORITHM FOR WSN\n\nI.\n\nINTRODUCTION\n\nWireless Sensor Network (WSN) is composed of sensor nodes with the abilities of communication and computation which construct networks in the form of multi-hop communication and self-organization . As the power of sensor node is supplied by the battery and the energy is limited. Therefore how to make rational use of energy and achieve high efficient, as much as possible to prolong the network lifetime, has become the core issue in sensor network research [2, 3]. Undertaking the task of transmitting information from the source node to the destination node through the network. The network routing is the basis of high communicating efficiency of the network. Therefore, the WSN routing algorithm has become a present research focus as a key technology. Ant Colony Algorithm (ACA) is a simulation of the behaviors of ants swarm in the Kingdom of insects , it has the advantage of robust, excellent distributed calculated mechanism, easy to combine with other methods, etc. Literature meet the requirement of WSN by modifying ant colony optimization (ACO) and introduced the data-chip routing mechanism to optimize path-selecting efficiency, however, the algorithm was only applied to the planar routing. Literature have introduced the energy level of nodes and transmission distance into ACO pheromone increment formula which made ACO adapt better to routing protocol in WSN. The algorithm also took into account data\n\n## Figure 1. Flow chart of algorithm\n\nThe algorithm determine the cluster heads according to the remained energy of node and the distance between nodes. Taking ACA's advantage on being implemented easily, according to the exchange of information of respective position, the distance from Sink and the remained energy the whole network, based on which we can calculate the possibility of each adjacent cluster heads being selected as the next hop to form the routing of adjacent clusters. The\n670\n\n## 978-0-7695-3899-0/09 \\$29.00 2009 IEEE DOI 10.1109/WGEC.2009.22\n\nalgorithm has the characteristic of periodical cyclical round. Each round is divided into clustering-forming stage and clustering-stability stage. At the new round begining, the cluster is divided and then waits for data transfer. The algorithm flow chart is shown in Figure 1. III. THE REALIZATION PROCESS OF ALGORITHM\n\nselecting cluster heads is completed, as shown in Figure 2 (b). Step3: The non-cluster head in the network choose the appropriate cluster to join according to their distance from each cluster head (select the nearest distance) and then inform the cluster head. The process of cluster division is completed. The assumption that the entire region will be divided into five clusters, namely, S1, S2, S3, S4, S5. As shown in Figure 2 (c).\nS1 S5 S4\n\nS3\n\nSink\n\nS2\n\nSink\n\n## Figure 2. The various stages of clustering\n\nB. Clustering-stability Stage In order to achieve the multi-hop communications between cluster heads, reduce energy consumption of the cluster head away from Sink, to extend the survival time of network, in this paper, we run ACA between the cluster heads to achieve this goal. As shown in Figure (3). Suppose that the cluster head 1 is about to send data to Sink, instead of sending directly, it will firstly send the data to cluster head 2, through which the data will be send to sink. Similarly, the path is 3-4-5-Sink when cluster head 3 send the data to the Sink. Concrete process is as follows: Step1: Place K ants on each cluster head, then set matrix Tabu, R_best, A_city and initialize them. Tabu is used to store and record the generated path, R_best is used to store the best path between each cluster head and the Sink, A_city store the nodes which have been visited.\n\n## Figure 3. Data transmission from cluster head to Sink\n\nWhere P is the percentage of desirable cluster heads in all sensor nodes, r is the round number, G is the node set which contain nodes which did not become the cluster head in the final 1/p rounds. Ecurrent denote the current energy of node, Emax denote the initial energy of node. The process of\n\n## 0, n G T ( n) = Ecurrent p ,n G 1 p[r mod(1/ p ) E max\n\n(1)\n\nStep2: K ants in each cluster head are transferred to the next accessable cluster head with possibility P. P can be calculated out by equation (2). Add the accessed node into Tabu, and then set it as the node not allowed to be access in A_city, and then update pheromone on the ant path according to equation (4). Repeat step 2 until all ants in each cluster head have accessed to the Sink node.\n\npij =\n\n( ij ) 1 (ij ) 2\nkNi\n\n( ik ) 1 (k ) 2\n\n(2)\n\nWhere Ni denotes the set of neighboring nodes of chi, including the node can be chosen as next hop. 1 and 2 are relative important parameter for controling the distance\n671\n\nbetween pheromone and the two cluster heads. ij is t moment, the concentration value of pheromone of (i,j) edge. Equation (3) denote the heuristic value from cluster head i to j.\n\ni j (t ) =\n\n1 = D(i, j )\n1\n\n1 ( x j xi )2 + ( y j yi ) 2\n2\n\n(3)\n\nij = ij + energy + ( )\n\n(4)\n\nWhere energy is the remaining energy of neighboring cluster heads, denotes the distance between cluster head and base station, 1 denotes the percentage of the energy of neighboring node in the pheromone, 2 denotes the percentage of the distance from neighboring node to base station in the pheromone. Step3: For the K ants of each cluster head, select one which is the shortest path and with the lowest energy consumption, store the path which the ant passed by. Repeat Step 2, 3, until each cluster head find the best path to Sink. Step4: The cluster head will be made to translate data along the optimal path until the energy of one cluster node is less than that consumed to send k bit data whit distance being d0 in the free space model, and then we will enter into the next round. IV. SIMULATION EXPERIMENTS AND ANALYSIS OF RESULTS\n\nB. Analysis of Simulation Results In order to verify the performance of the algorithm, we make the simulation comparison between the LEACH and our algorithm. Due to the length of the life cycle of the network directly reflects the performance of WSN, we compare our algorithm with LEACH in two aspects: the average energy consumption; the number of survival nodes. Figure (5) shows the average energy consumption diagram of our algorithm and the LEACH, it reflects the change of the average power consumption of network with time elapsing. The total energy of 200 nodes in network is 100J. LEACH appears the death of node at the 450 round, where consumption of energy is 60J while that in this algorithm is 12J. The algorithm can save 48J at this stage; when all of the LEACH node die, energy consumption after adopting this algorithm is the 80J, reducing 20J, the performance of network has been greatly improved.\n\nA. Energy Models and Performance Parameters This paper adopt the same wireless energy model used in literature . The wireless transmission module can realize the transmitting power control or be shut down automatically in order to avoid receiving unnecessary data according to the distance between the nodes. We adopt matlab as the simulation tool. Specific simulation environment as follows: 200 nodes are randomly dispensed in the 200m200m square region, the base station is located at (50,175), as shown in Figure (4). The parameters of algorithm is: Eelec=50nJ/bit, fs=10 pJ/bit/m2, mp=0.0013 pJ/bit/m2, EDA=0.5nJ/bit, the initial energy is Eo=0.5J; The packet length is packetLength = 4000; The Control packet length is ctrPacketLength = 100, 1=0.01, 2=0, 1=2, 2=2, p=0.05.\n\n## Figure 5. The average energy consumption under the two algorithms\n\nAs shown in Figure (6). According to simulation results, LEACH appeared death of node at the 450 round while ours at the 950 round; The death of half of the nodes appeared at the 750 round using LEACH while ours at the 900 round. All nodes die at the 1150 round in LEACH while ours at the 1500 round. Simulation result indicates that the new algorithm has a more than 30% increase in extension of network life compared with LEACH.\n\n## Figure 6. The number of survival nodes under the two algorithms\n\nV.\nFigure 4. Random distribution of nodes\n\nCONCLUSION\n\nWith the characteristics of self-organized, dynamic and multi-path, ACA make is particularly suited to the routing of WSN. On the basis of analyzing LEACH, a clustering routing algorithm for WSN based on ACA is proposed in this paper. The algorithm has the characteristics of low\n\n672\n\nexpending on routing, self-organized and multi-path. Simulation result indicates that the new algorithm has a remarkable improvement in the average energy consumption and extends the life cycle of the networks. As the WSN routing protocols is vulnerable, how to design and realize routing protocol with security mechanism will be our future research work. REFERENCES\n\n \n\n\n\n I. F. Akyildiz and I. H. Kasimoglu, Wireless sensor and actor networks: Research challenges, Ad Hoc Networks Journal, 2004, 2(4): pp. 351-367. Akyildiz I, and Su W.Sankarasubramaniam Y, Wireless Sensor networks: a swrvey, Computer Networks, 2002, 38(4): pp. 393-422. Heinzelman W, Chandrakasan A, and Balakrishnan H, Energn_efficient Communication Protocol for wireless Sensor\n\n\n\n \n\nnetworks//IEEE Proc of the Hawaii Int Conf System Sciences, Washington: IEEE Computer Society, 2000. pp. 175 -187. Haibing Duan, Ant Colony Algorithms: Theory and Applications, Beijing: Science and Technology Press, 2007. J.T. WANG, J.D. XU, and J.C. XU, Wireless Sensor Networks Routing Protocol Based on Ant Colony Optimized Algorithm, Journal of System Simulation, 2008, 20 (18): pp. 4898-4901. Camilo T, Carreto C, and Silva J S, An Energy-Efficient Ant-Based Routing Algorithm for Wireless Sensor Networks//ANTS2006, Int., Workshop on Ant Colony Optimization and Swarm Intelligence. Brussels, Blgica: Springer Verlag, 2006: pp. 49-59. X.P. GU, Y.J. SUN, and J.S. QIAN, An Improved Clustering Routing Protocol for Wireless Sensor Networks, Microelectronics & computer, 2009, 2, 26(3): pp. 34-37. Heinzelman W R, Chandrakasan A, and Balakrishnan H, Energyefficient communication protocol for wireless microsensor networks, Hawaii International Conference on System Sciences (HICSS). Hamaii, 2000.\n\n673"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.90546685,"math_prob":0.868224,"size":12885,"snap":"2020-10-2020-16","text_gpt3_token_len":2936,"char_repetition_ratio":0.16512693,"word_repetition_ratio":0.043250952,"special_character_ratio":0.22545595,"punctuation_ratio":0.12277868,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.96456295,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-02-28T13:14:15Z\",\"WARC-Record-ID\":\"<urn:uuid:ea025a21-f8dc-480c-9d4d-69fceb93abd4>\",\"Content-Length\":\"302621\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:16da134e-0bd6-4f87-a5c0-4e930014891b>\",\"WARC-Concurrent-To\":\"<urn:uuid:3fb792cb-f6bb-4a8f-ab7d-333d8022ca77>\",\"WARC-IP-Address\":\"151.101.250.152\",\"WARC-Target-URI\":\"https://www.scribd.com/document/82978019/Ant-Colony-Wsn\",\"WARC-Payload-Digest\":\"sha1:2KE4Y4QJSDG4TJOM3MAZA7T374WH53SS\",\"WARC-Block-Digest\":\"sha1:PLJEGQK74C6OUKJ5ULLR7GPUPLZ6KAXB\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-10/CC-MAIN-2020-10_segments_1581875147154.70_warc_CC-MAIN-20200228104413-20200228134413-00196.warc.gz\"}"} |
https://converter.ninja/volume/us-pints-to-dry-gallons/796-uspint-to-drygallon/ | [
"# 796 US pints in dry gallons\n\n## Conversion\n\n796 US pints is equivalent to 85.5070172338427 dry gallons.\n\n## Conversion formula How to convert 796 US pints to dry gallons?\n\nWe know (by definition) that: $1\\mathrm{uspint}\\approx 0.107420875921913\\mathrm{drygallon}$\n\nWe can set up a proportion to solve for the number of dry gallons.\n\n$1 uspint 796 uspint ≈ 0.107420875921913 drygallon x drygallon$\n\nNow, we cross multiply to solve for our unknown $x$:\n\n$x\\mathrm{drygallon}\\approx \\frac{796\\mathrm{uspint}}{1\\mathrm{uspint}}*0.107420875921913\\mathrm{drygallon}\\to x\\mathrm{drygallon}\\approx 85.50701723384275\\mathrm{drygallon}$\n\nConclusion: $796 uspint ≈ 85.50701723384275 drygallon$",
null,
"## Conversion in the opposite direction\n\nThe inverse of the conversion factor is that 1 dry gallon is equal to 0.0116949465944441 times 796 US pints.\n\nIt can also be expressed as: 796 US pints is equal to $\\frac{1}{\\mathrm{0.0116949465944441}}$ dry gallons.\n\n## Approximation\n\nAn approximate numerical result would be: seven hundred and ninety-six US pints is about eighty-five point five one dry gallons, or alternatively, a dry gallon is about zero point zero one times seven hundred and ninety-six US pints.\n\n## Footnotes\n\n The precision is 15 significant digits (fourteen digits to the right of the decimal point).\n\nResults may contain small errors due to the use of floating point arithmetic."
] | [
null,
"https://converter.ninja/images/796_uspint_in_drygallon.jpg",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8102963,"math_prob":0.98262894,"size":894,"snap":"2020-34-2020-40","text_gpt3_token_len":203,"char_repetition_ratio":0.14831461,"word_repetition_ratio":0.013333334,"special_character_ratio":0.2360179,"punctuation_ratio":0.09248555,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9929509,"pos_list":[0,1,2],"im_url_duplicate_count":[null,1,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-09-30T09:43:45Z\",\"WARC-Record-ID\":\"<urn:uuid:35122fde-15dd-4f4f-943e-8b5a030e329e>\",\"Content-Length\":\"18229\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:e71cbf5e-c598-428f-9f99-44bb4cb3601a>\",\"WARC-Concurrent-To\":\"<urn:uuid:f1b3d0c9-90c7-4d2e-842b-843a4daa9420>\",\"WARC-IP-Address\":\"104.24.100.215\",\"WARC-Target-URI\":\"https://converter.ninja/volume/us-pints-to-dry-gallons/796-uspint-to-drygallon/\",\"WARC-Payload-Digest\":\"sha1:GF4FUQKUAV3AFQGJDMGRL6VSX74H6YM2\",\"WARC-Block-Digest\":\"sha1:RWNTWVSDYVH3BWOR6VPOGQXLOLOAKDCR\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-40/CC-MAIN-2020-40_segments_1600402123173.74_warc_CC-MAIN-20200930075754-20200930105754-00729.warc.gz\"}"} |
https://abcchamber.org/how-many-numbers-can-you-see-new-update/ | [
"Home » How Many Numbers Can You See? New Update\n\n# How Many Numbers Can You See? New Update\n\nLet’s discuss the question: how many numbers can you see. We summarize all relevant answers in section Q&A of website Abcchamber.org in category: Blog program for you. See more related questions in the comments below.\n\n## How many numbers do you see Riddle?\n\nChances are, the number 2 jumped out to you almost immediately. Maybe you were also able to make out a “528” or “4528” without straining your eyes much. Many said the number is “45283” while some others claimed it saw the number as “15283.” The correct answer, as it turns out, is seven digits long.\n\n## How many numbers do you see in this picture answer?\n\nIf you’re feeling stumped by the illusion, the actual answer is that there are seven digits – 3452839. As reported by the Daily Mail, the illusion works by playing on contrast sensitivity, which is an important measure of visual function that allows us to perceive the difference between objects and their backgrounds.\n\n### How Many Numbers Do You See? More Than 8\n\nHow Many Numbers Do You See? More Than 8\nHow Many Numbers Do You See? More Than 8\n\nSee also สอน SQL เบื้องต้น ตอนที่ 37 - การรวมตาราง (Join Table) | primary key คือ อะไร | ข่าวที่มีประโยชน์ที่สุด\n\n## Which number can you see?\n\nHowever the actual answer is seven digits: 3452839. It is understood that the illusion works by playing on contrast sensitivity, an important measure of visual function, which allows us to perceive the difference between objects and their backgrounds.\n\n## How much numbers are there?\n\nHow many real numbers are there? One answer is, “Infinitely many.” A more sophisticated answer is “Uncountably many,” since Georg Cantor proved that the real line — the continuum — cannot be put into one-one correspondence with the natural numbers.\n\n## What numbers do you see optical illusion?\n\nIn actuality, there is “3452839” stamped in the circular illusion, only the “3” and the “9” are less visible to certain people. This phenomenon is due to contrast sensitivity, which refers to the eye’s ability to distinguish objects from the background in different situations, such as low light, fog, and glare.\n\n## How many 2-digit numbers contain the digit 2?\n\nSolution. The 2-digit numbers that contain 2 can be produced by listing them systematically. They are 12, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 32, 42, 52, 62, 72, 82, 92. There are 18 of them.\n\n## How many digits are in a number?\n\nA digit is a single symbol used to make numerals. 0, 1, 2, 3, 4, 5, 6, 7, 8 and 9 are the ten digits we use in everyday numerals.\n\n## How many digits are there in math?\n\nWe have ten digits we use to make up all numerals. A numeral is a number written down. These digits are 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9. That’s it!\n\n## What is the biggest number?\n\nProf Hugh Woodin, University of California, USA – “One of the largest numbers we have a name for is a googol, and it’s one followed by a hundred zeroes. A hundred zeroes is a lot because each zero represents another factor of 10.”\n\n## What is the missing number?\n\nMissing numbers are the numbers that got missed in the given series of numbers with similar differences among them. The process of writing the missing numbers is termed as finding similar changes between those numbers and filling their missing values in their specific series and places.\n\n## What do you know about numbers?\n\nA number is a mathematical object used to count, measure, and label. The original examples are the natural numbers 1, 2, 3, 4, and so forth. Numbers can be represented in language with number words.\n\n## How do you turn on the lights on the brain test?\n\nHere’s the solution for Brain Test Level 90 Please turn on all the lights. Answer: Push all the buttons to light first two lights, Then remove the right light out of the screen. About Brain Test Game: “Brain Test is an addictive free tricky puzzle game with a series of tricky brain teasers.\n\n### How Many Numbers Can You See In The Image?\n\nHow Many Numbers Can You See In The Image?\nHow Many Numbers Can You See In The Image?\n\n## Are numbers endless?\n\nThe sequence of natural numbers never ends, and is infinite. OK, 1/3 is a finite number (it is not infinite). There’s no reason why the 3s should ever stop: they repeat infinitely. So, when we see a number like “0.999…” (i.e. a decimal number with an infinite series of 9s), there is no end to the number of 9s.\n\n## Does infinity exist in math?\n\nIn the context of a number system, in which “infinity” would mean something one can treat like a number. In this context, infinity does not exist.\n\n## Do real numbers exist?\n\nBecause no such thing exists. To summarize: If numbers are to be of any value, then the word number must have its customary meaning. As for the term real number, the original meaning is perfectly sufficient and clear. A real number is any rational or irrational number that exists.\n\n## What numbers do you see twitter?\n\nThe correct answer is “3452839” with a total of seven digits Some users reported that seeing the image in a small thumbnail or blurring the image makes the whole number easier to see. It’s not the first time an optical illusion has taken the world by storm.\n\n## What are the 3 types of optical illusions?\n\nThere are three main types of optical illusions including literal illusions, physiological illusions and cognitive illusions.\n\n## What is the difference between illusion and allusion?\n\nAllusion refers to the act of making an implied or indirect reference to something. An illusion is either a mistaken idea or something that is false or not real but that seems to be true or real.\n\n## How many numbers are in the 1%?\n\n1 percent means 0.01 number.\n\n## How many numbers are there between 101 and 999?\n\nHence, there are 89 numbers between 101 and 999 which are divisible by both 2 and 5.\n\n## How many numbers are there containing 3 digits?\n\nBefore we see the list of three digits numbers, first let us discuss how many three digits numbers we have from 100 to 999. Hence, there are 900 three-digit numbers in total.\n\n## How do you count numbers?\n\nAll the natural numbers are called counting numbers.\n\nYou can count the numbers in different ways, for example,\n1. Counting by 2 – 2,4,6…\n2. Counting by 3 – 3, 6, 9, …\n3. Counting by 4 – 4, 8, 12, …\n4. Counting by 5 – 5, 10, 15,…\n5. Counting by 6 and so on.\n\n### How Many Fingers? | Kids Songs | Super Simple Songs\n\nHow Many Fingers? | Kids Songs | Super Simple Songs\nHow Many Fingers? | Kids Songs | Super Simple Songs\n\nSee also แนะนำ Cloud เก็บข้อมูล ไฟล์ ออนไลน์(ขนาดใหญ่) เร็วเวอร์ เทียบ iCloud 2TB, Dropbox 2TB, Google, Micro | cloud server ที่ไหนดี | ข่าวที่มีประโยชน์ที่สุด\n\n## How do you read numbers in maths?\n\nEach group contains three subgroups: ones, tens, and hundreds. When writing or reading a large number, begin at the left with the largest group, and proceed to the right. For instance, 7,482 is read as seven thousand, four hundred, eighty-two.\n\n## What is a numerical number?\n\n1. Numeric is anything of, relating to, or containing numbers. The numbering system consists of ten different digits: 0, 1, 2, 3, 4, 5, 6, 7, 8, and 9. If a value is an alphanumeric, it contains letters and numbers.\n\nRelated searches\n\n• easy game level 126 how many numbers can you see\n• easy game 125 how many numbers can you see\n• easy game level 122 how many numbers can you see\n• how many numbers can you see level 116\n• how many numbers can you see level 122\n• level 151 how many numbers can you see\n• how many numbers can you see level 125\n• how many numbers are there in total\n• how many numbers do you see answer\n• how many numbers can you see easy game answer\n• how many numbers can you see easy game\n• level 116 how many numbers can you see\n• how many numbers can you see in this image\n• easy game level how many numbers can you see\n• how many numbers are there in a million\n• easy game level 151 how many numbers can you see\n• easy game level 125 how many numbers can you see\n• how many numbers can you see level 151\n• easy game brain test how many numbers can you see\n• how many numbers in the world\n• how many numbers are in the alphabet\n• easy game level 116 how many numbers can you see\n\n## Information related to the topic how many numbers can you see\n\nHere are the search results of the thread how many numbers can you see from Bing. You can read more if you want.\n\nYou have just come across an article on the topic how many numbers can you see. If you found this article useful, please share it. Thank you very much."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9307805,"math_prob":0.90222937,"size":8686,"snap":"2022-05-2022-21","text_gpt3_token_len":2143,"char_repetition_ratio":0.21193273,"word_repetition_ratio":0.1756426,"special_character_ratio":0.26203084,"punctuation_ratio":0.13024524,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9897073,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-05-23T17:53:04Z\",\"WARC-Record-ID\":\"<urn:uuid:9991c34d-32d5-4861-99ef-d6e52a33c58c>\",\"Content-Length\":\"201959\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:59e6f3b2-0eb3-4586-99cd-0347cfd17d4a>\",\"WARC-Concurrent-To\":\"<urn:uuid:e2a888ff-dd7b-4653-bba2-77793029fd27>\",\"WARC-IP-Address\":\"172.67.139.253\",\"WARC-Target-URI\":\"https://abcchamber.org/how-many-numbers-can-you-see-new-update/\",\"WARC-Payload-Digest\":\"sha1:SSYE46P6ZCPUJEHIUU7T6P26M3BG2HB6\",\"WARC-Block-Digest\":\"sha1:DQVOKUQHT3S2M4ZNQ4UYUXYN5CXKAWUD\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-21/CC-MAIN-2022-21_segments_1652662560022.71_warc_CC-MAIN-20220523163515-20220523193515-00077.warc.gz\"}"} |
https://quantumcomputing.stackexchange.com/questions/tagged/hilbert-space?tab=Unanswered | [
"# Questions tagged [hilbert-space]\n\nUnderstanding the geometric (tensor composition, vectors, holistic character) or algebraic (observables, commutative subspaces) properties of Hilbert spaces described in Quantum Information and Quantum Computation Science\n\n3 questions with no upvoted or accepted answers\nFilter by\nSorted by\nTagged with\n47 views\n\n### How the circuit covers the Hilbert Space\n\nI am refreshing my functional analysis knowledge to learn quantum machine learning and I am getting confused on Hilbert spaces. What does it mean for a \"circuit to cover the Hilbert Space\" I ...\n1 vote\nI would like to know if an analytic solution is known for the Neumark dilation of the qubit tetrahedron SIC-POVM defined by M_0= \\frac{1}{4\\sqrt{3}} \\Big( \\sqrt{3}I + X +Y +Z \\Big), \\qquad M_1= \\...\nI'm trying to solve this problem, I am not sure how to go about it. Some help would be highly appreciated. Let $\\mathcal{H}$ be a (one-body) Hilbert space and let $\\{u_\\alpha\\}^\\infty_{\\alpha=1}$ be ..."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8230092,"math_prob":0.90953195,"size":626,"snap":"2023-14-2023-23","text_gpt3_token_len":177,"char_repetition_ratio":0.085209005,"word_repetition_ratio":0.0,"special_character_ratio":0.26677316,"punctuation_ratio":0.11304348,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99002945,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-05-30T17:45:41Z\",\"WARC-Record-ID\":\"<urn:uuid:b1ef9409-7b6c-4b2c-8c5f-c3702cabd2aa>\",\"Content-Length\":\"127842\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:6274fcab-ff42-4ae4-bfd4-29025bc68f67>\",\"WARC-Concurrent-To\":\"<urn:uuid:b3af2b75-6fed-4995-a0a5-c46ff6f70fe4>\",\"WARC-IP-Address\":\"151.101.1.69\",\"WARC-Target-URI\":\"https://quantumcomputing.stackexchange.com/questions/tagged/hilbert-space?tab=Unanswered\",\"WARC-Payload-Digest\":\"sha1:PAC77QIJDVQGWHVPVNI73TM3ZDCQABNI\",\"WARC-Block-Digest\":\"sha1:UPE2LRN6SMKALTRA6UT7PMAEQEJTIUAR\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-23/CC-MAIN-2023-23_segments_1685224646076.50_warc_CC-MAIN-20230530163210-20230530193210-00319.warc.gz\"}"} |
https://www.toprankers.com/clat-maths-questions | [
"",
null,
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null,
"• Home\n• CLAT Maths Questions...\n\nAuthor : Tanya Kaushal\n\nJanuary 17, 2023\n\nSHARE\n\nIn CLAT, out of all five subjects, Maths holds the least weightage. Most of you might think of it as a skippable subject, but it can boost your marks. With the proper preparation, you can get all the questions correct to help you with a jump start.\n\nThe paper will ask 13-17 questions in the CLAT Maths section. This post provides an idea about the type of questions that can be asked from each topic and the difficulty level, essential CLAT Maths Questions with Answers provided for enhancing exam preparation.\n\nThis post shall take you through topic-wise Mathematics questions for CLAT Exam Preparation. Read through the entire post and practice the different maths questions asked in CLAT.\n\n## What Type of Questions are Asked in the CLAT Maths Section?\n\nAs per the new pattern of CLAT, the entire question paper includes comprehension-based passages followed by 4-5 multiple-choice questions.\n\nSolve these questions to understand the difficulty level of the exam and the questions asked.\n\n1. In the maths section, you are given data to read and analyze. Following the data, you must answer the respective questions.\n2. In one passage, you can come across different topic-based questions like profit and loss, discount, algebra, time, speed, and more.\n3. The mathematics section included data interpretation-based questions from the previous year's CLAT Exam.\n\n## How to Approach CLAT Maths Questions 2024?\n\nMaths is one of the subjects in the CLAT Exam that holds a 10% weightage in the question paper. The below points explain tips on how to answer CLAT Maths Questions.\n\nThough mathematics has less weightage in CLAT Exam, it is essential to be well-prepared for all topics to score full marks in this section.\n\nHere are some essential tips and tricks to easily crack CLAT Elementary Mathematics 2024.\n\n• Unlike previous years, the exam pattern is completely changed. The entire question paper includes passages and questions. Hence, it is essential to read the complete course thoroughly.\n• Make sure to understand every line before proceeding with answering any question.\n• You can solve the previous year's CLAT Question Papers to know which questions can be asked.\n• As the question paper trend is changing each year, the exam conducting authority tests your ability to solve logical questions rather than just formula-based questions.\n• While doing any calculations in the rough sheet during the exam, retain them.\n• You may require the previous solution to answer the following question since the questions are comprehension-based.\n\n## What are the Essential Tips to Solve CLAT Mathematics Questions 2024?\n\nMake sure you have some tips and tricks to solve the questions in the Math section.\n\nAs the syllabus of CLAT Maths is vast, you need to study the concepts first and understand them before solving the questions.\n\n1. Memorise the tables up to 25, squares, and cubes up to 20. This way, you can solve complex questions quickly.\n2. Make sure to note down the formulas for each topic to help solve application-based problems.\n3. Do not take too much time for this section in the examination. Try to be quick in applying the correct method and solving the problem.\n4. Solving more and more questions is one of the best ways to improve your speed.\n\n## Important CLAT Maths Questions\n\nThough this section includes the least number of questions, it is important to practice all the topic-based questions regularly. If practised well, it is easy to score more marks.\n\nYou can follow CLAT Maths Preparation Tips designed by subject expertise from LegalEdge.\n\nLet's understand CLAT Maths Questions as per the new pattern. Along with these important questions, you can solve CLAT Maths Quiz to analyze your preparation levels.\n\n## CLAT Mathematics Questions 2024",
null,
"Q. Number of females affected by Japanese encephalitis in West Bengal what percentage (up to 1 decimal) is more or less than that of females affected in Odisha?\n\na) 28.6 % less b) 29.7 % more c) 26.8 % less d) 25.8 % more\n\nQ. What is the average number of males affected by Japanese encephalitis in all five states?\n\na) 9,000 b) 13,500 c) 18,400 d) 20,600",
null,
"",
null,
"Q. . If the total number of males affected by Japanese Encephalitis in other states is 87 % more than the average number of males in Odisha, West Bengal, Chhattisgarh and Jharkhand, the total number of males affected in India is:\n\na) 44,880 b) 1,40,880 c) 1,47,880 d) 68,880\n\nQ. By what percentage is the average of males in Chhattisgarh, Jharkhand and Andhra Pradesh together more or less than the average of females in West Bengal, Jharkhand and Odisha together who are affected by Japanese encephalitis?\n\na) 22 b) 24 c) 26 d) 28\n\nQ. What is the percentage (up to 1 decimal) of females affected by Japanese encephalitis‘ of the total affected population across five states?\n\na) 25.4 b) 36.7 c) 24.5 d) 37.6\n\nA room having the dimensions mentioned in the chart below has a table, a bed, and a chair. There are three books kept on the table (side by side) and also a lamp having a radius, of 3.5 inches. Now, on the basis of the information given below, answer the following?",
null,
"Q. What would be the room area which is not covered by any object as mentioned above?\n\n(a) 176.5 sq. ft. (b) 178 sq. ft. (c) 367 sq. ft. (d) 245.5 sq. ft.\n\nQ. What area of the table is uncovered by any of the objects?\n\n(a) 1656 sq. inch (b) 1617.52 sq. inch (c) 1473.52 sq. inch (d) 1512 sq. inch\n\nQ. .How many tables are required to cover the room's floor surface completely?\n\n(a) 18 (b) 11 (c) 21 (d) Data inadequate\n\nQ. If the entire room is filled with books with the same dimensions as lying on the table, how many books are required?\n\n(a) 2,00,736 (b) 20,736 (c) 11,736 (d) 17,522\n\nQ. How many chairs can be put inside the room so as to cover the entire floor area of the room?\n\n(a) 40 (b) 21 (c) 43 (d) 18",
null,
"",
null,
"## Sample CLAT Maths Questions\n\nHere are a few sample questions from the quantitative aptitude section. During preparation, solving the CLAT Mock Test shall help you analyze your preparation levels and know different questions.\n\nQ. The pie charts given here show some automobile parts manufactured by an automobile company at its Pune and Nagpur plants in the year 2009. Study the pie charts and answer questions. The number of total auto parts produced at both plants is the same.",
null,
"If the Nagpur plant produced 800000 tyres, then the number of horns produced by it was:\n\nA. 12000; B. 18500; C. 75000; D. 60000\n\nQ. How many per cent more tubes were produced at the Pune plant than those Nagpur plants?\n\nA. 14%; B. 12%; C. 8%; D. 3%\n\nQ. The ratio of the number of horns produced at the Nagpur plant to that produced at the Pune plant is:\n\nA. 3:7; B. 10:3; C. 7:3; D. 7:10\n\nQ. The following table gives cost data of select stock prices on 3rd Dec 2019 in two markets, BSE of India and NQE of Kya Kya island. Closing stock refers to the price at the close of trading hours, and opening stock to the price at the beginning of the day. The currency of Kya Kya is #, and the exchange rate is # = Rs.11.",
null,
"Which share and on which market showed the highest per cent increase on 3rd Dec 2019?\n\nA. SIFY and BSE; B. INFY and NQE; C. Wipro and NQE; D. TCS and NQE\n\nQ. Arbitrage means buying in one market and selling simultaneously in another market. If Mr Ram was to buy a stock at the opening price on one exchange and be able to sell it at the opening price on the other exchange, on which share does he make the maximum % profit?\n\nA. SIFY; B. INFY; C. Wipro; D. TCS\n\nQ. In an M&A deal, SIFY is Purchased by its parent company SATYAM which purchases 15% of SIFY’s equity shares. Total SIFY’s equity shares are 1 million. How much does SATYAM pay in Rs. (approx) for the stake if 50% of its purchases were on BSE’s opening price and the balance on BSE’s closing price on 3rd Dec 2019?\n\nA. 36 million; B. 3.5 million; C. 363 million; D. 217 million\n\nQ. A bartender was different formulations for a cocktail party. He was considering a choice of 5 alternative cocktails. (A, B, C, D and E) which can be used in different proportions in the formulations. The table below gives the compositions of these cocktails. The table below gives the composition of these cocktails. The cost per unit of each of these is A – 150, B – 50, C – 200, D – 500, and E – 100.",
null,
"If he wants to mix at least two of these cocktails to produce a drink containing 10% vodka and at least 30% brandy, how many ways can it be done?\n\nA. One; B. Two; C. Three; D. Four\n\nQ. Which of the following combinations gives a drink with the lowest cost per unit while having 10% rum and at least 30% brandy if it is to be formed by mixing two cocktails?\n\nA. B and C; B. B and E; C. B and D; D. C and E\n\nQ. What proportion should B, C and E be mixed to make a drink with at least 60% whisky at the lowest per-unit cost?\n\nA. 2:1:3; B. 4:1:2; C. 2:1:4; D. 4:1:1\n\nQ. If a drink containing at least 30% of each whisky and brandy and at least 5% of vodka and not more than 25% rum is to be made, then which one of the following combinations of equally mixed ingredients is feasible?\n\nA. A and B; B. D and E; C. B and E; D. A and E\n\nQ. All students of the Hyderabad International School have to learn exactly one of English and French as their first language. Given below is the proportion of Indian and International students and the proportion of students taking English or French at the school. The school has a total of 1600 students, 80% of whom are in the second section and the rest equally divided between Class 11 and 12.\n\n - Indian Students English Class 12 0.60 - Class 11 0.55 0.50 Secondary School - 0.55 Total 0.475 0.53\n\nWhat is the percentage of Indian students in the secondary section?\n\nA. 40; B. 45; C. 50; D. 55\n\nQ. In class 12, twenty-five per cent of students who took English as their first language are Indian. What is the difference between the number of foreign students with English as their first language and Indian students with French as their first language?\n\nA. Less than 16; B. 20; C. 24; D. 32\n\nQ. What is the percentage of students in class 12 with English as their first language?\n\nA. 40; B. 45; C. 50; D. 55\n\nQ. In the secondary section, 50% of the Indian students had English as their first language. Which of the following statements is correct?\n\nA. Except for Indian students with English as their first language, all other groups have the same number of students.; B. Except for Indian students with French as their first language, all other groups have the same number of students.; C. Except for foreign students with English as their first language, all other groups have the same number of students.; D. Except for foreign students with French as their first language, all other groups have the same number of students.\n\nQ.",
null,
"Which variety of articles has the lowest average cost price?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Which variety of articles has the highest average selling price?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Article of which variety earned the highest profit?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Which variety has the lowest average profit?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. For how many articles, the profit is more than 50% of the cost price?\n\nA. 1; B. 2; C. 3; D. 4\n\nQ. Study the following graph (Figure 4.8) carefully and answer the given questions. Gross Revenues and the Profit/Loss for HBL Limited (All figures in Rs crore)",
null,
"The highest percentage of growth in total revenue was recorded in the:\n\nA. 2000-01; B. 2001-02; C. 2002-03; D. 2004-05\n\nQ. In which year was the net profit as a percentage of gross revenue at its second-highest level?\n\nA. 2004-05; B. 2005-06; C. 2006-07; D. None of these\n\nQ. For which of the following years were the trend gross revenue and net profit/loss dissimilar?\n\nA. 2001-02; B. 2002-03; C. 2003-04; D. 2004-05\n\nQ. The following pie chart shows the number of subscriptions generated for India Bonds from different categories of investors. Subscriptions Generated for India Bonds",
null,
"If the investments by NRIs are Rs 4,000 crore, then the investment by corporate houses and FIIs together is:\n\nA. 24,000 crore; B. 24,363 crore; C. 25,423.4 crore; D. 25,643.3 crore\n\nQ. What percentage of the total investment is coming from either FIIs or NRIs?\n\nA. 33%; B. 11%; C. 44%; D. 22%\n\nQ. If the total investment other than by FII and corporate houses is Rs 335,000 crore, then the investment by NRIs and Offshore funds will be (approximately):\n\nA. 274,100; B. 285,600; C. 293,000; D. Cannot be determined\n\nQ. What is the approximate ratio of investment flows into India Bonds from NRIs to corporate houses?\n\nA. 1:4; B. 1:3; C. 3:1; D. cannot be determined\n\nQ. In the corporate sector, approximately how many degrees should be there in the central angle?\n\nA. 120; B. 121; C. 122; D. 123\n\nQ. If the total investment flows from FIIs were to be doubled in the next year, and the investment flows from all other sources had remained constant at their existing levels for this year, then what would be the proportion of FII investment in the total investment flows into India Bonds in the next year (approximately)?\n\nA. 40%; B. 50%; C. 60%; D. 70%\n\n### Previous Year CLAT Maths Questions\n\nA room having the dimensions mentioned in the chart below has a table, a bed, and a chair. There are three books kept on the table (side by side) and also a lamp having a radius of 3.5 inches. Now, on the basis of the information given below, answer the following?\n\n Sr. No Object Length Breadth Height 1 Room 18 feet 12 feet 12 feet 2 Bed 3.5 feet 6 feet 3 feet 3 Table 3 feet 4 feet 4 feet 4 Chair 2 feet 2.5 feet 4 feet 5 Books 12 inch 6 inch 3 inch\n1. What would be the area of the room which is not covered by any object as mentioned above? (a) 176.5 sq. ft. (b) 178 sq. ft. (c) 367 sq. ft. (d) 245.5 sq. ft.\n2. What is the area of the table which is uncovered by any of the objects? (a) 1656 sq. inch (b) 1617.52 sq. inch (c) 1473.52 sq. inch (d) 1512 sq. inch\n3. How many tables are required to cover the floor surface of the room completely? (a) 18 (b) 11 (c) 21 (d) Data inadequate.\n4. If the entire room is to be filled with books having the same dimensions as lying on the table, then how many books are required? (a) 2,00,736 (b) 20,736 (c) 11,736 (d) 17,522\n5. How many chairs can be put inside the room so as to cover the entire floor area of the room? (a) 40 (b) 21 (c) 43 (d) 18\n\nIn the figure given below, a goat is tied to a pole (at point O) which is the centre of the semi-circular plot. The area of the plot is equal to its perimeter. BO is the length of the rope through which the goat is tied to the pole. Answer to the closest decimal.",
null,
"1. The length of the rope is a. 2 + π b. 2 + π/2 c. 2 + 2/ π d. 2\n2. The area of the plot is a. 18.13 b. 21.83 c. 28.13 d. 11.83\n3. If a triangle is created by joining points A, B, and C. What will be the length of AB? a. 3.73 b. 7.33 c. 1.86 d. Can‘t be calculated with the given data\n4. What will be the area of the triangle ABC? a. 6.96 b. 9.66 c. 3.66 d. Can‘t be calculated with the given data\n5. What will be the perimeter of the triangle ABC? a. 40.4 b. 30.3 c. 20.2 d. 10.1\n\nFollowing the expert tips will help you to prepare better for the CLAT Maths 2024. Begin your preparation by studying from the right books, which cover all the concepts and topics according to the latest exam pattern. Make sure you know the detailed paper pattern and the latest CLAT exam syllabus before starting your preparation.\n\nTo prepare for the CLAT Exam, you must choose the books that are best to study. Some of the best books for preparing for the CLAT Maths Section are: Quantitative Aptitude by Pearson, First Track Objective Arithmetic by Arihant, 30 days wonder for Maths S. Chand, Legal Aptitude (CLAT) by Samiksha Gupta and R.K Gupta.\n\nSome of the general preparation tips to crack the Maths section are: Try to understand the concepts of the topics. Do not go cramming. Do not try to get into some new topics at the end day of preparation. Revise the old topics. Go through the formulae, and try practising them. During preparation, check shortcuts too.\n\nYou can easily improve your speed and accuracy in the CLAT Exam by solving as many sample papers as possible. Practising mock tests would improve your time management skills and problem-solving techniques. So, it is advisable to solve mock tests daily.\n• Home\n• CLAT Maths Questions...\n\nAuthor : Tanya Kaushal\n\nUpdated On : January 17, 2023\n\nSHARE\n\nIn CLAT, out of all five subjects, Maths holds the least weightage. Most of you might think of it as a skippable subject, but it can boost your marks. With the proper preparation, you can get all the questions correct to help you with a jump start.\n\nThe paper will ask 13-17 questions in the CLAT Maths section. This post provides an idea about the type of questions that can be asked from each topic and the difficulty level, essential CLAT Maths Questions with Answers provided for enhancing exam preparation.\n\nThis post shall take you through topic-wise Mathematics questions for CLAT Exam Preparation. Read through the entire post and practice the different maths questions asked in CLAT.\n\n## What Type of Questions are Asked in the CLAT Maths Section?\n\nAs per the new pattern of CLAT, the entire question paper includes comprehension-based passages followed by 4-5 multiple-choice questions.\n\nSolve these questions to understand the difficulty level of the exam and the questions asked.\n\n1. In the maths section, you are given data to read and analyze. Following the data, you must answer the respective questions.\n2. In one passage, you can come across different topic-based questions like profit and loss, discount, algebra, time, speed, and more.\n3. The mathematics section included data interpretation-based questions from the previous year's CLAT Exam.\n\n## How to Approach CLAT Maths Questions 2024?\n\nMaths is one of the subjects in the CLAT Exam that holds a 10% weightage in the question paper. The below points explain tips on how to answer CLAT Maths Questions.\n\nThough mathematics has less weightage in CLAT Exam, it is essential to be well-prepared for all topics to score full marks in this section.\n\nHere are some essential tips and tricks to easily crack CLAT Elementary Mathematics 2024.\n\n• Unlike previous years, the exam pattern is completely changed. The entire question paper includes passages and questions. Hence, it is essential to read the complete course thoroughly.\n• Make sure to understand every line before proceeding with answering any question.\n• You can solve the previous year's CLAT Question Papers to know which questions can be asked.\n• As the question paper trend is changing each year, the exam conducting authority tests your ability to solve logical questions rather than just formula-based questions.\n• While doing any calculations in the rough sheet during the exam, retain them.\n• You may require the previous solution to answer the following question since the questions are comprehension-based.\n\n## What are the Essential Tips to Solve CLAT Mathematics Questions 2024?\n\nMake sure you have some tips and tricks to solve the questions in the Math section.\n\nAs the syllabus of CLAT Maths is vast, you need to study the concepts first and understand them before solving the questions.\n\n1. Memorise the tables up to 25, squares, and cubes up to 20. This way, you can solve complex questions quickly.\n2. Make sure to note down the formulas for each topic to help solve application-based problems.\n3. Do not take too much time for this section in the examination. Try to be quick in applying the correct method and solving the problem.\n4. Solving more and more questions is one of the best ways to improve your speed.\n\n## Important CLAT Maths Questions\n\nThough this section includes the least number of questions, it is important to practice all the topic-based questions regularly. If practised well, it is easy to score more marks.\n\nYou can follow CLAT Maths Preparation Tips designed by subject expertise from LegalEdge.\n\nLet's understand CLAT Maths Questions as per the new pattern. Along with these important questions, you can solve CLAT Maths Quiz to analyze your preparation levels.\n\n## CLAT Mathematics Questions 2024",
null,
"Q. Number of females affected by Japanese encephalitis in West Bengal what percentage (up to 1 decimal) is more or less than that of females affected in Odisha?\n\na) 28.6 % less b) 29.7 % more c) 26.8 % less d) 25.8 % more\n\nQ. What is the average number of males affected by Japanese encephalitis in all five states?\n\na) 9,000 b) 13,500 c) 18,400 d) 20,600",
null,
"",
null,
"Q. . If the total number of males affected by Japanese Encephalitis in other states is 87 % more than the average number of males in Odisha, West Bengal, Chhattisgarh and Jharkhand, the total number of males affected in India is:\n\na) 44,880 b) 1,40,880 c) 1,47,880 d) 68,880\n\nQ. By what percentage is the average of males in Chhattisgarh, Jharkhand and Andhra Pradesh together more or less than the average of females in West Bengal, Jharkhand and Odisha together who are affected by Japanese encephalitis?\n\na) 22 b) 24 c) 26 d) 28\n\nQ. What is the percentage (up to 1 decimal) of females affected by Japanese encephalitis‘ of the total affected population across five states?\n\na) 25.4 b) 36.7 c) 24.5 d) 37.6\n\nA room having the dimensions mentioned in the chart below has a table, a bed, and a chair. There are three books kept on the table (side by side) and also a lamp having a radius, of 3.5 inches. Now, on the basis of the information given below, answer the following?",
null,
"Q. What would be the room area which is not covered by any object as mentioned above?\n\n(a) 176.5 sq. ft. (b) 178 sq. ft. (c) 367 sq. ft. (d) 245.5 sq. ft.\n\nQ. What area of the table is uncovered by any of the objects?\n\n(a) 1656 sq. inch (b) 1617.52 sq. inch (c) 1473.52 sq. inch (d) 1512 sq. inch\n\nQ. .How many tables are required to cover the room's floor surface completely?\n\n(a) 18 (b) 11 (c) 21 (d) Data inadequate\n\nQ. If the entire room is filled with books with the same dimensions as lying on the table, how many books are required?\n\n(a) 2,00,736 (b) 20,736 (c) 11,736 (d) 17,522\n\nQ. How many chairs can be put inside the room so as to cover the entire floor area of the room?\n\n(a) 40 (b) 21 (c) 43 (d) 18",
null,
"",
null,
"## Sample CLAT Maths Questions\n\nHere are a few sample questions from the quantitative aptitude section. During preparation, solving the CLAT Mock Test shall help you analyze your preparation levels and know different questions.\n\nQ. The pie charts given here show some automobile parts manufactured by an automobile company at its Pune and Nagpur plants in the year 2009. Study the pie charts and answer questions. The number of total auto parts produced at both plants is the same.",
null,
"If the Nagpur plant produced 800000 tyres, then the number of horns produced by it was:\n\nA. 12000; B. 18500; C. 75000; D. 60000\n\nQ. How many per cent more tubes were produced at the Pune plant than those Nagpur plants?\n\nA. 14%; B. 12%; C. 8%; D. 3%\n\nQ. The ratio of the number of horns produced at the Nagpur plant to that produced at the Pune plant is:\n\nA. 3:7; B. 10:3; C. 7:3; D. 7:10\n\nQ. The following table gives cost data of select stock prices on 3rd Dec 2019 in two markets, BSE of India and NQE of Kya Kya island. Closing stock refers to the price at the close of trading hours, and opening stock to the price at the beginning of the day. The currency of Kya Kya is #, and the exchange rate is # = Rs.11.",
null,
"Which share and on which market showed the highest per cent increase on 3rd Dec 2019?\n\nA. SIFY and BSE; B. INFY and NQE; C. Wipro and NQE; D. TCS and NQE\n\nQ. Arbitrage means buying in one market and selling simultaneously in another market. If Mr Ram was to buy a stock at the opening price on one exchange and be able to sell it at the opening price on the other exchange, on which share does he make the maximum % profit?\n\nA. SIFY; B. INFY; C. Wipro; D. TCS\n\nQ. In an M&A deal, SIFY is Purchased by its parent company SATYAM which purchases 15% of SIFY’s equity shares. Total SIFY’s equity shares are 1 million. How much does SATYAM pay in Rs. (approx) for the stake if 50% of its purchases were on BSE’s opening price and the balance on BSE’s closing price on 3rd Dec 2019?\n\nA. 36 million; B. 3.5 million; C. 363 million; D. 217 million\n\nQ. A bartender was different formulations for a cocktail party. He was considering a choice of 5 alternative cocktails. (A, B, C, D and E) which can be used in different proportions in the formulations. The table below gives the compositions of these cocktails. The table below gives the composition of these cocktails. The cost per unit of each of these is A – 150, B – 50, C – 200, D – 500, and E – 100.",
null,
"If he wants to mix at least two of these cocktails to produce a drink containing 10% vodka and at least 30% brandy, how many ways can it be done?\n\nA. One; B. Two; C. Three; D. Four\n\nQ. Which of the following combinations gives a drink with the lowest cost per unit while having 10% rum and at least 30% brandy if it is to be formed by mixing two cocktails?\n\nA. B and C; B. B and E; C. B and D; D. C and E\n\nQ. What proportion should B, C and E be mixed to make a drink with at least 60% whisky at the lowest per-unit cost?\n\nA. 2:1:3; B. 4:1:2; C. 2:1:4; D. 4:1:1\n\nQ. If a drink containing at least 30% of each whisky and brandy and at least 5% of vodka and not more than 25% rum is to be made, then which one of the following combinations of equally mixed ingredients is feasible?\n\nA. A and B; B. D and E; C. B and E; D. A and E\n\nQ. All students of the Hyderabad International School have to learn exactly one of English and French as their first language. Given below is the proportion of Indian and International students and the proportion of students taking English or French at the school. The school has a total of 1600 students, 80% of whom are in the second section and the rest equally divided between Class 11 and 12.\n\n - Indian Students English Class 12 0.60 - Class 11 0.55 0.50 Secondary School - 0.55 Total 0.475 0.53\n\nWhat is the percentage of Indian students in the secondary section?\n\nA. 40; B. 45; C. 50; D. 55\n\nQ. In class 12, twenty-five per cent of students who took English as their first language are Indian. What is the difference between the number of foreign students with English as their first language and Indian students with French as their first language?\n\nA. Less than 16; B. 20; C. 24; D. 32\n\nQ. What is the percentage of students in class 12 with English as their first language?\n\nA. 40; B. 45; C. 50; D. 55\n\nQ. In the secondary section, 50% of the Indian students had English as their first language. Which of the following statements is correct?\n\nA. Except for Indian students with English as their first language, all other groups have the same number of students.; B. Except for Indian students with French as their first language, all other groups have the same number of students.; C. Except for foreign students with English as their first language, all other groups have the same number of students.; D. Except for foreign students with French as their first language, all other groups have the same number of students.\n\nQ.",
null,
"Which variety of articles has the lowest average cost price?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Which variety of articles has the highest average selling price?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Article of which variety earned the highest profit?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. Which variety has the lowest average profit?\n\nA. Diwans; B. Table Lamps; C. Carpets; D. Jars\n\nQ. For how many articles, the profit is more than 50% of the cost price?\n\nA. 1; B. 2; C. 3; D. 4\n\nQ. Study the following graph (Figure 4.8) carefully and answer the given questions. Gross Revenues and the Profit/Loss for HBL Limited (All figures in Rs crore)",
null,
"The highest percentage of growth in total revenue was recorded in the:\n\nA. 2000-01; B. 2001-02; C. 2002-03; D. 2004-05\n\nQ. In which year was the net profit as a percentage of gross revenue at its second-highest level?\n\nA. 2004-05; B. 2005-06; C. 2006-07; D. None of these\n\nQ. For which of the following years were the trend gross revenue and net profit/loss dissimilar?\n\nA. 2001-02; B. 2002-03; C. 2003-04; D. 2004-05\n\nQ. The following pie chart shows the number of subscriptions generated for India Bonds from different categories of investors. Subscriptions Generated for India Bonds",
null,
"If the investments by NRIs are Rs 4,000 crore, then the investment by corporate houses and FIIs together is:\n\nA. 24,000 crore; B. 24,363 crore; C. 25,423.4 crore; D. 25,643.3 crore\n\nQ. What percentage of the total investment is coming from either FIIs or NRIs?\n\nA. 33%; B. 11%; C. 44%; D. 22%\n\nQ. If the total investment other than by FII and corporate houses is Rs 335,000 crore, then the investment by NRIs and Offshore funds will be (approximately):\n\nA. 274,100; B. 285,600; C. 293,000; D. Cannot be determined\n\nQ. What is the approximate ratio of investment flows into India Bonds from NRIs to corporate houses?\n\nA. 1:4; B. 1:3; C. 3:1; D. cannot be determined\n\nQ. In the corporate sector, approximately how many degrees should be there in the central angle?\n\nA. 120; B. 121; C. 122; D. 123\n\nQ. If the total investment flows from FIIs were to be doubled in the next year, and the investment flows from all other sources had remained constant at their existing levels for this year, then what would be the proportion of FII investment in the total investment flows into India Bonds in the next year (approximately)?\n\nA. 40%; B. 50%; C. 60%; D. 70%\n\n### Previous Year CLAT Maths Questions\n\nA room having the dimensions mentioned in the chart below has a table, a bed, and a chair. There are three books kept on the table (side by side) and also a lamp having a radius of 3.5 inches. Now, on the basis of the information given below, answer the following?\n\n Sr. No Object Length Breadth Height 1 Room 18 feet 12 feet 12 feet 2 Bed 3.5 feet 6 feet 3 feet 3 Table 3 feet 4 feet 4 feet 4 Chair 2 feet 2.5 feet 4 feet 5 Books 12 inch 6 inch 3 inch\n1. What would be the area of the room which is not covered by any object as mentioned above? (a) 176.5 sq. ft. (b) 178 sq. ft. (c) 367 sq. ft. (d) 245.5 sq. ft.\n2. What is the area of the table which is uncovered by any of the objects? (a) 1656 sq. inch (b) 1617.52 sq. inch (c) 1473.52 sq. inch (d) 1512 sq. inch\n3. How many tables are required to cover the floor surface of the room completely? (a) 18 (b) 11 (c) 21 (d) Data inadequate.\n4. If the entire room is to be filled with books having the same dimensions as lying on the table, then how many books are required? (a) 2,00,736 (b) 20,736 (c) 11,736 (d) 17,522\n5. How many chairs can be put inside the room so as to cover the entire floor area of the room? (a) 40 (b) 21 (c) 43 (d) 18\n\nIn the figure given below, a goat is tied to a pole (at point O) which is the centre of the semi-circular plot. The area of the plot is equal to its perimeter. BO is the length of the rope through which the goat is tied to the pole. Answer to the closest decimal.",
null,
"1. The length of the rope is a. 2 + π b. 2 + π/2 c. 2 + 2/ π d. 2\n2. The area of the plot is a. 18.13 b. 21.83 c. 28.13 d. 11.83\n3. If a triangle is created by joining points A, B, and C. What will be the length of AB? a. 3.73 b. 7.33 c. 1.86 d. Can‘t be calculated with the given data\n4. What will be the area of the triangle ABC? a. 6.96 b. 9.66 c. 3.66 d. Can‘t be calculated with the given data\n5. What will be the perimeter of the triangle ABC? a. 40.4 b. 30.3 c. 20.2 d. 10.1\n\nFollowing the expert tips will help you to prepare better for the CLAT Maths 2024. Begin your preparation by studying from the right books, which cover all the concepts and topics according to the latest exam pattern. Make sure you know the detailed paper pattern and the latest CLAT exam syllabus before starting your preparation.\n\nTo prepare for the CLAT Exam, you must choose the books that are best to study. Some of the best books for preparing for the CLAT Maths Section are: Quantitative Aptitude by Pearson, First Track Objective Arithmetic by Arihant, 30 days wonder for Maths S. Chand, Legal Aptitude (CLAT) by Samiksha Gupta and R.K Gupta.\n\nSome of the general preparation tips to crack the Maths section are: Try to understand the concepts of the topics. Do not go cramming. Do not try to get into some new topics at the end day of preparation. Revise the old topics. Go through the formulae, and try practising them. During preparation, check shortcuts too.\n\nYou can easily improve your speed and accuracy in the CLAT Exam by solving as many sample papers as possible. Practising mock tests would improve your time management skills and problem-solving techniques. So, it is advisable to solve mock tests daily."
] | [
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http://ibmathstuff.wikidot.com/areaofsector | [
"Area of Sectors\n\nArea of sectors problems are the most geometry an SL student will see. The concepts are not too hard, but sometimes the visualization of geometric addition and subtraction can be challenging. Radians are also used (almost) exculisively with these types of problems. If you need a quick review go here.\n\n### Calculating the Area of a Sector\n\nThe basic idea behind the area of a sector is that it is a portion of a circle. Knowing the area of a circle we simply have to find the portion of the circle that our sector represents.",
null,
"Since a full circle is $360^\\circ$ or $2 \\pi$ then the portion or fraction of a circle that a sector represents is:\n\n(1)\n\\begin{align} \\frac{\\theta}{360^\\circ} \\end{align}\n\n(2)\n\\begin{align} \\frac{\\theta}{2 \\pi} \\end{align}\n\nThe area of a circle is $A = \\pi r^2$ so the area of a sector is:\n\n(3)\n\\begin{align} Area = \\pi r^2 \\frac{\\theta}{360^\\circ} \\end{align}\n\nIn radians this formula simplifies and results in the equation in your data booklet.\n\n(4)\n\\begin{align} Area = \\pi r^2 \\frac{\\theta}{2 \\pi} = \\frac {1}{2} \\theta r^2 \\end{align}\n\nThis equation is pretty plug-and-chug.\n\n### Short Example(s)",
null,
"We have to do a bit of geometric subtraction:\n\n(5)\n\\begin{equation} Area_{shaded}= Area_{sector} - Area_{triangle} \\end{equation}\n\nUsing our IB data booklet:\n\n(6)\n\\begin{align} Area_{shaded}= \\frac{1}{2} \\theta r^2 - \\frac{1}{2} a b sin(\\theta) \\end{align}\n\nPlug in the values and turn the crank:\n\n(7)\n\\begin{align} Area_{shaded}= \\frac{1}{2} \\frac{\\pi}{4} 3^2 - \\frac{1}{2} 3^2 sin \\frac{\\pi}{4} \\end{align}\n\nMaking sure your GDC is in the correct mode this gives an answer rounded to 3 significant figures of $Area_{shaded}=11.0$"
] | [
null,
"https://docs.google.com/drawings/d/19I-br37hoe6efylMD4oPnnyylLtvCsXRjqSEMchL9OE/pub",
null,
"https://docs.google.com/drawings/d/15V5hex2iN88aMmPBsY_gtRg9bSHI3_qLjG1KqssVYH0/pub",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8763418,"math_prob":0.99921733,"size":1167,"snap":"2019-43-2019-47","text_gpt3_token_len":284,"char_repetition_ratio":0.13327602,"word_repetition_ratio":0.009803922,"special_character_ratio":0.23821765,"punctuation_ratio":0.07112971,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9999769,"pos_list":[0,1,2,3,4],"im_url_duplicate_count":[null,3,null,3,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-11-18T21:22:45Z\",\"WARC-Record-ID\":\"<urn:uuid:b7f156a8-9aa4-4443-85b7-2e5521d35a19>\",\"Content-Length\":\"36391\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:a7f33d26-2183-4eb8-b100-e03c44ec5d2a>\",\"WARC-Concurrent-To\":\"<urn:uuid:b73ce31b-ee59-4d1d-b9c2-de92174aa8cc>\",\"WARC-IP-Address\":\"107.20.139.176\",\"WARC-Target-URI\":\"http://ibmathstuff.wikidot.com/areaofsector\",\"WARC-Payload-Digest\":\"sha1:7RBHI5MY6CR5A2FH35UAEVPTCSVUSDJN\",\"WARC-Block-Digest\":\"sha1:7GRRN422MZJWP2WCLGKX54DZGDLMPGCH\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-47/CC-MAIN-2019-47_segments_1573496669847.1_warc_CC-MAIN-20191118205402-20191118233402-00393.warc.gz\"}"} |
https://www.groundai.com/project/multifractal-diffusion-entropy-analysis-optimal-bin-width-of-probability-histograms/ | [
"Multifractal Diffusion Entropy Analysis: Optimal Bin Width of Probability Histograms\n\n# Multifractal Diffusion Entropy Analysis: Optimal Bin Width of Probability Histograms\n\nPetr Jizba Jan Korbel Faculty of Nuclear Sciences and Physical Engineering, Czech Technical University in Prague, Břehová 7, 11519, Prague, Czech Republic Institute of Theoretical Physics, Freie Universität in Berlin, Arnimallee 14, 14195 Berlin, Germany Max Planck Institute for the History of Science, Boltzmannstrasse 22, 14195 Berlin, Germany\n###### Abstract\n\nIn the framework of Multifractal Diffusion Entropy Analysis we propose a method for choosing an optimal bin-width in histograms generated from underlying probability distributions of interest. The method presented uses techniques of Rényi’s entropy and the mean squared error analysis to discuss the conditions under which the error in the multifractal spectrum estimation is minimal. We illustrate the utility of our approach by focusing on a scaling behavior of financial time series. In particular, we analyze the S&P500 stock index as sampled at a daily rate in the time period 1950-2013. In order to demonstrate a strength of the method proposed we compare the multifractal -spectrum for various bin-widths and show the robustness of the method, especially for large values of . For such values, other methods in use, e.g., those based on moment estimation, tend to fail for heavy-tailed data or data with long correlations. Connection between the -spectrum and Rényi’s parameter is also discussed and elucidated on a simple example of multiscale time series.\n\n###### keywords:\nMultifractals, Rényi entropy, Stable distributions, Time series\n###### Pacs:\n89.65.Gh, 05.45.Tp\nvolume:\n\n## 1 Introduction\n\nThe evolution of many complex systems in natural, economical, medical and biological sciences is usually presented in the form of time data-sequences. A global massification of computers together with their improved ability to collect and process large data-sets have brought about the need for novel analyzing methods. A considerable amount of literature has been recently devoted to developing and using new data-analyzing paradigms. These studies include such concepts as fractals and multifractals Kim:04 (), fractional dynamics Machado (); West (), complexity Park (); Lee:physics0607282 (), entropy densities Lee:physics0607282 () or transfer entropies Schreiber (); Marschinski (); transferent (). Particularly in the connection with financial time series there has been rapid development of techniques for measuring and managing the fractal and multifractal scaling behavior from empirical high-frequency data sequences. A non-trivial scaling behavior in a time data-set represents a typical signature of a multi-time scale cooperative behavior in much the same way as a non-trivial scaling behavior in second-order phase transitions reflects the underlying long-range (or multi-scale) cooperative interactions. The usefulness of the scaling approach is manifest, for instance, in quantifying critical or close-to-critical scaling which typically signalizes onset of financial crises, including stock market crashes, currency crises or sovereign defaults kleinert:a (). A multifractal scaling, in particular, is instrumental in identifying the relevant scales that are involved in both temporal and inter-asset correlations transferent (). In passing, one can mention that aside from financial data sequences, similar (multi)fractal scaling patterns are also observed (and analyzed) in time data-sets of heart rate dynamics Peng2 (); Voit (), DNA sequences Peng (); mantegna (), long-time weather records Talker:00 () or in electrical power loads Bozic:13 ().\n\nIn order to identify fractal and multifractal scaling in time series generated by a complex system (of both deterministic and stochastic nature), several tools have been developed over the course of time. To the most popular ones belong the Detrended Fluctuation Analysis Peng (); mfdfa (), Wavelets multiwavelets (), or Generalized Hurst Exponents generhurst (). The purpose of the present paper is to discuss and advance yet another pertinent method, namely the Multifractal Diffusion Entropy Analysis (MF-DEA). In doing so we will stress the key rôle that Rényi’s entropy (RE) plays in this context. To this end, we will employ two approaches for the estimation of the scaling exponents that can be directly phrased in terms of RE, namely, the monofractal approach of Scafetta et al. dea () and the multifractal approach of Huang et al. mdea (), with further comments of Morozov commentmfdea (). The most important upshot that will emerge from this study is the proposal for the optimal bin-width in empirical histograms. The latter ensures that the error in the RE (and hence also scaling exponents) evaluation, when the underlying probability density function (PDF) is replaced by its empirical histograms, is minimal in the sense of Rényi’s information divergence and the associated -distance. We further show that the ensuing optimal bin-width permits the characterization of the hierarchy of multifractal scaling exponents and in a fully quantitative fashion.\n\nThis paper is structured as follows: In Section 2 we briefly review foundations of the multifractal analysis that will be needed in following sections. In particular, we introduce such concepts as Lipschitz–Hölder’s singularity exponent, multifractal spectral function and their Legendre conjugates. In Section 3 we state some fundamentals of the Fluctuation collection algorithm and propose a simple instructive example of a heterogeneous multiscale time series. Within this framework we discuss the MF-DEA and highlight the rôle of Rényi’s entropy as a multiscale quantifier. After this preparatory material we turn in Section 4 to the question of the optimal bin-width choice that should be employed in empirical histograms. In particular, we analyze the bin-with that is needed to minimize error in the multifractal spectrum evaluation. In Section 5, we demonstrate the usefulness and formal consistency of the proposed error estimate by analyzing time series from S&P500 market index sampled at a daily (end of trading day) rate basis in the period from January 1950 to March 2013 (roughly 16000 data points). We apply the symbolic computations with the open source software to illustrate the strength of the proposed optimal bin-width choice. In particular, we graphically compare the multifractal -spectrum for various bin-widths. Our numerical results imply that the proposed bin-widths are indeed optimal in comparison with other alternatives used. Implications for the -spectrum as a function of Rényi’s parameter are also discussed and graphically represented. Conclusions and further discussions are relegated to the concluding section. For the reader’s convenience, we present in A the source code in the language that can be directly employed for efficient estimation of the -spectrum (and ensuing generalized dimension ) of long-term data sequences.\n\n## 2 Multifractal analysis\n\nLet us have a discrete time series , where are obtained from measurements at times with an equidistant time lag . We divide the whole domain of definition of ’s into distinct regions and define the probability of each region as\n\n pi ≡ limN→∞NiN = limN→∞card{j∈{1,…,N}| xj∈Ki}N, (1)\n\nwhere “card” denotes the cardinality, i.e., the number of elements contained in a set. For every region, we consider that the probability scales as , where are scaling exponents also known as the Lipschitz–Hölder (or singularity) exponents. The key assumption in the multifractal analysis is that in the small- limit we can assume that the probability distribution depends smoothly on and thus the probability that some arbitrary region has the scaling exponent in the interval can be considered in the form\n\n (2)\n\nThe corresponding scaling exponent is known as the multifractal spectrum and by its very definition it represents the (box-counting) fractal dimension of the subset that carries PDF’s with the scaling exponent .\n\nA convenient way how to keep track with various ’s is to examine the scaling of the correspondent moments. To this end one can define a “partition function”\n\n Z(q,s) = ∑ipqi ∝ sτ(q). (3)\n\nHere we have introduced the scaling function which is (modulo a multiplicator) an analogue of thermodynamical free energy Renyi (); stanley (). In its essence is the partition function (3) nothing but the -th order moment of the probability distribution111 is a random variable with probabilities and values equal to ., i.e., . It is sometimes convenient to introduce the generalized mean of the random variable as\n\n E[X]f=f−1(∑if(xi)pi). (4)\n\nThe function is also known as the Kolmogorov–Nagumo function Renyi (). For the choice one obtains the so-called -mean which is typically denoted as . It is then customary to introduce the scaling exponent of the -mean as\n\n E[P(s)]q = q−1√E[Pq−1(s)] ∝ sD(q). (5)\n\nSuch is called a generalized dimension and from (3) it is connected with via the relation: . In some specific situations, the generalized dimension can be identified with other well known fractal dimensions, e.g., for we have the usual box-counting fractal dimension, for we have the informational dimension and for it corresponds to the correlation dimension. The generalized dimension itself is obtainable from the relation\n\n D(q) = lims→01q−1lnZ(q,s)lns, (6)\n\nwhich motivates the introduction of Rényi’s entropy222Here and throughout we use the natural logarithm, thought from the information point of view it is more natural to phrase RE via the logarithm to the base two. RE thus defined is then measured in natural units — nats, rather than bits.\n\n Hq(s) = 11−qlnZ(q,s). (7)\n\nThe generalized dimension defined via (6) is also known as a Rényi dimension of order . Eq. (7), in turn, implies that for small one has where is the term independent of (cf. Ref. Renyi ()). The multifractal spectrum and scaling function are not independent. The relation between them can be found from the expression for the partition function which can be, with the help of (1) and (2), equivalently written as\n\n Z(q,s) = ∫dα c(α)s−f(α)sq α. (8)\n\nBy taking the the steepest descent approximation one finds that\n\n τ(q) = qα(q)−f(α(q)). (9)\n\nHere is such a value of the singularity exponent, that maximizes for given . Together with the assumption of differentiability, one finds that , and hence Eq. (9) is nothing but the Legendre transform between two conjugate pairs and . The Legendre transform of the function contains the same information as , and is the characteristic customarily studied when dealing with multifractals multiwavelets (); mdea (); Renyi (); stanley ().\n\nIn passing we can observe that the passage from multifractals to monofractals is done by assuming that the -interval gets infinitesimally narrow an the underlying PDF is smooth. In such a case both and collapse to and (cf. Ref. Renyi ()).\n\n## 3 Diffusion entropy analysis\n\n### 3.1 Fluctuation collection algorithm\n\nIn order to be able to utilize RE for extracting scaling exponents, we need to correctly estimate probability distribution from given empirical data sequence. The method that is particularly useful for our purpose is the so-called Fluctuation collection algorithm (FCA) dea (). To understand what is involved, let us assume that is a stationary time series. This can be converted to a random walk (i.e., a diffusion trajectory) by considering the time series as being a set of one-dimensional diffusion-generating fluctuations. With this a diffusing “particle’s” position at time will be . Here with and being the elementary time lag. The reason behind usage of random walk-like process instead of the original (noise-like) data time series is the Central Limit Theorem (CLT) and its Lévy–Gnedenko heavy-tailed generalization mantegna (); Kolmogorov (). In fact, the ensuing distributions in the CLT basin of attraction allow to identify (and quantify) the truly universal scaling behavior imprinted in the auxiliary diffusion process. This is because the non-trivial scaling can be phrased in terms of parameters of the involved Lévy stable non-Gaussian distributions.\n\nAs a rule, the inter-time scale correlations typically cause the breakdown of the CLT globally but in many cases the validity of the CLT is retained at least locally. In such a case the Lévy scaling parameters depend on the local time scale, which in turn leads to a typical multifractal picture seen in time series born out of complex dynamical systems. An example of this kind of behavior will be presented in the next subsection.\n\nIn order to establish the possible existence of a scaling we need to know the probability for the auxiliary diffusion trajectory to be found at the position at time ( an integer satisfying the condition ). The FCA addresses precisely this issue by turning a single time sequence, or better the derived diffusion trajectory into a Gibbs ensemble of diffusion trajectories. To this end one defines sub-sequences where\n\n x(κ)j = xj+κ,κ = 0,…,M−n,j=1,…,n, x(κ)0 ≡ 0,κ = 0,…,M−n. (10)\n\nIn particular, each aforementioned sub-sequence has the time duration . One might envisage that the sub-sequences with different are formed by shifting a window of a fixed length by a constant amount within the original time sequence. There will be clearly only such shifts possible. For this reason is such a selection of sub-sequences also known as the mobile window method Grigolini ().\n\nFrom any sub-sequence one may form an auxiliary diffusion trajectory (basically a sample path) as\n\n ξ(κ)(s) = n∑j=0x(κ)j = n∑j=0xj+κ. (11)\n\nThis mapping of a time series to a diffusion process generates an overlapping diffusion process. The ensemble of such diffusion trajectories allows now to find the required probability; all obtained values of for different ’s are divided into regions of length and the probability is estimated from the (normalized) equidistant histogram, i.e.\n\n ^pi(s) ≡ card{t | ξs(t)∈Ki}N−n+1. (12)\n\nThe aforementioned FCA is illustrated in Fig. 1 with the time series of the S&P500 index.",
null,
"Figure 1: Illustration of fluctuation collection algorithm. From above: a) Time series of financial index S&P500 from January 1950 to March 2013, containing approx. 16000 entries. b) A subset of S&P500 for the year 2008 alone. c) Fluctuation collection algorithm for the first two months of 2008 and s=8 (s is 1 day). The series is partially integrated, i.e., fluctuation sums σ8(t) (defined in Eq. (11)) are collected into the histogram on the right-hand-side. d) Fluctuation collection algorithm for the whole year 2008 for s=64 (s is 1 day). This histogram was estimated independently of the first histogram (for every histogram was separately applied the Scott optimal bin-width rule, broadly discussed in following sections), and therefore estimated bin-widths for both histogram differ. This is a problem for RE estimation, so it is necessary to find some common bin-width for all scales.\n\nIn case of multidimensional data series, i.e., when , we estimate -dimensional histogram with hyper-cubical bins of the elementary volume . Unfortunately as it stands, the FCA does not prescribe the size of which is, however, crucial for the correct RE evaluation. In the following subsection we will see that often and hence the optimal bin width will be generally -dependent. In Section 4 we will discuss the actual optimal value of such .\n\nIt is clear that the FCA is not sensibly applicable in cases of non-ergodic and non-Markovian systems, phrased, e.g., via accelerating, path-dependent or aging random walks. This is because the key assumption behind the whole fluctuation collection construction is a reliable use of the Gibbs ensemble method which, in turn is justified only when the time series in question represents a time evolution of an underlying system, whose complex statistical rules do not change in time. It will be this limited framework of the FCA that will be, for simplicity’s sake, utilized in sections to follow. Despite its limited applicability, one is still able to draw from this scheme valuable conclusions about a scaling behavior of complex multi-scale data sets. Interested reader may find some generalizations of the FCA to non-stationary time series, e.g., in Refs. Grigolini (); GrigoliniII ().\n\n### 3.2 Monofractal and Multifractal diffusion entropy analysis\n\nStatistical fractals and multifractals cannot be described comprehensively by descriptive statistical measures, such as mean or variance, because these do depend on the scale of observation in a power law fashion. In the literature one can find a number of approaches allowing to extract above multifractal scaling exponents from empirical data sequences. To these belong, for instance, Detrended Fluctuation Analysis constructed on random walks Peng (); mfdfa (), signal theory based Wavelet Analysis multiwavelets (), Generalized Hurst Exponents generhurst (), etc. In the following we will employ yet two another approaches for the estimation of scaling exponents that are directly based on the use of RE, namely, the Monofractal Diffusion Entropy Analysis of Scafetta et al. dea () and the MF-DEA of Huang et al. mdea () and Morozov commentmfdea (). The reason for choosing these approaches is that unlike other methods in use, the diffusion entropy analysis can determine the correct scaling exponents even when the statistical properties are anomalous or strange dynamics (e.g., long-range patterns in evolution) are involved.\n\nMany techniques in modern finance rely substantially on the assumption that the random variables under investigation follow a Gaussian distribution. However, time series observed in finance — but also in other applications — often deviate from the Gaussian model, in that their marginal distributions are heavy-tailed and often even asymmetric. In such situations, the appropriateness of the commonly adopted normal assumption is highly questionable. It is often argued that financial asset returns are the cumulative outcome of a large number of pieces of information and individual decisions arriving almost continuously in time. Hence, in the presence of heavy-tails it is natural to assume that they are approximately governed by some (Lévy) stable non-Gaussian distribution. Other leptokurtic distributions, including Student’s , Weibull, and hyperbolic, lack the attractive CLT property. RE can deal very efficiently with heavy-tailed distributions that occur in real-world complex dynamics epitomized, e.g., in biological or financial time series transferent (). Moreover, as we have already seen, RE is instrumental in uncovering a self-similarity present in the underlying distribution beck (). To better appreciate the rôle of RE in a complex data analysis and to develop our study further, it is helpful to examine some simple model situation. To this end, let us begin to assume that the PDF has the self-similarity encoded via a simple scaling relation Grigolini ()\n\n p(x,t) = 1tδF(xtδ), (13)\n\nwith being a dimensionless integer (say ) measuring elapsed time by counting timer ticks that are units apart. Alternatively we could use in (13) instead of the (dimensionless) the fraction with both and dimension full. In the latter case and would be measured in seconds.\n\nSuch a scaling is known to hold, for instance, in Gaussian distribution, exponential distribution or more generally for Lévy stable distributions. For stable distributions, the relation (13) basically means that the probability , when understood as a sum of random variables is, up to a certain scale factor, identical to that of individual variables, i.e., . This is a typical signature of fractal behavior — the whole looks like its parts. One way how to operationally extract the scaling coefficient is to employ the differential (or continuous) Shannon entropy\n\n H1(t) = −∫\\mathdsRdxp(x,t)ln[p(x,t)], (14)\n\nbecause in such a case\n\n H1(t) = A+δlnt, (15)\n\nwith being a -independent constant. So can be decoded from log-lin plot in the () plane. Note that for the Brownian motion this gives which implies the well-known Brownian scaling, and for (Lévy) stable distribution is the -exponent related with the Lévy parameter via relation .\n\nAlthough the above single-scale models capture much of the essential dynamics involved, e.g., in financial markets, they neglect the phenomenon of temporal correlation that in turn leads to both long- and short-range heterogeneities encountered in empirical time sequences. Such correlated time series typically do not obey the central limit theorem and are described either with anomalous single-scaling exponent or via multiple-scaling. As a rule, in realistic time series the scaling exponents differ at different time scales, i.e., for each time window of size333Here is again a dimensionless (time) tick count variable, i.e., integer. (within some fixed time horizon ) exponents have generally different values for different . In order to avoid technical difficulties, let us consider that such that which means, that is divisible by . One can further assume that for each fixed time scale the underlying processes are statistically independent and so the total PDF with the time horizon can be written as a convolution of respective PDF’s, i.e.\n\n p(x,s,t) = ∫dmz δ(x−m∑i=1zi)m∏j=1 1sδ(s) F(zisδ(s)), (16)\n\nwhere Note in particular that (16) can be equivalently rewritten as\n\n p(x,s,t) = 1sδ(s)∫dmz δ(xsδ(s)−m∑i=1zi)m∏j=1 F(zi) ≡ 1sδ(s)G(xsδ(s)), (17)\n\nwhere\n\n G(x) = (F∗F∗⋯∗Fm times)(x). (18)\n\nIn order to obtain a non-trivial scale-dependent scaling we will assume that the PDF is the Lévy stable distribution. For simplicity’s sake we will consider only the symmetric -stable Lévy distribution, i.e., distribution of the form\n\n Ls, μ(x) = 12π∫\\mathdsRdk exp(−s|k|μ(s)) e−ikx = 1π∫∞0dk cos(kx) exp(−skμ(s)) = 1s1/μ(s)L1, μ(xs1/μ(s)), (19)\n\nwhere and are the Lévy scale parameter and Lévy stability index, respectively. This allows to identify with and with .\n\nAnalogously as in the single-scale case, we can pin-point a concrete scale-dependent scaling by looking at the dependence of the differential entropy on the time scale . As mentioned in Section 2, the monofractals correspond to situations with , which is also the basic reason why the RE of order (i.e., Shannon’s entropy) plays such an important rôle in the monofractal DEA. On the other hand, in the multifractal case (such as the case of scale dependent distribution (16)) we should use instead of the Shannon differential entropy the whole class of differential RE, defined as\n\n Hq(s,t) = 11−qln∫\\mathdsRdxpq(x,s,t). (20)\n\nto obtain the local scaling . Indeed, by plugging (16) with (19) to (20) we receive\n\n Hq(s,t) = 1μ(s)lns + 11−qln∫\\mathdsRdx Gq(x) = 1μ(s)lns + 11−qln∫\\mathdsRdx Lqm, μ(x) (21) = 1μ(s)lnt + 11−qln∫\\mathdsRdx Lq1, μ(x).\n\nAs a consequence of the asymptotic behavior of for (which at large behaves as ), the formula (21) has a good mathematical sense only for . The limit case corresponds to the Gaussian distribution which is well behaved for any . We may note further that the scale is not explicitly present in (21), instead it is implicitly reflected only via the stability index . This is understandable given that the scale cannot be directly observed, while is, in principle, an observable quantity JA2 (); Bashkirov:06 (). When the time lag is small one might expect that can be analytically extended from to . It is then easy to check that\n\n 0 = ∂Hq(s,t)∂s = −μ′(s)⎡⎢⎣lntμ(s)2 −q1−q ∫\\mathdsRdx (∂L1, μ(x)/∂μ)Lq−11, μ(x)∫\\mathdsRdx Lq1, μ(x)⎤⎥⎦, (22)\n\nand, in particular\n\n 0 = ∂Hq(s,t)∂s∣∣∣q→1 = −μ′(s)[lntμ(s)2 + ∫\\mathdsRdx (∂L1, μ(x)/∂μ)(lnL1, μ(x)+1)] (23) = −μ′(s)[lntμ(s)2 + ∂∂μ∫\\mathdsRdx L1, μ(x) lnL1, μ(x)].",
null,
"Figure 2: Solutions of Eq. (22) as function q=q(μ) with constant time t – Fig. a), resp. Fig. b) (for small values of μ) – or as function q=q(μ) with constant t – Fig. c), resp. Fig. d) (for small values of t). These solutions show, which q’s have the ability to detect non-trivial multifractal scaling in the multi-scale model defined in Sect. 3.2. Obtained curves in a log-lin plots represent the best polynomial fits adapted to given points. The curves obtained imply that q grows quickly — faster than an exponential function of μ, respective t. On the other hand, the exponential dependence is well satisfies at small values of t.\n\nBecause is a monotonically increasing function of (see, e.g., Ref. Johnson:04 () — the more leptocurtic the higher Shannon’s entropy/ignorance), the derivative term in (23) is positive. Since also (note that is an integer fulfilling ), the condition (23) implies that or equivalently that is a constant. This confirms the former observation that with Shannon’s differential entropy one can well quantify only monofractal time series. On the other hand, when we can address also the case with a non-constant scaling exponent. This is possible because the expression within can be zero for . In fact, it is not difficult to check numerically that is for monotonically increasing function of while for it is not. This in turn allows (at least for some time horizons ) for a non-trivial dependence of on . This is depicted on Fig. 2. Of course, the fact that does not, per se, preclude a possibility that is still a constant (as seen from (23)). If this would be the case, the time series would be a monofractal, which — being a -independent statement — could be verified by looking at few ’s with . If monofractality would be indeed confirmed then further analyzed could done solely via Shannon’s entropy. Whether monofractal or multifractal, from the log-lin plot in the () plane one can extract the desired scaling (cf. Ref. Renyi ()). By realizing that the considered (dimensionless) time variable is measured in units , we can the logarithmic term in (21) write as\n\n −1μ(s)lns + 1μ(s)lnt, (24)\n\nwhere both and are now measured in (dimensionless) seconds. By comparing this with (7) we see that for sufficiently small time lags (much smaller than a typical auto-correlation time) the generalized dimension . Our toy model system is thus clearly indicative of the RE’s important rôle in multifractal spectrum analysis inasmuch as a particular choice of can “highlight” specific time scales .\n\nFor general heterogeneous empirical time sequences, the question remains, if we are able to evaluate the RE for distributions and parameters of interest. For instance, for negative ’s the situation is notoriously problematic, because for PDF’s with unbounded support the integral of does not converge. Of course, we can assume a truncated (or regulated) model, where we would specify minimal and maximal value of the support. This helps formally with the integral convergence, nevertheless, regarding the time dependence of the PDF, it will be very problematic to define such time-dependent bounds properly, and what more, this most certainly will affect the scaling behavior. In fact, from the information theoretical ground, one should refrain from using Rényi’s entropy with negative ’s. This is because reliability of a signal decoding (or information extraction) is corrupted for negative ’s (see, e.g., Ref. Renyi ()). In the following we will confine our attention mostly on positive valued ’s.\n\nIt should be finally stressed that in contrast to the discrete case (7), the differential RE is not(!) generally positive. In particular, a distribution which is more confined than a unit volume has less Rényi’s entropy than the corresponding entropy of a uniform distribution over a unit volume, and hence it yields a negative (see, e.g., Ref. Renyi ()).\n\n## 4 Probability histogram estimation and its error\n\nAs we have seen in the previous section, when trying to estimate the scaling exponent , one needs to specify the underlying probability distribution in the form of a histogram for each fixed . Multifractality is, however, a continuous property. Any tool designed to validate the multifractal property of a time series faces difficulties implied by finite size and discretization and any technique that is supposed to verify the multifractality involves some interpolation scheme which can make it prone to some bias. Particularly, the formation of the histogram from the (unknown) underlying should be done with care because in the RE-based analysis one needs not only all ’s, but also their powers, i.e., ’s for different values of . In this section we evaluate the error when is replaced by its histogram and outline what choice of the bin-size is optimal in order to minimize the error in the RE estimation. We begin with basic definition of histogram and its properties, then analyze the situation for different values of and finally derive explicit formulas for optimal bin-widths for different values of .\n\n### 4.1 Basic properties of histograms\n\nLet assume that from the underlying PDF we generate (e.g., via sampling) a histogram with some inherent bin-width , i.e.\n\n p(x) ↦ ^p(x) = nB∑i=1^pih χi(x)=1Nh∞∑i=−∞νiχi(x), (25)\n\nwhere is a characteristic function of the interval , is the number of bins, are the actual sampling values at time and are sampled counts, so that . In the latter equality, we formally extended the sum over all , which enlarges the domain of the histogram to the whole real axis, i.e. below and above . Indeed for is . We note further that there is a simple relationship between bin-width and number of bins , namely\n\n nB = ⌈xmax−xminh⌉, (26)\n\nwhere denotes the ceiling function (i.e., the smallest integer not less than ). Depending on concrete realization of sampling, i.e., on the series , frequencies acquire values from to , probability that the frequency is equal to is equal to binomial distribution after trial, each with probability , where , and indeed, in the large limit . From this point of view the histogram represents a class of possible approximations of underlying PDF, which we further denote as . The class of all histograms contains piecewise constant functions, which in each interval of length acquire values from the set , and to each such histogram is assigned a probability of occurrence (determined by probabilities of ). Construction of histogram from sampled data corresponds thus to a choice of a one particular histogram from the class . The -th power of the histogram (necessary for the RE estimation) is then simply given as\n\n ^pq(x) = 1NqhqnB∑i=1νqiχi(x), (27)\n\nwhich is a simple consequence of the definition of characteristic functions . Our aim, of course, is to create such histogram that would be the best representation of the underlying distribution, in a sense, that it would yield the smallest possible error in the RE evaluation. For this purpose, it is necessary to find an appropriate measure between underlying PDF and sampled histogram that would be both computationally tractable and conceptually well motivated. The crucial question that should be then addressed is whether the optimal bin-width can be -independent or whether the minimality of the error will require some non-trivial -dependence. Next subsections are devoted to the discussion of different measures used for measuring the distance (or dissimilarity) between underlying PDF and its histogram and to the ensuing -dependence issue.\n\n### 4.2 Distance between histogram and probability distribution\n\nIn statistical estimation problems, there exits a number of measures of dissimilarity between probability distributions, among these Hellinger coefficient, Jeffreys distance, Akaike’s criterion, directed divergence, and its symmetrization -divergence provide paradigmatic examples. In the context of the RE-based analysis, the most natural measure is the Rényi information divergence of from . This is defined as Renyi:76 ()\n\n Dq(p||^p) = 1q−1ln∫\\mathdsRdx ^p1−q(x)pq(x). (28)\n\nApart from a multiplicative prefactor, the divergence coincides with the Chernoff probabilistic distance of order (see, e.g., Ref. Basseville:89 ()). From information theory it is known (see, e.g., Ref. transferent (); Renyi (); Renyi:76 ()) that the Rényi information divergence represents a measure of the information lost when the PDF is replaced (or approximated) by the PDF . Note that in the limit one recovers the usual Shannon entropy-based Kullback–Leibler divergence. In the case of histogram sampling, the expected Rényi information divergence\n\n EH[Dq(p||^p)] = 1q−1EH[ln∫\\mathdsRdx ^p1−q(x)pq(x)], (29)\n\nrepresents the mean loss of information. Symbol represents the ensemble average with respect to the ensemble of histograms . Unfortunately, working with the measure (28) brings about some technical difficulties related to the non-linear structure of the RE. This can be circumvented by progressing with other measures that are closely related to Rényi informational divergence and yet are computationally more tractable. Among these, we have found that the squared -measure serves best our purposes. The latter quantifies the distance between the underlying PDF and histogram as\n\n ∥p−^p∥2L2 = ∫\\mathdsRdx[(p(x)−^p(x))2]. (30)\n\nThis measure has number of desirable properties, as we shall see in the following subsections. The relation between the Rényi information divergence and -measure is provided as follows: by using Jensen’s inequality for the logarithm\n\n 1−1z ≤ lnz ≤ z−1, (31)\n\n(valid for any ), we obtain that\n\n |Dq(p||^p)| ≤ cq|q−1|∫\\mathdsRdx |pq(x)−^pq(x)|, (32)\n\nwhere\n\n cq = max{1,(∫\\mathdsRdx ^p1−q(x)pq(x))−1}. (33)\n\nEq. (32) is the -generalization of the Csiszár–Kulback inequality Csiszar:67 () known from Shannon’s information theory. Note that for we have . This is because for we can write\n\n ∫\\mathdsRdx ^p1−q(x)pq(x) = ∑kh ^p1−q(ξk)pq(ξk) = ∑k^p1−qkpqk = ∑k^pk(pk^pk)q ≥ (∑kpk)q = 1, (34)\n\nwhere the integrated probabilities are defined as\n\n pk = ∫(k+1)hkhdx p(x) = h p(ξk),^pk = ∫(k+1)hkhdx ^p(x) = h ^p(ξk), (35)\n\nand where denotes a point in the interval . The last inequality in (34) results from Jensen’s inequality for convex functions.\n\nThe situation with is less trivial because\n\n ∫\\mathdsRdx ^p1−q(x)pq(x) < 1, (36)\n\ndue to concavity of . A simple (but not very stringent) majorization of can be found by using\n\n ∫\\mathdsRdx ^p1−q(x)pq(x) = ∑k^p1−qkpqk ≥ ∑k^p1−qkpk ≥ min(^p1−qi) = [min(^pi)]1−q, (37)\n\nand hence . Finally, from previous expressions, it is easy to see that\n\n Dq(p||^p)2 ≤ c2q(q−1)2(∫\\mathdsRdx |pq(x)−^pq(x)|)2 ≤ c2q(q−1)2∫\\mathdsRdx (^pq(x)−pq(x))2, (38)\n\nwhere the second inequality follows from Hölder’s inequality gradstein:a (). Thus, we can estimate the expected Rényi information divergence via the -distance, because\n\n EH[Dq(p||^p)2] ≤ c2q(q−1)2 EH[∫\\mathdsRdx [(pq(x)−^pq(x))2]] ≡ Cq∫\\mathdsRdx EH[(pq(x)−^pq(x))2]. (39)\n\nA substantial advantage in using the expected squared -distance, i.e.\n\n EH∥p2−^p2∥2L2=∫\\mathdsRdx EH[(pq(x)−^p(x))2], (40)\n\nlies in the possibility of interchanging integral and expectation value . In the case, when the expected value stands before the integral, we have to calculate the expected value over all frequencies , such that and . After interchanging integration and , the ensemble averaging acts on only locally, i.e., the expected value is calculated only over one particular frequency , for which . This brings about a significant simplification in calculations. This is the main reason, why to prefer in practical calculations the -norm.\n\nLet us note that in the course of calculations we have also used the -norm (see, Eq. (32)). Indeed, some authors use the -norm to measure the distance between histogram and PDF (e.g., Ref. Hall ()). In the following we will stick to the mean square distance mainly because of its computational superiority — -norms are notoriously easier to work with than -norms Scott (). Naturally, different measures can generally lead to different results, and from the previous discussion, it might seem that perhaps other measures could be even more convenient to employ. Nevertheless, discussions in Refs. Hall (); Scott (); Scott2 (); Silverman () imply that in case of histograms which can be regarded as a -parameter class of step functions, one can “reasonably” well assume that optimal bin-widths obtained from different measures will not drastically differ among themselves. This is also the case of Rényi divergence, and squared -measures, among which the -measure is definitely the most convenient.\n\n### 4.3 Dependence of bin-width on q\n\nA natural question arises, if it is necessary to estimate the bin-width for each separately, or whether it is not simply enough to estimate the bin-width only for one “referential” , e.g., for , and then work with such a histogram for all other -cases. We will now briefly motivate the necessity of introduction for -dependent bin-width. More thorough discussion will be presented in the section to follow. Let us have a series sampled from . Let us also have a histogram estimated from the data, with a bin-width , that makes optimal among all histograms that can be obtained from sampled data by changing the value of . For further convenience we denote . The squared -distance between -th powers of and appearing in Eq. (40) can be further conveniently rewritten as\n\n ∥pq−^pq∥2L2 = ∫\\mathdsRdx(pq(x)−^pq(x))2 = ∫\\mathdsRdx (pq(x)−1hqnB∑i=1^pqiχi(x))2 (41) = ∫xmin−∞dx p2q(x) + nB∑i=1∫Iidx (pq(x)−[^pih]q)2 + ∫∞xmaxdx p2q(x).\n\nAssuming that the error is for each sufficiently small, we may approximate as\n\n p(x)q = [^pih]q + (q1)[^pih]q−1Δ(x) + O(Δ2(x)), (42)\n\nand therefore\n\n nB∑i=1∫Iidx(pq(x)−[^pih]q)2 \\lx@stackrelO(Δ2)≈ q2nB∑i=1([^pih]2(q−1)Δ2i), (43)\n\nwhere . Denoting\n\n Δ2q0 ≡ ∫xmin−∞dx p2q(x)andΔ2qnB+1 ≡ ∫∞xmaxdx p2q(x), (44)\n\nthe total squared -distance can be expressed as\n\n (45)\n\nIn the following we will confine our discussion only to the middle sum . This is because depends only on the choice of the histogram and hence on the value of , while expressions and dependent more on the actual underlying PDF. We shall note that with increasing the values and get closer to the respective borders of the support of . So for sufficiently large the outer errors can be omitted, and the total -error can be represented only by . The discussion of can be divided into three distinct situations, according to the value of :\n\nfor negative values of , the sum accentuates the error that is particularly pronounced for distributions with extremely small probabilities . This can be partially compensated by smaller bin-width. However, in case of extreme distributions it is very hard to decide, whether the estimated probability is only an inappropriate outlier, or a sign of presence of extreme events in the system. This error is usually the more pronounced the more negative is. Consequently, the estimation of RE for negative ’s is extremely sensitive (in fact, RE is in this case unreliable information measure Renyi ()) and many authors evaluate RE only for positive ’s.\n\nfor these values, the exponent is larger than . Even though the errors from small probabilities are again accentuated, the error is bounded, because for , so the error is not as dramatic as in the first case.\n\nin this case is the error diminished, because the factor suppresses the error exponentially with . The pre-factor does not grow as fast, and therefore the error is reduced in this case. Against this suppression acts , which increases the error for small . It is thus generally better in this case not to over-fit the histogram too much.\n\nFrom the aforementioned it should be also evident that minimization of the local squared error , or the integrated squared error does not necessarily minimize the error of . This is because we have to create histograms with different (-dependent) bin-widths, which generally does not minimize the -distance between histogram and the underlying PDF .\n\n### 4.4 Optimal width of the histogram bin\n\nAs discussed above, the proper histogram formation from the underlying distribution is a crucial step in the RE estimation. The issue at stake is thus to find the optimal bin-width that minimizes the Rényi informational error in Eq. (29) (or better the mean-squared -distance (40)) and hence it provides the least biased empirical value for the RE.\n\nThere exist several approaches for optimal bin-width choices in the literature that can be well employed in our mathematical framework. In this connection one can mention, e.g., Sturges rule Sturges (), that estimates the number of bins of the histogram as , which is motivated by the histogram of binomial distributions. This rule is very useful when visualizing data, but in case of PDF approximations, one can find more effective prescriptions. Along those lines, particularly suitable is the classic mean square error (MSE) method (see, e.g., Ref. Lehmann ()) which, among others, allows to quantify the difference between and a -th power of the underlying PDF in terms of previously discussed mean-squared -distance. This leads us to the task of solving\n\n minh∈(0,∞)∫\\mathdsRdxEH[(pq(x)−^pq(x))2] = minh∈(0,∞)nB∑k=1∫χkdxEνk⎡⎣(pq(x)−νqkhqNq)2⎤⎦. (46)\n\nExpression (46) implies that we minimize integrated expected local deviations between the underlying PDF and -th power of it histogram (or simply -histogram) . We begin by first calculating (for simplicity’s sake we omit the subscript ) which can be conveniently rewritten as\n\n E[(^pq(x)−pq(x))2] = E[(^pq(x)−E[^pq(x)])2] + E[(E[^pq(x)]−pq(x))2] = Var(^pq(x)) + [Bias(^pq(x))]2. (47)\n\nThe first term on the right-hand-side represents local variance of the estimator and the second term represents squared local bias of the histogram, i.e., . Eq. (47) represents a local deviation of the -histogram from the -th power of underlying PDF, and so from the estimation theory point of view serves as an estimator of .\n\nTo progress with computation of , we find from Eq. (27) that it corresponds to the calculation of variance of the quantity , where labels the bin for which . Naturally, is binomially distributed (as discussed in Sect. 4.1), namely , where is the integrated underlying probability adapted to -th bin. Thus,\n\n Var(^pq(x)) = Var(νqkNqhq) = 1N2qh2q(E[ν2qk]−E[(νk)q]2). (48)\n\nThis leads to calculation of fractional moments of binomial distribution, which is generally an intractable task, unless is natural. Indeed, when we have enough statistics, then the CLT implies (see, e.g., Refs. Feller (); Box ()) that the binomial distribution can be approximated by the normal distribution as . In this case we get\n\n E[νqk] ≈ ∫\\mathdsRdz |z|q12πNpk(1−pk)exp(−(z−(Npk)2)22Npk(1−pk)). (49)\n\nMoment was replaced by the absolute moment"
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"https://storage.googleapis.com/groundai-web-prod/media%2Fusers%2Fuser_13320%2Fproject_19283%2Fimages%2Fx1.png",
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"https://storage.googleapis.com/groundai-web-prod/media%2Fusers%2Fuser_13320%2Fproject_19283%2Fimages%2Fx2.png",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9075452,"math_prob":0.9806392,"size":37967,"snap":"2020-24-2020-29","text_gpt3_token_len":7835,"char_repetition_ratio":0.13731791,"word_repetition_ratio":0.0076437355,"special_character_ratio":0.20341349,"punctuation_ratio":0.105270974,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99603474,"pos_list":[0,1,2,3,4],"im_url_duplicate_count":[null,1,null,1,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-07-13T06:00:10Z\",\"WARC-Record-ID\":\"<urn:uuid:2e996225-59b1-483d-9b87-9cbc3ef1b549>\",\"Content-Length\":\"1049303\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:ac870f5b-7fd3-41ea-ab95-6c5bbbdf11b4>\",\"WARC-Concurrent-To\":\"<urn:uuid:10d0f9c4-c4b8-4fbe-ab37-149128575e7a>\",\"WARC-IP-Address\":\"35.186.203.76\",\"WARC-Target-URI\":\"https://www.groundai.com/project/multifractal-diffusion-entropy-analysis-optimal-bin-width-of-probability-histograms/\",\"WARC-Payload-Digest\":\"sha1:EYJJRLMWZKMCATM55V7RM46BNAU7SZ6Y\",\"WARC-Block-Digest\":\"sha1:WGHGKNVMSK3LD6APLYHD427WNCF5YUOZ\",\"WARC-Truncated\":\"length\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-29/CC-MAIN-2020-29_segments_1593657142589.93_warc_CC-MAIN-20200713033803-20200713063803-00006.warc.gz\"}"} |
https://cusack.hope.edu/Teaching/?class=csi255F15&page=main | [
"CSCI 255 Fall 2015Introduction to Algorithms and Discrete Structures Archived Class\n\n# Course Information\n\n Time 3:00-4:30 TR 3:00-3:50 F Location VZN 297 (TR) and VZN 151 (F) Instructor Chuck Cusack Email [email protected] Office VWF 233 Phone 395-7271 Office Hours by appointment\n Textbooks (IDAA) Introduction to the Design and Analysis of Algorithms, 3rd edition, Anany Levitin, Perason, 2012. (AIDMA) An Active Introduction to Discrete Mathematics and Algorithms, Version 2.5, Charles Cusack and David Santos, 2015. (PDF) Description An introduction to the design and analysis of algorithms along with some of the discrete mathematical structures that are fundamental to the field of Computer Science. This course builds on the data structures topics from CSCI235 by exploring efficient ways of using them to solve problems. Algorithm analysis topics include best, worst, and average case analysis of iterative and recursive algorithms; asymptotic notation; and solving recurrence relations. Algorithm design techniques include brute force, greedy, divide-and-conquer, transform-and-conquer, dynamic programming, and space/time tradeoff. Discrete structures topics include propositional logic, proof techniques (especially induction), sets, matrices, sequences and summations, and basic combinatorics. Topics Foundational Discrete Structures Propositional Logic, Equivalences, Truth Tables Sets Sequences and Summations Matrices Basic Counting Permutations/Combinations Binomial Coefficients and Identities, including the Binomial Theorem Pigeonhole Principle Proof Techniques Direct, Contraposition, Contradiction Proof by Induction Basic Algorithm Analysis Big-0, Omega, and Theta Notation Basic Algorithm Analysis (best/average/worst, time/space, wall-clock/CPU/operations) Complexity Classes Recursive Definitions/Recurrence Relations Solving Recurrence Relations Analyzing Recursive Algorithms/Master Theorem P/NP/NP-Complete Algorithm Design Techniques Brute Force Greedy Divide-and-conquer Decrease-and-Conquer Transform and Conquer Dynamic Programming Space/Time Tradeoff Backtracking Branch-and-bound"
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https://www.untoldpost.com/numerical-ability/ | [
"## If (x+1/x) = 6, what is the value of x⁵ + 1/x⁵ = ?\n\nIf (x+1/x) = 6, what is the value of x⁵ + 1/x⁵ = ? Step-by-step explanation: x + 1/x = 5 ( given ) So, x + 1/x = 5 …(1) Squaring both sides ( x+1/x)² = 5² x² + 1/x² + 2 =25 x² + 1/x² = 25 – 2 x² + 1/x ² … Read more"
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https://projecteuclid.org/euclid.ejp/1487127646 | [
"Electronic Journal of Probability\n\nLocal limit of the fixed point forest\n\nAbstract\n\nConsider the following partial “sorting algorithm” on permutations: take the first entry of the permutation in one-line notation and insert it into the position of its own value. Continue until the first entry is $1$. This process imposes a forest structure on the set of all permutations of size $n$, where the roots are the permutations starting with $1$ and the leaves are derangements. Viewing the process in the opposite direction towards the leaves, one picks a fixed point and moves it to the beginning. Despite its simplicity, this “fixed point forest” exhibits a rich structure. In this paper, we consider the fixed point forest in the limit $n\\to \\infty$ and show using Stein’s method that at a random permutation the local structure weakly converges to a tree defined in terms of independent Poisson point processes. We also show that the distribution of the length of the longest path from a random permutation to a leaf converges to the geometric distribution with mean $e-1$, and the length of the shortest path converges to the Poisson distribution with mean $1$. In addition, the higher moments are bounded and hence the expectations converge as well.\n\nArticle information\n\nSource\nElectron. J. Probab., Volume 22 (2017), paper no. 18, 26 pp.\n\nDates\nAccepted: 4 February 2017\nFirst available in Project Euclid: 15 February 2017\n\nhttps://projecteuclid.org/euclid.ejp/1487127646\n\nDigital Object Identifier\ndoi:10.1214/17-EJP36\n\nMathematical Reviews number (MathSciNet)\nMR3622888\n\nZentralblatt MATH identifier\n1357.60092\n\nCitation\n\nJohnson, Tobias; Schilling, Anne; Slivken, Erik. Local limit of the fixed point forest. Electron. J. Probab. 22 (2017), paper no. 18, 26 pp. doi:10.1214/17-EJP36. https://projecteuclid.org/euclid.ejp/1487127646"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7498563,"math_prob":0.8375622,"size":2395,"snap":"2019-26-2019-30","text_gpt3_token_len":601,"char_repetition_ratio":0.11794228,"word_repetition_ratio":0.0433526,"special_character_ratio":0.25177452,"punctuation_ratio":0.16851442,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9763723,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-06-25T01:41:32Z\",\"WARC-Record-ID\":\"<urn:uuid:1f516d04-145b-42b2-957e-fd85acde552d>\",\"Content-Length\":\"35490\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:805b6c45-179d-4694-b32f-104241a4e717>\",\"WARC-Concurrent-To\":\"<urn:uuid:9a9474a5-b56a-4b97-b8b8-4ab2d016dde4>\",\"WARC-IP-Address\":\"132.236.27.47\",\"WARC-Target-URI\":\"https://projecteuclid.org/euclid.ejp/1487127646\",\"WARC-Payload-Digest\":\"sha1:HDH4GJGE62EXNDE7UTHTCC2NP6TXZMP4\",\"WARC-Block-Digest\":\"sha1:VA3UKC34XKEWHFRTMIOF5Q6W73NUSTG5\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-26/CC-MAIN-2019-26_segments_1560627999783.49_warc_CC-MAIN-20190625011649-20190625033649-00550.warc.gz\"}"} |
https://www.maplesoft.com/support/help/view.aspx?path=DataSeries&L=E | [
"",
null,
"DataSeries - Maple Help\n\nOverview of DataSeries",
null,
"Description\n\n • A DataSeries is a one-dimensional data container, similar to a one-dimensional Array, but whose entries can be referenced by \"labels\", as well as by position.\n • A related two-dimensional data container, known as a DataFrame is also available.",
null,
"Indexing\n\n • You can access the elements of a DataSeries similar to the way in which you access Array elements, by indexing the DataSeries by position. If ds is a DataSeries, then ds[ i ] evaluates to the ith element of ds. However, the elements of a DataSeries are also associated with symbolic names, and you can use these names to refer to DataSeries elements as well.\n > ds := DataSeries( [ sin( x ), cos( x ), tan( x ) ], 'labels' = [ 's', 'c', 't' ] );\n ${\\mathrm{ds}}{≔}\\left[\\begin{array}{cc}{s}& {\\mathrm{sin}}{}\\left({x}\\right)\\\\ {c}& {\\mathrm{cos}}{}\\left({x}\\right)\\\\ {t}& {\\mathrm{tan}}{}\\left({x}\\right)\\end{array}\\right]$ (1)\n > ds[ 2 ];\n ${\\mathrm{cos}}{}\\left({x}\\right)$ (2)\n > ds[ 'c' ];\n ${\\mathrm{cos}}{}\\left({x}\\right)$ (3)\n • To select a range of entries in a DataSeries, returning the result as a DataSeries, use a range of indices or labels.\n > ds[ 1 .. 2 ];\n $\\left[\\begin{array}{cc}{s}& {\\mathrm{sin}}{}\\left({x}\\right)\\\\ {c}& {\\mathrm{cos}}{}\\left({x}\\right)\\end{array}\\right]$ (4)\n > ds[ 'c' .. 't' ];\n $\\left[\\begin{array}{cc}{c}& {\\mathrm{cos}}{}\\left({x}\\right)\\\\ {t}& {\\mathrm{tan}}{}\\left({x}\\right)\\end{array}\\right]$ (5)\n • Note that indices and labels can be used together:\n > ds[ 'c' .. -1 ];\n $\\left[\\begin{array}{cc}{c}& {\\mathrm{cos}}{}\\left({x}\\right)\\\\ {t}& {\\mathrm{tan}}{}\\left({x}\\right)\\end{array}\\right]$ (6)\n • You can select non-contiguous entries by enclosing the desired indices in a list.\n > ds[ [ 's', 't' ] ];\n $\\left[\\begin{array}{cc}{s}& {\\mathrm{sin}}{}\\left({x}\\right)\\\\ {t}& {\\mathrm{tan}}{}\\left({x}\\right)\\end{array}\\right]$ (7)\n • One particular application for this kind of index is to re-order the given DataSeries.\n > ds2 := ds[ [ 2, 3, 1 ] ];\n ${\\mathrm{ds2}}{≔}\\left[\\begin{array}{cc}{c}& {\\mathrm{cos}}{}\\left({x}\\right)\\\\ {t}& {\\mathrm{tan}}{}\\left({x}\\right)\\\\ {s}& {\\mathrm{sin}}{}\\left({x}\\right)\\end{array}\\right]$ (8)",
null,
"Examples\n\n > $\\mathrm{ds}≔\\mathrm{DataSeries}\\left(\\left[4,5,6\\right],'\\mathrm{labels}'=\\left['a','b','c'\\right]\\right)$\n ${\\mathrm{ds}}{≔}\\left[\\begin{array}{cc}{a}& {4}\\\\ {b}& {5}\\\\ {c}& {6}\\end{array}\\right]$ (9)\n > $\\mathrm{type}\\left(\\mathrm{ds},\\mathrm{DataSeries}\\right)$\n ${\\mathrm{true}}$ (10)\n > $\\mathrm{type}\\left(\\mathrm{ds},'\\mathrm{Array}'\\right)$\n ${\\mathrm{false}}$ (11)\n > $\\mathrm{ds}\\left[1\\right]$\n ${4}$ (12)\n > $\\mathrm{ds}\\left[b\\right]$\n ${5}$ (13)\n > ds >~ 4;\n $\\left[\\begin{array}{cc}{a}& {\\mathrm{false}}\\\\ {b}& {\\mathrm{true}}\\\\ {c}& {\\mathrm{true}}\\end{array}\\right]$ (14)\n > ds[ ds >~ 4 ];\n $\\left[\\begin{array}{cc}{b}& {5}\\\\ {c}& {6}\\end{array}\\right]$ (15)\n\nHourly temperatures reported by the BlackBerry Weather App for Waterloo, Ontario on October 27/28 2015.\n\n > $\\mathrm{oct27_28}≔\\mathrm{DataSeries}\\left(\\mathrm{map}\\left(\\mathrm{Temperature},\\left[11,12,13,12,11,10,9,8,7,7,7,7,7,7,7,7,7,8,8,8,7,8,9,10\\right],'\\mathrm{degC}'\\right),'\\mathrm{labels}'=\\left[\"12:00\",\"13:00\",\"14:00\",\"15:00\",\"16:00\",\"17:00\",\"18:00\",\"19:00\",\"20:00\",\"21:00\",\"22:00\",\"23:00\",\"00:00\",\"01:00\",\"02:00\",\"03:00\",\"04:00\",\"05:00\",\"06:00\",\"07:00\",\"08:00\",\"09:00\",\"10:00\",\"11:00\"\\right]\\right)$\n ${\\mathrm{oct27_28}}{≔}\\begin{array}{c}\\left[\\begin{array}{cc}{\"12:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({11}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"13:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({12}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"14:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({13}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"15:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({12}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"16:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({11}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"17:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({10}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"18:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({9}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"19:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({8}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"20:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({7}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {\"21:00\"}& {\\mathrm{Typesetting}}{:-}{\\mathrm{_Hold}}{}\\left(\\left[{\\mathrm{Temperature}}{}\\left({7}{,}{\\mathrm{Units}}{:-}{\\mathrm{Unit}}{}\\left({\\mathrm{Celsius}}\\right){,}{1}\\right)\\right]\\right)\\\\ {⋮}& {⋮}\\end{array}\\right]\\\\ \\hfill {\\text{24 element DataSeries}}\\end{array}$ (16)\n\nCompute the average temperature over this 24-hour period.\n\n > $\\mathrm{avg}≔\\frac{\\mathrm{add}\\left(\\mathrm{oct27_28}\\right)}{\\mathrm{numelems}\\left(\\mathrm{oct27_28}\\right)}$\n ${\\mathrm{avg}}{≔}\\frac{{69}}{{8}}{}⟦{\\mathrm{°C}}⟧$ (17)\n > $\\mathrm{Value}\\left(\\mathrm{avg}\\right)$\n $\\frac{{69}}{{8}}$ (18)\n\nDataSeries objects can be converted to an Array, Vector, Matrix, table, list, or set:\n\n > $\\mathrm{convert}\\left(\\mathrm{oct27_28},'\\mathrm{list}'\\right)$\n $\\left[{11}{}⟦{\\mathrm{°C}}⟧{,}{12}{}⟦{\\mathrm{°C}}⟧{,}{13}{}⟦{\\mathrm{°C}}⟧{,}{12}{}⟦{\\mathrm{°C}}⟧{,}{11}{}⟦{\\mathrm{°C}}⟧{,}{10}{}⟦{\\mathrm{°C}}⟧{,}{9}{}⟦{\\mathrm{°C}}⟧{,}{8}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{8}{}⟦{\\mathrm{°C}}⟧{,}{8}{}⟦{\\mathrm{°C}}⟧{,}{8}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{8}{}⟦{\\mathrm{°C}}⟧{,}{9}{}⟦{\\mathrm{°C}}⟧{,}{10}{}⟦{\\mathrm{°C}}⟧\\right]$ (19)\n\nConverting a DataSeries to a set only shows the unique elements:\n\n > $\\mathrm{convert}\\left(\\mathrm{oct27_28},'\\mathrm{set}'\\right)$\n $\\left\\{{8}{}⟦{\\mathrm{°C}}⟧{,}{7}{}⟦{\\mathrm{°C}}⟧{,}{9}{}⟦{\\mathrm{°C}}⟧{,}{10}{}⟦{\\mathrm{°C}}⟧{,}{13}{}⟦{\\mathrm{°C}}⟧{,}{12}{}⟦{\\mathrm{°C}}⟧{,}{11}{}⟦{\\mathrm{°C}}⟧\\right\\}$ (20)\n\nConverting to a table is the only conversion that attempts to maintain information on labels:\n\n > $\\mathrm{convert}\\left(\\mathrm{oct27_28},'\\mathrm{table}'\\right)$\n ${table}{}\\left(\\left[{\"04:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"14:00\"}{=}{13}{}⟦{\\mathrm{°C}}⟧{,}{\"23:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"05:00\"}{=}{8}{}⟦{\\mathrm{°C}}⟧{,}{\"22:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"15:00\"}{=}{12}{}⟦{\\mathrm{°C}}⟧{,}{\"12:00\"}{=}{11}{}⟦{\\mathrm{°C}}⟧{,}{\"21:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"06:00\"}{=}{8}{}⟦{\\mathrm{°C}}⟧{,}{\"20:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"13:00\"}{=}{12}{}⟦{\\mathrm{°C}}⟧{,}{\"07:00\"}{=}{8}{}⟦{\\mathrm{°C}}⟧{,}{\"00:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"09:00\"}{=}{8}{}⟦{\\mathrm{°C}}⟧{,}{\"19:00\"}{=}{8}{}⟦{\\mathrm{°C}}⟧{,}{\"08:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"01:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"18:00\"}{=}{9}{}⟦{\\mathrm{°C}}⟧{,}{\"17:00\"}{=}{10}{}⟦{\\mathrm{°C}}⟧{,}{\"02:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧{,}{\"11:00\"}{=}{10}{}⟦{\\mathrm{°C}}⟧{,}{\"16:00\"}{=}{11}{}⟦{\\mathrm{°C}}⟧{,}{\"10:00\"}{=}{9}{}⟦{\\mathrm{°C}}⟧{,}{\"03:00\"}{=}{7}{}⟦{\\mathrm{°C}}⟧\\right]\\right)$ (21)"
] | [
null,
"https://bat.bing.com/action/0",
null,
"https://www.maplesoft.com/support/help/arrow_down.gif",
null,
"https://www.maplesoft.com/support/help/arrow_down.gif",
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"https://www.maplesoft.com/support/help/arrow_down.gif",
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https://sdk.rethinkrobotics.com/intera/a/index.php?title=Interaction_Control_Tutorial&diff=prev&oldid=1365 | [
"# Difference between revisions of \"Interaction Control Tutorial\"\n\nThis tutorial describes how to create different interaction control behaviors using example scripts.\n\n# Impedance/Force Control Examples\n\nInteraction controller in intera enables impedance or force control at the endpoint of the arm. The following examples demonstrate using example scripts to create different interaction control behaviors.\n\n## start a default interaction control behavior at the endpoint\n\n```\\$ rosrun intera_examples go_to_joint_angles_in_contact.py\n```\n\n## apply force (30N) along z-axis of TCP frame\n\n```\\$ rosrun intera_examples set_interaction_options.py -md 1 1 2 1 1 1 -f 0.0 0.0 30.0 0.0 0.0 0.0 -ef -kn 0.0 0.0 0.0 0.0 0.0 0.0 0.0\n```\n\n## having more compliance along z-axis of TCP frame\n\n```\\$ rosrun intera_examples set_interaction_options.py -m 1 1 0 1 1 1 -k 1300.0 1300.0 500.0 30.0 30.0 30.0 -ef -kn 0.0 0.0 0.0 0.0 0.0 0.0 0.0\n```\n\n## impedance control with force limits (30N) along z-axis of TCP frame\n\n```\\$ rosrun intera_examples set_interaction_options.py -md 1 1 3 1 1 1 -f 0.0 0.0 30.0 0.0 0.0 0.0 -ef -kn 0.0 0.0 0.0 0.0 0.0 0.0 0.0\n```\n\n# Constrained Zero-G Examples\n\nThe regular zero-G mode of Sawyer can be interpreted as having zero stiffnesses at the endpoint as well as nullspace, which means that the endpoint and nullspace are free to move in all directions. The constrained zero-G mode is defined by having only part of stiffness values set to zero. In this mode, the movement along/about the directions with non-zero stiffness values is constrained while the arm is free to move in the directions with zero stiffness. The following examples demonstrate how to use `constrained_zeroG.py` script to generate different constrained zero-G behaviors.\n\n## constrained zero-G in position\n\n```\\$ rosrun intera_examples constrained_zeroG.py -p\n```\n\n## constrained zero-G in position along z-axis of base frame\n\n```\\$ rosrun intera_examples constrained_zeroG.py -pz\n```\n\n## constrained zero-G in orientation\n\n```\\$ rosrun intera_examples constrained_zeroG.py -o\n```\n\n## constrained zero-G in orientation about x-axis of base frame\n\n```\\$ rosrun intera_examples constrained_zeroG.py -ox\n```\n\n## constrained zero-G in horizontal plane (XY)\n\n```\\$ rosrun intera_examples constrained_zeroG.py -ph\n```\n\n## constrained zero-G in the nullspace\n\n```\\$ rosrun intera_examples constrained_zeroG.py -ns\n```"
] | [
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https://zbmath.org/?q=an:1010.30020 | [
"# zbMATH — the first resource for mathematics\n\nClasses of first-order differential superordinations. (English) Zbl 1010.30020\nLet $$U$$ denote the unit disc, let $$\\varphi: C^2\\to C$$ be analytic in a domain and let $$p$$ be an analytic function in $$U$$ such that $$\\varphi (p(z),zp'(z))$$ is univalent in $$U$$ and $$p$$ satisfies $$h(z)\\prec \\varphi (p(z), zp'(z))$$. ‘$$\\prec$$’ denotes the usual differential subordination. In this paper the author considers the particular case $$\\varphi(p(z), (z))=\\alpha (p(z))+ \\beta (p(z)) \\gamma(zp'(z))$$ and determines conditions on $$h,\\alpha, \\beta$$ and $$\\gamma$$ so that the above subordination implies $$q(z)\\prec p(z)$$, where $$q$$ is the largest function. The proof is based on a recent result of S. S. Miller and P. T. Mocanu on subordinants of differential superordinants and on Löwner chains. Some particular cases and examples are given.\n\n##### MSC:\n 30C80 Maximum principle, Schwarz’s lemma, Lindelöf principle, analogues and generalizations; subordination 30C45 Special classes of univalent and multivalent functions of one complex variable (starlike, convex, bounded rotation, etc.)"
] | [
null
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https://access.openupresources.org/curricula/our6-8math/en/grade-6/unit-8/lesson-9/index.html | [
"# Lesson 9Interpreting the Mean as Fair Share\n\nLet’s explore the mean of a data set and what it tells us.\n\n### Learning Targets:\n\n• I can explain how the mean for a data set represents a “fair share.”\n• I can find the mean for a numerical data set.\n\n## 9.1Close to Four\n\nUse the digits 0–9 to write an expression with a value as close as possible to 4. Each digit can be used only one time in the expression.\n\n1. The kittens in a room at an animal shelter are arranged in five crates, as shown.",
null,
"“Cat clip art” by Clker-Free-Vector-Images via Pixabay. Public Domain.\n1. The manager of the shelter wants the kittens distributed equally among the crates. How might that be done? How many kittens will end up in each crate?\n\n2. The number of kittens in each crate after they are equally distributed is called the mean number of kittens per crate, or the average number of kittens per crate.\n\nExplain how the expression is related to the average.\n\n3. A different room in the shelter has 6 crates. No two crates contain the same number of kittens, and there is an average of 3 kittens per crate.\n\nDraw or describe at least two different arrangements of kittens that match this description. You may choose to use the applet to help.\n\n2. Five servers were scheduled to work the number of hours shown in the table. They decided to share the workload, so each one would work equal hours.\n\nserver A server B server C server D server E\nhours worked 3 6 11 7 4\n1. On the grid on the left, draw a bar graph that represents the hours worked by Servers A, B, C, D, and E.\n2. Think about how you would rearrange the hours so that each server gets a fair share. Then, on the grid on the right, draw a new graph to represent the rearranged hours. Be prepared to explain your reasoning.\n3. Based on your second graph, what is the average or mean number of hours that the servers will work?\n\n4. Explain why we can also find the mean by finding the value of .\n\n5. Which server will see the biggest change to work hours? Which server will see the least change?\n\n### Are you ready for more?\n\nServer F, working 7 hours, offers to join the group of five servers, sharing their workload. If server F joins, will the mean number of hours worked increase or decrease? Explain how you know.\n\n## 9.3Getting to School\n\n1. For the past 12 school days, Mai has recorded how long her bus rides to school take in minutes. The times she recorded are shown in the table.\n 9 8 6 9 10 7 6 12 9 8 10 8\n1. Find the mean for Mai’s data. Show your reasoning.\n2. In this situation, what does the mean tell us about Mai’s trip to school?\n2. For 5 days, Tyler has recorded how long his walks to school take in minutes. The mean for his data is 11 minutes.\n\n1. Without calculating, predict if each of the data sets shown could be Tyler’s. Explain your reasoning.\n data set A data set B data set C data set D 11 8 7 9 8 12 7 13 9 14 11 20 6 9 10 8 10 9 11 11\n2. Determine which data set is Tyler’s. Explain how you know.\n\n## Lesson 9 Summary\n\nSometimes a general description of a distribution does not give enough information, and a more precise way to talk about center or spread would be more useful. The mean, or average, is a number we can use to summarize a distribution.\n\nWe can think about the mean in terms of “fair share” or “leveling out.” That is, a mean can be thought of as a number that each member of a group would have if all the data values were combined and distributed equally among the members.\n\nThe table and diagram show how many liters of water are in each of five bottles.\n\n 1 4 2 3 0\n\nTo find the mean, first we add up all of the values, which we can think of as putting all of the water together: .\n\nTo find the “fair share,” we divide the 10 liters equally into the 5 containers: .\n\nSuppose the quiz scores of a student are 70, 90, 86, and 94. We can find the mean (or average) score by finding the sum of the scores and dividing the sum by four . We can then say that the student scored, on average, 85 points on the quizzes.\n\nIn general, to find the mean of a data set with values, we add all of the values and divide the sum by .\n\n## Glossary Terms\n\naverage\n\nThe average is another name for the mean of a data set.\n\nFor the data set 3, 5, 6, 8, 11, 12, the average is 7.5.\n\nmean\n\nThe mean is one way to measure the center of a data set. We can think of it as a balance point. For example, for the data set 7, 9, 12, 13, 14, the mean is 11.\n\nTo find the mean, add up all the numbers in the data set. Then, divide by how many numbers there are. and .\n\n## Lesson 9 Practice Problems\n\n1. A preschool teacher is rearranging four boxes of playing blocks so that each box contains an equal number of blocks. Currently Box 1 has 32 blocks, Box 2 has 18, Box 3 has 41, and Box 4 has 9.\n\nSelect all the ways he could make each box have the same number of blocks.\n\n1. Remove all the blocks and make four equal piles of 25, then put each pile in one of the boxes.\n2. Remove 7 blocks from Box 1 and place them in Box 2.\n3. Remove 21 blocks from Box 3 and place them in Box 4.\n4. Remove 7 blocks from Box 1 and place them in Box 2, and remove 21 blocks from Box 3 and place them in Box 4.\n5. Remove 7 blocks from Box 1 and place them in Box 2, and remove 16 blocks from Box 3 and place them in Box 4.\n2. In a round of mini-golf, Clare records the number of strokes it takes to hit the ball into the hole of each green. She said that, if she redistributed the strokes on different greens, she could tell that her average number of strokes per hole is 3.\n\n 2 3 1 4 5 2 3 4 3\n\nExplain how Clare is correct.\n\n3. Three sixth-grade classes raised $25.50,$49.75, and \\$37.25 for their classroom libraries. They agreed to share the money raised equally. What is each class’s equal share? Explain or show your reasoning.\n4. In her English class, Mai’s teacher gives 4 quizzes each worth 5 points. After 3 quizzes, she has the scores 4, 3, and 4. What does she need to get on the last quiz to have a mean score of 4? Explain or show your reasoning.\n\n5. An earthworm farmer examined two containers of a certain species of earthworm so that he could learn about their lengths. He measured 25 earthworms in each container and recorded their lengths in millimeters.\n\nHere are histograms of the lengths for each container.\n\n1. Which container tends to have longer worms than the other container?\n2. For which container would 15 millimeters be a reasonable description of a typical length of the worms in the container?\n3. If length is related to age, which container had the most young worms?\n6. Diego thinks that is a solution to the equation . Do you agree? Explain or show your reasoning."
] | [
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"https://access.openupresources.org/curricula/our6-8math/embeds/eyJfcmFpbHMiOnsibWVzc2FnZSI6IkJBaHBBdVFrIiwiZXhwIjpudWxsLCJwdXIiOiJibG9iX2lkIn19--48464ae104f8c0ca358a2fa10048f8079e890ecb/eyJfcmFpbHMiOnsibWVzc2FnZSI6IkJBZzZGMjF6WDIxaGRHaGZkakpmWkdsbmFYUmhiQT09IiwiZXhwIjpudWxsLCJwdXIiOiJ2YXJpYXRpb24ifX0=--9c87e6556271e1d3a3a9dc16b03f00c39ee39775/6.8.C1.Image.01.png",
null
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http://slashbinbash.de/sikkel-lang.html | [
"slashbinbash.de / Sikkel / Language\n\nSikkel (extension: `.sik`) is a Lisp language. It borrows ideas from Common Lisp, Scheme, Racket, and Clojure.\n\nIf you don't know what Lisp is, you should read the Introduction to Lisp article. This should give you enough information to understand the contents of this page.\n\n# General\n\nComments are prefaced by a semicolon `';'` and can appear anywhere in the code:\n\n``````; Comment\n``````\n\n## Data-Types\n\nThe built-in data-types are:\n\nNameExample\nBoolean`true` or `false`\nInteger`42`\nString`\"Hello World!\"`\nSymbol`+`, `even?`, `bob`\nList`(24 true (\"Hello World!\" bob) cat (42))`\n\n## Arithmetic\n\n``````(+ 2 3)\n=> 5\n(+ 10 20 30 40 50)\n=> 150\n\n(- 8)\n=> -8\n(- 10 3)\n=> 7\n\n(* 3 9)\n=> 27\n(* 1 2 3 4)\n=> 24\n\n(/ 10 2)\n=> 5\n\n(mod 6 2)\n=> 0\n``````\n\n## Comparisons\n\n``````(= 3 3)\n=> true\n(< 9 3)\n=> false\n(> 9 3)\n=> true\n(<= 8 8)\n=> true\n(>= 9 4)\n=> true\n\n(boolean? 5)\n=> false\n(integer? \"test\")\n=> false\n(list? 18)\n=> false\n(string? 18)\n=> false\n(symbol? \"test\")\n=> false\n``````\n\n## Logic\n\nBoolean operations can only be used with boolean values.\n\n``````(not ture)\n=> false\n(not false)\n=> true\n\n(and true true)\n=> true\n(and true true false true)\n=> false\n\n(or false false)\n=> false\n(or false false true false)\n=> true\n\n(xor true false)\n=> true\n(xor true true)\n=> false\n``````\n\n`and` and `or` are implemented as short-circuit operators.\n\n``````(and (integer? true) foobar)\n=> false\n\n(or (integer? 18) foobar)\n=> true\n``````\n\nThe second expression is never evaluated because the first expression evaluates to a boolean value that determines the result for the entire expression.\n\n## Conversions\n\n``````(string->symbol expr)\n(symbol->string expr)\n(integer->string expr)\n``````\n\n## Variables\n\nVariables are defined using the `define` function:\n\n``````(define x 24)\n(define y (* 10 2))\n(define z (+ x y))\n\n(define x 0)\n``````\n\nTrying to redefine a variable in the same namespace will result in an error. If the variable is already defined, you can change its value by using `set`.\n\n``````(set x 24)\n``````\n\nVariables are defined in either the global scope of the module, the function scope, or scoped forms (see `scope`, `let`, `match`).\n\n# Evaluation\n\nList evaluation can be manipulated with `quote` and `eval`.\n\n``````(quote ())\n=> ()\n(' (1 2 3 4 5 6))\n=> (1 2 3 4 5 6)\n(' (+ 3 4))\n=> (+ 3 4)\n(eval (' (+ 3 4)))\n=> 7\n``````\n\n# Function\n\nFunctions are defined in the Common Lisp style:\n\n``````(defun add1 (x) (+ x 1))\n\n=> 19\n\n(defun test (x y)\n(print \"Test\")\n(* x y))\n``````\n\nThe function definition can have multiple expressions. The return value of a function is the result of the last expression.\n\nYou can define variables inside the function body. The variables are only visible in the body.\n\n``````(defun test (x y)\n(define z 10)\n(* x y z))\n\n(test 2 3)\n=> 60\n\nz\n=> error: undefined symbol 'z'\n``````\n\n## Lambda\n\nYou can create an unnamed function by using `lambda`:\n\n``````(lambda (x) (+ x 1))\n\n((lambda (x y) (* x y)) 10 5)\n=> 50\n``````\n\nLambda functions are the most restrictive function type. Any variables that you want to use, you have to pass as a parameter.\n\nYou can give the lambda function a name:\n\n``````(define add1 (lambda (x) (+ x 1)))\n=> 4\n``````\n\n## Closure\n\nA closure is a lambda but with state. When you use `closure`, all variables that are defined in its surrounding scope are captured:\n\n``````(defun create-closure (a)\n(closure (x) (* a x))) ; captures a\n\n(define closure1 (create-closure 5))\n\n(closure1 10)\n=> 50\n``````\n\nNote that captured objects cannot be garbage collected until the reference to the function object is removed.\n\n## Do\n\nSome forms only allow one expression. You can use `do` to bypass this restriction.\n\n``````(do\n(print \"First\")\n(print \"Second\")\n(+ 3 18))\n``````\n\nThe return value of `do` is the result of the last expression.\n\n# Conditions\n\n## If\n\n``````(if (< 3 8) 10 16)\n\n(if (= 3 8)\n(print \"A\")\n(print \"B\"))\n``````\n\nThe if form requires you to specify a true and false expression.\n\n## Cond\n\nThe `cond` form is a list of condition and expression pairs.\n\n``````(cond\n((< 9 3) (print \"A\"))\n((= 5 18) (+ 3 3))\n(true (* 10 2)))\n``````\n\nA condition that evaluates to `true` is required.\n\n## Case\n\nThe `case` form is very similar to switch-statements in other languages. The values in each case are compared to the result of the value expression. If any of them matches, the case expression is evaluated.\n\n``````(case (+ 1 2)\n(1 (print \"A\"))\n((2 3 4) (print \"B\"))\n(_ (print \"C\")))\n``````\n\nThe separate cases are compared by euqality. You can test the equality of either one or more values. The character `'_'` denotes the else case and is required.\n\n## Match\n\nThe `match` form is a pattern matching function that compares values for equality and also assign variables if needed.\n\n``````(require list)\n\n(defun foo (x y)\n(if (> x 5)\n(list (' ok) x y)\n(list (' err) \"error\")))\n\n(match (foo 8 2)\n((ok 8 5) (print \"eight five\"))\n((ok 8 _) (print \"eight any\"))\n((ok %x %y) (print (+ x y)))\n((err %m) (print m))\n(_ (print \"any\")))\n``````\n\nIf we call `(foo 8 5)`, the function returns `(ok 8 5)`. This matches with the first statement `(ok 8 5)` perfectly, and `\"eight five\"` is printed.\n\nIf we call `(foo 8 2)`, the function returns `(ok 8 2)`. This does not match the first statement. The second statement contains the wildcard character `'_'`, which matches anything. `\"eight any\"` is printed.\n\nIf we call `(foo 10 20)`, the function returns `(ok 10 20)`. This does not match neither the first nor the second statement. The third one however matches. The character `'%'` tells the interpreter to do an assignment of any value that is found, to the given variable name. This means that 10 is assigned to x and 20 is assigned to y. The number 30 is printed.\n\nIf we call `(foo 2 10)`, the function returns `(err \"error\")`. Similar to the previous match, the error message is assigned to the variable m, and then printed.\n\nThe last case will match any other case that did not previously match.\n\nNotes\n\n• When you use the match form, make sure that you organize the matches from most specific to least specific.\n• The \"match any\"-case should always be last.\n• Variables are defined in the scope of the match.\n\n# Loops\n\n## Repeat\n\n``````(repeat 5 (print \"Test\"))\n``````\n\n## While\n\n``````(define i 5)\n\n(while (> i 0)\n(print \"i:\" i)\n(set i (- i 1)))\n``````\n\n## Until\n\n``````(define i 5)\n\n(until (= i 0)\n(print \"i:\" i)\n(set i (- i 1)))\n``````\n\n# Scope\n\nThere are three namespaces where variable and function definitions live:\n\n1. built-in namespace\n2. global namespace\n3. function namespace\n\nThe built-in namespace has definitions for all the standard language functions that can be used in any module. This includes functions for arithmetic, logic, conditions, loops, and others.\n\nThe global namespace contains the definitions of a module. These are the variables and functions that you define, the names from the modules that you import, etc.\n\nThe function namespace is a temporary namespace that is created when a function is called. It contains the values that you pass to the function, the variables that you define inside the function, etc.\n\nIn addition, there are functions that create temporary namespaces when variables are defined that would otherwise pollute the current namespace. For instance, `match` can create a temporary namespace if you decide to assign values to variables.\n\n## Scope\n\n`scope` creates a temporary scope. The variables that are defined in the scope are invalidated once the the program leaves the scope. This allows you to define variables without polluting your namespace.\n\n``````(define x 1)\n\n(scope\n(print x)\n(define x 2)\n(print x))\n\n(print x)\n``````\n\nOutput:\n\n``````1\n2\n1\n``````\n\nThe return value of scope is the result of the last expression.\n\n## Let\n\n`let` is similar to `scope`. You can create a temporary scope, define variables, and use them in an expression, all in one concise form.\n\n``````(let ((a 5)\n(b 10)\n(c (+ a b)))\n(* (+ b a) (+ a c)))\n``````\n\nThis is equivalent to writing:\n\n``````(scope\n(define a 5)\n(define b 10)\n(define c (+ a b))\n(* (+ b a) (+ a c)))\n``````\n\n# Modules\n\nThe language comes with different modules. To import the names of a module, use the `require` function.\n\n``````(require list)\n``````\n\nIf you use it on the top level, it adds all definitions of `list` to the global namespace of the current module.\n\nYou can restrict which names are imported into the namespace by using `require-from`:\n\n``````(require-from list (list append))\n\n(append (list 1 2 3) (list 4 5 6))\n=> (1 2 3 4 5 6)\n\n(length (list 1 2 3 4))\n=> error: undefined symbol 'length'\n``````\n\nThis is particularly useful if you only want to import a few names of a module that would otherwise import dozens of names.\n\nYou can use `require` inside of a `scope` or a function to import the names without polluting the global namespace:\n\n``````(scope\n(require list)\n(list 1 2 3 4))\n\n=> (1 2 3 4)\n\n(defun test ()\n(require list)\n(list 1 2 3 4))\n\n(test)\n=> (1 2 3 4)\n\n(length (test))\n=> error: undefined symbol 'length'\n\n(list 1 2 3 4)\n=> error: undefined symbol 'list'\n``````\n\n## Sikkel Module Files\n\nEach Sikkel file is in itself a module and can be imported like a module. All names of a module are private by default. You have to specify which names should be exported when the module is loaded with `provide`:\n\nFoo.sik\n\n``````(provide A B)\n\n(define A 42)\n(define B 10)\n(define C 7)\n``````\n\nTo import the module defined by the Foo.sik file, use the `require` function:\n\nBar.sik\n\n``````(require Foo)\n\nA\n=> 42\nB\n=> 10\nC\n=> error: undefined symbol 'C'\n``````\n\nIf the module is located in a sub-directory, the path becomes part of the module name. For instance, the module address for the file \"std/foo/bar.sik\" is `std.foo.bar`:\n\n``````(require std.foo.bar)\n``````\n\n# Misc\n\n## Assert\n\n``````(assert (< 3 4) \"good\")\n``````\n\n## Defun'\n\nWhen using the `defun` function definition, all parameters are evaluated before they are passed to the function.\n\nWith `defun'` the parameters are not evaluated. This is equivalent to using `defun` and using `quote` on each parameter.\n\n``````(require list)\n\n(defun foo (a b c) (list c b a))\n\n(defun' bar (a b c) (list c b a))\n\n(foo (+ 1 2) (- 3 2) (* 3 3))\n=> (9 1 3)\n(foo (quote (+ 1 2)) (quote (- 3 2)) (quote (* 3 3)))\n=> ((* 3 3) (- 3 2) (+ 1 2))\n(bar (+ 1 2) (- 3 2) (* 3 3))\n=> ((* 3 3) (- 3 2) (+ 1 2))\n``````"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.70200807,"math_prob":0.9826314,"size":9135,"snap":"2020-34-2020-40","text_gpt3_token_len":2561,"char_repetition_ratio":0.14270069,"word_repetition_ratio":0.0608496,"special_character_ratio":0.32545155,"punctuation_ratio":0.08882681,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99515235,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-08-05T11:14:00Z\",\"WARC-Record-ID\":\"<urn:uuid:6dd83e65-347c-477f-b787-4386554832b1>\",\"Content-Length\":\"13841\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:3eb13732-8401-473d-b340-fb33cf8e36ed>\",\"WARC-Concurrent-To\":\"<urn:uuid:454bc087-8028-41c3-b0f1-ba87aae5a228>\",\"WARC-IP-Address\":\"80.237.132.201\",\"WARC-Target-URI\":\"http://slashbinbash.de/sikkel-lang.html\",\"WARC-Payload-Digest\":\"sha1:NFYUU4LPQKUZHAFHKJKIMQFCIOPPXXEU\",\"WARC-Block-Digest\":\"sha1:VWMUCVZNVGXEA637PTHUOJUGVCPPJN3P\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-34/CC-MAIN-2020-34_segments_1596439735939.26_warc_CC-MAIN-20200805094821-20200805124821-00314.warc.gz\"}"} |
https://www.aakash.ac.in/ncert-solutions/class-11/chemistry/chapter-6-thermodynamics | [
"• Call Now\n\n1800-102-2727",
null,
"•\n\n# NCERT Solutions for Class 11 Chemistry Chapter 6 - Thermodynamics\n\nNCERT Solutions for Class 11 Chemistry Chapter 6 Thermodynamics: This chapter explains the system and types of systems, surroundings, work, heat, energy, extensive and intensive properties, and state functions. It also deals with First law of thermodynamics -internal energy and enthalpy, heat capacity and specific heat, measurement of U and H, Hess's law of constant heat summation, enthalpy of bond dissociation combustion, formation, atomisation, sublimation, phase transition, ionisation, solution and dilution, Second law of Thermodynamics.\n\nThe chapter further covers the introduction of entropy as a state function, Gibb's energy change for Spontaneous and non-spontaneous processes, criteria for equilibrium and a brief introduction to the Third law of thermodynamics.\n\n• Thermodynamic Terms\n\nThis topic explains the thermodynamics system, which refers to that part of the universe in which observations are made, and the remaining universe constitutes the surroundings. It also lists out the types of System.\n\n• The Internal Energy as a State Function and its Applications\n\nThis topic teaches students to calculate energy changes as work and heat contributions in chemical systems.\n\n• Measurement of ∆U AND ∆H: Calorimetry\n\nStudents learn to measure energy changes associated with chemical or physical processes by an experimental technique in this section.\n\n• Enthalpy Change, ∆rH of a Reaction\n\nIn this topic, students learn the conversion of reactants in a chemical reaction into products. The enthalpy change accompanying a reaction is called the reaction enthalpy.\n\n• Enthalpies for Different Types of Reactions\n\nThis topic discusses the various enthalpies specifying the types of reactions which include, Standard Enthalpy of Combustion, Enthalpy of Atomization, Bond Enthalpy, and Lattice Enthalpy, Enthalpy of Solution and Enthalpy of Dilution and their calculations.\n\n• Spontaneity\n\nHaving the potential to move in either a forward or a backward direction (in case of reactions) without an external agency's assistance is called Spontaneity.\n\n• Gibbs Energy Change and Equilibrium\n\nThis topic deals with understanding the relationship between free energy and the equilibrium constant.\n\n Chapter-1 Some basic concepts of Chemistry Chapter-5 States of Matter Gases and Liquid Chapter-9 Hydrogen Chapter-2 Structure of Atom Chapter-6 Thermodynamics Chapter-10 s Block Elements Chapter-3 Classification of Elements and Periodicity in Properties Chapter-7 Equilibrium Chapter-11 p Block Elements Chapter-4 Chemical Bonding and Molecular Structure Chapter-8 Redox Reactions Chapter-12 Organic Chemistry some Basic Principles and Techniques Chapter-13 Hydrocarbons Chapter-14 Environmental Chemistry"
] | [
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"https://dcx0p3on5z8dw.cloudfront.net/Aakash/s3fs-public/inline-images/phone-icon-new.png",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8898586,"math_prob":0.52011687,"size":2085,"snap":"2023-40-2023-50","text_gpt3_token_len":404,"char_repetition_ratio":0.12782316,"word_repetition_ratio":0.0,"special_character_ratio":0.17026378,"punctuation_ratio":0.11764706,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9532345,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-12-08T00:11:47Z\",\"WARC-Record-ID\":\"<urn:uuid:6457cc1d-fd50-48e6-8401-7061d68a5f99>\",\"Content-Length\":\"233587\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:cc158a34-2536-4ae0-86e7-619c421b57c8>\",\"WARC-Concurrent-To\":\"<urn:uuid:1ef4914f-98aa-414c-8b28-b989bd6d8bbc>\",\"WARC-IP-Address\":\"13.32.151.125\",\"WARC-Target-URI\":\"https://www.aakash.ac.in/ncert-solutions/class-11/chemistry/chapter-6-thermodynamics\",\"WARC-Payload-Digest\":\"sha1:2FZJ7TVV27EUVDXBVRTNSER2VCIHZMD6\",\"WARC-Block-Digest\":\"sha1:RKUE5HYH6JDU6MP3RU7JLNPF5U3VEEMX\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-50/CC-MAIN-2023-50_segments_1700679100705.19_warc_CC-MAIN-20231207221604-20231208011604-00181.warc.gz\"}"} |
https://smackslide.com/slide/dimensional-analysis-factor-label-method-clglmf | [
"# Dimensional Analysis/ Factor-label Method",
null,
"DIMENSIONAL ANALYSIS/ FACTOR-LABEL METHOD TREAT UNITS AS FACTORS, WHICH CAN BE CANCELLED MUST KNOW YOUR EQUALITIES OR CONVERSION FACTORS CHOOSE THE EQUALITY THAT CANCELS OUT THE ORIGINAL UNIT 1 Remember Fractions? 2 2 1 1 = x 3 = 6 3 2 1 2 1 x = 2 3\n\n3 2 x 15 = 3 2 15 x = 3 1 2 5 x = 10 1 1 Remember Algebra? ax 4z ax 4z x 4 4x x =\n\nx = x = yz 3a yz 3a y 3 3y 2 METRIC PREFIXES LARGE MEGA (M) 1M KILO (K) = 1 X 106 1K = 1 X 103\n\nSMALL DECI 1 = 1 X 101 d CENTI 1 = 1 X 102 c MILLI 1 = 1 X 103 m MICRO 1 = 1 X 106 NANO\n\n1 = 1 X 109 n PICO 1 = 1 X 1012p 3 Examples of Equalities Conversion Factors 60 sec = 1 min 60 min = 1 hr 24 hr = 1 day 365 days = 1 yr 1 mile = 5,280 ft 1 ft = 12 in 1 in = 2.54 cm 1 gal = 3.785 L 1 gal = 4 qt\n\n1 qt = 2 pint 1 lb = 454 g 1 lb = 16 oz 1 oz = 28.35 g 4 STEPS: 1) BEGIN WITH KNOWN 2) DECIDE ON AN EQUALITY 3) ARRANGE UNITS TO CANCEL OUT ORIGINAL UNITS 4) DO THE MATH! 5 HOW MANY MINUTES ARE IN 4 HOURS? 60 MIN 4.0 HOURS X 1 HOUR =240 MIN\n\nHOW MANY KILOGRAMS ARE IN 5 GRAMS? 1 Kg 5gX = 0.005 Kg 1000 g 6 CHANGE 286 cg TO Mg (BOTH UNITS HAVE PREFIXES SO MUST DO TWO CONVERSIONSONE TO BASE UNIT THEN TO OTHER PREFIX UNIT!) 286 cg X 1g 100 cg X 1 Mg = 0.00000286 Mg 1 x 106 g\n\nor 2.86 x 10-6 Mg 7 CHANGING UNITS TO CHANGE FROM ENGLISH TO METRIC UNITS, USE CHART ON PG 38. HOW MANY INCHES ARE IN 354 cm? 1 in 354 cm X = 2.54 cm 1 in 354.5 cmX 2.54 cm 139 in = 139.6 in 8"
] | [
null,
"https://cdn.smackslide.com/cover/dimensional-analysis-factor-label-method-clglmf.jpg",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.695635,"math_prob":0.99775195,"size":3453,"snap":"2020-45-2020-50","text_gpt3_token_len":1110,"char_repetition_ratio":0.07393447,"word_repetition_ratio":0.0,"special_character_ratio":0.31364033,"punctuation_ratio":0.106469005,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.98938257,"pos_list":[0,1,2],"im_url_duplicate_count":[null,1,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-10-27T03:23:29Z\",\"WARC-Record-ID\":\"<urn:uuid:79d4909a-76f4-4699-9e37-220777412cf7>\",\"Content-Length\":\"31407\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:f070e72b-8f2b-4cd9-8ff2-531f00fb6ecd>\",\"WARC-Concurrent-To\":\"<urn:uuid:1fc912b1-7a1c-4076-9d4f-3132b1058383>\",\"WARC-IP-Address\":\"172.67.200.186\",\"WARC-Target-URI\":\"https://smackslide.com/slide/dimensional-analysis-factor-label-method-clglmf\",\"WARC-Payload-Digest\":\"sha1:ARVXDB6YBUCXIEXOFQ25X3VWGE5AE4H4\",\"WARC-Block-Digest\":\"sha1:FFQZQSHRQNUCL4JBKWUX5IDRTA3W424S\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-45/CC-MAIN-2020-45_segments_1603107893011.54_warc_CC-MAIN-20201027023251-20201027053251-00313.warc.gz\"}"} |
https://www.shaalaa.com/question-bank-solutions/a-spherical-conducting-shell-of-inner-radius-r1-and-outer-radius-r2-has-a-charge-q-a-a-charge-q-is-placed-at-the-centre-of-the-shell-what-is-the-surface-charge-electrostatics-of-conductors_8838 | [
"# A spherical conducting shell of inner radius r1 and outer radius r2 has a charge Q. (a) A charge q is placed at the centre of the shell. What is the surface charge - Physics\n\nNumerical\n\nA spherical conducting shell of inner radius r1 and outer radius r2 has a charge Q.\n\n(a) A charge q is placed at the centre of the shell. What is the surface charge density on the inner and outer surfaces of the shell?\n\n(b) Is the electric field inside a cavity (with no charge) zero, even if the shell is not spherical, but has any irregular shape? Explain.\n\n#### Solution\n\n(a) Charge placed at the centre of a shell is +q. Hence, a charge of magnitude −q will be induced to the inner surface of the shell. Therefore, the total charge on the inner surface of the shell is −q.\n\nSurface charge density at the inner surface of the shell is given by the relation,\n\nsigma_1 = \"Total Charge\"/\"Inner surface area\" = (-q)/(4pi\"r\"_2^2) ..........(1)\n\nA charge of +q is induced on the outer surface of the shell. A charge of magnitude Q is placed on the outer surface of the shell. Therefore, the total charge on the outer surface of the shell is Q + q. Surface charge density at the outer surface of the shell,\n\nsigma_2 = \"Total Charge\"/\"Outersurface area\" = (\"Q\" + \"q\")/(4pi\"r\"_2^2) ..........(2)\n\n(b) Yes\n\nThe electric field intensity inside a cavity is zero, even if the shell is not spherical and has any irregular shape. Take a closed loop such that a part of it is inside the cavity along a field line while the rest is inside the conductor. Net work done by the field in carrying a test charge over a closed loop is zero because the field inside the conductor is zero. Hence, the electric field is zero, whatever is the shape.\n\nConcept: Electrostatics of Conductors\nIs there an error in this question or solution?\nChapter 2: Electrostatic Potential and Capacitance - Exercise [Page 87]\n\n#### APPEARS IN\n\nNCERT Physics Part 1 and 2 Class 12\nChapter 2 Electrostatic Potential and Capacitance\nExercise | Q 2.15 | Page 87\nNCERT Class 12 Physics Textbook\nChapter 2 Electrostatic Potential and Capacitance\nExercise | Q 15 | Page 88\nShare"
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https://or.stackexchange.com/questions/10021/multiplicity-constraint-in-constraint-programming-solvers | [
"# Multiplicity-Constraint in Constraint Programming Solvers\n\nI need to solve a CSP with a constraint imposing upper bounds on the multiplicity of variables in a list. More precisely, I need a constraint of the form multiplicity(VARIABLES,UPPER_BOUNDS), where VARIABLES is a list of $$n$$ variables and UPPER_BOUNDS is a list of $$n$$ (constant) integers, so that the constraint is satisfied if at most UPPER_BOUNDS[i] variables take the same value as VARIABLES[i], for $$i=1,\\ldots,n$$.\n\nFor example, multiplicity([1,2,2,3,2,1],[2,3,4,1,3,3]) is satisfied but multiplicity([1,2,2,3,2,1],[2,2,4,1,3,3]) fails because the second variable (equal to 2) appears 3 times in the list but has a multiplicity bounded by 2.\n\n1. I wonder if there is an out-of-the box constraint available in any CP solver to do that?\n\n2. I am aware of the constraint 𝚊𝚝𝚖𝚘𝚜𝚝(𝙽,𝚅𝙰𝚁𝙸𝙰𝙱𝙻𝙴𝚂,𝚅𝙰𝙻𝚄𝙴) (cf. this ref), which demands that at most N variables in the list VARIABLES take the value VALUE. What I need is thus a generalization of atmost allowing the VALUE to be a variable. Then, the multiplicity constraint could be written as atmost(UPPER_BOUND[i],VARIABLES,VARIABLES[i]), for $$i=1,\\ldots,n$$. Is there a CP solver supporting a variant of atmost allowing a variable in the field VALUE ?\n\n3. At the moment, my best guess was to rewrite the multiplicity constraint as a list of implications VARIABLES[i]=j implies atmost(UPPER_BOUND[i],VARIABLES,j) , for all $$i=1,\\ldots,n$$ and all values $$j$$ that the variables can take. In practice the pruning does not seem to be very efficient with this approach. Is there another get-around that would be more efficient?\n\n• Not sure if this helps, but you could use a binary variable $$x_{i,j} = \\begin{cases}1& \\text{if x_i=j} \\\\ 0&\\text{otherwise}\\end{cases}$$ The multiplicity is then just a summation. Mar 1 at 15:16\n\nWhat \"special\" constraints a CP solver provides tends to vary by solver. I think it is fairly common, though, for CP solvers to treat logical expressions as equivalent to binary variables. So if $$x[]$$ is your vector of variables and $$b[]$$ your vector of upper bounds, you could write something like $$\\sum_{j\\neq i}(x[i] == x[j]) \\le b[i].$$"
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https://enigmanically.blogspot.com/2013/05/ | [
"Wednesday, May 29, 2013\n\nI have another piece on semantic paradox in The Reasoner in June; but, what about the set-theoretical paradoxes? The seminal paradox of Bertrand Russell (1902: ‘Letter to Frege’, in 1967: Jean van Heijenoort, From Frege to Gödel: A Source Book in Mathematical Logic, 1879–1931, Harvard University Press, 124–5), for example, concerns the class of classes that do not belong to themselves. (In this context, classes are extensions of predicates: all and only the things that satisfy the predicate belong to the class.) Some classes – e.g. the class of humans – do not belong to themselves – the class of humans is a class, not a human – and the class of all such classes is paradoxical: it belongs to itself if, and only if, it does not. Russell conceived this paradox when thinking about the set-theoretical paradoxes, because a class is a kind of set; but, Russell’s paradox can also be expressed directly in terms of predicates:\nLet w be the predicate: to be a predicate that cannot be predicated of itself. Can w be predicated of itself? From each answer its opposite follows. (Ibid, 125)\nNote that “is a human” is a predicate expression, not a human, so it does not describe itself; the question is, what about “does not describe itself”? It describes itself if, and only if, it does not, which is paradoxical (it is widely known as Grelling’s paradox). But, we might as well say that “does not describe itself” describes itself insofar as it does not, from which it follows that it describes itself as much as it does not. So the question arises, could the class of classes that do not belong to themselves belong to itself as much as not? Classes can be like that, e.g. the class of all men would be like that if some hominids had been about as human as not. If we call one such hominid ‘Strider’, then it was about as true as not that Strider was human. Were there no such hominids, then some human would have had non-human parents.\n\nThat – the fuzzy set – resolution of Russell’s paradox coheres rather well with my preferred resolutions of the semantic paradoxes – e.g. The Liar Paradox, from The Reasoner 7(4) – but, the set-theoretical paradoxes originally arose from the mathematics of Georg Cantor, and they concerned, not classes of classes, but numbers of numbers. And of course, numbers are far from fuzzy. You and I, for example, are two people, and there is surely no doubt that we know what is meant by ‘two’ (for all the uncertainty over Strider's personhood). So, let us begin with 0, 1, 2, 3 and so forth, the products of the process of adding 1 to the previous number, starting with 0. Rather trivially, the collection of all those numbers is all of them, referred to collectively; and while some collections – e.g. stamp collections – are variable, if a collection is non-variable then we can say that it is a set (as in “a set of stamps”). On this conception, a set is some particular number of logical objects. To include the numbers 0 and 1, and so make this conception more like the standard conception (and also simplify proofs), let us also include logical objects that can play the role of singletons – sets with a single element – and Ø, the empty set. So, given that we have a set {0, 1, 2 …}, it contains some definite number of numbers, say א (aleph) of them.\n......Cantor showed that every set has more subsets than it has elements, in the cardinal sense of ‘more’. (Two sets have the same cardinal number of elements when the elements of each set can all be paired up with those of the other (cf. Hume's principle).)\nLet S be any set, and let P (for ‘powerset’) be the set of all its subsets (including Ø and S). If S and P had the same cardinality, then there would be one-to-one mappings from S onto all of P, so let M be one such mapping. Let a subset of S, say D, be specified as follows: For each member of S, if the subset that M maps it to contains it, then D does not contain it, and otherwise D does. The problem is that since D differs from every subset that M maps the members of S to, D differs from every subset of S, whereas D is by definition a subset of S. So, D is contradictory, and so there is no such M. So S and P do not have the same cardinality, and since P contains a singleton for each element of S, P is bigger than S.\nSo, {0, 1, 2 …} has beth-one subsets, where beth-one is bigger than aleph, and the set of all those sets has beth-two subsets, and so on. If that endless sequence of bigger and bigger sets is a non-variable sequence, then there is a union – a set of the elements – of all those sets, which is even bigger, with בω (beth-omega) sets. (Omega is the ordinal number of the sequence 1, 2, 3 and so forth.) And that union has בω + 1 subsets, and so on: for any such set there is the set of its subsets, and for any endless sequence of such sets there is, if it is a non-variable sequence, its union. In total, there is a sequence of sets – and a corresponding sequence of numbers, the sizes of those sets – which must be variable; were it not, we would have moved on from that ordered set of sets to its union, and thence to the subsets of that union (and so on). But of course, it is paradoxical that our total sequence of numbers is variable – is of necessity growing forever – because few of us think that numbers that do not already exist could suddenly appear. Suppose, for example, that the number 101 had not always existed; would that not mean that there was once a time when there were no such possibilities as, for example, the possibility of 101 Dalmatians? And note that this paradox cannot be resolved as Russell’s paradox was resolved above, because the idea of something being as variable as not is nonsensical.\n\nNevertheless, the intuition that numbers are atemporal is not unquestionable, because new possibilities can be constructed out of more general possibilities. You were always possible, for example, and yet the possibility of you in particular was only distinct from the more general possibility of people just like you once you existed (to be directly referred to). And it is not too odd to think of arithmetic as constructed from such logical concepts as those of possibility and class. E.g. the obvious meaning of “2 + 2 = 4” is that if we had two things of some kind, then if we got another two of that kind we would have four. So, it is conceivable that, while 101 Dalmatians were always possible, there was once a time when that possibility only existed as part of a more general possibility (of bigger numbers). Such constructivism can be defended atheistically – e.g. see George Lakoff and Rafael E. Núñez (2000: Where Mathematics Comes From: How the Embodied Mind Brings Mathematics into Being, New York: Basic Books) – and theistically, e.g. see Paul Copan and William Lane Craig (2004: Creation out of Nothing: A Biblical, Philosophical, and Scientific Exploration, Grand Rapids, MI: Baker Academic).\n......Whether we are atheists who believe that the human brain evolved in a finite world, or theists who entertain divine ineffability and infinitude, we would have such reasons to doubt that we could ever be justifiably sure about the nature of infinity, though. And another reason why we should keep an open mind about this is that, while it is clearly counter-intuitive to think of the finite cardinal numbers as temporal, it is, if you think about it, no less counter-intuitive to think of them as atemporal. E.g. the arithmetic of such numbers as א and ω is very different to that of the finite cardinal numbers, whence the theoretical behaviour of that many objects is counter-intuitive. Hilbert’s famous Hotel can be built upon Galileo’s paradox, for example. And the difference between cardinal and ordinal arithmetic gives rise to the counter-intuitive behaviour of my quasi-supertask (2003:Infinite Sequences, Finitist Consequence’, British Journal for the Philosophy of Science 54, 591–9). And the infinite set of the finite cardinal numbers covers the whole range of the finite (in units), and yet every one of those numbers is infinitely far from infinite, whence Lévy’s paradox. For more examples, see José Benardete (1964: Infinity: An Essay in Metaphysics, Oxford: Clarendon Press), and Peter Fletcher (2007: ‘Infinity’, in Dale Jacquette, Philosophy of Logic, Amsterdam: Elsevier, 523–585).\n......Intuitively, numbers are timeless; but while it is certainly possible that there is a set of all the finite cardinal numbers, it is also possible that there is not. Both possibilities are counter-intuitive, so both can be supported in ways that would seem compelling were it not for that ‘both’. So, one might think that modern mathematics would have been based on results that follow, not just from one, but from both possibilities. However, such is not the case. Now, the ubiquity of the standard real number line might be explained by its being easy to use, simple and familiar, but there is a similar bias towards assuming that there is a non-variable collection {0, 1, 2 …} in such fundamental research areas as theoretical physics and pure mathematics, which is puzzling. For clues, see Ivor Grattan-Guinness (2000: The Search for Mathematical Roots, 1870–1940: Logics, Set Theories and the Foundations of Mathematics from Cantor through Russell to Gödel, Princeton University Press), and Peter Markie (2013:Rationalism vs. Empiricism’, in Edward N. Zalta, The Stanford Encyclopedia of Philosophy).\n\nIt might be objected that there is no real puzzle because {0, 1, 2 …} is not an informal set in pure mathematics, but is an axiomatic set defined by means of a formal logic. However, that would be to ignore, not to explain, the mystery. We know perfectly well what the cardinal numbers 0, 1, 2, 3 and so forth are; if we had some axioms that did not describe them, we would not throw those numbers away and start using those axioms instead, however nice their formal properties were. To do so would hardly be scientific.\n......Perhaps I should add that we do not get a third kind of set-theoretical paradox from the axiomatic conception. Paradoxes arise when we have contradictory beliefs, and formal structures have no intrinsic meaning; formal axiomatic sets only give us mathematical models of set-theoretical paradoxes. So, while it is true that paradoxes can be avoided if we use formal sets, we did not really resolve the set-theoretical paradoxes by moving from naïve set theory to axiomatic set theory."
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http://support.crackverbal.com/support/solutions/articles/43000618918-there-are-2-groups-of-students-who-took-a-history-test-was-the-average-arithmetic-mean-score-of-th | [
"Concept: The question tests on the application of the knowledge of averages.\n\nSolution:\n\nLet there be x students in Group A and y students in Group B.\n\nLet sum of scores in Group A = a and that of Group B =b.\n\nHence the average of Group A = a/x and the average of Group B = b/x.\n\nWe are asked if average of Group A> average of Group B\n\nor if a/x > b/x ?\n\nSt (1):- Of the students who took the test, 10 were in Group A and 12 were in Group B.\n\nGiven x=10,y=12 but we are not aware of the values of a and b. (Insufficient)\n\nSt(2):- On the test, the highest score achieved was achieved by a Group B student and the lowest score achieved was achieved by a Group A student.\n\nNo specific information regarding the value of a, b, x, y is provided. (Insufficient)\n\nOn combining both, we still do not have the specific values of a, b, x, y. (Insufficient)\n\nThus option (e)"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.95639443,"math_prob":0.82395464,"size":851,"snap":"2023-40-2023-50","text_gpt3_token_len":223,"char_repetition_ratio":0.17473435,"word_repetition_ratio":0.035714287,"special_character_ratio":0.27144536,"punctuation_ratio":0.12060302,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99699086,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-09-30T16:42:31Z\",\"WARC-Record-ID\":\"<urn:uuid:23201844-cab7-423c-80cb-ab6bc20f3d3d>\",\"Content-Length\":\"24120\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:e21fac17-2db4-482a-9d85-e17f0a761137>\",\"WARC-Concurrent-To\":\"<urn:uuid:6d833a61-39d5-423d-9b25-388b3ad1b983>\",\"WARC-IP-Address\":\"104.21.34.217\",\"WARC-Target-URI\":\"http://support.crackverbal.com/support/solutions/articles/43000618918-there-are-2-groups-of-students-who-took-a-history-test-was-the-average-arithmetic-mean-score-of-th\",\"WARC-Payload-Digest\":\"sha1:CPRY6CGFX4TAWE5ZOZ7KEQXX4CTKNEE4\",\"WARC-Block-Digest\":\"sha1:J3H23DT4VIJDLTK5H6E6OO3NHSIRN5SA\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-40/CC-MAIN-2023-40_segments_1695233510697.51_warc_CC-MAIN-20230930145921-20230930175921-00590.warc.gz\"}"} |
http://www.parameterz.com/news/2018/03/06/PHN-Q-and-A | [
"I had the pleasure of doing an interview of sorts with Leo Lopez, MD, the lead author and PI of the recent Pediatric Heart Network z-score manuscript. There are probably bigger and more insightful questions to ask, but these are the ones I posed.\n\nA big \"Thank You\" to Leo and the PHN group for indulging me this opportunity.\n\n### Q.\n\nJust a small matter of methods and results: We know the age range (0-18 years) and that obesity was an excluding criterion, but what were the height and weight ranges? That is, to which of our patients do these data apply?\n\n### A.\n\nHeight range: 43.2 - 207.2 cm (mean 117.1 ± 44.8 cm, median 120 cm);\nweight range 2.0 - 122.6 kg (mean 30.2 ± 23.5 kg, median 22.6 kg).\n\n### Q.\n\nSo why are there no data for end systolic dimension/length/area/volume - or function?\n\n### A.\n\nThere are likely other confounding factors other than body size and/or age that affect LV end-systolic size parameters as well as LV systolic functional parameters - we did not explore these factors in our study. In addition, the reported variability for these parameters are different than the variability reported for the other parameters presented in the paper. Consequently, we decided to study these parameters more carefully in terms of predictors and variability and will publish our findings when these analyses are complete.\n\n### Q.\n\nGiven the limitations of BSA as a scaling variable, what was the discussion like concerning using lean body mass (estimated or otherwise), or a multivariable model using height and weight independently (Dallaire et al) for normalizing body size?\n\n### A.\n\nWe knew there were limitations with using BSA as a predictor of cardiovascular size in the obese population, particularly when normalizing LV mass. However, BSA still remains as the best predictor of LV mass in the normal population. Thus, our study evaluating a normal population specifically excluded obese subjects because of the associated cardiovascular pathology reported with obesity. With exclusion of the obese population, BSA was appropriate for allometric scaling in our normal study population. We did not consider an analysis using estimated lean body mass as a predictor of cardiovascular sizes given the variability of and limitations with the formulas used to estimate lean body mass. In addition, measuring lean body mass using DEXA technology was outside of the scope of this study because of its retrospective design and the use of DEXA is not standard practice when obtaining an echocardiogram. As for multivariable models using height and weight independently as well as other models using other transformations of BSA, we decided to focus primarily on the physiologic approach described by Sluysmans and Colan to normalize the sizes of cardiovascular structures for body size. As discussed in the paper, many models utilize a rigorous statistical approach to find the \"best fit\" for each parameter (with logarithmic or polynomial regressions), but most do not have physiologic justification for the statistical approach. In addition, these types of models result in very complex methods to calculate Z-scores, often requiring the use of the LMS method to account for age-dependent variations in the regression equations. The analyses of the PHN study resulted in a model that utilized a single and simple methodology to predict the sizes of cardiovascular structures with BSA, so additional models using other body size parameters were not evaluated. Having said that, we are now considering a similar study to evaluate height as the scaling variable for the overweight population (BMI 85th - 95th percentile) and weight for children less than 2 years of age.\n\n### Q.\n\nThe data are described as being \"normally distributed\"— a requirement in order that they be used as z-scores. How were the distributions tested or confirmed?\n\n### A.\n\nA histogram was constructed for each indexed parameter, and the normality of the distribution was subjectively or qualitatively determined. We did not do formal statistical testing because most methods to test for normality are quite sensitive to even small departures from normality. This would be problematic given our large sample size.\n\n### Q.\n\nThe new data depart somewhat from previous z-score models wherein the mean and SD are modeled, and z-scores are based on those models. The approach for the new data is to determine and calculate an appropriate allometric indexed value, and the z-scores are then [derived] for indexed values. What was the inspiration for this decision? Was there consensus among the group that this was a good idea?\n\n### A.\n\nWe actually tried multiple approaches to describe the relationship between parameter size and BSA after we finished collecting our data. Because we knew that our large sample size would allow us to evaluate the effects of race and ethnicity on this relationship, we wanted to use a model that would incorporate race and ethnicity (as well as BSA, age, and sex) into the Z-scores. This necessitated modeling the relationship between the parameters and BSA when a linear relationship was clearly not the appropriate assumption. The allometric indexed parameters turned out to model this relationship well, thereby simplifying the Z-score approach. This was very much a group effort, with consensus reached for each step along the way.\n\n### Q.\n\nThis particular form of ratiometric correction has been derided in the past, owing to its often inappropriate application, i.e., not meeting defining criteria. The conditions the data for a ratiometric correction must meet are these:\n\n1. linear relationship between the variables\n2. zero intercept\n3. homoscedasticity\n\nWhat evidence is presented to the readers such that we may know the new data meet the requirements for a proper ratiometric correction?\n\n### A.\n\n1. We tested for any residual relationship between the indexed parameters and BSA using clinical significance rather than statistical significance, given our large sample size. Thus, we chose the appropriate exponent to transform BSA for each parameter only if there was a nearly zero slope (within the limits of clinical significance) when plotting the indexed parameter against BSA. This, in turn, assured a linear relationship between the indexed parameter and the transformed BSA.\n2. The relationship that we tested for each parameter was of the form y = mxa and not y = mxa +b (m = some constant), wherein the former assumes a zero intercept whereas the latter an intercept of b. We were able to determine models that used the 1st equation with the zero intercept for all parameters. In addition, we plotted all of the raw parameter values against the transformed BSA for that parameter, and in all instances the regression line would have had an approximately zero intercept (since there were no subjects with a zero BSA, this was extrapolated from the graphs).\n3. We observed increased variance for most parameters with increasing BSA values, but this was not observed for the indexed parameters (all of which were normally distributed) once we chose the appropriate BSA transformation exponent.\n\n### Q.\n\nAccording to the manuscript, for most relationships the slope of the indexed value vs. BSA was significantly different from zero, indicating some residual dependence on BSA. As a test to see if this slope was clinically important, values from the 1st and 3rd quartiles of BSA were compared between the actual model and a true zero slope. Those differences were evaluated and found to be equal to or less than 5%, and thus, deemed clinically unimportant. It occurs to me that the slope of a line could be within a particular margin at one point, but at points further out the divergence could become clinically significant. Considering that an appropriate index should be valid over the entire range of body size, what is the rationale behind using the quartiles as checkpoints? Should we be worried?",
null,
"### A.\n\nThis is very good point. There was definitely the possibility that our conclusions would not be valid on either side of the 1st and 3rd BSA quartile. Consequently, we ran a similar analysis looking at the percent difference of raw parameter values at the 5th and 95th percentile of BSA for all of the parameters in the study. In this analysis, the percent difference was greater than 5% for only 4 of the parameters (it was 7% or less for all the parameters).\n\n### Q.\n\nLastly, the PHN website notes that ECG data was also collected during this trial for future establishment of ECG reference values. How is that coming and can we look forward to eventually doing fewer echo studies for the indication possible LVH?\n\n### A.\n\nThe PHN paper listing new pediatric ECG reference values is currently under review. The Normal ECG Project is now testing whether age, sex, and/or race have a significant effect in addition to BSA on these reference values."
] | [
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"http://www.parameterz.com/static/img/PHNresidual.png",
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https://brainmass.com/chemistry/general-chemistry/convert-celcius-to-fahrenheit-2497 | [
"Explore BrainMass\n\n# Convert Celcius to Fahrenheit\n\nNot what you're looking for? Search our solutions OR ask your own Custom question.\n\nThis content was COPIED from BrainMass.com - View the original, and get the already-completed solution here!\n\nConvert 37 Celsius in to Fahrenheit\n\nhttps://brainmass.com/chemistry/general-chemistry/convert-celcius-to-fahrenheit-2497\n\n#### Solution Preview\n\nCelsius and Fahrenheit can be converted using the following formula:\n\nTc = (5/9) x (Tf -32)\n\nTc = Temperature in Celsius\nTf = Temperature in Fahrenheit\n\nRearranging this formula, you can ...\n\n#### Solution Summary\n\nSolution uses formula Tc = (5/9) x (Tf - 32). 150 words.\n\n\\$2.49"
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.71465963,"math_prob":0.6473428,"size":696,"snap":"2021-43-2021-49","text_gpt3_token_len":190,"char_repetition_ratio":0.1300578,"word_repetition_ratio":0.021052632,"special_character_ratio":0.26005748,"punctuation_ratio":0.15625,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.98704875,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-12-07T19:10:32Z\",\"WARC-Record-ID\":\"<urn:uuid:b1b7b075-9b4a-48cc-addd-1d328adc8fdc>\",\"Content-Length\":\"330142\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:394a5fb8-d2f5-4704-9a5b-8c4281ec97bb>\",\"WARC-Concurrent-To\":\"<urn:uuid:4c70885a-1f6f-4e5d-b788-6f6dd601bada>\",\"WARC-IP-Address\":\"172.67.75.38\",\"WARC-Target-URI\":\"https://brainmass.com/chemistry/general-chemistry/convert-celcius-to-fahrenheit-2497\",\"WARC-Payload-Digest\":\"sha1:QMAJRTSAU5WEHTDLV7YQRDPTLA77VTYV\",\"WARC-Block-Digest\":\"sha1:FTNOE2SSW7LKK6FTW7YAHZ4236Q27U7P\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-49/CC-MAIN-2021-49_segments_1637964363405.77_warc_CC-MAIN-20211207170825-20211207200825-00411.warc.gz\"}"} |
http://wsopfreechips.co/powerpoint-questions-and-answers-template/question-and-answer-template-flat-design-templates-closing-slides-powerpoint-questions-answers/ | [
"Question And Answer Template Flat Design Templates Closing Slides Powerpoint Questions Answers",
null,
"question and answer template flat design templates closing slides powerpoint questions answers.\n\nquestions and answers ppt template powerpoint create a quiz in ,questions and answers template superb question answer ppt powerpoint ,questions and answers ppt template powerpoint question answer , powerpoint questions and answers template ppt awesome templates, question and answer toolkit template for presentations questions answers ppt powerpoint, powerpoint questions and answers template tree flat design templates closing slides ppt,make a quiz in questions and answers ppt template powerpoint,quiz bee presentation questions and answers ppt template powerpoint ,powerpoint questions and answers template question answer ppt ,powerpoint questions and answers template slide ppt."
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.68050486,"math_prob":0.8550677,"size":876,"snap":"2019-26-2019-30","text_gpt3_token_len":141,"char_repetition_ratio":0.29587156,"word_repetition_ratio":0.10810811,"special_character_ratio":0.14269407,"punctuation_ratio":0.08661418,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9656119,"pos_list":[0,1,2],"im_url_duplicate_count":[null,1,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-06-25T16:04:20Z\",\"WARC-Record-ID\":\"<urn:uuid:ad6fa36c-0e70-4c96-b295-fa709a0060b1>\",\"Content-Length\":\"32441\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:b12c5c64-e7d8-4d59-b3cd-66325a4a3515>\",\"WARC-Concurrent-To\":\"<urn:uuid:5cb7f348-1dfd-49a2-a052-355ec4f3e5bb>\",\"WARC-IP-Address\":\"104.18.63.88\",\"WARC-Target-URI\":\"http://wsopfreechips.co/powerpoint-questions-and-answers-template/question-and-answer-template-flat-design-templates-closing-slides-powerpoint-questions-answers/\",\"WARC-Payload-Digest\":\"sha1:CVYHYCMMGVSK32CXKI4BOFF6Q6P65ZB5\",\"WARC-Block-Digest\":\"sha1:WXJ4QKQ2G6LNLPFBG2ELBP4Y2TBNLH44\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-26/CC-MAIN-2019-26_segments_1560627999853.94_warc_CC-MAIN-20190625152739-20190625174739-00370.warc.gz\"}"} |
https://7tricks.xyz/7-amazing-tricks-of-math/ | [
"# 7 Amazing Tricks of Math 10x Faster | 7tricks\n\nHere are seven tricks for math that are going to be very amazing. These are very easy and simple tricks but are very important in the field of math.\n\n### These are the seven amazing tricks for Math:-\n\n1. Multiply 95 95 etc. in 2 seconds!\n2. Multiply 67 9999999 in 5 seconds!\n3. Cube root of any no. in 2 seconds!\n4. The square root of any complex number!\n5. 243 X 567 in 5 seconds!\n6. 46 X 82 in 5 seconds!\n7. Divisibility Rule Trick!\n\n#### 1. Multiply 95 X 95 etc. in 2 seconds:\n\nYes, with this trick you can multiply 95X95 or 45X45 or 75X75, etc. in 2 seconds.\n\nFor example:- 65X65 = 4225 [First multiply 6 with 7(that is 6+1) we will get 42 and then write 25]\n95X95 = 9025 [First multiply 9 with 10(that is 9+1) we will get 90 and then write 25]\n45X45 = 2025 [First multiply 4 with 5(that is 4+1) we will get 20 and then write 25]\n\nI hope you get this trick, now you can multiply others similarly. This trick only works for squaring of numbers ending with 5 or which ones is 5.\n\n#### 2.Multiply 167 X 99999 in 5 seconds:\n\nCan you imagine, that you can multiply these types of multiplication in 5 seconds? You can improve your calculation 10x faster with this trick. Follow these steps to learn it-\n\n• Subtract 1 from the first number for example here is 167 then write 166.\n• Now subtract 166 from 99999 which will give 99338, you can do it without the help of a notebook.\n• That’s it, the answer is 16699338. You can do it in less than 5 seconds.\nLet’s take some more examples-\n13456X99999 = 1345586544 , it took less than 5 seconds.\nSubtract 1 from 13456 and then subtract 13455 from 99999 and write directly.\nI hope you get this trick!\n\n#### 3. Cube Root of any Number is 2 seconds:\n\nThis is an amazing math trick you can boost your calculation by 10x. You will be able to calculate the cube root of any number in 2 seconds!\nFollow these steps to calculate the cube root of any number:-\n• For Example, the number is 19683, underline the last three digits and see, it ends with 3 which means 33 = 27.\n• Write 7 and now see 19 it is less than 23\n• So the final answer is 47.\nLet’s take some examples:-\n• Cube Root of 250047:- See the last digit it’s 7 so write 3 because 73 ends with 3 i.e. 343. Then look at 250 it’s less than 63 So our final answer is 63.\n• Cube Root of 175616:- See the last digit it’s 6 so write 6 because 63 ends with 6 i.e. 216. Then look at 175 it’s less than 53 So our final answer is 56.\nI hope now you get this trick.\n\n#### 4. The Square root of any complex number:\n\nA complex no. is an imaginary number. Many questions have been asked in JEE Mains and board of square root of a complex no. We have made a different post for this topic you can learn by clicking here.\n\n#### 5. Multiply 2 digits no. with Short Tricks:\n\nIn this trick, you are going to learn how to multiply two-digit numbers quickly:-\n(i) AB × CD = AC / AD + BC / BD\nLet A, B, C, and D be 4 different numbers then for multiplying AB x CD is equal to multiplication of A & D slash multiplication of A & D and then add this in the multiplication of B & C slash multiplication of B & D.\nLet’s Take an example–>\nEx. 35 × 47\n= 12 / 21 + 20 / 35\n= 12 / 41 / 35\n\n= 1645\n\n(ii) AB × AC = A2 / A (B + C) / BC\nIf question have first digit same in both numbers that we have to multiply. then solve by this formula!\nEx. 74 × 76\n= 72 / 7(4 + 6) / 4 × 6\n= 49 / 70 / 24\n= 5624\n(iii) AB × CC = AC / (A + B)C / BC\nEx. = 35 × 44\n= 3×4 / (3+5) × 4 / 5×4\n= 12 / 32 / 20\n= 1540\n\n#### 6. Multiply 3 digits no. with Short Tricks:\n\nLet, the question given like that ABC × DEF (Here, A, B, C, D, E, F are integers ) then for solving these type of multiplication fast use this formula-\nABC × DEF = AD / AE + BD / AF + BE + CD / BF + CE / CF\nLet’s take an example for this—>\nEx. 456 × 234\n= 4×2 /4×3 + 5×2/4×4 + 5×3 + 6×2/5×4 + 6×3/6×4\n= 8/12 + 10/16 + 15 + 12/20 + 18/24\n= 8/22/43/38/24\n= 106704\n\nSo, these are seven tricks, it will help you to boost your calculation. You can follow www.7tricks.xyz for more new tricks.\n\n❤Special Offer for You:-\n\n## 3 thoughts on “7 Amazing Tricks of Math 10x Faster | 7tricks”\n\n1.",
null,
"Thank You Sir!\n\n2.",
null,
"Great Post��\n\n3.",
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] | [
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"https://secure.gravatar.com/avatar/41dc3e007986c35dc46763689fa93174",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8248175,"math_prob":0.99255097,"size":3228,"snap":"2022-40-2023-06","text_gpt3_token_len":1072,"char_repetition_ratio":0.12406948,"word_repetition_ratio":0.01994302,"special_character_ratio":0.39467162,"punctuation_ratio":0.112600535,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99960965,"pos_list":[0,1,2,3,4,5,6],"im_url_duplicate_count":[null,null,null,null,null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-10-01T17:48:56Z\",\"WARC-Record-ID\":\"<urn:uuid:11584466-b6e8-4834-9162-7287b09e95b6>\",\"Content-Length\":\"74234\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:e9d2918b-8a4b-455d-a295-c48fbbab86a5>\",\"WARC-Concurrent-To\":\"<urn:uuid:3ada8d54-55a6-4595-bf80-4cf3804c9d3a>\",\"WARC-IP-Address\":\"104.21.54.14\",\"WARC-Target-URI\":\"https://7tricks.xyz/7-amazing-tricks-of-math/\",\"WARC-Payload-Digest\":\"sha1:5KHYCREQYZYCEREKGVJ2VYEABYFA3YEI\",\"WARC-Block-Digest\":\"sha1:GZEWPATO6LL45EQXYHNHIXKA3APTOMJW\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-40/CC-MAIN-2022-40_segments_1664030336880.89_warc_CC-MAIN-20221001163826-20221001193826-00155.warc.gz\"}"} |
https://wiki.wocommunity.org/pages/viewpage.action?pageId=11142187 | [
"##### Child pages\n• Development-Examples-Calendar Component\nGo to start of banner\n\n# Development-Examples-Calendar Component\n\nYou are viewing an old version of this page. View the current version.\n\nVersion 3\n\nHere is a little example on how to write a \"calendar\" component:\n\nSo you have a specific month, some of the dates are links (that will depend on what the calendar is for) and some basics navigations (next/previous month, year).\n\nThat's how the html could look like:\n\n```\n<webobject name = \"Table\">\n<tr>\n<td align = \"left\" valign = \"top\" colspan = \"7\">\n<webobject name = \"Month\"></webobject>\n<webobject name = \"YearLink\"><webobject name = \"Year\"></webobject></webobject>\n</webobject>\n</td>\n</tr>\n<webobject name = \"Rows\">\n<tr>\n<webobject name = \"Columns\">\n<td align = \"right\" valign = \"top\">\n<webobject name = \"IsCurrentDay\"></webobject><webobject name = \"Link\"><webobject name = \"Day\"></webobject></webobject><webobject name = \"IsCurrentDay\"></webobject>\n</webobject>\n<webobject name = \"Day\"></webobject>\n</webobject>\n</td>\n</webobject>\n</tr>\n</webobject>\n<tr>\n<td align = \"left\" valign = \"top\" colspan =\"3\">\n<webobject name = \"HasPreviousMonth\">\n<small><webobject name = \"PreviousMonthLink\"><webobject name = \"PreviousMonth\"></webobject></webobject></small>\n</webobject>\n</td>\n<td align = \"left\" valign = \"top\">\n\n</td>\n<td align = \"right\" valign = \"top\" colspan =\"3\">\n<webobject name = \"HasNextMonth\">\n<small><webobject name = \"NextMonthLink\"><webobject name = \"NextMonth\"></webobject></webobject></small>\n</webobject>\n</td>\n</tr>\n</webobject>\n</webobject>\n```\n\nAnd here is the wod:\n\n```\nTable: WOGenericContainer{\nelementName = \"table\";\nborder = \"0\";\ncellSpacing = \"0\";\n};\n{\n};\n\naction = displayYear;\n};\nYear: SpanString{\nvalue = month.year;\nisBold = true;\nisSmall = true;\nclass = \"Label\";\n};\nRows: WORepetition{\ncount = rowCount;\nindex = rowIndex;\n};\nColumns: WORepetition{\ncount = columnCount;\nindex = columnIndex;\n};\nMonth: SpanString{\nvalue = month.monthName.toUpperCase;\nisBold = true;\nisSmall = true;\nclass = \"Label\";\n};\nDayName: SpanString{\nvalue = dayName;\nisSmall = true;\nclass = \"Label\";\n};\n};\nnegate = true;\n};\nIsCurrentDay: WOConditional{\ncondition = isCurrentDay;\n};\naction = displayDay;\n};\nDay: SpanString{\nvalue = day.day;\nisSmall = true;\nisBold = isCurrentDay;\nisItalic = isCurrentDay;\nclass = \"Label\";\n};\nHasNextMonth: WOConditional{\ncondition = hasNextMonth;\n};\naction = displayNextMonth;\n};\nNextMonth: SpanString\n{\nvalue = nextMonthName;\nisSmall = true;\nclass = \"Label\";\n};\nHasPreviousMonth: WOConditional{\ncondition = hasPreviousMonth;\n};"
] | [
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http://mathonline.wikidot.com/basic-theorems-regarding-normalizers-of-a-subset-of-a-group | [
"Basic Theorems Regarding Normalizers of a Subset of a Group\n\n# Basic Theorems Regarding Normalizers of a Subset of a Group\n\nRecall from The Normalizer of a Subset A of a Group G, NG(A) page that if $G$ is a group and $A$ is a nonempty subset of $G$ then the normalizer of $A$ in $G$ is defined to be:\n\n(1)\n\\begin{align} \\quad N_G(A) = \\{ g \\in G : gAg^{-1} = A \\} \\end{align}\n\nWe proved that $N_G(A)$ is always a subgroup of $G$ and that $C_G(A)$ is always a subgroup of $N_G(A)$ so that:\n\n(2)\n\\begin{align} \\quad C_G(A) \\leq N_G(A) \\leq G \\end{align}\n\nWe will now prove some other results regarding normalizers. Compare the below results with those regarding centralizers on the Basic Theorems Regarding Centralizers of a Subset of a Group page.\n\n Proposition 1: Let $G$ be a group. If $a \\in G$ then $N_G(a) = C_G(a)$, i.e., the normalizer of a singleton set in $G$ is the centralizer of that singleton in $G$.\n• Proof: This follows immediately from the definitions of $N_G(a)$ and $C_G(a)$. $\\blacksquare$\n Proposition 2: Let $G$ be a group. Then $N_G(Z(G)) = G$.\n Proposition 3: Let $G$ be a group and let $H$ be a subgroup of $G$. Then $H \\leq N_G(H)$.\n\nNote that the normalizer can be constructed of ANY nonempty subset $A$ of $G$. In the special case when $A = H$ is also a subgroup of $G$, proposition 3 tells us that $H$ will be contained in $N_G(H)$.\n\n• Proof: By definition we have that:\n(3)\n\\begin{align} \\quad N_G(H) = \\{ g \\in G : gHg^{-1} = H \\} \\end{align}\n• If $H$ is a subgroup of $G$ then $H$ is closed under its operation. In particular, for all $h \\in H$ we have that $hHh^{-1} \\subseteq H$. In fact, for all $h \\in H$, if $\\varphi_{h} : H \\to H$ is defined for all $h_1 \\in H$ by $\\varphi_h(h_1) = hh_1h^{-1}$ then $\\varphi_h$ is bijection with inverse $\\varphi_{h^{-1}}$ since for all $h_1 \\in H$ we have that:\n(4)\n\\begin{align} (\\varphi_h \\circ \\varphi_{h^{-1}})(h_1) &= \\varphi_h(\\varphi_{h^{-1}}(h_1)) \\\\ &= \\varphi_h(h^{-1}h_1h) \\\\ &= h(h^{-1}h_1h)h^{-1} \\\\ &= h_1 \\\\ &= \\mathrm{id}_H(h_1) \\end{align}\n(5)\n\\begin{align} \\quad (\\varphi_{h^{-1}} \\circ \\varphi_h)(h_1) &= \\varphi_{h^{-1}}(\\varphi_h(h_1)) \\\\ &= \\varphi_{h^{-1}}(hh_1h^{-1}) \\\\ &= h^{-1}(hh_1h^{-1})h \\\\ &= h_1 \\\\ &= \\mathrm{id}_H(h_1) \\end{align}\n• So for each $h \\in H$ we actually have that $hHh^{-1} = \\varphi_h(H) = H$. Thus if $h \\in H$ we have that $h \\in N_G(H)$, i.e., $H \\leq N_G(H)$. $\\blacksquare$\n Proposition 4: Let $G$ be a group and let $A$ be a nonempty subset of $G$. Then $Z(G) \\leq N_G(A)$.\n• Proof: Let $A$ be a nonempty subset of $G$. Let $g \\in Z(G)$. Then $ghg^{-1} = h$ for all $h \\in G$. In particular we have that $gag^{-1} = a$ for all $a \\in A \\subseteq G$.\n• Let $\\varphi_g : A \\to A$ be defined for all $a \\in A$ by $\\varphi_g(a) = gag^{-1}$. Then $\\varphi_g = \\mathrm{id}_A$ since $\\varphi_g(a) = gag^{-1} = a$ for all $a \\in A$, and so $\\varphi_g$ is bijective.\n• Thus $gAg^{-1} = \\varphi_g(A) = A$. So $g \\in N_G(A)$ which shows that $Z(G) \\leq N_G(A)$. $\\blacksquare$"
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https://www.saving.org/area-calculator/sf/114/si | [
"#### 114 square feet to square inches\n\nHow many in2 in 114 ft2?\n\n#### Calculate Area\n\n114 square feet to square inches. How many? What's the calculation? How much? What is 114 square feet in square inches? 114ft2 in in2? How many in2 are there in 114 ft2? Calculate between square feet and square inches. How big is 114 square feet in in2?"
] | [
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https://answers.everydaycalculation.com/add-fractions/20-2-plus-15-84 | [
"Solutions by everydaycalculation.com\n\n1st number: 10 0/2, 2nd number: 15/84\n\n20/2 + 15/84 is 285/28.\n\n1. Find the least common denominator or LCM of the two denominators:\nLCM of 2 and 84 is 84\n2. For the 1st fraction, since 2 × 42 = 84,\n20/2 = 20 × 42/2 × 42 = 840/84\n3. Likewise, for the 2nd fraction, since 84 × 1 = 84,\n15/84 = 15 × 1/84 × 1 = 15/84\n840/84 + 15/84 = 840 + 15/84 = 855/84\n5. After reducing the fraction, the answer is 285/28\n6. In mixed form: 105/28\n\nMathStep (Works offline)",
null,
"Download our mobile app and learn to work with fractions in your own time:"
] | [
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"https://answers.everydaycalculation.com/mathstep-app-icon.png",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7398293,"math_prob":0.9974609,"size":356,"snap":"2019-51-2020-05","text_gpt3_token_len":146,"char_repetition_ratio":0.17897727,"word_repetition_ratio":0.0,"special_character_ratio":0.49438202,"punctuation_ratio":0.09411765,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99746794,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-12-13T07:13:04Z\",\"WARC-Record-ID\":\"<urn:uuid:d350d13c-6232-44b3-a05e-ef2693eca60d>\",\"Content-Length\":\"8051\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:042a8be5-549d-4208-af14-11e7fec3ff29>\",\"WARC-Concurrent-To\":\"<urn:uuid:2b6d4e10-26c0-4902-8518-3d7cb793cb83>\",\"WARC-IP-Address\":\"96.126.107.130\",\"WARC-Target-URI\":\"https://answers.everydaycalculation.com/add-fractions/20-2-plus-15-84\",\"WARC-Payload-Digest\":\"sha1:LY4Q3CLZZP5PFVU7J2CYXT4JU2GCHAJD\",\"WARC-Block-Digest\":\"sha1:E74V2C2SIRMVM6XH3BQT4LOSKJNCETHJ\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-51/CC-MAIN-2019-51_segments_1575540551267.14_warc_CC-MAIN-20191213071155-20191213095155-00485.warc.gz\"}"} |
https://mathematica.stackexchange.com/questions/212983/fourier-series-for-a-function | [
"# Fourier series for a function\n\nI am trying to calculate the fourier series of $$f(x)=\\sin x$$ for $$0 and $$f(x)=0$$ for $$-\\pi and make the plots. I tried\n\nf[x_] = If[x > 0, Sin[x], 0];\na[n_] := (2/L)*Integrate[f[x]*Cos[2 n*Pi*x/L], {x, -L/2, L/2}]\na = (1/L)*Integrate[f[x], {x, -L/2, L/2}]\nb[n_] := (2/L)*Integrate[f[x]*Sin[2 n*Pi*x/L], {x, -L/2, L/2}]\nF[x_, N_] :=\na[o] + Sum[a[n]*Cos[2 n*Pi*x/L] + b[n]*Sin[2 n*Pi*x/L], {n, 1, N}]\np[N_, a_] :=\nPlot[Evaluate[F[x, N]], {x, -a, a}, PlotRange -> All,\nPlotPoints -> 200]\nL = 2Pi;\na[n]\na\nb[n]\np[20, 1]\n\n\n\n\nbut the Plot doesn't seems correct. Then, for $$f(x)=0?.$$ What about the converge of the series?\n\n• Move L = 2Pi; from the bottom of your code to the top and in your definition of F[x_,N_] change a[o] to a and that will fix two of your problems.\n– Bill\nJan 16, 2020 at 17:13\n• Have you seen FourierSeries and FourierCoefficient? Jan 16, 2020 at 17:52\n\nYou can just use FourierSeries\n\nClearAll[x]\nnTerms = 10;\nf[x_] := Piecewise[{{Sin[x], 0 < x < Pi}, {0, -Pi < x < 0}}]\nseries = ExpToTrig[FourierSeries[f[x], x, nTerms]]\n\n\n$$\\frac{\\sin (x)}{2}-\\frac{2 \\cos (2 x)}{3 \\pi }-\\frac{2 \\cos (4 x)}{15 \\pi }-\\frac{2 \\cos (6 x)}{35 \\pi }-\\frac{2 \\cos (8 x)}{63 \\pi }-\\frac{2 \\cos (10 x)}{99 \\pi }+\\frac{1}{\\pi }$$",
null,
"Manipulate[\nModule[{series},\nseries = ExpToTrig[FourierSeries[f[x], x, nTerms]];\nGrid[{\n{series},\n{Plot[series, {x, -a, a}, ImageSize -> 400]}\n}, Frame -> All]\n]\n,\n{{nTerms, 4, \"How many terms?\"}, 1, 10, 1, Appearance -> \"Labeled\"},\n{{a, Pi, \"Range?\"}, Pi/10, 5 Pi, Pi/10, Appearance -> \"Labeled\"},\nContinuousAction -> False,\nTrackedSymbols :> {a, nTerms},\nInitialization :>\n(f[x_] := Piecewise[{{Sin[x], 0 < x < Pi}, {0, -Pi < x < 0}}])\n]\n`\n\nThere is also lots of Fourier series animations here, all done using Mathematica."
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https://forum.allaboutcircuits.com/threads/finding-peak-to-peak-voltage-of-a-square-wave-using-a-multimeter.64167/ | [
"# Finding Peak-to-Peak Voltage of a Square Wave Using a Multimeter?\n\n#### TheLaw\n\nJoined Sep 2, 2010\n228\nHello,\n\nHow can I find the peak-to-peak voltage of a square wave produced by a function generator when I only have a True-RMS multimeter?\n\nI'm new at this so if someone could dumb it down for me, I'd appreciate it.\n\nIs it possible? Thanks.\n\n#### thatoneguy\n\nJoined Feb 19, 2009\n6,359\n•",
null,
"jaygatsby\n\n#### MrChips\n\nJoined Oct 2, 2009\n21,823\nand hence the peak-to-peak voltage would be twice the RMS reading.\n\n#### TheLaw\n\nJoined Sep 2, 2010\n228\nFor a square-wave, RMS is the peak voltage.\n\nOr do you need it for duty cycles other than 50%?\n\nETA: RMS - Peak Calculator for different waves\nNo 50% duty is all I need. It says positive square wave. I forgot to mention that it is a +/- square wave equally bipolar. So if it was 10Vpp, it would be +5, -5V...if that makes sense.\n\nIs duration (T) one period?\n\nThank you.\n\n#### TheLaw\n\nJoined Sep 2, 2010\n228\nand hence the peak-to-peak voltage would be twice the RMS reading.\nThe reading of a multimeter is RMS, but since it's meant to give the RMS value of a sine wave, wouldn't it screw something up when its a square wave?\n\n#### thatoneguy\n\nJoined Feb 19, 2009\n6,359\nYes, T is usually the period, or $$\\frac{1}{f}$$ where f is frequency.\n\n#### thatoneguy\n\nJoined Feb 19, 2009\n6,359\nThe reading of a multimeter is RMS, but since it's meant to give the RMS value of a sine wave, wouldn't it screw something up when its a square wave?\n\nIf the meter is TRUE - RMS and marked that way, then it will give you the correct RMS voltage of any waveform (up to the frequency ability of the meter)\n\nIf the meter cost under $40-$50 or so, it is probably only True RMS for sinewaves, and the actual voltage of a different waveform is anybody's guess in the case of an Sine RMS only meter.\n\n#### MrChips\n\nJoined Oct 2, 2009\n21,823\nThe RMS value is what constant DC voltage will give the same heating effect as the signal of arbitrary wave form. Hence mathematically, you have to compute the integral of the square of the amplitude and then take the square root. So when you square the negative portion, it is the same value as the positive part. Hence the RMS is the same as if the square wave was a constant DC signal of half the peak-to-peak voltage.\n\n#### TheLaw\n\nJoined Sep 2, 2010\n228\nIf the meter is TRUE - RMS and marked that way, then it will give you the correct RMS voltage of any waveform (up to the frequency ability of the meter)\n\nIf the meter cost under $40-$50 or so, it is probably only True RMS for sinewaves, and the actual voltage of a different waveform is anybody's guess in the case of an Sine RMS only meter.\nhttp://www.amprobe.com/amprobe/usen/Multimeters/Industrial-Multimeters-/AM-270.htm?PID=73125\n\nI'll have to look at the datasheet for my meter then.\n\nThank you.\n\n#### thatoneguy\n\nJoined Feb 19, 2009\n6,359\nThat meter is a True RMS meter, meaning it will give you the RMS value of any waveform.\n\nIt may also give you the peak voltage if you set it to peak record.\n\n#### TheLaw\n\nJoined Sep 2, 2010\n228\nThe RMS value is what constant DC voltage will give the same heating effect as the signal of arbitrary wave form. Hence mathematically, you have to compute the integral of the square of the amplitude and then take the square root. So when you square the negative portion, it is the same value as the positive part. Hence the RMS is the same as if the square wave was a constant DC signal.\nI got the first part about the heating. (Actually learned that in school!). Second part not so much..Let's see. I'll read it again.\n\n#### MrChips\n\nJoined Oct 2, 2009\n21,823\nDraw a square wave centered above and below 0V. So in your example of 10V p-p, you end up with 5V above and 5V below.\nNow flip the negative portion to the positive side. You end up with a DC voltage equal to 5V, half the peak-to-peak value.\n\nA true RMS reading voltmeter would give the same reading as the 5V DC voltage if they were to have the same heating effect.\n\n#### bountyhunter\n\nJoined Sep 7, 2009\n2,512\nHello,\n\nHow can I find the peak-to-peak voltage of a square wave produced by a function generator when I only have a True-RMS multimeter?\n\nI'm new at this so if someone could dumb it down for me, I'd appreciate it.\n\nIs it possible? Thanks.\nBe careful. Most modern \"true RMS meters\" do some kind of integral approxination and are only accurate on signals with a crest factor less than 3. The phrase \"True RMS\" must be taken with a grain of salt, unless it is a thermal meter and they are rare and very expensive.\n\n#### crutschow\n\nJoined Mar 14, 2008\n25,389\nBe careful. Most modern \"true RMS meters\" do some kind of integral approxination and are only accurate on signals with a crest factor less than 3. The phrase \"True RMS\" must be taken with a grain of salt, unless it is a thermal meter and they are rare and very expensive.\nThe crest factor of a square-wave is 1, so that should not be a problem for the meter.\n\n#### bountyhunter\n\nJoined Sep 7, 2009\n2,512\nThe other problem is bandwidth limitation. The leading edges of a square wave have very high frequency content. It would be like using a scope with a bandwidth of about 50 kHz to look at a square wave. The vertical edges would be \"leaning\" more like a triangle wave.\n\nJoined Apr 30, 2011\n1,569\nI'm going to have to try that with my meter sometime. It's a true RMS with min, max and average (Fluke 89 IV). I know that mathematically a 10Vpp square wave of 50% duty cycle should read 5Vrms, min = -5V, max = 5V and average = 0V but it would be interesting to verify."
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9220505,"math_prob":0.9728198,"size":3016,"snap":"2020-45-2020-50","text_gpt3_token_len":711,"char_repetition_ratio":0.109561756,"word_repetition_ratio":0.26741996,"special_character_ratio":0.23441644,"punctuation_ratio":0.10016155,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9903883,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-10-21T22:48:48Z\",\"WARC-Record-ID\":\"<urn:uuid:da59907d-927b-4e0f-8f08-702d2dbc73d1>\",\"Content-Length\":\"170087\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:ab368986-ba99-491b-908a-4cf5c1a6f6ee>\",\"WARC-Concurrent-To\":\"<urn:uuid:bb518496-da4a-4d5d-8e93-de1fd59fe85e>\",\"WARC-IP-Address\":\"172.67.34.128\",\"WARC-Target-URI\":\"https://forum.allaboutcircuits.com/threads/finding-peak-to-peak-voltage-of-a-square-wave-using-a-multimeter.64167/\",\"WARC-Payload-Digest\":\"sha1:CLP466XLX5B3Y3WWB5KRBSVEXSV5K5OL\",\"WARC-Block-Digest\":\"sha1:ZPRYONLYM4TBAC3A3YR7JOHC2REMQS75\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-45/CC-MAIN-2020-45_segments_1603107878633.8_warc_CC-MAIN-20201021205955-20201021235955-00500.warc.gz\"}"} |
https://support.microsoft.com/zh-tw/office/binom-dist-%E5%87%BD%E6%95%B8-c5ae37b6-f39c-4be2-94c2-509a1480770c | [
"# BINOM.DIST 函數\n\n## 語法\n\nBINOM.DIST(number_s,trials,probability_s,cumulative)\n\nBINOM.DIST 函數語法具有下列引數：\n\n• Number_s 必要。 為實驗的成功次數。\n\n• Trials 必要。 為獨立實驗的次數。\n\n• Probability_s 必要。 每一次實驗的成功機率。\n\n• Cumulative 必要。 這是決定函數形式的邏輯值。 如果 cumulative 為 TRUE，則 BINOM.DIST 會傳回累加分配函數，最多有 number_s 次成功的機率；如果為 FALSE，則會傳回機率質量函數，有 number_s 次成功的機率。\n\n## 註解\n\n• Number_s 和 trials 只會取至整數。\n\n• 如果 number_s、trials 或 probability_s 非數值，BINOM.DIST 會傳回 #VALUE! 錯誤值。\n\n• 如果 number_s < 0 或 number_s > trials，BINOM.DIST 會傳回 #NUM! 錯誤值。\n\n• 如果 probability_s < 0 或 probability_s > 1，BINOM.DIST 會傳回 #NUM! 錯誤值。\n\n• 二項機率質量函數為：",
null,
"其中：",
null,
"為 COMBIN(n,x)。\n\n累加二項分配為：",
null,
"## 範例\n\n 資料 描述 6 實驗成功次數 10 獨立實驗的次數。 0.5 每一次實驗的成功機率 公式 描述 結果 =BINOM.DIST(A2,A3,A4,FALSE) 10 次實驗中有 6 次成功的機率。 0.2050781\n\n×"
] | [
null,
"https://support.content.office.net/zh-tw/media/4e081461-63a0-4e47-8a68-1b499765ea54.gif",
null,
"https://support.content.office.net/zh-tw/media/e9d294ff-190a-4435-946b-a86958958454.gif",
null,
"https://support.content.office.net/zh-tw/media/d30e06e3-27be-4617-aad4-35f14fae6baa.gif",
null
] | {"ft_lang_label":"__label__zh","ft_lang_prob":0.9529396,"math_prob":0.9723278,"size":928,"snap":"2020-34-2020-40","text_gpt3_token_len":752,"char_repetition_ratio":0.17316018,"word_repetition_ratio":0.0,"special_character_ratio":0.2801724,"punctuation_ratio":0.13375796,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9721356,"pos_list":[0,1,2,3,4,5,6],"im_url_duplicate_count":[null,8,null,8,null,8,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-08-10T02:44:13Z\",\"WARC-Record-ID\":\"<urn:uuid:6393cc3a-878f-47ad-969e-a0901b2acd7d>\",\"Content-Length\":\"94818\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:70e02e42-0f14-4ad4-a0b2-08d94a5d1f41>\",\"WARC-Concurrent-To\":\"<urn:uuid:67db5a18-5683-46c3-a27f-d1b1a2f7a05a>\",\"WARC-IP-Address\":\"23.56.206.187\",\"WARC-Target-URI\":\"https://support.microsoft.com/zh-tw/office/binom-dist-%E5%87%BD%E6%95%B8-c5ae37b6-f39c-4be2-94c2-509a1480770c\",\"WARC-Payload-Digest\":\"sha1:B5YU7SPEYSQ5Z3EGW7ABZZDNLENUKUKQ\",\"WARC-Block-Digest\":\"sha1:XP7WVIIVCO3AZW3NR5PJS5KWQZTMAHD6\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-34/CC-MAIN-2020-34_segments_1596439738603.37_warc_CC-MAIN-20200810012015-20200810042015-00472.warc.gz\"}"} |
https://www.mankier.com/3/claqp2.f | [
"# claqp2.f man page\n\nclaqp2.f\n\n## Synopsis\n\n### Functions/Subroutines\n\nsubroutine claqp2 (M, N, OFFSET, A, LDA, JPVT, TAU, VN1, VN2, WORK)\nCLAQP2 computes a QR factorization with column pivoting of the matrix block.\n\n## Function/Subroutine Documentation\n\n### subroutine claqp2 (integer M, integer N, integer OFFSET, complex, dimension( lda, * ) A, integer LDA, integer, dimension( * ) JPVT, complex, dimension( * ) TAU, real, dimension( * ) VN1, real, dimension( * ) VN2, complex, dimension( * ) WORK)\n\nCLAQP2 computes a QR factorization with column pivoting of the matrix block.\n\nPurpose:\n\n``` CLAQP2 computes a QR factorization with column pivoting of\nthe block A(OFFSET+1:M,1:N).\nThe block A(1:OFFSET,1:N) is accordingly pivoted, but not factorized.```\nParameters:\n\nM\n\n``` M is INTEGER\nThe number of rows of the matrix A. M >= 0.```\n\nN\n\n``` N is INTEGER\nThe number of columns of the matrix A. N >= 0.```\n\nOFFSET\n\n``` OFFSET is INTEGER\nThe number of rows of the matrix A that must be pivoted\nbut no factorized. OFFSET >= 0.```\n\nA\n\n``` A is COMPLEX array, dimension (LDA,N)\nOn entry, the M-by-N matrix A.\nOn exit, the upper triangle of block A(OFFSET+1:M,1:N) is\nthe triangular factor obtained; the elements in block\nA(OFFSET+1:M,1:N) below the diagonal, together with the\narray TAU, represent the orthogonal matrix Q as a product of\nelementary reflectors. Block A(1:OFFSET,1:N) has been\naccordingly pivoted, but no factorized.```\n\nLDA\n\n``` LDA is INTEGER\nThe leading dimension of the array A. LDA >= max(1,M).```\n\nJPVT\n\n``` JPVT is INTEGER array, dimension (N)\nOn entry, if JPVT(i) .ne. 0, the i-th column of A is permuted\nto the front of A*P (a leading column); if JPVT(i) = 0,\nthe i-th column of A is a free column.\nOn exit, if JPVT(i) = k, then the i-th column of A*P\nwas the k-th column of A.```\n\nTAU\n\n``` TAU is COMPLEX array, dimension (min(M,N))\nThe scalar factors of the elementary reflectors.```\n\nVN1\n\n``` VN1 is REAL array, dimension (N)\nThe vector with the partial column norms.```\n\nVN2\n\n``` VN2 is REAL array, dimension (N)\nThe vector with the exact column norms.```\n\nWORK\n\n` WORK is COMPLEX array, dimension (N)`\nAuthor:\n\nUniv. of Tennessee\n\nUniv. of California Berkeley\n\nNAG Ltd.\n\nDate:\n\nDecember 2016\n\nContributors:\n\nG. Quintana-Orti, Depto. de Informatica, Universidad Jaime I, Spain X. Sun, Computer Science Dept., Duke University, USA\nPartial column norm updating strategy modified on April 2011 Z. Drmac and Z. Bujanovic, Dept. of Mathematics, University of Zagreb, Croatia.\n\nReferences:\n\nLAPACK Working Note 176\n\nDefinition at line 151 of file claqp2.f.\n\n## Author\n\nGenerated automatically by Doxygen for LAPACK from the source code.\n\n## Referenced By\n\nThe man page claqp2(3) is an alias of claqp2.f(3).\n\nTue Nov 14 2017 Version 3.8.0 LAPACK"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.66719794,"math_prob":0.93069345,"size":3153,"snap":"2019-43-2019-47","text_gpt3_token_len":924,"char_repetition_ratio":0.12702446,"word_repetition_ratio":0.43629342,"special_character_ratio":0.26197273,"punctuation_ratio":0.20399429,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99215704,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-11-22T04:28:30Z\",\"WARC-Record-ID\":\"<urn:uuid:3442f3e6-e821-4700-9008-70de3dd47b31>\",\"Content-Length\":\"8956\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:62ccdaaf-7bf4-416d-b432-2640808f58c8>\",\"WARC-Concurrent-To\":\"<urn:uuid:9bc50fab-53e2-4a86-b271-6dada59ebaa9>\",\"WARC-IP-Address\":\"104.31.89.183\",\"WARC-Target-URI\":\"https://www.mankier.com/3/claqp2.f\",\"WARC-Payload-Digest\":\"sha1:DMTXUXMDEVIPFRN2NR6RTCJCOFCP5KOF\",\"WARC-Block-Digest\":\"sha1:53RIS4BMXD4OM4IIUUAQD4ZSGGN2WQ47\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-47/CC-MAIN-2019-47_segments_1573496671239.99_warc_CC-MAIN-20191122042047-20191122070047-00253.warc.gz\"}"} |
http://dlib.net/kkmeans_ex.cpp.html | [
"```// The contents of this file are in the public domain. See LICENSE_FOR_EXAMPLE_PROGRAMS.txt\n/*\nThis is an example illustrating the use of the kkmeans object\nand spectral_cluster() routine from the dlib C++ Library.\n\nThe kkmeans object is an implementation of a kernelized k-means clustering\nalgorithm. It is implemented by using the kcentroid object to represent\neach center found by the usual k-means clustering algorithm.\n\nSo this object allows you to perform non-linear clustering in the same way\na svm classifier finds non-linear decision surfaces.\n\nThis example will make points from 3 classes and perform kernelized k-means\nclustering on those points. It will also do the same thing using spectral\nclustering.\n\nThe classes are as follows:\n- points very close to the origin\n- points on the circle of radius 10 around the origin\n- points that are on a circle of radius 4 but not around the origin at all\n*/\n\n#include <iostream>\n#include <vector>\n\n#include <dlib/clustering.h>\n#include <dlib/rand.h>\n\nusing namespace std;\nusing namespace dlib;\n\nint main()\n{\n// Here we declare that our samples will be 2 dimensional column vectors.\n// (Note that if you don't know the dimensionality of your vectors at compile time\n// you can change the 2 to a 0 and then set the size at runtime)\ntypedef matrix<double,2,1> sample_type;\n\n// Now we are making a typedef for the kind of kernel we want to use. I picked the\n// radial basis kernel because it only has one parameter and generally gives good\n// results without much fiddling.\n\n// Here we declare an instance of the kcentroid object. It is the object used to\n// represent each of the centers used for clustering. The kcentroid has 3 parameters\n// you need to set. The first argument to the constructor is the kernel we wish to\n// use. The second is a parameter that determines the numerical accuracy with which\n// the object will perform part of the learning algorithm. Generally, smaller values\n// give better results but cause the algorithm to attempt to use more dictionary vectors\n// (and thus run slower and use more memory). The third argument, however, is the\n// maximum number of dictionary vectors a kcentroid is allowed to use. So you can use\n// it to control the runtime complexity.\nkcentroid<kernel_type> kc(kernel_type(0.1),0.01, 8);\n\n// Now we make an instance of the kkmeans object and tell it to use kcentroid objects\n// that are configured with the parameters from the kc object we defined above.\nkkmeans<kernel_type> test(kc);\n\nstd::vector<sample_type> samples;\nstd::vector<sample_type> initial_centers;\n\nsample_type m;\n\ndlib::rand rnd;\n\n// we will make 50 points from each class\nconst long num = 50;\n\n// make some samples near the origin\nfor (long i = 0; i < num; ++i)\n{\ndouble sign = 1;\nif (rnd.get_random_double() < 0.5)\nsign = -1;\n\n// add this sample to our set of samples we will run k-means\nsamples.push_back(m);\n}\n\n// make some samples in a circle around the origin but far away\nfor (long i = 0; i < num; ++i)\n{\ndouble sign = 1;\nif (rnd.get_random_double() < 0.5)\nsign = -1;\n\n// add this sample to our set of samples we will run k-means\nsamples.push_back(m);\n}\n\n// make some samples in a circle around the point (25,25)\nfor (long i = 0; i < num; ++i)\n{\ndouble sign = 1;\nif (rnd.get_random_double() < 0.5)\nsign = -1;\n\n// translate this point away from the origin\nm(0) += 25;\nm(1) += 25;\n\n// add this sample to our set of samples we will run k-means\nsamples.push_back(m);\n}\n\n// tell the kkmeans object we made that we want to run k-means with k set to 3.\n// (i.e. we want 3 clusters)\ntest.set_number_of_centers(3);\n\n// You need to pick some initial centers for the k-means algorithm. So here\n// we will use the dlib::pick_initial_centers() function which tries to find\n// n points that are far apart (basically).\npick_initial_centers(3, initial_centers, samples, test.get_kernel());\n\n// now run the k-means algorithm on our set of samples.\ntest.train(samples,initial_centers);\n\n// now loop over all our samples and print out their predicted class. In this example\n// all points are correctly identified.\nfor (unsigned long i = 0; i < samples.size()/3; ++i)\n{\ncout << test(samples[i]) << \" \";\ncout << test(samples[i+num]) << \" \";\ncout << test(samples[i+2*num]) << \"\\n\";\n}\n\n// Now print out how many dictionary vectors each center used. Note that\n// the maximum number of 8 was reached. If you went back to the kcentroid\n// constructor and changed the 8 to some bigger number you would see that these\n// numbers would go up. However, 8 is all we need to correctly cluster this dataset.\ncout << \"num dictionary vectors for center 0: \" << test.get_kcentroid(0).dictionary_size() << endl;\ncout << \"num dictionary vectors for center 1: \" << test.get_kcentroid(1).dictionary_size() << endl;\ncout << \"num dictionary vectors for center 2: \" << test.get_kcentroid(2).dictionary_size() << endl;\n\n// Finally, we can also solve the same kind of non-linear clustering problem with\n// spectral_cluster(). The output is a vector that indicates which cluster each sample\n// belongs to. Just like with kkmeans, it assigns each point to the correct cluster.\nstd::vector<unsigned long> assignments = spectral_cluster(kernel_type(0.1), samples, 3);\ncout << mat(assignments) << endl;\n\n}\n\n```"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7457622,"math_prob":0.9774089,"size":5587,"snap":"2021-43-2021-49","text_gpt3_token_len":1399,"char_repetition_ratio":0.1216192,"word_repetition_ratio":0.17073171,"special_character_ratio":0.28172544,"punctuation_ratio":0.13747646,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99733984,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-10-23T16:24:52Z\",\"WARC-Record-ID\":\"<urn:uuid:d8f36729-9cb4-47d8-9b71-3139e8715942>\",\"Content-Length\":\"19785\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:4c8a7908-8ecc-4f3e-b2bd-f2ef05bbda79>\",\"WARC-Concurrent-To\":\"<urn:uuid:4d0f2626-9c58-46bd-be9b-37e9b452f4c1>\",\"WARC-IP-Address\":\"107.180.26.78\",\"WARC-Target-URI\":\"http://dlib.net/kkmeans_ex.cpp.html\",\"WARC-Payload-Digest\":\"sha1:GSNPVEVEWCZXVTXAIJHNVYD55Q4I2PIO\",\"WARC-Block-Digest\":\"sha1:HUQV3VYR7BUELBYTBBI6TEHS3ATDUDSJ\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-43/CC-MAIN-2021-43_segments_1634323585737.45_warc_CC-MAIN-20211023162040-20211023192040-00482.warc.gz\"}"} |
https://help.scilab.org/docs/6.0.0/ru_RU/section_db0e1f74ea7f8a3c0fccc1c0d159d3fd.html | [
"Scilab Home page | Wiki | Bug tracker | Forge | Mailing list archives | ATOMS | File exchange\n\nСправка Scilab >> Графики > 3d_plot\n\n### 3d_plot\n\n• comet3d3D comet animated plot.\n• contourlevel curves on a 3D surface\n• eval3dvalues of a function on a grid => this function is obsolete\n• eval3dpcompute facets of a 3D parametric surface\n• fac3d3D plot of a surface. This function is obsolete.\n• fplot3d3D plot of a surface defined by a function\n• fplot3d13D gray or color level plot of a surface defined by a function\n• genfac3dCompute facets of a 3D surface\n• geom3dprojection from 3D on 2D after a 3D plot\n• hist3d3D representation of a histogram\n• meshграфик трёхмерной сетки\n• nf3dRectangular facets to plot3d parameters\n• param3d3D plot of a parametric curve\n• param3d13D plot of parametric curves\n• param3d propertiesdescription of the 3D curves entities properties\n• plot3d3D plot of a surface\n• plot3d13D gray or color level plot of a surface\n• plot3d2plot surface defined by rectangular facets\n• plot3d3mesh plot surface defined by rectangular facets\n• scatter33D scatter plot\n• secto3d3D surfaces conversion\n• surf3D surface plot\n• surface propertiesdescription of the 3D entities properties"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.5614117,"math_prob":0.92280716,"size":1826,"snap":"2021-43-2021-49","text_gpt3_token_len":582,"char_repetition_ratio":0.14654227,"word_repetition_ratio":0.121212125,"special_character_ratio":0.27272728,"punctuation_ratio":0.051660515,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9815266,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-10-22T06:56:31Z\",\"WARC-Record-ID\":\"<urn:uuid:751b4deb-1bf0-4672-8bc4-a9a3f0237d60>\",\"Content-Length\":\"25054\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:7068c756-e9aa-48f9-b96f-770b7f345fb1>\",\"WARC-Concurrent-To\":\"<urn:uuid:bb524c9a-e023-406e-aa9c-43a201ea5864>\",\"WARC-IP-Address\":\"176.9.3.186\",\"WARC-Target-URI\":\"https://help.scilab.org/docs/6.0.0/ru_RU/section_db0e1f74ea7f8a3c0fccc1c0d159d3fd.html\",\"WARC-Payload-Digest\":\"sha1:OROAPVBBTYZSAZPHZ4MQS6AMKHJTVYLJ\",\"WARC-Block-Digest\":\"sha1:E5A6NAHKZDT4PNWBJ3EYWZA2ANQRSRWQ\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-43/CC-MAIN-2021-43_segments_1634323585460.87_warc_CC-MAIN-20211022052742-20211022082742-00054.warc.gz\"}"} |
https://www.numbersaplenty.com/6133238121253 | [
"Search a number\nBaseRepresentation\nbin101100101000000000101…\n…1110101100001100100101\n3210201022221220120101210211\n41121100001132230030211\n51300441332424340003\n621013323134215421\n71202053233600235\noct131200136541445\n923638856511724\n106133238121253\n111a55101031a51\n128307b5054571\n1335649205c7b9\n14172bc9367cc5\n15a981622996d\nhex594017ac325\n\n6133238121253 has 16 divisors (see below), whose sum is σ = 6448414452480. Its totient is φ = 5822128515456.\n\nThe previous prime is 6133238121247. The next prime is 6133238121259. The reversal of 6133238121253 is 3521218323316.\n\nIt is a happy number.\n\nIt is an interprime number because it is at equal distance from previous prime (6133238121247) and next prime (6133238121259).\n\nIt is a cyclic number.\n\nIt is not a de Polignac number, because 6133238121253 - 241 = 3934214865701 is a prime.\n\nIt is a congruent number.\n\nIt is not an unprimeable number, because it can be changed into a prime (6133238121259) by changing a digit.\n\nIt is a polite number, since it can be written in 15 ways as a sum of consecutive naturals, for example, 11095843 + ... + 11635471.\n\nIt is an arithmetic number, because the mean of its divisors is an integer number (403025903280).\n\nAlmost surely, 26133238121253 is an apocalyptic number.\n\nIt is an amenable number.\n\n6133238121253 is a deficient number, since it is larger than the sum of its proper divisors (315176331227).\n\n6133238121253 is a wasteful number, since it uses less digits than its factorization.\n\n6133238121253 is an evil number, because the sum of its binary digits is even.\n\nThe sum of its prime factors is 543396.\n\nThe product of its digits is 155520, while the sum is 40.\n\nThe spelling of 6133238121253 in words is \"six trillion, one hundred thirty-three billion, two hundred thirty-eight million, one hundred twenty-one thousand, two hundred fifty-three\"."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8188674,"math_prob":0.9871526,"size":1956,"snap":"2021-04-2021-17","text_gpt3_token_len":591,"char_repetition_ratio":0.17161885,"word_repetition_ratio":0.0,"special_character_ratio":0.4892638,"punctuation_ratio":0.13173653,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9920621,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-01-19T18:55:23Z\",\"WARC-Record-ID\":\"<urn:uuid:5582fc9d-7a38-42af-a024-a54958fbc3eb>\",\"Content-Length\":\"9651\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:3915c456-8ef3-4098-af73-ebe3b21a23e2>\",\"WARC-Concurrent-To\":\"<urn:uuid:dde54185-e58c-46e0-8c0f-32c4d543896d>\",\"WARC-IP-Address\":\"62.149.142.170\",\"WARC-Target-URI\":\"https://www.numbersaplenty.com/6133238121253\",\"WARC-Payload-Digest\":\"sha1:XCFZ46UJ5LPZYBFQ55QU3UCPXKHF644D\",\"WARC-Block-Digest\":\"sha1:5IWBGURAIPJS3RSIQXBSJHIBYKTHUYR2\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-04/CC-MAIN-2021-04_segments_1610703519600.31_warc_CC-MAIN-20210119170058-20210119200058-00616.warc.gz\"}"} |
https://www.kopykitab.com/blog/rd-sharma-chapter-15-class-10-maths-exercise-15-4-solutions/ | [
"RD Sharma Chapter 15 Class 10 Maths Exercise 15.4 Solutions\n\nRD Sharma Chapter 15 Class 10 Maths Exercise 15.4 Solutions is a comprehensive collection of answers to questions based on statistical concepts. This chapter first introduces you to statistical terms such as grouped and ungrouped data, frequency and class intervals. Our solutions for RD Sharma Class 10 Maths Solutions for Chapter 15 help you dig deeper into the concepts of mean, median, and mode to provide the best solution to the problems related to them.\n\nRD Sharma Chapter 15 Class 10 Maths Exercise 15.4 Solutions: There are 10 questions in this exercise. Questions 1 through 5 and 7 through 9 ask you to locate the middle of the given data set. Questions 6 and 10 ask you to calculate the missing data from a set where the mean has already been given.\n\nRD SHARMA Solutions Class 10 Maths Chapter 7 Ex 7.4\n\nImportant Definition for RD Sharma Chapter 15 Class 10 Maths Exercise 15.4 Solutions\n\n• Mean of Grouped Data\n\nHere you learn the method of calculating the mean for grouped data with and without class interval, using the direct method, assumed mean method, and step-deviation method which are represented below.\n\n• the direct method, mean = ∑fixi / ∑fi\n• (ii) the assumed mean method, mean = a + (∑fidi / ∑fi)\n• (iii) the step deviation method, mean = a + [(∑fiui / ∑fi) × h]\n\nAll these are based on the assumption that the frequency of a class is centred at its mid-point, called its class mark.\n\n• Mode of Grouped Data\n\nHere you learn the methods of calculating the median from a set of grouped data with and without class intervals, cumulative frequency, types of cumulative frequency distribution, and the most interesting, graphical representation of median.\n\nThe mode for grouped data can be determined by using the formula –\n\nMode = l + [(f1 –f0) / 2f1 – f0 –f2) × h]\n\nThe cumulative frequency of a class is the frequency obtained by adding the frequencies of all the classes preceding the given class.\n\n• Median of Grouped Data\n\nHere you learn the ways of calculating mode from a set of grouped and ungrouped data, finding mode without class intervals, representing mode graphically, and calculating central tendency.\n\nThe median for grouped data is formed by using the formula – Median = l + [(n/2 – cf) / f] × h\n\nKnow more at the official website."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8789984,"math_prob":0.9473906,"size":2342,"snap":"2022-05-2022-21","text_gpt3_token_len":542,"char_repetition_ratio":0.13301967,"word_repetition_ratio":0.11463415,"special_character_ratio":0.23569599,"punctuation_ratio":0.08139535,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99805844,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-01-18T10:36:49Z\",\"WARC-Record-ID\":\"<urn:uuid:5a233a55-1ab4-4c3e-86f6-b296c71e4731>\",\"Content-Length\":\"126434\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:47fcbe48-510e-43dd-83e3-df868e5ae82f>\",\"WARC-Concurrent-To\":\"<urn:uuid:8a7f2079-84ef-4b81-bbf4-7f2078d49af3>\",\"WARC-IP-Address\":\"54.186.64.191\",\"WARC-Target-URI\":\"https://www.kopykitab.com/blog/rd-sharma-chapter-15-class-10-maths-exercise-15-4-solutions/\",\"WARC-Payload-Digest\":\"sha1:SLHKPNNS3SCLKPQASBASHOVL6VZ4NHZP\",\"WARC-Block-Digest\":\"sha1:33CKIRFY7UQDMVBJAAM25N4IYXVXQAF4\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-05/CC-MAIN-2022-05_segments_1642320300810.66_warc_CC-MAIN-20220118092443-20220118122443-00288.warc.gz\"}"} |
https://open.metu.edu.tr/handle/11511/58033 | [
"# INTEGRABLE SIGMA-MODELS\n\n1991-01-01\nGürses, Metin\nKarasu, Atalay\nIntegrability of sigma models is investigated in arbitrary dimensions. The conditions of the integrability are found and the corresponding linear eigenvalue equations are given. Some new classes of classically integrable sigma models are found in two and higher dimensions containing all the known models. One-soliton Backlund transformations of these integrable models are also found.\nINTERNATIONAL JOURNAL OF MODERN PHYSICS A\n\n# Suggestions\n\n CORE POLARIZATION EFFECTS ON THE MAGNETIC FORM-FACTORS OF N-15 AND O-17 GOKALP, A; YILMAZ, O (Springer Science and Business Media LLC, 1992-05-01) The effects of the first- and the second-order core polarization on the elastic magnetic form factors of N-15 and O-17 are investigated using the perturbation theory based on the harmonic-oscillator shell model, in which for the matrix elements of the two-nucleon interaction the Sussex matrix elements are employed. The core polarization reduces the single-particle value of M3 part of the form factor of O-17, however the reduction of the form factor of N-15 does not lead to an improved agreement with experim...\n SENSITIVITY OF THE STOKES PARAMETERS IN THE DECAY B-]S-GAMMA-G TO THE MODEL OF FCNC Alıyev, Tahmasıb; TURAN, G (Springer Science and Business Media LLC, 1995-01-01) We calculated the Stokes parameters which characterize the polarization properties of the photons produced in the decay b-->s gamma g in the framework of the Standard Model (SM) and Two Higgs Doublet Model (2HDM). It is shown that the Stokes parameter xi 3, which defines the linear photon polarization with a polarization vector in the decay plane, is very sensitive to the parameters of the above-mentioned models. The predicted values of xi(3) are large enough (in some cases it achieves the maximum possible ...\n Topology change for fuzzy physics: Fuzzy spaces as Hopf algebras BALACHANDRAN, AP; Kürkcüoğlu, Seçkin (World Scientific Pub Co Pte Lt, 2004-08-10) Fuzzy spaces are obtained by quantizing adjoint orbits of compact semi-simple Lie groups. Fuzzy spheres emerge from quantizing S-2 and are associated with the group SU(2) in this manner. They are useful for regularizing quantum field theories and modeling space-times by noncommutative manifolds. We show that fuzzy spaces are Hopf algebras and in fact have more structure than the latter. They are thus candidates for quantum symmetries. Using their generalized Hopf algebraic structures, we can also model proc...\n Radiative vector meson decays: omega ->pi(0)eta gamma and rho ->pi(0)eta gamma Kucukarslan, A (World Scientific Pub Co Pte Lt, 2005-01-30) We study the omega and p decays into pi(0)eta gamma using phenomenological approach by adding to the amplitude calculated with in the framework of VMD, chiral loop, a(0)-meson intermediate state and p-omega-mixing. a(0)-meson intermediate state amplitude makes a small contribution for two decays when considering to proceed by a two step mechanism.\n A fuzzy supersymmetric non-linear sigma model Kürkcüoğlu, Seçkin (World Scientific Pub Co Pte Lt, 2004-12-20) We present the ideas leading to the construction of non-linear sigma model on the fuzzy supersphere S-F((2,2)). In a recent article(1) Bott projectors have been used to obtain the fuzzy CP1 model. Here we obtain the supersymmetric extensions of these projectors and their fuzzy versions. The latter are then used W construct the non-linear sigma model on S-F((2,2)). We discuss the interpretation of the resulting model as a finite-dimensional matrix model.\nCitation Formats\nM. Gürses and A. Karasu, “INTEGRABLE SIGMA-MODELS,” INTERNATIONAL JOURNAL OF MODERN PHYSICS A, pp. 487–500, 1991, Accessed: 00, 2020. [Online]. Available: https://hdl.handle.net/11511/58033.",
null,
""
] | [
null,
"data:image/gif;base64,R0lGODlhAQABAIAAAP///wAAACH5BAEAAAAALAAAAAABAAEAAAICRAEAOw==",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.80464464,"math_prob":0.94603044,"size":5077,"snap":"2023-40-2023-50","text_gpt3_token_len":1268,"char_repetition_ratio":0.09560418,"word_repetition_ratio":0.041436464,"special_character_ratio":0.21193618,"punctuation_ratio":0.1027933,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.97198635,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-12-06T22:13:20Z\",\"WARC-Record-ID\":\"<urn:uuid:aac717ed-3616-4e00-a95e-ce06be5b7b2c>\",\"Content-Length\":\"52502\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:f4ab5b8d-f4f0-4242-bedc-e29cbf5d45f5>\",\"WARC-Concurrent-To\":\"<urn:uuid:993e3dd1-14ce-4122-abc0-26ca72b153b1>\",\"WARC-IP-Address\":\"144.122.144.37\",\"WARC-Target-URI\":\"https://open.metu.edu.tr/handle/11511/58033\",\"WARC-Payload-Digest\":\"sha1:H2AXQHADC4QLWSQ3KJTPJLLUSYG7KYME\",\"WARC-Block-Digest\":\"sha1:B6U6WH6HJZ7EZIFKOJ22BNYQLIWDM2XM\",\"WARC-Identified-Payload-Type\":\"application/xhtml+xml\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-50/CC-MAIN-2023-50_segments_1700679100603.33_warc_CC-MAIN-20231206194439-20231206224439-00676.warc.gz\"}"} |
https://docs.scipy.org/doc/numpy/reference/generated/numpy.ldexp.html | [
"# numpy.ldexp¶\n\n`numpy.``ldexp`(x1, x2, /, out=None, *, where=True, casting='same_kind', order='K', dtype=None, subok=True[, signature, extobj]) = <ufunc 'ldexp'>\n\nReturns x1 * 2**x2, element-wise.\n\nThe mantissas x1 and twos exponents x2 are used to construct floating point numbers `x1 * 2**x2`.\n\nParameters: x1 : array_like Array of multipliers. x2 : array_like, int Array of twos exponents. out : ndarray, None, or tuple of ndarray and None, optional A location into which the result is stored. If provided, it must have a shape that the inputs broadcast to. If not provided or None, a freshly-allocated array is returned. A tuple (possible only as a keyword argument) must have length equal to the number of outputs. where : array_like, optional Values of True indicate to calculate the ufunc at that position, values of False indicate to leave the value in the output alone. **kwargs For other keyword-only arguments, see the ufunc docs. y : ndarray or scalar The result of `x1 * 2**x2`. This is a scalar if both x1 and x2 are scalars.\n\nSee also\n\n`frexp`\nReturn (y1, y2) from `x = y1 * 2**y2`, inverse to `ldexp`.\n\nNotes\n\nComplex dtypes are not supported, they will raise a TypeError.\n\n`ldexp` is useful as the inverse of `frexp`, if used by itself it is more clear to simply use the expression `x1 * 2**x2`.\n\nExamples\n\n```>>> np.ldexp(5, np.arange(4))\narray([ 5., 10., 20., 40.], dtype=float32)\n```\n```>>> x = np.arange(6)\n>>> np.ldexp(*np.frexp(x))\narray([ 0., 1., 2., 3., 4., 5.])\n```\n\nnumpy.frexp\n\nnumpy.nextafter"
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.5571031,"math_prob":0.9680018,"size":1400,"snap":"2019-13-2019-22","text_gpt3_token_len":413,"char_repetition_ratio":0.09312321,"word_repetition_ratio":0.0,"special_character_ratio":0.30357143,"punctuation_ratio":0.23051947,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99065846,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-05-20T12:21:00Z\",\"WARC-Record-ID\":\"<urn:uuid:53b04b70-0e90-4d98-a2f1-345079f32d7d>\",\"Content-Length\":\"11061\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:1b8588ac-6e35-456a-ac16-0b8ebaafd2a6>\",\"WARC-Concurrent-To\":\"<urn:uuid:bf6063e3-6048-48d1-a092-03dce93c3fb6>\",\"WARC-IP-Address\":\"50.17.248.72\",\"WARC-Target-URI\":\"https://docs.scipy.org/doc/numpy/reference/generated/numpy.ldexp.html\",\"WARC-Payload-Digest\":\"sha1:ZMXXNCSULZ5RVSKWIL2BFXVVFTAROOQH\",\"WARC-Block-Digest\":\"sha1:UDPB2VYPLYEQSIMVPD4K4G2OFPGN5HUA\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-22/CC-MAIN-2019-22_segments_1558232255944.3_warc_CC-MAIN-20190520121941-20190520143941-00248.warc.gz\"}"} |
https://mathematica.stackexchange.com/questions/85096/how-can-lift-a-plot-which-passes-near-y-0 | [
"# How can “lift” a plot which passes near y=0? [closed]\n\nI know this plot below does not touch b=0. How can I lift it in order to see those values near b[M]=0? I tried\n\nLogLogPlot[b[M],{M,10^9,10^14},PlotRange->All,AxesOrigin->{0,0}]\n\nLogLogPlot[b[M],{M,10^9,10^14},PlotRange->{0,6},AxesOrigin->{0,0}]\n\nLogLogPlot[b[M],{M,10^9,10^14},PlotRange->Automatic]\n\n\nFunction b[M] comes from a list of data which was iterpolated. But I think that is not a problem.\n\n(It must be plotted in log scale since in order to see some details I want)",
null,
"• LogLogPlot[b[M]+1,{M,10^9,10^14},PlotRange->All,AxesOrigin->{0,0}] – Dr. belisarius Jun 3 '15 at 18:33\n• Possible duplicates: (13021), (22774), (73240) – Mr.Wizard Jun 3 '15 at 18:41\n• Looks like B[M] goes to 1 not 0 ?? Try PlotRange -> {.9, Automatic} – george2079 Jun 3 '15 at 18:43\n• Yes. The problem was solved by shifting the y-axis as AxesOrigin->{10^9,-0.2}. – Patrick El Pollo Jun 3 '15 at 18:44\n• Not quite a dup because of the log scale.. now can anyone make snese of what a negative origin on a log scale actually does? AxesOrigin -> {10^9, .8} seems about the same as {10^9,-.2}... – george2079 Jun 3 '15 at 18:52"
] | [
null,
"https://i.stack.imgur.com/7kOUm.jpg",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.70099336,"math_prob":0.86109966,"size":862,"snap":"2019-51-2020-05","text_gpt3_token_len":322,"char_repetition_ratio":0.12354312,"word_repetition_ratio":0.05357143,"special_character_ratio":0.41299304,"punctuation_ratio":0.21198156,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9870849,"pos_list":[0,1,2],"im_url_duplicate_count":[null,2,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-12-07T10:06:03Z\",\"WARC-Record-ID\":\"<urn:uuid:6da705f6-a553-454c-b203-04e869d06923>\",\"Content-Length\":\"116817\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:1c62e5e4-ff08-47dd-9d9e-d3a228889eb0>\",\"WARC-Concurrent-To\":\"<urn:uuid:cc86d642-fe38-4517-b4cc-124c2a8714f9>\",\"WARC-IP-Address\":\"151.101.193.69\",\"WARC-Target-URI\":\"https://mathematica.stackexchange.com/questions/85096/how-can-lift-a-plot-which-passes-near-y-0\",\"WARC-Payload-Digest\":\"sha1:JOTOYVQE4RQQYOS263MRDOKDS6WTN3ZV\",\"WARC-Block-Digest\":\"sha1:33FQCF2WP4LVGSYKJITA3ZTPPINQL7XB\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-51/CC-MAIN-2019-51_segments_1575540497022.38_warc_CC-MAIN-20191207082632-20191207110632-00017.warc.gz\"}"} |
https://dlacko.org/blog/2016/10/19/approximating-bezier-curves-by-biarcs/ | [
"## Overview\n\nApproximating bezier curves by circular arcs, in spite of how useless it sounds regarding modern drawing APIs, has (at least) one raison d’etre. The G-Code language used by most CNC machines, and also adopted by most 3D printers, can deal with linear interpolation (lines) and circular interpolation (circular arcs) only.\n\nI have been working recently on a simple Haskell SVG to G-Code converter, and I realized, that in spite of the simplicity of the algorithm at the end, how confusing the subject is (partly because of some not very well written research paper(s) delivered by google search on the subject).\n\nThe algorithm explained in this post is implemented in C# and can be found at my GitHub repository. The C# code is only for illustrating the algorithm, later on it will be integrated with my Haskell SVG to G-Code project.\n\nThe article assumes that you understand basic algebra and geometry, complex numbers, etc…\n\n## Bezier curves",
null,
"I assume that you already familiar with bezier curves, here I want to introduce only the notations used in this post. We restrict ourselves to cubic bezier curves (it is not a real limitation, any quadratic bezier curve can be straightforwardly converted to a cubic bezier curve). `P1` denotes the start point, `P2` the end point, and `C1`, `C2` the control points of the start and end points, respectively. Because it is important for the algorithm, please remember that the line denoted by `P1` and `C1` is the tangent at `P1`, and, similarly, the line denoted by `P2` and `C2` is the tangent at `P2`.\n\n## Biarcs",
null,
"A biarc is a pair of circular arcs (= two arcs) which have the same tangent at the connection point they meet. We will use one biarc to approximate a bezier segment which has no inflection point. A traditional biarc approximation task has four parameters: a start point, an end point, and the tangents at these points. Using these four parameters, however, is not enough to uniquely identify a biarc, we need one more parameter: this can be e.g. the connection point of the arcs or the tangent at the connection point.\n\n## Before we start\n\nThis algorithm works on bezier curves without any inflection points. Thus, as a preliminary step, the inflection points must be found and the curve must be split (the parts will be approximated one by one). It is a simple task though. We just have to find the points where the second derivative of the parametric equation of the bezier curve becomes zero. It is a quadratic equation, so that can happen at no more than two points. Obviously, we will be interested in the real (not complex) solutions only and only which are in the [0,1] interval. For the details please contact with the implementation.",
null,
"## The biarc fitting\n\nWe have a simple cubic bezier curve at this point, and we want to approximate it with a biarc. For that we need one more parameter. Some research suggests that in the case of bezier curves, the connection point of the arcs of the biarc should be the incenter point of the triangle denoted by the points `P1`, `P2`, and `V`, where `V` is the intersection point of the tangents at `P1` and `P2`. Let’s call this incenter point `G`.\n\nFor illustration, see the image at the bottom of the article. Black color is related to the original bezier curve, green color is related to the incenter point, red color is related to the approximation biarc, and yellow color is related to the arc computations as it is explained in the following paragraph.\n\nThe next step is to find the two circles on which the arcs lie. We have three clues per circle. Circle 1: its two points `P1` and `G`, and the tangent at `P1`. Circle 2: its two points `G` and `P2`, and the tangent at `P2`.\n\nTo be done, we need to find `C1` and `C2`, the center points of these circles.\n\nIt is simple. We know the tangent at `P1`. `C1` lies on the line which is perpendicular to this tangent and goes through `P1`, let’s denote it by `P1C`. If we take the section between `P1` and `G`, its perpendicular bisector (`EC1`) intersects with `P1C` at `C1`. The same method can be used to find `C2`.\n\n## Estimate the error and go recursive\n\nObviously, as you can also see on the illustration, most of the time the approximation is not close enough. Thus, after approximation, the error must be estimated, and if it is out of the tolerance range the bezier curve must be split, then the two new bezier curves must be approximated recursively until you reach an acceptable deviation. In my implementation I just simply check the distance at a certain number of points along the curve and split if the maximum deviation is not acceptable (the bezier curve is split where the deviation is the maximum as suggested by ). This is certainly not fast, but acceptable for my purposes.\n\nFor what project do you want to use bezier approximation?"
] | [
null,
"https://dlacko.org/img/bezier_curve.png",
null,
"http://www.ryanjuckett.com/programming/biarc-interpolation/curve3.gif",
null,
"https://dlacko.org/img/bezier_approximation_biarc_two_arcs.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.91911614,"math_prob":0.9737832,"size":4726,"snap":"2023-14-2023-23","text_gpt3_token_len":1079,"char_repetition_ratio":0.14125371,"word_repetition_ratio":0.00952381,"special_character_ratio":0.21498096,"punctuation_ratio":0.104210526,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9915902,"pos_list":[0,1,2,3,4,5,6],"im_url_duplicate_count":[null,2,null,5,null,2,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-05-31T03:49:10Z\",\"WARC-Record-ID\":\"<urn:uuid:0d121832-b769-469f-b846-071b2852472b>\",\"Content-Length\":\"21268\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:f4aeecb3-bfe4-4a5c-bc8f-744e30a4f53b>\",\"WARC-Concurrent-To\":\"<urn:uuid:6c5d8f32-e00d-4c9c-ab66-436bbadf7a8c>\",\"WARC-IP-Address\":\"185.199.109.153\",\"WARC-Target-URI\":\"https://dlacko.org/blog/2016/10/19/approximating-bezier-curves-by-biarcs/\",\"WARC-Payload-Digest\":\"sha1:2KS4STV33XRYYAY3DQ5ILMDTBJGSVIDH\",\"WARC-Block-Digest\":\"sha1:CF6PDV63M25PW7V3O7UPQMWQBJE6ND5M\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-23/CC-MAIN-2023-23_segments_1685224646257.46_warc_CC-MAIN-20230531022541-20230531052541-00697.warc.gz\"}"} |
https://mathispower4u.wordpress.com/tag/set/ | [
"# Determine the Domain and Range of Discrete Functions: Ordered Pairs, Table\n\nThis video explains how to list the domain and range of a function given as a set of ordered pairs or as a table.\n\n# Mean, Median, Standard Deviation, Min, Max, and Range on the TI84\n\nThis video explains how to use the one variable statistics tool on the TI-84.\n\n# Determine the Mean, Median, Mode, and Range of a Data Set\n\nThis video explains how to determine the mean, median, mode, and range of a data set. The result is check on the TI-84.\n\n# Determine the Cardinality of a Set Given Cardinality of Union and Intersection\n\nThis video explains how to use a Venn diagram with given cardinalities of sets to determine the cardinality of another set.\n\n# Determine the Cardinality of an Universal Set Using a Venn Diagram\n\nThis video explains how to use a Venn diagram with given cardinalities of sets to determine the cardinality of the universal set.\n\n# Complete a Venn Diagram From Survey: Coffee and Tea\n\nThis video explains how to complete Venn diagram with the cardinality of sets. Then questions about the result are answered.\n\n# Complete a Venn Diagram With Cardinality: Brand, Color, Size\n\nThis video explains how to complete a Venn diagram with the cardinality of sets. Then questions about the result are answered."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8506985,"math_prob":0.72844124,"size":1021,"snap":"2019-26-2019-30","text_gpt3_token_len":216,"char_repetition_ratio":0.16322517,"word_repetition_ratio":0.59322035,"special_character_ratio":0.19784525,"punctuation_ratio":0.08040201,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.98747677,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-07-18T17:28:20Z\",\"WARC-Record-ID\":\"<urn:uuid:27c45551-0a0a-4774-b5e3-e51f273b02f9>\",\"Content-Length\":\"80997\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:d0d15a89-2470-4e14-8766-e70cdba2e627>\",\"WARC-Concurrent-To\":\"<urn:uuid:306f6434-64ab-4a52-bcc3-1ee30e4e3b00>\",\"WARC-IP-Address\":\"192.0.78.12\",\"WARC-Target-URI\":\"https://mathispower4u.wordpress.com/tag/set/\",\"WARC-Payload-Digest\":\"sha1:WSMUDUDTIBCB7VMBSLOSYNT2KQEF4QXB\",\"WARC-Block-Digest\":\"sha1:R7KVLABFRHUMGUB5HVTOXBVQK75OOZ4Y\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-30/CC-MAIN-2019-30_segments_1563195525699.51_warc_CC-MAIN-20190718170249-20190718192249-00079.warc.gz\"}"} |
https://www.101computing.net/my-weekly-timetable/ | [
"# My Weekly Timetable\n\nA school timetable is displayed as a 2D table consisting of 5 rows (for each day of the week) and 5 columns (number of lessons in a day).\n\nSuch a table can be stored in a computer program using a 2-dimensional array (2d Array). In python, this is done by creating a list of lists.\n\nEach value of a 2D array can then be accessed by proving two indices: the row number and the column number as displayed on the picture below:",
null,
"#### Python Challenges\n\nThe following 3 tabs contain 3 different challenges, all based on accessing information from the 2D array called timetable.\n\nWhat Lesson?Today's Lessons?How Many Lessons?\nWrite a program that:\n\n1. Asks the user to input a day of the week (e.g. Tuesday)\n2. Asks the user to input a period of the day (between 1 and 5) (e.g. 2)\n3. Retrieves and outputs the lesson on that day and period (e.g. Spanish)\nWrite a program that:\n\n1. Asks the user to input a day of the week (e.g. Tuesday)\n2. Displays all five lessons for that day\nWrite a program that:\n\n1. Asks the user to input a subject (e.g. Maths)\n2. Counts and outputs the number of lessons for that subject throughout the week. (e.g. “You have 3 Maths lesson this week.”)\n\n#### Python Code\n\nUse the following code to complete all three challenges mentioned above:\n\n#### Help?\n\nThe following lines of code will help you solve each of the three challenges.\nWhat Lesson?Today's Lessons?How Many Lessons?",
null,
""
] | [
null,
"https://www.101computing.net/wp/wp-content/uploads/my-timetable-2d-array.png",
null,
"https://www.101computing.net/wp/wp-content/uploads/unlock-access.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7814897,"math_prob":0.77527267,"size":3178,"snap":"2022-27-2022-33","text_gpt3_token_len":900,"char_repetition_ratio":0.15374921,"word_repetition_ratio":0.23454545,"special_character_ratio":0.3209566,"punctuation_ratio":0.11901082,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9863779,"pos_list":[0,1,2,3,4],"im_url_duplicate_count":[null,5,null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-06-28T21:02:05Z\",\"WARC-Record-ID\":\"<urn:uuid:44b6b196-18ed-4e5f-a94c-042222098b83>\",\"Content-Length\":\"121143\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:eb896889-13c3-4179-bbcc-8c2cac81abae>\",\"WARC-Concurrent-To\":\"<urn:uuid:9129ae60-bec1-48f1-ac40-474e57d7a139>\",\"WARC-IP-Address\":\"109.203.118.7\",\"WARC-Target-URI\":\"https://www.101computing.net/my-weekly-timetable/\",\"WARC-Payload-Digest\":\"sha1:ESIAIW3QV7OSAKV2PCLFAYOZIX73XKFA\",\"WARC-Block-Digest\":\"sha1:G4APHLKH6YEHH2NH2DADVQOBZULGV4CW\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-27/CC-MAIN-2022-27_segments_1656103617931.31_warc_CC-MAIN-20220628203615-20220628233615-00144.warc.gz\"}"} |
https://socratic.org/questions/how-would-you-predict-the-ideal-bond-angle-s-around-each-central-atom-in-this-mo | [
"# How would you predict the ideal bond angle(s) around each central atom in this molecule?\n\n##",
null,
"Jul 11, 2016\n\nYou look at the number of electron groups, and consider how to distribute these groups evenly in space.\n\nCENTRAL CARBON\n\n• The carbon has two electron groups, so a ${180}^{\\circ}$ bond angle is the furthest even separation between the two atoms.\n\nCENTRAL NITROGEN\n\n• The right nitrogen is the interesting one; with four electron groups (the lone pair, the carbon, and the two hydrogens total four), it has a tetrahedral electron geometry and a trigonal pyramidal molecular geometry in accordance with VSEPR Theory.\n\nThese geometries have ideal bond angles of ${109.5}^{\\circ}$ in three dimensions, but the lone pair 'crunches' the atoms together a little, so the angles become less than ${109.5}^{\\circ}$.\n\nThis molecule is similar to ${\\text{NH}}_{3}$ with one hydrogen replaced with $\\text{C\"-=\"N}$. Since $\\text{C\"-=\"N}$ is larger than $\\text{H}$, the $\\text{C\"-\"N\"-\"H}$ bond angle should be slightly larger than the $\\text{H\"-\"N\"-\"H}$ bond angle of ${\\text{NH}}_{3}$, but less than ${109.5}^{\\circ}$."
] | [
null,
"https://d2jmvrsizmvf4x.cloudfront.net/LvM3hbPATkaegTCh4wiK_processed+%281%29.jpg",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8497719,"math_prob":0.99743825,"size":1159,"snap":"2020-10-2020-16","text_gpt3_token_len":303,"char_repetition_ratio":0.1064935,"word_repetition_ratio":0.0,"special_character_ratio":0.26488352,"punctuation_ratio":0.09589041,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9993167,"pos_list":[0,1,2],"im_url_duplicate_count":[null,2,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-02-28T15:10:48Z\",\"WARC-Record-ID\":\"<urn:uuid:51614a0a-6236-4881-aa22-7b117f156704>\",\"Content-Length\":\"35874\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:42b95285-446a-4c44-a2e1-256197004712>\",\"WARC-Concurrent-To\":\"<urn:uuid:e454264a-e254-4671-9fce-57a94a537630>\",\"WARC-IP-Address\":\"54.221.217.175\",\"WARC-Target-URI\":\"https://socratic.org/questions/how-would-you-predict-the-ideal-bond-angle-s-around-each-central-atom-in-this-mo\",\"WARC-Payload-Digest\":\"sha1:6EEQXHSS6RBL6D5MSZRCPKZD2UXUYCHP\",\"WARC-Block-Digest\":\"sha1:LMKKJMCV6FUHNIOGIQIAE6JDL6X7WKIJ\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-10/CC-MAIN-2020-10_segments_1581875147234.52_warc_CC-MAIN-20200228135132-20200228165132-00193.warc.gz\"}"} |
https://ithelp.ithome.com.tw/questions/10200314 | [
"#",
null,
"0\n\n## sql 分頁問題 limit + order by\n\nSELECT * FROM tableName\nWHERE id >= (SELECT id FROM tableName ORDER BY id LIMIT 0 , 1)\nLIMIT 10;\n\n### 3 個回答\n\n0\n\n``````SELECT\n*\nFROM\n`tableName`\nWHERE\n`id` >= (\nSELECT\n`id`\nFROM\n`tableName`\nORDER BY\n`id`\nLIMIT 0, 1\n)\nLIMIT 10\n``````\n\n``````SELECT\n*\nFROM\n`tableName`\nORDER BY\n`id`\n``````\n\n``````SELECT\n*\nFROM\n`tableName`\nLIMIT 10\n``````\n\n``````SELECT\n*\nFROM\n`tableName`\nORDER BY\n`id`\nLIMIT 10\n``````\n\n``````SELECT\n*\nFROM\n`tableName`\nORDER BY\n`id` DESC\nLIMIT 10\n``````\n0\n\n``````<?php\n\\$page = \\$_GET['page']??1;//傳進來的頁碼。自已改成自已的傳送值\n\\$rowNum = 10;//一頁顯示幾筆\n\\$start = (\\$page-1)*\\$rowNum;//計算起始值\n\n//對應的sql命令，改成你class的應用就好。\n\\$sql = \"SELECT * FROM tableName LIMIT {\\$start},{\\$rowNum}\";\n.....\n.....\n?>\n``````"
] | [
null,
"https://ithelp.ithome.com.tw/storage/image/logo.svg",
null
] | {"ft_lang_label":"__label__zh","ft_lang_prob":0.7773736,"math_prob":0.97816885,"size":768,"snap":"2020-45-2020-50","text_gpt3_token_len":477,"char_repetition_ratio":0.19109948,"word_repetition_ratio":0.11764706,"special_character_ratio":0.30729166,"punctuation_ratio":0.15625,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.96438444,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-10-29T13:41:37Z\",\"WARC-Record-ID\":\"<urn:uuid:b13fb4c7-4f67-4412-a723-0a254d288f41>\",\"Content-Length\":\"77714\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:75a4a236-4215-44b6-9fd9-522cab6a680a>\",\"WARC-Concurrent-To\":\"<urn:uuid:9bde479a-3dc8-410f-842a-9f90145ee57a>\",\"WARC-IP-Address\":\"54.150.171.160\",\"WARC-Target-URI\":\"https://ithelp.ithome.com.tw/questions/10200314\",\"WARC-Payload-Digest\":\"sha1:DO7X3P5TKMSP36G24MXLJIEGPXTAUTZK\",\"WARC-Block-Digest\":\"sha1:43IOC4SZY6RAYNQYV3N4KM2SNZCKCOEK\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-45/CC-MAIN-2020-45_segments_1603107904287.88_warc_CC-MAIN-20201029124628-20201029154628-00674.warc.gz\"}"} |
https://scicomp.stackexchange.com/questions/6845/why-does-scipy-eigsh-produce-erroneous-eigenvalues-in-case-of-harmonic-oscilla | [
"# Why does SciPy eigsh() produce erroneous eigenvalues in case of harmonic oscillator?\n\nI'm developing some larger code to perform eigenvalue computations of huge sparse matrices, in the context of computational physics. I test my routines against the simple harmonic oscillator in one dimension, since the eigenvalues are well known analytically. Doing so and comparing my own routines to SciPy's inbuilt solvers, I have come across the oddity displayed in the plot below. Here you can see the first 100 numerically computed eigenvalues $\\lambda_{num}$ and analytical eigenvalues $\\lambda_{ana}$\n\nAround eigenvalue number 40, the numercial results start to diverge from the analytical ones. This doesn't surprise me (I won't go into why here, unless it comes up in the discussion). However, what is surprising to me is that eigsh() produces degenerate eigenvalues (around eigenvalue number 80). Why does eigsh() behave like that for even such a small number of eigenvalues?",
null,
"import numpy as np\nfrom scipy.sparse.linalg import eigsh\nimport myFunctions as myFunc\nimport matplotlib.pyplot as plt\n\n#discretize x-axis\nN = 100\nxmin = -10.\nxmax = 10.\naccuracy = 1e-5\n#stepsize\nh = (xmax - xmin) / (N + 1.)\n#exclude first and last points since we force wave function to be zero there\nx = np.linspace(-10. + h,10. - h,N)\n#create potential\nV = x**2\n\ndef fivePoint(N,h,V):\nC0 = (np.ones(N))*30. / (12. * h * h) + V\nC1 = (np.ones(N)) * (-16.) / (12. * h * h)\nC2 = (np.ones(N)) / (12. * h * h)\nH = sp.spdiags([C2, C1, C0, C1, C2],[-2, -1, 0, 1, 2],N,N)\nreturn H\n\nH = myFunc.fivePoint(N,h,V)\neigval,eigvec = eigsh(H, k=N-1, which='SM', tol=accuracy)\n\n#comparison analytical and numerical eigenvalues\nxAxes = np.linspace(0,len(eigval)-1,len(eigval))\nanalyticalEigval = 2. * (xAxes + 0.5)\nplt.figure()\nplt.plot(xAxes,eigval, '+', label=r\"$\\lambda_{num}$\")\nplt.plot(xAxes,analyticalEigval, label=r\"$\\lambda_{ana}$\")\nplt.xlabel(\"Number of Eigenvalue\")\nplt.ylabel(\"Eigenvalue\")\nplt.legend(loc=4)\nplt.title(\"eigsh()-method: Comparison of $\\lambda_{num}$ and $\\lambda_{ana}$\")\nplt.show()\n\n• That's a very curious behavior. I will test it later today. Apr 14, 2013 at 9:30\n• I found the answer. In short: my thinking was wrong. The analytical solutions of the harmonic oscillator (HOSZ) are valid without any spacial restrictions. However, in the code above, my box runs from -10 to 10, so this puts a boundary condition on the numerical solutions. Consequently, eigsh() solves the system it is given correctly. At around n = 50 (with n being the principal Quantum number), the analytical solutions do not fit inside the -10, 10 box anymore. Now (after some thinking), this seems obvious. However, I didn't see that while building and testing the code.\n– seb\nApr 14, 2013 at 10:51\n• this still doesn't explain the degeneracy though, does it?\n– seb\nApr 14, 2013 at 10:54\n\nNonetheless, no method is perfect, especially if you're trying to compute the entire spectrum of your matrix. So if you're trying to get the 50 smallest eigenvalues, you may be better off approximating the wave function by a vector with 100 elements and only asking eigsh() for the first 50 energy levels, rather than using a vector with 50 points and asking for all of the eigenvalues."
] | [
null,
"https://i.stack.imgur.com/Uxb4i.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.65687746,"math_prob":0.9915975,"size":1973,"snap":"2022-27-2022-33","text_gpt3_token_len":581,"char_repetition_ratio":0.122397155,"word_repetition_ratio":0.02097902,"special_character_ratio":0.30309173,"punctuation_ratio":0.18159205,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9992135,"pos_list":[0,1,2],"im_url_duplicate_count":[null,8,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-07-01T19:18:16Z\",\"WARC-Record-ID\":\"<urn:uuid:121cf190-a888-41f0-be90-28b04e080383>\",\"Content-Length\":\"232636\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:15f7c48a-4216-4bdf-ae97-0ce73dabb947>\",\"WARC-Concurrent-To\":\"<urn:uuid:d6e631f7-a786-495b-9213-7af221df055d>\",\"WARC-IP-Address\":\"151.101.129.69\",\"WARC-Target-URI\":\"https://scicomp.stackexchange.com/questions/6845/why-does-scipy-eigsh-produce-erroneous-eigenvalues-in-case-of-harmonic-oscilla\",\"WARC-Payload-Digest\":\"sha1:LUBOZCVVLSRXXSPOKKBXORDDTWECOEM5\",\"WARC-Block-Digest\":\"sha1:Z5YTHB4AO6LLBE7GFQK2GS5RNOIO3223\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-27/CC-MAIN-2022-27_segments_1656103945490.54_warc_CC-MAIN-20220701185955-20220701215955-00255.warc.gz\"}"} |
https://en.wikipedia.org/wiki/Euler%E2%80%93Mascheroni_constant | [
"# Euler–Mascheroni constant\n\nThe Euler–Mascheroni constant (also called Euler's constant) is a mathematical constant recurring in analysis and number theory, usually denoted by the lowercase Greek letter gamma (γ).\n\nIt is defined as the limiting difference between the harmonic series and the natural logarithm, denoted here by $\\log :$",
null,
"{\\begin{aligned}\\gamma &=\\lim _{n\\to \\infty }\\left(-\\log n+\\sum _{k=1}^{n}{\\frac {1}{k}}\\right)\\\\[5px]&=\\int _{1}^{\\infty }\\left(-{\\frac {1}{x}}+{\\frac {1}{\\lfloor x\\rfloor }}\\right)\\,dx.\\end{aligned}}",
null,
"Here, $\\lfloor x\\rfloor$",
null,
"represents the floor function.\n\nThe numerical value of the Euler–Mascheroni constant, to 50 decimal places, is:\n\n0.57721566490153286060651209008240243104215933593992...\nUnsolved problem in mathematics:\n\nIs Euler's constant irrational? If so, is it transcendental?\n\n Binary 0.1001001111000100011001111110001101111101... Decimal 0.5772156649015328606065120900824024310421... Hexadecimal 0.93C467E37DB0C7A4D1BE3F810152CB56A1CECC3A... Continued fraction [0; 1, 1, 2, 1, 2, 1, 4, 3, 13, 5, 1, 1, 8, 1, 2, 4, 1, 1, ...](It is not known whether this continued fraction is finite, infinite periodic or infinite non-periodic. Shown in linear notation)\n\n## History\n\nThe constant first appeared in a 1734 paper by the Swiss mathematician Leonhard Euler, titled De Progressionibus harmonicis observationes (Eneström Index 43). Euler used the notations C and O for the constant. In 1790, Italian mathematician Lorenzo Mascheroni used the notations A and a for the constant. The notation γ appears nowhere in the writings of either Euler or Mascheroni, and was chosen at a later time perhaps because of the constant's connection to the gamma function. For example, the German mathematician Carl Anton Bretschneider used the notation γ in 1835 and Augustus De Morgan used it in a textbook published in parts from 1836 to 1842.\n\n## Appearances\n\nThe Euler–Mascheroni constant appears, among other places, in the following (where '*' means that this entry contains an explicit equation):\n\n## Properties\n\nThe number γ has not been proved algebraic or transcendental. In fact, it is not even known whether γ is irrational. Using a continued fraction analysis, Papanikolaou showed in 1997 that if γ is rational, its denominator must be greater than 10244663. The ubiquity of γ revealed by the large number of equations below makes the irrationality of γ a major open question in mathematics.\n\nHowever, some progress was made. Kurt Mahler showed in 1968 that the number ${\\frac {\\pi }{2}}{\\frac {Y_{0}(2)}{J_{0}(2)}}-\\gamma$",
null,
"is transcendental (here, $J_{\\alpha }(x)$",
null,
"and $Y_{\\alpha }(x)$",
null,
"are Bessel functions). In 2009 Alexander Aptekarev proved that at least one of the Euler–Mascheroni constant γ and the Euler–Gompertz constant δ is irrational. This result was improved in 2012 by Tanguy Rivoal, who proved that at least one of them is transcendental.\n\nIn 2010 M. Ram Murty and N. Saradha considered an infinite list of numbers containing γ/4 and showed that all but at most one of them are transcendental. In 2013 M. Ram Murty and A. Zaytseva again considered an infinite list of numbers containing γ and showed that all but at most one are transcendental.[clarification needed]\n\n### Relation to gamma function\n\nγ is related to the digamma function Ψ, and hence the derivative of the gamma function Γ, when both functions are evaluated at 1. Thus:\n\n$-\\gamma =\\Gamma '(1)=\\Psi (1).$",
null,
"This is equal to the limits:\n\n{\\begin{aligned}-\\gamma &=\\lim _{z\\to 0}\\left(\\Gamma (z)-{\\frac {1}{z}}\\right)\\\\&=\\lim _{z\\to 0}\\left(\\Psi (z)+{\\frac {1}{z}}\\right).\\end{aligned}}",
null,
"Further limit results are:\n\n{\\begin{aligned}\\lim _{z\\to 0}{\\frac {1}{z}}\\left({\\frac {1}{\\Gamma (1+z)}}-{\\frac {1}{\\Gamma (1-z)}}\\right)&=2\\gamma \\\\\\lim _{z\\to 0}{\\frac {1}{z}}\\left({\\frac {1}{\\Psi (1-z)}}-{\\frac {1}{\\Psi (1+z)}}\\right)&={\\frac {\\pi ^{2}}{3\\gamma ^{2}}}.\\end{aligned}}",
null,
"A limit related to the beta function (expressed in terms of gamma functions) is\n\n{\\begin{aligned}\\gamma &=\\lim _{n\\to \\infty }\\left({\\frac {\\Gamma \\left({\\frac {1}{n}}\\right)\\Gamma (n+1)\\,n^{1+{\\frac {1}{n}}}}{\\Gamma \\left(2+n+{\\frac {1}{n}}\\right)}}-{\\frac {n^{2}}{n+1}}\\right)\\\\&=\\lim \\limits _{m\\to \\infty }\\sum _{k=1}^{m}{m \\choose k}{\\frac {(-1)^{k}}{k}}\\log {\\big (}\\Gamma (k+1){\\big )}.\\end{aligned}}",
null,
"### Relation to the zeta function\n\nγ can also be expressed as an infinite sum whose terms involve the Riemann zeta function evaluated at positive integers:\n\n{\\begin{aligned}\\gamma &=\\sum _{m=2}^{\\infty }(-1)^{m}{\\frac {\\zeta (m)}{m}}\\\\&=\\log {\\frac {4}{\\pi }}+\\sum _{m=2}^{\\infty }(-1)^{m}{\\frac {\\zeta (m)}{2^{m-1}m}}.\\end{aligned}}",
null,
"Other series related to the zeta function include:\n\n{\\begin{aligned}\\gamma &={\\tfrac {3}{2}}-\\log 2-\\sum _{m=2}^{\\infty }(-1)^{m}\\,{\\frac {m-1}{m}}{\\big (}\\zeta (m)-1{\\big )}\\\\&=\\lim _{n\\to \\infty }\\left({\\frac {2n-1}{2n}}-\\log n+\\sum _{k=2}^{n}\\left({\\frac {1}{k}}-{\\frac {\\zeta (1-k)}{n^{k}}}\\right)\\right)\\\\&=\\lim _{n\\to \\infty }\\left({\\frac {2^{n}}{e^{2^{n}}}}\\sum _{m=0}^{\\infty }{\\frac {2^{mn}}{(m+1)!}}\\sum _{t=0}^{m}{\\frac {1}{t+1}}-n\\log 2+O\\left({\\frac {1}{2^{n}\\,e^{2^{n}}}}\\right)\\right).\\end{aligned}}",
null,
"The error term in the last equation is a rapidly decreasing function of n. As a result, the formula is well-suited for efficient computation of the constant to high precision.\n\nOther interesting limits equaling the Euler–Mascheroni constant are the antisymmetric limit:\n\n{\\begin{aligned}\\gamma &=\\lim _{s\\to 1^{+}}\\sum _{n=1}^{\\infty }\\left({\\frac {1}{n^{s}}}-{\\frac {1}{s^{n}}}\\right)\\\\&=\\lim _{s\\to 1}\\left(\\zeta (s)-{\\frac {1}{s-1}}\\right)\\\\&=\\lim _{s\\to 0}{\\frac {\\zeta (1+s)+\\zeta (1-s)}{2}}\\end{aligned}}",
null,
"and the following formula, established in 1898 by de la Vallée-Poussin:\n\n$\\gamma =\\lim _{n\\to \\infty }{\\frac {1}{n}}\\,\\sum _{k=1}^{n}\\left(\\left\\lceil {\\frac {n}{k}}\\right\\rceil -{\\frac {n}{k}}\\right)$",
null,
"where $\\lceil \\,\\rceil$",
null,
"are ceiling brackets. This formula indicates that when taking any positive integer n and dividing it by each positive integer m less than n, the average fraction by which the quotient n/m falls short of the next integer tends to $\\gamma$",
null,
"(rather than 0.5) as n tends to infinity.\n\nClosely related to this is the rational zeta series expression. By taking separately the first few terms of the series above, one obtains an estimate for the classical series limit:\n\n$\\gamma =\\sum _{k=1}^{n}{\\frac {1}{k}}-\\log n-\\sum _{m=2}^{\\infty }{\\frac {\\zeta (m,n+1)}{m}},$",
null,
"where ζ(s,k) is the Hurwitz zeta function. The sum in this equation involves the harmonic numbers, Hn. Expanding some of the terms in the Hurwitz zeta function gives:\n\n$H_{n}=\\log(n)+\\gamma +{\\frac {1}{2n}}-{\\frac {1}{12n^{2}}}+{\\frac {1}{120n^{4}}}-\\varepsilon ,$",
null,
"where 0 < ε < 1/252n6.\n\nγ can also be expressed as follows where A is the Glaisher–Kinkelin constant:\n\n$\\gamma =12\\,\\log(A)-\\log(2\\pi )+{\\frac {6}{\\pi ^{2}}}\\,\\zeta '(2)$",
null,
"γ can also be expressed as follows, which can be proven by expressing the zeta function as a Laurent series:\n\n$\\gamma =\\lim _{n\\to \\infty }{\\biggl (}-n+\\zeta {\\Bigl (}{\\frac {n+1}{n}}{\\Bigr )}{\\biggr )}$",
null,
"### Integrals\n\nγ equals the value of a number of definite integrals:\n\n{\\begin{aligned}\\gamma &=-\\int _{0}^{\\infty }e^{-x}\\log x\\,dx\\\\&=-\\int _{0}^{1}\\log \\left(\\log {\\frac {1}{x}}\\right)dx\\\\&=\\int _{0}^{\\infty }\\left({\\frac {1}{e^{x}-1}}-{\\frac {1}{x\\cdot e^{x}}}\\right)dx\\\\&=\\int _{0}^{1}\\left({\\frac {1}{\\log x}}+{\\frac {1}{1-x}}\\right)dx\\\\&=\\int _{0}^{\\infty }\\left({\\frac {1}{1+x^{k}}}-e^{-x}\\right){\\frac {dx}{x}},\\quad k>0\\\\&=2\\int _{0}^{\\infty }{\\frac {e^{-x^{2}}-e^{-x}}{x}}\\,dx,\\\\&=\\int _{0}^{1}H_{x}\\,dx,\\end{aligned}}",
null,
"where Hx is the fractional harmonic number.\n\nDefinite integrals in which γ appears include:\n\n{\\begin{aligned}\\int _{0}^{\\infty }e^{-x^{2}}\\log x\\,dx&=-{\\frac {(\\gamma +2\\log 2){\\sqrt {\\pi }}}{4}}\\\\\\int _{0}^{\\infty }e^{-x}\\log ^{2}x\\,dx&=\\gamma ^{2}+{\\frac {\\pi ^{2}}{6}}.\\end{aligned}}",
null,
"One can express γ using a special case of Hadjicostas's formula as a double integral with equivalent series:\n\n{\\begin{aligned}\\gamma &=\\int _{0}^{1}\\int _{0}^{1}{\\frac {x-1}{(1-xy)\\log xy}}\\,dx\\,dy\\\\&=\\sum _{n=1}^{\\infty }\\left({\\frac {1}{n}}-\\log {\\frac {n+1}{n}}\\right).\\end{aligned}}",
null,
"An interesting comparison by Sondow is the double integral and alternating series\n\n{\\begin{aligned}\\log {\\frac {4}{\\pi }}&=\\int _{0}^{1}\\int _{0}^{1}{\\frac {x-1}{(1+xy)\\log xy}}\\,dx\\,dy\\\\&=\\sum _{n=1}^{\\infty }\\left((-1)^{n-1}\\left({\\frac {1}{n}}-\\log {\\frac {n+1}{n}}\\right)\\right).\\end{aligned}}",
null,
"It shows that log 4/π may be thought of as an \"alternating Euler constant\".\n\nThe two constants are also related by the pair of series\n\n{\\begin{aligned}\\gamma &=\\sum _{n=1}^{\\infty }{\\frac {N_{1}(n)+N_{0}(n)}{2n(2n+1)}}\\\\\\log {\\frac {4}{\\pi }}&=\\sum _{n=1}^{\\infty }{\\frac {N_{1}(n)-N_{0}(n)}{2n(2n+1)}},\\end{aligned}}",
null,
"where N1(n) and N0(n) are the number of 1s and 0s, respectively, in the base 2 expansion of n.\n\nWe have also Catalan's 1875 integral\n\n$\\gamma =\\int _{0}^{1}\\left({\\frac {1}{1+x}}\\sum _{n=1}^{\\infty }x^{2^{n}-1}\\right)\\,dx.$",
null,
"### Series expansions\n\nIn general,\n\n$\\gamma =\\lim _{n\\to \\infty }\\left({\\frac {1}{1}}+{\\frac {1}{2}}+{\\frac {1}{3}}+\\ldots +{\\frac {1}{n}}-\\log(n+\\alpha )\\right)\\equiv \\lim _{n\\to \\infty }\\gamma _{n}(\\alpha )$",
null,
"for any $\\alpha >-n$",
null,
". However, the rate of convergence of this expansion depends significantly on $\\alpha$",
null,
". In particular, $\\gamma _{n}(1/2)$",
null,
"exhibits much more rapid convergence than the conventional expansion $\\gamma _{n}(0)$",
null,
". This is because\n\n${\\frac {1}{2(n+1)}}<\\gamma _{n}(0)-\\gamma <{\\frac {1}{2n}},$",
null,
"while\n\n${\\frac {1}{24(n+1)^{2}}}<\\gamma _{n}(1/2)-\\gamma <{\\frac {1}{24n^{2}}}.$",
null,
"Even so, there exist other series expansions which converge more rapidly than this; some of these are discussed below.\n\nEuler showed that the following infinite series approaches γ:\n\n$\\gamma =\\sum _{k=1}^{\\infty }\\left({\\frac {1}{k}}-\\log \\left(1+{\\frac {1}{k}}\\right)\\right).$",
null,
"The series for γ is equivalent to a series Nielsen found in 1897:\n\n$\\gamma =1-\\sum _{k=2}^{\\infty }(-1)^{k}{\\frac {\\left\\lfloor \\log _{2}k\\right\\rfloor }{k+1}}.$",
null,
"In 1910, Vacca found the closely related series\n\n{\\begin{aligned}\\gamma &=\\sum _{k=2}^{\\infty }(-1)^{k}{\\frac {\\left\\lfloor \\log _{2}k\\right\\rfloor }{k}}\\\\[5pt]&={\\tfrac {1}{2}}-{\\tfrac {1}{3}}+2\\left({\\tfrac {1}{4}}-{\\tfrac {1}{5}}+{\\tfrac {1}{6}}-{\\tfrac {1}{7}}\\right)+3\\left({\\tfrac {1}{8}}-{\\tfrac {1}{9}}+{\\tfrac {1}{10}}-{\\tfrac {1}{11}}+\\cdots -{\\tfrac {1}{15}}\\right)+\\cdots ,\\end{aligned}}",
null,
"where log2 is the logarithm to base 2 and ⌊ ⌋ is the floor function.\n\nIn 1926 he found a second series:\n\n{\\begin{aligned}\\gamma +\\zeta (2)&=\\sum _{k=2}^{\\infty }\\left({\\frac {1}{\\left\\lfloor {\\sqrt {k}}\\right\\rfloor ^{2}}}-{\\frac {1}{k}}\\right)\\\\[5pt]&=\\sum _{k=2}^{\\infty }{\\frac {k-\\left\\lfloor {\\sqrt {k}}\\right\\rfloor ^{2}}{k\\left\\lfloor {\\sqrt {k}}\\right\\rfloor ^{2}}}\\\\[5pt]&={\\frac {1}{2}}+{\\frac {2}{3}}+{\\frac {1}{2^{2}}}\\sum _{k=1}^{2\\cdot 2}{\\frac {k}{k+2^{2}}}+{\\frac {1}{3^{2}}}\\sum _{k=1}^{3\\cdot 2}{\\frac {k}{k+3^{2}}}+\\cdots \\end{aligned}}",
null,
"From the MalmstenKummer expansion for the logarithm of the gamma function we get:\n\n$\\gamma =\\log \\pi -4\\log \\left(\\Gamma ({\\tfrac {3}{4}})\\right)+{\\frac {4}{\\pi }}\\sum _{k=1}^{\\infty }(-1)^{k+1}{\\frac {\\log(2k+1)}{2k+1}}.$",
null,
"An important expansion for Euler's constant is due to Fontana and Mascheroni\n\n$\\gamma =\\sum _{n=1}^{\\infty }{\\frac {|G_{n}|}{n}}={\\frac {1}{2}}+{\\frac {1}{24}}+{\\frac {1}{72}}+{\\frac {19}{2880}}+{\\frac {3}{800}}+\\cdots ,$",
null,
"where Gn are Gregory coefficients This series is the special case $k=1$",
null,
"of the expansions\n\n{\\begin{aligned}\\gamma &=H_{k-1}-\\log k+\\sum _{n=1}^{\\infty }{\\frac {(n-1)!|G_{n}|}{k(k+1)\\cdots (k+n-1)}}&&\\\\&=H_{k-1}-\\log k+{\\frac {1}{2k}}+{\\frac {1}{12k(k+1)}}+{\\frac {1}{12k(k+1)(k+2)}}+{\\frac {19}{120k(k+1)(k+2)(k+3)}}+\\cdots &&\\end{aligned}}",
null,
"convergent for $k=1,2,\\ldots$",
null,
"A similar series with the Cauchy numbers of the second kind Cn is\n\n$\\gamma =1-\\sum _{n=1}^{\\infty }{\\frac {C_{n}}{n\\,(n+1)!}}=1-{\\frac {1}{4}}-{\\frac {5}{72}}-{\\frac {1}{32}}-{\\frac {251}{14400}}-{\\frac {19}{1728}}-\\ldots$",
null,
"Blagouchine (2018) found an interesting generalisation of the Fontana-Mascheroni series\n\n$\\gamma =\\sum _{n=1}^{\\infty }{\\frac {(-1)^{n+1}}{2n}}{\\Big \\{}\\psi _{n}(a)+\\psi _{n}{\\Big (}-{\\frac {a}{1+a}}{\\Big )}{\\Big \\}},\\quad a>-1$",
null,
"where ψn(a) are the Bernoulli polynomials of the second kind, which are defined by the generating function\n\n${\\frac {z(1+z)^{s}}{\\log(1+z)}}=\\sum _{n=0}^{\\infty }z^{n}\\psi _{n}(s),\\qquad |z|<1,$",
null,
"For any rational a this series contains rational terms only. For example, at a = 1, it becomes\n\n$\\gamma ={\\frac {3}{4}}-{\\frac {11}{96}}-{\\frac {1}{72}}-{\\frac {311}{46080}}-{\\frac {5}{1152}}-{\\frac {7291}{2322432}}-{\\frac {243}{100352}}-\\ldots$",
null,
"Other series with the same polynomials include these examples:\n\n$\\gamma =-\\log(a+1)-\\sum _{n=1}^{\\infty }{\\frac {(-1)^{n}\\psi _{n}(a)}{n}},\\qquad \\Re (a)>-1$",
null,
"and\n\n$\\gamma =-{\\frac {2}{1+2a}}\\left\\{\\log \\Gamma (a+1)-{\\frac {1}{2}}\\log(2\\pi )+{\\frac {1}{2}}+\\sum _{n=1}^{\\infty }{\\frac {(-1)^{n}\\psi _{n+1}(a)}{n}}\\right\\},\\qquad \\Re (a)>-1$",
null,
"where Γ(a) is the gamma function.\n\nA series related to the Akiyama-Tanigawa algorithm is\n\n$\\gamma =\\log(2\\pi )-2-2\\sum _{n=1}^{\\infty }{\\frac {(-1)^{n}G_{n}(2)}{n}}=\\log(2\\pi )-2+{\\frac {2}{3}}+{\\frac {1}{24}}+{\\frac {7}{540}}+{\\frac {17}{2880}}+{\\frac {41}{12600}}+\\ldots$",
null,
"where Gn(2) are the Gregory coefficients of the second order.\n\nSeries of prime numbers:\n\n$\\gamma =\\lim _{n\\to \\infty }\\left(\\log n-\\sum _{p\\leq n}{\\frac {\\log p}{p-1}}\\right).$",
null,
"### Asymptotic expansions\n\nγ equals the following asymptotic formulas (where Hn is the nth harmonic number):\n\n$\\gamma \\sim H_{n}-\\log n-{\\frac {1}{2n}}+{\\frac {1}{12n^{2}}}-{\\frac {1}{120n^{4}}}+\\cdots$",
null,
"(Euler)\n$\\gamma \\sim H_{n}-\\log \\left({n+{\\frac {1}{2}}+{\\frac {1}{24n}}-{\\frac {1}{48n^{3}}}+\\cdots }\\right)$",
null,
"(Negoi)\n$\\gamma \\sim H_{n}-{\\frac {\\log n+\\log(n+1)}{2}}-{\\frac {1}{6n(n+1)}}+{\\frac {1}{30n^{2}(n+1)^{2}}}-\\cdots$",
null,
"(Cesàro)\n\nThe third formula is also called the Ramanujan expansion.\n\nAlabdulmohsin derived closed-form expressions for the sums of errors of these approximations. He showed that (Theorem A.1):\n\n$\\sum _{n=1}^{\\infty }\\log n+\\gamma -H_{n}+{\\frac {1}{2n}}={\\frac {\\log(2\\pi )-1-\\gamma }{2}}$",
null,
"$\\sum _{n=1}^{\\infty }\\log {\\sqrt {n(n+1)}}+\\gamma -H_{n}={\\frac {\\log(2\\pi )-1}{2}}-\\gamma$",
null,
"$\\sum _{n=1}^{\\infty }(-1)^{n}{\\Big (}\\log n+\\gamma -H_{n}{\\Big )}={\\frac {\\log \\pi -\\gamma }{2}}$",
null,
"### Exponential\n\nThe constant eγ is important in number theory. Some authors denote this quantity simply as γ′. eγ equals the following limit, where pn is the nth prime number:\n\n$e^{\\gamma }=\\lim _{n\\to \\infty }{\\frac {1}{\\log p_{n}}}\\prod _{i=1}^{n}{\\frac {p_{i}}{p_{i}-1}}.$",
null,
"This restates the third of Mertens' theorems. The numerical value of eγ is:\n\n1.78107241799019798523650410310717954916964521430343....\n\nOther infinite products relating to eγ include:\n\n{\\begin{aligned}{\\frac {e^{1+{\\frac {\\gamma }{2}}}}{\\sqrt {2\\pi }}}&=\\prod _{n=1}^{\\infty }e^{-1+{\\frac {1}{2n}}}\\left(1+{\\frac {1}{n}}\\right)^{n}\\\\{\\frac {e^{3+2\\gamma }}{2\\pi }}&=\\prod _{n=1}^{\\infty }e^{-2+{\\frac {2}{n}}}\\left(1+{\\frac {2}{n}}\\right)^{n}.\\end{aligned}}",
null,
"These products result from the Barnes G-function.\n\n$e^{\\gamma }={\\sqrt {\\frac {2}{1}}}\\cdot {\\sqrt[{3}]{\\frac {2^{2}}{1\\cdot 3}}}\\cdot {\\sqrt[{4}]{\\frac {2^{3}\\cdot 4}{1\\cdot 3^{3}}}}\\cdot {\\sqrt[{5}]{\\frac {2^{4}\\cdot 4^{4}}{1\\cdot 3^{6}\\cdot 5}}}\\cdots$",
null,
"where the nth factor is the (n + 1)th root of\n\n$\\prod _{k=0}^{n}(k+1)^{(-1)^{k+1}{n \\choose k}}.$",
null,
"This infinite product, first discovered by Ser in 1926, was rediscovered by Sondow using hypergeometric functions.\n\nIt also holds that\n\n${\\frac {e^{\\frac {\\pi }{2}}+e^{-{\\frac {\\pi }{2}}}}{\\pi e^{\\gamma }}}=\\prod _{n=1}^{\\infty }\\left(e^{-{\\frac {1}{n}}}\\left(1+{\\frac {1}{n}}+{\\frac {1}{2n^{2}}}\\right)\\right).$",
null,
"### Continued fraction\n\nThe continued fraction expansion of γ is of the form [0; 1, 1, 2, 1, 2, 1, 4, 3, 13, 5, 1, 1, 8, 1, 2, 4, 1, 1, 40, ...], which has no apparent pattern. The continued fraction is known to have at least 475,006 terms, and it has infinitely many terms if and only if γ is irrational.\n\n## Generalizations\n\nEuler's generalized constants are given by\n\n$\\gamma _{\\alpha }=\\lim _{n\\to \\infty }\\left(\\sum _{k=1}^{n}{\\frac {1}{k^{\\alpha }}}-\\int _{1}^{n}{\\frac {1}{x^{\\alpha }}}\\,dx\\right),$",
null,
"for 0 < α < 1, with γ as the special case α = 1. This can be further generalized to\n\n$c_{f}=\\lim _{n\\to \\infty }\\left(\\sum _{k=1}^{n}f(k)-\\int _{1}^{n}f(x)\\,dx\\right)$",
null,
"for some arbitrary decreasing function f. For example,\n\n$f_{n}(x)={\\frac {(\\log x)^{n}}{x}}$",
null,
"gives rise to the Stieltjes constants, and\n\n$f_{a}(x)=x^{-a}$",
null,
"gives\n\n$\\gamma _{f_{a}}={\\frac {(a-1)\\zeta (a)-1}{a-1}}$",
null,
"where again the limit\n\n$\\gamma =\\lim _{a\\to 1}\\left(\\zeta (a)-{\\frac {1}{a-1}}\\right)$",
null,
"appears.\n\nA two-dimensional limit generalization is the Masser–Gramain constant.\n\nEuler–Lehmer constants are given by summation of inverses of numbers in a common modulo class:\n\n$\\gamma (a,q)=\\lim _{x\\to \\infty }\\left(\\sum _{0",
null,
"The basic properties are\n\n{\\begin{aligned}\\gamma (0,q)&={\\frac {\\gamma -\\log q}{q}},\\\\\\sum _{a=0}^{q-1}\\gamma (a,q)&=\\gamma ,\\\\q\\gamma (a,q)&=\\gamma -\\sum _{j=1}^{q-1}e^{-{\\frac {2\\pi aij}{q}}}\\log \\left(1-e^{\\frac {2\\pi ij}{q}}\\right),\\end{aligned}}",
null,
"and if gcd(a,q) = d then\n\n$q\\gamma (a,q)={\\frac {q}{d}}\\gamma \\left({\\frac {a}{d}},{\\frac {q}{d}}\\right)-\\log d.$",
null,
"## Published digits\n\nEuler initially calculated the constant's value to 6 decimal places. In 1781, he calculated it to 16 decimal places. Mascheroni attempted to calculate the constant to 32 decimal places, but made errors in the 20th–22nd and 31st-32nd decimal places; starting from the 20th digit, he calculated ...1811209008239 when the correct value is ...0651209008240.\n\nPublished Decimal Expansions of γ\nDate Decimal digits Author Sources\n1734 5 Leonhard Euler\n1735 15 Leonhard Euler\n1781 16 Leonhard Euler\n1790 32 Lorenzo Mascheroni, with 20-22 and 31-32 wrong\n1809 22 Johann G. von Soldner\n1811 22 Carl Friedrich Gauss\n1812 40 Friedrich Bernhard Gottfried Nicolai\n1857 34 Christian Fredrik Lindman\n1861 41 Ludwig Oettinger\n1867 49 William Shanks\n1871 99 James W.L. Glaisher\n1871 101 William Shanks\n1952 328 John William Wrench Jr.\n1961 1050 Helmut Fischer and Karl Zeller\n1962 1271 Donald Knuth \n1962 3566 Dura W. Sweeney\n1973 4879 William A. Beyer and Michael S. Waterman\n1977 20700 Richard P. Brent\n1980 30100 Richard P. Brent & Edwin M. McMillan\n1993 172000 Jonathan Borwein\n1999 108000000 Patrick Demichel and Xavier Gourdon\nMarch 13, 2009 29844489545 Alexander J. Yee & Raymond Chan \nDecember 22, 2013 119377958182 Alexander J. Yee \nMarch 15, 2016 160000000000 Peter Trueb \nMay 18, 2016 250000000000 Ron Watkins \nAugust 23, 2017 477511832674 Ron Watkins \nMay 26, 2020 600000000100 Seungmin Kim & Ian Cutress"
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https://www.slideserve.com/talbot/10-3-continuity | [
"",
null,
"Download",
null,
"Download Presentation",
null,
"10.3: Continuity\n\n# 10.3: Continuity\n\nDownload Presentation",
null,
"## 10.3: Continuity\n\n- - - - - - - - - - - - - - - - - - - - - - - - - - - E N D - - - - - - - - - - - - - - - - - - - - - - - - - - -\n##### Presentation Transcript\n\n1. 10.3: Continuity\n\n2. Definition of Continuity A function f is continuous at a pointx = c if 1. 2. f (c) exists 3. A function f is continuous on the open interval(a,b) if it is continuous at each point on the interval. If a function is not continuous, it is discontinuous.\n\n3. A constant function is continuous for all x. • For integer n > 0, f (x) = xn is continuous for all x. • A polynomial function is continuous for all x. • A rational function is continuous for all x, except those values that make the denominator 0. • For n an odd positive integer, is continuous wherever f (x) is continuous. • For n an even positive integer, is continuous wherever f (x) is continuous and nonnegative.\n\n4. Continuous at -1? Continuous at -2? YES NO Continuous at 2? YES Continuous at 0? Continuous at 2? YES NO Continuous at -4? YES\n\n5. Discuss the continuity of each function at the indicated points F is continuous at -1 because the limit is 1 and also f(-1)=1 at x=-1 at x=0 Not continuous at 0 because g(0) is not defined at x=1 Not continuous at 1 because h(1) is not defined Not continues at 3 because k(3) is not defined and also the limit does not exist at x=3 and at x =0 Continuous at 0 because the limit is -1 and k(0)=-1"
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http://www.jbmf.net/ci/6conj-20matlab.html | [
"www.jbmf.net > Conj mAtlAB\n\n Conj mAtlAB 发布于:2020-09-23 15:43:03\n\n1、打开MATLAB软件,清空工作空间和窗口界面,采用一些代知码;clear clc2、求解复数的实部和虚部,使用一个4*4的矩阵来进行运算,然后求出实部和虚部;代码如道下:a1=randn(4,4); a2=hilb(4); A=a1+a2*i; re_A=real(A) im_A=imag(A)3\n\nconj(x)是求x的共轭数 比如:x=2+3i;conj(x)=2-3i;\n\nconj是求复数的共轭,Matlab有这个函数若x=a+bi(a,b∈R),则 x'=a-bi(a,b∈R).共轭复数Matlab有conj这个函数,或者x'=CONJ(x) = REAL(x) - i*IMAG(x)\n\n>> solve('8-34*conj(t)-8*t*conj(t)^2=0')ans =.23234291277777862988814414561156\n\nconj是复数共轭,xk(1:2049)表示取向量xk中1:2049列(行),xk(2048:-1:2)表示取xk向量从2048到2的列(行)倒序,之后再取他的复数共轭.将前面的两个向量合成一个矩阵赋值给xk"
] | [
null
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https://blog.sqlauthority.com/2010/11/27/sql-server-puzzle-challenge-error-while-converting-money-to-decimal/comment-page-1/?amp | [
"# SQL SERVER – Puzzle – Challenge – Error While Converting Money to Decimal\n\nEarlier I wrote SQL SERVER – Challenge – Puzzle – Usage of FAST Hint and I did receive some good comments. Here is another question to tease your mind. Run following script and you will see that it will thrown an error.\n```DECLARE @mymoney MONEY; SET @mymoney = 12345.67; SELECT CAST(@mymoney AS DECIMAL(5,2)) MoneyInt; GO ```\n\nThe datatype of money is also visually look similar to the decimal, why it would throw following error:\n\nMsg 8115, Level 16, State 8, Line 3\nArithmetic overflow error converting money to data type numeric.\n\nReference: Pinal Dave (https://blog.sqlauthority.com)\n\n#### Related Posts\n\n•",
null,
"fbncs\nNovember 27, 2010 7:03 am\n\nyou must do :\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\n\nyou have 7 digits in @mymoney (including decimals)\n\n•",
null,
"vishalgajjar1\nNovember 27, 2010 9:29 am\n\nIndeed!!!\n\n•",
null,
"sandman\nNovember 27, 2010 11:53 am\n\nI agree with fbncs.\n\n•",
null,
"Daniel Abbatt\nNovember 28, 2010 3:52 am\n\nExactly. It’s not 5 number followed by 2 numbers. 5, 2 means that it’s 5 digits in total with 2 after the decimal point. To represent the number you show, it needs a total of 7 with 2 after the decimal place and 5 before.\n\n•",
null,
"fbncs\nDecember 5, 2010 11:46 pm\n\nshure, but don’t forget… if you have 4 decimals in @mymoney, you’ll lost information doing this convertion. The most correclty to do in that case is DECIMAL(9,4).\n\n•",
null,
"Soumya Sunu\nDecember 7, 2012 5:51 pm\n\nExactly, first digit shows the total length\n\n•",
null,
"howsya\nNovember 27, 2010 8:09 am\n\nThe money data type goes out to 4 places after the decimal.\n\nYour data type @mymoney is set to round to the nearest penny (2 places). SQL cannot handle the conversion and will throw out the overflow error.\n\nTry SELECT CAST(@mymoney AS DECIMAL(5,4)) MoneyInt;\n\n•",
null,
"Ross\nOctober 29, 2013 5:02 pm\n\nAs with the original post, this is wrong, DECIMAL(5,4) would hold for example, 1.2345, the first number is the total length, the second number is the decimal points\n\n•",
null,
"Piyush Srivastava\nNovember 27, 2010 8:37 am\n\nYou need to increase the size of precision. You need to make it 7 or above.\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\nGO\n\nO/P-> 12345.67\n\nThanks & Regards,\nPiyush srivastava\nMumbai\n\n•",
null,
"Dheeraj\nNovember 27, 2010 9:50 am\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\nGO\n\nThe target data type is unable to accommodate needful value. We will need to give enough room by expanding the Decimal value and precision.\n\n•",
null,
"Abhishek\nNovember 27, 2010 9:58 am\n\nIn Your question while you converting money to decimal you are using decimal(5,2) that means 2 is precision in total number 5 digit including precision that means only 3 digit and your money value is greater then hundred\n\n•",
null,
"Dheeraj\nNovember 27, 2010 10:04 am\n\nAnother approach (NOT RECOMMENDED)\n\nSET ARITHABORT OFF\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(5,2)) MoneyInt;\nGO\n\nThe above method is the way to silently fail the conversions, in which case the CAST function will return a NULL Value. Notice the SET statement that explicitly sql server to ignore arithmetic overflows.\n\nHaving said that, this approach is not a recommended practice and should not be used any environment (DEV,QA,STAG,PROD).\n\n•",
null,
"Anil Gurjar\nNovember 27, 2010 11:32 am\n\nyou must do :\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(,2)) MoneyInt;\n\nyou have 7 digits in @mymoney (including decimals)\n\n•",
null,
"Anil Gurjar\nNovember 27, 2010 11:34 am\n\nyou must do :\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(abc,2)) MoneyInt;\n\nyou have 7 digits in @mymoney (including decimals) so you put abc=7 or greater than 7\n\n•",
null,
"Keval Patel\nNovember 27, 2010 11:36 am\n\nYou need to specify\n\nDECLARE @mymoney MONEY;\nSET @mymoney = -12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\n\nBecause…\n\nHere first part specifies total number of decimals. i.e. number of characters before “Period” (.) + number of characters after “Period” (.)\n\n5+2 = 7\n\nSecond part sepcifies how many characters should be after “Period” (.)\n\n•",
null,
"Rajan Patel\nNovember 27, 2010 12:22 pm\n\nDECIMAL(5,2) has 5 precision and 2 scale.\n\nPrecision is the total number of digits in a number.\n\nScale is the number of digits to the right of the decimal point in a number.\n\nFor Example the number 8714.235 has a\n\nprecision – 7\n\nscale – 3\n\n•",
null,
"Himanshu Patel\nNovember 27, 2010 12:37 pm\n\nHi pinal\n\nas per the bol.\n\nIn Transact-SQL statements, a constant with a decimal point is automatically converted into a numeric data value, using the minimum precision and scale necessary. For example, the constant 12345.67 is converted into a numeric value with a precision of 7 and a scale of 2.\n\nsection : Converting decimal and numeric Data\n\n•",
null,
"Anurodh Srivastava\nNovember 27, 2010 1:54 pm\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\nGO?\n\nNow it will not through any error.\nSince @mymoney variable has 5 digits before decimal and 2 digits after decimal. So we have to put 7 insead of 5 in precision of DECIMAl Datatype, because 5 + 2 = 7 means total no of digits that DECIMAL datatype may contain before decimal and after decimal place.\nFor understanding, you can also see it like this DECIMAL((7-2),2).\n\nHave a look the detail given below for more clarity-\nDECIMAL(p,s)\np (precision)\nThe maximum total number of decimal digits that can be stored, both to the left and to the right of the decimal point.\ns (scale)\nThe maximum number of decimal digits that can be stored to the right of the decimal point.\n\n•",
null,
"aasim abdullah\nNovember 27, 2010 3:01 pm\n\nQuery from “fbncs” is correct because decimal data type takes 2 bytes of overhead to store the offset to the value. Which money don’t. Thats why converting from money to decimal need 2 bytes extra otherwise enjoy arithmetic overflow error ;)\n\n•",
null,
"Paulo R. Pereira\nNovember 27, 2010 4:02 pm\n\nHi Pinal,\n\nThe overflow problem is because the length of DECIMAL(5,2) is small to support this value.\n\nIn this case, the value 12345.67 has length (precision) of 7 digits, when 2 digits are dedicated to “.67” (scale), then you can convert this number to a DECIMAL(7,2) and not to a DECIMAL(5,2).\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\nGO\n\nBut you can lost the 2 digits dedicated to “.67”, if you use a small decimal with a compatible precision without scale:\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(5,0)) MoneyInt;\nGO\n\n•",
null,
"Chintak Chhapia\nNovember 27, 2010 5:17 pm\n\nYes I agree with Fbncs.\n\nJust adding description for whay it’s filing when we rty to convert it to Decimal(5,2)\n\nIn decimal decalaration, DECIMAL(P,S), P (precision) specifies the number of digits on both side of decimal point. 12345.67 has 7 digits ( of 2 digits are of scale), so we need decimal(5,2) for storing this number.\n\nEven if we tries to convert the number to DECIMAL(7,3), we get same error as we specify scale as 3 and so, we can have only 4 digits on left side of decimal point.\n\n-Chintak\n\n•",
null,
"Scott Humphrey\nNovember 27, 2010 5:36 pm\n\nYou need to define the decimal larger to cast money to\n\n•",
null,
"Alok Chandra Shahi\nNovember 27, 2010 8:03 pm\n\nYou are taking 5 in place of 7.Because here length of This Money type variable will be fit in 5 digit before decimal point so you should take at least 5 digit in decimal datatype. digit after decimal will be round off.\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\n\n•",
null,
"Imran Mohammed\nNovember 27, 2010 10:45 pm\n\nDecimal data type is defined as Decimal (Precision, Scale).\n\nPrecision includes Scale.\n\nSo Decimal (5,2) actually means, we can have 3 digits before decimal and 2 digits after decimal.\n\nFrom above example, (3+2) digits is called as precision and 2 digits after decimal is callled as scale.\n\nIn your example, you have 5 digits before decimal and 2 digits after decimal, therefore the correct decimal should be Decimal (7,2).\n\n~ IM.\n\n•",
null,
"SHIVSHANKER\nNovember 29, 2010 6:20 pm\n\nDECLARE @mymoney MONEY;\nSET @mymoney = 12345.67;\nSELECT CAST(@mymoney AS DECIMAL(5,2)) MoneyInt;\n\nSIR HERE THE DECIMAL VALUE ACCEPT\n\nDECIMAL(TOTAL DIGIT,DECIMAL POINT AFTER DIGIT)\n\nSO USE\n\nSELECT CAST(@mymoney AS DECIMAL(7,2)) MoneyInt;\n\nIT WILL RUN\n\n•",
null,
""
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"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null,
"data:image/svg+xml;base64,PHN2ZyBoZWlnaHQ9IjUwIiB3aWR0aD0iNTAiIHhtbG5zPSJodHRwOi8vd3d3LnczLm9yZy8yMDAwL3N2ZyIgdmVyc2lvbj0iMS4xIi8+",
null
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http://plustwophysics.com/class-xii-physics-sample-paper-ii-2/?shared=email&msg=fail | [
"# Sample Paper\n\nTime allowed : 3 hours\n\nMax. Marks : 70\n\nGeneral Instructions:\n\n1. All questions are compulsory\n2. There are 30 questions in total. Questions 1 to 8 carry one mark each, 9 to 18 carry two marks each, 19 to 27 carry 3 marks each and 28 to 30 carry 5 marks each.\n3. There is no overall choice, but internal choices are provided. You have to attempt only one choice in full.\n4. Use of calculator is not permitted.\n5. You may use the logarithm table, if required.\n\n1. What is electrostatic shielding?\n\n2. Identify the carbon resistor whose colour code is green, blue, red and gold.\n\n3. Energy of a charged particle moving in a magnetic field does not change. Why?\n\n4. What is the phase difference between the voltage across inductor and capacitor in a series LCR circuit?\n\n5. Light waves can travel through vacuum, where as sound waves cannot. Why?\n\n6. What are coherent sources?\n\n7. What is the effect on de Broglie wave length when accelerating potential is increased by four times?\n\n8. Define impact parameter.\n\n9. What is the effect of introducing a dielectric slab in between the plates of a capacitor on its capacitance? Is it possible to reduce the capacitance of a capacitor by introducing a dielectric between the plates ? Why?\n\n10. What are the two important properties of the alloy used for making permanent magnets? What is the effect of large hysterisis of the material used for making permanent magnets?\n\n11. What are the possible reasons for the power losses in a transformer?\n\n12. A test charge of 1.6 x 10-19 C is moving with a velocity v = 2i + 3j ms-1 in a magnetic field B = 2i + 3j T. Find the force acting on the test charge.\n\n13. Obtain the resonant frequency and Q – factor of a series LCR circuit with L = 3H, C = 27 µF and R = 7.4Ω.\n\n14. Identify the components of electromagnetic spectrum used for i) sterilizing surgical instruments\n\nii) detecting cracks in finished metal products\n\niii) taking photographs through smoke\n\niv) used in nuclear reactions.\n\nOR\n\nIdentify the electromagnetic waves associated with the following wavelengths.\n\ni) 10-3m ii) 10-3nm iii) 500 nm iv) 1m.\n\n15. Distinguish between resolving power and magnifying power of a telescope.\n\n16. The energy levels of an atom are shown. Which transition corresponds to emission of radiation of maximum wavelength?\n\n -4.5eV\n -10eV\n 2eV\n 0eV\n\n17. The input waveforms to a gate and the corresponding output are given. Identify the gate and write its truth table.\n\n18. Distinguish between space wave and sky wave.\n\n19. Define drift velocity. From the relation between drift velocity and current deduce Ohm’s law.\n\n 15ohm\n\nFour identical cells each of emf 2V are joined in parallel supplying current to an external circuit consisting of two 15 ohm resistors joined in parallel. The terminal voltage of the cells as read by an ideal voltmeter is 1.6V. Calculate the internal resistance of the cell.\n\n21. Define the magnetic elements of Earth. The horizontal and vertical components of magnetic fields at a place are 0.22T and 0.38 T respectively. Find the resultant intensity and angle of dip at the place.\n\n22. Define self inductance of a coil. Derive an expression for the energy stored in a coil carrying current.\n\n23. With the help of a schematic diagram , explain the working of a reflecting type telescope. What are the advantages of reflecting type telescopes?\n\nOR\n\nWhat is hypermetropia? Show the defect and its correction using ray diagrams.\n\n24. High precision instruments are using prisms for refection, instead of mirror. Which phenomenon is involved in it?\n\nPolarizing angle of water is 520. Find its critical angle.\n\n25. Draw the graphs showing the variation of photoelectric current with collector potential for i) different intensities and same frequency ii) different frequencies and same intensity of the incident photons.\n\n26. Define mean life. Show mathematically that radioactive decay follows exponential variation.\n\n27. What is the necessity for modulation? In AM wave , which characteristic of the carrier wave is changed?\n\n28. i) Explain the principle, construction and working of a van de Graaff generator.\n\nii) Draw the equi potential surface for a point charge. OR\n\ni) Derive an expression for the potential at a point due to an electric dipole.\n\nii) Hence find the expressions for the potential at a point along the\n\na) axial line b) equitorial line.\n\n29. i) Derive lens maker’s formula.\n\nii) The radius of curvature of either face of a convex lens is equal to its focal length. What is the refractive index of its material?\n\nOR\n\ni) Derive mirror equation for a concave mirror.\n\nii) A 4.5cm needle is placed 12cm away from a convex mirror of focal length 15cm. Find out the location of the image and magnification\n\n30. i) With the help of a neat and labeled circuit diagram, explain the working of an n- p-n transistor as an amplifier in common emitter configuration.\n\nii) Derive expressions for the voltage gain and power gain of the amplifier.\n\nOR\n\ni) What is doping?\n\nii) Explain the formation of a p-type extrinsic semiconductor.\n\niii) Draw the energy level diagrams for the p-type and n- type semiconductors."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8598241,"math_prob":0.96191025,"size":5062,"snap":"2019-26-2019-30","text_gpt3_token_len":1165,"char_repetition_ratio":0.10023725,"word_repetition_ratio":0.013761468,"special_character_ratio":0.22975108,"punctuation_ratio":0.12361809,"nsfw_num_words":1,"has_unicode_error":false,"math_prob_llama3":0.9923873,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-07-19T15:11:56Z\",\"WARC-Record-ID\":\"<urn:uuid:4482744e-ad68-4c43-a089-8ba73dda07cd>\",\"Content-Length\":\"142823\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:772f82ba-c4d4-4209-93fd-61d13d005af8>\",\"WARC-Concurrent-To\":\"<urn:uuid:d1d8f336-2921-4108-b9e2-41ef1d15feff>\",\"WARC-IP-Address\":\"184.168.138.128\",\"WARC-Target-URI\":\"http://plustwophysics.com/class-xii-physics-sample-paper-ii-2/?shared=email&msg=fail\",\"WARC-Payload-Digest\":\"sha1:434EH3YZ6B2G534OJMHM5AEKDTT2UCRV\",\"WARC-Block-Digest\":\"sha1:7I6XGJSYYFWH3OG2NLD4RB4DKWMAS3CM\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-30/CC-MAIN-2019-30_segments_1563195526254.26_warc_CC-MAIN-20190719140355-20190719162355-00185.warc.gz\"}"} |
https://www.colorhexa.com/037f08 | [
"# #037f08 Color Information\n\nIn a RGB color space, hex #037f08 is composed of 1.2% red, 49.8% green and 3.1% blue. Whereas in a CMYK color space, it is composed of 97.6% cyan, 0% magenta, 93.7% yellow and 50.2% black. It has a hue angle of 122.4 degrees, a saturation of 95.4% and a lightness of 25.5%. #037f08 color hex could be obtained by blending #06fe10 with #000000. Closest websafe color is: #006600.\n\n• R 1\n• G 50\n• B 3\nRGB color chart\n• C 98\n• M 0\n• Y 94\n• K 50\nCMYK color chart\n\n#037f08 color description : Dark lime green.\n\n# #037f08 Color Conversion\n\nThe hexadecimal color #037f08 has RGB values of R:3, G:127, B:8 and CMYK values of C:0.98, M:0, Y:0.94, K:0.5. Its decimal value is 229128.\n\nHex triplet RGB Decimal 037f08 `#037f08` 3, 127, 8 `rgb(3,127,8)` 1.2, 49.8, 3.1 `rgb(1.2%,49.8%,3.1%)` 98, 0, 94, 50 122.4°, 95.4, 25.5 `hsl(122.4,95.4%,25.5%)` 122.4°, 97.6, 49.8 006600 `#006600`\nCIE-LAB 45.927, -50.856, 48.004 7.67, 15.215, 2.762 0.299, 0.593, 15.215 45.927, 69.934, 136.652 45.927, -43.1, 55.2 39.006, -33.16, 23.106 00000011, 01111111, 00001000\n\n# Color Schemes with #037f08\n\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #7f037a\n``#7f037a` `rgb(127,3,122)``\nComplementary Color\n• #3c7f03\n``#3c7f03` `rgb(60,127,3)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #037f46\n``#037f46` `rgb(3,127,70)``\nAnalogous Color\n• #7f033c\n``#7f033c` `rgb(127,3,60)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #46037f\n``#46037f` `rgb(70,3,127)``\nSplit Complementary Color\n• #7f0803\n``#7f0803` `rgb(127,8,3)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #08037f\n``#08037f` `rgb(8,3,127)``\n• #7a7f03\n``#7a7f03` `rgb(122,127,3)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #08037f\n``#08037f` `rgb(8,3,127)``\n• #7f037a\n``#7f037a` `rgb(127,3,122)``\n• #013403\n``#013403` `rgb(1,52,3)``\n• #024d05\n``#024d05` `rgb(2,77,5)``\n• #026606\n``#026606` `rgb(2,102,6)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #04980a\n``#04980a` `rgb(4,152,10)``\n• #04b10b\n``#04b10b` `rgb(4,177,11)``\n• #05ca0d\n``#05ca0d` `rgb(5,202,13)``\nMonochromatic Color\n\n# Alternatives to #037f08\n\nBelow, you can see some colors close to #037f08. Having a set of related colors can be useful if you need an inspirational alternative to your original color choice.\n\n• #1d7f03\n``#1d7f03` `rgb(29,127,3)``\n• #137f03\n``#137f03` `rgb(19,127,3)``\n• #087f03\n``#087f03` `rgb(8,127,3)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #037f12\n``#037f12` `rgb(3,127,18)``\n• #037f1d\n``#037f1d` `rgb(3,127,29)``\n• #037f27\n``#037f27` `rgb(3,127,39)``\nSimilar Colors\n\n# #037f08 Preview\n\nThis text has a font color of #037f08.\n\n``<span style=\"color:#037f08;\">Text here</span>``\n#037f08 background color\n\nThis paragraph has a background color of #037f08.\n\n``<p style=\"background-color:#037f08;\">Content here</p>``\n#037f08 border color\n\nThis element has a border color of #037f08.\n\n``<div style=\"border:1px solid #037f08;\">Content here</div>``\nCSS codes\n``.text {color:#037f08;}``\n``.background {background-color:#037f08;}``\n``.border {border:1px solid #037f08;}``\n\n# Shades and Tints of #037f08\n\nA shade is achieved by adding black to any pure hue, while a tint is created by mixing white to any pure color. In this example, #000c01 is the darkest color, while #f8fff8 is the lightest one.\n\n• #000c01\n``#000c01` `rgb(0,12,1)``\n• #011f02\n``#011f02` `rgb(1,31,2)``\n• #013203\n``#013203` `rgb(1,50,3)``\n• #024604\n``#024604` `rgb(2,70,4)``\n• #025906\n``#025906` `rgb(2,89,6)``\n• #036c07\n``#036c07` `rgb(3,108,7)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\n• #039209\n``#039209` `rgb(3,146,9)``\n• #04a50a\n``#04a50a` `rgb(4,165,10)``\n• #04b80c\n``#04b80c` `rgb(4,184,12)``\n• #05cc0d\n``#05cc0d` `rgb(5,204,13)``\n• #05df0e\n``#05df0e` `rgb(5,223,14)``\n• #06f20f\n``#06f20f` `rgb(6,242,15)``\n• #12f91b\n``#12f91b` `rgb(18,249,27)``\n• #25fa2e\n``#25fa2e` `rgb(37,250,46)``\n• #38fa40\n``#38fa40` `rgb(56,250,64)``\n• #4bfb52\n``#4bfb52` `rgb(75,251,82)``\n• #5ffb65\n``#5ffb65` `rgb(95,251,101)``\n• #72fc77\n``#72fc77` `rgb(114,252,119)``\n• #85fc8a\n``#85fc8a` `rgb(133,252,138)``\n• #98fd9c\n``#98fd9c` `rgb(152,253,156)``\n• #abfdaf\n``#abfdaf` `rgb(171,253,175)``\n• #befdc1\n``#befdc1` `rgb(190,253,193)``\n• #d2fed3\n``#d2fed3` `rgb(210,254,211)``\n• #e5fee6\n``#e5fee6` `rgb(229,254,230)``\n• #f8fff8\n``#f8fff8` `rgb(248,255,248)``\nTint Color Variation\n\n# Tones of #037f08\n\nA tone is produced by adding gray to any pure hue. In this case, #3f433f is the less saturated color, while #037f08 is the most saturated one.\n\n• #3f433f\n``#3f433f` `rgb(63,67,63)``\n• #3a483b\n``#3a483b` `rgb(58,72,59)``\n• #354d36\n``#354d36` `rgb(53,77,54)``\n• #305231\n``#305231` `rgb(48,82,49)``\n• #2b572d\n``#2b572d` `rgb(43,87,45)``\n• #265c28\n``#265c28` `rgb(38,92,40)``\n• #216124\n``#216124` `rgb(33,97,36)``\n• #1c661f\n``#1c661f` `rgb(28,102,31)``\n• #176b1a\n``#176b1a` `rgb(23,107,26)``\n• #127016\n``#127016` `rgb(18,112,22)``\n• #0d7511\n``#0d7511` `rgb(13,117,17)``\n• #087a0d\n``#087a0d` `rgb(8,122,13)``\n• #037f08\n``#037f08` `rgb(3,127,8)``\nTone Color Variation\n\n# Color Blindness Simulator\n\nBelow, you can see how #037f08 is perceived by people affected by a color vision deficiency. This can be useful if you need to ensure your color combinations are accessible to color-blind users.\n\nMonochromacy\n• Achromatopsia 0.005% of the population\n• Atypical Achromatopsia 0.001% of the population\nDichromacy\n• Protanopia 1% of men\n• Deuteranopia 1% of men\n• Tritanopia 0.001% of the population\nTrichromacy\n• Protanomaly 1% of men, 0.01% of women\n• Deuteranomaly 6% of men, 0.4% of women\n• Tritanomaly 0.01% of the population"
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.5248575,"math_prob":0.76354355,"size":3642,"snap":"2021-04-2021-17","text_gpt3_token_len":1618,"char_repetition_ratio":0.12506872,"word_repetition_ratio":0.011090573,"special_character_ratio":0.5637013,"punctuation_ratio":0.23783186,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9870185,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-01-21T21:28:25Z\",\"WARC-Record-ID\":\"<urn:uuid:b26b168a-6013-4c76-9590-20d6583bf4a9>\",\"Content-Length\":\"36175\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:c93307e9-dcb8-45f1-a33c-f668876dc959>\",\"WARC-Concurrent-To\":\"<urn:uuid:61defbc6-c1c1-46fc-88d6-dd6c28644626>\",\"WARC-IP-Address\":\"178.32.117.56\",\"WARC-Target-URI\":\"https://www.colorhexa.com/037f08\",\"WARC-Payload-Digest\":\"sha1:HWJIAM6D6LK36T7QWT7VQYZNSYSXZCFA\",\"WARC-Block-Digest\":\"sha1:WECMOU7RPJPZVBR3EGEU24OVB426KHSX\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-04/CC-MAIN-2021-04_segments_1610703527850.55_warc_CC-MAIN-20210121194330-20210121224330-00724.warc.gz\"}"} |
http://safecurves.cr.yp.to/proof/545892229581467.html | [
"Primality proof for n = 545892229581467:\n\nTake b = 2.\n\nb^(n-1) mod n = 1.\n\n354936430157 is prime.\nb^((n-1)/354936430157)-1 mod n = 167174330147262, which is a unit, inverse 86930993119362.\n\n(354936430157) divides n-1.\n\n(354936430157)^2 > n.\n\nn is prime by Pocklington's theorem."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.60324556,"math_prob":0.9971267,"size":272,"snap":"2022-27-2022-33","text_gpt3_token_len":105,"char_repetition_ratio":0.17910448,"word_repetition_ratio":0.0,"special_character_ratio":0.6360294,"punctuation_ratio":0.18518518,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9971274,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-07-04T06:03:14Z\",\"WARC-Record-ID\":\"<urn:uuid:801ca3e7-953a-485f-8407-b09df8d62c61>\",\"Content-Length\":\"532\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:cdaf69f1-b93e-49b8-acc2-530641f898eb>\",\"WARC-Concurrent-To\":\"<urn:uuid:8d25a317-2c8b-4a4d-af8c-3ea2a3ebb3b6>\",\"WARC-IP-Address\":\"131.193.32.108\",\"WARC-Target-URI\":\"http://safecurves.cr.yp.to/proof/545892229581467.html\",\"WARC-Payload-Digest\":\"sha1:EP7RQE657TRGNY27XTY6IUFSTRTUTZ7F\",\"WARC-Block-Digest\":\"sha1:6TXT4CEEQ3YQXFZBTVLGC5I4ZZT6RKXK\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-27/CC-MAIN-2022-27_segments_1656104354651.73_warc_CC-MAIN-20220704050055-20220704080055-00783.warc.gz\"}"} |
https://whatpercentcalculator.com/4-is-what-percent-of-23 | [
"# 4 is what percent of 23?\n\n## (4 is 17.3913 percent of 23)\n\n### 4 is 17.3913 percent of 23. Explanation: What does 4 percent or 4% mean?\n\nPercent (%) is an abbreviation for the Latin “per centum”, which means per hundred or for every hundred. So, 4% means 4 out of every 100.\n\n### Methods to calculate \"4 is what percent of 23\" with step by step explanation:\n\n#### Method 1: Diagonal multiplication to calculate 4 is what percent of 23.\n\n1. Step 1: For 23, our answer will be 4\n2. Step 2: For 100, our answer will be x\n3. Step 3: 23*x = 4*100 (In Step 1 and 2 see colored text; Diagonal multiplications will always be equal)\n4. Step 4: x = 4*100/23 = 400/23 = 17.3913\n\n#### Method 2: Same side division to calculate 4 is what percent of 23\n\n1. Step 1: For 23, our answer will be 4\n2. Step 2: For 100, our answer will be x\n3. Step 3: 4/x = 23/100 (In Step 1 and 2, see colored text; Same side divisions will always be equal)\n4. Step 4: x/4 = 100/23\n5. Step 5: x = 4*100/23 = 400/23 = 17.3913\n\n### Percentage examples\n\nPercentages express a proportionate part of a total. When a total is not given then it is assumed to be 100. E.g. 4% (read as 4 percent) can also be expressed as 4/100 or 4:100.\n\nExample: If 4% (4 percent) of your savings are invested in stocks, then 4 out of every 100 dollars are invested in stocks. If your savings are \\$10,000, then a total of 4*100 (i.e. \\$400) are invested in stocks.\n\n### History of Percentage\n\nBefore the Europeans learned about the decimal system, ancient Romans used fractions in the multiples of 1/100. An example was when Augustus levied a tax of 1/100 called centesima rerum venalium on goods sold at auctions. Computation with these fractions was similar to percentages.\nIn the Middle Ages, denominator of 100 became more common. By the 16th century, as decimal system became more common, use of percentage became a standard. It was used to compute profit and loss, interest rates etc.\n\n### Scholarship programs to learn math\n\nHere are some of the top scholarships available to students who wish to learn math.\n\n### Examples to calculate \"What is the percent decrease from X to Y?\"\n\nWhatPercentCalculator.com is a participant in the Amazon Services LLC Associates Program, an affiliate advertising program designed to provide a means for sites to earn advertising fees by advertising and linking to Amazon.com."
] | [
null
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https://community.rstudio.com/t/closest-state-in-gganimate-is-not-working-properly-for-me/47367 | [
"# {closest_state} in gganimate is not working properly for me.\n\nHey guys. I'm having trouble getting {closest_state} to work the way I need it to. I'm trying to plot data over time by year. I've been able to make the plot.title work with {closest_state} as intended. It updates the plot.title with the year as expected. However, I'm trying to make the year text appear on the bottom right of the plot. Here's what I mean:",
null,
"I'm trying to get the year text to appear on the bottom right of the plot where is says 'YEAR'. I've used an annotation_custom for the bottom right text. When I set the annotation label to {closest_state} `r annotation_custom(textGrob(label ='{closest_state}', x = 0.75, y = 0.1, hjust = 0, gp = gpar(fontsize = 150)))` , it doesn't actually update the text to the year, it just keeps the '{closest_state}' text. Here's what I mean:",
null,
"The plot.title is working correctly and updating the year, but the bottom right text is not updating. I just need text in the bottom right of the plot to show the current year. Any help is greatly appreciated. Apologies if this is an obvious question. I'm an R noob.",
null,
"Here's my plot's R code:\n\n``````library(tidyverse)\nlibrary(ggimage)\nlibrary(gganimate)\nlibrary(gapminder)\nlibrary(av)\nlibrary(grid)\n\nplotData <- gapminder %>%\nfilter(continent == \"Americas\") %>%\ngroup_by(year) %>%\n# The * 1 makes it possible to have non-integer ranks while sliding\nmutate(rank = min_rank(-gdpPercap) * 1) %>%\nmutate(height = gdpPercap / max(gdpPercap)) %>%\nungroup()\n\nanimatedPlot <- plotData %>%\nggplot() +\ngeom_col(aes(max(rank) - rank, height, fill = country, alpha = ifelse(max(rank) - rank < 15, 0, 0.7))) +\ngeom_text(aes(max(rank) - rank, -0.03, label = country, alpha = ifelse(max(rank) - rank < 15, 0, 0.8)), hjust = 1, size = 15) +\ngeom_text(aes(max(rank) - rank, height + 0.1, label = gdpPercap, alpha = ifelse(max(rank) - rank < 15, 0, 0.8)), hjust = 0, size = 15) +\ngeom_image(aes(max(rank) - rank, height + 0.05 ), image = \"https://www.r-project.org/logo/Rlogo.png\") +\ncoord_flip() +\nguides(fill = FALSE, alpha = FALSE) +\nlabs(title='{closest_state}', x = NULL, y = NULL) +\nannotation_custom(textGrob(label ='{closest_state}', x = 0.75, y = 0.1, hjust = 0, gp = gpar(fontsize = 150))) +\nscale_y_continuous(limits = c(-0.4, 1.5)) +\ntheme_void() +\ntheme(plot.title = element_text(hjust = 0.5, size = 80)) +\ntransition_states(year, transition_length = 200000, state_length = 0, wrap = FALSE) +\nview_follow(fixed_x = c(15, 24), fixed_y = c(-0.3, 1.4))\n\n#Preview at intended size\nanimate(animatedPlot, width = 1920, height = 1080, duration = 10, fps = 5)\n``````\n\nFrom the ggplot2 docs, it sounds like `annotation_custom()` is inherently not affected by other ggplot settings:\n\nThis is a special geom intended for use as static annotations that are the same in every panel. These annotations will not affect scales (i.e. the x and y axes will not grow to cover the range of the grob, and the grob will not be modified by any ggplot settings or mappings).\n\nWhat happens if you use `annotate()`?\n\nAnother idea might be to pass `{closest_state}` to `caption` as well as `title` inside of the `labs()`, and then adjust the positioning of the caption using theme arguments.\n\n2 Likes\n\nThis topic was automatically closed 21 days after the last reply. New replies are no longer allowed."
] | [
null,
"https://community.rstudio.com/uploads/default/original/3X/5/6/567ab6a3b64b2682c3a75ae42a0e106b36e49921.jpeg",
null,
"https://community.rstudio.com/uploads/default/original/3X/c/5/c558c64a44dff95e845976a18e3fd75220caea10.gif",
null,
"https://community.rstudio.com/images/emoji/apple/sweat_smile.png",
null
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http://darts.isas.jaxa.jp/pub/judo2/meta_info_page/html/ASCA_SIS/78009003.html | [
"FITS Image",
null,
"HTTP dir\n```TELESCOP= 'ASCA ' / Telescope (mission) name\nOBSERVER= 'KAZUSHI IWASAWA' / Principal Investigator\nOBJECT = 'NGC4395 ' / Name of observed object\nRA_PNT = 186.343506 / File average value of RA (degrees)\nDEC_PNT = 33.523407 / File average value of DEC (degrees)\nPA_PNT = 54.159233 / File average value of ROLL (degrees)\nRA__MEAN= 186.373596 / Mean pointing RA (degrees)\nDEC_MEAN= 33.536572 / Mean pointing DEC (degrees)\nDATE-OBS= '2000-05-30' / Start date of observations\nTIME-OBS= '00:00:12' / Start time of observations\nDATE-END= '2000-06-01' / End date of observations\nTIME-END= '11:20:59' / End time of observations\nTSTART = 2.337992207187963E+08 / time start\nTSTOP = 2.340110927187963E+08 / time stop\nTELAPSE = 2.118720000000000E+05 / elapsed time\nONTIME = 8.847964566284418E+04 / On-source time\nEXPOSURE= 8.847964566284418E+04 / Exposure time\nMJD-OBS = 5.169400949906014E+04 / MJD of data start time\nFILIN001= 'ad78009003s000102m.evt.gz' / Input file name\nFILIN002= 'ad78009003s000202h.evt.gz' / Input file name\nFILIN003= 'ad78009003s000302l.evt.gz' / Input file name\nFILIN004= 'ad78009003s100102m.evt.gz' / Input file name\nCOMMENT -------------------------\nCOMMENT BITPIX compressed from 32 to 8.\nCOMMENT Pixel values greater than 255 was set to 255.\nCOMMENT This file was made by Ken Ebisawa (ISAS)\nCOMMENT for JUDO-ASCA.\n```"
] | [
null,
"http://darts.isas.jaxa.jp/pub/judo2/meta_info_page/image/ASCA_SIS/78009003.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.56956416,"math_prob":0.8380991,"size":1358,"snap":"2019-51-2020-05","text_gpt3_token_len":474,"char_repetition_ratio":0.12481536,"word_repetition_ratio":0.015873017,"special_character_ratio":0.4455081,"punctuation_ratio":0.11453745,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9550351,"pos_list":[0,1,2],"im_url_duplicate_count":[null,1,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-12-07T14:09:36Z\",\"WARC-Record-ID\":\"<urn:uuid:bf538671-e3ca-4e64-8d90-5ba42c2fecb1>\",\"Content-Length\":\"2022\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:8e07ffc5-8951-484f-849f-7258c5eda499>\",\"WARC-Concurrent-To\":\"<urn:uuid:2a6314fc-9456-4bb5-a3bb-25ecfb947934>\",\"WARC-IP-Address\":\"133.74.198.108\",\"WARC-Target-URI\":\"http://darts.isas.jaxa.jp/pub/judo2/meta_info_page/html/ASCA_SIS/78009003.html\",\"WARC-Payload-Digest\":\"sha1:ZYAZ2KWKDPJBXXNZNT2DS45UM4ZTAUGJ\",\"WARC-Block-Digest\":\"sha1:YCWEQVNNOROAFKNTIZ6AMMKFXJBYZGZI\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-51/CC-MAIN-2019-51_segments_1575540499439.6_warc_CC-MAIN-20191207132817-20191207160817-00127.warc.gz\"}"} |
https://nike-huarache.com/best-179 | [
"",
null,
"",
null,
"## Circle Calculator\n\nThe procedure to use the equation of a circle calculator is as follows: Step 1: Enter the circle centre and radius in the respective input field. Step 2: Now click the button “Find Equation of",
null,
"",
null,
"",
null,
"## Equation of a circle calculator\n\nSteps to use Center Of Circle Calculator:-. Follow the below steps to get output of Center Of Circle Calculator. Step 1: In the input field, enter the required values or functions. Step 2: For\n`\n\n## Circle Calculator\n\nexample 1: Find the center and the radius of the circle (x− 3)2 + (y +2)2 = 16. example 2: Find the center and the radius of the circle x2 +y2 +2x− 3y− 43 = 0. example 3: Find the equation of a\n\nDo my homework\n\nClarify math questions\n\nTo ensure you are clarifying the math question correctly, re-read the question and make sure you understand what is being asked. If you are still unsure, ask a friend or teacher for help.\n\n## Our people love us",
null,
"It helps you with all your math problems and its good if you need help with your math because it shows you the steps, it was excellent at deciphering my near unintelligible handwriting, showed the steps, and has a great user interface. Math app is dope that's it.",
null,
"Steven Guyton",
null,
"Worth the price if you can handle it. This app does really good solution but there are times that Im not sure of its solution example when I entered the equation x²+x=272 there is this part that says write x as the difference and I cant understand where on earth did it get -17x+16x.",
null,
"Scott Sherwood\n\n## Circle Segment Equations Formulas Geometry Calculator\n\nThe center of a circle calculator is easy to use. Select the circle equation for which you have the values. Fill in the known values of the selected equation. You can find the center of the circle at the bottom. Read on if you want to learn some formulas for the center of a circle!",
null,
"• Decide math problem\n\nMath is the study of numbers, shapes, and patterns. It is used to solve problems and to understand the world around us.\n\n• Get math assistance online\n\nGet help from our expert homework writers!\n\n## Circle equation calculator\n\nCircle Calculator. Please provide any value below to calculate the remaining values of a circle. Radius (R) Diameter (D) Circumference (C) Area (A) While a circle, symbolically, represents\n\n•",
null,
"Save time\n\nYou can save time by doing things more efficiently.\n\n•",
null,
"Scan\n\n•",
null,
"•",
null,
""
] | [
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"data:image/svg+xml,%3csvg%20xmlns=%27http://www.w3.org/2000/svg%27%20version=%271.1%27%20width=%27500%27%20height=%27400%27/%3e",
null,
"https://nike-huarache.com/images/snap.png",
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null,
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null,
"https://nike-huarache.com/images/1.jpg",
null,
"https://nike-huarache.com/images/other-ico.svg",
null,
"https://nike-huarache.com/images/avatar-ico_f.svg",
null,
"https://nike-huarache.com/images/papers-ico.svg",
null,
"https://nike-huarache.com/images/avatar-ico_m.svg",
null,
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null,
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"https://nike-huarache.com/images/shield.svg",
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https://www.aliensbrain.com/quiz/402/programming-languages-online-quiz-123 | [
"",
null,
"### programming languages Online Quiz - 123\n\n Description: programming languages Online Quiz - 123 Number of Questions: 20 Created by: Aliensbrain Bot Tags: programming languages\nAttempted 0/20 Correct 0 Score 0\n\n/abc(?!def)/ matches\n\n1. abc\n\n2. abcdef\n\n3. abcd\n\n4. abdef\n\n5. I and III\n\nCorrect Option: E\n\n/abc(?=def)/ matches?\n\n1. abc\n\n2. abcdef\n\n3. abcdefgh\n\n4. abcde\n\n5. II and III\n\nCorrect Option: E\n\nWhich of the followings can be a pattern delimiter\n\n1. $2. ^ 3. \" 4. % 5. III and IV Correct Option: E Is null string list (“”) equivalent to empty list() 1. True 2. False Correct Option: B @array = (1,2); ($scalar1, $scalar2,$scalar3)[email protected]; print $scalar1,$scalar2, $scalar3; 1. 1 2 Null value 2. 1 2 0 3. 1 2 3 4. Error:Array out of bound Correct Option: A /de{3,}/ matches 1. deeef 2. def 3. deef 4. deeeef 5. AandD Correct Option: E . Shifting left n bits, and right n bits, Where n is some number greater than 0 is equivalent to? 1. Mulitplying by 2*n and Dividing by 2*n 2. Dividing by 2*n and Multiplying by 2*n 3. Multiplying by n and Dividing by n 4. Dividing by n and Multiplying by n Correct Option: A Perl is 1. Compiled Language 2. Interpretive Language 3. Machine Language 4. All the above Correct Option: B$input = “bc999”; print ++$input; 1. bc999 2. bd000 3. bc100 4. cd100 Correct Option: B @array= (“one”,”two”,”three”,”four”,”five”); @sublength = (1,2,3); @sub_array = @array[@sublength]; print @sub_array; 1. one two three 2. two three four 3. 3 4. Error:unknown array Correct Option: B @array = (1,2,3,4,5)$scalar1, $scalar2 = @array; print “Scalar1 value is$scalar1”; print “Scalar2 value is $scalar2”; 1. 1 2 2. 4 5 3. 5 5 4. Null value 5 Correct Option: D$val = 26; $result = (++$val, $val+5); print$ result;\n\n1. 31\n\n2. 32\n\n3. 29\n\n4. 33\n\nCorrect Option: B\n\n$input = 'abc'; print --$input;\n\n1. abc\n\n2. abb\n\n3. minus 1\n\n4. Error:Can perform this operation\n\nCorrect Option: C\n\n$input = \"azz\"; print ++$input;\n\n1. abc\n\n2. aza\n\n3. baa\n\n4. aaa\n\nCorrect Option: C\n\nunshift (@array, @sublist);\n\n1. splice (@array, 0, 1);\n\n2. splice (@array, @array-1, 1);\n\n3. splice (@array, scalar(@array), 0, @sublist);\n\n4. splice (@array, 0, 0, @sublist);\n\nCorrect Option: D\n\npush (@array, @sublist);\n\n1. splice (@array, 0, 1);\n\n2. splice (@array, @array-1, 1);\n\n3. splice (@array, scalar(@array), 0, @sublist);\n\n4. splice (@array, 0, 0, @sublist);\n\nCorrect Option: C\n\nsplice(@array,-1)\n\n1. Equal to Pop\n\n2. Equal to Push\n\n3. Equal to Shift\n\n4. Equal to Unshift\n\n5. Does nothing\n\nCorrect Option: A\n\n$input = “abdce”;$output = $input =~ s/abc/123; print$input; print $output 1. abcde nullstring 2. abdce 3 3. abdce null string 4. abdce 0 5. abdce 1 Correct Option: C In perl, a/n -------------- is a special character or a sequence that will define the number of times the previous character or sequence appears. 1. Character Class 2. Meta character 3. Quantifier 4. Assertion Correct Option: C my$txt = ‘I am learning Perl’; $txt =~ /(\\w+)$/; print \\$1;\n\n1. I am learning Perl\n\n2. I\n\n3. Perl\n\n4. l\n\n5. learning\n\nCorrect Option: C\n+ View questions"
] | [
null,
"https://www.aliensbrain.com/assets/alien_head-0b711ac22e1d4ab59a31f4d4cce35274d6ed61f2659d4190787848a78e0fbdfe.svg",
null
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http://hapchikov.ru/ntc-resistor/ | [
"# Ntc resistor\n\nConstruction and properties. Ametherm specializes in NTC , or negative temperature coefficient, . NTC temperature sensors are widely used in motor vehicles. The temperature of the NTC thermistor is determined only by the temperature of . There are also thermistors that have Positive Temperature .",
null,
"Say the fixed resistor is 10K and the variable resistor is called R – the. Thermistors can be used to . NTC (negative temperature coefficient) thermistors change their effective resistance over temperature. The most common equation used to . Rand to derive the temperature from its resistance value (in balanced condition).\n\nThe negative temperature coefficient, NTC thermistor is used for many purposes from temperature sensing to control – discover what it is and how it works. With an NTC thermistor , when the .",
null,
"NTC resistors belong to the group of thermistors and are therefore used as electrical resistors. In contrast to conventional conductors, they offer lower. Mouser is an authorized distributor for many NTC thermistor.\n\nPlease check the suggested alternative article(s). THINKING is your best choice for circuit protection components. Products includes NTC , varistor (also known as MOV, metal oxide varistor, VDR), chip varistor . THERMally Sensitive ResISTOR.\n\nThe two basic types of thermistors are the Negative Temperature Coeffi- cient ( NTC ) and Positive . As you can see from the three NTC thermistor curves in figure you can change the value of the bias resistor to adjust the location of the linear . The RESISTOR_VIRTUAL component includes temperature parameters such as TC TCand Tnom. It is featured with advantages . Learn how to use an analog thermistor to measure temperature on the Arduino. In Negative Temperature Coefficient ( NTC ) thermistors, resistance decreases . An NTC thermistor has to be connected in series to the power source circuit to avoid the surge current at the instant when the electronic circuits are turned on. The link to comparison between .",
null,
"Voltage output IC temp sensors are silicon temperature sensors . Using the mcThings IoT platform and NTC thermistors, display the incoming real- time information into thethings. Arduino library for NTC thermistors. Contribute to thermistor development by creating an account on GitHub.\n\nThis characteristic gives . Negative temperature coefficient resistors (NTCs) are widely used as temperature sensors for their. Typically, a 12v lamp is used."
] | [
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"http://www.w11stop.com/image/cache/Components/PassiveComponents/Thermistor/10k-NTC-800x800.jpg",
null,
"http://www.designworldonline.com/uploads/ImageGallery/mar-sen-2.jpg",
null,
"http://www.mallinson-electrical.com/media/catalog/product/cache/1/image/512x512/9df78eab33525d08d6e5fb8d27136e95/2/0/20k.jpg",
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https://xikka.com/blog/follow-your-dart/ | [
"# xikka\n\nThursday, 1st November 2018 ◆ A bard trod clumsily on cork circle (9) ◆ Comments (3)\n\nImagine throwing a dart at a dartboard such that it will hit any point on the dartboard uniformly randomly. What is the expected distance between the dart and the centre of the dartboard?\n\nFirstly, a clarification. When I say \"uniformly randomly\", I mean the probability of a dart landing in any particular location is the same as any other location.\n\nYou may like to try and work out the answer before I delve in. What seems about right to you?\n\nI'm going to solve this in two ways. Firstly, a mathsy way which requires a little bit of probability knowledge. Then, I'll try an intuitive method which is less rigorous, but which might be more satisfactory.\n\n### Mathsy method\n\nFirst, let's consider an inner circle on the dartboard with radius $$d$$, I'll call this section $$I_d$$. Note that this is only valid where $$0 \\le d \\le r$$.",
null,
"Inner section\n\nThe probability of landing in this inner section is simply what percentage of the entire dartboard it takes up. For example, if $$d = r/2$$, the inner circle occupies $$1/4$$ of the dartboard, and so the chance of landing inside it is $$1/4$$.\n\n$$\\mathbb{P}(\\text{dart lands in}\\ I_d) = \\frac{\\pi d^2}{\\pi r^2} = \\frac{d^2}{r^2}$$\n\nLet $$D$$ be the random variable which represents the distance between the dart and the centre. For example, if you throw a dart and hit the dead centre, $$D$$ would take the value $$0$$. If you hit somewhere on the edge, $$D$$ would take the value $$r$$.\n\nDoing this, we can represent the probability above in terms of $$D$$:\n\n$$\\mathbb{P}(D \\le d) = \\mathbb{P}(\\text{dart lands in}\\ I_d) = \\frac{d^2}{r^2}$$\n\nThis is called the cumulative distribution function, or cdf. We are going to use a theorem which lets us derive the expected value from the cdf. It's explained here if you are interested. This gives us the following integral:\n\n$$\\mathbb{E}(D) = \\int_0^r 1 - \\frac{x^2}{r^2} \\text{d}x = \\frac{2r}{3}$$\n\nAnd that is our answer: $$2r/3$$.\n\n### Intuitive method\n\nTo find the expected value we sum all the values we can get and divide by the number of values. For example, if we had a die with faces $$(1,2,3,6,6,6)$$ our expected value would be $$\\frac{1+2+3+6+6+6}{6}$$.\n\nIn our case, the value of an outcome is the distance from the dartboard. The number of values is how many places the dart can land.\n\n$$\\mathbb{E}(D) = \\frac{\\text{sum of all possible distances}}{\\text{number of places dart can land}}$$\n\nTo find the \"sum of all possible distances\", imagine the dartboard lies flat. For each point on the dartboard, I will extrude upwards to the height of the distance from the centre of the dartboard. For example, at a distance of $$r$$, the radius of the dartboard, I will extrude a hollow cylinder of height $$r$$. Now do this for every possible distance from the centre:",
null,
"Inverted cone\n\nHopefully you can see that we've created an inverted cone. The volume of this shape represents the sum of all the possible distances the dart can land at – for every point we are adding its respective distance from the centre. I'm using the word \"sum\" loosely here, but I hope you can see general principle.\n\nTo find the volume of the inverted cone, we subtract the volume of the cone from that of the cylinder:\n\n\\begin{aligned} V_{\\text{inverted cone}} &= V_{\\text{cylinder}} - V_{\\text{cone}} \\\\ &= \\pi r^2 h - \\frac{\\pi r^2 h}{3} \\\\ &= \\frac{2 \\pi r^3}{3} \\end{aligned}\n\nThe \"number of places\" the dart can land is simply the area of the dartboard. Finding that is easy, it's $$A = \\pi r^2$$.\n\nCombining this together gives us:\n\n$$\\mathbb{E}(D) = \\frac{V_{\\text{inverted cone}}}{A} = \\frac{2 \\pi r^3 / 3}{\\pi r^2} = \\frac{2r}{3}$$\n\nWe get the same answer: $$2r/3$$. I hope that gives some credence to the mathsy answer!\n\n### What next\n\nThe reason I started thinking about this is for a simple problem I've had in game-making. I discuss that in another blog post: round in circles.\n\nThat aside, there are so many interesting things to experiment with. What happens if the dartboard is square? If we throw two darts, what's the expected distance between them? If we throw three, what's the expected area of the triangle they define? Have a play, at let me know if you come up with anything cool!\n\nNeb ◆ Monday, 9th March 2020 at 22:12\n\nAnother solution that doesn't require using the cdf:\n\nConsider a small area $$dA = dx.dy$$ at position $$(x, y)$$ in the circle. Because the position is uniformly distributed, the probability that the area $$dA$$ is chosen is $$\\frac{dA}{area\\ of\\ circle} = \\frac{dA}{\\pi r^2}$$\n\nThe expected value, $$E$$, of a random variable, $$X$$, is $$E(X) = \\sum_{x}{x P(X = x)}$$\n\nFor example in the die with faces $$1, 2, 3, 6, 6, 6$$ we have $$E(X) = 1*\\frac{1}{6} + 2*\\frac{1}{6} + 3*\\frac{1}{6} + 6*\\frac{1}{2} = 4$$, the same value as above. The expected value of the distance, $$D$$, is therefore $$E(D) = \\sum_{x,y}{\\left( \\sqrt{x^2 + y^2} * \\frac{dA}{\\pi r^2} \\right ) } = \\frac{1}{\\pi r^2}\\sum_{x,y}{\\sqrt{x^2 + y^2} dx dy}$$\n\nwhere $$\\sqrt{x^2 + y^2}$$ is the distance from the origin to $$dA$$ and $$\\pi r^2$$ can be factored out because it's constant. In the limit as $$dA$$, and hence $$dx$$ and $$dy$$, go to 0 this becomes an integral, $$E(D) = \\frac{1}{\\pi r^2} \\iint{\\sqrt{x^2 + y^2} dxdy}$$\n\nWith a change of basis, $$x = r \\cos(\\theta), y = r \\sin(\\theta)$$, we have that $$dx dy = r dr d\\theta$$ and the integral becomes $$E(D) = \\frac{1}{\\pi r^2} \\iint{(r) * (r dr d\\theta)} = \\frac{1}{\\pi r^2} \\iint{r^2 dr d\\theta}$$\n\nThe domain of this integral is over the entire circle, so $$r=[0,r], \\theta=[0,2\\pi]$$, and so $$E(D) = \\frac{1}{\\pi r^2} \\int_{0}^{2\\pi}\\int_{0}^{r}{r^2 dr d\\theta} = \\left( \\frac{1}{\\pi r^2}\\right ) \\left (\\int_{0}^{r}{r^2}dr \\right ) \\left( \\int_{0}^{2\\pi} d\\theta \\right ) = \\left(\\frac{1}{\\pi r^2} \\right ) \\left(\\frac{r^3}{3}\\right) \\left(2 \\pi\\right) = \\frac{2r}{3}$$\n\nNeb ◆ Monday, 9th March 2020 at 23:11\n\nThe area-based solution can also be extended to provide an answer for the square and 2 darts problems:\n\nFor the problem of finding the expected distance for a square, simply changing the bounds of the integral from a circle to a square of side $$2 r$$, and noting that the area is now $$4 r^2$$ instead of $$\\pi r^2$$, gives us:\n\n$$E(D) = \\frac{1}{4 r^2} \\int_{-r}^{r}\\int_{-r}^{r}{\\sqrt{x^2 + y^2} dxdy}$$\n\nAccording to Wolfram Alpha this evaluates to $$E(D) = \\frac{r}{3}\\left(\\sqrt{2} + \\sinh^{-1}\\left(1 \\right ) \\right ) \\approx 0.765r$$\n\nwhich isn't that much more than the $$2r / 3$$ result for a circle, so it sounds reasonable.\n\nFor the 2 darts problem, consider again the small area $$dA_1 = dx_1 dy_1$$ at position $$(x_1, y_1)$$ and another small area $$dA_2 = dx_2 dy_2$$ at position $$(x_2, y_2)$$.\n\nThe distance between these areas is $$\\sqrt{\\left(x_1-x_2 \\right )^2 + \\left(y_1-y_2 \\right )^2}$$ and the probability that each area is chosen by a dart is $$P((dart\\ 1\\ hits\\ A_1)\\ and\\ (dart\\ 2\\ hits\\ A_2)) = P(dart\\ 1\\ hits\\ A_1)\\ *\\ P(dart\\ 2\\ hits\\ A_2) = \\left(\\frac{dA_1}{\\pi r^2}\\right)\\left(\\frac{dA_2}{\\pi r^2}\\right) = \\frac{dx_1 dy_1 dx_2 dy_2}{\\pi^2 r^4}$$\n\nPlugging both of these into our sum (which becomes an integral in the limit) yields $$E(D) = \\frac{1}{\\pi^2 r^4} \\iint\\iint{\\sqrt{\\left(x_1-x_2\\right)^2 + \\left(y_1-y_2\\right)^2} dx_1 dy_1 dx_2 dy_2}$$\n\nNote that if we were to fix $$(x_2, y_2) = (0,0)$$ at the center of the circle then we would recover the initial problem of the distance to the center:\n\n$$E(D) = \\frac{1}{\\pi^2 r^4} \\iint\\iint{\\sqrt{\\left(x_1-0\\right)^2 + \\left(y_1-0\\right)^2} dx_1 dy_1 dx_2 dy_2} = \\frac{1}{\\pi^2 r^4} \\left(\\iint{\\sqrt{x_1^2 + y_1^2} dx_1 dy_1}\\right) \\left(\\iint{dx_2 dy_2}\\right) = \\frac{1}{\\pi^2 r^4} \\left(\\iint{\\sqrt{x_1^2 + y_1^2} dx_1 dy_1}\\right) \\left(\\pi r^2\\right) = \\frac{1}{\\pi r^2} \\iint{\\sqrt{x_1^2 + y_1^2} dx_1 dy_1}$$\n\nwhere $$\\iint{dx_2 dy_2} = \\int{dA_2} = total\\ area = \\pi r^2$$\n\nEvaluating the integral (proof left as an exercise to the reader) gives us the expected value: $$E(D) = \\frac{1}{\\pi^2 r^4} \\iint\\iint{\\sqrt{\\left(x_1-x_2\\right)^2 + \\left(y_1-y_2\\right)^2} dx_1 dy_1 dx_2 dy_2} = \\frac{128r}{45 \\pi} \\approx 0.905r$$\n\nNeb ◆ Saturday, 14th March 2020 at 10:54\n\nFor a proper solution to evaluating the integral over the square,\n\n$$E(D) = \\frac{1}{4 r_0^2} \\int_{-r_0}^{r_0} \\int_{-r_0}^{r_0} \\sqrt{x^2 + y^2}dxdy$$\n\nPerform the same change of coordinates as with the circle, but this time with $$\\theta = [0, 2\\pi], r = [0, r(\\theta)]$$ because the value of $$r$$ changes with $$\\theta$$. Substituting these we get:\n\n$$E(D) = \\frac{1}{4 r_0^2} \\int_{0}^{2\\pi} \\int_{0}^{r(\\theta)} r^2 dr d\\theta = \\frac{1}{4 r_0^2} \\int_{0}^{2\\pi} \\frac{(r(\\theta))^3}{3} d\\theta = \\frac{1}{12 r_0^2} \\int_{0}^{2\\pi} (r(\\theta))^3 d\\theta$$\n\nBy the radial symmetry of the integral we can calculate its value by splitting the domain (the square) into 4 equal parts, ie along the x and y axis, and multiplying the area of any quarter by 4. By the same reasoning we can also split one of those quarters into 2 along the diagonal to form a triangle with corners at the origin, in the top right of the square, and $$r_0)$$ along the x-axis, and recover the value of the integral by multiplying by 8. This triangle allows us to parameterise $$r(\\theta)$$ easily since we have a right angled triangle with base length $$r_0$$ and angle $$\\theta$$ between it and the hypotenuse:\n\n$$r(\\theta)\\cos(\\theta) = r_0 \\implies r(\\theta) = \\frac{r_0}{\\cos(\\theta)} = r_0 \\sec(\\theta)$$\n\nPlugging all of that back into the integral we get:\n\n$$E(D) = \\left(\\frac{1}{12r_0^2}\\right) \\left(8 \\int_{0}^{\\pi/4} (r(\\theta))^3 d\\theta \\right) = \\frac{2}{3r_0^2} \\int_{0}^{\\pi/4} r_0^3 \\sec^3(\\theta) d\\theta = \\frac{2r_0}{3} \\int_{0}^{\\pi/4} \\sec^3(\\theta) d\\theta$$\n\nWe can then work through the Maths to get the result:\n\n$$\\newline E(D) = \\frac{2r_0}{3} \\left [\\frac{1}{2}\\big( \\sec(\\theta)\\tan(\\theta) + \\ln|\\sec(\\theta) + \\tan(\\theta)| \\big ) \\right ]_{0}^{\\pi/4} \\newline E(D) = \\frac{r_0}{3} \\bigg ( \\big( \\sec(\\pi/4)\\tan(\\pi/4) + \\ln|\\sec(\\pi/4) + \\tan(\\pi/4)| \\big ) - \\big ( \\sec(0)\\tan(0) + \\ln|\\sec(0) + \\tan(0)| \\big ) \\bigg ) \\newline E(D) = \\frac{r_0}{3} \\left ( \\left( \\sqrt{2} + \\ln \\left |\\sqrt{2} + 1 \\right| \\right ) - \\big ( 0 + \\ln|1 + 0| \\big ) \\right ) \\newline E(D) = \\frac{r_0}{3} \\left ( \\sqrt{2} + \\ln \\left |\\sqrt{2} + 1 \\right| \\right )$$"
] | [
null,
"https://xikka.com/img/blog/dart1.png",
null,
"https://xikka.com/img/blog/dart2.png",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8018903,"math_prob":0.9999982,"size":10283,"snap":"2023-14-2023-23","text_gpt3_token_len":3609,"char_repetition_ratio":0.15283588,"word_repetition_ratio":0.04117647,"special_character_ratio":0.37780803,"punctuation_ratio":0.07098912,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":1.0000076,"pos_list":[0,1,2,3,4],"im_url_duplicate_count":[null,5,null,5,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-06-05T20:03:57Z\",\"WARC-Record-ID\":\"<urn:uuid:902f93e3-e827-4e06-8e89-d6371fa0a8ad>\",\"Content-Length\":\"44918\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:ae5f1a95-e1fc-447b-9f83-8ccf156d37b3>\",\"WARC-Concurrent-To\":\"<urn:uuid:9a20b88a-4e43-452c-aa3a-c78dc8327e38>\",\"WARC-IP-Address\":\"46.226.107.172\",\"WARC-Target-URI\":\"https://xikka.com/blog/follow-your-dart/\",\"WARC-Payload-Digest\":\"sha1:LD2K4HAV4TM36PQQGABLIZKAP2NJL7MN\",\"WARC-Block-Digest\":\"sha1:PQLQP4RPJVRBNJVOE6TTIWA53QVMKDOC\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-23/CC-MAIN-2023-23_segments_1685224652161.52_warc_CC-MAIN-20230605185809-20230605215809-00449.warc.gz\"}"} |
https://marzoratidesign.it/how-can-you-plot-compare-and-order-rational-numbers-using-a-number-line.html | [
"### Black hills ammo 223 77 grain\n\nAn example of how to perform time series forecasting by building an ARIMA model in Python. AR models are commonly used in analyzing nature, economics, and other time-varying processes. The order of the AR model corresponds to the number of days incorporated in the formula.\n\n## Stand alone ecu and wiring harness for ls2 engine\n\nJun 24, 2011 · Introduction In Rational and Irrational Numbers post, we have discussed that is irrational. Aside from its radical form, using a calculator or a computer, we can approximate its value; for example, . As we can see, irrational numbers can also be represented as decimals. The more powerful the computer, the more accurate we can approximate.\n\n## Whiteboard tape lines\n\nGiven a problem situation, the student will compare and order integers, percents, positive and negative fractions and decimals with or without a calculator. Comparing and Ordering Rational Numbers | Texas Gateway\n\n## Spektrum telemetry setup\n\nThe R number is a way of rating coronavirus or any disease's ability to spread. R is the number of people that one infected person will pass on a virus to, on average. You can't capture the moment people are infected. Instead, scientists work backwards. Data - such as the number of people dying...A number line can be used to show the sets of natural number, whole numbers and integers. Values greater than 0 or positive numbers, are listed to the After having gone through the stuff given above, we hope that the students would have understood how to plot rational numbers on a number line.\n\n## Iphone 6s screen discoloration\n\nLangtu keyboard lt600\n\n## Ann robert h lurie childrenpercent27s jobs\n\nUsing this lesson plan, students will use a large number line to understand rational numbers and to position positive and negative numbers correctly. This isn't an assignment to be graded, but one that will give you an idea of your students' understanding of negative numbers. You can also use these...\n\n## Kindle flashing orange light\n\nA Rational Number can be made by dividing two integers. Learn Rational Numbers with solved examples and Cuemath curated interactive worksheets. To find whether a given number is a rational number, we can check whether it matches with any of 3. How can you identify a rational number?Electronics Tutorial about Signed Binary Numbers and the use of the sign-magnitude binary But how do we represent signed binary numbers if all we have is a bunch of one's and zero's. The remaining bits in the number are used to represent the magnitude of the binary number in the usual..."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9319824,"math_prob":0.9637528,"size":979,"snap":"2021-04-2021-17","text_gpt3_token_len":204,"char_repetition_ratio":0.11692308,"word_repetition_ratio":0.0,"special_character_ratio":0.20122574,"punctuation_ratio":0.1005291,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9770756,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-04-13T07:03:43Z\",\"WARC-Record-ID\":\"<urn:uuid:d4c76061-df02-4c46-9a9e-9143c220058e>\",\"Content-Length\":\"41426\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:57833b6b-689f-454b-9b03-f6c5550c6c06>\",\"WARC-Concurrent-To\":\"<urn:uuid:04353392-0dff-48fb-8b80-0896c0b9a654>\",\"WARC-IP-Address\":\"172.67.209.137\",\"WARC-Target-URI\":\"https://marzoratidesign.it/how-can-you-plot-compare-and-order-rational-numbers-using-a-number-line.html\",\"WARC-Payload-Digest\":\"sha1:XHRH4WDR4YNS5V6OF3TEGGHYGUZIZFVF\",\"WARC-Block-Digest\":\"sha1:6LVNJG5D236U3UQHLBFDQFRHJN3U7IDP\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-17/CC-MAIN-2021-17_segments_1618038072175.30_warc_CC-MAIN-20210413062409-20210413092409-00466.warc.gz\"}"} |
http://peninsulamontejo.com/math-worksheets-for/ | [
"# Math Worksheets For",
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"Math Worksheets For First Grade Math Worksheets Free Printable K5 Learning Printable",
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"Math Worksheets For Free Preschool Kindergarten Simple Math Worksheets Printable Download",
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null,
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null,
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null,
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"Math Worksheets For Free Math Worksheets Ideas"
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.5346008,"math_prob":0.6209034,"size":1701,"snap":"2020-10-2020-16","text_gpt3_token_len":277,"char_repetition_ratio":0.32233354,"word_repetition_ratio":0.54545456,"special_character_ratio":0.15461493,"punctuation_ratio":0.048582997,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9898401,"pos_list":[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14],"im_url_duplicate_count":[null,2,null,2,null,2,null,2,null,2,null,2,null,2,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-02-26T00:57:30Z\",\"WARC-Record-ID\":\"<urn:uuid:7251142d-3efd-49e7-b30e-2a19dcbcdc9c>\",\"Content-Length\":\"43712\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:36271cc4-c769-4753-a5e0-c2b3e4c556cf>\",\"WARC-Concurrent-To\":\"<urn:uuid:3277d7d9-3ee5-4823-8fb9-4774fb5bda27>\",\"WARC-IP-Address\":\"104.27.140.199\",\"WARC-Target-URI\":\"http://peninsulamontejo.com/math-worksheets-for/\",\"WARC-Payload-Digest\":\"sha1:77G3X45SVN4IIIDYT4UBLK5BX2IOQKKR\",\"WARC-Block-Digest\":\"sha1:GXHI4JFAQH6O5NNAM56YORXEE7ZGXRCA\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-10/CC-MAIN-2020-10_segments_1581875146176.73_warc_CC-MAIN-20200225233214-20200226023214-00199.warc.gz\"}"} |
https://www.math-only-math.com/worksheet-on-multiplication-of-money.html | [
"# Worksheet on Multiplication of Money\n\nPractice the questions given in the worksheet on multiplication of money. This sheet provides different types of questions on multiplying the amount of money by a number; arrange in columns the amount of rupees and paisa and then multiply the amount by a number to find the product and word problems on multiplication of money.\n\n1. Multiply the following:\n\n(i) Rs. 14 × 5\n\n(ii) 8 paisa × 9\n\n(iii) 35 paisa × 6\n\n(iv) Rs. 52 × 10\n\n(v) Rs. 25 × 7\n\n(vi) Rs. 5.20 × 5\n\n2. Multiply the following:\n\n(i) Rs. 30.00 × 3\n\n(ii) Rs. 7.50 × 7\n\n(iii) Rs. 19.50 × 6\n\n(iv) Rs. 8.05 × 9\n\n(v) Rs. 27.30 × 4\n\n(vi) Rs. 79.45 × 3\n\n(vii) Rs. 49.75 × 10\n\n(viii) Rs. 57.25 × 9\n\n3. One packet of chocolate cost Rs. 21.35. What is the cost of 8 packets of chocolates?\n\n4. If a pencil cost 50 paisa, what will be the cost of 8 such pencils?\n\n5. An i-pod cost Rs. 1635.70. How much will be paid for buying 2 i-pods?\n\n6. One litre of milk cost Rs. 16.50. What will be the cost of 8 litres of milk?\n\n7. Harry gets Rs. 10.50 as pocket money daily. How much will he get in 9 days?\n\n8. A glass tumbler cost Rs. 29.35. What will be the cost of 9 such tumblers?\n\n9. A pack of cheese cost Rs. 75.00. What is the cost of 5 such packets?\n\n10. Shelly bought 8 packets of coconut cookies and Jack bought 8 packets of chocolate cookies. They decided to share the amount equally. How much does each one pay?\n\nAnswers for the worksheet on multiplication of money are given below to check the exact answers of the above questions on finding the products of the amount by a number.\n\n1. (i) Rs. 70\n\n(ii) 72 Paisa\n\n(iii) Rs. 2.10 or 210 Paisa\n\n(iv) Rs. 520\n\n(v) Rs. 175\n\n(vi) Rs. 26\n\n2. (i) Rs. 90\n\n(ii) Rs. 52.50\n\n(iii) Rs. 117\n\n(iv) Rs. 72.45\n\n(v) Rs. 109.20\n\n(vi) Rs. 238.35\n\n(vii) Rs. 497.50\n\n(viii) Rs. 515.25\n\n3. Rs. 170.80\n\n4. Rs. 4.00\n\n5. Rs. 3271.40\n\n6. Rs. 132\n\n7. Rs. 94.50\n\n8. Rs. 264.15\n\n9. Rs. 375\n\n10. Rs. 1237.20\n\n## You might like these\n\n• ### Division of Money | Worked-out Examples | Divide the Amounts of Money\n\nIn division of money we will learn how to divide the amounts of money by a number. We carryout division with money the same way as in decimal numbers. We put decimal point in the quotient after two places from the right. The process of division of money is performed\n\n• ### Multiplication of Money | Multiply the Amounts of Money | Examples\n\nIn multiplication of money we will learn how to multiply the amounts of money involving rupees and paisa. We carryout multiplication with money the same way as in decimal numbers. We put decimal point after two places from the right in the product.\n\n• ### Subtraction of Money | Subtraction with Conversion, without Conversion\n\nIn subtraction of money we will learn how to subtract the amounts of money involving rupees and paise to find the difference. We carryout subtraction with money the same way as in decimal numbers. While subtracting we need to follow that the amounts of money is converted\n\n• ### Addition of Money | Add The Amounts of Money Involving Rupees & Paisa\n\nIn addition of money we will learn how to add the amounts of money involving rupees and paisa together. We carryout with money the same way as in decimal numbers. While adding we need to follow that the amounts of money is converted into paisa.\n\n• ### Worksheet on Money | Conversion of Money from Rupees to Paisa\n\nPractice the questions given in the worksheet on money. This sheet provides different types of questions where students need to express the amount of money in short form and long form\n\n• ### Worksheet on Addition of Money | Questions on Adding Amount of Money\n\nPractice the questions given in the worksheet on addition of money by using without conversion and by conversion method (without regrouping and with regrouping). Note: Arrange the amount of money in the columns of rupees and paisa and then add the amounts together.\n\n• ### Worksheet on Subtraction of Money | Real-life Word Problems | Answers\n\nPractice the questions given in the worksheet on subtraction of money by using without conversion and by conversion method (without regrouping and with regrouping). Note: Arrange the amount of rupees and paise in columns and then subtract the amounts to find the difference\n\n• ### Preparing a Bill | Bill Preparation Processes | Shopping Bill | Bills\n\nA shopkeeper prepares a bill for different items purchased by the customer. A bill usually has details of items being sold, quantity, rate and the total cost. So, when we get a bill, we must check whether the quantity, price and the amount for each item have been entered\n\n• ### Use of Decimal to Represent Money | Write Rupees and Paise as Decimal\n\nWe use decimals everyday while dealing with money. While writing rupee and paise, we use point to separate rupee from paise. We call this dot the decimal point. We can write rupees and paise as decimal numbers. Paise is always written as a 2-digit number.\n\n• ### Conversion of Money | Convert the Amount from Rupees to Paisa\n\nIn conversion of money we will learn to convert the amount from rupees to paisa and from paisa to rupees. Conversion from rupees to paisa and from paisa to rupees is based on the basic fact that Re. 1.00 = 100 paisa and 100 paisa = Re. 1.00\n\nRelated Concepts"
] | [
null
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http://bartleylawoffice.com/faq/newtons-laws-of-motion-and-newtons-law-of-gravity-explain-why.html | [
"# Newton’s laws of motion and newton’s law of gravity explain why\n\n## How does gravity affect Newton’s laws?\n\nNewton’s Law of Gravity says that gravity is a force that acts between any two objects with mass, and that force increases if the mass increases and decreases if the distance between the two objects increases. This force is always attractive, that is, it always works to pull the objects closer together.\n\n## What law of motion is gravity?\n\nNewton’s law of universal gravitation is usually stated as that every particle attracts every other particle in the universe with a force that is directly proportional to the product of their masses and inversely proportional to the square of the distance between their centers.\n\n## What is the purpose of Newton’s laws of motion?\n\nNewton’s law are very important because they tie into almost everything we see in everyday life. These laws tell us exactly how things move or sit still, like why you don’t float out of bed or fall through the floor of your house.\n\n## Is Newton’s law of gravity True or false?\n\n“We can absolutely rule out Newton’s law of gravity. Our observations are consistent with Einstein’s general theory of relativity. … Scientists will soon have to find a much more comprehensive theory that can be applied to the study of black holes. Ghez thinks Einstein is right but, the theory can fall apart too.\n\n## How did Einstein explain gravity?\n\nGETTING A GRIP ON GRAVITY Einstein’s general theory of relativity explains gravity as a distortion of space (or more precisely, spacetime) caused by the presence of matter or energy. A massive object generates a gravitational field by warping the geometry of the surrounding spacetime.\n\nYou might be interested: How To Calculate Tax On Sale Of Rental Property? (Perfect answer)\n\n## What is value of G?\n\nIts value is 9.8 m/s2 on Earth. That is to say, the acceleration of gravity on the surface of the earth at sea level is 9.8 m/s2. When discussing the acceleration of gravity, it was mentioned that the value of g is dependent upon location. There are slight variations in the value of g about earth’s surface.\n\n## How is gravity created?\n\nThe answer is gravity: an invisible force that pulls objects toward each other. … So, the closer objects are to each other, the stronger their gravitational pull is. Earth’s gravity comes from all its mass. All its mass makes a combined gravitational pull on all the mass in your body.\n\n## What are the 3 laws of gravity?\n\nNewton’s three laws of motion may be stated as follows:\n\n• Every object in a state of uniform motion will remain in that state of motion unless an external force acts on it.\n• Force equals mass times acceleration [ ].\n• For every action there is an equal and opposite reaction.\n\nNewton\n\n## What is the importance of motion in our daily life?\n\nOne of Albert Einstein’s well known quotes is, “Nothing happens until something moves.” Motion is life. Lack of motion is death. Movement is a vital nutrient to your body, just as much as food, water or oxygen. It feeds the brain, producing essential nutrient stimulation (called proprioception).\n\n## What is an example of Newton’s third law?\n\nExamples of Newton’s third law of motion are ubiquitous in everyday life. For example, when you jump, your legs apply a force to the ground, and the ground applies and equal and opposite reaction force that propels you into the air. Engineers apply Newton’s third law when designing rockets and other projectile devices.\n\nYou might be interested: When Does Etrade Send Tax Documents?\n\n## How do you explain Newton’s third law?\n\nHis third law states that for every action (force) in nature there is an equal and opposite reaction. In other words, if object A exerts a force on object B, then object B also exerts an equal and opposite force on object A.\n\ngravity\n\n## Is gravity a force?\n\nGravity is a force of attraction that exists between any two masses, any two bodies, any two particles. Gravity is not just the attraction between objects and the Earth. It is an attraction that exists between all objects, everywhere in the universe."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9340106,"math_prob":0.9264942,"size":3878,"snap":"2022-40-2023-06","text_gpt3_token_len":798,"char_repetition_ratio":0.13861641,"word_repetition_ratio":0.008995502,"special_character_ratio":0.20319752,"punctuation_ratio":0.09855454,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.97796965,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-10-06T10:15:13Z\",\"WARC-Record-ID\":\"<urn:uuid:4ffef924-2c78-41e9-9ec5-806f7ab4fd05>\",\"Content-Length\":\"69610\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:66fe9edd-fba6-466c-b8a9-bdaa7814811b>\",\"WARC-Concurrent-To\":\"<urn:uuid:0bc918fa-51dc-4c36-87ed-1224ea0dbf14>\",\"WARC-IP-Address\":\"172.67.157.116\",\"WARC-Target-URI\":\"http://bartleylawoffice.com/faq/newtons-laws-of-motion-and-newtons-law-of-gravity-explain-why.html\",\"WARC-Payload-Digest\":\"sha1:BAKSRUJAAJERXIXNY75XG5LCKZ3WGMSS\",\"WARC-Block-Digest\":\"sha1:2K2EFDO3KDTYISRQ46GZ5M3DEEVCBVY7\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-40/CC-MAIN-2022-40_segments_1664030337803.86_warc_CC-MAIN-20221006092601-20221006122601-00707.warc.gz\"}"} |
https://rdrr.io/cran/Rfast/man/bic.corfsreg.html | [
"# bic.corfsreg: BIC (using partial correlation) forward regression In Rfast: A Collection of Efficient and Extremely Fast R Functions\n\n## Description\n\nBIC (using partial correlation) forward regression.\n\n## Usage\n\n `1` ```bic.corfsreg(y, x, tol = 2) ```\n\n## Arguments\n\n `y` A numerical vector. `x` A matrix with data, the predictor variables. `tol` If the BIC difference between two successive models is less than the tolerance value, the variable will not enter the model.\n\n## Details\n\nThe forward regression tries one by one the variables using the F-test, basically partial F-test every time for the latest variable. This is the same as testing the significance of the coefficient of this latest enetered variable. Alternatively the correlation can be used and this case the partial correlation coefficient. There is a direct relationship between the t-test statistic and the partial correlation coefficient. Now, instead of having to calculate the test statistic, we calculate the partial correlation coefficient. The largest partial correlation indicates the candidate variable to enter the model. If the BIC of the regression model with that variable included, reduces, less than \"tol\" from the previous model without this variable, the variable enters.\n\n## Value\n\nA matrix with two columns, the index of the selected variable(s) and the BIC of each model. The first line is always 0 and the BIC of the model with no predictor variables.\n\nMichail Tsagris\n\n## References\n\nDraper, N.R. and Smith H. (1988). Applied regression analysis. New York, Wiley, 3rd edition.\n\n``` cor.fsreg, score.glms, univglms, logistic_only, poisson_only, regression ```\n\n## Examples\n\n ```1 2 3 4 5 6``` ```## 200 variables, hence 200 univariate regressions are to be fitted x <- matrix( rnorm(200 * 200), ncol = 200 ) y <- rnorm(200) system.time( a1 <- bic.corfsreg(y, x) ) system.time( a2 <- cor.fsreg(y, x) ) x <- NULL ```\n\n### Example output\n\n```Loading required package: Rcpp"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7366812,"math_prob":0.953603,"size":1958,"snap":"2021-31-2021-39","text_gpt3_token_len":467,"char_repetition_ratio":0.14483112,"word_repetition_ratio":0.0,"special_character_ratio":0.23289071,"punctuation_ratio":0.15258856,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9991641,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-07-23T22:11:56Z\",\"WARC-Record-ID\":\"<urn:uuid:9c2e82ff-da51-4e19-bec0-f5c9e14b382e>\",\"Content-Length\":\"49847\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:6e05ec0f-1004-4608-bc6d-e4eea5265dfd>\",\"WARC-Concurrent-To\":\"<urn:uuid:0b9cb9a8-d2be-49c7-9f55-7044e97961a2>\",\"WARC-IP-Address\":\"51.81.83.12\",\"WARC-Target-URI\":\"https://rdrr.io/cran/Rfast/man/bic.corfsreg.html\",\"WARC-Payload-Digest\":\"sha1:KT5VT3NPW3KSZS3DRG6MSSREZNAB3LAL\",\"WARC-Block-Digest\":\"sha1:LV7AQ4GHUX7I72ERGQS2UV2EMTVP672M\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-31/CC-MAIN-2021-31_segments_1627046150067.51_warc_CC-MAIN-20210723210216-20210724000216-00650.warc.gz\"}"} |
https://answers.everydaycalculation.com/multiply-fractions/9-5-times-45-7 | [
"# Answers\n\nSolutions by everydaycalculation.com\n\n## Multiply 9/5 with 45/7\n\n1st number: 1 4/5, 2nd number: 6 3/7\n\nThis multiplication involving fractions can also be rephrased as \"What is 9/5 of 6 3/7?\"\n\n9/5 × 45/7 is 81/7.\n\n#### Steps for multiplying fractions\n\n1. Simply multiply the numerators and denominators separately:\n2. 9/5 × 45/7 = 9 × 45/5 × 7 = 405/35\n3. After reducing the fraction, the answer is 81/7\n4. In mixed form: 114/7\n\nMathStep (Works offline)",
null,
"Download our mobile app and learn to work with fractions in your own time:\nAndroid and iPhone/ iPad\n\n#### Multiply Fractions Calculator\n\n×\n\n© everydaycalculation.com"
] | [
null,
"https://answers.everydaycalculation.com/mathstep-app-icon.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8437738,"math_prob":0.96466035,"size":468,"snap":"2021-04-2021-17","text_gpt3_token_len":205,"char_repetition_ratio":0.19181034,"word_repetition_ratio":0.0,"special_character_ratio":0.47863248,"punctuation_ratio":0.075,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9798816,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-04-14T13:43:44Z\",\"WARC-Record-ID\":\"<urn:uuid:89fdab1f-771e-4eec-b2d9-5ad741e822e3>\",\"Content-Length\":\"7821\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:2d1be8d5-7d3d-4349-96f8-b29d575efadc>\",\"WARC-Concurrent-To\":\"<urn:uuid:d8437eea-5643-4b40-a6c2-cf49008de186>\",\"WARC-IP-Address\":\"96.126.107.130\",\"WARC-Target-URI\":\"https://answers.everydaycalculation.com/multiply-fractions/9-5-times-45-7\",\"WARC-Payload-Digest\":\"sha1:6MYCKDJJGBHKFZTEAXRYOUZTSZGOBEZ5\",\"WARC-Block-Digest\":\"sha1:XAP2GQSKYP57T6I26334TNNQAF3JTCPU\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-17/CC-MAIN-2021-17_segments_1618038077818.23_warc_CC-MAIN-20210414125133-20210414155133-00488.warc.gz\"}"} |
https://allinonehighschool.com/physics-learning-outcomes/ | [
"# Physics Learning Outcomes\n\n## Learning Outcomes\n\nStudents should understand the general relationships among position, velocity, and\nacceleration for the motion of a particle along a straight line.\n\nStudents should understand the special case of motion with constant acceleration.\n\nStudents should be able to add, subtract, and resolve displacement and velocity\nvectors.\n\nStudents should understand the motion of projectiles in a uniform gravitational\nfield.\n\nStudents should be able to analyze situations in which a particle remains at rest, or\nmoves with constant velocity, under the influence of several forces.\n\nStudents should understand the relation between the force that acts on an object and\nthe resulting change in the object’s velocity, so they can calculate, for an object moving in one dimension, the velocity change that results when a constant force F acts over a specified time interval and determine, for an object moving in a plane whose velocity vector undergoes a specified change over a specified time interval, the average force that acted on the object.\n\nStudents should understand how Newton’s Second Law applies to an object subject to forces such as gravity, the pull of strings, or contact forces.\n\nStudents should be able to analyze situations in which an object moves with\nspecified acceleration under the influence of one or more forces.\n\nStudents should understand the significance of the coefficient of friction.\n\nStudents should understand the effect of drag forces on the motion of an object.\n\nStudents should understand Newton’s Third Law so that, for a given system, they\ncan identify the force pairs and the objects on which they act, and state the\nmagnitude and direction of each force.\n\nStudents should be able to apply Newton’s Third Law in analyzing the force of\ncontact between two objects that accelerate together along a horizontal or vertical\nline, or between two surfaces that slide across one another.\n\nStudents should know that the tension is constant in a light string that passes over a\nmassless pulley and should be able to use this fact in analyzing the motion of a\nsystem of two objects joined by a string.\n\nStudents should be able to solve problems in which application of Newton’s laws\nleads to two or three simultaneous linear equations involving unknown forces or\naccelerations.\n\nStudents should understand the definition of work, including when it is positive,\nnegative, or zero.\n\nStudents should understand and be able to apply the work-energy theorem.\n\nStudents should be able to calculate the potential energy of one or more objects in a uniform gravitational field and write an expression for the force exerted by an ideal spring and for the potential energy of a stretched or compressed spring.\n\nStudents should understand the concepts of mechanical energy and of total energy.\n\nStudents should understand the definition of power and be able to calculate work done by a force and power needed to maintain motion.\n\nStudents should understand impulse and linear momentum.\n\nStudents should understand linear momentum conservation.\n\nStudents should understand the uniform circular motion of a particle.\n\nStudents should understand the concept of torque.\n\nStudents should be able to analyze problems in statics.\n\nStudents should understand simple harmonic motion and apply their knowledge of simple harmonic motion to the case of a mass on a spring and of a pendulum.\n\nStudents should know Newton’s Law of Universal Gravitation.\n\nStudents should recognize that the motion does not depend on the object’s mass; describe\nqualitatively how the velocity, period of revolution, and centripetal acceleration\ndepend upon the radius of the orbit; and derive expressions for the velocity and\nperiod of revolution in such an orbit.\n\nStudents should understand the concept of pressure as it applies to fluids.\n\nStudents should understand the concept of buoyancy.\n\nStudents should understand the equation of continuity so that they can apply it to\nfluids in motion.\n\nStudents should understand Bernoulli’s equation so that they can apply it to fluids in\nmotion.\n\nStudents should understand the “mechanical equivalent of heat” so they can\ndetermine how much heat can be produced by the performance of a specified\nquantity of mechanical work.\n\nStudents should understand heat transfer and thermal expansion.\n\nStudents should understand the kinetic theory model of an ideal gas.\n\nStudents should know how to apply the first law of thermodynamics.\n\nStudents should understand the second law of thermodynamics, the concept of\nentropy, and heat engines and the Carnot cycle.\n\nStudents should understand the concept of electric charge.\n\nStudents should understand Coulomb’s Law and the principle of superposition.\n\nStudents should understand the concept of electric field.\n\nStudents should understand the concept of electric potential.\n\nStudents should understand the nature of electric fields in and around conductors.\n\nStudents should be able to describe and sketch a graph of the electric field and\npotential inside and outside a charged conducting sphere.\n\nStudents should understand induced charge and electrostatic shielding.\n\nStudents should understand the definition and function of capacitance.\n\nStudents should understand the physics of the parallel-plate capacitor.\n\nStudents should understand the definition of electric current, so they can relate the\nmagnitude and direction of the current to the rate of flow of positive and negative\ncharge.\n\nStudents should understand conductivity and resistance.\n\nStudents should understand the behavior of series and parallel combinations of\nresistors.\n\nStudents should understand the properties of ideal and real batteries.\n\nStudents should understand the properties of voltmeters and ammeters.\n\nStudents should understand the t – 0 and steady-state behavior of capacitors\nconnected in series or in parallel.\n\nStudents should understand the force experienced by a charged particle in a magnetic\nfield.\n\nStudents should understand the force exerted on a current-carrying wire in a magnetic\nfield.\n\nStudents should understand the magnetic field produced by a long straight current-carrying wire.\n\nStudents should understand the concept of magnetic flux.\n\nStudents should understand Faraday’s law and Lenz’s law.\n\nStudents should understand the description of traveling waves.\n\nStudents should understand the difference between transverse and longitudinal\nwaves, and be able to explain qualitatively why transverse waves can exhibit\npolarization.\n\nStudents should understand the inverse-square law, so they can calculate the\nintensity of waves at a given distance from a source of specified power and\ncompare the intensities at different distances from the source.\n\nStudents should understand the physics of standing waves.\n\nStudents should understand the interference and diffraction of waves.\n\nStudents should understand dispersion and the electromagnetic spectrum.\n\nStudents should understand the principles of reflection and refraction.\n\nStudents should understand image formation by plane or spherical mirrors.\n\nStudents should understand image formation by converging or diverging lenses.\n\nStudents should know the properties of photons.\n\nStudents should understand Compton scattering.\n\nStudents should understand the concept of energy levels for atoms.\n\nStudents should understand the significance of the mass number and charge of\nnuclei.\n\nStudents should know the nature of the nuclear force, so they can compare its\nstrength and range with those of the electromagnetic force.\n\nStudents should understand nuclear fission, so they can describe a typical neutron-induced fission and explain why a chain reaction is possible.\n\nStudents should understand the relationship between mass and energy.\n\nStudents should understand the process of designing experiments.\n\nStudents should understand how to analyze data.\n\nStudents should understand measurement and experimental error.\n\nStudents should understand how to summarize and communicate results."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.9108234,"math_prob":0.92668146,"size":7930,"snap":"2020-45-2020-50","text_gpt3_token_len":1419,"char_repetition_ratio":0.30406258,"word_repetition_ratio":0.08593092,"special_character_ratio":0.1663304,"punctuation_ratio":0.08136882,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.998253,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-12-05T11:55:47Z\",\"WARC-Record-ID\":\"<urn:uuid:e22c5168-241c-4ec5-81d5-06ad92dd2f74>\",\"Content-Length\":\"57083\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:639e962f-8764-4e8d-b8b4-71e70b608a28>\",\"WARC-Concurrent-To\":\"<urn:uuid:693718ca-d2a7-4e2d-aa28-2f03eb7dfdcd>\",\"WARC-IP-Address\":\"192.0.78.183\",\"WARC-Target-URI\":\"https://allinonehighschool.com/physics-learning-outcomes/\",\"WARC-Payload-Digest\":\"sha1:X23TBL73DBQAWMK56QPWJU4YOUXAYBII\",\"WARC-Block-Digest\":\"sha1:UUBZMLOK2HN3U6U56POR6AT7AUM4GKJQ\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-50/CC-MAIN-2020-50_segments_1606141747774.97_warc_CC-MAIN-20201205104937-20201205134937-00107.warc.gz\"}"} |
https://redecavimawifigat.sea-studio.com/role-of-damping-in-finite-element-analysis-book-19372ml.php | [
"Last edited by Ducage\nFriday, July 31, 2020 | History\n\n2 edition of role of damping in finite element analysis found in the catalog.\n\nrole of damping in finite element analysis\n\nP. W. Spence\n\n# role of damping in finite element analysis\n\n## by P. W. Spence\n\nWritten in English\n\nEdition Notes\n\n ID Numbers Statement P. W. Spence, C. J. Kenchington. Contributions Kenchington, C. J., National Agency for Finite Element Methods and Standards. Open Library OL18201503M\n\nThe solution is based on a finite element analysis. The vibrational behavior of a homogeneous and isotropic steel plate has been presented by numerical models. The structural damping condition is SAP== Structural Analysis Program ADINA=Automatic Dynamic Incremental NonlinearAnalysis • These few lectures represent a very briefand compact introduction to the field offinite elementanalysis • We shall follow quiteclosely certain sections in the book Finite Element Procedures in Engineering Analysis, Prentice-Hall,Inc. (by K.J. Bathe)\n\nHyperelasticity Model for Finite Element Analysis of Natural and High Damping Rubbers in Compression and Shear A. F. M. S. Amin1; S. I. Wiraguna2; A. R. Bhuiyan3; and Y. Okui4 Abstract: Rate-independent monotonic behavior of?lled natural rubber › 百度文库 › 语言/资格考试. This guide is an introduction to dynamic FEA simulation and its role in simulation driven design. You will learn inside: Some fundamental concepts and principles about linear dynamic analysis and its role in FEA simulation Fundamental concepts and principles such as equations of motion, types of vibration, The role of damping in engineering and dynamic analysis and the\n\nFinite element analysis of vibrating linear systems with fractional derivative viscoelastic models Journal of Sound and Vibration, Vol. , No. Fractional Derivative Consideration on Nonlinear Viscoelastic Statical and Dynamical Behavior under Large Pre-Displacement Index Terms: Truss analysis, Finite element method, displacement, and stresses, MATLAB, STAAD Pro I. INTRODUCTION There are traditionally two methods either a theoretical or an experimental method\n\nYou might also like\nAlgorithm and code development for unsteady three-dimensional Navier-Stokes equations\n\nAlgorithm and code development for unsteady three-dimensional Navier-Stokes equations\n\nChaldean Oracles of Attributed to Zoroaster\n\nChaldean Oracles of Attributed to Zoroaster\n\nA woman candidates guide to campaign management\n\nA woman candidates guide to campaign management\n\nCellular Phones, Public Fears, and a Culture of Precaution\n\nCellular Phones, Public Fears, and a Culture of Precaution\n\nThe real Charlotte\n\nThe real Charlotte\n\nReport of the National Commission on Superconductivity\n\nReport of the National Commission on Superconductivity\n\nRecherches expérimentales sur le symbolisme phonétique.\n\nRecherches expérimentales sur le symbolisme phonétique.\n\nThe seasons of an hour.\n\nThe seasons of an hour.\n\nVermont infant deaths, 1979-1983.\n\nVermont infant deaths, 1979-1983.\n\nEngravings and their value\n\nEngravings and their value\n\nriddle of Randley School\n\nriddle of Randley School\n\nMaigrets first case\n\nMaigrets first case\n\nAmerican design\n\nAmerican design\n\nA choice of Kiplings verse\n\nA choice of Kiplings verse\n\n### Role of damping in finite element analysis by P. W. Spence Download PDF EPUB FB2\n\nThis report examines the role of damping in Finite Element analysis and is intended as a review of methods available as a guide to how they should be effectively employed. It was prepared under the guidance of the NAFEMS Dynamics Working :// Finite element analysis is powerful in process safety applications and can address a diverse set of problems, including fluid dynamics (Zienkiewicz et al., b), such as dispersion modeling, and problems dealing with both fluid flow and structure, such as for studying interaction between fire and the finite element analysis can handle structural response, studies on damage An electromechanical finite element formulation for the dynamic analysis of smart structures with piezoelectric elements is first proposed.\n\nIn this formulation, the electrical state is fully described by very few global discrete unknowns : (i) the electric charge contained in the electrodes and (ii) the voltage between the :// Introduces the basic concepts of FEM in an easy-to-use format so that students and professionals can use the method efficiently and interpret results properly Finite element method (FEM) is a powerful tool for solving engineering problems both in solid structural mechanics and fluid mechanics.\n\nThis book presents all of the theoretical aspects of FEM that students of engineering will ://+to+Finite+Element+Analysis+and+Design,+2nd. The piezoelectric elements, connected with resonant shunt circuits, are used for the vibration damping of the coupled system.\n\nNumerical examples are presented in order to illustrate the accuracy and the versatility of the proposed reduced-order model, especially in terms of prediction of :// //Piezoelectric-Shunt-Vibration-Damping-of. Spectral Finite Element Analysis of Sandwich Beams With Passive Constrained Layer Damping J.\n\nVib. Acoust (July, ) Role of damping in finite element analysis book Reduced-Order Dynamic Model of Nonlinear Oscillating Devices //Reduced-Order-Finite-Element-Models-of. The consideration of Rayleigh damping coefficients of α and β are an important aspect to determine damping matric in dynamic analysis.\n\nIn this paper, finite element modal analysis is used on The consideration of Rayleigh damping coefficients of α and β are an important aspect to determine damping matric in dynamic analysis.\n\nIn this paper, finite element modal analysis is used on square natural damping rubber plate with various boundary conditions to determine its dynamic properties and damping coefficients α and :// The finite element method (FEM), or finite element analysis (FEA), is a computational technique used to obtain approximate solutions of boundary value problems in engineering.\n\nBoundary value problems are also called field problems. The field is the domain of interest and most often represents a physical ://~mech/lectures/ Damping is a great way to limit the vibrations. We use a lot «static» analysis in FEA but in reality, most of the dangerous phenomena which are dangerous are dynamic That’s why a basic dynamic analysis is the «modal» analysis which uncovers the core mode of vibrations which can potentially create problems when excited by some The book The Finite Element Method has the full explanation for how this is developed (Chapter 1 goes over the basics of the method, and Section develops the frequency analysis portion).\n\nJust to clarify, we've simply called these matrices K and M, and the form of the equation bears a resemblance to a simple modal analysis for a beam, so we //understanding-finite-element-modal-analysis.\n\nThis book presents an introduction to the mathematical basis of finite element analysis as applied to vibrating systems.\n\nFinite element analysis is a technique which is very important in modelling the response of structures to dynamic loads and is widely used in aeronautical, civil and mechanical engineering as well as naval :// Explicit formulation of the finite element method is used for crash analysis, having a nonlinear transient dynamic character.\n\nBasic finite element method concepts will be presented, followed by particularities and work flow of explicit crash analysis. In the second part of the paper, a test example is used to illustrate the implementation of Analysis of unsteady flow through an oscillating structural system is carried out by using consistent penalty function finite element method and Newmark approach for both fluid and solid.\n\nPhysical variables including displacement, velocity, and acceleration are presented as a function of time to describe movements of the solid :// Download Finite Element Method (Analysis) Books – We have compiled a list of Best & Standard Reference Books on Finite Element Method (Analysis) books are used by students of top universities, institutes and colleges.\n\nThe finite element method (FEM) is a numerical method for solving problems of engineering and mathematical :// The damping behavior of the compliant finger is modeled using Rayleigh’s proportional damping: (8) [C] = α [M] + β [K] where the mass and stiffness matrices, [M] and [K], can be formulated once the element types are defined; and α and β are the mass and stiffness proportional damping coefficients :// Finite Element Analysis of Rods Consider an elastic uniform rod of total length L R as shown in Fig Upon applying the An essence of the finite element technique is that field variables, in this case axial displacements, within each element is interpolated (or We can easily extend the derivation to include a damping term and a forcing /Finite Element Vibration Analysis Fall pdf.\n\nmethods laid a foundation for further developments in finite element studies. Turner et al. derived stiffness matrices for truss, beam & other elements & presented in The term finite element method was first coined and used by Clough in The first book on finite elements by Zienkiewicz and Chung was published Finite Element Analysis (FEA) has been used by engineers as a design tool in new product development since the early 's.\n\nUntil recently, most FEA applications have been limited to static analysis due to the cost and complexity of advanced types of analyses. Progress in the commercial FEA software and in computing hardware has now made it practical to use advanced types as an everyday 1.\n\nBuilding better products with finite element analysis This book offers a practical yet comprehensible study of finite element analysis by reviewing the basics of design analysis from an engineering perspective.\n\nThe authors provide guidelines for specific design issues, including commonly encountered problems such as setting boundaries and contact points between parts, sheet metal elements.\n\nThis book concerns the development of novel finite elements for the structural analysis of composite beams and blades. The introduction of material damping is also an important aspect of composite structures and it is presented here in terms of their static and dynamic ://Abstract: Finite element analysis can be applied to smart structures with piezoelectric or magnetostrictive materials rather successfully when neither the applying electric field nor the generating AC strain is very large and when the linear relation can be supposed in the strain vs electric field or the strain vs :// M.\n\nMartínez Analysis of Structural Damping Chapter 1. Introduction Damping is the energy dissipation of a material or system under cyclic stress. Three main types of damping are present in any mechanical system: • Internal damping • Structural damping • Fluid damping Internal damping"
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.88378644,"math_prob":0.78443474,"size":10129,"snap":"2021-04-2021-17","text_gpt3_token_len":2004,"char_repetition_ratio":0.16316049,"word_repetition_ratio":0.041912246,"special_character_ratio":0.182249,"punctuation_ratio":0.08639053,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9610859,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-01-15T17:36:34Z\",\"WARC-Record-ID\":\"<urn:uuid:fa45bf87-2bdb-4b69-80a3-125bea3e3550>\",\"Content-Length\":\"23733\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:d65a1d21-f266-4492-a793-d15d0591dbf1>\",\"WARC-Concurrent-To\":\"<urn:uuid:14085c7f-1daf-4749-8d3a-b005604ea7d7>\",\"WARC-IP-Address\":\"104.21.71.239\",\"WARC-Target-URI\":\"https://redecavimawifigat.sea-studio.com/role-of-damping-in-finite-element-analysis-book-19372ml.php\",\"WARC-Payload-Digest\":\"sha1:LWTLPJ57G7AJVMBELE4O65OCHAS2AKOB\",\"WARC-Block-Digest\":\"sha1:OCBKLWH5UCNSXNANSPE4YQHFLUBTIYOF\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-04/CC-MAIN-2021-04_segments_1610703495936.3_warc_CC-MAIN-20210115164417-20210115194417-00261.warc.gz\"}"} |
https://www.originlab.com/doc/X-Function/ref/wcellmask | [
"## Command Line Usage\n\n \n\nwcellmask irng:=[Book1]Sheet1!Col(2) \n\nDisplay\nName\nVariable\nName\nI/O\nand\nType\nDefault\nValue\nDescription\nInput irng\n\nInput\n\nRange\n\n<active>\n\nInput\n\nint\n\nOption list:\n\n## Description\n\nThis function is used to set cell(s) mask in specified range.\n\n## Examples\n\nThis script demonstrates the use of rowstats and wcellmask X-Functions to perform descriptive statistics on rows and mask the cell whose value is defined as outlier.\n\n// create a new book and import data file\nnewbook sheet:=1;\nstring fname$= system.path.program$ + \"Samples\\Graphing\\Contour.dat\";\nimpASC;\n\n// get number of columns and rows\nint nCols = wks.nCols;\nint nRows = wks.nRows;\n\n// turn off Spreadsheet Cell Notation firstly\npage.xlcolname = 0;\n// add two columns for mean and sd\nrowstats -r 0 irng:=col(1):col($(nCols))[nRows] mean:=col(Mean) sd:=col(SD); // mask outlier for(int ii=1; ii<=nRows; ii++) { double dLower = col(Mean)[ii]-col(SD)[ii]; // mean-sd double dUpper = col(Mean)[ii]+col(SD)[ii]; // mean+sd for(int jj=1; jj<=nCols; jj++) { double dOutlier = col($(jj))[ii]; // get cell value\n}",
null,
"For the Spreadsheet Cell Notation in the workbook, please see FAQ-849 for more information."
] | [
null,
"https://d2mvzyuse3lwjc.cloudfront.net/doc/en/XFunction/images/Wcellmask/Tip_icon.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.50293505,"math_prob":0.9040857,"size":1220,"snap":"2019-51-2020-05","text_gpt3_token_len":370,"char_repetition_ratio":0.106085524,"word_repetition_ratio":0.0,"special_character_ratio":0.28934425,"punctuation_ratio":0.1557377,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99055773,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-01-21T02:39:07Z\",\"WARC-Record-ID\":\"<urn:uuid:bcec085a-0e91-47eb-bc96-bcd4c006a2ed>\",\"Content-Length\":\"180492\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:025bcfb5-6e1c-4967-b617-64fd6cf1f59d>\",\"WARC-Concurrent-To\":\"<urn:uuid:c882a849-93dd-480f-b4b8-dc6a9a51b9e6>\",\"WARC-IP-Address\":\"208.118.247.127\",\"WARC-Target-URI\":\"https://www.originlab.com/doc/X-Function/ref/wcellmask\",\"WARC-Payload-Digest\":\"sha1:WHAPPFVTQOANHHHC5JSO4JV6F3HXP7XK\",\"WARC-Block-Digest\":\"sha1:FTM7DCUVFDWCNU3MNY7GJGVSVMGB4UB6\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-05/CC-MAIN-2020-05_segments_1579250601241.42_warc_CC-MAIN-20200121014531-20200121043531-00362.warc.gz\"}"} |
https://en.wikipedia.org/wiki/BSP_tree | [
"# Binary space partitioning\n\n(Redirected from BSP tree)\n\nIn computer science, binary space partitioning (BSP) is a method for recursively subdividing a space into two convex sets by using hyperplanes as partitions. This process of subdividing gives rise to a representation of objects within the space in the form of a tree data structure known as a BSP tree.\n\nBinary space partitioning was developed in the context of 3D computer graphics in 1969, where the structure of a BSP tree allows for spatial information about the objects in a scene that is useful in rendering, such as objects being ordered from front-to-back with respect to a viewer at a given location, to be accessed rapidly. Other applications of BSP include: performing geometrical operations with shapes (constructive solid geometry) in CAD, collision detection in robotics and 3D video games, ray tracing, and other applications that involve the handling of complex spatial scenes.\n\nIn 1993, Doom was the first video game to make use of BSP after John Carmack utilized the most efficient 1991 algorithms describing front-to-back rendering with the use of a specialized data structure to record parts of the screen that had been drawn already. Prior to that, Wolfenstein 3D had made use of ray casting. Quake utilized developments in 1992 regarding a pre-processing step that generated potentially visible sets.\n\n## Overview\n\nBinary space partitioning is a generic process of recursively dividing a scene into two until the partitioning satisfies one or more requirements. It can be seen as a generalisation of other spatial tree structures such as k-d trees and quadtrees, one where hyperplanes that partition the space may have any orientation, rather than being aligned with the coordinate axes as they are in k-d trees or quadtrees. When used in computer graphics to render scenes composed of planar polygons, the partitioning planes are frequently chosen to coincide with the planes defined by polygons in the scene.\n\nThe specific choice of partitioning plane and criterion for terminating the partitioning process varies depending on the purpose of the BSP tree. For example, in computer graphics rendering, the scene is divided until each node of the BSP tree contains only polygons that can render in arbitrary order. When back-face culling is used, each node therefore contains a convex set of polygons, whereas when rendering double-sided polygons, each node of the BSP tree contains only polygons in a single plane. In collision detection or ray tracing, a scene may be divided up into primitives on which collision or ray intersection tests are straightforward.\n\nBinary space partitioning arose from the computer graphics need to rapidly draw three-dimensional scenes composed of polygons. A simple way to draw such scenes is the painter's algorithm, which produces polygons in order of distance from the viewer, back to front, painting over the background and previous polygons with each closer object. This approach has two disadvantages: time required to sort polygons in back to front order, and the possibility of errors in overlapping polygons. Fuchs and co-authors showed that constructing a BSP tree solved both of these problems by providing a rapid method of sorting polygons with respect to a given viewpoint (linear in the number of polygons in the scene) and by subdividing overlapping polygons to avoid errors that can occur with the painter's algorithm. A disadvantage of binary space partitioning is that generating a BSP tree can be time-consuming. Typically, it is therefore performed once on static geometry, as a pre-calculation step, prior to rendering or other realtime operations on a scene. The expense of constructing a BSP tree makes it difficult and inefficient to directly implement moving objects into a tree.\n\nBSP trees are often used by 3D video games, particularly first-person shooters and those with indoor environments. Game engines using BSP trees include the Doom (id Tech 1), Quake (id Tech 2 variant), and Source engines. In them, BSP trees containing the static geometry of a scene are often used together with a Z-buffer, to correctly merge movable objects such as doors and characters onto the background scene. While binary space partitioning provides a convenient way to store and retrieve spatial information about polygons in a scene, it does not solve the problem of visible surface determination.\n\n## Generation\n\nThe canonical use of a BSP tree is for rendering polygons (that are double-sided, that is, without back-face culling) with the painter's algorithm. Each polygon is designated with a front side and a back side which could be chosen arbitrarily and only affects the structure of the tree but not the required result. Such a tree is constructed from an unsorted list of all the polygons in a scene. The recursive algorithm for construction of a BSP tree from that list of polygons is:\n\n1. Choose a polygon P from the list.\n2. Make a node N in the BSP tree, and add P to the list of polygons at that node.\n3. For each other polygon in the list:\n1. If that polygon is wholly in front of the plane containing P, move that polygon to the list of nodes in front of P.\n2. If that polygon is wholly behind the plane containing P, move that polygon to the list of nodes behind P.\n3. If that polygon is intersected by the plane containing P, split it into two polygons and move them to the respective lists of polygons behind and in front of P.\n4. If that polygon lies in the plane containing P, add it to the list of polygons at node N.\n4. Apply this algorithm to the list of polygons in front of P.\n5. Apply this algorithm to the list of polygons behind P.\n\nThe following diagram illustrates the use of this algorithm in converting a list of lines or polygons into a BSP tree. At each of the eight steps (i.-viii.), the algorithm above is applied to a list of lines, and one new node is added to the tree.\n\n Start with a list of lines, (or in 3D, polygons) making up the scene. In the tree diagrams, lists are denoted by rounded rectangles and nodes in the BSP tree by circles. In the spatial diagram of the lines, the direction chosen to be the 'front' of a line is denoted by an arrow.",
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"i. Following the steps of the algorithm above, We choose a line, A, from the list and,... ...add it to a node. We split the remaining lines in the list into those in front of A (i.e. B2, C2, D2), and those behind (B1, C1, D1). We first process the lines in front of A (in steps ii–v),... ...followed by those behind (in steps vi–vii).",
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"ii. We now apply the algorithm to the list of lines in front of A (containing B2, C2, D2). We choose a line, B2, add it to a node and split the rest of the list into those lines that are in front of B2 (D2), and those that are behind it (C2, D3).",
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"iii. Choose a line, D2, from the list of lines in front of B2 and A. It is the only line in the list, so after adding it to a node, nothing further needs to be done.",
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"iv. We are done with the lines in front of B2, so consider the lines behind B2 (C2 and D3). Choose one of these (C2), add it to a node, and put the other line in the list (D3) into the list of lines in front of C2.",
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"v. Now look at the list of lines in front of C2. There is only one line (D3), so add this to a node and continue.",
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"vi. We have now added all of the lines in front of A to the BSP tree, so we now start on the list of lines behind A. Choosing a line (B1) from this list, we add B1 to a node and split the remainder of the list into lines in front of B1 (i.e. D1), and lines behind B1 (i.e. C1).",
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"vii. Processing first the list of lines in front of B1, D1 is the only line in this list, so add this to a node and continue.",
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"viii. Looking next at the list of lines behind B1, the only line in this list is C1, so add this to a node, and the BSP tree is complete.",
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"The final number of polygons or lines in a tree is often larger (sometimes much larger) than the original list, since lines or polygons that cross the partitioning plane must be split into two. It is desirable to minimize this increase, but also to maintain reasonable balance in the final tree. The choice of which polygon or line is used as a partitioning plane (in step 1 of the algorithm) is therefore important in creating an efficient BSP tree.\n\n## Traversal\n\nA BSP tree is traversed in a linear time, in an order determined by the particular function of the tree. Again using the example of rendering double-sided polygons using the painter's algorithm, to draw a polygon P correctly requires that all polygons behind the plane P lies in must be drawn first, then polygon P, then finally the polygons in front of P. If this drawing order is satisfied for all polygons in a scene, then the entire scene renders in the correct order. This procedure can be implemented by recursively traversing a BSP tree using the following algorithm. From a given viewing location V, to render a BSP tree,\n\n1. If the current node is a leaf node, render the polygons at the current node.\n2. Otherwise, if the viewing location V is in front of the current node:\n1. Render the child BSP tree containing polygons behind the current node\n2. Render the polygons at the current node\n3. Render the child BSP tree containing polygons in front of the current node\n3. Otherwise, if the viewing location V is behind the current node:\n1. Render the child BSP tree containing polygons in front of the current node\n2. Render the polygons at the current node\n3. Render the child BSP tree containing polygons behind the current node\n4. Otherwise, the viewing location V must be exactly on the plane associated with the current node. Then:\n1. Render the child BSP tree containing polygons in front of the current node\n2. Render the child BSP tree containing polygons behind the current node\n\nApplying this algorithm recursively to the BSP tree generated above results in the following steps:\n\n• The algorithm is first applied to the root node of the tree, node A. V is in front of node A, so we apply the algorithm first to the child BSP tree containing polygons behind A\n• This tree has root node B1. V is behind B1 so first we apply the algorithm to the child BSP tree containing polygons in front of B1:\n• This tree is just the leaf node D1, so the polygon D1 is rendered.\n• We then render the polygon B1.\n• We then apply the algorithm to the child BSP tree containing polygons behind B1:\n• This tree is just the leaf node C1, so the polygon C1 is rendered.\n• We then draw the polygons of A\n• We then apply the algorithm to the child BSP tree containing polygons in front of A\n• This tree has root node B2. V is behind B2 so first we apply the algorithm to the child BSP tree containing polygons in front of B2:\n• This tree is just the leaf node D2, so the polygon D2 is rendered.\n• We then render the polygon B2.\n• We then apply the algorithm to the child BSP tree containing polygons behind B2:\n• This tree has root node C2. V is in front of C2 so first we would apply the algorithm to the child BSP tree containing polygons behind C2. There is no such tree, however, so we continue.\n• We render the polygon C2.\n• We apply the algorithm to the child BSP tree containing polygons in front of C2\n• This tree is just the leaf node D3, so the polygon D3 is rendered.\n\nThe tree is traversed in linear time and renders the polygons in a far-to-near ordering (D1, B1, C1, A, D2, B2, C2, D3) suitable for the painter's algorithm.\n\n## Timeline\n\n• 1969 Schumacker et al. published a report that described how carefully positioned planes in a virtual environment could be used to accelerate polygon ordering. The technique made use of depth coherence, which states that a polygon on the far side of the plane cannot, in any way, obstruct a closer polygon. This was used in flight simulators made by GE as well as Evans and Sutherland. However, creation of the polygonal data organization was performed manually by scene designer.\n• 1980 Fuchs et al. extended Schumacker's idea to the representation of 3D objects in a virtual environment by using planes that lie coincident with polygons to recursively partition the 3D space. This provided a fully automated and algorithmic generation of a hierarchical polygonal data structure known as a Binary Space Partitioning Tree (BSP Tree). The process took place as an off-line preprocessing step that was performed once per environment/object. At run-time, the view-dependent visibility ordering was generated by traversing the tree.\n• 1981 Naylor's Ph.D thesis provided a full development of both BSP trees and a graph-theoretic approach using strongly connected components for pre-computing visibility, as well as the connection between the two methods. BSP trees as a dimension independent spatial search structure was emphasized, with applications to visible surface determination. The thesis also included the first empirical data demonstrating that the size of the tree and the number of new polygons was reasonable (using a model of the Space Shuttle).\n• 1983 Fuchs et al. described a micro-code implementation of the BSP tree algorithm on an Ikonas frame buffer system. This was the first demonstration of real-time visible surface determination using BSP trees.\n• 1987 Thibault and Naylor described how arbitrary polyhedra may be represented using a BSP tree as opposed to the traditional b-rep (boundary representation). This provided a solid representation vs. a surface based-representation. Set operations on polyhedra were described using a tool, enabling constructive solid geometry (CSG) in real-time. This was the fore runner of BSP level design using \"brushes\", introduced in the Quake editor and picked up in the Unreal Editor.\n• 1990 Naylor, Amanatides, and Thibault provided an algorithm for merging two BSP trees to form a new BSP tree from the two original trees. This provides many benefits including: combining moving objects represented by BSP trees with a static environment (also represented by a BSP tree), very efficient CSG operations on polyhedra, exact collisions detection in O(log n * log n), and proper ordering of transparent surfaces contained in two interpenetrating objects (has been used for an x-ray vision effect).\n• 1990 Teller and Séquin proposed the offline generation of potentially visible sets to accelerate visible surface determination in orthogonal 2D environments.\n• 1991 Gordon and Chen [CHEN91] described an efficient method of performing front-to-back rendering from a BSP tree, rather than the traditional back-to-front approach. They utilised a special data structure to record, efficiently, parts of the screen that have been drawn, and those yet to be rendered. This algorithm, together with the description of BSP Trees in the standard computer graphics textbook of the day (Computer Graphics: Principles and Practice) was used by John Carmack in the making of Doom (video game).\n• 1992 Teller's PhD thesis described the efficient generation of potentially visible sets as a pre-processing step to accelerate real-time visible surface determination in arbitrary 3D polygonal environments. This was used in Quake and contributed significantly to that game's performance.\n• 1993 Naylor answered the question of what characterizes a good BSP tree. He used expected case models (rather than worst case analysis) to mathematically measure the expected cost of searching a tree and used this measure to build good BSP trees. Intuitively, the tree represents an object in a multi-resolution fashion (more exactly, as a tree of approximations). Parallels with Huffman codes and probabilistic binary search trees are drawn.\n• 1993 Hayder Radha's PhD thesis described (natural) image representation methods using BSP trees. This includes the development of an optimal BSP-tree construction framework for any arbitrary input image. This framework is based on a new image transform, known as the Least-Square-Error (LSE) Partitioning Line (LPE) transform. H. Radha's thesis also developed an optimal rate-distortion (RD) image compression framework and image manipulation approaches using BSP trees."
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https://www.tutorialspoint.com/java_dip/image_shape_conversions.htm | [
"# Java DIP - Image Shape Conversion\n\nThe shape of the image can easily be changed by using OpenCV. Image can either be flipped, scaled, or rotated in any of the four directions.\n\nIn order to change the shape of the image, we read the image and convert into Mat object. Its syntax is given below −\n\n```File input = new File(\"digital_image_processing.jpg\");\n//convert Buffered Image to Mat.\n```\n\n## Flipping an Image\n\nOpenCV allows three types of flip codes which are described below −\n\nSr.No. Flip Code & Description\n1\n\n0\n\n0 means, flipping around x axis.\n\n2\n\n1\n\n1 means, flipping around y axis.\n\n3\n\n-1\n\n-1 means, flipping around both axis.\n\nWe pass the appropriate flip code into method flip() in the Core class. Its syntax is given below −\n\n```Core.flip(source mat, destination mat1, flip_code);\n```\n\nThe method flip() takes three parameters − the source image matrix, the destination image matrix, and the flip code.\n\nApart from the flip method, there are other methods provided by the Core class. They are described briefly −\n\nSr.No. Method & Description\n1\n\nadd(Mat src1, Mat src2, Mat dst)\n\nIt calculates the per-element sum of two arrays or an array and a scalar.\n\n2\n\nbitwise_and(Mat src1, Mat src2, Mat dst)\n\nIt calculates the per-element bit-wise conjunction of two arrays or an array and a scalar.\n\n3\n\nbitwise_not(Mat src, Mat dst)\n\nIt inverts every bit of an array.\n\n4\n\ncircle(Mat img, Point center, int radius, Scalar color)\n\nIt draws a circle.\n\n5\n\nsumElems(Mat src)\n\nIt blurs an image using a Gaussian filter.\n\n6\n\nsubtract(Mat src1, Scalar src2, Mat dst, Mat mask)\n\nIt calculates the per-element difference between two arrays or array and a scalar.\n\n### Example\n\nThe following example demonstrates the use of Core class to flip an image −\n\n```import java.awt.image.BufferedImage;\nimport java.awt.image.DataBufferByte;\n\nimport java.io.File;\nimport javax.imageio.ImageIO;\n\nimport org.opencv.core.Core;\nimport org.opencv.core.CvType;\nimport org.opencv.core.Mat;\n\nimport org.opencv.imgproc.Imgproc;\n\npublic class Main {\npublic static void main( String[] args ) {\n\ntry {\nFile input = new File(\"digital_image_processing.jpg\");\n\nbyte[] data = ((DataBufferByte) image.getRaster(). getDataBuffer()).getData();\nMat mat = new Mat(image.getHeight(),image.getWidth(),CvType.CV_8UC3);\nmat.put(0, 0, data);\n\nMat mat1 = new Mat(image.getHeight(),image.getWidth(),CvType.CV_8UC3);\nCore.flip(mat, mat1, -1);\n\nbyte[] data1 = new byte[mat1.rows()*mat1.cols()*(int)(mat1.elemSize())];\nmat1.get(0, 0, data1);\nBufferedImage image1 = new BufferedImage(mat1.cols(), mat1.rows(), 5);\nimage1.getRaster().setDataElements(0,0,mat1.cols(),mat1.rows(),data1);\n\nFile ouptut = new File(\"hsv.jpg\");\nImageIO.write(image1, \"jpg\", ouptut);\n\n} catch (Exception e) {\nSystem.out.println(\"Error: \" + e.getMessage());\n}\n}\n}\n```\n\n### Output\n\nWhen you run the above example, it would flip an image name digital_image_processing.jpg to its equivalent HSV color space image and write it on hard disk with name flip.jpg.\n\n#### Original Image",
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"#### Flipped Image",
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https://www.dlubal.com/en/support-and-learning/support/faq/003411 | [
"# FAQ 003411 EN\n\n•",
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"### How does the \"Orthotropic Plastic\" material model work in RFEM?\n\nThe material model according to Tsai-Wu unifies the plastic with the orthotropic properties. In this way, it is possible to specifically model the materials with anisotropic properties, such as plastics or timber. If the material is plastified, the stresses remain constant. The redistribution is carried out according to the stiffnesses available in the individual directions. The elastic region corresponds to the \"Orthotropic - 3D\" material model. For the plastic area, the yielding according to Tsai-Wu applies:\n\n${\\text{f}}_{\\mathrm{crit}}\\left(\\mathrm\\sigma\\right)=\\frac1{\\mathrm C}\\left[\\frac{\\left({\\mathrm\\sigma}_{\\mathrm x}-{\\mathrm\\sigma}_{\\mathrm x,0}\\right)^2}{{\\mathrm f}_{\\mathrm t,\\mathrm x}{\\mathrm f}_{\\mathrm c,\\mathrm x}}+\\frac{\\left({\\mathrm\\sigma}_{\\mathrm y}-{\\mathrm\\sigma}_{\\mathrm y,0}\\right)^2}{{\\mathrm f}_{\\mathrm t,\\mathrm y}{\\mathrm f}_{\\mathrm c,\\mathrm y}}+\\frac{\\left({\\mathrm\\sigma}_{\\mathrm z}-{\\mathrm\\sigma}_{\\mathrm z,0}\\right)^2}{{\\mathrm f}_{\\mathrm t,\\mathrm z}{\\mathrm f}_{\\mathrm c,\\mathrm z}}+\\frac{{\\mathrm\\tau}_{\\mathrm{yz}}^2}{{\\mathrm f}_{\\mathrm v,\\mathrm{yz}}^2}+\\frac{{\\mathrm\\tau}_{\\mathrm{xz}}^2}{{\\mathrm f}_{\\mathrm v,\\mathrm{xz}}^2}+\\frac{{\\mathrm\\tau}_{\\mathrm{xy}}^2}{{\\mathrm f}_{\\mathrm v,\\mathrm{xy}}^2}\\right]$\n\nwhere:\n\n${\\mathrm\\sigma}_{\\mathrm x,0}=\\frac{{\\mathrm f}_{\\mathrm t,\\mathrm x}-{\\mathrm f}_{\\mathrm c,\\mathrm x}}2$\n\n${\\mathrm\\sigma}_{\\mathrm y,0}=\\frac{{\\mathrm f}_{\\mathrm t,\\mathrm y}-{\\mathrm f}_{\\mathrm c,\\mathrm y}}2$\n\n${\\mathrm\\sigma}_{\\mathrm z,0}=\\frac{{\\mathrm f}_{\\mathrm t,\\mathrm z}-{\\mathrm f}_{\\mathrm c,\\mathrm z}}2$\n\n$\\mathrm C=1+\\left[\\frac1{{\\mathrm f}_{\\mathrm t,\\mathrm x}}+\\frac1{{\\mathrm f}_{\\mathrm c,\\mathrm x}}\\right]^2\\frac{{\\mathrm E}_{\\mathrm x}{\\mathrm E}_{\\mathrm p,\\mathrm x}}{{\\mathrm E}_{\\mathrm x}-{\\mathrm E}_{\\mathrm p,\\mathrm x}}\\mathrm\\alpha+\\frac{{\\mathrm\\sigma}_{\\mathrm x,0}^2}{{\\mathrm f}_{\\mathrm t,\\mathrm x}{\\mathrm f}_{\\mathrm c,\\mathrm x}}+\\frac{{\\mathrm\\sigma}_{\\mathrm y,0}^2}{{\\mathrm f}_{\\mathrm t,\\mathrm y}{\\mathrm f}_{\\mathrm c,\\mathrm y}}+\\frac{{\\mathrm\\sigma}_{\\mathrm z,0}^2}{{\\mathrm f}_{\\mathrm t,\\mathrm z}{\\mathrm f}_{\\mathrm c,\\mathrm y}}$\n\nThe stress criterion can be imagined as an elliptical surface within a six-dimensional space of stresses. If one of the three stress components is applied as a constant value, the surface can be projected onto a three-dimensional stress space.\n\nIf the value for fy(σ) is smaller than 1, the stresses rest within the elastic area. The plastic area is reached as soon as fy(σ) = 1. Values higher than 1 are not allowed. The model behavior is ideal-plastic, which means there is no stiffening.\n\n#### Keywords\n\nWrite Comment...\n\nWrite Comment...\n\n• Views 855x",
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"https://www.dlubal.com/-/media/Images/website/img/000001-010000/000001-000100/000018.jpg",
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.6639305,"math_prob":0.99999034,"size":7753,"snap":"2021-43-2021-49","text_gpt3_token_len":2288,"char_repetition_ratio":0.19279908,"word_repetition_ratio":0.072841726,"special_character_ratio":0.29949698,"punctuation_ratio":0.10025873,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9998461,"pos_list":[0,1,2,3,4],"im_url_duplicate_count":[null,null,null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-10-24T15:58:35Z\",\"WARC-Record-ID\":\"<urn:uuid:743c68d0-483e-4e24-8ea7-4e29926f6ab1>\",\"Content-Length\":\"369944\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:d858a5a9-af6a-4166-b6b9-8a6c9d3a1501>\",\"WARC-Concurrent-To\":\"<urn:uuid:ea1f836e-3769-492d-927f-bac02484a2a0>\",\"WARC-IP-Address\":\"89.187.130.201\",\"WARC-Target-URI\":\"https://www.dlubal.com/en/support-and-learning/support/faq/003411\",\"WARC-Payload-Digest\":\"sha1:AJRO5MLXW4RV7C7TOKAS4S4EASQFRHUE\",\"WARC-Block-Digest\":\"sha1:HMACJDFDGJ5BWXKL6POGK5IJ4DZHP2K7\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-43/CC-MAIN-2021-43_segments_1634323586043.75_warc_CC-MAIN-20211024142824-20211024172824-00390.warc.gz\"}"} |
https://forum.processing.org/two/discussion/1906/why-wont-my-ball-bouce-in-the-cube | [
"#### Howdy, Stranger!\n\nWe are about to switch to a new forum software. Until then we have removed the registration on this forum.\n\n# Why wont my ball bouce in the cube :(\n\nedited January 2016\n\nI have a problem. I need the ball to bounce inside the cube. but its not :(\n\n``````int counter = 1;\nPVector loc;\nPVector vel;\n\nvoid setup() {\nstrokeWeight(20);\nsize(displayWidth,displayHeight,P3D);\nloc = new PVector(0,0,0);\nvel = new PVector(2.5,5,5);\n}http://forum.processing.org/two/post/discussion/7#\n\nvoid draw() {\n\nbackground(198,106,106);\n\ntranslate(width/2,height/2);\nrotateX(0);\nsmooth();\nrotateY(45);\nnoFill();\nbox(550,550,550);\n\ntranslate(0,0);\n\nif ((loc.x > 550) || (loc.x < 0)) {\nvel.x = vel.x * -1;\n}\nif ((loc.y > 550) || (loc.y < 0)) {\nvel.y = vel.y * -1;\n}\n\nif ((loc.z > 550) || (loc.z < 0)) {\nvel.z = vel.z * -1;\n}\nstroke(0);\nfill(175);\ntranslate(loc.x,loc.y,loc.z);\nsphere(16);\n\n}\n``````\nTagged:"
] | [
null
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http://koreascience.or.kr/article/JAKO199911921948649.page | [
"# 2.5D 광자선 선량계산 알고리즘 개발\n\n• 조병철 (한림대학교 의과대학, 강동성심병원 치료방사선과) ;\n• 오도훈 (한림대학교 의과대학, 강동성심병원 치료방사선과) ;\n• 배훈식 (한림대학교 의과대학, 강동성심병원 치료방사선과)\n• Published : 1999.06.01\n\n#### Abstract\n\nIn this study, as a preliminary study for developing a full 3D photon dose calculation algorithm, We developed 2.5D photon dose calculation algorithm by extending 2D calculation algorithm to allow non-coplanar configurations of photon beams. For this purpose, we defined the 3d patient coordinate system and the 3d beam coordinate system, which are appropriate to 3d treatment planning and dose calculation. and then, calculate a transformation matrix between them. For dose calculation, we extended 2d \"Clarkson-Cunningham\" model to 3d one, which can calculate wedge fields as well as regular and irregular fields on arbitrary plane. The simple Batho's power-law method was implemented as an inhomogeneity correction. We evaluated the accuracy of our dose model following procedures of AAPM TG#23; radiation treatment planning dosimetry verifications for 4MV of Varian Clinac-4. As results, PDDs (percent depth dose) of cubic fields, the accuracy of calculation are within 1% except buildup region, and $\\pm$3% for irregular fields and wedge fields. And for 45$^{\\circ}$ oblique incident beam, the deviations between measurements and calculations are within $\\pm$4%. In the case of inhomogeneity correction, the calculation underestimate 7% at the lung/water boundary and overestimate 3% at the bone/water boundary. At the conclusions, we found out our model can predict dose with 5% accuracy at the general condition. we expect our model can be used as a tool for educational and research purpose.. purpose.."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.8792343,"math_prob":0.9677746,"size":1154,"snap":"2020-34-2020-40","text_gpt3_token_len":293,"char_repetition_ratio":0.12695652,"word_repetition_ratio":0.0,"special_character_ratio":0.23483536,"punctuation_ratio":0.10204082,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9683661,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2020-09-20T06:12:13Z\",\"WARC-Record-ID\":\"<urn:uuid:7f3a4d8a-d6b1-4efe-9980-80b40be22d01>\",\"Content-Length\":\"47829\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:b07e28ca-5452-4698-b4a7-24aba1153b0a>\",\"WARC-Concurrent-To\":\"<urn:uuid:028b473a-24cd-4295-8d11-3fe71afe6e00>\",\"WARC-IP-Address\":\"203.250.218.22\",\"WARC-Target-URI\":\"http://koreascience.or.kr/article/JAKO199911921948649.page\",\"WARC-Payload-Digest\":\"sha1:HFMRVC2WMZ43TNBORTBUO3NOBKLXOE6G\",\"WARC-Block-Digest\":\"sha1:67ITJRFUAHGDHFAPSV75WI2FUT6KLWXM\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2020/CC-MAIN-2020-40/CC-MAIN-2020-40_segments_1600400193391.9_warc_CC-MAIN-20200920031425-20200920061425-00259.warc.gz\"}"} |
https://agriturismomammachica.eu/iron/Mar_25_2249_84/ | [
"# How Calculate Gcv Of Coal Charcoal\n\nGet in touch with usCustomer satisfaction is our first goal!\nEmail us\n— We will confidentially process your data and will not pass it on to a third party.",
null,
"## how calculate the charcoal gcv - antiradareurope.eu\n\nhow calculate gcv of coal & charcoal . how calculate gcv of coal & charcoal. We are the manufacturer of coal mining machine,roadheader,coal loader,tunnel mucking loader,backfilling machine,concerte pumping machine and so on. how calculate gcv of coal & charcoal ...",
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"How To Calculate Gcv To Gar In Coal testrig. formula to calculate gross calorific value of Africa coal conversion formula from adb to gcv. calculation of gar coal MTM Crusher How do Gcv Calculation.",
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"## gcv to ncv calculator - sweducation.eu\n\ngcv,ncv-calculator. calculate ncv and gcv of coal the charcoal gcv CachedEnergy Conversion Factors S No Electricity/Fuel Conversion gcv ncv calculator.",
null,
"## How Calculate Gcv Of Coal Charcoal - …\n\nThe Determination of Heating Values of Fuels. The heating value of a fuel may be determined either by a calculation from a chemical analysis This coal, by a calorimetric test, showed 14,843 B. t. u., and from a Here the only combustible gas is the carbon monoxide, and the heat value will be, Table 38 gives the proximate analysis and …",
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"## how to calculate gcv to gar in coal - barnflicka.eu\n\ncoal gcv to ncv calculator. how is gar calculated to gcv indonesian steam coal - gvmc. free coal calculator to convert gcv to ncv » Free Online Chat.",
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null,
"## Fuel Higher Calorific Value (Gross Calorific Value -GCV ...\n\nLower Calorific Higher Calorific Value Value (Gross Calorific Value - GCV) (Net Calorific Fuel Value - NCV) kJ/kg Btu/lb kJ/kg Acetone 29000 Alcohol 96% 30000 Anthracite 32500 - 34000 14000 - 14500 Bituminous coal 17000 - 23250 7300 - 10000 Butane 49510 20900 45750 Carbon 34080 Charcoal 29600 12800 ...",
null,
"## Formulas for calculating the calorific value of coal and ...\n\nA new formula for calculating the calorific value of coal from its ultimate analysis has been obtained by regression analysis of a data bank consisting of data on 775 samples of U.S. coals of all ranks. It yielded zero average difference between observed and calculated values and a standard deviation of 129 Btu/lb (300 kJ/kg).",
null,
"## conversion uhv on unit coal basis to gcv - …\n\nhowto calculate the ncv of thermal coal - Roadheaders. conversion uhv on unit coal basis to gcv; Recent Post. ... coal gcv to ncv calculator. gcv ncv calculator.how calculate gcv of coal charcoal howto calculate the ncv ...",
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null,
"## The Method and Procedure for Determining the Gross ...\n\nCoal, as it is commonly known, is a solid fossil hydrocarbon fuel material. The gross calorific value of coal is frequently used when determining the total calorific value for a specific amount of coal for fuel value purposes or when establishing the rank of classification of the coal material.",
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"## How to Calculate the Coal Quantity Used in a Power Plant\n\nThis article describes the simple way to calculate coal quantity ... (kg) of coal as the Gross calorific value (GCV) or the ... The cost of coal consumed by ...",
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null,
"## Coal Net calorific value calculation - Page 1 of 1\n\nDec 11, 2015· Coal Net calorific value calculation. Dear experts, please send we the formula to calculate Coal calorific value As received from Coal calorifiac value Dry bases.",
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"## calculate gcv of coal charcoal - ninanscollege.org\n\nhow calculate gcv of coal amp charcoal|grinding mining. how calculate gcv of coal amp charcoal With many years of production experience, installation experience of millions of equipment units and a large amount of R&D investment, our roadheader is suitable for crushing operations of various metal mines, equipped with a national …",
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"## how calculate gcv of coal charcoal\n\neasy chart for coal gcv gar and ncv globetrekntours. how calculate gcv of coal charcoal ireact. howto calculate the ncv of thermal coal knowing gcv of coal, how to calculate …",
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"## how calculate the charcoal gcv - antiradareurope.eu\n\nhow calculate gcv of coal & charcoal . how calculate gcv of coal & charcoal. We are the manufacturer of coal mining machine,roadheader,coal loader,tunnel mucking loader,backfilling machine,concerte pumping machine and so on. how calculate gcv of coal & charcoal ...",
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"## how calculate gcv of coal charcoal - beaconslight\n\ncalculate ncv and gcv of coal . how calculate gcv of coal charcoal How to calculate ncv from gcv of coal? How do you calculate fixed carbon in coal and coal …",
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"## how calculate the charcoal gcv - powerplantinstitute\n\nhow calculate gcv of coal charcoal - SBM Home how calculate the charcoal gcv - Quarry Crusher Machine For , along with other . Power Generation from Coal - ..."
] | [
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] | {"ft_lang_label":"__label__en","ft_lang_prob":0.80117154,"math_prob":0.9958797,"size":9804,"snap":"2021-04-2021-17","text_gpt3_token_len":2342,"char_repetition_ratio":0.31387755,"word_repetition_ratio":0.34177998,"special_character_ratio":0.21338229,"punctuation_ratio":0.12562259,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9759853,"pos_list":[0,1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20,21,22,23,24,25,26,27,28,29,30,31,32,33,34,35,36,37,38,39,40,41,42,43,44,45,46,47,48,49,50,51,52,53,54,55,56,57,58,59,60,61,62,63,64,65,66,67,68,69,70,71,72,73,74,75,76],"im_url_duplicate_count":[null,3,null,3,null,2,null,1,null,2,null,2,null,2,null,2,null,1,null,3,null,2,null,2,null,4,null,2,null,1,null,2,null,2,null,4,null,1,null,3,null,2,null,2,null,3,null,1,null,1,null,3,null,1,null,2,null,1,null,2,null,1,null,3,null,1,null,1,null,3,null,2,null,1,null,2,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-01-26T12:32:16Z\",\"WARC-Record-ID\":\"<urn:uuid:a16bcb78-0dd8-48e4-a19f-0d703cfa2b60>\",\"Content-Length\":\"39123\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:095ca552-5be1-4636-91e6-362b5ab52c14>\",\"WARC-Concurrent-To\":\"<urn:uuid:8252e455-132a-4ab3-a66f-8fb4718f7f18>\",\"WARC-IP-Address\":\"172.67.190.102\",\"WARC-Target-URI\":\"https://agriturismomammachica.eu/iron/Mar_25_2249_84/\",\"WARC-Payload-Digest\":\"sha1:I4Y5HC7BYZCVWNUCOBGD7X5VJOH24HJ7\",\"WARC-Block-Digest\":\"sha1:FZJQ4R2RGCI3AYJG3AUYIO26KNW26X3O\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-04/CC-MAIN-2021-04_segments_1610704799741.85_warc_CC-MAIN-20210126104721-20210126134721-00643.warc.gz\"}"} |
http://drorbn.net/?title=Notes_for_LD15_Kuno-1/0:22:55 | [
"# Notes for LD15 Kuno-1/0:22:55\n\nThis seems to be the theorem on page 7 of Kawazumi's notes. The completion $\\widehat{{\\mathbb Q}\\pi}$ is relative to powers $(I\\pi)^p$ of the augmentation ideal. The completion $\\widehat{{\\mathbb Q}\\hat\\pi}$ is relative to ${\\mathbb Q}{\\mathbb 1}+|(I\\pi)^p|$."
] | [
null
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https://www.traditionaloven.com/tutorials/angle/convert-astronomical-hour-angle-to-octant-angle-unit.html | [
" Convert HA to 1/8 rev | hour angle to octants\n\n# angle units conversion\n\n## Amount: 1 hour angle (HA) of angle Equals: 0.33 octants (1/8 rev) in angle\n\nConverting hour angle to octants value in the angle units scale.\n\nTOGGLE : from octants into hour angles in the other way around.\n\n## angle from hour angle to octant conversion results\n\n### Enter a new hour angle number to convert\n\n* Whole numbers, decimals or fractions (ie: 6, 5.33, 17 3/8)\n* Precision is how many digits after decimal point (1 - 9)\n\nEnter Amount :\nDecimal Precision :\n\nCONVERT : between other angle measuring units - complete list.\n\nHow many octants are in 1 hour angle? The answer is: 1 HA equals 0.33 1/8 rev\n\n## 0.33 1/8 rev is converted to 1 of what?\n\nThe octants unit number 0.33 1/8 rev converts to 1 HA, one hour angle. It is the EQUAL angle value of 1 hour angle but in the octants angle unit alternative.\n\n HA/1/8 rev angle conversion result From Symbol Equals Result Symbol 1 HA = 0.33 1/8 rev\n\n## Conversion chart - hour angles to octants\n\n1 hour angle to octants = 0.33 1/8 rev\n\n2 hour angles to octants = 0.67 1/8 rev\n\n3 hour angles to octants = 1.00 1/8 rev\n\n4 hour angles to octants = 1.33 1/8 rev\n\n5 hour angles to octants = 1.67 1/8 rev\n\n6 hour angles to octants = 2.00 1/8 rev\n\n7 hour angles to octants = 2.33 1/8 rev\n\n8 hour angles to octants = 2.67 1/8 rev\n\n9 hour angles to octants = 3.00 1/8 rev\n\n10 hour angles to octants = 3.33 1/8 rev\n\n11 hour angles to octants = 3.67 1/8 rev\n\n12 hour angles to octants = 4.00 1/8 rev\n\n13 hour angles to octants = 4.33 1/8 rev\n\n14 hour angles to octants = 4.67 1/8 rev\n\n15 hour angles to octants = 5.00 1/8 rev\n\nConvert angle of hour angle (HA) and octants (1/8 rev) units in reverse from octants into hour angles.\n\n## Angles\n\nThis calculator is based on conversion of two angle units. An angle consists of two rays (as in sides of an angle sharing a common vertex or else called the endpoint.) Some belong to rotation measurements - spherical angles measured by arcs' lengths, pointing from the center, plus the radius. For a whole set of multiple units of angle on one page, try that Multiunit converter tool which has built in all angle unit-variations. Page with individual angle units.\n\n# Converter type: angle units\n\nFirst unit: hour angle (HA) is used for measuring angle.\nSecond: octant (1/8 rev) is unit of angle.\n\nQUESTION:\n15 HA = ? 1/8 rev\n\n15 HA = 5.00 1/8 rev\n\nAbbreviation, or prefix, for hour angle is:\nHA\nAbbreviation for octant is:\n1/8 rev\n\n## Other applications for this angle calculator ...\n\nWith the above mentioned two-units calculating service it provides, this angle converter proved to be useful also as a teaching tool:\n1. in practicing hour angles and octants ( HA vs. 1/8 rev ) measures exchange.\n2. for conversion factors between unit pairs.\n3. work with angle's values and properties.\n\nTo link to this angle hour angle to octants online converter simply cut and paste the following.\nThe link to this tool will appear as: angle from hour angle (HA) to octants (1/8 rev) conversion.\n\nI've done my best to build this site for you- Please send feedback to let me know how you enjoyed visiting."
] | [
null
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http://blog.stermon.com/articles/2020/04/06/haskell-data-octet-nand-smaller-but-slower.html | [
"## Blog: Mr. Mathiesen\n\nA SAFE and idiomatic (no corner cutting or strange stuff under the hood) implementation of an octet data type in Haskell based on algebraic sum types (constructors) and NAND logic gates combined with some extensive pattern matching (reduced by some basic Math) and a low memory footprint.\n\nRemark: No arithmetic computations are done by the CPU as all operations are based on the NAND logic gate, which is implemented as a pattern matched function. Just think of it as mathematical functions that associates each element of a set X to a single element of a set Y.\n\n### Code Profiling:\n\n Mon Apr 6 14:28 2020 Time and Allocation Profiling Report (Final)\n\noctet +RTS -p -h -RTS\n\ntotal time = 116.79 secs (116787 ticks @ 1000 us, 1 processor)\ntotal alloc = 25,455,586,896 bytes (excludes profiling overheads)\n\nCOST CENTRE MODULE SRC %time %alloc\n\nnand Data.Octet Data/Octet.hs:(1104,1)-(1359,18) 71.0 0.0\nshiftL Data.Octet Data/Octet.hs:(694,3)-(701,37) 5.0 54.9\ntestBit.y Data.Octet Data/Octet.hs:734:7-35 4.5 0.0\ntestBit Data.Octet Data/Octet.hs:(730,3)-(734,35) 3.6 0.0\n<= Data.Octet Data/Octet.hs:87:7-9 3.4 0.0\nxor Data.Octet Data/Octet.hs:691:3-19 1.9 0.0\n+ Data.Octet Data/Octet.hs:667:3-11 1.6 0.0\nshiftL.sl Data.Octet Data/Octet.hs:701:7-37 1.5 40.2\n.|. Data.Octet Data/Octet.hs:690:3-17 1.3 0.0\nshiftL.sl.\\ Data.Octet Data/Octet.hs:701:18-37 0.7 1.1\nmain Main Main.hs:(32,1)-(37,20) 0.3 2.4\nmain.os Main Main.hs:37:5-20 0.1 1.4\n\n\n### Code Snippet\n\n#### src/Main.hs\n\n#!/usr/bin/env stack\n{- stack\n--resolver lts-13.30\n--install-ghc\nscript\n--ghc-options -Werror\n--ghc-options -Wall\n--\n-}\n\n--------------------------------------------------------------------------------\n\n{-# LANGUAGE Safe #-}\n\n--------------------------------------------------------------------------------\n\nmodule Main (main) where\n\n--------------------------------------------------------------------------------\n\nimport Data.List\n( foldl'\n)\n\nimport Data.Octet\n( Octet (Ox00)\n)\n\n--------------------------------------------------------------------------------\n\nmain :: IO ()\nmain =\n(putStrLn \"# foldl' (+) Ox00 $take 5000000 [ Ox00 .. ]: \") >> (putStrLn$ show $foldl' (+) Ox00$ take 5000000 os) >>\n(putStrLn \"\")\nwhere\nos = [ Ox00 .. ]\n\n\n#### src/Data.Octet.hs\n\n{-# LANGUAGE Safe #-}\n\n--------------------------------------------------------------------------------\n\nmodule Data.Octet\n( Octet\n( ..\n)\n)\nwhere\n\n--------------------------------------------------------------------------------\n\nimport Prelude hiding\n( and\n, not\n, or\n)\n\nimport Data.Bits\n( Bits\n, bit\n, bitSize\n, bitSizeMaybe\n, complement\n, isSigned\n, popCount\n, rotateL\n, rotateR\n, setBit\n, shiftL\n, shiftR\n, testBit\n, xor\n, (.&.)\n, (.|.)\n)\nimport Data.Bits\n( FiniteBits\n, finiteBitSize\n)\nimport Data.List\n( foldl'\n)\nimport Data.Ratio\n( (%)\n)\n\n--------------------------------------------------------------------------------\n\ndata Octet\n= Ox00 | Ox01 | Ox02 | Ox03 | Ox04 | Ox05 | Ox06 | Ox07\n| Ox08 | Ox09 | Ox0A | Ox0B | Ox0C | Ox0D | Ox0E | Ox0F\n| Ox10 | Ox11 | Ox12 | Ox13 | Ox14 | Ox15 | Ox16 | Ox17\n| Ox18 | Ox19 | Ox1A | Ox1B | Ox1C | Ox1D | Ox1E | Ox1F\n| Ox20 | Ox21 | Ox22 | Ox23 | Ox24 | Ox25 | Ox26 | Ox27\n| Ox28 | Ox29 | Ox2A | Ox2B | Ox2C | Ox2D | Ox2E | Ox2F\n| Ox30 | Ox31 | Ox32 | Ox33 | Ox34 | Ox35 | Ox36 | Ox37\n| Ox38 | Ox39 | Ox3A | Ox3B | Ox3C | Ox3D | Ox3E | Ox3F\n| Ox40 | Ox41 | Ox42 | Ox43 | Ox44 | Ox45 | Ox46 | Ox47\n| Ox48 | Ox49 | Ox4A | Ox4B | Ox4C | Ox4D | Ox4E | Ox4F\n| Ox50 | Ox51 | Ox52 | Ox53 | Ox54 | Ox55 | Ox56 | Ox57\n| Ox58 | Ox59 | Ox5A | Ox5B | Ox5C | Ox5D | Ox5E | Ox5F\n| Ox60 | Ox61 | Ox62 | Ox63 | Ox64 | Ox65 | Ox66 | Ox67\n| Ox68 | Ox69 | Ox6A | Ox6B | Ox6C | Ox6D | Ox6E | Ox6F\n| Ox70 | Ox71 | Ox72 | Ox73 | Ox74 | Ox75 | Ox76 | Ox77\n| Ox78 | Ox79 | Ox7A | Ox7B | Ox7C | Ox7D | Ox7E | Ox7F\n| Ox80 | Ox81 | Ox82 | Ox83 | Ox84 | Ox85 | Ox86 | Ox87\n| Ox88 | Ox89 | Ox8A | Ox8B | Ox8C | Ox8D | Ox8E | Ox8F\n| Ox90 | Ox91 | Ox92 | Ox93 | Ox94 | Ox95 | Ox96 | Ox97\n| Ox98 | Ox99 | Ox9A | Ox9B | Ox9C | Ox9D | Ox9E | Ox9F\n| OxA0 | OxA1 | OxA2 | OxA3 | OxA4 | OxA5 | OxA6 | OxA7\n| OxA8 | OxA9 | OxAA | OxAB | OxAC | OxAD | OxAE | OxAF\n| OxB0 | OxB1 | OxB2 | OxB3 | OxB4 | OxB5 | OxB6 | OxB7\n| OxB8 | OxB9 | OxBA | OxBB | OxBC | OxBD | OxBE | OxBF\n| OxC0 | OxC1 | OxC2 | OxC3 | OxC4 | OxC5 | OxC6 | OxC7\n| OxC8 | OxC9 | OxCA | OxCB | OxCC | OxCD | OxCE | OxCF\n| OxD0 | OxD1 | OxD2 | OxD3 | OxD4 | OxD5 | OxD6 | OxD7\n| OxD8 | OxD9 | OxDA | OxDB | OxDC | OxDD | OxDE | OxDF\n| OxE0 | OxE1 | OxE2 | OxE3 | OxE4 | OxE5 | OxE6 | OxE7\n| OxE8 | OxE9 | OxEA | OxEB | OxEC | OxED | OxEE | OxEF\n| OxF0 | OxF1 | OxF2 | OxF3 | OxF4 | OxF5 | OxF6 | OxF7\n| OxF8 | OxF9 | OxFA | OxFB | OxFC | OxFD | OxFE | OxFF\nderiving\n( Eq\n, Ord\n)\n\n--------------------------------------------------------------------------------\n\n{- Octet is a SAFE and idiomatic alternative to Word8\n\ndata Word8 = GHC.Word.W8# ghc-prim-0.5.3:GHC.Prim.Word# -- Defined in ‘GHC.Word’\n\ninstance Eq Word8 -- Defined in ‘GHC.Word’\ninstance Ord Word8 -- Defined in ‘GHC.Word’\ninstance Show Word8 -- Defined in ‘GHC.Word’\ninstance Enum Word8 -- Defined in ‘GHC.Word’\ninstance Num Word8 -- Defined in ‘GHC.Word’\ninstance Real Word8 -- Defined in ‘GHC.Word’\ninstance Bits Word8 -- Defined in ‘GHC.Word’\ninstance FiniteBits Word8 -- Defined in ‘GHC.Word’\ninstance Bounded Word8 -- Defined in ‘GHC.Word’ (*)\ninstance Integral Word8 -- Defined in ‘GHC.Word’\n\n(*) For any type that is an instance of class Bounded as well as Enum, the\nfollowing should hold:\n\n* The calls succ maxBound and pred minBound should result in a runtime error.\n\n* fromEnum and toEnum should give a runtime error if the result value is not\nrepresentable in th result type. For example, toEnum 7 :: Bool is an error.\n\n* enumFrom and enumFromThen should be defined with an implicit bound.\n\nSource:\n\nRemark:\n\n* Based on dmwit feedback from #haskell on freenode (IRC), implementing the\nBounded instance, is therefore excluded.\n\n-}\n\n--------------------------------------------------------------------------------\n\ninstance Show Octet where\n\n--------------------------------------------------------------------------------\n\nreadsPrec p s = [ (toEnum x, r) | (x, r) <- readsPrec p s ]\n\n--------------------------------------------------------------------------------\n\ninstance Enum Octet where\n\npred = (sub Ox01)\nsucc = (add Ox01)\n\ntoEnum 0x00 = Ox00\ntoEnum 0x01 = Ox01\ntoEnum 0x02 = Ox02\ntoEnum 0x03 = Ox03\ntoEnum 0x04 = Ox04\ntoEnum 0x05 = Ox05\ntoEnum 0x06 = Ox06\ntoEnum 0x07 = Ox07\ntoEnum 0x08 = Ox08\ntoEnum 0x09 = Ox09\ntoEnum 0x0A = Ox0A\ntoEnum 0x0B = Ox0B\ntoEnum 0x0C = Ox0C\ntoEnum 0x0D = Ox0D\ntoEnum 0x0E = Ox0E\ntoEnum 0x0F = Ox0F\ntoEnum 0x10 = Ox10\ntoEnum 0x11 = Ox11\ntoEnum 0x12 = Ox12\ntoEnum 0x13 = Ox13\ntoEnum 0x14 = Ox14\ntoEnum 0x15 = Ox15\ntoEnum 0x16 = Ox16\ntoEnum 0x17 = Ox17\ntoEnum 0x18 = Ox18\ntoEnum 0x19 = Ox19\ntoEnum 0x1A = Ox1A\ntoEnum 0x1B = Ox1B\ntoEnum 0x1C = Ox1C\ntoEnum 0x1D = Ox1D\ntoEnum 0x1E = Ox1E\ntoEnum 0x1F = Ox1F\ntoEnum 0x20 = Ox20\ntoEnum 0x21 = Ox21\ntoEnum 0x22 = Ox22\ntoEnum 0x23 = Ox23\ntoEnum 0x24 = Ox24\ntoEnum 0x25 = Ox25\ntoEnum 0x26 = Ox26\ntoEnum 0x27 = Ox27\ntoEnum 0x28 = Ox28\ntoEnum 0x29 = Ox29\ntoEnum 0x2A = Ox2A\ntoEnum 0x2B = Ox2B\ntoEnum 0x2C = Ox2C\ntoEnum 0x2D = Ox2D\ntoEnum 0x2E = Ox2E\ntoEnum 0x2F = Ox2F\ntoEnum 0x30 = Ox30\ntoEnum 0x31 = Ox31\ntoEnum 0x32 = Ox32\ntoEnum 0x33 = Ox33\ntoEnum 0x34 = Ox34\ntoEnum 0x35 = Ox35\ntoEnum 0x36 = Ox36\ntoEnum 0x37 = Ox37\ntoEnum 0x38 = Ox38\ntoEnum 0x39 = Ox39\ntoEnum 0x3A = Ox3A\ntoEnum 0x3B = Ox3B\ntoEnum 0x3C = Ox3C\ntoEnum 0x3D = Ox3D\ntoEnum 0x3E = Ox3E\ntoEnum 0x3F = Ox3F\ntoEnum 0x40 = Ox40\ntoEnum 0x41 = Ox41\ntoEnum 0x42 = Ox42\ntoEnum 0x43 = Ox43\ntoEnum 0x44 = Ox44\ntoEnum 0x45 = Ox45\ntoEnum 0x46 = Ox46\ntoEnum 0x47 = Ox47\ntoEnum 0x48 = Ox48\ntoEnum 0x49 = Ox49\ntoEnum 0x4A = Ox4A\ntoEnum 0x4B = Ox4B\ntoEnum 0x4C = Ox4C\ntoEnum 0x4D = Ox4D\ntoEnum 0x4E = Ox4E\ntoEnum 0x4F = Ox4F\ntoEnum 0x50 = Ox50\ntoEnum 0x51 = Ox51\ntoEnum 0x52 = Ox52\ntoEnum 0x53 = Ox53\ntoEnum 0x54 = Ox54\ntoEnum 0x55 = Ox55\ntoEnum 0x56 = Ox56\ntoEnum 0x57 = Ox57\ntoEnum 0x58 = Ox58\ntoEnum 0x59 = Ox59\ntoEnum 0x5A = Ox5A\ntoEnum 0x5B = Ox5B\ntoEnum 0x5C = Ox5C\ntoEnum 0x5D = Ox5D\ntoEnum 0x5E = Ox5E\ntoEnum 0x5F = Ox5F\ntoEnum 0x60 = Ox60\ntoEnum 0x61 = Ox61\ntoEnum 0x62 = Ox62\ntoEnum 0x63 = Ox63\ntoEnum 0x64 = Ox64\ntoEnum 0x65 = Ox65\ntoEnum 0x66 = Ox66\ntoEnum 0x67 = Ox67\ntoEnum 0x68 = Ox68\ntoEnum 0x69 = Ox69\ntoEnum 0x6A = Ox6A\ntoEnum 0x6B = Ox6B\ntoEnum 0x6C = Ox6C\ntoEnum 0x6D = Ox6D\ntoEnum 0x6E = Ox6E\ntoEnum 0x6F = Ox6F\ntoEnum 0x70 = Ox70\ntoEnum 0x71 = Ox71\ntoEnum 0x72 = Ox72\ntoEnum 0x73 = Ox73\ntoEnum 0x74 = Ox74\ntoEnum 0x75 = Ox75\ntoEnum 0x76 = Ox76\ntoEnum 0x77 = Ox77\ntoEnum 0x78 = Ox78\ntoEnum 0x79 = Ox79\ntoEnum 0x7A = Ox7A\ntoEnum 0x7B = Ox7B\ntoEnum 0x7C = Ox7C\ntoEnum 0x7D = Ox7D\ntoEnum 0x7E = Ox7E\ntoEnum 0x7F = Ox7F\ntoEnum 0x80 = Ox80\ntoEnum 0x81 = Ox81\ntoEnum 0x82 = Ox82\ntoEnum 0x83 = Ox83\ntoEnum 0x84 = Ox84\ntoEnum 0x85 = Ox85\ntoEnum 0x86 = Ox86\ntoEnum 0x87 = Ox87\ntoEnum 0x88 = Ox88\ntoEnum 0x89 = Ox89\ntoEnum 0x8A = Ox8A\ntoEnum 0x8B = Ox8B\ntoEnum 0x8C = Ox8C\ntoEnum 0x8D = Ox8D\ntoEnum 0x8E = Ox8E\ntoEnum 0x8F = Ox8F\ntoEnum 0x90 = Ox90\ntoEnum 0x91 = Ox91\ntoEnum 0x92 = Ox92\ntoEnum 0x93 = Ox93\ntoEnum 0x94 = Ox94\ntoEnum 0x95 = Ox95\ntoEnum 0x96 = Ox96\ntoEnum 0x97 = Ox97\ntoEnum 0x98 = Ox98\ntoEnum 0x99 = Ox99\ntoEnum 0x9A = Ox9A\ntoEnum 0x9B = Ox9B\ntoEnum 0x9C = Ox9C\ntoEnum 0x9D = Ox9D\ntoEnum 0x9E = Ox9E\ntoEnum 0x9F = Ox9F\ntoEnum 0xA0 = OxA0\ntoEnum 0xA1 = OxA1\ntoEnum 0xA2 = OxA2\ntoEnum 0xA3 = OxA3\ntoEnum 0xA4 = OxA4\ntoEnum 0xA5 = OxA5\ntoEnum 0xA6 = OxA6\ntoEnum 0xA7 = OxA7\ntoEnum 0xA8 = OxA8\ntoEnum 0xA9 = OxA9\ntoEnum 0xAA = OxAA\ntoEnum 0xAB = OxAB\ntoEnum 0xAC = OxAC\ntoEnum 0xAE = OxAE\ntoEnum 0xAF = OxAF\ntoEnum 0xB0 = OxB0\ntoEnum 0xB1 = OxB1\ntoEnum 0xB2 = OxB2\ntoEnum 0xB3 = OxB3\ntoEnum 0xB4 = OxB4\ntoEnum 0xB5 = OxB5\ntoEnum 0xB6 = OxB6\ntoEnum 0xB7 = OxB7\ntoEnum 0xB8 = OxB8\ntoEnum 0xB9 = OxB9\ntoEnum 0xBA = OxBA\ntoEnum 0xBB = OxBB\ntoEnum 0xBC = OxBC\ntoEnum 0xBD = OxBD\ntoEnum 0xBE = OxBE\ntoEnum 0xBF = OxBF\ntoEnum 0xC0 = OxC0\ntoEnum 0xC1 = OxC1\ntoEnum 0xC2 = OxC2\ntoEnum 0xC3 = OxC3\ntoEnum 0xC4 = OxC4\ntoEnum 0xC5 = OxC5\ntoEnum 0xC6 = OxC6\ntoEnum 0xC7 = OxC7\ntoEnum 0xC8 = OxC8\ntoEnum 0xC9 = OxC9\ntoEnum 0xCA = OxCA\ntoEnum 0xCB = OxCB\ntoEnum 0xCC = OxCC\ntoEnum 0xCD = OxCD\ntoEnum 0xCE = OxCE\ntoEnum 0xCF = OxCF\ntoEnum 0xD0 = OxD0\ntoEnum 0xD1 = OxD1\ntoEnum 0xD2 = OxD2\ntoEnum 0xD3 = OxD3\ntoEnum 0xD4 = OxD4\ntoEnum 0xD5 = OxD5\ntoEnum 0xD6 = OxD6\ntoEnum 0xD7 = OxD7\ntoEnum 0xD8 = OxD8\ntoEnum 0xD9 = OxD9\ntoEnum 0xDA = OxDA\ntoEnum 0xDB = OxDB\ntoEnum 0xDC = OxDC\ntoEnum 0xDD = OxDD\ntoEnum 0xDE = OxDE\ntoEnum 0xDF = OxDF\ntoEnum 0xE0 = OxE0\ntoEnum 0xE1 = OxE1\ntoEnum 0xE2 = OxE2\ntoEnum 0xE3 = OxE3\ntoEnum 0xE4 = OxE4\ntoEnum 0xE5 = OxE5\ntoEnum 0xE6 = OxE6\ntoEnum 0xE7 = OxE7\ntoEnum 0xE8 = OxE8\ntoEnum 0xE9 = OxE9\ntoEnum 0xEA = OxEA\ntoEnum 0xEB = OxEB\ntoEnum 0xEC = OxEC\ntoEnum 0xED = OxED\ntoEnum 0xEE = OxEE\ntoEnum 0xEF = OxEF\ntoEnum 0xF0 = OxF0\ntoEnum 0xF1 = OxF1\ntoEnum 0xF2 = OxF2\ntoEnum 0xF3 = OxF3\ntoEnum 0xF4 = OxF4\ntoEnum 0xF5 = OxF5\ntoEnum 0xF6 = OxF6\ntoEnum 0xF7 = OxF7\ntoEnum 0xF8 = OxF8\ntoEnum 0xF9 = OxF9\ntoEnum 0xFA = OxFA\ntoEnum 0xFB = OxFB\ntoEnum 0xFC = OxFC\ntoEnum 0xFD = OxFD\ntoEnum 0xFE = OxFE\ntoEnum 0xFF = OxFF\ntoEnum rest =\ntoEnum $! rest .&. 255 -------------------------------------------------------------------------------- instance Num Octet where (+) = add (*) = mul abs = id signum Ox00 = Ox00 signum ____ = Ox01 fromInteger = toEnum . fromIntegral negate = sub Ox00 -------------------------------------------------------------------------------- instance Real Octet where toRational = (% 1) . toInteger -------------------------------------------------------------------------------- instance Bits Octet where (.&.) = and (.|.) = or xor = xor' complement = not shiftL o n = foldl' setBit Ox00$!\nmap fst $! filter snd$!\nmap sl bs\nwhere\nbs = [ 0 .. 7 ]\nsl = \\i -> (i + n, testBit o i)\nshiftR o n =\nfoldl' setBit Ox00 $! map fst$!\nfilter snd $! map sr bs where bs = [ 0 .. 7 ] sr = \\i -> (i - n, testBit o i) rotateL o i = x seq y seq x or y where j = i seq 8 - i -- x = o seq i seq o shiftL i y = o seq j seq o shiftR j rotateR o i = x seq y seq x or y where j = i seq 8 - i -- x = o seq i seq o shiftR i y = o seq j seq o shiftL j bitSize _ = 8 bitSizeMaybe _ = Just 8 isSigned _ = False testBit o i = y seq x == y where x = i seq bit i y = x seq o seq x and o bit 0 = Ox01 bit 1 = Ox02 bit 2 = Ox04 bit 3 = Ox08 bit 4 = Ox10 bit 5 = Ox20 bit 6 = Ox40 bit 7 = Ox80 bit _ = Ox00 popCount o = length$!\nfilter (testBit o) $! [ 0 .. 7 ] -------------------------------------------------------------------------------- instance FiniteBits Octet where finiteBitSize _ = 8 -------------------------------------------------------------------------------- instance Integral Octet where quotRem = flip divBy toInteger Ox00 = 0x00 toInteger Ox01 = 0x01 toInteger Ox02 = 0x02 toInteger Ox03 = 0x03 toInteger Ox04 = 0x04 toInteger Ox05 = 0x05 toInteger Ox06 = 0x06 toInteger Ox07 = 0x07 toInteger Ox08 = 0x08 toInteger Ox09 = 0x09 toInteger Ox0A = 0x0A toInteger Ox0B = 0x0B toInteger Ox0C = 0x0C toInteger Ox0D = 0x0D toInteger Ox0E = 0x0E toInteger Ox0F = 0x0F toInteger Ox10 = 0x10 toInteger Ox11 = 0x11 toInteger Ox12 = 0x12 toInteger Ox13 = 0x13 toInteger Ox14 = 0x14 toInteger Ox15 = 0x15 toInteger Ox16 = 0x16 toInteger Ox17 = 0x17 toInteger Ox18 = 0x18 toInteger Ox19 = 0x19 toInteger Ox1A = 0x1A toInteger Ox1B = 0x1B toInteger Ox1C = 0x1C toInteger Ox1D = 0x1D toInteger Ox1E = 0x1E toInteger Ox1F = 0x1F toInteger Ox20 = 0x20 toInteger Ox21 = 0x21 toInteger Ox22 = 0x22 toInteger Ox23 = 0x23 toInteger Ox24 = 0x24 toInteger Ox25 = 0x25 toInteger Ox26 = 0x26 toInteger Ox27 = 0x27 toInteger Ox28 = 0x28 toInteger Ox29 = 0x29 toInteger Ox2A = 0x2A toInteger Ox2B = 0x2B toInteger Ox2C = 0x2C toInteger Ox2D = 0x2D toInteger Ox2E = 0x2E toInteger Ox2F = 0x2F toInteger Ox30 = 0x30 toInteger Ox31 = 0x31 toInteger Ox32 = 0x32 toInteger Ox33 = 0x33 toInteger Ox34 = 0x34 toInteger Ox35 = 0x35 toInteger Ox36 = 0x36 toInteger Ox37 = 0x37 toInteger Ox38 = 0x38 toInteger Ox39 = 0x39 toInteger Ox3A = 0x3A toInteger Ox3B = 0x3B toInteger Ox3C = 0x3C toInteger Ox3D = 0x3D toInteger Ox3E = 0x3E toInteger Ox3F = 0x3F toInteger Ox40 = 0x40 toInteger Ox41 = 0x41 toInteger Ox42 = 0x42 toInteger Ox43 = 0x43 toInteger Ox44 = 0x44 toInteger Ox45 = 0x45 toInteger Ox46 = 0x46 toInteger Ox47 = 0x47 toInteger Ox48 = 0x48 toInteger Ox49 = 0x49 toInteger Ox4A = 0x4A toInteger Ox4B = 0x4B toInteger Ox4C = 0x4C toInteger Ox4D = 0x4D toInteger Ox4E = 0x4E toInteger Ox4F = 0x4F toInteger Ox50 = 0x50 toInteger Ox51 = 0x51 toInteger Ox52 = 0x52 toInteger Ox53 = 0x53 toInteger Ox54 = 0x54 toInteger Ox55 = 0x55 toInteger Ox56 = 0x56 toInteger Ox57 = 0x57 toInteger Ox58 = 0x58 toInteger Ox59 = 0x59 toInteger Ox5A = 0x5A toInteger Ox5B = 0x5B toInteger Ox5C = 0x5C toInteger Ox5D = 0x5D toInteger Ox5E = 0x5E toInteger Ox5F = 0x5F toInteger Ox60 = 0x60 toInteger Ox61 = 0x61 toInteger Ox62 = 0x62 toInteger Ox63 = 0x63 toInteger Ox64 = 0x64 toInteger Ox65 = 0x65 toInteger Ox66 = 0x66 toInteger Ox67 = 0x67 toInteger Ox68 = 0x68 toInteger Ox69 = 0x69 toInteger Ox6A = 0x6A toInteger Ox6B = 0x6B toInteger Ox6C = 0x6C toInteger Ox6D = 0x6D toInteger Ox6E = 0x6E toInteger Ox6F = 0x6F toInteger Ox70 = 0x70 toInteger Ox71 = 0x71 toInteger Ox72 = 0x72 toInteger Ox73 = 0x73 toInteger Ox74 = 0x74 toInteger Ox75 = 0x75 toInteger Ox76 = 0x76 toInteger Ox77 = 0x77 toInteger Ox78 = 0x78 toInteger Ox79 = 0x79 toInteger Ox7A = 0x7A toInteger Ox7B = 0x7B toInteger Ox7C = 0x7C toInteger Ox7D = 0x7D toInteger Ox7E = 0x7E toInteger Ox7F = 0x7F toInteger Ox80 = 0x80 toInteger Ox81 = 0x81 toInteger Ox82 = 0x82 toInteger Ox83 = 0x83 toInteger Ox84 = 0x84 toInteger Ox85 = 0x85 toInteger Ox86 = 0x86 toInteger Ox87 = 0x87 toInteger Ox88 = 0x88 toInteger Ox89 = 0x89 toInteger Ox8A = 0x8A toInteger Ox8B = 0x8B toInteger Ox8C = 0x8C toInteger Ox8D = 0x8D toInteger Ox8E = 0x8E toInteger Ox8F = 0x8F toInteger Ox90 = 0x90 toInteger Ox91 = 0x91 toInteger Ox92 = 0x92 toInteger Ox93 = 0x93 toInteger Ox94 = 0x94 toInteger Ox95 = 0x95 toInteger Ox96 = 0x96 toInteger Ox97 = 0x97 toInteger Ox98 = 0x98 toInteger Ox99 = 0x99 toInteger Ox9A = 0x9A toInteger Ox9B = 0x9B toInteger Ox9C = 0x9C toInteger Ox9D = 0x9D toInteger Ox9E = 0x9E toInteger Ox9F = 0x9F toInteger OxA0 = 0xA0 toInteger OxA1 = 0xA1 toInteger OxA2 = 0xA2 toInteger OxA3 = 0xA3 toInteger OxA4 = 0xA4 toInteger OxA5 = 0xA5 toInteger OxA6 = 0xA6 toInteger OxA7 = 0xA7 toInteger OxA8 = 0xA8 toInteger OxA9 = 0xA9 toInteger OxAA = 0xAA toInteger OxAB = 0xAB toInteger OxAC = 0xAC toInteger OxAD = 0xAD toInteger OxAE = 0xAE toInteger OxAF = 0xAF toInteger OxB0 = 0xB0 toInteger OxB1 = 0xB1 toInteger OxB2 = 0xB2 toInteger OxB3 = 0xB3 toInteger OxB4 = 0xB4 toInteger OxB5 = 0xB5 toInteger OxB6 = 0xB6 toInteger OxB7 = 0xB7 toInteger OxB8 = 0xB8 toInteger OxB9 = 0xB9 toInteger OxBA = 0xBA toInteger OxBB = 0xBB toInteger OxBC = 0xBC toInteger OxBD = 0xBD toInteger OxBE = 0xBE toInteger OxBF = 0xBF toInteger OxC0 = 0xC0 toInteger OxC1 = 0xC1 toInteger OxC2 = 0xC2 toInteger OxC3 = 0xC3 toInteger OxC4 = 0xC4 toInteger OxC5 = 0xC5 toInteger OxC6 = 0xC6 toInteger OxC7 = 0xC7 toInteger OxC8 = 0xC8 toInteger OxC9 = 0xC9 toInteger OxCA = 0xCA toInteger OxCB = 0xCB toInteger OxCC = 0xCC toInteger OxCD = 0xCD toInteger OxCE = 0xCE toInteger OxCF = 0xCF toInteger OxD0 = 0xD0 toInteger OxD1 = 0xD1 toInteger OxD2 = 0xD2 toInteger OxD3 = 0xD3 toInteger OxD4 = 0xD4 toInteger OxD5 = 0xD5 toInteger OxD6 = 0xD6 toInteger OxD7 = 0xD7 toInteger OxD8 = 0xD8 toInteger OxD9 = 0xD9 toInteger OxDA = 0xDA toInteger OxDB = 0xDB toInteger OxDC = 0xDC toInteger OxDD = 0xDD toInteger OxDE = 0xDE toInteger OxDF = 0xDF toInteger OxE0 = 0xE0 toInteger OxE1 = 0xE1 toInteger OxE2 = 0xE2 toInteger OxE3 = 0xE3 toInteger OxE4 = 0xE4 toInteger OxE5 = 0xE5 toInteger OxE6 = 0xE6 toInteger OxE7 = 0xE7 toInteger OxE8 = 0xE8 toInteger OxE9 = 0xE9 toInteger OxEA = 0xEA toInteger OxEB = 0xEB toInteger OxEC = 0xEC toInteger OxED = 0xED toInteger OxEE = 0xEE toInteger OxEF = 0xEF toInteger OxF0 = 0xF0 toInteger OxF1 = 0xF1 toInteger OxF2 = 0xF2 toInteger OxF3 = 0xF3 toInteger OxF4 = 0xF4 toInteger OxF5 = 0xF5 toInteger OxF6 = 0xF6 toInteger OxF7 = 0xF7 toInteger OxF8 = 0xF8 toInteger OxF9 = 0xF9 toInteger OxFA = 0xFA toInteger OxFB = 0xFB toInteger OxFC = 0xFC toInteger OxFD = 0xFD toInteger OxFE = 0xFE toInteger OxFF = 0xFF -------------------------------------------------------------------------------- -- HELPERS -------------------------------------------------------------------------------- add :: Octet -> Octet -> Octet sub :: Octet -> Octet -> Octet mul :: Octet -> Octet -> Octet divBy :: Octet -> Octet -> (Octet, Octet) {-# INLINE add #-} {-# INLINE sub #-} {-# INLINE mul #-} {-# INLINE divBy #-} add x Ox00 = x add x y = m seq n seq m add n where c = x seq y seq x and y m = x seq y seq x xor y n = c seq c shiftL 1 sub x Ox00 = x sub x y = m seq n seq m sub n where c = x seq not x b = c seq y seq c and y m = x seq y seq x xor y n = b seq b shiftL 1 mul _ Ox00 = Ox00 mul x y = aux Ox00 0 y where aux a _ Ox00 = a aux a i m = b seq j seq n seq aux b j n where c = m seq m and Ox01 == Ox01 s = x seq i seq x shiftL i j = i seq i + 1 n = m seq m shiftR 1 b = if c then a seq s seq a add s else a divBy Ox00 ____ = error \"divide by zero\" divBy ____ Ox00 = (Ox00, Ox00) divBy d n = aux Ox00 Ox00$! (8 -) $! countLeadingZeros n where aux q r 0 = q seq r seq (q, r) aux q r i = q0 seq r2 seq aux q0 r2$! i - 1\nwhere\ni0 = i seq i - 1\nr0 = r seq r shiftL 1\nc0 = n seq testBit n i0\nr1 = if c0 then r0 seq setBit r0 0 else r0\nc1 = r1 seq d seq r1 < d\nr2 = if c1 then r1 else r1 seq d seq r1 sub d\nq0 = if c1 then q else q seq i0 seq setBit q i0\n\n--------------------------------------------------------------------------------\n\n{-\n\nTruth table for NAND gate\n+---+---+---------------+\n| A | B | NOT (A AND B) |\n+-----------------------+\n| 0 | 0 | 1 |\n| 0 | 1 | 1 |\n| 1 | 0 | 1 |\n| 1 | 1 | 0 |\n+-----------------------+\n\nSource: https://en.wikipedia.org/wiki/NAND_logic#NAND\n\n-}\n\nnand :: Octet -> Octet -> Octet\n\nnand Ox00 = nand00\nnand Ox01 = nand01\nnand Ox02 = nand02\nnand Ox03 = nand03\nnand Ox04 = nand04\nnand Ox05 = nand05\nnand Ox06 = nand06\nnand Ox07 = nand07\nnand Ox08 = nand08\nnand Ox09 = nand09\nnand Ox0A = nand0A\nnand Ox0B = nand0B\nnand Ox0C = nand0C\nnand Ox0D = nand0D\nnand Ox0E = nand0E\nnand Ox0F = nand0F\nnand Ox10 = nand10\nnand Ox11 = nand11\nnand Ox12 = nand12\nnand Ox13 = nand13\nnand Ox14 = nand14\nnand Ox15 = nand15\nnand Ox16 = nand16\nnand Ox17 = nand17\nnand Ox18 = nand18\nnand Ox19 = nand19\nnand Ox1A = nand1A\nnand Ox1B = nand1B\nnand Ox1C = nand1C\nnand Ox1D = nand1D\nnand Ox1E = nand1E\nnand Ox1F = nand1F\nnand Ox20 = nand20\nnand Ox21 = nand21\nnand Ox22 = nand22\nnand Ox23 = nand23\nnand Ox24 = nand24\nnand Ox25 = nand25\nnand Ox26 = nand26\nnand Ox27 = nand27\nnand Ox28 = nand28\nnand Ox29 = nand29\nnand Ox2A = nand2A\nnand Ox2B = nand2B\nnand Ox2C = nand2C\nnand Ox2D = nand2D\nnand Ox2E = nand2E\nnand Ox2F = nand2F\nnand Ox30 = nand30\nnand Ox31 = nand31\nnand Ox32 = nand32\nnand Ox33 = nand33\nnand Ox34 = nand34\nnand Ox35 = nand35\nnand Ox36 = nand36\nnand Ox37 = nand37\nnand Ox38 = nand38\nnand Ox39 = nand39\nnand Ox3A = nand3A\nnand Ox3B = nand3B\nnand Ox3C = nand3C\nnand Ox3D = nand3D\nnand Ox3E = nand3E\nnand Ox3F = nand3F\nnand Ox40 = nand40\nnand Ox41 = nand41\nnand Ox42 = nand42\nnand Ox43 = nand43\nnand Ox44 = nand44\nnand Ox45 = nand45\nnand Ox46 = nand46\nnand Ox47 = nand47\nnand Ox48 = nand48\nnand Ox49 = nand49\nnand Ox4A = nand4A\nnand Ox4B = nand4B\nnand Ox4C = nand4C\nnand Ox4D = nand4D\nnand Ox4E = nand4E\nnand Ox4F = nand4F\nnand Ox50 = nand50\nnand Ox51 = nand51\nnand Ox52 = nand52\nnand Ox53 = nand53\nnand Ox54 = nand54\nnand Ox55 = nand55\nnand Ox56 = nand56\nnand Ox57 = nand57\nnand Ox58 = nand58\nnand Ox59 = nand59\nnand Ox5A = nand5A\nnand Ox5B = nand5B\nnand Ox5C = nand5C\nnand Ox5D = nand5D\nnand Ox5E = nand5E\nnand Ox5F = nand5F\nnand Ox60 = nand60\nnand Ox61 = nand61\nnand Ox62 = nand62\nnand Ox63 = nand63\nnand Ox64 = nand64\nnand Ox65 = nand65\nnand Ox66 = nand66\nnand Ox67 = nand67\nnand Ox68 = nand68\nnand Ox69 = nand69\nnand Ox6A = nand6A\nnand Ox6B = nand6B\nnand Ox6C = nand6C\nnand Ox6D = nand6D\nnand Ox6E = nand6E\nnand Ox6F = nand6F\nnand Ox70 = nand70\nnand Ox71 = nand71\nnand Ox72 = nand72\nnand Ox73 = nand73\nnand Ox74 = nand74\nnand Ox75 = nand75\nnand Ox76 = nand76\nnand Ox77 = nand77\nnand Ox78 = nand78\nnand Ox79 = nand79\nnand Ox7A = nand7A\nnand Ox7B = nand7B\nnand Ox7C = nand7C\nnand Ox7D = nand7D\nnand Ox7E = nand7E\nnand Ox7F = nand7F\nnand Ox80 = nand80\nnand Ox81 = nand81\nnand Ox82 = nand82\nnand Ox83 = nand83\nnand Ox84 = nand84\nnand Ox85 = nand85\nnand Ox86 = nand86\nnand Ox87 = nand87\nnand Ox88 = nand88\nnand Ox89 = nand89\nnand Ox8A = nand8A\nnand Ox8B = nand8B\nnand Ox8C = nand8C\nnand Ox8D = nand8D\nnand Ox8E = nand8E\nnand Ox8F = nand8F\nnand Ox90 = nand90\nnand Ox91 = nand91\nnand Ox92 = nand92\nnand Ox93 = nand93\nnand Ox94 = nand94\nnand Ox95 = nand95\nnand Ox96 = nand96\nnand Ox97 = nand97\nnand Ox98 = nand98\nnand Ox99 = nand99\nnand Ox9A = nand9A\nnand Ox9B = nand9B\nnand Ox9C = nand9C\nnand Ox9D = nand9D\nnand Ox9E = nand9E\nnand Ox9F = nand9F\nnand OxA0 = nandA0\nnand OxA1 = nandA1\nnand OxA2 = nandA2\nnand OxA3 = nandA3\nnand OxA4 = nandA4\nnand OxA5 = nandA5\nnand OxA6 = nandA6\nnand OxA7 = nandA7\nnand OxA8 = nandA8\nnand OxA9 = nandA9\nnand OxAA = nandAA\nnand OxAB = nandAB\nnand OxAC = nandAC\nnand OxAE = nandAE\nnand OxAF = nandAF\nnand OxB0 = nandB0\nnand OxB1 = nandB1\nnand OxB2 = nandB2\nnand OxB3 = nandB3\nnand OxB4 = nandB4\nnand OxB5 = nandB5\nnand OxB6 = nandB6\nnand OxB7 = nandB7\nnand OxB8 = nandB8\nnand OxB9 = nandB9\nnand OxBA = nandBA\nnand OxBB = nandBB\nnand OxBC = nandBC\nnand OxBD = nandBD\nnand OxBE = nandBE\nnand OxBF = nandBF\nnand OxC0 = nandC0\nnand OxC1 = nandC1\nnand OxC2 = nandC2\nnand OxC3 = nandC3\nnand OxC4 = nandC4\nnand OxC5 = nandC5\nnand OxC6 = nandC6\nnand OxC7 = nandC7\nnand OxC8 = nandC8\nnand OxC9 = nandC9\nnand OxCA = nandCA\nnand OxCB = nandCB\nnand OxCC = nandCC\nnand OxCD = nandCD\nnand OxCE = nandCE\nnand OxCF = nandCF\nnand OxD0 = nandD0\nnand OxD1 = nandD1\nnand OxD2 = nandD2\nnand OxD3 = nandD3\nnand OxD4 = nandD4\nnand OxD5 = nandD5\nnand OxD6 = nandD6\nnand OxD7 = nandD7\nnand OxD8 = nandD8\nnand OxD9 = nandD9\nnand OxDA = nandDA\nnand OxDB = nandDB\nnand OxDC = nandDC\nnand OxDD = nandDD\nnand OxDE = nandDE\nnand OxDF = nandDF\nnand OxE0 = nandE0\nnand OxE1 = nandE1\nnand OxE2 = nandE2\nnand OxE3 = nandE3\nnand OxE4 = nandE4\nnand OxE5 = nandE5\nnand OxE6 = nandE6\nnand OxE7 = nandE7\nnand OxE8 = nandE8\nnand OxE9 = nandE9\nnand OxEA = nandEA\nnand OxEB = nandEB\nnand OxEC = nandEC\nnand OxED = nandED\nnand OxEE = nandEE\nnand OxEF = nandEF\nnand OxF0 = nandF0\nnand OxF1 = nandF1\nnand OxF2 = nandF2\nnand OxF3 = nandF3\nnand OxF4 = nandF4\nnand OxF5 = nandF5\nnand OxF6 = nandF6\nnand OxF7 = nandF7\nnand OxF8 = nandF8\nnand OxF9 = nandF9\nnand OxFA = nandFA\nnand OxFB = nandFB\nnand OxFC = nandFC\nnand OxFD = nandFD\nnand OxFE = nandFE\nnand OxFF = nandFF\n\nnand00 Ox00 = OxFF\nnand00 Ox01 = OxFF\nnand00 Ox02 = OxFF\nnand00 Ox03 = OxFF\nnand00 Ox04 = OxFF\nnand00 Ox05 = OxFF\nnand00 Ox06 = OxFF\nnand00 Ox07 = OxFF\nnand00 Ox08 = OxFF\nnand00 Ox09 = OxFF\nnand00 Ox0A = OxFF\nnand00 Ox0B = OxFF\nnand00 Ox0C = OxFF\nnand00 Ox0D = OxFF\nnand00 Ox0E = OxFF\nnand00 Ox0F = OxFF\nnand00 Ox10 = OxFF\nnand00 Ox11 = OxFF\nnand00 Ox12 = OxFF\nnand00 Ox13 = OxFF\nnand00 Ox14 = OxFF\nnand00 Ox15 = OxFF\nnand00 Ox16 = OxFF\nnand00 Ox17 = OxFF\nnand00 Ox18 = OxFF\nnand00 Ox19 = OxFF\nnand00 Ox1A = OxFF\nnand00 Ox1B = OxFF\nnand00 Ox1C = OxFF\nnand00 Ox1D = OxFF\nnand00 Ox1E = OxFF\nnand00 Ox1F = OxFF\nnand00 Ox20 = OxFF\nnand00 Ox21 = OxFF\nnand00 Ox22 = OxFF\nnand00 Ox23 = OxFF\nnand00 Ox24 = OxFF\nnand00 Ox25 = OxFF\nnand00 Ox26 = OxFF\nnand00 Ox27 = OxFF\nnand00 Ox28 = OxFF\nnand00 Ox29 = OxFF\nnand00 Ox2A = OxFF\nnand00 Ox2B = OxFF\nnand00 Ox2C = OxFF\nnand00 Ox2D = OxFF\nnand00 Ox2E = OxFF\nnand00 Ox2F = OxFF\nnand00 Ox30 = OxFF\nnand00 Ox31 = OxFF\nnand00 Ox32 = OxFF\nnand00 Ox33 = OxFF\nnand00 Ox34 = OxFF\nnand00 Ox35 = OxFF\nnand00 Ox36 = OxFF\nnand00 Ox37 = OxFF\nnand00 Ox38 = OxFF\nnand00 Ox39 = OxFF\nnand00 Ox3A = OxFF\nnand00 Ox3B = OxFF\nnand00 Ox3C = OxFF\nnand00 Ox3D = OxFF\nnand00 Ox3E = OxFF\nnand00 Ox3F = OxFF\nnand00 Ox40 = OxFF\nnand00 Ox41 = OxFF\nnand00 Ox42 = OxFF\nnand00 Ox43 = OxFF\nnand00 Ox44 = OxFF\nnand00 Ox45 = OxFF\nnand00 Ox46 = OxFF\nnand00 Ox47 = OxFF\nnand00 Ox48 = OxFF\nnand00 Ox49 = OxFF\nnand00 Ox4A = OxFF\nnand00 Ox4B = OxFF\nnand00 Ox4C = OxFF\nnand00 Ox4D = OxFF\nnand00 Ox4E = OxFF\nnand00 Ox4F = OxFF\nnand00 Ox50 = OxFF\nnand00 Ox51 = OxFF\nnand00 Ox52 = OxFF\nnand00 Ox53 = OxFF\nnand00 Ox54 = OxFF\nnand00 Ox55 = OxFF\nnand00 Ox56 = OxFF\nnand00 Ox57 = OxFF\nnand00 Ox58 = OxFF\nnand00 Ox59 = OxFF\nnand00 Ox5A = OxFF\nnand00 Ox5B = OxFF\nnand00 Ox5C = OxFF\nnand00 Ox5D = OxFF\nnand00 Ox5E = OxFF\nnand00 Ox5F = OxFF\nnand00 Ox60 = OxFF\nnand00 Ox61 = OxFF\nnand00 Ox62 = OxFF\nnand00 Ox63 = OxFF\nnand00 Ox64 = OxFF\nnand00 Ox65 = OxFF\nnand00 Ox66 = OxFF\nnand00 Ox67 = OxFF\nnand00 Ox68 = OxFF\nnand00 Ox69 = OxFF\nnand00 Ox6A = OxFF\nnand00 Ox6B = OxFF\nnand00 Ox6C = OxFF\nnand00 Ox6D = OxFF\nnand00 Ox6E = OxFF\nnand00 Ox6F = OxFF\nnand00 Ox70 = OxFF\nnand00 Ox71 = OxFF\nnand00 Ox72 = OxFF\nnand00 Ox73 = OxFF\nnand00 Ox74 = OxFF\nnand00 Ox75 = OxFF\nnand00 Ox76 = OxFF\nnand00 Ox77 = OxFF\nnand00 Ox78 = OxFF\nnand00 Ox79 = OxFF\nnand00 Ox7A = OxFF\nnand00 Ox7B = OxFF\nnand00 Ox7C = OxFF\nnand00 Ox7D = OxFF\nnand00 Ox7E = OxFF\nnand00 Ox7F = OxFF\nnand00 Ox80 = OxFF\nnand00 Ox81 = OxFF\nnand00 Ox82 = OxFF\nnand00 Ox83 = OxFF\nnand00 Ox84 = OxFF\nnand00 Ox85 = OxFF\nnand00 Ox86 = OxFF\nnand00 Ox87 = OxFF\nnand00 Ox88 = OxFF\nnand00 Ox89 = OxFF\nnand00 Ox8A = OxFF\nnand00 Ox8B = OxFF\nnand00 Ox8C = OxFF\nnand00 Ox8D = OxFF\nnand00 Ox8E = OxFF\nnand00 Ox8F = OxFF\nnand00 Ox90 = OxFF\nnand00 Ox91 = OxFF\nnand00 Ox92 = OxFF\nnand00 Ox93 = OxFF\nnand00 Ox94 = OxFF\nnand00 Ox95 = OxFF\nnand00 Ox96 = OxFF\nnand00 Ox97 = OxFF\nnand00 Ox98 = OxFF\nnand00 Ox99 = OxFF\nnand00 Ox9A = OxFF\nnand00 Ox9B = OxFF\nnand00 Ox9C = OxFF\nnand00 Ox9D = OxFF\nnand00 Ox9E = OxFF\nnand00 Ox9F = OxFF\nnand00 OxA0 = OxFF\nnand00 OxA1 = OxFF\nnand00 OxA2 = OxFF\nnand00 OxA3 = OxFF\nnand00 OxA4 = OxFF\nnand00 OxA5 = OxFF\nnand00 OxA6 = OxFF\nnand00 OxA7 = OxFF\nnand00 OxA8 = OxFF\nnand00 OxA9 = OxFF\nnand00 OxAA = OxFF\nnand00 OxAB = OxFF\nnand00 OxAC = OxFF\nnand00 OxAE = OxFF\nnand00 OxAF = OxFF\nnand00 OxB0 = OxFF\nnand00 OxB1 = OxFF\nnand00 OxB2 = OxFF\nnand00 OxB3 = OxFF\nnand00 OxB4 = OxFF\nnand00 OxB5 = OxFF\nnand00 OxB6 = OxFF\nnand00 OxB7 = OxFF\nnand00 OxB8 = OxFF\nnand00 OxB9 = OxFF\nnand00 OxBA = OxFF\nnand00 OxBB = OxFF\nnand00 OxBC = OxFF\nnand00 OxBD = OxFF\nnand00 OxBE = OxFF\nnand00 OxBF = OxFF\nnand00 OxC0 = OxFF\nnand00 OxC1 = OxFF\nnand00 OxC2 = OxFF\nnand00 OxC3 = OxFF\nnand00 OxC4 = OxFF\nnand00 OxC5 = OxFF\nnand00 OxC6 = OxFF\nnand00 OxC7 = OxFF\nnand00 OxC8 = OxFF\nnand00 OxC9 = OxFF\nnand00 OxCA = OxFF\nnand00 OxCB = OxFF\nnand00 OxCC = OxFF\nnand00 OxCD = OxFF\nnand00 OxCE = OxFF\nnand00 OxCF = OxFF\nnand00 OxD0 = OxFF\nnand00 OxD1 = OxFF\nnand00 OxD2 = OxFF\nnand00 OxD3 = OxFF\nnand00 OxD4 = OxFF\nnand00 OxD5 = OxFF\nnand00 OxD6 = OxFF\nnand00 OxD7 = OxFF\nnand00 OxD8 = OxFF\nnand00 OxD9 = OxFF\nnand00 OxDA = OxFF\nnand00 OxDB = OxFF\nnand00 OxDC = OxFF\nnand00 OxDD = OxFF\nnand00 OxDE = OxFF\nnand00 OxDF = OxFF\nnand00 OxE0 = OxFF\nnand00 OxE1 = OxFF\nnand00 OxE2 = OxFF\nnand00 OxE3 = OxFF\nnand00 OxE4 = OxFF\nnand00 OxE5 = OxFF\nnand00 OxE6 = OxFF\nnand00 OxE7 = OxFF\nnand00 OxE8 = OxFF\nnand00 OxE9 = OxFF\nnand00 OxEA = OxFF\nnand00 OxEB = OxFF\nnand00 OxEC = OxFF\nnand00 OxED = OxFF\nnand00 OxEE = OxFF\nnand00 OxEF = OxFF\nnand00 OxF0 = OxFF\nnand00 OxF1 = OxFF\nnand00 OxF2 = OxFF\nnand00 OxF3 = OxFF\nnand00 OxF4 = OxFF\nnand00 OxF5 = OxFF\nnand00 OxF6 = OxFF\nnand00 OxF7 = OxFF\nnand00 OxF8 = OxFF\nnand00 OxF9 = OxFF\nnand00 OxFA = OxFF\nnand00 OxFB = OxFF\nnand00 OxFC = OxFF\nnand00 OxFD = OxFF\nnand00 OxFE = OxFF\nnand00 OxFF = OxFF\nnand01 Ox01 = OxFE\nnand01 Ox02 = OxFF\nnand01 Ox03 = OxFE\nnand01 Ox04 = OxFF\nnand01 Ox05 = OxFE\nnand01 Ox06 = OxFF\nnand01 Ox07 = OxFE\nnand01 Ox08 = OxFF\nnand01 Ox09 = OxFE\nnand01 Ox0A = OxFF\nnand01 Ox0B = OxFE\nnand01 Ox0C = OxFF\nnand01 Ox0D = OxFE\nnand01 Ox0E = OxFF\nnand01 Ox0F = OxFE\nnand01 Ox10 = OxFF\nnand01 Ox11 = OxFE\nnand01 Ox12 = OxFF\nnand01 Ox13 = OxFE\nnand01 Ox14 = OxFF\nnand01 Ox15 = OxFE\nnand01 Ox16 = OxFF\nnand01 Ox17 = OxFE\nnand01 Ox18 = OxFF\nnand01 Ox19 = OxFE\nnand01 Ox1A = OxFF\nnand01 Ox1B = OxFE\nnand01 Ox1C = OxFF\nnand01 Ox1D = OxFE\nnand01 Ox1E = OxFF\nnand01 Ox1F = OxFE\nnand01 Ox20 = OxFF\nnand01 Ox21 = OxFE\nnand01 Ox22 = OxFF\nnand01 Ox23 = OxFE\nnand01 Ox24 = OxFF\nnand01 Ox25 = OxFE\nnand01 Ox26 = OxFF\nnand01 Ox27 = OxFE\nnand01 Ox28 = OxFF\nnand01 Ox29 = OxFE\nnand01 Ox2A = OxFF\nnand01 Ox2B = OxFE\nnand01 Ox2C = OxFF\nnand01 Ox2D = OxFE\nnand01 Ox2E = OxFF\nnand01 Ox2F = OxFE\nnand01 Ox30 = OxFF\nnand01 Ox31 = OxFE\nnand01 Ox32 = OxFF\nnand01 Ox33 = OxFE\nnand01 Ox34 = OxFF\nnand01 Ox35 = OxFE\nnand01 Ox36 = OxFF\nnand01 Ox37 = OxFE\nnand01 Ox38 = OxFF\nnand01 Ox39 = OxFE\nnand01 Ox3A = OxFF\nnand01 Ox3B = OxFE\nnand01 Ox3C = OxFF\nnand01 Ox3D = OxFE\nnand01 Ox3E = OxFF\nnand01 Ox3F = OxFE\nnand01 Ox40 = OxFF\nnand01 Ox41 = OxFE\nnand01 Ox42 = OxFF\nnand01 Ox43 = OxFE\nnand01 Ox44 = OxFF\nnand01 Ox45 = OxFE\nnand01 Ox46 = OxFF\nnand01 Ox47 = OxFE\nnand01 Ox48 = OxFF\nnand01 Ox49 = OxFE\nnand01 Ox4A = OxFF\nnand01 Ox4B = OxFE\nnand01 Ox4C = OxFF\nnand01 Ox4D = OxFE\nnand01 Ox4E = OxFF\nnand01 Ox4F = OxFE\nnand01 Ox50 = OxFF\nnand01 Ox51 = OxFE\nnand01 Ox52 = OxFF\nnand01 Ox53 = OxFE\nnand01 Ox54 = OxFF\nnand01 Ox55 = OxFE\nnand01 Ox56 = OxFF\nnand01 Ox57 = OxFE\nnand01 Ox58 = OxFF\nnand01 Ox59 = OxFE\nnand01 Ox5A = OxFF\nnand01 Ox5B = OxFE\nnand01 Ox5C = OxFF\nnand01 Ox5D = OxFE\nnand01 Ox5E = OxFF\nnand01 Ox5F = OxFE\nnand01 Ox60 = OxFF\nnand01 Ox61 = OxFE\nnand01 Ox62 = OxFF\nnand01 Ox63 = OxFE\nnand01 Ox64 = OxFF\nnand01 Ox65 = OxFE\nnand01 Ox66 = OxFF\nnand01 Ox67 = OxFE\nnand01 Ox68 = OxFF\nnand01 Ox69 = OxFE\nnand01 Ox6A = OxFF\nnand01 Ox6B = OxFE\nnand01 Ox6C = OxFF\nnand01 Ox6D = OxFE\nnand01 Ox6E = OxFF\nnand01 Ox6F = OxFE\nnand01 Ox70 = OxFF\nnand01 Ox71 = OxFE\nnand01 Ox72 = OxFF\nnand01 Ox73 = OxFE\nnand01 Ox74 = OxFF\nnand01 Ox75 = OxFE\nnand01 Ox76 = OxFF\nnand01 Ox77 = OxFE\nnand01 Ox78 = OxFF\nnand01 Ox79 = OxFE\nnand01 Ox7A = OxFF\nnand01 Ox7B = OxFE\nnand01 Ox7C = OxFF\nnand01 Ox7D = OxFE\nnand01 Ox7E = OxFF\nnand01 Ox7F = OxFE\nnand01 Ox80 = OxFF\nnand01 Ox81 = OxFE\nnand01 Ox82 = OxFF\nnand01 Ox83 = OxFE\nnand01 Ox84 = OxFF\nnand01 Ox85 = OxFE\nnand01 Ox86 = OxFF\nnand01 Ox87 = OxFE\nnand01 Ox88 = OxFF\nnand01 Ox89 = OxFE\nnand01 Ox8A = OxFF\nnand01 Ox8B = OxFE\nnand01 Ox8C = OxFF\nnand01 Ox8D = OxFE\nnand01 Ox8E = OxFF\nnand01 Ox8F = OxFE\nnand01 Ox90 = OxFF\nnand01 Ox91 = OxFE\nnand01 Ox92 = OxFF\nnand01 Ox93 = OxFE\nnand01 Ox94 = OxFF\nnand01 Ox95 = OxFE\nnand01 Ox96 = OxFF\nnand01 Ox97 = OxFE\nnand01 Ox98 = OxFF\nnand01 Ox99 = OxFE\nnand01 Ox9A = OxFF\nnand01 Ox9B = OxFE\nnand01 Ox9C = OxFF\nnand01 Ox9D = OxFE\nnand01 Ox9E = OxFF\nnand01 Ox9F = OxFE\nnand01 OxA0 = OxFF\nnand01 OxA1 = OxFE\nnand01 OxA2 = OxFF\nnand01 OxA3 = OxFE\nnand01 OxA4 = OxFF\nnand01 OxA5 = OxFE\nnand01 OxA6 = OxFF\nnand01 OxA7 = OxFE\nnand01 OxA8 = OxFF\nnand01 OxA9 = OxFE\nnand01 OxAA = OxFF\nnand01 OxAB = OxFE\nnand01 OxAC = OxFF\nnand01 OxAE = OxFF\nnand01 OxAF = OxFE\nnand01 OxB0 = OxFF\nnand01 OxB1 = OxFE\nnand01 OxB2 = OxFF\nnand01 OxB3 = OxFE\nnand01 OxB4 = OxFF\nnand01 OxB5 = OxFE\nnand01 OxB6 = OxFF\nnand01 OxB7 = OxFE\nnand01 OxB8 = OxFF\nnand01 OxB9 = OxFE\nnand01 OxBA = OxFF\nnand01 OxBB = OxFE\nnand01 OxBC = OxFF\nnand01 OxBD = OxFE\nnand01 OxBE = OxFF\nnand01 OxBF = OxFE\nnand01 OxC0 = OxFF\nnand01 OxC1 = OxFE\nnand01 OxC2 = OxFF\nnand01 OxC3 = OxFE\nnand01 OxC4 = OxFF\nnand01 OxC5 = OxFE\nnand01 OxC6 = OxFF\nnand01 OxC7 = OxFE\nnand01 OxC8 = OxFF\nnand01 OxC9 = OxFE\nnand01 OxCA = OxFF\nnand01 OxCB = OxFE\nnand01 OxCC = OxFF\nnand01 OxCD = OxFE\nnand01 OxCE = OxFF\nnand01 OxCF = OxFE\nnand01 OxD0 = OxFF\nnand01 OxD1 = OxFE\nnand01 OxD2 = OxFF\nnand01 OxD3 = OxFE\nnand01 OxD4 = OxFF\nnand01 OxD5 = OxFE\nnand01 OxD6 = OxFF\nnand01 OxD7 = OxFE\nnand01 OxD8 = OxFF\nnand01 OxD9 = OxFE\nnand01 OxDA = OxFF\nnand01 OxDB = OxFE\nnand01 OxDC = OxFF\nnand01 OxDD = OxFE\nnand01 OxDE = OxFF\nnand01 OxDF = OxFE\nnand01 OxE0 = OxFF\nnand01 OxE1 = OxFE\nnand01 OxE2 = OxFF\nnand01 OxE3 = OxFE\nnand01 OxE4 = OxFF\nnand01 OxE5 = OxFE\nnand01 OxE6 = OxFF\nnand01 OxE7 = OxFE\nnand01 OxE8 = OxFF\nnand01 OxE9 = OxFE\nnand01 OxEA = OxFF\nnand01 OxEB = OxFE\nnand01 OxEC = OxFF\nnand01 OxED = OxFE\nnand01 OxEE = OxFF\nnand01 OxEF = OxFE\nnand01 OxF0 = OxFF\nnand01 OxF1 = OxFE\nnand01 OxF2 = OxFF\nnand01 OxF3 = OxFE\nnand01 OxF4 = OxFF\nnand01 OxF5 = OxFE\nnand01 OxF6 = OxFF\nnand01 OxF7 = OxFE\nnand01 OxF8 = OxFF\nnand01 OxF9 = OxFE\nnand01 OxFA = OxFF\nnand01 OxFB = OxFE\nnand01 OxFC = OxFF\nnand01 OxFD = OxFE\nnand01 OxFE = OxFF\nnand01 OxFF = OxFE\nnand01 ____ = undefined\nnand02 Ox02 = OxFD\nnand02 Ox03 = OxFD\nnand02 Ox04 = OxFF\nnand02 Ox05 = OxFF\nnand02 Ox06 = OxFD\nnand02 Ox07 = OxFD\nnand02 Ox08 = OxFF\nnand02 Ox09 = OxFF\nnand02 Ox0A = OxFD\nnand02 Ox0B = OxFD\nnand02 Ox0C = OxFF\nnand02 Ox0D = OxFF\nnand02 Ox0E = OxFD\nnand02 Ox0F = OxFD\nnand02 Ox10 = OxFF\nnand02 Ox11 = OxFF\nnand02 Ox12 = OxFD\nnand02 Ox13 = OxFD\nnand02 Ox14 = OxFF\nnand02 Ox15 = OxFF\nnand02 Ox16 = OxFD\nnand02 Ox17 = OxFD\nnand02 Ox18 = OxFF\nnand02 Ox19 = OxFF\nnand02 Ox1A = OxFD\nnand02 Ox1B = OxFD\nnand02 Ox1C = OxFF\nnand02 Ox1D = OxFF\nnand02 Ox1E = OxFD\nnand02 Ox1F = OxFD\nnand02 Ox20 = OxFF\nnand02 Ox21 = OxFF\nnand02 Ox22 = OxFD\nnand02 Ox23 = OxFD\nnand02 Ox24 = OxFF\nnand02 Ox25 = OxFF\nnand02 Ox26 = OxFD\nnand02 Ox27 = OxFD\nnand02 Ox28 = OxFF\nnand02 Ox29 = OxFF\nnand02 Ox2A = OxFD\nnand02 Ox2B = OxFD\nnand02 Ox2C = OxFF\nnand02 Ox2D = OxFF\nnand02 Ox2E = OxFD\nnand02 Ox2F = OxFD\nnand02 Ox30 = OxFF\nnand02 Ox31 = OxFF\nnand02 Ox32 = OxFD\nnand02 Ox33 = OxFD\nnand02 Ox34 = OxFF\nnand02 Ox35 = OxFF\nnand02 Ox36 = OxFD\nnand02 Ox37 = OxFD\nnand02 Ox38 = OxFF\nnand02 Ox39 = OxFF\nnand02 Ox3A = OxFD\nnand02 Ox3B = OxFD\nnand02 Ox3C = OxFF\nnand02 Ox3D = OxFF\nnand02 Ox3E = OxFD\nnand02 Ox3F = OxFD\nnand02 Ox40 = OxFF\nnand02 Ox41 = OxFF\nnand02 Ox42 = OxFD\nnand02 Ox43 = OxFD\nnand02 Ox44 = OxFF\nnand02 Ox45 = OxFF\nnand02 Ox46 = OxFD\nnand02 Ox47 = OxFD\nnand02 Ox48 = OxFF\nnand02 Ox49 = OxFF\nnand02 Ox4A = OxFD\nnand02 Ox4B = OxFD\nnand02 Ox4C = OxFF\nnand02 Ox4D = OxFF\nnand02 Ox4E = OxFD\nnand02 Ox4F = OxFD\nnand02 Ox50 = OxFF\nnand02 Ox51 = OxFF\nnand02 Ox52 = OxFD\nnand02 Ox53 = OxFD\nnand02 Ox54 = OxFF\nnand02 Ox55 = OxFF\nnand02 Ox56 = OxFD\nnand02 Ox57 = OxFD\nnand02 Ox58 = OxFF\nnand02 Ox59 = OxFF\nnand02 Ox5A = OxFD\nnand02 Ox5B = OxFD\nnand02 Ox5C = OxFF\nnand02 Ox5D = OxFF\nnand02 Ox5E = OxFD\nnand02 Ox5F = OxFD\nnand02 Ox60 = OxFF\nnand02 Ox61 = OxFF\nnand02 Ox62 = OxFD\nnand02 Ox63 = OxFD\nnand02 Ox64 = OxFF\nnand02 Ox65 = OxFF\nnand02 Ox66 = OxFD\nnand02 Ox67 = OxFD\nnand02 Ox68 = OxFF\nnand02 Ox69 = OxFF\nnand02 Ox6A = OxFD\nnand02 Ox6B = OxFD\nnand02 Ox6C = OxFF\nnand02 Ox6D = OxFF\nnand02 Ox6E = OxFD\nnand02 Ox6F = OxFD\nnand02 Ox70 = OxFF\nnand02 Ox71 = OxFF\nnand02 Ox72 = OxFD\nnand02 Ox73 = OxFD\nnand02 Ox74 = OxFF\nnand02 Ox75 = OxFF\nnand02 Ox76 = OxFD\nnand02 Ox77 = OxFD\nnand02 Ox78 = OxFF\nnand02 Ox79 = OxFF\nnand02 Ox7A = OxFD\nnand02 Ox7B = OxFD\nnand02 Ox7C = OxFF\nnand02 Ox7D = OxFF\nnand02 Ox7E = OxFD\nnand02 Ox7F = OxFD\nnand02 Ox80 = OxFF\nnand02 Ox81 = OxFF\nnand02 Ox82 = OxFD\nnand02 Ox83 = OxFD\nnand02 Ox84 = OxFF\nnand02 Ox85 = OxFF\nnand02 Ox86 = OxFD\nnand02 Ox87 = OxFD\nnand02 Ox88 = OxFF\nnand02 Ox89 = OxFF\nnand02 Ox8A = OxFD\nnand02 Ox8B = OxFD\nnand02 Ox8C = OxFF\nnand02 Ox8D = OxFF\nnand02 Ox8E = OxFD\nnand02 Ox8F = OxFD\nnand02 Ox90 = OxFF\nnand02 Ox91 = OxFF\nnand02 Ox92 = OxFD\nnand02 Ox93 = OxFD\nnand02 Ox94 = OxFF\nnand02 Ox95 = OxFF\nnand02 Ox96 = OxFD\nnand02 Ox97 = OxFD\nnand02 Ox98 = OxFF\nnand02 Ox99 = OxFF\nnand02 Ox9A = OxFD\nnand02 Ox9B = OxFD\nnand02 Ox9C = OxFF\nnand02 Ox9D = OxFF\nnand02 Ox9E = OxFD\nnand02 Ox9F = OxFD\nnand02 OxA0 = OxFF\nnand02 OxA1 = OxFF\nnand02 OxA2 = OxFD\nnand02 OxA3 = OxFD\nnand02 OxA4 = OxFF\nnand02 OxA5 = OxFF\nnand02 OxA6 = OxFD\nnand02 OxA7 = OxFD\nnand02 OxA8 = OxFF\nnand02 OxA9 = OxFF\nnand02 OxAA = OxFD\nnand02 OxAB = OxFD\nnand02 OxAC = OxFF\nnand02 OxAE = OxFD\nnand02 OxAF = OxFD\nnand02 OxB0 = OxFF\nnand02 OxB1 = OxFF\nnand02 OxB2 = OxFD\nnand02 OxB3 = OxFD\nnand02 OxB4 = OxFF\nnand02 OxB5 = OxFF\nnand02 OxB6 = OxFD\nnand02 OxB7 = OxFD\nnand02 OxB8 = OxFF\nnand02 OxB9 = OxFF\nnand02 OxBA = OxFD\nnand02 OxBB = OxFD\nnand02 OxBC = OxFF\nnand02 OxBD = OxFF\nnand02 OxBE = OxFD\nnand02 OxBF = OxFD\nnand02 OxC0 = OxFF\nnand02 OxC1 = OxFF\nnand02 OxC2 = OxFD\nnand02 OxC3 = OxFD\nnand02 OxC4 = OxFF\nnand02 OxC5 = OxFF\nnand02 OxC6 = OxFD\nnand02 OxC7 = OxFD\nnand02 OxC8 = OxFF\nnand02 OxC9 = OxFF\nnand02 OxCA = OxFD\nnand02 OxCB = OxFD\nnand02 OxCC = OxFF\nnand02 OxCD = OxFF\nnand02 OxCE = OxFD\nnand02 OxCF = OxFD\nnand02 OxD0 = OxFF\nnand02 OxD1 = OxFF\nnand02 OxD2 = OxFD\nnand02 OxD3 = OxFD\nnand02 OxD4 = OxFF\nnand02 OxD5 = OxFF\nnand02 OxD6 = OxFD\nnand02 OxD7 = OxFD\nnand02 OxD8 = OxFF\nnand02 OxD9 = OxFF\nnand02 OxDA = OxFD\nnand02 OxDB = OxFD\nnand02 OxDC = OxFF\nnand02 OxDD = OxFF\nnand02 OxDE = OxFD\nnand02 OxDF = OxFD\nnand02 OxE0 = OxFF\nnand02 OxE1 = OxFF\nnand02 OxE2 = OxFD\nnand02 OxE3 = OxFD\nnand02 OxE4 = OxFF\nnand02 OxE5 = OxFF\nnand02 OxE6 = OxFD\nnand02 OxE7 = OxFD\nnand02 OxE8 = OxFF\nnand02 OxE9 = OxFF\nnand02 OxEA = OxFD\nnand02 OxEB = OxFD\nnand02 OxEC = OxFF\nnand02 OxED = OxFF\nnand02 OxEE = OxFD\nnand02 OxEF = OxFD\nnand02 OxF0 = OxFF\nnand02 OxF1 = OxFF\nnand02 OxF2 = OxFD\nnand02 OxF3 = OxFD\nnand02 OxF4 = OxFF\nnand02 OxF5 = OxFF\nnand02 OxF6 = OxFD\nnand02 OxF7 = OxFD\nnand02 OxF8 = OxFF\nnand02 OxF9 = OxFF\nnand02 OxFA = OxFD\nnand02 OxFB = OxFD\nnand02 OxFC = OxFF\nnand02 OxFD = OxFF\nnand02 OxFE = OxFD\nnand02 OxFF = OxFD\nnand02 ____ = undefined\nnand03 Ox03 = OxFC\nnand03 Ox04 = OxFF\nnand03 Ox05 = OxFE\nnand03 Ox06 = OxFD\nnand03 Ox07 = OxFC\nnand03 Ox08 = OxFF\nnand03 Ox09 = OxFE\nnand03 Ox0A = OxFD\nnand03 Ox0B = OxFC\nnand03 Ox0C = OxFF\nnand03 Ox0D = OxFE\nnand03 Ox0E = OxFD\nnand03 Ox0F = OxFC\nnand03 Ox10 = OxFF\nnand03 Ox11 = OxFE\nnand03 Ox12 = OxFD\nnand03 Ox13 = OxFC\nnand03 Ox14 = OxFF\nnand03 Ox15 = OxFE\nnand03 Ox16 = OxFD\nnand03 Ox17 = OxFC\nnand03 Ox18 = OxFF\nnand03 Ox19 = OxFE\nnand03 Ox1A = OxFD\nnand03 Ox1B = OxFC\nnand03 Ox1C = OxFF\nnand03 Ox1D = OxFE\nnand03 Ox1E = OxFD\nnand03 Ox1F = OxFC\nnand03 Ox20 = OxFF\nnand03 Ox21 = OxFE\nnand03 Ox22 = OxFD\nnand03 Ox23 = OxFC\nnand03 Ox24 = OxFF\nnand03 Ox25 = OxFE\nnand03 Ox26 = OxFD\nnand03 Ox27 = OxFC\nnand03 Ox28 = OxFF\nnand03 Ox29 = OxFE\nnand03 Ox2A = OxFD\nnand03 Ox2B = OxFC\nnand03 Ox2C = OxFF\nnand03 Ox2D = OxFE\nnand03 Ox2E = OxFD\nnand03 Ox2F = OxFC\nnand03 Ox30 = OxFF\nnand03 Ox31 = OxFE\nnand03 Ox32 = OxFD\nnand03 Ox33 = OxFC\nnand03 Ox34 = OxFF\nnand03 Ox35 = OxFE\nnand03 Ox36 = OxFD\nnand03 Ox37 = OxFC\nnand03 Ox38 = OxFF\nnand03 Ox39 = OxFE\nnand03 Ox3A = OxFD\nnand03 Ox3B = OxFC\nnand03 Ox3C = OxFF\nnand03 Ox3D = OxFE\nnand03 Ox3E = OxFD\nnand03 Ox3F = OxFC\nnand03 Ox40 = OxFF\nnand03 Ox41 = OxFE\nnand03 Ox42 = OxFD\nnand03 Ox43 = OxFC\nnand03 Ox44 = OxFF\nnand03 Ox45 = OxFE\nnand03 Ox46 = OxFD\nnand03 Ox47 = OxFC\nnand03 Ox48 = OxFF\nnand03 Ox49 = OxFE\nnand03 Ox4A = OxFD\nnand03 Ox4B = OxFC\nnand03 Ox4C = OxFF\nnand03 Ox4D = OxFE\nnand03 Ox4E = OxFD\nnand03 Ox4F = OxFC\nnand03 Ox50 = OxFF\nnand03 Ox51 = OxFE\nnand03 Ox52 = OxFD\nnand03 Ox53 = OxFC\nnand03 Ox54 = OxFF\nnand03 Ox55 = OxFE\nnand03 Ox56 = OxFD\nnand03 Ox57 = OxFC\nnand03 Ox58 = OxFF\nnand03 Ox59 = OxFE\nnand03 Ox5A = OxFD\nnand03 Ox5B = OxFC\nnand03 Ox5C = OxFF\nnand03 Ox5D = OxFE\nnand03 Ox5E = OxFD\nnand03 Ox5F = OxFC\nnand03 Ox60 = OxFF\nnand03 Ox61 = OxFE\nnand03 Ox62 = OxFD\nnand03 Ox63 = OxFC\nnand03 Ox64 = OxFF\nnand03 Ox65 = OxFE\nnand03 Ox66 = OxFD\nnand03 Ox67 = OxFC\nnand03 Ox68 = OxFF\nnand03 Ox69 = OxFE\nnand03 Ox6A = OxFD\nnand03 Ox6B = OxFC\nnand03 Ox6C = OxFF\nnand03 Ox6D = OxFE\nnand03 Ox6E = OxFD\nnand03 Ox6F = OxFC\nnand03 Ox70 = OxFF\nnand03 Ox71 = OxFE\nnand03 Ox72 = OxFD\nnand03 Ox73 = OxFC\nnand03 Ox74 = OxFF\nnand03 Ox75 = OxFE\nnand03 Ox76 = OxFD\nnand03 Ox77 = OxFC\nnand03 Ox78 = OxFF\nnand03 Ox79 = OxFE\nnand03 Ox7A = OxFD\nnand03 Ox7B = OxFC\nnand03 Ox7C = OxFF\nnand03 Ox7D = OxFE\nnand03 Ox7E = OxFD\nnand03 Ox7F = OxFC\nnand03 Ox80 = OxFF\nnand03 Ox81 = OxFE\nnand03 Ox82 = OxFD\nnand03 Ox83 = OxFC\nnand03 Ox84 = OxFF\nnand03 Ox85 = OxFE\nnand03 Ox86 = OxFD\nnand03 Ox87 = OxFC\nnand03 Ox88 = OxFF\nnand03 Ox89 = OxFE\nnand03 Ox8A = OxFD\nnand03 Ox8B = OxFC\nnand03 Ox8C = OxFF\nnand03 Ox8D = OxFE\nnand03 Ox8E = OxFD\nnand03 Ox8F = OxFC\nnand03 Ox90 = OxFF\nnand03 Ox91 = OxFE\nnand03 Ox92 = OxFD\nnand03 Ox93 = OxFC\nnand03 Ox94 = OxFF\nnand03 Ox95 = OxFE\nnand03 Ox96 = OxFD\nnand03 Ox97 = OxFC\nnand03 Ox98 = OxFF\nnand03 Ox99 = OxFE\nnand03 Ox9A = OxFD\nnand03 Ox9B = OxFC\nnand03 Ox9C = OxFF\nnand03 Ox9D = OxFE\nnand03 Ox9E = OxFD\nnand03 Ox9F = OxFC\nnand03 OxA0 = OxFF\nnand03 OxA1 = OxFE\nnand03 OxA2 = OxFD\nnand03 OxA3 = OxFC\nnand03 OxA4 = OxFF\nnand03 OxA5 = OxFE\nnand03 OxA6 = OxFD\nnand03 OxA7 = OxFC\nnand03 OxA8 = OxFF\nnand03 OxA9 = OxFE\nnand03 OxAA = OxFD\nnand03 OxAB = OxFC\nnand03 OxAC = OxFF\nnand03 OxAE = OxFD\nnand03 OxAF = OxFC\nnand03 OxB0 = OxFF\nnand03 OxB1 = OxFE\nnand03 OxB2 = OxFD\nnand03 OxB3 = OxFC\nnand03 OxB4 = OxFF\nnand03 OxB5 = OxFE\nnand03 OxB6 = OxFD\nnand03 OxB7 = OxFC\nnand03 OxB8 = OxFF\nnand03 OxB9 = OxFE\nnand03 OxBA = OxFD\nnand03 OxBB = OxFC\nnand03 OxBC = OxFF\nnand03 OxBD = OxFE\nnand03 OxBE = OxFD\nnand03 OxBF = OxFC\nnand03 OxC0 = OxFF\nnand03 OxC1 = OxFE\nnand03 OxC2 = OxFD\nnand03 OxC3 = OxFC\nnand03 OxC4 = OxFF\nnand03 OxC5 = OxFE\nnand03 OxC6 = OxFD\nnand03 OxC7 = OxFC\nnand03 OxC8 = OxFF\nnand03 OxC9 = OxFE\nnand03 OxCA = OxFD\nnand03 OxCB = OxFC\nnand03 OxCC = OxFF\nnand03 OxCD = OxFE\nnand03 OxCE = OxFD\nnand03 OxCF = OxFC\nnand03 OxD0 = OxFF\nnand03 OxD1 = OxFE\nnand03 OxD2 = OxFD\nnand03 OxD3 = OxFC\nnand03 OxD4 = OxFF\nnand03 OxD5 = OxFE\nnand03 OxD6 = OxFD\nnand03 OxD7 = OxFC\nnand03 OxD8 = OxFF\nnand03 OxD9 = OxFE\nnand03 OxDA = OxFD\nnand03 OxDB = OxFC\nnand03 OxDC = OxFF\nnand03 OxDD = OxFE\nnand03 OxDE = OxFD\nnand03 OxDF = OxFC\nnand03 OxE0 = OxFF\nnand03 OxE1 = OxFE\nnand03 OxE2 = OxFD\nnand03 OxE3 = OxFC\nnand03 OxE4 = OxFF\nnand03 OxE5 = OxFE\nnand03 OxE6 = OxFD\nnand03 OxE7 = OxFC\nnand03 OxE8 = OxFF\nnand03 OxE9 = OxFE\nnand03 OxEA = OxFD\nnand03 OxEB = OxFC\nnand03 OxEC = OxFF\nnand03 OxED = OxFE\nnand03 OxEE = OxFD\nnand03 OxEF = OxFC\nnand03 OxF0 = OxFF\nnand03 OxF1 = OxFE\nnand03 OxF2 = OxFD\nnand03 OxF3 = OxFC\nnand03 OxF4 = OxFF\nnand03 OxF5 = OxFE\nnand03 OxF6 = OxFD\nnand03 OxF7 = OxFC\nnand03 OxF8 = OxFF\nnand03 OxF9 = OxFE\nnand03 OxFA = OxFD\nnand03 OxFB = OxFC\nnand03 OxFC = OxFF\nnand03 OxFD = OxFE\nnand03 OxFE = OxFD\nnand03 OxFF = OxFC\nnand03 ____ = undefined\nnand04 Ox04 = OxFB\nnand04 Ox05 = OxFB\nnand04 Ox06 = OxFB\nnand04 Ox07 = OxFB\nnand04 Ox08 = OxFF\nnand04 Ox09 = OxFF\nnand04 Ox0A = OxFF\nnand04 Ox0B = OxFF\nnand04 Ox0C = OxFB\nnand04 Ox0D = OxFB\nnand04 Ox0E = OxFB\nnand04 Ox0F = OxFB\nnand04 Ox10 = OxFF\nnand04 Ox11 = OxFF\nnand04 Ox12 = OxFF\nnand04 Ox13 = OxFF\nnand04 Ox14 = OxFB\nnand04 Ox15 = OxFB\nnand04 Ox16 = OxFB\nnand04 Ox17 = OxFB\nnand04 Ox18 = OxFF\nnand04 Ox19 = OxFF\nnand04 Ox1A = OxFF\nnand04 Ox1B = OxFF\nnand04 Ox1C = OxFB\nnand04 Ox1D = OxFB\nnand04 Ox1E = OxFB\nnand04 Ox1F = OxFB\nnand04 Ox20 = OxFF\nnand04 Ox21 = OxFF\nnand04 Ox22 = OxFF\nnand04 Ox23 = OxFF\nnand04 Ox24 = OxFB\nnand04 Ox25 = OxFB\nnand04 Ox26 = OxFB\nnand04 Ox27 = OxFB\nnand04 Ox28 = OxFF\nnand04 Ox29 = OxFF\nnand04 Ox2A = OxFF\nnand04 Ox2B = OxFF\nnand04 Ox2C = OxFB\nnand04 Ox2D = OxFB\nnand04 Ox2E = OxFB\nnand04 Ox2F = OxFB\nnand04 Ox30 = OxFF\nnand04 Ox31 = OxFF\nnand04 Ox32 = OxFF\nnand04 Ox33 = OxFF\nnand04 Ox34 = OxFB\nnand04 Ox35 = OxFB\nnand04 Ox36 = OxFB\nnand04 Ox37 = OxFB\nnand04 Ox38 = OxFF\nnand04 Ox39 = OxFF\nnand04 Ox3A = OxFF\nnand04 Ox3B = OxFF\nnand04 Ox3C = OxFB\nnand04 Ox3D = OxFB\nnand04 Ox3E = OxFB\nnand04 Ox3F = OxFB\nnand04 Ox40 = OxFF\nnand04 Ox41 = OxFF\nnand04 Ox42 = OxFF\nnand04 Ox43 = OxFF\nnand04 Ox44 = OxFB\nnand04 Ox45 = OxFB\nnand04 Ox46 = OxFB\nnand04 Ox47 = OxFB\nnand04 Ox48 = OxFF\nnand04 Ox49 = OxFF\nnand04 Ox4A = OxFF\nnand04 Ox4B = OxFF\nnand04 Ox4C = OxFB\nnand04 Ox4D = OxFB\nnand04 Ox4E = OxFB\nnand04 Ox4F = OxFB\nnand04 Ox50 = OxFF\nnand04 Ox51 = OxFF\nnand04 Ox52 = OxFF\nnand04 Ox53 = OxFF\nnand04 Ox54 = OxFB\nnand04 Ox55 = OxFB\nnand04 Ox56 = OxFB\nnand04 Ox57 = OxFB\nnand04 Ox58 = OxFF\nnand04 Ox59 = OxFF\nnand04 Ox5A = OxFF\nnand04 Ox5B = OxFF\nnand04 Ox5C = OxFB\nnand04 Ox5D = OxFB\nnand04 Ox5E = OxFB\nnand04 Ox5F = OxFB\nnand04 Ox60 = OxFF\nnand04 Ox61 = OxFF\nnand04 Ox62 = OxFF\nnand04 Ox63 = OxFF\nnand04 Ox64 = OxFB\nnand04 Ox65 = OxFB\nnand04 Ox66 = OxFB\nnand04 Ox67 = OxFB\nnand04 Ox68 = OxFF\nnand04 Ox69 = OxFF\nnand04 Ox6A = OxFF\nnand04 Ox6B = OxFF\nnand04 Ox6C = OxFB\nnand04 Ox6D = OxFB\nnand04 Ox6E = OxFB\nnand04 Ox6F = OxFB\nnand04 Ox70 = OxFF\nnand04 Ox71 = OxFF\nnand04 Ox72 = OxFF\nnand04 Ox73 = OxFF\nnand04 Ox74 = OxFB\nnand04 Ox75 = OxFB\nnand04 Ox76 = OxFB\nnand04 Ox77 = OxFB\nnand04 Ox78 = OxFF\nnand04 Ox79 = OxFF\nnand04 Ox7A = OxFF\nnand04 Ox7B = OxFF\nnand04 Ox7C = OxFB\nnand04 Ox7D = OxFB\nnand04 Ox7E = OxFB\nnand04 Ox7F = OxFB\nnand04 Ox80 = OxFF\nnand04 Ox81 = OxFF\nnand04 Ox82 = OxFF\nnand04 Ox83 = OxFF\nnand04 Ox84 = OxFB\nnand04 Ox85 = OxFB\nnand04 Ox86 = OxFB\nnand04 Ox87 = OxFB\nnand04 Ox88 = OxFF\nnand04 Ox89 = OxFF\nnand04 Ox8A = OxFF\nnand04 Ox8B = OxFF\nnand04 Ox8C = OxFB\nnand04 Ox8D = OxFB\nnand04 Ox8E = OxFB\nnand04 Ox8F = OxFB\nnand04 Ox90 = OxFF\nnand04 Ox91 = OxFF\nnand04 Ox92 = OxFF\nnand04 Ox93 = OxFF\nnand04 Ox94 = OxFB\nnand04 Ox95 = OxFB\nnand04 Ox96 = OxFB\nnand04 Ox97 = OxFB\nnand04 Ox98 = OxFF\nnand04 Ox99 = OxFF\nnand04 Ox9A = OxFF\nnand04 Ox9B = OxFF\nnand04 Ox9C = OxFB\nnand04 Ox9D = OxFB\nnand04 Ox9E = OxFB\nnand04 Ox9F = OxFB\nnand04 OxA0 = OxFF\nnand04 OxA1 = OxFF\nnand04 OxA2 = OxFF\nnand04 OxA3 = OxFF\nnand04 OxA4 = OxFB\nnand04 OxA5 = OxFB\nnand04 OxA6 = OxFB\nnand04 OxA7 = OxFB\nnand04 OxA8 = OxFF\nnand04 OxA9 = OxFF\nnand04 OxAA = OxFF\nnand04 OxAB = OxFF\nnand04 OxAC = OxFB\nnand04 OxAE = OxFB\nnand04 OxAF = OxFB\nnand04 OxB0 = OxFF\nnand04 OxB1 = OxFF\nnand04 OxB2 = OxFF\nnand04 OxB3 = OxFF\nnand04 OxB4 = OxFB\nnand04 OxB5 = OxFB\nnand04 OxB6 = OxFB\nnand04 OxB7 = OxFB\nnand04 OxB8 = OxFF\nnand04 OxB9 = OxFF\nnand04 OxBA = OxFF\nnand04 OxBB = OxFF\nnand04 OxBC = OxFB\nnand04 OxBD = OxFB\nnand04 OxBE = OxFB\nnand04 OxBF = OxFB\nnand04 OxC0 = OxFF\nnand04 OxC1 = OxFF\nnand04 OxC2 = OxFF\nnand04 OxC3 = OxFF\nnand04 OxC4 = OxFB\nnand04 OxC5 = OxFB\nnand04 OxC6 = OxFB\nnand04 OxC7 = OxFB\nnand04 OxC8 = OxFF\nnand04 OxC9 = OxFF\nnand04 OxCA = OxFF\nnand04 OxCB = OxFF\nnand04 OxCC = OxFB\nnand04 OxCD = OxFB\nnand04 OxCE = OxFB\nnand04 OxCF = OxFB\nnand04 OxD0 = OxFF\nnand04 OxD1 = OxFF\nnand04 OxD2 = OxFF\nnand04 OxD3 = OxFF\nnand04 OxD4 = OxFB\nnand04 OxD5 = OxFB\nnand04 OxD6 = OxFB\nnand04 OxD7 = OxFB\nnand04 OxD8 = OxFF\nnand04 OxD9 = OxFF\nnand04 OxDA = OxFF\nnand04 OxDB = OxFF\nnand04 OxDC = OxFB\nnand04 OxDD = OxFB\nnand04 OxDE = OxFB\nnand04 OxDF = OxFB\nnand04 OxE0 = OxFF\nnand04 OxE1 = OxFF\nnand04 OxE2 = OxFF\nnand04 OxE3 = OxFF\nnand04 OxE4 = OxFB\nnand04 OxE5 = OxFB\nnand04 OxE6 = OxFB\nnand04 OxE7 = OxFB\nnand04 OxE8 = OxFF\nnand04 OxE9 = OxFF\nnand04 OxEA = OxFF\nnand04 OxEB = OxFF\nnand04 OxEC = OxFB\nnand04 OxED = OxFB\nnand04 OxEE = OxFB\nnand04 OxEF = OxFB\nnand04 OxF0 = OxFF\nnand04 OxF1 = OxFF\nnand04 OxF2 = OxFF\nnand04 OxF3 = OxFF\nnand04 OxF4 = OxFB\nnand04 OxF5 = OxFB\nnand04 OxF6 = OxFB\nnand04 OxF7 = OxFB\nnand04 OxF8 = OxFF\nnand04 OxF9 = OxFF\nnand04 OxFA = OxFF\nnand04 OxFB = OxFF\nnand04 OxFC = OxFB\nnand04 OxFD = OxFB\nnand04 OxFE = OxFB\nnand04 OxFF = OxFB\nnand04 ____ = undefined\nnand05 Ox05 = OxFA\nnand05 Ox06 = OxFB\nnand05 Ox07 = OxFA\nnand05 Ox08 = OxFF\nnand05 Ox09 = OxFE\nnand05 Ox0A = OxFF\nnand05 Ox0B = OxFE\nnand05 Ox0C = OxFB\nnand05 Ox0D = OxFA\nnand05 Ox0E = OxFB\nnand05 Ox0F = OxFA\nnand05 Ox10 = OxFF\nnand05 Ox11 = OxFE\nnand05 Ox12 = OxFF\nnand05 Ox13 = OxFE\nnand05 Ox14 = OxFB\nnand05 Ox15 = OxFA\nnand05 Ox16 = OxFB\nnand05 Ox17 = OxFA\nnand05 Ox18 = OxFF\nnand05 Ox19 = OxFE\nnand05 Ox1A = OxFF\nnand05 Ox1B = OxFE\nnand05 Ox1C = OxFB\nnand05 Ox1D = OxFA\nnand05 Ox1E = OxFB\nnand05 Ox1F = OxFA\nnand05 Ox20 = OxFF\nnand05 Ox21 = OxFE\nnand05 Ox22 = OxFF\nnand05 Ox23 = OxFE\nnand05 Ox24 = OxFB\nnand05 Ox25 = OxFA\nnand05 Ox26 = OxFB\nnand05 Ox27 = OxFA\nnand05 Ox28 = OxFF\nnand05 Ox29 = OxFE\nnand05 Ox2A = OxFF\nnand05 Ox2B = OxFE\nnand05 Ox2C = OxFB\nnand05 Ox2D = OxFA\nnand05 Ox2E = OxFB\nnand05 Ox2F = OxFA\nnand05 Ox30 = OxFF\nnand05 Ox31 = OxFE\nnand05 Ox32 = OxFF\nnand05 Ox33 = OxFE\nnand05 Ox34 = OxFB\nnand05 Ox35 = OxFA\nnand05 Ox36 = OxFB\nnand05 Ox37 = OxFA\nnand05 Ox38 = OxFF\nnand05 Ox39 = OxFE\nnand05 Ox3A = OxFF\nnand05 Ox3B = OxFE\nnand05 Ox3C = OxFB\nnand05 Ox3D = OxFA\nnand05 Ox3E = OxFB\nnand05 Ox3F = OxFA\nnand05 Ox40 = OxFF\nnand05 Ox41 = OxFE\nnand05 Ox42 = OxFF\nnand05 Ox43 = OxFE\nnand05 Ox44 = OxFB\nnand05 Ox45 = OxFA\nnand05 Ox46 = OxFB\nnand05 Ox47 = OxFA\nnand05 Ox48 = OxFF\nnand05 Ox49 = OxFE\nnand05 Ox4A = OxFF\nnand05 Ox4B = OxFE\nnand05 Ox4C = OxFB\nnand05 Ox4D = OxFA\nnand05 Ox4E = OxFB\nnand05 Ox4F = OxFA\nnand05 Ox50 = OxFF\nnand05 Ox51 = OxFE\nnand05 Ox52 = OxFF\nnand05 Ox53 = OxFE\nnand05 Ox54 = OxFB\nnand05 Ox55 = OxFA\nnand05 Ox56 = OxFB\nnand05 Ox57 = OxFA\nnand05 Ox58 = OxFF\nnand05 Ox59 = OxFE\nnand05 Ox5A = OxFF\nnand05 Ox5B = OxFE\nnand05 Ox5C = OxFB\nnand05 Ox5D = OxFA\nnand05 Ox5E = OxFB\nnand05 Ox5F = OxFA\nnand05 Ox60 = OxFF\nnand05 Ox61 = OxFE\nnand05 Ox62 = OxFF\nnand05 Ox63 = OxFE\nnand05 Ox64 = OxFB\nnand05 Ox65 = OxFA\nnand05 Ox66 = OxFB\nnand05 Ox67 = OxFA\nnand05 Ox68 = OxFF\nnand05 Ox69 = OxFE\nnand05 Ox6A = OxFF\nnand05 Ox6B = OxFE\nnand05 Ox6C = OxFB\nnand05 Ox6D = OxFA\nnand05 Ox6E = OxFB\nnand05 Ox6F = OxFA\nnand05 Ox70 = OxFF\nnand05 Ox71 = OxFE\nnand05 Ox72 = OxFF\nnand05 Ox73 = OxFE\nnand05 Ox74 = OxFB\nnand05 Ox75 = OxFA\nnand05 Ox76 = OxFB\nnand05 Ox77 = OxFA\nnand05 Ox78 = OxFF\nnand05 Ox79 = OxFE\nnand05 Ox7A = OxFF\nnand05 Ox7B = OxFE\nnand05 Ox7C = OxFB\nnand05 Ox7D = OxFA\nnand05 Ox7E = OxFB\nnand05 Ox7F = OxFA\nnand05 Ox80 = OxFF\nnand05 Ox81 = OxFE\nnand05 Ox82 = OxFF\nnand05 Ox83 = OxFE\nnand05 Ox84 = OxFB\nnand05 Ox85 = OxFA\nnand05 Ox86 = OxFB\nnand05 Ox87 = OxFA\nnand05 Ox88 = OxFF\nnand05 Ox89 = OxFE\nnand05 Ox8A = OxFF\nnand05 Ox8B = OxFE\nnand05 Ox8C = OxFB\nnand05 Ox8D = OxFA\nnand05 Ox8E = OxFB\nnand05 Ox8F = OxFA\nnand05 Ox90 = OxFF\nnand05 Ox91 = OxFE\nnand05 Ox92 = OxFF\nnand05 Ox93 = OxFE\nnand05 Ox94 = OxFB\nnand05 Ox95 = OxFA\nnand05 Ox96 = OxFB\nnand05 Ox97 = OxFA\nnand05 Ox98 = OxFF\nnand05 Ox99 = OxFE\nnand05 Ox9A = OxFF\nnand05 Ox9B = OxFE\nnand05 Ox9C = OxFB\nnand05 Ox9D = OxFA\nnand05 Ox9E = OxFB\nnand05 Ox9F = OxFA\nnand05 OxA0 = OxFF\nnand05 OxA1 = OxFE\nnand05 OxA2 = OxFF\nnand05 OxA3 = OxFE\nnand05 OxA4 = OxFB\nnand05 OxA5 = OxFA\nnand05 OxA6 = OxFB\nnand05 OxA7 = OxFA\nnand05 OxA8 = OxFF\nnand05 OxA9 = OxFE\nnand05 OxAA = OxFF\nnand05 OxAB = OxFE\nnand05 OxAC = OxFB\nnand05 OxAE = OxFB\nnand05 OxAF = OxFA\nnand05 OxB0 = OxFF\nnand05 OxB1 = OxFE\nnand05 OxB2 = OxFF\nnand05 OxB3 = OxFE\nnand05 OxB4 = OxFB\nnand05 OxB5 = OxFA\nnand05 OxB6 = OxFB\nnand05 OxB7 = OxFA\nnand05 OxB8 = OxFF\nnand05 OxB9 = OxFE\nnand05 OxBA = OxFF\nnand05 OxBB = OxFE\nnand05 OxBC = OxFB\nnand05 OxBD = OxFA\nnand05 OxBE = OxFB\nnand05 OxBF = OxFA\nnand05 OxC0 = OxFF\nnand05 OxC1 = OxFE\nnand05 OxC2 = OxFF\nnand05 OxC3 = OxFE\nnand05 OxC4 = OxFB\nnand05 OxC5 = OxFA\nnand05 OxC6 = OxFB\nnand05 OxC7 = OxFA\nnand05 OxC8 = OxFF\nnand05 OxC9 = OxFE\nnand05 OxCA = OxFF\nnand05 OxCB = OxFE\nnand05 OxCC = OxFB\nnand05 OxCD = OxFA\nnand05 OxCE = OxFB\nnand05 OxCF = OxFA\nnand05 OxD0 = OxFF\nnand05 OxD1 = OxFE\nnand05 OxD2 = OxFF\nnand05 OxD3 = OxFE\nnand05 OxD4 = OxFB\nnand05 OxD5 = OxFA\nnand05 OxD6 = OxFB\nnand05 OxD7 = OxFA\nnand05 OxD8 = OxFF\nnand05 OxD9 = OxFE\nnand05 OxDA = OxFF\nnand05 OxDB = OxFE\nnand05 OxDC = OxFB\nnand05 OxDD = OxFA\nnand05 OxDE = OxFB\nnand05 OxDF = OxFA\nnand05 OxE0 = OxFF\nnand05 OxE1 = OxFE\nnand05 OxE2 = OxFF\nnand05 OxE3 = OxFE\nnand05 OxE4 = OxFB\nnand05 OxE5 = OxFA\nnand05 OxE6 = OxFB\nnand05 OxE7 = OxFA\nnand05 OxE8 = OxFF\nnand05 OxE9 = OxFE\nnand05 OxEA = OxFF\nnand05 OxEB = OxFE\nnand05 OxEC = OxFB\nnand05 OxED = OxFA\nnand05 OxEE = OxFB\nnand05 OxEF = OxFA\nnand05 OxF0 = OxFF\nnand05 OxF1 = OxFE\nnand05 OxF2 = OxFF\nnand05 OxF3 = OxFE\nnand05 OxF4 = OxFB\nnand05 OxF5 = OxFA\nnand05 OxF6 = OxFB\nnand05 OxF7 = OxFA\nnand05 OxF8 = OxFF\nnand05 OxF9 = OxFE\nnand05 OxFA = OxFF\nnand05 OxFB = OxFE\nnand05 OxFC = OxFB\nnand05 OxFD = OxFA\nnand05 OxFE = OxFB\nnand05 OxFF = OxFA\nnand05 ____ = undefined\nnand06 Ox06 = OxF9\nnand06 Ox07 = OxF9\nnand06 Ox08 = OxFF\nnand06 Ox09 = OxFF\nnand06 Ox0A = OxFD\nnand06 Ox0B = OxFD\nnand06 Ox0C = OxFB\nnand06 Ox0D = OxFB\nnand06 Ox0E = OxF9\nnand06 Ox0F = OxF9\nnand06 Ox10 = OxFF\nnand06 Ox11 = OxFF\nnand06 Ox12 = OxFD\nnand06 Ox13 = OxFD\nnand06 Ox14 = OxFB\nnand06 Ox15 = OxFB\nnand06 Ox16 = OxF9\nnand06 Ox17 = OxF9\nnand06 Ox18 = OxFF\nnand06 Ox19 = OxFF\nnand06 Ox1A = OxFD\nnand06 Ox1B = OxFD\nnand06 Ox1C = OxFB\nnand06 Ox1D = OxFB\nnand06 Ox1E = OxF9\nnand06 Ox1F = OxF9\nnand06 Ox20 = OxFF\nnand06 Ox21 = OxFF\nnand06 Ox22 = OxFD\nnand06 Ox23 = OxFD\nnand06 Ox24 = OxFB\nnand06 Ox25 = OxFB\nnand06 Ox26 = OxF9\nnand06 Ox27 = OxF9\nnand06 Ox28 = OxFF\nnand06 Ox29 = OxFF\nnand06 Ox2A = OxFD\nnand06 Ox2B = OxFD\nnand06 Ox2C = OxFB\nnand06 Ox2D = OxFB\nnand06 Ox2E = OxF9\nnand06 Ox2F = OxF9\nnand06 Ox30 = OxFF\nnand06 Ox31 = OxFF\nnand06 Ox32 = OxFD\nnand06 Ox33 = OxFD\nnand06 Ox34 = OxFB\nnand06 Ox35 = OxFB\nnand06 Ox36 = OxF9\nnand06 Ox37 = OxF9\nnand06 Ox38 = OxFF\nnand06 Ox39 = OxFF\nnand06 Ox3A = OxFD\nnand06 Ox3B = OxFD\nnand06 Ox3C = OxFB\nnand06 Ox3D = OxFB\nnand06 Ox3E = OxF9\nnand06 Ox3F = OxF9\nnand06 Ox40 = OxFF\nnand06 Ox41 = OxFF\nnand06 Ox42 = OxFD\nnand06 Ox43 = OxFD\nnand06 Ox44 = OxFB\nnand06 Ox45 = OxFB\nnand06 Ox46 = OxF9\nnand06 Ox47 = OxF9\nnand06 Ox48 = OxFF\nnand06 Ox49 = OxFF\nnand06 Ox4A = OxFD\nnand06 Ox4B = OxFD\nnand06 Ox4C = OxFB\nnand06 Ox4D = OxFB\nnand06 Ox4E = OxF9\nnand06 Ox4F = OxF9\nnand06 Ox50 = OxFF\nnand06 Ox51 = OxFF\nnand06 Ox52 = OxFD\nnand06 Ox53 = OxFD\nnand06 Ox54 = OxFB\nnand06 Ox55 = OxFB\nnand06 Ox56 = OxF9\nnand06 Ox57 = OxF9\nnand06 Ox58 = OxFF\nnand06 Ox59 = OxFF\nnand06 Ox5A = OxFD\nnand06 Ox5B = OxFD\nnand06 Ox5C = OxFB\nnand06 Ox5D = OxFB\nnand06 Ox5E = OxF9\nnand06 Ox5F = OxF9\nnand06 Ox60 = OxFF\nnand06 Ox61 = OxFF\nnand06 Ox62 = OxFD\nnand06 Ox63 = OxFD\nnand06 Ox64 = OxFB\nnand06 Ox65 = OxFB\nnand06 Ox66 = OxF9\nnand06 Ox67 = OxF9\nnand06 Ox68 = OxFF\nnand06 Ox69 = OxFF\nnand06 Ox6A = OxFD\nnand06 Ox6B = OxFD\nnand06 Ox6C = OxFB\nnand06 Ox6D = OxFB\nnand06 Ox6E = OxF9\nnand06 Ox6F = OxF9\nnand06 Ox70 = OxFF\nnand06 Ox71 = OxFF\nnand06 Ox72 = OxFD\nnand06 Ox73 = OxFD\nnand06 Ox74 = OxFB\nnand06 Ox75 = OxFB\nnand06 Ox76 = OxF9\nnand06 Ox77 = OxF9\nnand06 Ox78 = OxFF\nnand06 Ox79 = OxFF\nnand06 Ox7A = OxFD\nnand06 Ox7B = OxFD\nnand06 Ox7C = OxFB\nnand06 Ox7D = OxFB\nnand06 Ox7E = OxF9\nnand06 Ox7F = OxF9\nnand06 Ox80 = OxFF\nnand06 Ox81 = OxFF\nnand06 Ox82 = OxFD\nnand06 Ox83 = OxFD\nnand06 Ox84 = OxFB\nnand06 Ox85 = OxFB\nnand06 Ox86 = OxF9\nnand06 Ox87 = OxF9\nnand06 Ox88 = OxFF\nnand06 Ox89 = OxFF\nnand06 Ox8A = OxFD\nnand06 Ox8B = OxFD\nnand06 Ox8C = OxFB\nnand06 Ox8D = OxFB\nnand06 Ox8E = OxF9\nnand06 Ox8F = OxF9\nnand06 Ox90 = OxFF\nnand06 Ox91 = OxFF\nnand06 Ox92 = OxFD\nnand06 Ox93 = OxFD\nnand06 Ox94 = OxFB\nnand06 Ox95 = OxFB\nnand06 Ox96 = OxF9\nnand06 Ox97 = OxF9\nnand06 Ox98 = OxFF\nnand06 Ox99 = OxFF\nnand06 Ox9A = OxFD\nnand06 Ox9B = OxFD\nnand06 Ox9C = OxFB\nnand06 Ox9D = OxFB\nnand06 Ox9E = OxF9\nnand06 Ox9F = OxF9\nnand06 OxA0 = OxFF\nnand06 OxA1 = OxFF\nnand06 OxA2 = OxFD\nnand06 OxA3 = OxFD\nnand06 OxA4 = OxFB\nnand06 OxA5 = OxFB\nnand06 OxA6 = OxF9\nnand06 OxA7 = OxF9\nnand06 OxA8 = OxFF\nnand06 OxA9 = OxFF\nnand06 OxAA = OxFD\nnand06 OxAB = OxFD\nnand06 OxAC = OxFB\nnand06 OxAE = OxF9\nnand06 OxAF = OxF9\nnand06 OxB0 = OxFF\nnand06 OxB1 = OxFF\nnand06 OxB2 = OxFD\nnand06 OxB3 = OxFD\nnand06 OxB4 = OxFB\nnand06 OxB5 = OxFB\nnand06 OxB6 = OxF9\nnand06 OxB7 = OxF9\nnand06 OxB8 = OxFF\nnand06 OxB9 = OxFF\nnand06 OxBA = OxFD\nnand06 OxBB = OxFD\nnand06 OxBC = OxFB\nnand06 OxBD = OxFB\nnand06 OxBE = OxF9\nnand06 OxBF = OxF9\nnand06 OxC0 = OxFF\nnand06 OxC1 = OxFF\nnand06 OxC2 = OxFD\nnand06 OxC3 = OxFD\nnand06 OxC4 = OxFB\nnand06 OxC5 = OxFB\nnand06 OxC6 = OxF9\nnand06 OxC7 = OxF9\nnand06 OxC8 = OxFF\nnand06 OxC9 = OxFF\nnand06 OxCA = OxFD\nnand06 OxCB = OxFD\nnand06 OxCC = OxFB\nnand06 OxCD = OxFB\nnand06 OxCE = OxF9\nnand06 OxCF = OxF9\nnand06 OxD0 = OxFF\nnand06 OxD1 = OxFF\nnand06 OxD2 = OxFD\nnand06 OxD3 = OxFD\nnand06 OxD4 = OxFB\nnand06 OxD5 = OxFB\nnand06 OxD6 = OxF9\nnand06 OxD7 = OxF9\nnand06 OxD8 = OxFF\nnand06 OxD9 = OxFF\nnand06 OxDA = OxFD\nnand06 OxDB = OxFD\nnand06 OxDC = OxFB\nnand06 OxDD = OxFB\nnand06 OxDE = OxF9\nnand06 OxDF = OxF9\nnand06 OxE0 = OxFF\nnand06 OxE1 = OxFF\nnand06 OxE2 = OxFD\nnand06 OxE3 = OxFD\nnand06 OxE4 = OxFB\nnand06 OxE5 = OxFB\nnand06 OxE6 = OxF9\nnand06 OxE7 = OxF9\nnand06 OxE8 = OxFF\nnand06 OxE9 = OxFF\nnand06 OxEA = OxFD\nnand06 OxEB = OxFD\nnand06 OxEC = OxFB\nnand06 OxED = OxFB\nnand06 OxEE = OxF9\nnand06 OxEF = OxF9\nnand06 OxF0 = OxFF\nnand06 OxF1 = OxFF\nnand06 OxF2 = OxFD\nnand06 OxF3 = OxFD\nnand06 OxF4 = OxFB\nnand06 OxF5 = OxFB\nnand06 OxF6 = OxF9\nnand06 OxF7 = OxF9\nnand06 OxF8 = OxFF\nnand06 OxF9 = OxFF\nnand06 OxFA = OxFD\nnand06 OxFB = OxFD\nnand06 OxFC = OxFB\nnand06 OxFD = OxFB\nnand06 OxFE = OxF9\nnand06 OxFF = OxF9\nnand06 ____ = undefined\nnand07 Ox07 = OxF8\nnand07 Ox08 = OxFF\nnand07 Ox09 = OxFE\nnand07 Ox0A = OxFD\nnand07 Ox0B = OxFC\nnand07 Ox0C = OxFB\nnand07 Ox0D = OxFA\nnand07 Ox0E = OxF9\nnand07 Ox0F = OxF8\nnand07 Ox10 = OxFF\nnand07 Ox11 = OxFE\nnand07 Ox12 = OxFD\nnand07 Ox13 = OxFC\nnand07 Ox14 = OxFB\nnand07 Ox15 = OxFA\nnand07 Ox16 = OxF9\nnand07 Ox17 = OxF8\nnand07 Ox18 = OxFF\nnand07 Ox19 = OxFE\nnand07 Ox1A = OxFD\nnand07 Ox1B = OxFC\nnand07 Ox1C = OxFB\nnand07 Ox1D = OxFA\nnand07 Ox1E = OxF9\nnand07 Ox1F = OxF8\nnand07 Ox20 = OxFF\nnand07 Ox21 = OxFE\nnand07 Ox22 = OxFD\nnand07 Ox23 = OxFC\nnand07 Ox24 = OxFB\nnand07 Ox25 = OxFA\nnand07 Ox26 = OxF9\nnand07 Ox27 = OxF8\nnand07 Ox28 = OxFF\nnand07 Ox29 = OxFE\nnand07 Ox2A = OxFD\nnand07 Ox2B = OxFC\nnand07 Ox2C = OxFB\nnand07 Ox2D = OxFA\nnand07 Ox2E = OxF9\nnand07 Ox2F = OxF8\nnand07 Ox30 = OxFF\nnand07 Ox31 = OxFE\nnand07 Ox32 = OxFD\nnand07 Ox33 = OxFC\nnand07 Ox34 = OxFB\nnand07 Ox35 = OxFA\nnand07 Ox36 = OxF9\nnand07 Ox37 = OxF8\nnand07 Ox38 = OxFF\nnand07 Ox39 = OxFE\nnand07 Ox3A = OxFD\nnand07 Ox3B = OxFC\nnand07 Ox3C = OxFB\nnand07 Ox3D = OxFA\nnand07 Ox3E = OxF9\nnand07 Ox3F = OxF8\nnand07 Ox40 = OxFF\nnand07 Ox41 = OxFE\nnand07 Ox42 = OxFD\nnand07 Ox43 = OxFC\nnand07 Ox44 = OxFB\nnand07 Ox45 = OxFA\nnand07 Ox46 = OxF9\nnand07 Ox47 = OxF8\nnand07 Ox48 = OxFF\nnand07 Ox49 = OxFE\nnand07 Ox4A = OxFD\nnand07 Ox4B = OxFC\nnand07 Ox4C = OxFB\nnand07 Ox4D = OxFA\nnand07 Ox4E = OxF9\nnand07 Ox4F = OxF8\nnand07 Ox50 = OxFF\nnand07 Ox51 = OxFE\nnand07 Ox52 = OxFD\nnand07 Ox53 = OxFC\nnand07 Ox54 = OxFB\nnand07 Ox55 = OxFA\nnand07 Ox56 = OxF9\nnand07 Ox57 = OxF8\nnand07 Ox58 = OxFF\nnand07 Ox59 = OxFE\nnand07 Ox5A = OxFD\nnand07 Ox5B = OxFC\nnand07 Ox5C = OxFB\nnand07 Ox5D = OxFA\nnand07 Ox5E = OxF9\nnand07 Ox5F = OxF8\nnand07 Ox60 = OxFF\nnand07 Ox61 = OxFE\nnand07 Ox62 = OxFD\nnand07 Ox63 = OxFC\nnand07 Ox64 = OxFB\nnand07 Ox65 = OxFA\nnand07 Ox66 = OxF9\nnand07 Ox67 = OxF8\nnand07 Ox68 = OxFF\nnand07 Ox69 = OxFE\nnand07 Ox6A = OxFD\nnand07 Ox6B = OxFC\nnand07 Ox6C = OxFB\nnand07 Ox6D = OxFA\nnand07 Ox6E = OxF9\nnand07 Ox6F = OxF8\nnand07 Ox70 = OxFF\nnand07 Ox71 = OxFE\nnand07 Ox72 = OxFD\nnand07 Ox73 = OxFC\nnand07 Ox74 = OxFB\nnand07 Ox75 = OxFA\nnand07 Ox76 = OxF9\nnand07 Ox77 = OxF8\nnand07 Ox78 = OxFF\nnand07 Ox79 = OxFE\nnand07 Ox7A = OxFD\nnand07 Ox7B = OxFC\nnand07 Ox7C = OxFB\nnand07 Ox7D = OxFA\nnand07 Ox7E = OxF9\nnand07 Ox7F = OxF8\nnand07 Ox80 = OxFF\nnand07 Ox81 = OxFE\nnand07 Ox82 = OxFD\nnand07 Ox83 = OxFC\nnand07 Ox84 = OxFB\nnand07 Ox85 = OxFA\nnand07 Ox86 = OxF9\nnand07 Ox87 = OxF8\nnand07 Ox88 = OxFF\nnand07 Ox89 = OxFE\nnand07 Ox8A = OxFD\nnand07 Ox8B = OxFC\nnand07 Ox8C = OxFB\nnand07 Ox8D = OxFA\nnand07 Ox8E = OxF9\nnand07 Ox8F = OxF8\nnand07 Ox90 = OxFF\nnand07 Ox91 = OxFE\nnand07 Ox92 = OxFD\nnand07 Ox93 = OxFC\nnand07 Ox94 = OxFB\nnand07 Ox95 = OxFA\nnand07 Ox96 = OxF9\nnand07 Ox97 = OxF8\nnand07 Ox98 = OxFF\nnand07 Ox99 = OxFE\nnand07 Ox9A = OxFD\nnand07 Ox9B = OxFC\nnand07 Ox9C = OxFB\nnand07 Ox9D = OxFA\nnand07 Ox9E = OxF9\nnand07 Ox9F = OxF8\nnand07 OxA0 = OxFF\nnand07 OxA1 = OxFE\nnand07 OxA2 = OxFD\nnand07 OxA3 = OxFC\nnand07 OxA4 = OxFB\nnand07 OxA5 = OxFA\nnand07 OxA6 = OxF9\nnand07 OxA7 = OxF8\nnand07 OxA8 = OxFF\nnand07 OxA9 = OxFE\nnand07 OxAA = OxFD\nnand07 OxAB = OxFC\nnand07 OxAC = OxFB\nnand07 OxAE = OxF9\nnand07 OxAF = OxF8\nnand07 OxB0 = OxFF\nnand07 OxB1 = OxFE\nnand07 OxB2 = OxFD\nnand07 OxB3 = OxFC\nnand07 OxB4 = OxFB\nnand07 OxB5 = OxFA\nnand07 OxB6 = OxF9\nnand07 OxB7 = OxF8\nnand07 OxB8 = OxFF\nnand07 OxB9 = OxFE\nnand07 OxBA = OxFD\nnand07 OxBB = OxFC\nnand07 OxBC = OxFB\nnand07 OxBD = OxFA\nnand07 OxBE = OxF9\nnand07 OxBF = OxF8\nnand07 OxC0 = OxFF\nnand07 OxC1 = OxFE\nnand07 OxC2 = OxFD\nnand07 OxC3 = OxFC\nnand07 OxC4 = OxFB\nnand07 OxC5 = OxFA\nnand07 OxC6 = OxF9\nnand07 OxC7 = OxF8\nnand07 OxC8 = OxFF\nnand07 OxC9 = OxFE\nnand07 OxCA = OxFD\nnand07 OxCB = OxFC\nnand07 OxCC = OxFB\nnand07 OxCD = OxFA\nnand07 OxCE = OxF9\nnand07 OxCF = OxF8\nnand07 OxD0 = OxFF\nnand07 OxD1 = OxFE\nnand07 OxD2 = OxFD\nnand07 OxD3 = OxFC\nnand07 OxD4 = OxFB\nnand07 OxD5 = OxFA\nnand07 OxD6 = OxF9\nnand07 OxD7 = OxF8\nnand07 OxD8 = OxFF\nnand07 OxD9 = OxFE\nnand07 OxDA = OxFD\nnand07 OxDB = OxFC\nnand07 OxDC = OxFB\nnand07 OxDD = OxFA\nnand07 OxDE = OxF9\nnand07 OxDF = OxF8\nnand07 OxE0 = OxFF\nnand07 OxE1 = OxFE\nnand07 OxE2 = OxFD\nnand07 OxE3 = OxFC\nnand07 OxE4 = OxFB\nnand07 OxE5 = OxFA\nnand07 OxE6 = OxF9\nnand07 OxE7 = OxF8\nnand07 OxE8 = OxFF\nnand07 OxE9 = OxFE\nnand07 OxEA = OxFD\nnand07 OxEB = OxFC\nnand07 OxEC = OxFB\nnand07 OxED = OxFA\nnand07 OxEE = OxF9\nnand07 OxEF = OxF8\nnand07 OxF0 = OxFF\nnand07 OxF1 = OxFE\nnand07 OxF2 = OxFD\nnand07 OxF3 = OxFC\nnand07 OxF4 = OxFB\nnand07 OxF5 = OxFA\nnand07 OxF6 = OxF9\nnand07 OxF7 = OxF8\nnand07 OxF8 = OxFF\nnand07 OxF9 = OxFE\nnand07 OxFA = OxFD\nnand07 OxFB = OxFC\nnand07 OxFC = OxFB\nnand07 OxFD = OxFA\nnand07 OxFE = OxF9\nnand07 OxFF = OxF8\nnand07 ____ = undefined\nnand08 Ox08 = OxF7\nnand08 Ox09 = OxF7\nnand08 Ox0A = OxF7\nnand08 Ox0B = OxF7\nnand08 Ox0C = OxF7\nnand08 Ox0D = OxF7\nnand08 Ox0E = OxF7\nnand08 Ox0F = OxF7\nnand08 Ox10 = OxFF\nnand08 Ox11 = OxFF\nnand08 Ox12 = OxFF\nnand08 Ox13 = OxFF\nnand08 Ox14 = OxFF\nnand08 Ox15 = OxFF\nnand08 Ox16 = OxFF\nnand08 Ox17 = OxFF\nnand08 Ox18 = OxF7\nnand08 Ox19 = OxF7\nnand08 Ox1A = OxF7\nnand08 Ox1B = OxF7\nnand08 Ox1C = OxF7\nnand08 Ox1D = OxF7\nnand08 Ox1E = OxF7\nnand08 Ox1F = OxF7\nnand08 Ox20 = OxFF\nnand08 Ox21 = OxFF\nnand08 Ox22 = OxFF\nnand08 Ox23 = OxFF\nnand08 Ox24 = OxFF\nnand08 Ox25 = OxFF\nnand08 Ox26 = OxFF\nnand08 Ox27 = OxFF\nnand08 Ox28 = OxF7\nnand08 Ox29 = OxF7\nnand08 Ox2A = OxF7\nnand08 Ox2B = OxF7\nnand08 Ox2C = OxF7\nnand08 Ox2D = OxF7\nnand08 Ox2E = OxF7\nnand08 Ox2F = OxF7\nnand08 Ox30 = OxFF\nnand08 Ox31 = OxFF\nnand08 Ox32 = OxFF\nnand08 Ox33 = OxFF\nnand08 Ox34 = OxFF\nnand08 Ox35 = OxFF\nnand08 Ox36 = OxFF\nnand08 Ox37 = OxFF\nnand08 Ox38 = OxF7\nnand08 Ox39 = OxF7\nnand08 Ox3A = OxF7\nnand08 Ox3B = OxF7\nnand08 Ox3C = OxF7\nnand08 Ox3D = OxF7\nnand08 Ox3E = OxF7\nnand08 Ox3F = OxF7\nnand08 Ox40 = OxFF\nnand08 Ox41 = OxFF\nnand08 Ox42 = OxFF\nnand08 Ox43 = OxFF\nnand08 Ox44 = OxFF\nnand08 Ox45 = OxFF\nnand08 Ox46 = OxFF\nnand08 Ox47 = OxFF\nnand08 Ox48 = OxF7\nnand08 Ox49 = OxF7\nnand08 Ox4A = OxF7\nnand08 Ox4B = OxF7\nnand08 Ox4C = OxF7\nnand08 Ox4D = OxF7\nnand08 Ox4E = OxF7\nnand08 Ox4F = OxF7\nnand08 Ox50 = OxFF\nnand08 Ox51 = OxFF\nnand08 Ox52 = OxFF\nnand08 Ox53 = OxFF\nnand08 Ox54 = OxFF\nnand08 Ox55 = OxFF\nnand08 Ox56 = OxFF\nnand08 Ox57 = OxFF\nnand08 Ox58 = OxF7\nnand08 Ox59 = OxF7\nnand08 Ox5A = OxF7\nnand08 Ox5B = OxF7\nnand08 Ox5C = OxF7\nnand08 Ox5D = OxF7\nnand08 Ox5E = OxF7\nnand08 Ox5F = OxF7\nnand08 Ox60 = OxFF\nnand08 Ox61 = OxFF\nnand08 Ox62 = OxFF\nnand08 Ox63 = OxFF\nnand08 Ox64 = OxFF\nnand08 Ox65 = OxFF\nnand08 Ox66 = OxFF\nnand08 Ox67 = OxFF\nnand08 Ox68 = OxF7\nnand08 Ox69 = OxF7\nnand08 Ox6A = OxF7\nnand08 Ox6B = OxF7\nnand08 Ox6C = OxF7\nnand08 Ox6D = OxF7\nnand08 Ox6E = OxF7\nnand08 Ox6F = OxF7\nnand08 Ox70 = OxFF\nnand08 Ox71 = OxFF\nnand08 Ox72 = OxFF\nnand08 Ox73 = OxFF\nnand08 Ox74 = OxFF\nnand08 Ox75 = OxFF\nnand08 Ox76 = OxFF\nnand08 Ox77 = OxFF\nnand08 Ox78 = OxF7\nnand08 Ox79 = OxF7\nnand08 Ox7A = OxF7\nnand08 Ox7B = OxF7\nnand08 Ox7C = OxF7\nnand08 Ox7D = OxF7\nnand08 Ox7E = OxF7\nnand08 Ox7F = OxF7\nnand08 Ox80 = OxFF\nnand08 Ox81 = OxFF\nnand08 Ox82 = OxFF\nnand08 Ox83 = OxFF\nnand08 Ox84 = OxFF\nnand08 Ox85 = OxFF\nnand08 Ox86 = OxFF\nnand08 Ox87 = OxFF\nnand08 Ox88 = OxF7\nnand08 Ox89 = OxF7\nnand08 Ox8A = OxF7\nnand08 Ox8B = OxF7\nnand08 Ox8C = OxF7\nnand08 Ox8D = OxF7\nnand08 Ox8E = OxF7\nnand08 Ox8F = OxF7\nnand08 Ox90 = OxFF\nnand08 Ox91 = OxFF\nnand08 Ox92 = OxFF\nnand08 Ox93 = OxFF\nnand08 Ox94 = OxFF\nnand08 Ox95 = OxFF\nnand08 Ox96 = OxFF\nnand08 Ox97 = OxFF\nnand08 Ox98 = OxF7\nnand08 Ox99 = OxF7\nnand08 Ox9A = OxF7\nnand08 Ox9B = OxF7\nnand08 Ox9C = OxF7\nnand08 Ox9D = OxF7\nnand08 Ox9E = OxF7\nnand08 Ox9F = OxF7\nnand08 OxA0 = OxFF\nnand08 OxA1 = OxFF\nnand08 OxA2 = OxFF\nnand08 OxA3 = OxFF\nnand08 OxA4 = OxFF\nnand08 OxA5 = OxFF\nnand08 OxA6 = OxFF\nnand08 OxA7 = OxFF\nnand08 OxA8 = OxF7\nnand08 OxA9 = OxF7\nnand08 OxAA = OxF7\nnand08 OxAB = OxF7\nnand08 OxAC = OxF7\nnand08 OxAE = OxF7\nnand08 OxAF = OxF7\nnand08 OxB0 = OxFF\nnand08 OxB1 = OxFF\nnand08 OxB2 = OxFF\nnand08 OxB3 = OxFF\nnand08 OxB4 = OxFF\nnand08 OxB5 = OxFF\nnand08 OxB6 = OxFF\nnand08 OxB7 = OxFF\nnand08 OxB8 = OxF7\nnand08 OxB9 = OxF7\nnand08 OxBA = OxF7\nnand08 OxBB = OxF7\nnand08 OxBC = OxF7\nnand08 OxBD = OxF7\nnand08 OxBE = OxF7\nnand08 OxBF = OxF7\nnand08 OxC0 = OxFF\nnand08 OxC1 = OxFF\nnand08 OxC2 = OxFF\nnand08 OxC3 = OxFF\nnand08 OxC4 = OxFF\nnand08 OxC5 = OxFF\nnand08 OxC6 = OxFF\nnand08 OxC7 = OxFF\nnand08 OxC8 = OxF7\nnand08 OxC9 = OxF7\nnand08 OxCA = OxF7\nnand08 OxCB = OxF7\nnand08 OxCC = OxF7\nnand08 OxCD = OxF7\nnand08 OxCE = OxF7\nnand08 OxCF = OxF7\nnand08 OxD0 = OxFF\nnand08 OxD1 = OxFF\nnand08 OxD2 = OxFF\nnand08 OxD3 = OxFF\nnand08 OxD4 = OxFF\nnand08 OxD5 = OxFF\nnand08 OxD6 = OxFF\nnand08 OxD7 = OxFF\nnand08 OxD8 = OxF7\nnand08 OxD9 = OxF7\nnand08 OxDA = OxF7\nnand08 OxDB = OxF7\nnand08 OxDC = OxF7\nnand08 OxDD = OxF7\nnand08 OxDE = OxF7\nnand08 OxDF = OxF7\nnand08 OxE0 = OxFF\nnand08 OxE1 = OxFF\nnand08 OxE2 = OxFF\nnand08 OxE3 = OxFF\nnand08 OxE4 = OxFF\nnand08 OxE5 = OxFF\nnand08 OxE6 = OxFF\nnand08 OxE7 = OxFF\nnand08 OxE8 = OxF7\nnand08 OxE9 = OxF7\nnand08 OxEA = OxF7\nnand08 OxEB = OxF7\nnand08 OxEC = OxF7\nnand08 OxED = OxF7\nnand08 OxEE = OxF7\nnand08 OxEF = OxF7\nnand08 OxF0 = OxFF\nnand08 OxF1 = OxFF\nnand08 OxF2 = OxFF\nnand08 OxF3 = OxFF\nnand08 OxF4 = OxFF\nnand08 OxF5 = OxFF\nnand08 OxF6 = OxFF\nnand08 OxF7 = OxFF\nnand08 OxF8 = OxF7\nnand08 OxF9 = OxF7\nnand08 OxFA = OxF7\nnand08 OxFB = OxF7\nnand08 OxFC = OxF7\nnand08 OxFD = OxF7\nnand08 OxFE = OxF7\nnand08 OxFF = OxF7\nnand08 ____ = undefined\nnand09 Ox09 = OxF6\nnand09 Ox0A = OxF7\nnand09 Ox0B = OxF6\nnand09 Ox0C = OxF7\nnand09 Ox0D = OxF6\nnand09 Ox0E = OxF7\nnand09 Ox0F = OxF6\nnand09 Ox10 = OxFF\nnand09 Ox11 = OxFE\nnand09 Ox12 = OxFF\nnand09 Ox13 = OxFE\nnand09 Ox14 = OxFF\nnand09 Ox15 = OxFE\nnand09 Ox16 = OxFF\nnand09 Ox17 = OxFE\nnand09 Ox18 = OxF7\nnand09 Ox19 = OxF6\nnand09 Ox1A = OxF7\nnand09 Ox1B = OxF6\nnand09 Ox1C = OxF7\nnand09 Ox1D = OxF6\nnand09 Ox1E = OxF7\nnand09 Ox1F = OxF6\nnand09 Ox20 = OxFF\nnand09 Ox21 = OxFE\nnand09 Ox22 = OxFF\nnand09 Ox23 = OxFE\nnand09 Ox24 = OxFF\nnand09 Ox25 = OxFE\nnand09 Ox26 = OxFF\nnand09 Ox27 = OxFE\nnand09 Ox28 = OxF7\nnand09 Ox29 = OxF6\nnand09 Ox2A = OxF7\nnand09 Ox2B = OxF6\nnand09 Ox2C = OxF7\nnand09 Ox2D = OxF6\nnand09 Ox2E = OxF7\nnand09 Ox2F = OxF6\nnand09 Ox30 = OxFF\nnand09 Ox31 = OxFE\nnand09 Ox32 = OxFF\nnand09 Ox33 = OxFE\nnand09 Ox34 = OxFF\nnand09 Ox35 = OxFE\nnand09 Ox36 = OxFF\nnand09 Ox37 = OxFE\nnand09 Ox38 = OxF7\nnand09 Ox39 = OxF6\nnand09 Ox3A = OxF7\nnand09 Ox3B = OxF6\nnand09 Ox3C = OxF7\nnand09 Ox3D = OxF6\nnand09 Ox3E = OxF7\nnand09 Ox3F = OxF6\nnand09 Ox40 = OxFF\nnand09 Ox41 = OxFE\nnand09 Ox42 = OxFF\nnand09 Ox43 = OxFE\nnand09 Ox44 = OxFF\nnand09 Ox45 = OxFE\nnand09 Ox46 = OxFF\nnand09 Ox47 = OxFE\nnand09 Ox48 = OxF7\nnand09 Ox49 = OxF6\nnand09 Ox4A = OxF7\nnand09 Ox4B = OxF6\nnand09 Ox4C = OxF7\nnand09 Ox4D = OxF6\nnand09 Ox4E = OxF7\nnand09 Ox4F = OxF6\nnand09 Ox50 = OxFF\nnand09 Ox51 = OxFE\nnand09 Ox52 = OxFF\nnand09 Ox53 = OxFE\nnand09 Ox54 = OxFF\nnand09 Ox55 = OxFE\nnand09 Ox56 = OxFF\nnand09 Ox57 = OxFE\nnand09 Ox58 = OxF7\nnand09 Ox59 = OxF6\nnand09 Ox5A = OxF7\nnand09 Ox5B = OxF6\nnand09 Ox5C = OxF7\nnand09 Ox5D = OxF6\nnand09 Ox5E = OxF7\nnand09 Ox5F = OxF6\nnand09 Ox60 = OxFF\nnand09 Ox61 = OxFE\nnand09 Ox62 = OxFF\nnand09 Ox63 = OxFE\nnand09 Ox64 = OxFF\nnand09 Ox65 = OxFE\nnand09 Ox66 = OxFF\nnand09 Ox67 = OxFE\nnand09 Ox68 = OxF7\nnand09 Ox69 = OxF6\nnand09 Ox6A = OxF7\nnand09 Ox6B = OxF6\nnand09 Ox6C = OxF7\nnand09 Ox6D = OxF6\nnand09 Ox6E = OxF7\nnand09 Ox6F = OxF6\nnand09 Ox70 = OxFF\nnand09 Ox71 = OxFE\nnand09 Ox72 = OxFF\nnand09 Ox73 = OxFE\nnand09 Ox74 = OxFF\nnand09 Ox75 = OxFE\nnand09 Ox76 = OxFF\nnand09 Ox77 = OxFE\nnand09 Ox78 = OxF7\nnand09 Ox79 = OxF6\nnand09 Ox7A = OxF7\nnand09 Ox7B = OxF6\nnand09 Ox7C = OxF7\nnand09 Ox7D = OxF6\nnand09 Ox7E = OxF7\nnand09 Ox7F = OxF6\nnand09 Ox80 = OxFF\nnand09 Ox81 = OxFE\nnand09 Ox82 = OxFF\nnand09 Ox83 = OxFE\nnand09 Ox84 = OxFF\nnand09 Ox85 = OxFE\nnand09 Ox86 = OxFF\nnand09 Ox87 = OxFE\nnand09 Ox88 = OxF7\nnand09 Ox89 = OxF6\nnand09 Ox8A = OxF7\nnand09 Ox8B = OxF6\nnand09 Ox8C = OxF7\nnand09 Ox8D = OxF6\nnand09 Ox8E = OxF7\nnand09 Ox8F = OxF6\nnand09 Ox90 = OxFF\nnand09 Ox91 = OxFE\nnand09 Ox92 = OxFF\nnand09 Ox93 = OxFE\nnand09 Ox94 = OxFF\nnand09 Ox95 = OxFE\nnand09 Ox96 = OxFF\nnand09 Ox97 = OxFE\nnand09 Ox98 = OxF7\nnand09 Ox99 = OxF6\nnand09 Ox9A = OxF7\nnand09 Ox9B = OxF6\nnand09 Ox9C = OxF7\nnand09 Ox9D = OxF6\nnand09 Ox9E = OxF7\nnand09 Ox9F = OxF6\nnand09 OxA0 = OxFF\nnand09 OxA1 = OxFE\nnand09 OxA2 = OxFF\nnand09 OxA3 = OxFE\nnand09 OxA4 = OxFF\nnand09 OxA5 = OxFE\nnand09 OxA6 = OxFF\nnand09 OxA7 = OxFE\nnand09 OxA8 = OxF7\nnand09 OxA9 = OxF6\nnand09 OxAA = OxF7\nnand09 OxAB = OxF6\nnand09 OxAC = OxF7\nnand09 OxAE = OxF7\nnand09 OxAF = OxF6\nnand09 OxB0 = OxFF\nnand09 OxB1 = OxFE\nnand09 OxB2 = OxFF\nnand09 OxB3 = OxFE\nnand09 OxB4 = OxFF\nnand09 OxB5 = OxFE\nnand09 OxB6 = OxFF\nnand09 OxB7 = OxFE\nnand09 OxB8 = OxF7\nnand09 OxB9 = OxF6\nnand09 OxBA = OxF7\nnand09 OxBB = OxF6\nnand09 OxBC = OxF7\nnand09 OxBD = OxF6\nnand09 OxBE = OxF7\nnand09 OxBF = OxF6\nnand09 OxC0 = OxFF\nnand09 OxC1 = OxFE\nnand09 OxC2 = OxFF\nnand09 OxC3 = OxFE\nnand09 OxC4 = OxFF\nnand09 OxC5 = OxFE\nnand09 OxC6 = OxFF\nnand09 OxC7 = OxFE\nnand09 OxC8 = OxF7\nnand09 OxC9 = OxF6\nnand09 OxCA = OxF7\nnand09 OxCB = OxF6\nnand09 OxCC = OxF7\nnand09 OxCD = OxF6\nnand09 OxCE = OxF7\nnand09 OxCF = OxF6\nnand09 OxD0 = OxFF\nnand09 OxD1 = OxFE\nnand09 OxD2 = OxFF\nnand09 OxD3 = OxFE\nnand09 OxD4 = OxFF\nnand09 OxD5 = OxFE\nnand09 OxD6 = OxFF\nnand09 OxD7 = OxFE\nnand09 OxD8 = OxF7\nnand09 OxD9 = OxF6\nnand09 OxDA = OxF7\nnand09 OxDB = OxF6\nnand09 OxDC = OxF7\nnand09 OxDD = OxF6\nnand09 OxDE = OxF7\nnand09 OxDF = OxF6\nnand09 OxE0 = OxFF\nnand09 OxE1 = OxFE\nnand09 OxE2 = OxFF\nnand09 OxE3 = OxFE\nnand09 OxE4 = OxFF\nnand09 OxE5 = OxFE\nnand09 OxE6 = OxFF\nnand09 OxE7 = OxFE\nnand09 OxE8 = OxF7\nnand09 OxE9 = OxF6\nnand09 OxEA = OxF7\nnand09 OxEB = OxF6\nnand09 OxEC = OxF7\nnand09 OxED = OxF6\nnand09 OxEE = OxF7\nnand09 OxEF = OxF6\nnand09 OxF0 = OxFF\nnand09 OxF1 = OxFE\nnand09 OxF2 = OxFF\nnand09 OxF3 = OxFE\nnand09 OxF4 = OxFF\nnand09 OxF5 = OxFE\nnand09 OxF6 = OxFF\nnand09 OxF7 = OxFE\nnand09 OxF8 = OxF7\nnand09 OxF9 = OxF6\nnand09 OxFA = OxF7\nnand09 OxFB = OxF6\nnand09 OxFC = OxF7\nnand09 OxFD = OxF6\nnand09 OxFE = OxF7\nnand09 OxFF = OxF6\nnand09 ____ = undefined\nnand0A Ox0A = OxF5\nnand0A Ox0B = OxF5\nnand0A Ox0C = OxF7\nnand0A Ox0D = OxF7\nnand0A Ox0E = OxF5\nnand0A Ox0F = OxF5\nnand0A Ox10 = OxFF\nnand0A Ox11 = OxFF\nnand0A Ox12 = OxFD\nnand0A Ox13 = OxFD\nnand0A Ox14 = OxFF\nnand0A Ox15 = OxFF\nnand0A Ox16 = OxFD\nnand0A Ox17 = OxFD\nnand0A Ox18 = OxF7\nnand0A Ox19 = OxF7\nnand0A Ox1A = OxF5\nnand0A Ox1B = OxF5\nnand0A Ox1C = OxF7\nnand0A Ox1D = OxF7\nnand0A Ox1E = OxF5\nnand0A Ox1F = OxF5\nnand0A Ox20 = OxFF\nnand0A Ox21 = OxFF\nnand0A Ox22 = OxFD\nnand0A Ox23 = OxFD\nnand0A Ox24 = OxFF\nnand0A Ox25 = OxFF\nnand0A Ox26 = OxFD\nnand0A Ox27 = OxFD\nnand0A Ox28 = OxF7\nnand0A Ox29 = OxF7\nnand0A Ox2A = OxF5\nnand0A Ox2B = OxF5\nnand0A Ox2C = OxF7\nnand0A Ox2D = OxF7\nnand0A Ox2E = OxF5\nnand0A Ox2F = OxF5\nnand0A Ox30 = OxFF\nnand0A Ox31 = OxFF\nnand0A Ox32 = OxFD\nnand0A Ox33 = OxFD\nnand0A Ox34 = OxFF\nnand0A Ox35 = OxFF\nnand0A Ox36 = OxFD\nnand0A Ox37 = OxFD\nnand0A Ox38 = OxF7\nnand0A Ox39 = OxF7\nnand0A Ox3A = OxF5\nnand0A Ox3B = OxF5\nnand0A Ox3C = OxF7\nnand0A Ox3D = OxF7\nnand0A Ox3E = OxF5\nnand0A Ox3F = OxF5\nnand0A Ox40 = OxFF\nnand0A Ox41 = OxFF\nnand0A Ox42 = OxFD\nnand0A Ox43 = OxFD\nnand0A Ox44 = OxFF\nnand0A Ox45 = OxFF\nnand0A Ox46 = OxFD\nnand0A Ox47 = OxFD\nnand0A Ox48 = OxF7\nnand0A Ox49 = OxF7\nnand0A Ox4A = OxF5\nnand0A Ox4B = OxF5\nnand0A Ox4C = OxF7\nnand0A Ox4D = OxF7\nnand0A Ox4E = OxF5\nnand0A Ox4F = OxF5\nnand0A Ox50 = OxFF\nnand0A Ox51 = OxFF\nnand0A Ox52 = OxFD\nnand0A Ox53 = OxFD\nnand0A Ox54 = OxFF\nnand0A Ox55 = OxFF\nnand0A Ox56 = OxFD\nnand0A Ox57 = OxFD\nnand0A Ox58 = OxF7\nnand0A Ox59 = OxF7\nnand0A Ox5A = OxF5\nnand0A Ox5B = OxF5\nnand0A Ox5C = OxF7\nnand0A Ox5D = OxF7\nnand0A Ox5E = OxF5\nnand0A Ox5F = OxF5\nnand0A Ox60 = OxFF\nnand0A Ox61 = OxFF\nnand0A Ox62 = OxFD\nnand0A Ox63 = OxFD\nnand0A Ox64 = OxFF\nnand0A Ox65 = OxFF\nnand0A Ox66 = OxFD\nnand0A Ox67 = OxFD\nnand0A Ox68 = OxF7\nnand0A Ox69 = OxF7\nnand0A Ox6A = OxF5\nnand0A Ox6B = OxF5\nnand0A Ox6C = OxF7\nnand0A Ox6D = OxF7\nnand0A Ox6E = OxF5\nnand0A Ox6F = OxF5\nnand0A Ox70 = OxFF\nnand0A Ox71 = OxFF\nnand0A Ox72 = OxFD\nnand0A Ox73 = OxFD\nnand0A Ox74 = OxFF\nnand0A Ox75 = OxFF\nnand0A Ox76 = OxFD\nnand0A Ox77 = OxFD\nnand0A Ox78 = OxF7\nnand0A Ox79 = OxF7\nnand0A Ox7A = OxF5\nnand0A Ox7B = OxF5\nnand0A Ox7C = OxF7\nnand0A Ox7D = OxF7\nnand0A Ox7E = OxF5\nnand0A Ox7F = OxF5\nnand0A Ox80 = OxFF\nnand0A Ox81 = OxFF\nnand0A Ox82 = OxFD\nnand0A Ox83 = OxFD\nnand0A Ox84 = OxFF\nnand0A Ox85 = OxFF\nnand0A Ox86 = OxFD\nnand0A Ox87 = OxFD\nnand0A Ox88 = OxF7\nnand0A Ox89 = OxF7\nnand0A Ox8A = OxF5\nnand0A Ox8B = OxF5\nnand0A Ox8C = OxF7\nnand0A Ox8D = OxF7\nnand0A Ox8E = OxF5\nnand0A Ox8F = OxF5\nnand0A Ox90 = OxFF\nnand0A Ox91 = OxFF\nnand0A Ox92 = OxFD\nnand0A Ox93 = OxFD\nnand0A Ox94 = OxFF\nnand0A Ox95 = OxFF\nnand0A Ox96 = OxFD\nnand0A Ox97 = OxFD\nnand0A Ox98 = OxF7\nnand0A Ox99 = OxF7\nnand0A Ox9A = OxF5\nnand0A Ox9B = OxF5\nnand0A Ox9C = OxF7\nnand0A Ox9D = OxF7\nnand0A Ox9E = OxF5\nnand0A Ox9F = OxF5\nnand0A OxA0 = OxFF\nnand0A OxA1 = OxFF\nnand0A OxA2 = OxFD\nnand0A OxA3 = OxFD\nnand0A OxA4 = OxFF\nnand0A OxA5 = OxFF\nnand0A OxA6 = OxFD\nnand0A OxA7 = OxFD\nnand0A OxA8 = OxF7\nnand0A OxA9 = OxF7\nnand0A OxAA = OxF5\nnand0A OxAB = OxF5\nnand0A OxAC = OxF7\nnand0A OxAE = OxF5\nnand0A OxAF = OxF5\nnand0A OxB0 = OxFF\nnand0A OxB1 = OxFF\nnand0A OxB2 = OxFD\nnand0A OxB3 = OxFD\nnand0A OxB4 = OxFF\nnand0A OxB5 = OxFF\nnand0A OxB6 = OxFD\nnand0A OxB7 = OxFD\nnand0A OxB8 = OxF7\nnand0A OxB9 = OxF7\nnand0A OxBA = OxF5\nnand0A OxBB = OxF5\nnand0A OxBC = OxF7\nnand0A OxBD = OxF7\nnand0A OxBE = OxF5\nnand0A OxBF = OxF5\nnand0A OxC0 = OxFF\nnand0A OxC1 = OxFF\nnand0A OxC2 = OxFD\nnand0A OxC3 = OxFD\nnand0A OxC4 = OxFF\nnand0A OxC5 = OxFF\nnand0A OxC6 = OxFD\nnand0A OxC7 = OxFD\nnand0A OxC8 = OxF7\nnand0A OxC9 = OxF7\nnand0A OxCA = OxF5\nnand0A OxCB = OxF5\nnand0A OxCC = OxF7\nnand0A OxCD = OxF7\nnand0A OxCE = OxF5\nnand0A OxCF = OxF5\nnand0A OxD0 = OxFF\nnand0A OxD1 = OxFF\nnand0A OxD2 = OxFD\nnand0A OxD3 = OxFD\nnand0A OxD4 = OxFF\nnand0A OxD5 = OxFF\nnand0A OxD6 = OxFD\nnand0A OxD7 = OxFD\nnand0A OxD8 = OxF7\nnand0A OxD9 = OxF7\nnand0A OxDA = OxF5\nnand0A OxDB = OxF5\nnand0A OxDC = OxF7\nnand0A OxDD = OxF7\nnand0A OxDE = OxF5\nnand0A OxDF = OxF5\nnand0A OxE0 = OxFF\nnand0A OxE1 = OxFF\nnand0A OxE2 = OxFD\nnand0A OxE3 = OxFD\nnand0A OxE4 = OxFF\nnand0A OxE5 = OxFF\nnand0A OxE6 = OxFD\nnand0A OxE7 = OxFD\nnand0A OxE8 = OxF7\nnand0A OxE9 = OxF7\nnand0A OxEA = OxF5\nnand0A OxEB = OxF5\nnand0A OxEC = OxF7\nnand0A OxED = OxF7\nnand0A OxEE = OxF5\nnand0A OxEF = OxF5\nnand0A OxF0 = OxFF\nnand0A OxF1 = OxFF\nnand0A OxF2 = OxFD\nnand0A OxF3 = OxFD\nnand0A OxF4 = OxFF\nnand0A OxF5 = OxFF\nnand0A OxF6 = OxFD\nnand0A OxF7 = OxFD\nnand0A OxF8 = OxF7\nnand0A OxF9 = OxF7\nnand0A OxFA = OxF5\nnand0A OxFB = OxF5\nnand0A OxFC = OxF7\nnand0A OxFD = OxF7\nnand0A OxFE = OxF5\nnand0A OxFF = OxF5\nnand0A ____ = undefined\nnand0B Ox0B = OxF4\nnand0B Ox0C = OxF7\nnand0B Ox0D = OxF6\nnand0B Ox0E = OxF5\nnand0B Ox0F = OxF4\nnand0B Ox10 = OxFF\nnand0B Ox11 = OxFE\nnand0B Ox12 = OxFD\nnand0B Ox13 = OxFC\nnand0B Ox14 = OxFF\nnand0B Ox15 = OxFE\nnand0B Ox16 = OxFD\nnand0B Ox17 = OxFC\nnand0B Ox18 = OxF7\nnand0B Ox19 = OxF6\nnand0B Ox1A = OxF5\nnand0B Ox1B = OxF4\nnand0B Ox1C = OxF7\nnand0B Ox1D = OxF6\nnand0B Ox1E = OxF5\nnand0B Ox1F = OxF4\nnand0B Ox20 = OxFF\nnand0B Ox21 = OxFE\nnand0B Ox22 = OxFD\nnand0B Ox23 = OxFC\nnand0B Ox24 = OxFF\nnand0B Ox25 = OxFE\nnand0B Ox26 = OxFD\nnand0B Ox27 = OxFC\nnand0B Ox28 = OxF7\nnand0B Ox29 = OxF6\nnand0B Ox2A = OxF5\nnand0B Ox2B = OxF4\nnand0B Ox2C = OxF7\nnand0B Ox2D = OxF6\nnand0B Ox2E = OxF5\nnand0B Ox2F = OxF4\nnand0B Ox30 = OxFF\nnand0B Ox31 = OxFE\nnand0B Ox32 = OxFD\nnand0B Ox33 = OxFC\nnand0B Ox34 = OxFF\nnand0B Ox35 = OxFE\nnand0B Ox36 = OxFD\nnand0B Ox37 = OxFC\nnand0B Ox38 = OxF7\nnand0B Ox39 = OxF6\nnand0B Ox3A = OxF5\nnand0B Ox3B = OxF4\nnand0B Ox3C = OxF7\nnand0B Ox3D = OxF6\nnand0B Ox3E = OxF5\nnand0B Ox3F = OxF4\nnand0B Ox40 = OxFF\nnand0B Ox41 = OxFE\nnand0B Ox42 = OxFD\nnand0B Ox43 = OxFC\nnand0B Ox44 = OxFF\nnand0B Ox45 = OxFE\nnand0B Ox46 = OxFD\nnand0B Ox47 = OxFC\nnand0B Ox48 = OxF7\nnand0B Ox49 = OxF6\nnand0B Ox4A = OxF5\nnand0B Ox4B = OxF4\nnand0B Ox4C = OxF7\nnand0B Ox4D = OxF6\nnand0B Ox4E = OxF5\nnand0B Ox4F = OxF4\nnand0B Ox50 = OxFF\nnand0B Ox51 = OxFE\nnand0B Ox52 = OxFD\nnand0B Ox53 = OxFC\nnand0B Ox54 = OxFF\nnand0B Ox55 = OxFE\nnand0B Ox56 = OxFD\nnand0B Ox57 = OxFC\nnand0B Ox58 = OxF7\nnand0B Ox59 = OxF6\nnand0B Ox5A = OxF5\nnand0B Ox5B = OxF4\nnand0B Ox5C = OxF7\nnand0B Ox5D = OxF6\nnand0B Ox5E = OxF5\nnand0B Ox5F = OxF4\nnand0B Ox60 = OxFF\nnand0B Ox61 = OxFE\nnand0B Ox62 = OxFD\nnand0B Ox63 = OxFC\nnand0B Ox64 = OxFF\nnand0B Ox65 = OxFE\nnand0B Ox66 = OxFD\nnand0B Ox67 = OxFC\nnand0B Ox68 = OxF7\nnand0B Ox69 = OxF6\nnand0B Ox6A = OxF5\nnand0B Ox6B = OxF4\nnand0B Ox6C = OxF7\nnand0B Ox6D = OxF6\nnand0B Ox6E = OxF5\nnand0B Ox6F = OxF4\nnand0B Ox70 = OxFF\nnand0B Ox71 = OxFE\nnand0B Ox72 = OxFD\nnand0B Ox73 = OxFC\nnand0B Ox74 = OxFF\nnand0B Ox75 = OxFE\nnand0B Ox76 = OxFD\nnand0B Ox77 = OxFC\nnand0B Ox78 = OxF7\nnand0B Ox79 = OxF6\nnand0B Ox7A = OxF5\nnand0B Ox7B = OxF4\nnand0B Ox7C = OxF7\nnand0B Ox7D = OxF6\nnand0B Ox7E = OxF5\nnand0B Ox7F = OxF4\nnand0B Ox80 = OxFF\nnand0B Ox81 = OxFE\nnand0B Ox82 = OxFD\nnand0B Ox83 = OxFC\nnand0B Ox84 = OxFF\nnand0B Ox85 = OxFE\nnand0B Ox86 = OxFD\nnand0B Ox87 = OxFC\nnand0B Ox88 = OxF7\nnand0B Ox89 = OxF6\nnand0B Ox8A = OxF5\nnand0B Ox8B = OxF4\nnand0B Ox8C = OxF7\nnand0B Ox8D = OxF6\nnand0B Ox8E = OxF5\nnand0B Ox8F = OxF4\nnand0B Ox90 = OxFF\nnand0B Ox91 = OxFE\nnand0B Ox92 = OxFD\nnand0B Ox93 = OxFC\nnand0B Ox94 = OxFF\nnand0B Ox95 = OxFE\nnand0B Ox96 = OxFD\nnand0B Ox97 = OxFC\nnand0B Ox98 = OxF7\nnand0B Ox99 = OxF6\nnand0B Ox9A = OxF5\nnand0B Ox9B = OxF4\nnand0B Ox9C = OxF7\nnand0B Ox9D = OxF6\nnand0B Ox9E = OxF5\nnand0B Ox9F = OxF4\nnand0B OxA0 = OxFF\nnand0B OxA1 = OxFE\nnand0B OxA2 = OxFD\nnand0B OxA3 = OxFC\nnand0B OxA4 = OxFF\nnand0B OxA5 = OxFE\nnand0B OxA6 = OxFD\nnand0B OxA7 = OxFC\nnand0B OxA8 = OxF7\nnand0B OxA9 = OxF6\nnand0B OxAA = OxF5\nnand0B OxAB = OxF4\nnand0B OxAC = OxF7\nnand0B OxAE = OxF5\nnand0B OxAF = OxF4\nnand0B OxB0 = OxFF\nnand0B OxB1 = OxFE\nnand0B OxB2 = OxFD\nnand0B OxB3 = OxFC\nnand0B OxB4 = OxFF\nnand0B OxB5 = OxFE\nnand0B OxB6 = OxFD\nnand0B OxB7 = OxFC\nnand0B OxB8 = OxF7\nnand0B OxB9 = OxF6\nnand0B OxBA = OxF5\nnand0B OxBB = OxF4\nnand0B OxBC = OxF7\nnand0B OxBD = OxF6\nnand0B OxBE = OxF5\nnand0B OxBF = OxF4\nnand0B OxC0 = OxFF\nnand0B OxC1 = OxFE\nnand0B OxC2 = OxFD\nnand0B OxC3 = OxFC\nnand0B OxC4 = OxFF\nnand0B OxC5 = OxFE\nnand0B OxC6 = OxFD\nnand0B OxC7 = OxFC\nnand0B OxC8 = OxF7\nnand0B OxC9 = OxF6\nnand0B OxCA = OxF5\nnand0B OxCB = OxF4\nnand0B OxCC = OxF7\nnand0B OxCD = OxF6\nnand0B OxCE = OxF5\nnand0B OxCF = OxF4\nnand0B OxD0 = OxFF\nnand0B OxD1 = OxFE\nnand0B OxD2 = OxFD\nnand0B OxD3 = OxFC\nnand0B OxD4 = OxFF\nnand0B OxD5 = OxFE\nnand0B OxD6 = OxFD\nnand0B OxD7 = OxFC\nnand0B OxD8 = OxF7\nnand0B OxD9 = OxF6\nnand0B OxDA = OxF5\nnand0B OxDB = OxF4\nnand0B OxDC = OxF7\nnand0B OxDD = OxF6\nnand0B OxDE = OxF5\nnand0B OxDF = OxF4\nnand0B OxE0 = OxFF\nnand0B OxE1 = OxFE\nnand0B OxE2 = OxFD\nnand0B OxE3 = OxFC\nnand0B OxE4 = OxFF\nnand0B OxE5 = OxFE\nnand0B OxE6 = OxFD\nnand0B OxE7 = OxFC\nnand0B OxE8 = OxF7\nnand0B OxE9 = OxF6\nnand0B OxEA = OxF5\nnand0B OxEB = OxF4\nnand0B OxEC = OxF7\nnand0B OxED = OxF6\nnand0B OxEE = OxF5\nnand0B OxEF = OxF4\nnand0B OxF0 = OxFF\nnand0B OxF1 = OxFE\nnand0B OxF2 = OxFD\nnand0B OxF3 = OxFC\nnand0B OxF4 = OxFF\nnand0B OxF5 = OxFE\nnand0B OxF6 = OxFD\nnand0B OxF7 = OxFC\nnand0B OxF8 = OxF7\nnand0B OxF9 = OxF6\nnand0B OxFA = OxF5\nnand0B OxFB = OxF4\nnand0B OxFC = OxF7\nnand0B OxFD = OxF6\nnand0B OxFE = OxF5\nnand0B OxFF = OxF4\nnand0B ____ = undefined\nnand0C Ox0C = OxF3\nnand0C Ox0D = OxF3\nnand0C Ox0E = OxF3\nnand0C Ox0F = OxF3\nnand0C Ox10 = OxFF\nnand0C Ox11 = OxFF\nnand0C Ox12 = OxFF\nnand0C Ox13 = OxFF\nnand0C Ox14 = OxFB\nnand0C Ox15 = OxFB\nnand0C Ox16 = OxFB\nnand0C Ox17 = OxFB\nnand0C Ox18 = OxF7\nnand0C Ox19 = OxF7\nnand0C Ox1A = OxF7\nnand0C Ox1B = OxF7\nnand0C Ox1C = OxF3\nnand0C Ox1D = OxF3\nnand0C Ox1E = OxF3\nnand0C Ox1F = OxF3\nnand0C Ox20 = OxFF\nnand0C Ox21 = OxFF\nnand0C Ox22 = OxFF\nnand0C Ox23 = OxFF\nnand0C Ox24 = OxFB\nnand0C Ox25 = OxFB\nnand0C Ox26 = OxFB\nnand0C Ox27 = OxFB\nnand0C Ox28 = OxF7\nnand0C Ox29 = OxF7\nnand0C Ox2A = OxF7\nnand0C Ox2B = OxF7\nnand0C Ox2C = OxF3\nnand0C Ox2D = OxF3\nnand0C Ox2E = OxF3\nnand0C Ox2F = OxF3\nnand0C Ox30 = OxFF\nnand0C Ox31 = OxFF\nnand0C Ox32 = OxFF\nnand0C Ox33 = OxFF\nnand0C Ox34 = OxFB\nnand0C Ox35 = OxFB\nnand0C Ox36 = OxFB\nnand0C Ox37 = OxFB\nnand0C Ox38 = OxF7\nnand0C Ox39 = OxF7\nnand0C Ox3A = OxF7\nnand0C Ox3B = OxF7\nnand0C Ox3C = OxF3\nnand0C Ox3D = OxF3\nnand0C Ox3E = OxF3\nnand0C Ox3F = OxF3\nnand0C Ox40 = OxFF\nnand0C Ox41 = OxFF\nnand0C Ox42 = OxFF\nnand0C Ox43 = OxFF\nnand0C Ox44 = OxFB\nnand0C Ox45 = OxFB\nnand0C Ox46 = OxFB\nnand0C Ox47 = OxFB\nnand0C Ox48 = OxF7\nnand0C Ox49 = OxF7\nnand0C Ox4A = OxF7\nnand0C Ox4B = OxF7\nnand0C Ox4C = OxF3\nnand0C Ox4D = OxF3\nnand0C Ox4E = OxF3\nnand0C Ox4F = OxF3\nnand0C Ox50 = OxFF\nnand0C Ox51 = OxFF\nnand0C Ox52 = OxFF\nnand0C Ox53 = OxFF\nnand0C Ox54 = OxFB\nnand0C Ox55 = OxFB\nnand0C Ox56 = OxFB\nnand0C Ox57 = OxFB\nnand0C Ox58 = OxF7\nnand0C Ox59 = OxF7\nnand0C Ox5A = OxF7\nnand0C Ox5B = OxF7\nnand0C Ox5C = OxF3\nnand0C Ox5D = OxF3\nnand0C Ox5E = OxF3\nnand0C Ox5F = OxF3\nnand0C Ox60 = OxFF\nnand0C Ox61 = OxFF\nnand0C Ox62 = OxFF\nnand0C Ox63 = OxFF\nnand0C Ox64 = OxFB\nnand0C Ox65 = OxFB\nnand0C Ox66 = OxFB\nnand0C Ox67 = OxFB\nnand0C Ox68 = OxF7\nnand0C Ox69 = OxF7\nnand0C Ox6A = OxF7\nnand0C Ox6B = OxF7\nnand0C Ox6C = OxF3\nnand0C Ox6D = OxF3\nnand0C Ox6E = OxF3\nnand0C Ox6F = OxF3\nnand0C Ox70 = OxFF\nnand0C Ox71 = OxFF\nnand0C Ox72 = OxFF\nnand0C Ox73 = OxFF\nnand0C Ox74 = OxFB\nnand0C Ox75 = OxFB\nnand0C Ox76 = OxFB\nnand0C Ox77 = OxFB\nnand0C Ox78 = OxF7\nnand0C Ox79 = OxF7\nnand0C Ox7A = OxF7\nnand0C Ox7B = OxF7\nnand0C Ox7C = OxF3\nnand0C Ox7D = OxF3\nnand0C Ox7E = OxF3\nnand0C Ox7F = OxF3\nnand0C Ox80 = OxFF\nnand0C Ox81 = OxFF\nnand0C Ox82 = OxFF\nnand0C Ox83 = OxFF\nnand0C Ox84 = OxFB\nnand0C Ox85 = OxFB\nnand0C Ox86 = OxFB\nnand0C Ox87 = OxFB\nnand0C Ox88 = OxF7\nnand0C Ox89 = OxF7\nnand0C Ox8A = OxF7\nnand0C Ox8B = OxF7\nnand0C Ox8C = OxF3\nnand0C Ox8D = OxF3\nnand0C Ox8E = OxF3\nnand0C Ox8F = OxF3\nnand0C Ox90 = OxFF\nnand0C Ox91 = OxFF\nnand0C Ox92 = OxFF\nnand0C Ox93 = OxFF\nnand0C Ox94 = OxFB\nnand0C Ox95 = OxFB\nnand0C Ox96 = OxFB\nnand0C Ox97 = OxFB\nnand0C Ox98 = OxF7\nnand0C Ox99 = OxF7\nnand0C Ox9A = OxF7\nnand0C Ox9B = OxF7\nnand0C Ox9C = OxF3\nnand0C Ox9D = OxF3\nnand0C Ox9E = OxF3\nnand0C Ox9F = OxF3\nnand0C OxA0 = OxFF\nnand0C OxA1 = OxFF\nnand0C OxA2 = OxFF\nnand0C OxA3 = OxFF\nnand0C OxA4 = OxFB\nnand0C OxA5 = OxFB\nnand0C OxA6 = OxFB\nnand0C OxA7 = OxFB\nnand0C OxA8 = OxF7\nnand0C OxA9 = OxF7\nnand0C OxAA = OxF7\nnand0C OxAB = OxF7\nnand0C OxAC = OxF3\nnand0C OxAE = OxF3\nnand0C OxAF = OxF3\nnand0C OxB0 = OxFF\nnand0C OxB1 = OxFF\nnand0C OxB2 = OxFF\nnand0C OxB3 = OxFF\nnand0C OxB4 = OxFB\nnand0C OxB5 = OxFB\nnand0C OxB6 = OxFB\nnand0C OxB7 = OxFB\nnand0C OxB8 = OxF7\nnand0C OxB9 = OxF7\nnand0C OxBA = OxF7\nnand0C OxBB = OxF7\nnand0C OxBC = OxF3\nnand0C OxBD = OxF3\nnand0C OxBE = OxF3\nnand0C OxBF = OxF3\nnand0C OxC0 = OxFF\nnand0C OxC1 = OxFF\nnand0C OxC2 = OxFF\nnand0C OxC3 = OxFF\nnand0C OxC4 = OxFB\nnand0C OxC5 = OxFB\nnand0C OxC6 = OxFB\nnand0C OxC7 = OxFB\nnand0C OxC8 = OxF7\nnand0C OxC9 = OxF7\nnand0C OxCA = OxF7\nnand0C OxCB = OxF7\nnand0C OxCC = OxF3\nnand0C OxCD = OxF3\nnand0C OxCE = OxF3\nnand0C OxCF = OxF3\nnand0C OxD0 = OxFF\nnand0C OxD1 = OxFF\nnand0C OxD2 = OxFF\nnand0C OxD3 = OxFF\nnand0C OxD4 = OxFB\nnand0C OxD5 = OxFB\nnand0C OxD6 = OxFB\nnand0C OxD7 = OxFB\nnand0C OxD8 = OxF7\nnand0C OxD9 = OxF7\nnand0C OxDA = OxF7\nnand0C OxDB = OxF7\nnand0C OxDC = OxF3\nnand0C OxDD = OxF3\nnand0C OxDE = OxF3\nnand0C OxDF = OxF3\nnand0C OxE0 = OxFF\nnand0C OxE1 = OxFF\nnand0C OxE2 = OxFF\nnand0C OxE3 = OxFF\nnand0C OxE4 = OxFB\nnand0C OxE5 = OxFB\nnand0C OxE6 = OxFB\nnand0C OxE7 = OxFB\nnand0C OxE8 = OxF7\nnand0C OxE9 = OxF7\nnand0C OxEA = OxF7\nnand0C OxEB = OxF7\nnand0C OxEC = OxF3\nnand0C OxED = OxF3\nnand0C OxEE = OxF3\nnand0C OxEF = OxF3\nnand0C OxF0 = OxFF\nnand0C OxF1 = OxFF\nnand0C OxF2 = OxFF\nnand0C OxF3 = OxFF\nnand0C OxF4 = OxFB\nnand0C OxF5 = OxFB\nnand0C OxF6 = OxFB\nnand0C OxF7 = OxFB\nnand0C OxF8 = OxF7\nnand0C OxF9 = OxF7\nnand0C OxFA = OxF7\nnand0C OxFB = OxF7\nnand0C OxFC = OxF3\nnand0C OxFD = OxF3\nnand0C OxFE = OxF3\nnand0C OxFF = OxF3\nnand0C ____ = undefined\nnand0D Ox0D = OxF2\nnand0D Ox0E = OxF3\nnand0D Ox0F = OxF2\nnand0D Ox10 = OxFF\nnand0D Ox11 = OxFE\nnand0D Ox12 = OxFF\nnand0D Ox13 = OxFE\nnand0D Ox14 = OxFB\nnand0D Ox15 = OxFA\nnand0D Ox16 = OxFB\nnand0D Ox17 = OxFA\nnand0D Ox18 = OxF7\nnand0D Ox19 = OxF6\nnand0D Ox1A = OxF7\nnand0D Ox1B = OxF6\nnand0D Ox1C = OxF3\nnand0D Ox1D = OxF2\nnand0D Ox1E = OxF3\nnand0D Ox1F = OxF2\nnand0D Ox20 = OxFF\nnand0D Ox21 = OxFE\nnand0D Ox22 = OxFF\nnand0D Ox23 = OxFE\nnand0D Ox24 = OxFB\nnand0D Ox25 = OxFA\nnand0D Ox26 = OxFB\nnand0D Ox27 = OxFA\nnand0D Ox28 = OxF7\nnand0D Ox29 = OxF6\nnand0D Ox2A = OxF7\nnand0D Ox2B = OxF6\nnand0D Ox2C = OxF3\nnand0D Ox2D = OxF2\nnand0D Ox2E = OxF3\nnand0D Ox2F = OxF2\nnand0D Ox30 = OxFF\nnand0D Ox31 = OxFE\nnand0D Ox32 = OxFF\nnand0D Ox33 = OxFE\nnand0D Ox34 = OxFB\nnand0D Ox35 = OxFA\nnand0D Ox36 = OxFB\nnand0D Ox37 = OxFA\nnand0D Ox38 = OxF7\nnand0D Ox39 = OxF6\nnand0D Ox3A = OxF7\nnand0D Ox3B = OxF6\nnand0D Ox3C = OxF3\nnand0D Ox3D = OxF2\nnand0D Ox3E = OxF3\nnand0D Ox3F = OxF2\nnand0D Ox40 = OxFF\nnand0D Ox41 = OxFE\nnand0D Ox42 = OxFF\nnand0D Ox43 = OxFE\nnand0D Ox44 = OxFB\nnand0D Ox45 = OxFA\nnand0D Ox46 = OxFB\nnand0D Ox47 = OxFA\nnand0D Ox48 = OxF7\nnand0D Ox49 = OxF6\nnand0D Ox4A = OxF7\nnand0D Ox4B = OxF6\nnand0D Ox4C = OxF3\nnand0D Ox4D = OxF2\nnand0D Ox4E = OxF3\nnand0D Ox4F = OxF2\nnand0D Ox50 = OxFF\nnand0D Ox51 = OxFE\nnand0D Ox52 = OxFF\nnand0D Ox53 = OxFE\nnand0D Ox54 = OxFB\nnand0D Ox55 = OxFA\nnand0D Ox56 = OxFB\nnand0D Ox57 = OxFA\nnand0D Ox58 = OxF7\nnand0D Ox59 = OxF6\nnand0D Ox5A = OxF7\nnand0D Ox5B = OxF6\nnand0D Ox5C = OxF3\nnand0D Ox5D = OxF2\nnand0D Ox5E = OxF3\nnand0D Ox5F = OxF2\nnand0D Ox60 = OxFF\nnand0D Ox61 = OxFE\nnand0D Ox62 = OxFF\nnand0D Ox63 = OxFE\nnand0D Ox64 = OxFB\nnand0D Ox65 = OxFA\nnand0D Ox66 = OxFB\nnand0D Ox67 = OxFA\nnand0D Ox68 = OxF7\nnand0D Ox69 = OxF6\nnand0D Ox6A = OxF7\nnand0D Ox6B = OxF6\nnand0D Ox6C = OxF3\nnand0D Ox6D = OxF2\nnand0D Ox6E = OxF3\nnand0D Ox6F = OxF2\nnand0D Ox70 = OxFF\nnand0D Ox71 = OxFE\nnand0D Ox72 = OxFF\nnand0D Ox73 = OxFE\nnand0D Ox74 = OxFB\nnand0D Ox75 = OxFA\nnand0D Ox76 = OxFB\nnand0D Ox77 = OxFA\nnand0D Ox78 = OxF7\nnand0D Ox79 = OxF6\nnand0D Ox7A = OxF7\nnand0D Ox7B = OxF6\nnand0D Ox7C = OxF3\nnand0D Ox7D = OxF2\nnand0D Ox7E = OxF3\nnand0D Ox7F = OxF2\nnand0D Ox80 = OxFF\nnand0D Ox81 = OxFE\nnand0D Ox82 = OxFF\nnand0D Ox83 = OxFE\nnand0D Ox84 = OxFB\nnand0D Ox85 = OxFA\nnand0D Ox86 = OxFB\nnand0D Ox87 = OxFA\nnand0D Ox88 = OxF7\nnand0D Ox89 = OxF6\nnand0D Ox8A = OxF7\nnand0D Ox8B = OxF6\nnand0D Ox8C = OxF3\nnand0D Ox8D = OxF2\nnand0D Ox8E = OxF3\nnand0D Ox8F = OxF2\nnand0D Ox90 = OxFF\nnand0D Ox91 = OxFE\nnand0D Ox92 = OxFF\nnand0D Ox93 = OxFE\nnand0D Ox94 = OxFB\nnand0D Ox95 = OxFA\nnand0D Ox96 = OxFB\nnand0D Ox97 = OxFA\nnand0D Ox98 = OxF7\nnand0D Ox99 = OxF6\nnand0D Ox9A = OxF7\nnand0D Ox9B = OxF6\nnand0D Ox9C = OxF3\nnand0D Ox9D = OxF2\nnand0D Ox9E = OxF3\nnand0D Ox9F = OxF2\nnand0D OxA0 = OxFF\nnand0D OxA1 = OxFE\nnand0D OxA2 = OxFF\nnand0D OxA3 = OxFE\nnand0D OxA4 = OxFB\nnand0D OxA5 = OxFA\nnand0D OxA6 = OxFB\nnand0D OxA7 = OxFA\nnand0D OxA8 = OxF7\nnand0D OxA9 = OxF6\nnand0D OxAA = OxF7\nnand0D OxAB = OxF6\nnand0D OxAC = OxF3\nnand0D OxAE = OxF3\nnand0D OxAF = OxF2\nnand0D OxB0 = OxFF\nnand0D OxB1 = OxFE\nnand0D OxB2 = OxFF\nnand0D OxB3 = OxFE\nnand0D OxB4 = OxFB\nnand0D OxB5 = OxFA\nnand0D OxB6 = OxFB\nnand0D OxB7 = OxFA\nnand0D OxB8 = OxF7\nnand0D OxB9 = OxF6\nnand0D OxBA = OxF7\nnand0D OxBB = OxF6\nnand0D OxBC = OxF3\nnand0D OxBD = OxF2\nnand0D OxBE = OxF3\nnand0D OxBF = OxF2\nnand0D OxC0 = OxFF\nnand0D OxC1 = OxFE\nnand0D OxC2 = OxFF\nnand0D OxC3 = OxFE\nnand0D OxC4 = OxFB\nnand0D OxC5 = OxFA\nnand0D OxC6 = OxFB\nnand0D OxC7 = OxFA\nnand0D OxC8 = OxF7\nnand0D OxC9 = OxF6\nnand0D OxCA = OxF7\nnand0D OxCB = OxF6\nnand0D OxCC = OxF3\nnand0D OxCD = OxF2\nnand0D OxCE = OxF3\nnand0D OxCF = OxF2\nnand0D OxD0 = OxFF\nnand0D OxD1 = OxFE\nnand0D OxD2 = OxFF\nnand0D OxD3 = OxFE\nnand0D OxD4 = OxFB\nnand0D OxD5 = OxFA\nnand0D OxD6 = OxFB\nnand0D OxD7 = OxFA\nnand0D OxD8 = OxF7\nnand0D OxD9 = OxF6\nnand0D OxDA = OxF7\nnand0D OxDB = OxF6\nnand0D OxDC = OxF3\nnand0D OxDD = OxF2\nnand0D OxDE = OxF3\nnand0D OxDF = OxF2\nnand0D OxE0 = OxFF\nnand0D OxE1 = OxFE\nnand0D OxE2 = OxFF\nnand0D OxE3 = OxFE\nnand0D OxE4 = OxFB\nnand0D OxE5 = OxFA\nnand0D OxE6 = OxFB\nnand0D OxE7 = OxFA\nnand0D OxE8 = OxF7\nnand0D OxE9 = OxF6\nnand0D OxEA = OxF7\nnand0D OxEB = OxF6\nnand0D OxEC = OxF3\nnand0D OxED = OxF2\nnand0D OxEE = OxF3\nnand0D OxEF = OxF2\nnand0D OxF0 = OxFF\nnand0D OxF1 = OxFE\nnand0D OxF2 = OxFF\nnand0D OxF3 = OxFE\nnand0D OxF4 = OxFB\nnand0D OxF5 = OxFA\nnand0D OxF6 = OxFB\nnand0D OxF7 = OxFA\nnand0D OxF8 = OxF7\nnand0D OxF9 = OxF6\nnand0D OxFA = OxF7\nnand0D OxFB = OxF6\nnand0D OxFC = OxF3\nnand0D OxFD = OxF2\nnand0D OxFE = OxF3\nnand0D OxFF = OxF2\nnand0D ____ = undefined\nnand0E Ox0E = OxF1\nnand0E Ox0F = OxF1\nnand0E Ox10 = OxFF\nnand0E Ox11 = OxFF\nnand0E Ox12 = OxFD\nnand0E Ox13 = OxFD\nnand0E Ox14 = OxFB\nnand0E Ox15 = OxFB\nnand0E Ox16 = OxF9\nnand0E Ox17 = OxF9\nnand0E Ox18 = OxF7\nnand0E Ox19 = OxF7\nnand0E Ox1A = OxF5\nnand0E Ox1B = OxF5\nnand0E Ox1C = OxF3\nnand0E Ox1D = OxF3\nnand0E Ox1E = OxF1\nnand0E Ox1F = OxF1\nnand0E Ox20 = OxFF\nnand0E Ox21 = OxFF\nnand0E Ox22 = OxFD\nnand0E Ox23 = OxFD\nnand0E Ox24 = OxFB\nnand0E Ox25 = OxFB\nnand0E Ox26 = OxF9\nnand0E Ox27 = OxF9\nnand0E Ox28 = OxF7\nnand0E Ox29 = OxF7\nnand0E Ox2A = OxF5\nnand0E Ox2B = OxF5\nnand0E Ox2C = OxF3\nnand0E Ox2D = OxF3\nnand0E Ox2E = OxF1\nnand0E Ox2F = OxF1\nnand0E Ox30 = OxFF\nnand0E Ox31 = OxFF\nnand0E Ox32 = OxFD\nnand0E Ox33 = OxFD\nnand0E Ox34 = OxFB\nnand0E Ox35 = OxFB\nnand0E Ox36 = OxF9\nnand0E Ox37 = OxF9\nnand0E Ox38 = OxF7\nnand0E Ox39 = OxF7\nnand0E Ox3A = OxF5\nnand0E Ox3B = OxF5\nnand0E Ox3C = OxF3\nnand0E Ox3D = OxF3\nnand0E Ox3E = OxF1\nnand0E Ox3F = OxF1\nnand0E Ox40 = OxFF\nnand0E Ox41 = OxFF\nnand0E Ox42 = OxFD\nnand0E Ox43 = OxFD\nnand0E Ox44 = OxFB\nnand0E Ox45 = OxFB\nnand0E Ox46 = OxF9\nnand0E Ox47 = OxF9\nnand0E Ox48 = OxF7\nnand0E Ox49 = OxF7\nnand0E Ox4A = OxF5\nnand0E Ox4B = OxF5\nnand0E Ox4C = OxF3\nnand0E Ox4D = OxF3\nnand0E Ox4E = OxF1\nnand0E Ox4F = OxF1\nnand0E Ox50 = OxFF\nnand0E Ox51 = OxFF\nnand0E Ox52 = OxFD\nnand0E Ox53 = OxFD\nnand0E Ox54 = OxFB\nnand0E Ox55 = OxFB\nnand0E Ox56 = OxF9\nnand0E Ox57 = OxF9\nnand0E Ox58 = OxF7\nnand0E Ox59 = OxF7\nnand0E Ox5A = OxF5\nnand0E Ox5B = OxF5\nnand0E Ox5C = OxF3\nnand0E Ox5D = OxF3\nnand0E Ox5E = OxF1\nnand0E Ox5F = OxF1\nnand0E Ox60 = OxFF\nnand0E Ox61 = OxFF\nnand0E Ox62 = OxFD\nnand0E Ox63 = OxFD\nnand0E Ox64 = OxFB\nnand0E Ox65 = OxFB\nnand0E Ox66 = OxF9\nnand0E Ox67 = OxF9\nnand0E Ox68 = OxF7\nnand0E Ox69 = OxF7\nnand0E Ox6A = OxF5\nnand0E Ox6B = OxF5\nnand0E Ox6C = OxF3\nnand0E Ox6D = OxF3\nnand0E Ox6E = OxF1\nnand0E Ox6F = OxF1\nnand0E Ox70 = OxFF\nnand0E Ox71 = OxFF\nnand0E Ox72 = OxFD\nnand0E Ox73 = OxFD\nnand0E Ox74 = OxFB\nnand0E Ox75 = OxFB\nnand0E Ox76 = OxF9\nnand0E Ox77 = OxF9\nnand0E Ox78 = OxF7\nnand0E Ox79 = OxF7\nnand0E Ox7A = OxF5\nnand0E Ox7B = OxF5\nnand0E Ox7C = OxF3\nnand0E Ox7D = OxF3\nnand0E Ox7E = OxF1\nnand0E Ox7F = OxF1\nnand0E Ox80 = OxFF\nnand0E Ox81 = OxFF\nnand0E Ox82 = OxFD\nnand0E Ox83 = OxFD\nnand0E Ox84 = OxFB\nnand0E Ox85 = OxFB\nnand0E Ox86 = OxF9\nnand0E Ox87 = OxF9\nnand0E Ox88 = OxF7\nnand0E Ox89 = OxF7\nnand0E Ox8A = OxF5\nnand0E Ox8B = OxF5\nnand0E Ox8C = OxF3\nnand0E Ox8D = OxF3\nnand0E Ox8E = OxF1\nnand0E Ox8F = OxF1\nnand0E Ox90 = OxFF\nnand0E Ox91 = OxFF\nnand0E Ox92 = OxFD\nnand0E Ox93 = OxFD\nnand0E Ox94 = OxFB\nnand0E Ox95 = OxFB\nnand0E Ox96 = OxF9\nnand0E Ox97 = OxF9\nnand0E Ox98 = OxF7\nnand0E Ox99 = OxF7\nnand0E Ox9A = OxF5\nnand0E Ox9B = OxF5\nnand0E Ox9C = OxF3\nnand0E Ox9D = OxF3\nnand0E Ox9E = OxF1\nnand0E Ox9F = OxF1\nnand0E OxA0 = OxFF\nnand0E OxA1 = OxFF\nnand0E OxA2 = OxFD\nnand0E OxA3 = OxFD\nnand0E OxA4 = OxFB\nnand0E OxA5 = OxFB\nnand0E OxA6 = OxF9\nnand0E OxA7 = OxF9\nnand0E OxA8 = OxF7\nnand0E OxA9 = OxF7\nnand0E OxAA = OxF5\nnand0E OxAB = OxF5\nnand0E OxAC = OxF3\nnand0E OxAE = OxF1\nnand0E OxAF = OxF1\nnand0E OxB0 = OxFF\nnand0E OxB1 = OxFF\nnand0E OxB2 = OxFD\nnand0E OxB3 = OxFD\nnand0E OxB4 = OxFB\nnand0E OxB5 = OxFB\nnand0E OxB6 = OxF9\nnand0E OxB7 = OxF9\nnand0E OxB8 = OxF7\nnand0E OxB9 = OxF7\nnand0E OxBA = OxF5\nnand0E OxBB = OxF5\nnand0E OxBC = OxF3\nnand0E OxBD = OxF3\nnand0E OxBE = OxF1\nnand0E OxBF = OxF1\nnand0E OxC0 = OxFF\nnand0E OxC1 = OxFF\nnand0E OxC2 = OxFD\nnand0E OxC3 = OxFD\nnand0E OxC4 = OxFB\nnand0E OxC5 = OxFB\nnand0E OxC6 = OxF9\nnand0E OxC7 = OxF9\nnand0E OxC8 = OxF7\nnand0E OxC9 = OxF7\nnand0E OxCA = OxF5\nnand0E OxCB = OxF5\nnand0E OxCC = OxF3\nnand0E OxCD = OxF3\nnand0E OxCE = OxF1\nnand0E OxCF = OxF1\nnand0E OxD0 = OxFF\nnand0E OxD1 = OxFF\nnand0E OxD2 = OxFD\nnand0E OxD3 = OxFD\nnand0E OxD4 = OxFB\nnand0E OxD5 = OxFB\nnand0E OxD6 = OxF9\nnand0E OxD7 = OxF9\nnand0E OxD8 = OxF7\nnand0E OxD9 = OxF7\nnand0E OxDA = OxF5\nnand0E OxDB = OxF5\nnand0E OxDC = OxF3\nnand0E OxDD = OxF3\nnand0E OxDE = OxF1\nnand0E OxDF = OxF1\nnand0E OxE0 = OxFF\nnand0E OxE1 = OxFF\nnand0E OxE2 = OxFD\nnand0E OxE3 = OxFD\nnand0E OxE4 = OxFB\nnand0E OxE5 = OxFB\nnand0E OxE6 = OxF9\nnand0E OxE7 = OxF9\nnand0E OxE8 = OxF7\nnand0E OxE9 = OxF7\nnand0E OxEA = OxF5\nnand0E OxEB = OxF5\nnand0E OxEC = OxF3\nnand0E OxED = OxF3\nnand0E OxEE = OxF1\nnand0E OxEF = OxF1\nnand0E OxF0 = OxFF\nnand0E OxF1 = OxFF\nnand0E OxF2 = OxFD\nnand0E OxF3 = OxFD\nnand0E OxF4 = OxFB\nnand0E OxF5 = OxFB\nnand0E OxF6 = OxF9\nnand0E OxF7 = OxF9\nnand0E OxF8 = OxF7\nnand0E OxF9 = OxF7\nnand0E OxFA = OxF5\nnand0E OxFB = OxF5\nnand0E OxFC = OxF3\nnand0E OxFD = OxF3\nnand0E OxFE = OxF1\nnand0E OxFF = OxF1\nnand0E ____ = undefined\nnand0F Ox0F = OxF0\nnand0F Ox10 = OxFF\nnand0F Ox11 = OxFE\nnand0F Ox12 = OxFD\nnand0F Ox13 = OxFC\nnand0F Ox14 = OxFB\nnand0F Ox15 = OxFA\nnand0F Ox16 = OxF9\nnand0F Ox17 = OxF8\nnand0F Ox18 = OxF7\nnand0F Ox19 = OxF6\nnand0F Ox1A = OxF5\nnand0F Ox1B = OxF4\nnand0F Ox1C = OxF3\nnand0F Ox1D = OxF2\nnand0F Ox1E = OxF1\nnand0F Ox1F = OxF0\nnand0F Ox20 = OxFF\nnand0F Ox21 = OxFE\nnand0F Ox22 = OxFD\nnand0F Ox23 = OxFC\nnand0F Ox24 = OxFB\nnand0F Ox25 = OxFA\nnand0F Ox26 = OxF9\nnand0F Ox27 = OxF8\nnand0F Ox28 = OxF7\nnand0F Ox29 = OxF6\nnand0F Ox2A = OxF5\nnand0F Ox2B = OxF4\nnand0F Ox2C = OxF3\nnand0F Ox2D = OxF2\nnand0F Ox2E = OxF1\nnand0F Ox2F = OxF0\nnand0F Ox30 = OxFF\nnand0F Ox31 = OxFE\nnand0F Ox32 = OxFD\nnand0F Ox33 = OxFC\nnand0F Ox34 = OxFB\nnand0F Ox35 = OxFA\nnand0F Ox36 = OxF9\nnand0F Ox37 = OxF8\nnand0F Ox38 = OxF7\nnand0F Ox39 = OxF6\nnand0F Ox3A = OxF5\nnand0F Ox3B = OxF4\nnand0F Ox3C = OxF3\nnand0F Ox3D = OxF2\nnand0F Ox3E = OxF1\nnand0F Ox3F = OxF0\nnand0F Ox40 = OxFF\nnand0F Ox41 = OxFE\nnand0F Ox42 = OxFD\nnand0F Ox43 = OxFC\nnand0F Ox44 = OxFB\nnand0F Ox45 = OxFA\nnand0F Ox46 = OxF9\nnand0F Ox47 = OxF8\nnand0F Ox48 = OxF7\nnand0F Ox49 = OxF6\nnand0F Ox4A = OxF5\nnand0F Ox4B = OxF4\nnand0F Ox4C = OxF3\nnand0F Ox4D = OxF2\nnand0F Ox4E = OxF1\nnand0F Ox4F = OxF0\nnand0F Ox50 = OxFF\nnand0F Ox51 = OxFE\nnand0F Ox52 = OxFD\nnand0F Ox53 = OxFC\nnand0F Ox54 = OxFB\nnand0F Ox55 = OxFA\nnand0F Ox56 = OxF9\nnand0F Ox57 = OxF8\nnand0F Ox58 = OxF7\nnand0F Ox59 = OxF6\nnand0F Ox5A = OxF5\nnand0F Ox5B = OxF4\nnand0F Ox5C = OxF3\nnand0F Ox5D = OxF2\nnand0F Ox5E = OxF1\nnand0F Ox5F = OxF0\nnand0F Ox60 = OxFF\nnand0F Ox61 = OxFE\nnand0F Ox62 = OxFD\nnand0F Ox63 = OxFC\nnand0F Ox64 = OxFB\nnand0F Ox65 = OxFA\nnand0F Ox66 = OxF9\nnand0F Ox67 = OxF8\nnand0F Ox68 = OxF7\nnand0F Ox69 = OxF6\nnand0F Ox6A = OxF5\nnand0F Ox6B = OxF4\nnand0F Ox6C = OxF3\nnand0F Ox6D = OxF2\nnand0F Ox6E = OxF1\nnand0F Ox6F = OxF0\nnand0F Ox70 = OxFF\nnand0F Ox71 = OxFE\nnand0F Ox72 = OxFD\nnand0F Ox73 = OxFC\nnand0F Ox74 = OxFB\nnand0F Ox75 = OxFA\nnand0F Ox76 = OxF9\nnand0F Ox77 = OxF8\nnand0F Ox78 = OxF7\nnand0F Ox79 = OxF6\nnand0F Ox7A = OxF5\nnand0F Ox7B = OxF4\nnand0F Ox7C = OxF3\nnand0F Ox7D = OxF2\nnand0F Ox7E = OxF1\nnand0F Ox7F = OxF0\nnand0F Ox80 = OxFF\nnand0F Ox81 = OxFE\nnand0F Ox82 = OxFD\nnand0F Ox83 = OxFC\nnand0F Ox84 = OxFB\nnand0F Ox85 = OxFA\nnand0F Ox86 = OxF9\nnand0F Ox87 = OxF8\nnand0F Ox88 = OxF7\nnand0F Ox89 = OxF6\nnand0F Ox8A = OxF5\nnand0F Ox8B = OxF4\nnand0F Ox8C = OxF3\nnand0F Ox8D = OxF2\nnand0F Ox8E = OxF1\nnand0F Ox8F = OxF0\nnand0F Ox90 = OxFF\nnand0F Ox91 = OxFE\nnand0F Ox92 = OxFD\nnand0F Ox93 = OxFC\nnand0F Ox94 = OxFB\nnand0F Ox95 = OxFA\nnand0F Ox96 = OxF9\nnand0F Ox97 = OxF8\nnand0F Ox98 = OxF7\nnand0F Ox99 = OxF6\nnand0F Ox9A = OxF5\nnand0F Ox9B = OxF4\nnand0F Ox9C = OxF3\nnand0F Ox9D = OxF2\nnand0F Ox9E = OxF1\nnand0F Ox9F = OxF0\nnand0F OxA0 = OxFF\nnand0F OxA1 = OxFE\nnand0F OxA2 = OxFD\nnand0F OxA3 = OxFC\nnand0F OxA4 = OxFB\nnand0F OxA5 = OxFA\nnand0F OxA6 = OxF9\nnand0F OxA7 = OxF8\nnand0F OxA8 = OxF7\nnand0F OxA9 = OxF6\nnand0F OxAA = OxF5\nnand0F OxAB = OxF4\nnand0F OxAC = OxF3\nnand0F OxAE = OxF1\nnand0F OxAF = OxF0\nnand0F OxB0 = OxFF\nnand0F OxB1 = OxFE\nnand0F OxB2 = OxFD\nnand0F OxB3 = OxFC\nnand0F OxB4 = OxFB\nnand0F OxB5 = OxFA\nnand0F OxB6 = OxF9\nnand0F OxB7 = OxF8\nnand0F OxB8 = OxF7\nnand0F OxB9 = OxF6\nnand0F OxBA = OxF5\nnand0F OxBB = OxF4\nnand0F OxBC = OxF3\nnand0F OxBD = OxF2\nnand0F OxBE = OxF1\nnand0F OxBF = OxF0\nnand0F OxC0 = OxFF\nnand0F OxC1 = OxFE\nnand0F OxC2 = OxFD\nnand0F OxC3 = OxFC\nnand0F OxC4 = OxFB\nnand0F OxC5 = OxFA\nnand0F OxC6 = OxF9\nnand0F OxC7 = OxF8\nnand0F OxC8 = OxF7\nnand0F OxC9 = OxF6\nnand0F OxCA = OxF5\nnand0F OxCB = OxF4\nnand0F OxCC = OxF3\nnand0F OxCD = OxF2\nnand0F OxCE = OxF1\nnand0F OxCF = OxF0\nnand0F OxD0 = OxFF\nnand0F OxD1 = OxFE\nnand0F OxD2 = OxFD\nnand0F OxD3 = OxFC\nnand0F OxD4 = OxFB\nnand0F OxD5 = OxFA\nnand0F OxD6 = OxF9\nnand0F OxD7 = OxF8\nnand0F OxD8 = OxF7\nnand0F OxD9 = OxF6\nnand0F OxDA = OxF5\nnand0F OxDB = OxF4\nnand0F OxDC = OxF3\nnand0F OxDD = OxF2\nnand0F OxDE = OxF1\nnand0F OxDF = OxF0\nnand0F OxE0 = OxFF\nnand0F OxE1 = OxFE\nnand0F OxE2 = OxFD\nnand0F OxE3 = OxFC\nnand0F OxE4 = OxFB\nnand0F OxE5 = OxFA\nnand0F OxE6 = OxF9\nnand0F OxE7 = OxF8\nnand0F OxE8 = OxF7\nnand0F OxE9 = OxF6\nnand0F OxEA = OxF5\nnand0F OxEB = OxF4\nnand0F OxEC = OxF3\nnand0F OxED = OxF2\nnand0F OxEE = OxF1\nnand0F OxEF = OxF0\nnand0F OxF0 = OxFF\nnand0F OxF1 = OxFE\nnand0F OxF2 = OxFD\nnand0F OxF3 = OxFC\nnand0F OxF4 = OxFB\nnand0F OxF5 = OxFA\nnand0F OxF6 = OxF9\nnand0F OxF7 = OxF8\nnand0F OxF8 = OxF7\nnand0F OxF9 = OxF6\nnand0F OxFA = OxF5\nnand0F OxFB = OxF4\nnand0F OxFC = OxF3\nnand0F OxFD = OxF2\nnand0F OxFE = OxF1\nnand0F OxFF = OxF0\nnand0F ____ = undefined\nnand10 Ox10 = OxEF\nnand10 Ox11 = OxEF\nnand10 Ox12 = OxEF\nnand10 Ox13 = OxEF\nnand10 Ox14 = OxEF\nnand10 Ox15 = OxEF\nnand10 Ox16 = OxEF\nnand10 Ox17 = OxEF\nnand10 Ox18 = OxEF\nnand10 Ox19 = OxEF\nnand10 Ox1A = OxEF\nnand10 Ox1B = OxEF\nnand10 Ox1C = OxEF\nnand10 Ox1D = OxEF\nnand10 Ox1E = OxEF\nnand10 Ox1F = OxEF\nnand10 Ox20 = OxFF\nnand10 Ox21 = OxFF\nnand10 Ox22 = OxFF\nnand10 Ox23 = OxFF\nnand10 Ox24 = OxFF\nnand10 Ox25 = OxFF\nnand10 Ox26 = OxFF\nnand10 Ox27 = OxFF\nnand10 Ox28 = OxFF\nnand10 Ox29 = OxFF\nnand10 Ox2A = OxFF\nnand10 Ox2B = OxFF\nnand10 Ox2C = OxFF\nnand10 Ox2D = OxFF\nnand10 Ox2E = OxFF\nnand10 Ox2F = OxFF\nnand10 Ox30 = OxEF\nnand10 Ox31 = OxEF\nnand10 Ox32 = OxEF\nnand10 Ox33 = OxEF\nnand10 Ox34 = OxEF\nnand10 Ox35 = OxEF\nnand10 Ox36 = OxEF\nnand10 Ox37 = OxEF\nnand10 Ox38 = OxEF\nnand10 Ox39 = OxEF\nnand10 Ox3A = OxEF\nnand10 Ox3B = OxEF\nnand10 Ox3C = OxEF\nnand10 Ox3D = OxEF\nnand10 Ox3E = OxEF\nnand10 Ox3F = OxEF\nnand10 Ox40 = OxFF\nnand10 Ox41 = OxFF\nnand10 Ox42 = OxFF\nnand10 Ox43 = OxFF\nnand10 Ox44 = OxFF\nnand10 Ox45 = OxFF\nnand10 Ox46 = OxFF\nnand10 Ox47 = OxFF\nnand10 Ox48 = OxFF\nnand10 Ox49 = OxFF\nnand10 Ox4A = OxFF\nnand10 Ox4B = OxFF\nnand10 Ox4C = OxFF\nnand10 Ox4D = OxFF\nnand10 Ox4E = OxFF\nnand10 Ox4F = OxFF\nnand10 Ox50 = OxEF\nnand10 Ox51 = OxEF\nnand10 Ox52 = OxEF\nnand10 Ox53 = OxEF\nnand10 Ox54 = OxEF\nnand10 Ox55 = OxEF\nnand10 Ox56 = OxEF\nnand10 Ox57 = OxEF\nnand10 Ox58 = OxEF\nnand10 Ox59 = OxEF\nnand10 Ox5A = OxEF\nnand10 Ox5B = OxEF\nnand10 Ox5C = OxEF\nnand10 Ox5D = OxEF\nnand10 Ox5E = OxEF\nnand10 Ox5F = OxEF\nnand10 Ox60 = OxFF\nnand10 Ox61 = OxFF\nnand10 Ox62 = OxFF\nnand10 Ox63 = OxFF\nnand10 Ox64 = OxFF\nnand10 Ox65 = OxFF\nnand10 Ox66 = OxFF\nnand10 Ox67 = OxFF\nnand10 Ox68 = OxFF\nnand10 Ox69 = OxFF\nnand10 Ox6A = OxFF\nnand10 Ox6B = OxFF\nnand10 Ox6C = OxFF\nnand10 Ox6D = OxFF\nnand10 Ox6E = OxFF\nnand10 Ox6F = OxFF\nnand10 Ox70 = OxEF\nnand10 Ox71 = OxEF\nnand10 Ox72 = OxEF\nnand10 Ox73 = OxEF\nnand10 Ox74 = OxEF\nnand10 Ox75 = OxEF\nnand10 Ox76 = OxEF\nnand10 Ox77 = OxEF\nnand10 Ox78 = OxEF\nnand10 Ox79 = OxEF\nnand10 Ox7A = OxEF\nnand10 Ox7B = OxEF\nnand10 Ox7C = OxEF\nnand10 Ox7D = OxEF\nnand10 Ox7E = OxEF\nnand10 Ox7F = OxEF\nnand10 Ox80 = OxFF\nnand10 Ox81 = OxFF\nnand10 Ox82 = OxFF\nnand10 Ox83 = OxFF\nnand10 Ox84 = OxFF\nnand10 Ox85 = OxFF\nnand10 Ox86 = OxFF\nnand10 Ox87 = OxFF\nnand10 Ox88 = OxFF\nnand10 Ox89 = OxFF\nnand10 Ox8A = OxFF\nnand10 Ox8B = OxFF\nnand10 Ox8C = OxFF\nnand10 Ox8D = OxFF\nnand10 Ox8E = OxFF\nnand10 Ox8F = OxFF\nnand10 Ox90 = OxEF\nnand10 Ox91 = OxEF\nnand10 Ox92 = OxEF\nnand10 Ox93 = OxEF\nnand10 Ox94 = OxEF\nnand10 Ox95 = OxEF\nnand10 Ox96 = OxEF\nnand10 Ox97 = OxEF\nnand10 Ox98 = OxEF\nnand10 Ox99 = OxEF\nnand10 Ox9A = OxEF\nnand10 Ox9B = OxEF\nnand10 Ox9C = OxEF\nnand10 Ox9D = OxEF\nnand10 Ox9E = OxEF\nnand10 Ox9F = OxEF\nnand10 OxA0 = OxFF\nnand10 OxA1 = OxFF\nnand10 OxA2 = OxFF\nnand10 OxA3 = OxFF\nnand10 OxA4 = OxFF\nnand10 OxA5 = OxFF\nnand10 OxA6 = OxFF\nnand10 OxA7 = OxFF\nnand10 OxA8 = OxFF\nnand10 OxA9 = OxFF\nnand10 OxAA = OxFF\nnand10 OxAB = OxFF\nnand10 OxAC = OxFF\nnand10 OxAE = OxFF\nnand10 OxAF = OxFF\nnand10 OxB0 = OxEF\nnand10 OxB1 = OxEF\nnand10 OxB2 = OxEF\nnand10 OxB3 = OxEF\nnand10 OxB4 = OxEF\nnand10 OxB5 = OxEF\nnand10 OxB6 = OxEF\nnand10 OxB7 = OxEF\nnand10 OxB8 = OxEF\nnand10 OxB9 = OxEF\nnand10 OxBA = OxEF\nnand10 OxBB = OxEF\nnand10 OxBC = OxEF\nnand10 OxBD = OxEF\nnand10 OxBE = OxEF\nnand10 OxBF = OxEF\nnand10 OxC0 = OxFF\nnand10 OxC1 = OxFF\nnand10 OxC2 = OxFF\nnand10 OxC3 = OxFF\nnand10 OxC4 = OxFF\nnand10 OxC5 = OxFF\nnand10 OxC6 = OxFF\nnand10 OxC7 = OxFF\nnand10 OxC8 = OxFF\nnand10 OxC9 = OxFF\nnand10 OxCA = OxFF\nnand10 OxCB = OxFF\nnand10 OxCC = OxFF\nnand10 OxCD = OxFF\nnand10 OxCE = OxFF\nnand10 OxCF = OxFF\nnand10 OxD0 = OxEF\nnand10 OxD1 = OxEF\nnand10 OxD2 = OxEF\nnand10 OxD3 = OxEF\nnand10 OxD4 = OxEF\nnand10 OxD5 = OxEF\nnand10 OxD6 = OxEF\nnand10 OxD7 = OxEF\nnand10 OxD8 = OxEF\nnand10 OxD9 = OxEF\nnand10 OxDA = OxEF\nnand10 OxDB = OxEF\nnand10 OxDC = OxEF\nnand10 OxDD = OxEF\nnand10 OxDE = OxEF\nnand10 OxDF = OxEF\nnand10 OxE0 = OxFF\nnand10 OxE1 = OxFF\nnand10 OxE2 = OxFF\nnand10 OxE3 = OxFF\nnand10 OxE4 = OxFF\nnand10 OxE5 = OxFF\nnand10 OxE6 = OxFF\nnand10 OxE7 = OxFF\nnand10 OxE8 = OxFF\nnand10 OxE9 = OxFF\nnand10 OxEA = OxFF\nnand10 OxEB = OxFF\nnand10 OxEC = OxFF\nnand10 OxED = OxFF\nnand10 OxEE = OxFF\nnand10 OxEF = OxFF\nnand10 OxF0 = OxEF\nnand10 OxF1 = OxEF\nnand10 OxF2 = OxEF\nnand10 OxF3 = OxEF\nnand10 OxF4 = OxEF\nnand10 OxF5 = OxEF\nnand10 OxF6 = OxEF\nnand10 OxF7 = OxEF\nnand10 OxF8 = OxEF\nnand10 OxF9 = OxEF\nnand10 OxFA = OxEF\nnand10 OxFB = OxEF\nnand10 OxFC = OxEF\nnand10 OxFD = OxEF\nnand10 OxFE = OxEF\nnand10 OxFF = OxEF\nnand10 ____ = undefined\nnand11 Ox11 = OxEE\nnand11 Ox12 = OxEF\nnand11 Ox13 = OxEE\nnand11 Ox14 = OxEF\nnand11 Ox15 = OxEE\nnand11 Ox16 = OxEF\nnand11 Ox17 = OxEE\nnand11 Ox18 = OxEF\nnand11 Ox19 = OxEE\nnand11 Ox1A = OxEF\nnand11 Ox1B = OxEE\nnand11 Ox1C = OxEF\nnand11 Ox1D = OxEE\nnand11 Ox1E = OxEF\nnand11 Ox1F = OxEE\nnand11 Ox20 = OxFF\nnand11 Ox21 = OxFE\nnand11 Ox22 = OxFF\nnand11 Ox23 = OxFE\nnand11 Ox24 = OxFF\nnand11 Ox25 = OxFE\nnand11 Ox26 = OxFF\nnand11 Ox27 = OxFE\nnand11 Ox28 = OxFF\nnand11 Ox29 = OxFE\nnand11 Ox2A = OxFF\nnand11 Ox2B = OxFE\nnand11 Ox2C = OxFF\nnand11 Ox2D = OxFE\nnand11 Ox2E = OxFF\nnand11 Ox2F = OxFE\nnand11 Ox30 = OxEF\nnand11 Ox31 = OxEE\nnand11 Ox32 = OxEF\nnand11 Ox33 = OxEE\nnand11 Ox34 = OxEF\nnand11 Ox35 = OxEE\nnand11 Ox36 = OxEF\nnand11 Ox37 = OxEE\nnand11 Ox38 = OxEF\nnand11 Ox39 = OxEE\nnand11 Ox3A = OxEF\nnand11 Ox3B = OxEE\nnand11 Ox3C = OxEF\nnand11 Ox3D = OxEE\nnand11 Ox3E = OxEF\nnand11 Ox3F = OxEE\nnand11 Ox40 = OxFF\nnand11 Ox41 = OxFE\nnand11 Ox42 = OxFF\nnand11 Ox43 = OxFE\nnand11 Ox44 = OxFF\nnand11 Ox45 = OxFE\nnand11 Ox46 = OxFF\nnand11 Ox47 = OxFE\nnand11 Ox48 = OxFF\nnand11 Ox49 = OxFE\nnand11 Ox4A = OxFF\nnand11 Ox4B = OxFE\nnand11 Ox4C = OxFF\nnand11 Ox4D = OxFE\nnand11 Ox4E = OxFF\nnand11 Ox4F = OxFE\nnand11 Ox50 = OxEF\nnand11 Ox51 = OxEE\nnand11 Ox52 = OxEF\nnand11 Ox53 = OxEE\nnand11 Ox54 = OxEF\nnand11 Ox55 = OxEE\nnand11 Ox56 = OxEF\nnand11 Ox57 = OxEE\nnand11 Ox58 = OxEF\nnand11 Ox59 = OxEE\nnand11 Ox5A = OxEF\nnand11 Ox5B = OxEE\nnand11 Ox5C = OxEF\nnand11 Ox5D = OxEE\nnand11 Ox5E = OxEF\nnand11 Ox5F = OxEE\nnand11 Ox60 = OxFF\nnand11 Ox61 = OxFE\nnand11 Ox62 = OxFF\nnand11 Ox63 = OxFE\nnand11 Ox64 = OxFF\nnand11 Ox65 = OxFE\nnand11 Ox66 = OxFF\nnand11 Ox67 = OxFE\nnand11 Ox68 = OxFF\nnand11 Ox69 = OxFE\nnand11 Ox6A = OxFF\nnand11 Ox6B = OxFE\nnand11 Ox6C = OxFF\nnand11 Ox6D = OxFE\nnand11 Ox6E = OxFF\nnand11 Ox6F = OxFE\nnand11 Ox70 = OxEF\nnand11 Ox71 = OxEE\nnand11 Ox72 = OxEF\nnand11 Ox73 = OxEE\nnand11 Ox74 = OxEF\nnand11 Ox75 = OxEE\nnand11 Ox76 = OxEF\nnand11 Ox77 = OxEE\nnand11 Ox78 = OxEF\nnand11 Ox79 = OxEE\nnand11 Ox7A = OxEF\nnand11 Ox7B = OxEE\nnand11 Ox7C = OxEF\nnand11 Ox7D = OxEE\nnand11 Ox7E = OxEF\nnand11 Ox7F = OxEE\nnand11 Ox80 = OxFF\nnand11 Ox81 = OxFE\nnand11 Ox82 = OxFF\nnand11 Ox83 = OxFE\nnand11 Ox84 = OxFF\nnand11 Ox85 = OxFE\nnand11 Ox86 = OxFF\nnand11 Ox87 = OxFE\nnand11 Ox88 = OxFF\nnand11 Ox89 = OxFE\nnand11 Ox8A = OxFF\nnand11 Ox8B = OxFE\nnand11 Ox8C = OxFF\nnand11 Ox8D = OxFE\nnand11 Ox8E = OxFF\nnand11 Ox8F = OxFE\nnand11 Ox90 = OxEF\nnand11 Ox91 = OxEE\nnand11 Ox92 = OxEF\nnand11 Ox93 = OxEE\nnand11 Ox94 = OxEF\nnand11 Ox95 = OxEE\nnand11 Ox96 = OxEF\nnand11 Ox97 = OxEE\nnand11 Ox98 = OxEF\nnand11 Ox99 = OxEE\nnand11 Ox9A = OxEF\nnand11 Ox9B = OxEE\nnand11 Ox9C = OxEF\nnand11 Ox9D = OxEE\nnand11 Ox9E = OxEF\nnand11 Ox9F = OxEE\nnand11 OxA0 = OxFF\nnand11 OxA1 = OxFE\nnand11 OxA2 = OxFF\nnand11 OxA3 = OxFE\nnand11 OxA4 = OxFF\nnand11 OxA5 = OxFE\nnand11 OxA6 = OxFF\nnand11 OxA7 = OxFE\nnand11 OxA8 = OxFF\nnand11 OxA9 = OxFE\nnand11 OxAA = OxFF\nnand11 OxAB = OxFE\nnand11 OxAC = OxFF\nnand11 OxAE = OxFF\nnand11 OxAF = OxFE\nnand11 OxB0 = OxEF\nnand11 OxB1 = OxEE\nnand11 OxB2 = OxEF\nnand11 OxB3 = OxEE\nnand11 OxB4 = OxEF\nnand11 OxB5 = OxEE\nnand11 OxB6 = OxEF\nnand11 OxB7 = OxEE\nnand11 OxB8 = OxEF\nnand11 OxB9 = OxEE\nnand11 OxBA = OxEF\nnand11 OxBB = OxEE\nnand11 OxBC = OxEF\nnand11 OxBD = OxEE\nnand11 OxBE = OxEF\nnand11 OxBF = OxEE\nnand11 OxC0 = OxFF\nnand11 OxC1 = OxFE\nnand11 OxC2 = OxFF\nnand11 OxC3 = OxFE\nnand11 OxC4 = OxFF\nnand11 OxC5 = OxFE\nnand11 OxC6 = OxFF\nnand11 OxC7 = OxFE\nnand11 OxC8 = OxFF\nnand11 OxC9 = OxFE\nnand11 OxCA = OxFF\nnand11 OxCB = OxFE\nnand11 OxCC = OxFF\nnand11 OxCD = OxFE\nnand11 OxCE = OxFF\nnand11 OxCF = OxFE\nnand11 OxD0 = OxEF\nnand11 OxD1 = OxEE\nnand11 OxD2 = OxEF\nnand11 OxD3 = OxEE\nnand11 OxD4 = OxEF\nnand11 OxD5 = OxEE\nnand11 OxD6 = OxEF\nnand11 OxD7 = OxEE\nnand11 OxD8 = OxEF\nnand11 OxD9 = OxEE\nnand11 OxDA = OxEF\nnand11 OxDB = OxEE\nnand11 OxDC = OxEF\nnand11 OxDD = OxEE\nnand11 OxDE = OxEF\nnand11 OxDF = OxEE\nnand11 OxE0 = OxFF\nnand11 OxE1 = OxFE\nnand11 OxE2 = OxFF\nnand11 OxE3 = OxFE\nnand11 OxE4 = OxFF\nnand11 OxE5 = OxFE\nnand11 OxE6 = OxFF\nnand11 OxE7 = OxFE\nnand11 OxE8 = OxFF\nnand11 OxE9 = OxFE\nnand11 OxEA = OxFF\nnand11 OxEB = OxFE\nnand11 OxEC = OxFF\nnand11 OxED = OxFE\nnand11 OxEE = OxFF\nnand11 OxEF = OxFE\nnand11 OxF0 = OxEF\nnand11 OxF1 = OxEE\nnand11 OxF2 = OxEF\nnand11 OxF3 = OxEE\nnand11 OxF4 = OxEF\nnand11 OxF5 = OxEE\nnand11 OxF6 = OxEF\nnand11 OxF7 = OxEE\nnand11 OxF8 = OxEF\nnand11 OxF9 = OxEE\nnand11 OxFA = OxEF\nnand11 OxFB = OxEE\nnand11 OxFC = OxEF\nnand11 OxFD = OxEE\nnand11 OxFE = OxEF\nnand11 OxFF = OxEE\nnand11 ____ = undefined\nnand12 Ox12 = OxED\nnand12 Ox13 = OxED\nnand12 Ox14 = OxEF\nnand12 Ox15 = OxEF\nnand12 Ox16 = OxED\nnand12 Ox17 = OxED\nnand12 Ox18 = OxEF\nnand12 Ox19 = OxEF\nnand12 Ox1A = OxED\nnand12 Ox1B = OxED\nnand12 Ox1C = OxEF\nnand12 Ox1D = OxEF\nnand12 Ox1E = OxED\nnand12 Ox1F = OxED\nnand12 Ox20 = OxFF\nnand12 Ox21 = OxFF\nnand12 Ox22 = OxFD\nnand12 Ox23 = OxFD\nnand12 Ox24 = OxFF\nnand12 Ox25 = OxFF\nnand12 Ox26 = OxFD\nnand12 Ox27 = OxFD\nnand12 Ox28 = OxFF\nnand12 Ox29 = OxFF\nnand12 Ox2A = OxFD\nnand12 Ox2B = OxFD\nnand12 Ox2C = OxFF\nnand12 Ox2D = OxFF\nnand12 Ox2E = OxFD\nnand12 Ox2F = OxFD\nnand12 Ox30 = OxEF\nnand12 Ox31 = OxEF\nnand12 Ox32 = OxED\nnand12 Ox33 = OxED\nnand12 Ox34 = OxEF\nnand12 Ox35 = OxEF\nnand12 Ox36 = OxED\nnand12 Ox37 = OxED\nnand12 Ox38 = OxEF\nnand12 Ox39 = OxEF\nnand12 Ox3A = OxED\nnand12 Ox3B = OxED\nnand12 Ox3C = OxEF\nnand12 Ox3D = OxEF\nnand12 Ox3E = OxED\nnand12 Ox3F = OxED\nnand12 Ox40 = OxFF\nnand12 Ox41 = OxFF\nnand12 Ox42 = OxFD\nnand12 Ox43 = OxFD\nnand12 Ox44 = OxFF\nnand12 Ox45 = OxFF\nnand12 Ox46 = OxFD\nnand12 Ox47 = OxFD\nnand12 Ox48 = OxFF\nnand12 Ox49 = OxFF\nnand12 Ox4A = OxFD\nnand12 Ox4B = OxFD\nnand12 Ox4C = OxFF\nnand12 Ox4D = OxFF\nnand12 Ox4E = OxFD\nnand12 Ox4F = OxFD\nnand12 Ox50 = OxEF\nnand12 Ox51 = OxEF\nnand12 Ox52 = OxED\nnand12 Ox53 = OxED\nnand12 Ox54 = OxEF\nnand12 Ox55 = OxEF\nnand12 Ox56 = OxED\nnand12 Ox57 = OxED\nnand12 Ox58 = OxEF\nnand12 Ox59 = OxEF\nnand12 Ox5A = OxED\nnand12 Ox5B = OxED\nnand12 Ox5C = OxEF\nnand12 Ox5D = OxEF\nnand12 Ox5E = OxED\nnand12 Ox5F = OxED\nnand12 Ox60 = OxFF\nnand12 Ox61 = OxFF\nnand12 Ox62 = OxFD\nnand12 Ox63 = OxFD\nnand12 Ox64 = OxFF\nnand12 Ox65 = OxFF\nnand12 Ox66 = OxFD\nnand12 Ox67 = OxFD\nnand12 Ox68 = OxFF\nnand12 Ox69 = OxFF\nnand12 Ox6A = OxFD\nnand12 Ox6B = OxFD\nnand12 Ox6C = OxFF\nnand12 Ox6D = OxFF\nnand12 Ox6E = OxFD\nnand12 Ox6F = OxFD\nnand12 Ox70 = OxEF\nnand12 Ox71 = OxEF\nnand12 Ox72 = OxED\nnand12 Ox73 = OxED\nnand12 Ox74 = OxEF\nnand12 Ox75 = OxEF\nnand12 Ox76 = OxED\nnand12 Ox77 = OxED\nnand12 Ox78 = OxEF\nnand12 Ox79 = OxEF\nnand12 Ox7A = OxED\nnand12 Ox7B = OxED\nnand12 Ox7C = OxEF\nnand12 Ox7D = OxEF\nnand12 Ox7E = OxED\nnand12 Ox7F = OxED\nnand12 Ox80 = OxFF\nnand12 Ox81 = OxFF\nnand12 Ox82 = OxFD\nnand12 Ox83 = OxFD\nnand12 Ox84 = OxFF\nnand12 Ox85 = OxFF\nnand12 Ox86 = OxFD\nnand12 Ox87 = OxFD\nnand12 Ox88 = OxFF\nnand12 Ox89 = OxFF\nnand12 Ox8A = OxFD\nnand12 Ox8B = OxFD\nnand12 Ox8C = OxFF\nnand12 Ox8D = OxFF\nnand12 Ox8E = OxFD\nnand12 Ox8F = OxFD\nnand12 Ox90 = OxEF\nnand12 Ox91 = OxEF\nnand12 Ox92 = OxED\nnand12 Ox93 = OxED\nnand12 Ox94 = OxEF\nnand12 Ox95 = OxEF\nnand12 Ox96 = OxED\nnand12 Ox97 = OxED\nnand12 Ox98 = OxEF\nnand12 Ox99 = OxEF\nnand12 Ox9A = OxED\nnand12 Ox9B = OxED\nnand12 Ox9C = OxEF\nnand12 Ox9D = OxEF\nnand12 Ox9E = OxED\nnand12 Ox9F = OxED\nnand12 OxA0 = OxFF\nnand12 OxA1 = OxFF\nnand12 OxA2 = OxFD\nnand12 OxA3 = OxFD\nnand12 OxA4 = OxFF\nnand12 OxA5 = OxFF\nnand12 OxA6 = OxFD\nnand12 OxA7 = OxFD\nnand12 OxA8 = OxFF\nnand12 OxA9 = OxFF\nnand12 OxAA = OxFD\nnand12 OxAB = OxFD\nnand12 OxAC = OxFF\nnand12 OxAE = OxFD\nnand12 OxAF = OxFD\nnand12 OxB0 = OxEF\nnand12 OxB1 = OxEF\nnand12 OxB2 = OxED\nnand12 OxB3 = OxED\nnand12 OxB4 = OxEF\nnand12 OxB5 = OxEF\nnand12 OxB6 = OxED\nnand12 OxB7 = OxED\nnand12 OxB8 = OxEF\nnand12 OxB9 = OxEF\nnand12 OxBA = OxED\nnand12 OxBB = OxED\nnand12 OxBC = OxEF\nnand12 OxBD = OxEF\nnand12 OxBE = OxED\nnand12 OxBF = OxED\nnand12 OxC0 = OxFF\nnand12 OxC1 = OxFF\nnand12 OxC2 = OxFD\nnand12 OxC3 = OxFD\nnand12 OxC4 = OxFF\nnand12 OxC5 = OxFF\nnand12 OxC6 = OxFD\nnand12 OxC7 = OxFD\nnand12 OxC8 = OxFF\nnand12 OxC9 = OxFF\nnand12 OxCA = OxFD\nnand12 OxCB = OxFD\nnand12 OxCC = OxFF\nnand12 OxCD = OxFF\nnand12 OxCE = OxFD\nnand12 OxCF = OxFD\nnand12 OxD0 = OxEF\nnand12 OxD1 = OxEF\nnand12 OxD2 = OxED\nnand12 OxD3 = OxED\nnand12 OxD4 = OxEF\nnand12 OxD5 = OxEF\nnand12 OxD6 = OxED\nnand12 OxD7 = OxED\nnand12 OxD8 = OxEF\nnand12 OxD9 = OxEF\nnand12 OxDA = OxED\nnand12 OxDB = OxED\nnand12 OxDC = OxEF\nnand12 OxDD = OxEF\nnand12 OxDE = OxED\nnand12 OxDF = OxED\nnand12 OxE0 = OxFF\nnand12 OxE1 = OxFF\nnand12 OxE2 = OxFD\nnand12 OxE3 = OxFD\nnand12 OxE4 = OxFF\nnand12 OxE5 = OxFF\nnand12 OxE6 = OxFD\nnand12 OxE7 = OxFD\nnand12 OxE8 = OxFF\nnand12 OxE9 = OxFF\nnand12 OxEA = OxFD\nnand12 OxEB = OxFD\nnand12 OxEC = OxFF\nnand12 OxED = OxFF\nnand12 OxEE = OxFD\nnand12 OxEF = OxFD\nnand12 OxF0 = OxEF\nnand12 OxF1 = OxEF\nnand12 OxF2 = OxED\nnand12 OxF3 = OxED\nnand12 OxF4 = OxEF\nnand12 OxF5 = OxEF\nnand12 OxF6 = OxED\nnand12 OxF7 = OxED\nnand12 OxF8 = OxEF\nnand12 OxF9 = OxEF\nnand12 OxFA = OxED\nnand12 OxFB = OxED\nnand12 OxFC = OxEF\nnand12 OxFD = OxEF\nnand12 OxFE = OxED\nnand12 OxFF = OxED\nnand12 ____ = undefined\nnand13 Ox13 = OxEC\nnand13 Ox14 = OxEF\nnand13 Ox15 = OxEE\nnand13 Ox16 = OxED\nnand13 Ox17 = OxEC\nnand13 Ox18 = OxEF\nnand13 Ox19 = OxEE\nnand13 Ox1A = OxED\nnand13 Ox1B = OxEC\nnand13 Ox1C = OxEF\nnand13 Ox1D = OxEE\nnand13 Ox1E = OxED\nnand13 Ox1F = OxEC\nnand13 Ox20 = OxFF\nnand13 Ox21 = OxFE\nnand13 Ox22 = OxFD\nnand13 Ox23 = OxFC\nnand13 Ox24 = OxFF\nnand13 Ox25 = OxFE\nnand13 Ox26 = OxFD\nnand13 Ox27 = OxFC\nnand13 Ox28 = OxFF\nnand13 Ox29 = OxFE\nnand13 Ox2A = OxFD\nnand13 Ox2B = OxFC\nnand13 Ox2C = OxFF\nnand13 Ox2D = OxFE\nnand13 Ox2E = OxFD\nnand13 Ox2F = OxFC\nnand13 Ox30 = OxEF\nnand13 Ox31 = OxEE\nnand13 Ox32 = OxED\nnand13 Ox33 = OxEC\nnand13 Ox34 = OxEF\nnand13 Ox35 = OxEE\nnand13 Ox36 = OxED\nnand13 Ox37 = OxEC\nnand13 Ox38 = OxEF\nnand13 Ox39 = OxEE\nnand13 Ox3A = OxED\nnand13 Ox3B = OxEC\nnand13 Ox3C = OxEF\nnand13 Ox3D = OxEE\nnand13 Ox3E = OxED\nnand13 Ox3F = OxEC\nnand13 Ox40 = OxFF\nnand13 Ox41 = OxFE\nnand13 Ox42 = OxFD\nnand13 Ox43 = OxFC\nnand13 Ox44 = OxFF\nnand13 Ox45 = OxFE\nnand13 Ox46 = OxFD\nnand13 Ox47 = OxFC\nnand13 Ox48 = OxFF\nnand13 Ox49 = OxFE\nnand13 Ox4A = OxFD\nnand13 Ox4B = OxFC\nnand13 Ox4C = OxFF\nnand13 Ox4D = OxFE\nnand13 Ox4E = OxFD\nnand13 Ox4F = OxFC\nnand13 Ox50 = OxEF\nnand13 Ox51 = OxEE\nnand13 Ox52 = OxED\nnand13 Ox53 = OxEC\nnand13 Ox54 = OxEF\nnand13 Ox55 = OxEE\nnand13 Ox56 = OxED\nnand13 Ox57 = OxEC\nnand13 Ox58 = OxEF\nnand13 Ox59 = OxEE\nnand13 Ox5A = OxED\nnand13 Ox5B = OxEC\nnand13 Ox5C = OxEF\nnand13 Ox5D = OxEE\nnand13 Ox5E = OxED\nnand13 Ox5F = OxEC\nnand13 Ox60 = OxFF\nnand13 Ox61 = OxFE\nnand13 Ox62 = OxFD\nnand13 Ox63 = OxFC\nnand13 Ox64 = OxFF\nnand13 Ox65 = OxFE\nnand13 Ox66 = OxFD\nnand13 Ox67 = OxFC\nnand13 Ox68 = OxFF\nnand13 Ox69 = OxFE\nnand13 Ox6A = OxFD\nnand13 Ox6B = OxFC\nnand13 Ox6C = OxFF\nnand13 Ox6D = OxFE\nnand13 Ox6E = OxFD\nnand13 Ox6F = OxFC\nnand13 Ox70 = OxEF\nnand13 Ox71 = OxEE\nnand13 Ox72 = OxED\nnand13 Ox73 = OxEC\nnand13 Ox74 = OxEF\nnand13 Ox75 = OxEE\nnand13 Ox76 = OxED\nnand13 Ox77 = OxEC\nnand13 Ox78 = OxEF\nnand13 Ox79 = OxEE\nnand13 Ox7A = OxED\nnand13 Ox7B = OxEC\nnand13 Ox7C = OxEF\nnand13 Ox7D = OxEE\nnand13 Ox7E = OxED\nnand13 Ox7F = OxEC\nnand13 Ox80 = OxFF\nnand13 Ox81 = OxFE\nnand13 Ox82 = OxFD\nnand13 Ox83 = OxFC\nnand13 Ox84 = OxFF\nnand13 Ox85 = OxFE\nnand13 Ox86 = OxFD\nnand13 Ox87 = OxFC\nnand13 Ox88 = OxFF\nnand13 Ox89 = OxFE\nnand13 Ox8A = OxFD\nnand13 Ox8B = OxFC\nnand13 Ox8C = OxFF\nnand13 Ox8D = OxFE\nnand13 Ox8E = OxFD\nnand13 Ox8F = OxFC\nnand13 Ox90 = OxEF\nnand13 Ox91 = OxEE\nnand13 Ox92 = OxED\nnand13 Ox93 = OxEC\nnand13 Ox94 = OxEF\nnand13 Ox95 = OxEE\nnand13 Ox96 = OxED\nnand13 Ox97 = OxEC\nnand13 Ox98 = OxEF\nnand13 Ox99 = OxEE\nnand13 Ox9A = OxED\nnand13 Ox9B = OxEC\nnand13 Ox9C = OxEF\nnand13 Ox9D = OxEE\nnand13 Ox9E = OxED\nnand13 Ox9F = OxEC\nnand13 OxA0 = OxFF\nnand13 OxA1 = OxFE\nnand13 OxA2 = OxFD\nnand13 OxA3 = OxFC\nnand13 OxA4 = OxFF\nnand13 OxA5 = OxFE\nnand13 OxA6 = OxFD\nnand13 OxA7 = OxFC\nnand13 OxA8 = OxFF\nnand13 OxA9 = OxFE\nnand13 OxAA = OxFD\nnand13 OxAB = OxFC\nnand13 OxAC = OxFF\nnand13 OxAE = OxFD\nnand13 OxAF = OxFC\nnand13 OxB0 = OxEF\nnand13 OxB1 = OxEE\nnand13 OxB2 = OxED\nnand13 OxB3 = OxEC\nnand13 OxB4 = OxEF\nnand13 OxB5 = OxEE\nnand13 OxB6 = OxED\nnand13 OxB7 = OxEC\nnand13 OxB8 = OxEF\nnand13 OxB9 = OxEE\nnand13 OxBA = OxED\nnand13 OxBB = OxEC\nnand13 OxBC = OxEF\nnand13 OxBD = OxEE\nnand13 OxBE = OxED\nnand13 OxBF = OxEC\nnand13 OxC0 = OxFF\nnand13 OxC1 = OxFE\nnand13 OxC2 = OxFD\nnand13 OxC3 = OxFC\nnand13 OxC4 = OxFF\nnand13 OxC5 = OxFE\nnand13 OxC6 = OxFD\nnand13 OxC7 = OxFC\nnand13 OxC8 = OxFF\nnand13 OxC9 = OxFE\nnand13 OxCA = OxFD\nnand13 OxCB = OxFC\nnand13 OxCC = OxFF\nnand13 OxCD = OxFE\nnand13 OxCE = OxFD\nnand13 OxCF = OxFC\nnand13 OxD0 = OxEF\nnand13 OxD1 = OxEE\nnand13 OxD2 = OxED\nnand13 OxD3 = OxEC\nnand13 OxD4 = OxEF\nnand13 OxD5 = OxEE\nnand13 OxD6 = OxED\nnand13 OxD7 = OxEC\nnand13 OxD8 = OxEF\nnand13 OxD9 = OxEE\nnand13 OxDA = OxED\nnand13 OxDB = OxEC\nnand13 OxDC = OxEF\nnand13 OxDD = OxEE\nnand13 OxDE = OxED\nnand13 OxDF = OxEC\nnand13 OxE0 = OxFF\nnand13 OxE1 = OxFE\nnand13 OxE2 = OxFD\nnand13 OxE3 = OxFC\nnand13 OxE4 = OxFF\nnand13 OxE5 = OxFE\nnand13 OxE6 = OxFD\nnand13 OxE7 = OxFC\nnand13 OxE8 = OxFF\nnand13 OxE9 = OxFE\nnand13 OxEA = OxFD\nnand13 OxEB = OxFC\nnand13 OxEC = OxFF\nnand13 OxED = OxFE\nnand13 OxEE = OxFD\nnand13 OxEF = OxFC\nnand13 OxF0 = OxEF\nnand13 OxF1 = OxEE\nnand13 OxF2 = OxED\nnand13 OxF3 = OxEC\nnand13 OxF4 = OxEF\nnand13 OxF5 = OxEE\nnand13 OxF6 = OxED\nnand13 OxF7 = OxEC\nnand13 OxF8 = OxEF\nnand13 OxF9 = OxEE\nnand13 OxFA = OxED\nnand13 OxFB = OxEC\nnand13 OxFC = OxEF\nnand13 OxFD = OxEE\nnand13 OxFE = OxED\nnand13 OxFF = OxEC\nnand13 ____ = undefined\nnand14 Ox14 = OxEB\nnand14 Ox15 = OxEB\nnand14 Ox16 = OxEB\nnand14 Ox17 = OxEB\nnand14 Ox18 = OxEF\nnand14 Ox19 = OxEF\nnand14 Ox1A = OxEF\nnand14 Ox1B = OxEF\nnand14 Ox1C = OxEB\nnand14 Ox1D = OxEB\nnand14 Ox1E = OxEB\nnand14 Ox1F = OxEB\nnand14 Ox20 = OxFF\nnand14 Ox21 = OxFF\nnand14 Ox22 = OxFF\nnand14 Ox23 = OxFF\nnand14 Ox24 = OxFB\nnand14 Ox25 = OxFB\nnand14 Ox26 = OxFB\nnand14 Ox27 = OxFB\nnand14 Ox28 = OxFF\nnand14 Ox29 = OxFF\nnand14 Ox2A = OxFF\nnand14 Ox2B = OxFF\nnand14 Ox2C = OxFB\nnand14 Ox2D = OxFB\nnand14 Ox2E = OxFB\nnand14 Ox2F = OxFB\nnand14 Ox30 = OxEF\nnand14 Ox31 = OxEF\nnand14 Ox32 = OxEF\nnand14 Ox33 = OxEF\nnand14 Ox34 = OxEB\nnand14 Ox35 = OxEB\nnand14 Ox36 = OxEB\nnand14 Ox37 = OxEB\nnand14 Ox38 = OxEF\nnand14 Ox39 = OxEF\nnand14 Ox3A = OxEF\nnand14 Ox3B = OxEF\nnand14 Ox3C = OxEB\nnand14 Ox3D = OxEB\nnand14 Ox3E = OxEB\nnand14 Ox3F = OxEB\nnand14 Ox40 = OxFF\nnand14 Ox41 = OxFF\nnand14 Ox42 = OxFF\nnand14 Ox43 = OxFF\nnand14 Ox44 = OxFB\nnand14 Ox45 = OxFB\nnand14 Ox46 = OxFB\nnand14 Ox47 = OxFB\nnand14 Ox48 = OxFF\nnand14 Ox49 = OxFF\nnand14 Ox4A = OxFF\nnand14 Ox4B = OxFF\nnand14 Ox4C = OxFB\nnand14 Ox4D = OxFB\nnand14 Ox4E = OxFB\nnand14 Ox4F = OxFB\nnand14 Ox50 = OxEF\nnand14 Ox51 = OxEF\nnand14 Ox52 = OxEF\nnand14 Ox53 = OxEF\nnand14 Ox54 = OxEB\nnand14 Ox55 = OxEB\nnand14 Ox56 = OxEB\nnand14 Ox57 = OxEB\nnand14 Ox58 = OxEF\nnand14 Ox59 = OxEF\nnand14 Ox5A = OxEF\nnand14 Ox5B = OxEF\nnand14 Ox5C = OxEB\nnand14 Ox5D = OxEB\nnand14 Ox5E = OxEB\nnand14 Ox5F = OxEB\nnand14 Ox60 = OxFF\nnand14 Ox61 = OxFF\nnand14 Ox62 = OxFF\nnand14 Ox63 = OxFF\nnand14 Ox64 = OxFB\nnand14 Ox65 = OxFB\nnand14 Ox66 = OxFB\nnand14 Ox67 = OxFB\nnand14 Ox68 = OxFF\nnand14 Ox69 = OxFF\nnand14 Ox6A = OxFF\nnand14 Ox6B = OxFF\nnand14 Ox6C = OxFB\nnand14 Ox6D = OxFB\nnand14 Ox6E = OxFB\nnand14 Ox6F = OxFB\nnand14 Ox70 = OxEF\nnand14 Ox71 = OxEF\nnand14 Ox72 = OxEF\nnand14 Ox73 = OxEF\nnand14 Ox74 = OxEB\nnand14 Ox75 = OxEB\nnand14 Ox76 = OxEB\nnand14 Ox77 = OxEB\nnand14 Ox78 = OxEF\nnand14 Ox79 = OxEF\nnand14 Ox7A = OxEF\nnand14 Ox7B = OxEF\nnand14 Ox7C = OxEB\nnand14 Ox7D = OxEB\nnand14 Ox7E = OxEB\nnand14 Ox7F = OxEB\nnand14 Ox80 = OxFF\nnand14 Ox81 = OxFF\nnand14 Ox82 = OxFF\nnand14 Ox83 = OxFF\nnand14 Ox84 = OxFB\nnand14 Ox85 = OxFB\nnand14 Ox86 = OxFB\nnand14 Ox87 = OxFB\nnand14 Ox88 = OxFF\nnand14 Ox89 = OxFF\nnand14 Ox8A = OxFF\nnand14 Ox8B = OxFF\nnand14 Ox8C = OxFB\nnand14 Ox8D = OxFB\nnand14 Ox8E = OxFB\nnand14 Ox8F = OxFB\nnand14 Ox90 = OxEF\nnand14 Ox91 = OxEF\nnand14 Ox92 = OxEF\nnand14 Ox93 = OxEF\nnand14 Ox94 = OxEB\nnand14 Ox95 = OxEB\nnand14 Ox96 = OxEB\nnand14 Ox97 = OxEB\nnand14 Ox98 = OxEF\nnand14 Ox99 = OxEF\nnand14 Ox9A = OxEF\nnand14 Ox9B = OxEF\nnand14 Ox9C = OxEB\nnand14 Ox9D = OxEB\nnand14 Ox9E = OxEB\nnand14 Ox9F = OxEB\nnand14 OxA0 = OxFF\nnand14 OxA1 = OxFF\nnand14 OxA2 = OxFF\nnand14 OxA3 = OxFF\nnand14 OxA4 = OxFB\nnand14 OxA5 = OxFB\nnand14 OxA6 = OxFB\nnand14 OxA7 = OxFB\nnand14 OxA8 = OxFF\nnand14 OxA9 = OxFF\nnand14 OxAA = OxFF\nnand14 OxAB = OxFF\nnand14 OxAC = OxFB\nnand14 OxAE = OxFB\nnand14 OxAF = OxFB\nnand14 OxB0 = OxEF\nnand14 OxB1 = OxEF\nnand14 OxB2 = OxEF\nnand14 OxB3 = OxEF\nnand14 OxB4 = OxEB\nnand14 OxB5 = OxEB\nnand14 OxB6 = OxEB\nnand14 OxB7 = OxEB\nnand14 OxB8 = OxEF\nnand14 OxB9 = OxEF\nnand14 OxBA = OxEF\nnand14 OxBB = OxEF\nnand14 OxBC = OxEB\nnand14 OxBD = OxEB\nnand14 OxBE = OxEB\nnand14 OxBF = OxEB\nnand14 OxC0 = OxFF\nnand14 OxC1 = OxFF\nnand14 OxC2 = OxFF\nnand14 OxC3 = OxFF\nnand14 OxC4 = OxFB\nnand14 OxC5 = OxFB\nnand14 OxC6 = OxFB\nnand14 OxC7 = OxFB\nnand14 OxC8 = OxFF\nnand14 OxC9 = OxFF\nnand14 OxCA = OxFF\nnand14 OxCB = OxFF\nnand14 OxCC = OxFB\nnand14 OxCD = OxFB\nnand14 OxCE = OxFB\nnand14 OxCF = OxFB\nnand14 OxD0 = OxEF\nnand14 OxD1 = OxEF\nnand14 OxD2 = OxEF\nnand14 OxD3 = OxEF\nnand14 OxD4 = OxEB\nnand14 OxD5 = OxEB\nnand14 OxD6 = OxEB\nnand14 OxD7 = OxEB\nnand14 OxD8 = OxEF\nnand14 OxD9 = OxEF\nnand14 OxDA = OxEF\nnand14 OxDB = OxEF\nnand14 OxDC = OxEB\nnand14 OxDD = OxEB\nnand14 OxDE = OxEB\nnand14 OxDF = OxEB\nnand14 OxE0 = OxFF\nnand14 OxE1 = OxFF\nnand14 OxE2 = OxFF\nnand14 OxE3 = OxFF\nnand14 OxE4 = OxFB\nnand14 OxE5 = OxFB\nnand14 OxE6 = OxFB\nnand14 OxE7 = OxFB\nnand14 OxE8 = OxFF\nnand14 OxE9 = OxFF\nnand14 OxEA = OxFF\nnand14 OxEB = OxFF\nnand14 OxEC = OxFB\nnand14 OxED = OxFB\nnand14 OxEE = OxFB\nnand14 OxEF = OxFB\nnand14 OxF0 = OxEF\nnand14 OxF1 = OxEF\nnand14 OxF2 = OxEF\nnand14 OxF3 = OxEF\nnand14 OxF4 = OxEB\nnand14 OxF5 = OxEB\nnand14 OxF6 = OxEB\nnand14 OxF7 = OxEB\nnand14 OxF8 = OxEF\nnand14 OxF9 = OxEF\nnand14 OxFA = OxEF\nnand14 OxFB = OxEF\nnand14 OxFC = OxEB\nnand14 OxFD = OxEB\nnand14 OxFE = OxEB\nnand14 OxFF = OxEB\nnand14 ____ = undefined\nnand15 Ox15 = OxEA\nnand15 Ox16 = OxEB\nnand15 Ox17 = OxEA\nnand15 Ox18 = OxEF\nnand15 Ox19 = OxEE\nnand15 Ox1A = OxEF\nnand15 Ox1B = OxEE\nnand15 Ox1C = OxEB\nnand15 Ox1D = OxEA\nnand15 Ox1E = OxEB\nnand15 Ox1F = OxEA\nnand15 Ox20 = OxFF\nnand15 Ox21 = OxFE\nnand15 Ox22 = OxFF\nnand15 Ox23 = OxFE\nnand15 Ox24 = OxFB\nnand15 Ox25 = OxFA\nnand15 Ox26 = OxFB\nnand15 Ox27 = OxFA\nnand15 Ox28 = OxFF\nnand15 Ox29 = OxFE\nnand15 Ox2A = OxFF\nnand15 Ox2B = OxFE\nnand15 Ox2C = OxFB\nnand15 Ox2D = OxFA\nnand15 Ox2E = OxFB\nnand15 Ox2F = OxFA\nnand15 Ox30 = OxEF\nnand15 Ox31 = OxEE\nnand15 Ox32 = OxEF\nnand15 Ox33 = OxEE\nnand15 Ox34 = OxEB\nnand15 Ox35 = OxEA\nnand15 Ox36 = OxEB\nnand15 Ox37 = OxEA\nnand15 Ox38 = OxEF\nnand15 Ox39 = OxEE\nnand15 Ox3A = OxEF\nnand15 Ox3B = OxEE\nnand15 Ox3C = OxEB\nnand15 Ox3D = OxEA\nnand15 Ox3E = OxEB\nnand15 Ox3F = OxEA\nnand15 Ox40 = OxFF\nnand15 Ox41 = OxFE\nnand15 Ox42 = OxFF\nnand15 Ox43 = OxFE\nnand15 Ox44 = OxFB\nnand15 Ox45 = OxFA\nnand15 Ox46 = OxFB\nnand15 Ox47 = OxFA\nnand15 Ox48 = OxFF\nnand15 Ox49 = OxFE\nnand15 Ox4A = OxFF\nnand15 Ox4B = OxFE\nnand15 Ox4C = OxFB\nnand15 Ox4D = OxFA\nnand15 Ox4E = OxFB\nnand15 Ox4F = OxFA\nnand15 Ox50 = OxEF\nnand15 Ox51 = OxEE\nnand15 Ox52 = OxEF\nnand15 Ox53 = OxEE\nnand15 Ox54 = OxEB\nnand15 Ox55 = OxEA\nnand15 Ox56 = OxEB\nnand15 Ox57 = OxEA\nnand15 Ox58 = OxEF\nnand15 Ox59 = OxEE\nnand15 Ox5A = OxEF\nnand15 Ox5B = OxEE\nnand15 Ox5C = OxEB\nnand15 Ox5D = OxEA\nnand15 Ox5E = OxEB\nnand15 Ox5F = OxEA\nnand15 Ox60 = OxFF\nnand15 Ox61 = OxFE\nnand15 Ox62 = OxFF\nnand15 Ox63 = OxFE\nnand15 Ox64 = OxFB\nnand15 Ox65 = OxFA\nnand15 Ox66 = OxFB\nnand15 Ox67 = OxFA\nnand15 Ox68 = OxFF\nnand15 Ox69 = OxFE\nnand15 Ox6A = OxFF\nnand15 Ox6B = OxFE\nnand15 Ox6C = OxFB\nnand15 Ox6D = OxFA\nnand15 Ox6E = OxFB\nnand15 Ox6F = OxFA\nnand15 Ox70 = OxEF\nnand15 Ox71 = OxEE\nnand15 Ox72 = OxEF\nnand15 Ox73 = OxEE\nnand15 Ox74 = OxEB\nnand15 Ox75 = OxEA\nnand15 Ox76 = OxEB\nnand15 Ox77 = OxEA\nnand15 Ox78 = OxEF\nnand15 Ox79 = OxEE\nnand15 Ox7A = OxEF\nnand15 Ox7B = OxEE\nnand15 Ox7C = OxEB\nnand15 Ox7D = OxEA\nnand15 Ox7E = OxEB\nnand15 Ox7F = OxEA\nnand15 Ox80 = OxFF\nnand15 Ox81 = OxFE\nnand15 Ox82 = OxFF\nnand15 Ox83 = OxFE\nnand15 Ox84 = OxFB\nnand15 Ox85 = OxFA\nnand15 Ox86 = OxFB\nnand15 Ox87 = OxFA\nnand15 Ox88 = OxFF\nnand15 Ox89 = OxFE\nnand15 Ox8A = OxFF\nnand15 Ox8B = OxFE\nnand15 Ox8C = OxFB\nnand15 Ox8D = OxFA\nnand15 Ox8E = OxFB\nnand15 Ox8F = OxFA\nnand15 Ox90 = OxEF\nnand15 Ox91 = OxEE\nnand15 Ox92 = OxEF\nnand15 Ox93 = OxEE\nnand15 Ox94 = OxEB\nnand15 Ox95 = OxEA\nnand15 Ox96 = OxEB\nnand15 Ox97 = OxEA\nnand15 Ox98 = OxEF\nnand15 Ox99 = OxEE\nnand15 Ox9A = OxEF\nnand15 Ox9B = OxEE\nnand15 Ox9C = OxEB\nnand15 Ox9D = OxEA\nnand15 Ox9E = OxEB\nnand15 Ox9F = OxEA\nnand15 OxA0 = OxFF\nnand15 OxA1 = OxFE\nnand15 OxA2 = OxFF\nnand15 OxA3 = OxFE\nnand15 OxA4 = OxFB\nnand15 OxA5 = OxFA\nnand15 OxA6 = OxFB\nnand15 OxA7 = OxFA\nnand15 OxA8 = OxFF\nnand15 OxA9 = OxFE\nnand15 OxAA = OxFF\nnand15 OxAB = OxFE\nnand15 OxAC = OxFB\nnand15 OxAE = OxFB\nnand15 OxAF = OxFA\nnand15 OxB0 = OxEF\nnand15 OxB1 = OxEE\nnand15 OxB2 = OxEF\nnand15 OxB3 = OxEE\nnand15 OxB4 = OxEB\nnand15 OxB5 = OxEA\nnand15 OxB6 = OxEB\nnand15 OxB7 = OxEA\nnand15 OxB8 = OxEF\nnand15 OxB9 = OxEE\nnand15 OxBA = OxEF\nnand15 OxBB = OxEE\nnand15 OxBC = OxEB\nnand15 OxBD = OxEA\nnand15 OxBE = OxEB\nnand15 OxBF = OxEA\nnand15 OxC0 = OxFF\nnand15 OxC1 = OxFE\nnand15 OxC2 = OxFF\nnand15 OxC3 = OxFE\nnand15 OxC4 = OxFB\nnand15 OxC5 = OxFA\nnand15 OxC6 = OxFB\nnand15 OxC7 = OxFA\nnand15 OxC8 = OxFF\nnand15 OxC9 = OxFE\nnand15 OxCA = OxFF\nnand15 OxCB = OxFE\nnand15 OxCC = OxFB\nnand15 OxCD = OxFA\nnand15 OxCE = OxFB\nnand15 OxCF = OxFA\nnand15 OxD0 = OxEF\nnand15 OxD1 = OxEE\nnand15 OxD2 = OxEF\nnand15 OxD3 = OxEE\nnand15 OxD4 = OxEB\nnand15 OxD5 = OxEA\nnand15 OxD6 = OxEB\nnand15 OxD7 = OxEA\nnand15 OxD8 = OxEF\nnand15 OxD9 = OxEE\nnand15 OxDA = OxEF\nnand15 OxDB = OxEE\nnand15 OxDC = OxEB\nnand15 OxDD = OxEA\nnand15 OxDE = OxEB\nnand15 OxDF = OxEA\nnand15 OxE0 = OxFF\nnand15 OxE1 = OxFE\nnand15 OxE2 = OxFF\nnand15 OxE3 = OxFE\nnand15 OxE4 = OxFB\nnand15 OxE5 = OxFA\nnand15 OxE6 = OxFB\nnand15 OxE7 = OxFA\nnand15 OxE8 = OxFF\nnand15 OxE9 = OxFE\nnand15 OxEA = OxFF\nnand15 OxEB = OxFE\nnand15 OxEC = OxFB\nnand15 OxED = OxFA\nnand15 OxEE = OxFB\nnand15 OxEF = OxFA\nnand15 OxF0 = OxEF\nnand15 OxF1 = OxEE\nnand15 OxF2 = OxEF\nnand15 OxF3 = OxEE\nnand15 OxF4 = OxEB\nnand15 OxF5 = OxEA\nnand15 OxF6 = OxEB\nnand15 OxF7 = OxEA\nnand15 OxF8 = OxEF\nnand15 OxF9 = OxEE\nnand15 OxFA = OxEF\nnand15 OxFB = OxEE\nnand15 OxFC = OxEB\nnand15 OxFD = OxEA\nnand15 OxFE = OxEB\nnand15 OxFF = OxEA\nnand15 ____ = undefined\nnand16 Ox16 = OxE9\nnand16 Ox17 = OxE9\nnand16 Ox18 = OxEF\nnand16 Ox19 = OxEF\nnand16 Ox1A = OxED\nnand16 Ox1B = OxED\nnand16 Ox1C = OxEB\nnand16 Ox1D = OxEB\nnand16 Ox1E = OxE9\nnand16 Ox1F = OxE9\nnand16 Ox20 = OxFF\nnand16 Ox21 = OxFF\nnand16 Ox22 = OxFD\nnand16 Ox23 = OxFD\nnand16 Ox24 = OxFB\nnand16 Ox25 = OxFB\nnand16 Ox26 = OxF9\nnand16 Ox27 = OxF9\nnand16 Ox28 = OxFF\nnand16 Ox29 = OxFF\nnand16 Ox2A = OxFD\nnand16 Ox2B = OxFD\nnand16 Ox2C = OxFB\nnand16 Ox2D = OxFB\nnand16 Ox2E = OxF9\nnand16 Ox2F = OxF9\nnand16 Ox30 = OxEF\nnand16 Ox31 = OxEF\nnand16 Ox32 = OxED\nnand16 Ox33 = OxED\nnand16 Ox34 = OxEB\nnand16 Ox35 = OxEB\nnand16 Ox36 = OxE9\nnand16 Ox37 = OxE9\nnand16 Ox38 = OxEF\nnand16 Ox39 = OxEF\nnand16 Ox3A = OxED\nnand16 Ox3B = OxED\nnand16 Ox3C = OxEB\nnand16 Ox3D = OxEB\nnand16 Ox3E = OxE9\nnand16 Ox3F = OxE9\nnand16 Ox40 = OxFF\nnand16 Ox41 = OxFF\nnand16 Ox42 = OxFD\nnand16 Ox43 = OxFD\nnand16 Ox44 = OxFB\nnand16 Ox45 = OxFB\nnand16 Ox46 = OxF9\nnand16 Ox47 = OxF9\nnand16 Ox48 = OxFF\nnand16 Ox49 = OxFF\nnand16 Ox4A = OxFD\nnand16 Ox4B = OxFD\nnand16 Ox4C = OxFB\nnand16 Ox4D = OxFB\nnand16 Ox4E = OxF9\nnand16 Ox4F = OxF9\nnand16 Ox50 = OxEF\nnand16 Ox51 = OxEF\nnand16 Ox52 = OxED\nnand16 Ox53 = OxED\nnand16 Ox54 = OxEB\nnand16 Ox55 = OxEB\nnand16 Ox56 = OxE9\nnand16 Ox57 = OxE9\nnand16 Ox58 = OxEF\nnand16 Ox59 = OxEF\nnand16 Ox5A = OxED\nnand16 Ox5B = OxED\nnand16 Ox5C = OxEB\nnand16 Ox5D = OxEB\nnand16 Ox5E = OxE9\nnand16 Ox5F = OxE9\nnand16 Ox60 = OxFF\nnand16 Ox61 = OxFF\nnand16 Ox62 = OxFD\nnand16 Ox63 = OxFD\nnand16 Ox64 = OxFB\nnand16 Ox65 = OxFB\nnand16 Ox66 = OxF9\nnand16 Ox67 = OxF9\nnand16 Ox68 = OxFF\nnand16 Ox69 = OxFF\nnand16 Ox6A = OxFD\nnand16 Ox6B = OxFD\nnand16 Ox6C = OxFB\nnand16 Ox6D = OxFB\nnand16 Ox6E = OxF9\nnand16 Ox6F = OxF9\nnand16 Ox70 = OxEF\nnand16 Ox71 = OxEF\nnand16 Ox72 = OxED\nnand16 Ox73 = OxED\nnand16 Ox74 = OxEB\nnand16 Ox75 = OxEB\nnand16 Ox76 = OxE9\nnand16 Ox77 = OxE9\nnand16 Ox78 = OxEF\nnand16 Ox79 = OxEF\nnand16 Ox7A = OxED\nnand16 Ox7B = OxED\nnand16 Ox7C = OxEB\nnand16 Ox7D = OxEB\nnand16 Ox7E = OxE9\nnand16 Ox7F = OxE9\nnand16 Ox80 = OxFF\nnand16 Ox81 = OxFF\nnand16 Ox82 = OxFD\nnand16 Ox83 = OxFD\nnand16 Ox84 = OxFB\nnand16 Ox85 = OxFB\nnand16 Ox86 = OxF9\nnand16 Ox87 = OxF9\nnand16 Ox88 = OxFF\nnand16 Ox89 = OxFF\nnand16 Ox8A = OxFD\nnand16 Ox8B = OxFD\nnand16 Ox8C = OxFB\nnand16 Ox8D = OxFB\nnand16 Ox8E = OxF9\nnand16 Ox8F = OxF9\nnand16 Ox90 = OxEF\nnand16 Ox91 = OxEF\nnand16 Ox92 = OxED\nnand16 Ox93 = OxED\nnand16 Ox94 = OxEB\nnand16 Ox95 = OxEB\nnand16 Ox96 = OxE9\nnand16 Ox97 = OxE9\nnand16 Ox98 = OxEF\nnand16 Ox99 = OxEF\nnand16 Ox9A = OxED\nnand16 Ox9B = OxED\nnand16 Ox9C = OxEB\nnand16 Ox9D = OxEB\nnand16 Ox9E = OxE9\nnand16 Ox9F = OxE9\nnand16 OxA0 = OxFF\nnand16 OxA1 = OxFF\nnand16 OxA2 = OxFD\nnand16 OxA3 = OxFD\nnand16 OxA4 = OxFB\nnand16 OxA5 = OxFB\nnand16 OxA6 = OxF9\nnand16 OxA7 = OxF9\nnand16 OxA8 = OxFF\nnand16 OxA9 = OxFF\nnand16 OxAA = OxFD\nnand16 OxAB = OxFD\nnand16 OxAC = OxFB\nnand16 OxAE = OxF9\nnand16 OxAF = OxF9\nnand16 OxB0 = OxEF\nnand16 OxB1 = OxEF\nnand16 OxB2 = OxED\nnand16 OxB3 = OxED\nnand16 OxB4 = OxEB\nnand16 OxB5 = OxEB\nnand16 OxB6 = OxE9\nnand16 OxB7 = OxE9\nnand16 OxB8 = OxEF\nnand16 OxB9 = OxEF\nnand16 OxBA = OxED\nnand16 OxBB = OxED\nnand16 OxBC = OxEB\nnand16 OxBD = OxEB\nnand16 OxBE = OxE9\nnand16 OxBF = OxE9\nnand16 OxC0 = OxFF\nnand16 OxC1 = OxFF\nnand16 OxC2 = OxFD\nnand16 OxC3 = OxFD\nnand16 OxC4 = OxFB\nnand16 OxC5 = OxFB\nnand16 OxC6 = OxF9\nnand16 OxC7 = OxF9\nnand16 OxC8 = OxFF\nnand16 OxC9 = OxFF\nnand16 OxCA = OxFD\nnand16 OxCB = OxFD\nnand16 OxCC = OxFB\nnand16 OxCD = OxFB\nnand16 OxCE = OxF9\nnand16 OxCF = OxF9\nnand16 OxD0 = OxEF\nnand16 OxD1 = OxEF\nnand16 OxD2 = OxED\nnand16 OxD3 = OxED\nnand16 OxD4 = OxEB\nnand16 OxD5 = OxEB\nnand16 OxD6 = OxE9\nnand16 OxD7 = OxE9\nnand16 OxD8 = OxEF\nnand16 OxD9 = OxEF\nnand16 OxDA = OxED\nnand16 OxDB = OxED\nnand16 OxDC = OxEB\nnand16 OxDD = OxEB\nnand16 OxDE = OxE9\nnand16 OxDF = OxE9\nnand16 OxE0 = OxFF\nnand16 OxE1 = OxFF\nnand16 OxE2 = OxFD\nnand16 OxE3 = OxFD\nnand16 OxE4 = OxFB\nnand16 OxE5 = OxFB\nnand16 OxE6 = OxF9\nnand16 OxE7 = OxF9\nnand16 OxE8 = OxFF\nnand16 OxE9 = OxFF\nnand16 OxEA = OxFD\nnand16 OxEB = OxFD\nnand16 OxEC = OxFB\nnand16 OxED = OxFB\nnand16 OxEE = OxF9\nnand16 OxEF = OxF9\nnand16 OxF0 = OxEF\nnand16 OxF1 = OxEF\nnand16 OxF2 = OxED\nnand16 OxF3 = OxED\nnand16 OxF4 = OxEB\nnand16 OxF5 = OxEB\nnand16 OxF6 = OxE9\nnand16 OxF7 = OxE9\nnand16 OxF8 = OxEF\nnand16 OxF9 = OxEF\nnand16 OxFA = OxED\nnand16 OxFB = OxED\nnand16 OxFC = OxEB\nnand16 OxFD = OxEB\nnand16 OxFE = OxE9\nnand16 OxFF = OxE9\nnand16 ____ = undefined\nnand17 Ox17 = OxE8\nnand17 Ox18 = OxEF\nnand17 Ox19 = OxEE\nnand17 Ox1A = OxED\nnand17 Ox1B = OxEC\nnand17 Ox1C = OxEB\nnand17 Ox1D = OxEA\nnand17 Ox1E = OxE9\nnand17 Ox1F = OxE8\nnand17 Ox20 = OxFF\nnand17 Ox21 = OxFE\nnand17 Ox22 = OxFD\nnand17 Ox23 = OxFC\nnand17 Ox24 = OxFB\nnand17 Ox25 = OxFA\nnand17 Ox26 = OxF9\nnand17 Ox27 = OxF8\nnand17 Ox28 = OxFF\nnand17 Ox29 = OxFE\nnand17 Ox2A = OxFD\nnand17 Ox2B = OxFC\nnand17 Ox2C = OxFB\nnand17 Ox2D = OxFA\nnand17 Ox2E = OxF9\nnand17 Ox2F = OxF8\nnand17 Ox30 = OxEF\nnand17 Ox31 = OxEE\nnand17 Ox32 = OxED\nnand17 Ox33 = OxEC\nnand17 Ox34 = OxEB\nnand17 Ox35 = OxEA\nnand17 Ox36 = OxE9\nnand17 Ox37 = OxE8\nnand17 Ox38 = OxEF\nnand17 Ox39 = OxEE\nnand17 Ox3A = OxED\nnand17 Ox3B = OxEC\nnand17 Ox3C = OxEB\nnand17 Ox3D = OxEA\nnand17 Ox3E = OxE9\nnand17 Ox3F = OxE8\nnand17 Ox40 = OxFF\nnand17 Ox41 = OxFE\nnand17 Ox42 = OxFD\nnand17 Ox43 = OxFC\nnand17 Ox44 = OxFB\nnand17 Ox45 = OxFA\nnand17 Ox46 = OxF9\nnand17 Ox47 = OxF8\nnand17 Ox48 = OxFF\nnand17 Ox49 = OxFE\nnand17 Ox4A = OxFD\nnand17 Ox4B = OxFC\nnand17 Ox4C = OxFB\nnand17 Ox4D = OxFA\nnand17 Ox4E = OxF9\nnand17 Ox4F = OxF8\nnand17 Ox50 = OxEF\nnand17 Ox51 = OxEE\nnand17 Ox52 = OxED\nnand17 Ox53 = OxEC\nnand17 Ox54 = OxEB\nnand17 Ox55 = OxEA\nnand17 Ox56 = OxE9\nnand17 Ox57 = OxE8\nnand17 Ox58 = OxEF\nnand17 Ox59 = OxEE\nnand17 Ox5A = OxED\nnand17 Ox5B = OxEC\nnand17 Ox5C = OxEB\nnand17 Ox5D = OxEA\nnand17 Ox5E = OxE9\nnand17 Ox5F = OxE8\nnand17 Ox60 = OxFF\nnand17 Ox61 = OxFE\nnand17 Ox62 = OxFD\nnand17 Ox63 = OxFC\nnand17 Ox64 = OxFB\nnand17 Ox65 = OxFA\nnand17 Ox66 = OxF9\nnand17 Ox67 = OxF8\nnand17 Ox68 = OxFF\nnand17 Ox69 = OxFE\nnand17 Ox6A = OxFD\nnand17 Ox6B = OxFC\nnand17 Ox6C = OxFB\nnand17 Ox6D = OxFA\nnand17 Ox6E = OxF9\nnand17 Ox6F = OxF8\nnand17 Ox70 = OxEF\nnand17 Ox71 = OxEE\nnand17 Ox72 = OxED\nnand17 Ox73 = OxEC\nnand17 Ox74 = OxEB\nnand17 Ox75 = OxEA\nnand17 Ox76 = OxE9\nnand17 Ox77 = OxE8\nnand17 Ox78 = OxEF\nnand17 Ox79 = OxEE\nnand17 Ox7A = OxED\nnand17 Ox7B = OxEC\nnand17 Ox7C = OxEB\nnand17 Ox7D = OxEA\nnand17 Ox7E = OxE9\nnand17 Ox7F = OxE8\nnand17 Ox80 = OxFF\nnand17 Ox81 = OxFE\nnand17 Ox82 = OxFD\nnand17 Ox83 = OxFC\nnand17 Ox84 = OxFB\nnand17 Ox85 = OxFA\nnand17 Ox86 = OxF9\nnand17 Ox87 = OxF8\nnand17 Ox88 = OxFF\nnand17 Ox89 = OxFE\nnand17 Ox8A = OxFD\nnand17 Ox8B = OxFC\nnand17 Ox8C = OxFB\nnand17 Ox8D = OxFA\nnand17 Ox8E = OxF9\nnand17 Ox8F = OxF8\nnand17 Ox90 = OxEF\nnand17 Ox91 = OxEE\nnand17 Ox92 = OxED\nnand17 Ox93 = OxEC\nnand17 Ox94 = OxEB\nnand17 Ox95 = OxEA\nnand17 Ox96 = OxE9\nnand17 Ox97 = OxE8\nnand17 Ox98 = OxEF\nnand17 Ox99 = OxEE\nnand17 Ox9A = OxED\nnand17 Ox9B = OxEC\nnand17 Ox9C = OxEB\nnand17 Ox9D = OxEA\nnand17 Ox9E = OxE9\nnand17 Ox9F = OxE8\nnand17 OxA0 = OxFF\nnand17 OxA1 = OxFE\nnand17 OxA2 = OxFD\nnand17 OxA3 = OxFC\nnand17 OxA4 = OxFB\nnand17 OxA5 = OxFA\nnand17 OxA6 = OxF9\nnand17 OxA7 = OxF8\nnand17 OxA8 = OxFF\nnand17 OxA9 = OxFE\nnand17 OxAA = OxFD\nnand17 OxAB = OxFC\nnand17 OxAC = OxFB\nnand17 OxAE = OxF9\nnand17 OxAF = OxF8\nnand17 OxB0 = OxEF\nnand17 OxB1 = OxEE\nnand17 OxB2 = OxED\nnand17 OxB3 = OxEC\nnand17 OxB4 = OxEB\nnand17 OxB5 = OxEA\nnand17 OxB6 = OxE9\nnand17 OxB7 = OxE8\nnand17 OxB8 = OxEF\nnand17 OxB9 = OxEE\nnand17 OxBA = OxED\nnand17 OxBB = OxEC\nnand17 OxBC = OxEB\nnand17 OxBD = OxEA\nnand17 OxBE = OxE9\nnand17 OxBF = OxE8\nnand17 OxC0 = OxFF\nnand17 OxC1 = OxFE\nnand17 OxC2 = OxFD\nnand17 OxC3 = OxFC\nnand17 OxC4 = OxFB\nnand17 OxC5 = OxFA\nnand17 OxC6 = OxF9\nnand17 OxC7 = OxF8\nnand17 OxC8 = OxFF\nnand17 OxC9 = OxFE\nnand17 OxCA = OxFD\nnand17 OxCB = OxFC\nnand17 OxCC = OxFB\nnand17 OxCD = OxFA\nnand17 OxCE = OxF9\nnand17 OxCF = OxF8\nnand17 OxD0 = OxEF\nnand17 OxD1 = OxEE\nnand17 OxD2 = OxED\nnand17 OxD3 = OxEC\nnand17 OxD4 = OxEB\nnand17 OxD5 = OxEA\nnand17 OxD6 = OxE9\nnand17 OxD7 = OxE8\nnand17 OxD8 = OxEF\nnand17 OxD9 = OxEE\nnand17 OxDA = OxED\nnand17 OxDB = OxEC\nnand17 OxDC = OxEB\nnand17 OxDD = OxEA\nnand17 OxDE = OxE9\nnand17 OxDF = OxE8\nnand17 OxE0 = OxFF\nnand17 OxE1 = OxFE\nnand17 OxE2 = OxFD\nnand17 OxE3 = OxFC\nnand17 OxE4 = OxFB\nnand17 OxE5 = OxFA\nnand17 OxE6 = OxF9\nnand17 OxE7 = OxF8\nnand17 OxE8 = OxFF\nnand17 OxE9 = OxFE\nnand17 OxEA = OxFD\nnand17 OxEB = OxFC\nnand17 OxEC = OxFB\nnand17 OxED = OxFA\nnand17 OxEE = OxF9\nnand17 OxEF = OxF8\nnand17 OxF0 = OxEF\nnand17 OxF1 = OxEE\nnand17 OxF2 = OxED\nnand17 OxF3 = OxEC\nnand17 OxF4 = OxEB\nnand17 OxF5 = OxEA\nnand17 OxF6 = OxE9\nnand17 OxF7 = OxE8\nnand17 OxF8 = OxEF\nnand17 OxF9 = OxEE\nnand17 OxFA = OxED\nnand17 OxFB = OxEC\nnand17 OxFC = OxEB\nnand17 OxFD = OxEA\nnand17 OxFE = OxE9\nnand17 OxFF = OxE8\nnand17 ____ = undefined\nnand18 Ox18 = OxE7\nnand18 Ox19 = OxE7\nnand18 Ox1A = OxE7\nnand18 Ox1B = OxE7\nnand18 Ox1C = OxE7\nnand18 Ox1D = OxE7\nnand18 Ox1E = OxE7\nnand18 Ox1F = OxE7\nnand18 Ox20 = OxFF\nnand18 Ox21 = OxFF\nnand18 Ox22 = OxFF\nnand18 Ox23 = OxFF\nnand18 Ox24 = OxFF\nnand18 Ox25 = OxFF\nnand18 Ox26 = OxFF\nnand18 Ox27 = OxFF\nnand18 Ox28 = OxF7\nnand18 Ox29 = OxF7\nnand18 Ox2A = OxF7\nnand18 Ox2B = OxF7\nnand18 Ox2C = OxF7\nnand18 Ox2D = OxF7\nnand18 Ox2E = OxF7\nnand18 Ox2F = OxF7\nnand18 Ox30 = OxEF\nnand18 Ox31 = OxEF\nnand18 Ox32 = OxEF\nnand18 Ox33 = OxEF\nnand18 Ox34 = OxEF\nnand18 Ox35 = OxEF\nnand18 Ox36 = OxEF\nnand18 Ox37 = OxEF\nnand18 Ox38 = OxE7\nnand18 Ox39 = OxE7\nnand18 Ox3A = OxE7\nnand18 Ox3B = OxE7\nnand18 Ox3C = OxE7\nnand18 Ox3D = OxE7\nnand18 Ox3E = OxE7\nnand18 Ox3F = OxE7\nnand18 Ox40 = OxFF\nnand18 Ox41 = OxFF\nnand18 Ox42 = OxFF\nnand18 Ox43 = OxFF\nnand18 Ox44 = OxFF\nnand18 Ox45 = OxFF\nnand18 Ox46 = OxFF\nnand18 Ox47 = OxFF\nnand18 Ox48 = OxF7\nnand18 Ox49 = OxF7\nnand18 Ox4A = OxF7\nnand18 Ox4B = OxF7\nnand18 Ox4C = OxF7\nnand18 Ox4D = OxF7\nnand18 Ox4E = OxF7\nnand18 Ox4F = OxF7\nnand18 Ox50 = OxEF\nnand18 Ox51 = OxEF\nnand18 Ox52 = OxEF\nnand18 Ox53 = OxEF\nnand18 Ox54 = OxEF\nnand18 Ox55 = OxEF\nnand18 Ox56 = OxEF\nnand18 Ox57 = OxEF\nnand18 Ox58 = OxE7\nnand18 Ox59 = OxE7\nnand18 Ox5A = OxE7\nnand18 Ox5B = OxE7\nnand18 Ox5C = OxE7\nnand18 Ox5D = OxE7\nnand18 Ox5E = OxE7\nnand18 Ox5F = OxE7\nnand18 Ox60 = OxFF\nnand18 Ox61 = OxFF\nnand18 Ox62 = OxFF\nnand18 Ox63 = OxFF\nnand18 Ox64 = OxFF\nnand18 Ox65 = OxFF\nnand18 Ox66 = OxFF\nnand18 Ox67 = OxFF\nnand18 Ox68 = OxF7\nnand18 Ox69 = OxF7\nnand18 Ox6A = OxF7\nnand18 Ox6B = OxF7\nnand18 Ox6C = OxF7\nnand18 Ox6D = OxF7\nnand18 Ox6E = OxF7\nnand18 Ox6F = OxF7\nnand18 Ox70 = OxEF\nnand18 Ox71 = OxEF\nnand18 Ox72 = OxEF\nnand18 Ox73 = OxEF\nnand18 Ox74 = OxEF\nnand18 Ox75 = OxEF\nnand18 Ox76 = OxEF\nnand18 Ox77 = OxEF\nnand18 Ox78 = OxE7\nnand18 Ox79 = OxE7\nnand18 Ox7A = OxE7\nnand18 Ox7B = OxE7\nnand18 Ox7C = OxE7\nnand18 Ox7D = OxE7\nnand18 Ox7E = OxE7\nnand18 Ox7F = OxE7\nnand18 Ox80 = OxFF\nnand18 Ox81 = OxFF\nnand18 Ox82 = OxFF\nnand18 Ox83 = OxFF\nnand18 Ox84 = OxFF\nnand18 Ox85 = OxFF\nnand18 Ox86 = OxFF\nnand18 Ox87 = OxFF\nnand18 Ox88 = OxF7\nnand18 Ox89 = OxF7\nnand18 Ox8A = OxF7\nnand18 Ox8B = OxF7\nnand18 Ox8C = OxF7\nnand18 Ox8D = OxF7\nnand18 Ox8E = OxF7\nnand18 Ox8F = OxF7\nnand18 Ox90 = OxEF\nnand18 Ox91 = OxEF\nnand18 Ox92 = OxEF\nnand18 Ox93 = OxEF\nnand18 Ox94 = OxEF\nnand18 Ox95 = OxEF\nnand18 Ox96 = OxEF\nnand18 Ox97 = OxEF\nnand18 Ox98 = OxE7\nnand18 Ox99 = OxE7\nnand18 Ox9A = OxE7\nnand18 Ox9B = OxE7\nnand18 Ox9C = OxE7\nnand18 Ox9D = OxE7\nnand18 Ox9E = OxE7\nnand18 Ox9F = OxE7\nnand18 OxA0 = OxFF\nnand18 OxA1 = OxFF\nnand18 OxA2 = OxFF\nnand18 OxA3 = OxFF\nnand18 OxA4 = OxFF\nnand18 OxA5 = OxFF\nnand18 OxA6 = OxFF\nnand18 OxA7 = OxFF\nnand18 OxA8 = OxF7\nnand18 OxA9 = OxF7\nnand18 OxAA = OxF7\nnand18 OxAB = OxF7\nnand18 OxAC = OxF7\nnand18 OxAE = OxF7\nnand18 OxAF = OxF7\nnand18 OxB0 = OxEF\nnand18 OxB1 = OxEF\nnand18 OxB2 = OxEF\nnand18 OxB3 = OxEF\nnand18 OxB4 = OxEF\nnand18 OxB5 = OxEF\nnand18 OxB6 = OxEF\nnand18 OxB7 = OxEF\nnand18 OxB8 = OxE7\nnand18 OxB9 = OxE7\nnand18 OxBA = OxE7\nnand18 OxBB = OxE7\nnand18 OxBC = OxE7\nnand18 OxBD = OxE7\nnand18 OxBE = OxE7\nnand18 OxBF = OxE7\nnand18 OxC0 = OxFF\nnand18 OxC1 = OxFF\nnand18 OxC2 = OxFF\nnand18 OxC3 = OxFF\nnand18 OxC4 = OxFF\nnand18 OxC5 = OxFF\nnand18 OxC6 = OxFF\nnand18 OxC7 = OxFF\nnand18 OxC8 = OxF7\nnand18 OxC9 = OxF7\nnand18 OxCA = OxF7\nnand18 OxCB = OxF7\nnand18 OxCC = OxF7\nnand18 OxCD = OxF7\nnand18 OxCE = OxF7\nnand18 OxCF = OxF7\nnand18 OxD0 = OxEF\nnand18 OxD1 = OxEF\nnand18 OxD2 = OxEF\nnand18 OxD3 = OxEF\nnand18 OxD4 = OxEF\nnand18 OxD5 = OxEF\nnand18 OxD6 = OxEF\nnand18 OxD7 = OxEF\nnand18 OxD8 = OxE7\nnand18 OxD9 = OxE7\nnand18 OxDA = OxE7\nnand18 OxDB = OxE7\nnand18 OxDC = OxE7\nnand18 OxDD = OxE7\nnand18 OxDE = OxE7\nnand18 OxDF = OxE7\nnand18 OxE0 = OxFF\nnand18 OxE1 = OxFF\nnand18 OxE2 = OxFF\nnand18 OxE3 = OxFF\nnand18 OxE4 = OxFF\nnand18 OxE5 = OxFF\nnand18 OxE6 = OxFF\nnand18 OxE7 = OxFF\nnand18 OxE8 = OxF7\nnand18 OxE9 = OxF7\nnand18 OxEA = OxF7\nnand18 OxEB = OxF7\nnand18 OxEC = OxF7\nnand18 OxED = OxF7\nnand18 OxEE = OxF7\nnand18 OxEF = OxF7\nnand18 OxF0 = OxEF\nnand18 OxF1 = OxEF\nnand18 OxF2 = OxEF\nnand18 OxF3 = OxEF\nnand18 OxF4 = OxEF\nnand18 OxF5 = OxEF\nnand18 OxF6 = OxEF\nnand18 OxF7 = OxEF\nnand18 OxF8 = OxE7\nnand18 OxF9 = OxE7\nnand18 OxFA = OxE7\nnand18 OxFB = OxE7\nnand18 OxFC = OxE7\nnand18 OxFD = OxE7\nnand18 OxFE = OxE7\nnand18 OxFF = OxE7\nnand18 ____ = undefined\nnand19 Ox19 = OxE6\nnand19 Ox1A = OxE7\nnand19 Ox1B = OxE6\nnand19 Ox1C = OxE7\nnand19 Ox1D = OxE6\nnand19 Ox1E = OxE7\nnand19 Ox1F = OxE6\nnand19 Ox20 = OxFF\nnand19 Ox21 = OxFE\nnand19 Ox22 = OxFF\nnand19 Ox23 = OxFE\nnand19 Ox24 = OxFF\nnand19 Ox25 = OxFE\nnand19 Ox26 = OxFF\nnand19 Ox27 = OxFE\nnand19 Ox28 = OxF7\nnand19 Ox29 = OxF6\nnand19 Ox2A = OxF7\nnand19 Ox2B = OxF6\nnand19 Ox2C = OxF7\nnand19 Ox2D = OxF6\nnand19 Ox2E = OxF7\nnand19 Ox2F = OxF6\nnand19 Ox30 = OxEF\nnand19 Ox31 = OxEE\nnand19 Ox32 = OxEF\nnand19 Ox33 = OxEE\nnand19 Ox34 = OxEF\nnand19 Ox35 = OxEE\nnand19 Ox36 = OxEF\nnand19 Ox37 = OxEE\nnand19 Ox38 = OxE7\nnand19 Ox39 = OxE6\nnand19 Ox3A = OxE7\nnand19 Ox3B = OxE6\nnand19 Ox3C = OxE7\nnand19 Ox3D = OxE6\nnand19 Ox3E = OxE7\nnand19 Ox3F = OxE6\nnand19 Ox40 = OxFF\nnand19 Ox41 = OxFE\nnand19 Ox42 = OxFF\nnand19 Ox43 = OxFE\nnand19 Ox44 = OxFF\nnand19 Ox45 = OxFE\nnand19 Ox46 = OxFF\nnand19 Ox47 = OxFE\nnand19 Ox48 = OxF7\nnand19 Ox49 = OxF6\nnand19 Ox4A = OxF7\nnand19 Ox4B = OxF6\nnand19 Ox4C = OxF7\nnand19 Ox4D = OxF6\nnand19 Ox4E = OxF7\nnand19 Ox4F = OxF6\nnand19 Ox50 = OxEF\nnand19 Ox51 = OxEE\nnand19 Ox52 = OxEF\nnand19 Ox53 = OxEE\nnand19 Ox54 = OxEF\nnand19 Ox55 = OxEE\nnand19 Ox56 = OxEF\nnand19 Ox57 = OxEE\nnand19 Ox58 = OxE7\nnand19 Ox59 = OxE6\nnand19 Ox5A = OxE7\nnand19 Ox5B = OxE6\nnand19 Ox5C = OxE7\nnand19 Ox5D = OxE6\nnand19 Ox5E = OxE7\nnand19 Ox5F = OxE6\nnand19 Ox60 = OxFF\nnand19 Ox61 = OxFE\nnand19 Ox62 = OxFF\nnand19 Ox63 = OxFE\nnand19 Ox64 = OxFF\nnand19 Ox65 = OxFE\nnand19 Ox66 = OxFF\nnand19 Ox67 = OxFE\nnand19 Ox68 = OxF7\nnand19 Ox69 = OxF6\nnand19 Ox6A = OxF7\nnand19 Ox6B = OxF6\nnand19 Ox6C = OxF7\nnand19 Ox6D = OxF6\nnand19 Ox6E = OxF7\nnand19 Ox6F = OxF6\nnand19 Ox70 = OxEF\nnand19 Ox71 = OxEE\nnand19 Ox72 = OxEF\nnand19 Ox73 = OxEE\nnand19 Ox74 = OxEF\nnand19 Ox75 = OxEE\nnand19 Ox76 = OxEF\nnand19 Ox77 = OxEE\nnand19 Ox78 = OxE7\nnand19 Ox79 = OxE6\nnand19 Ox7A = OxE7\nnand19 Ox7B = OxE6\nnand19 Ox7C = OxE7\nnand19 Ox7D = OxE6\nnand19 Ox7E = OxE7\nnand19 Ox7F = OxE6\nnand19 Ox80 = OxFF\nnand19 Ox81 = OxFE\nnand19 Ox82 = OxFF\nnand19 Ox83 = OxFE\nnand19 Ox84 = OxFF\nnand19 Ox85 = OxFE\nnand19 Ox86 = OxFF\nnand19 Ox87 = OxFE\nnand19 Ox88 = OxF7\nnand19 Ox89 = OxF6\nnand19 Ox8A = OxF7\nnand19 Ox8B = OxF6\nnand19 Ox8C = OxF7\nnand19 Ox8D = OxF6\nnand19 Ox8E = OxF7\nnand19 Ox8F = OxF6\nnand19 Ox90 = OxEF\nnand19 Ox91 = OxEE\nnand19 Ox92 = OxEF\nnand19 Ox93 = OxEE\nnand19 Ox94 = OxEF\nnand19 Ox95 = OxEE\nnand19 Ox96 = OxEF\nnand19 Ox97 = OxEE\nnand19 Ox98 = OxE7\nnand19 Ox99 = OxE6\nnand19 Ox9A = OxE7\nnand19 Ox9B = OxE6\nnand19 Ox9C = OxE7\nnand19 Ox9D = OxE6\nnand19 Ox9E = OxE7\nnand19 Ox9F = OxE6\nnand19 OxA0 = OxFF\nnand19 OxA1 = OxFE\nnand19 OxA2 = OxFF\nnand19 OxA3 = OxFE\nnand19 OxA4 = OxFF\nnand19 OxA5 = OxFE\nnand19 OxA6 = OxFF\nnand19 OxA7 = OxFE\nnand19 OxA8 = OxF7\nnand19 OxA9 = OxF6\nnand19 OxAA = OxF7\nnand19 OxAB = OxF6\nnand19 OxAC = OxF7\nnand19 OxAE = OxF7\nnand19 OxAF = OxF6\nnand19 OxB0 = OxEF\nnand19 OxB1 = OxEE\nnand19 OxB2 = OxEF\nnand19 OxB3 = OxEE\nnand19 OxB4 = OxEF\nnand19 OxB5 = OxEE\nnand19 OxB6 = OxEF\nnand19 OxB7 = OxEE\nnand19 OxB8 = OxE7\nnand19 OxB9 = OxE6\nnand19 OxBA = OxE7\nnand19 OxBB = OxE6\nnand19 OxBC = OxE7\nnand19 OxBD = OxE6\nnand19 OxBE = OxE7\nnand19 OxBF = OxE6\nnand19 OxC0 = OxFF\nnand19 OxC1 = OxFE\nnand19 OxC2 = OxFF\nnand19 OxC3 = OxFE\nnand19 OxC4 = OxFF\nnand19 OxC5 = OxFE\nnand19 OxC6 = OxFF\nnand19 OxC7 = OxFE\nnand19 OxC8 = OxF7\nnand19 OxC9 = OxF6\nnand19 OxCA = OxF7\nnand19 OxCB = OxF6\nnand19 OxCC = OxF7\nnand19 OxCD = OxF6\nnand19 OxCE = OxF7\nnand19 OxCF = OxF6\nnand19 OxD0 = OxEF\nnand19 OxD1 = OxEE\nnand19 OxD2 = OxEF\nnand19 OxD3 = OxEE\nnand19 OxD4 = OxEF\nnand19 OxD5 = OxEE\nnand19 OxD6 = OxEF\nnand19 OxD7 = OxEE\nnand19 OxD8 = OxE7\nnand19 OxD9 = OxE6\nnand19 OxDA = OxE7\nnand19 OxDB = OxE6\nnand19 OxDC = OxE7\nnand19 OxDD = OxE6\nnand19 OxDE = OxE7\nnand19 OxDF = OxE6\nnand19 OxE0 = OxFF\nnand19 OxE1 = OxFE\nnand19 OxE2 = OxFF\nnand19 OxE3 = OxFE\nnand19 OxE4 = OxFF\nnand19 OxE5 = OxFE\nnand19 OxE6 = OxFF\nnand19 OxE7 = OxFE\nnand19 OxE8 = OxF7\nnand19 OxE9 = OxF6\nnand19 OxEA = OxF7\nnand19 OxEB = OxF6\nnand19 OxEC = OxF7\nnand19 OxED = OxF6\nnand19 OxEE = OxF7\nnand19 OxEF = OxF6\nnand19 OxF0 = OxEF\nnand19 OxF1 = OxEE\nnand19 OxF2 = OxEF\nnand19 OxF3 = OxEE\nnand19 OxF4 = OxEF\nnand19 OxF5 = OxEE\nnand19 OxF6 = OxEF\nnand19 OxF7 = OxEE\nnand19 OxF8 = OxE7\nnand19 OxF9 = OxE6\nnand19 OxFA = OxE7\nnand19 OxFB = OxE6\nnand19 OxFC = OxE7\nnand19 OxFD = OxE6\nnand19 OxFE = OxE7\nnand19 OxFF = OxE6\nnand19 ____ = undefined\nnand1A Ox1A = OxE5\nnand1A Ox1B = OxE5\nnand1A Ox1C = OxE7\nnand1A Ox1D = OxE7\nnand1A Ox1E = OxE5\nnand1A Ox1F = OxE5\nnand1A Ox20 = OxFF\nnand1A Ox21 = OxFF\nnand1A Ox22 = OxFD\nnand1A Ox23 = OxFD\nnand1A Ox24 = OxFF\nnand1A Ox25 = OxFF\nnand1A Ox26 = OxFD\nnand1A Ox27 = OxFD\nnand1A Ox28 = OxF7\nnand1A Ox29 = OxF7\nnand1A Ox2A = OxF5\nnand1A Ox2B = OxF5\nnand1A Ox2C = OxF7\nnand1A Ox2D = OxF7\nnand1A Ox2E = OxF5\nnand1A Ox2F = OxF5\nnand1A Ox30 = OxEF\nnand1A Ox31 = OxEF\nnand1A Ox32 = OxED\nnand1A Ox33 = OxED\nnand1A Ox34 = OxEF\nnand1A Ox35 = OxEF\nnand1A Ox36 = OxED\nnand1A Ox37 = OxED\nnand1A Ox38 = OxE7\nnand1A Ox39 = OxE7\nnand1A Ox3A = OxE5\nnand1A Ox3B = OxE5\nnand1A Ox3C = OxE7\nnand1A Ox3D = OxE7\nnand1A Ox3E = OxE5\nnand1A Ox3F = OxE5\nnand1A Ox40 = OxFF\nnand1A Ox41 = OxFF\nnand1A Ox42 = OxFD\nnand1A Ox43 = OxFD\nnand1A Ox44 = OxFF\nnand1A Ox45 = OxFF\nnand1A Ox46 = OxFD\nnand1A Ox47 = OxFD\nnand1A Ox48 = OxF7\nnand1A Ox49 = OxF7\nnand1A Ox4A = OxF5\nnand1A Ox4B = OxF5\nnand1A Ox4C = OxF7\nnand1A Ox4D = OxF7\nnand1A Ox4E = OxF5\nnand1A Ox4F = OxF5\nnand1A Ox50 = OxEF\nnand1A Ox51 = OxEF\nnand1A Ox52 = OxED\nnand1A Ox53 = OxED\nnand1A Ox54 = OxEF\nnand1A Ox55 = OxEF\nnand1A Ox56 = OxED\nnand1A Ox57 = OxED\nnand1A Ox58 = OxE7\nnand1A Ox59 = OxE7\nnand1A Ox5A = OxE5\nnand1A Ox5B = OxE5\nnand1A Ox5C = OxE7\nnand1A Ox5D = OxE7\nnand1A Ox5E = OxE5\nnand1A Ox5F = OxE5\nnand1A Ox60 = OxFF\nnand1A Ox61 = OxFF\nnand1A Ox62 = OxFD\nnand1A Ox63 = OxFD\nnand1A Ox64 = OxFF\nnand1A Ox65 = OxFF\nnand1A Ox66 = OxFD\nnand1A Ox67 = OxFD\nnand1A Ox68 = OxF7\nnand1A Ox69 = OxF7\nnand1A Ox6A = OxF5\nnand1A Ox6B = OxF5\nnand1A Ox6C = OxF7\nnand1A Ox6D = OxF7\nnand1A Ox6E = OxF5\nnand1A Ox6F = OxF5\nnand1A Ox70 = OxEF\nnand1A Ox71 = OxEF\nnand1A Ox72 = OxED\nnand1A Ox73 = OxED\nnand1A Ox74 = OxEF\nnand1A Ox75 = OxEF\nnand1A Ox76 = OxED\nnand1A Ox77 = OxED\nnand1A Ox78 = OxE7\nnand1A Ox79 = OxE7\nnand1A Ox7A = OxE5\nnand1A Ox7B = OxE5\nnand1A Ox7C = OxE7\nnand1A Ox7D = OxE7\nnand1A Ox7E = OxE5\nnand1A Ox7F = OxE5\nnand1A Ox80 = OxFF\nnand1A Ox81 = OxFF\nnand1A Ox82 = OxFD\nnand1A Ox83 = OxFD\nnand1A Ox84 = OxFF\nnand1A Ox85 = OxFF\nnand1A Ox86 = OxFD\nnand1A Ox87 = OxFD\nnand1A Ox88 = OxF7\nnand1A Ox89 = OxF7\nnand1A Ox8A = OxF5\nnand1A Ox8B = OxF5\nnand1A Ox8C = OxF7\nnand1A Ox8D = OxF7\nnand1A Ox8E = OxF5\nnand1A Ox8F = OxF5\nnand1A Ox90 = OxEF\nnand1A Ox91 = OxEF\nnand1A Ox92 = OxED\nnand1A Ox93 = OxED\nnand1A Ox94 = OxEF\nnand1A Ox95 = OxEF\nnand1A Ox96 = OxED\nnand1A Ox97 = OxED\nnand1A Ox98 = OxE7\nnand1A Ox99 = OxE7\nnand1A Ox9A = OxE5\nnand1A Ox9B = OxE5\nnand1A Ox9C = OxE7\nnand1A Ox9D = OxE7\nnand1A Ox9E = OxE5\nnand1A Ox9F = OxE5\nnand1A OxA0 = OxFF\nnand1A OxA1 = OxFF\nnand1A OxA2 = OxFD\nnand1A OxA3 = OxFD\nnand1A OxA4 = OxFF\nnand1A OxA5 = OxFF\nnand1A OxA6 = OxFD\nnand1A OxA7 = OxFD\nnand1A OxA8 = OxF7\nnand1A OxA9 = OxF7\nnand1A OxAA = OxF5\nnand1A OxAB = OxF5\nnand1A OxAC = OxF7\nnand1A OxAE = OxF5\nnand1A OxAF = OxF5\nnand1A OxB0 = OxEF\nnand1A OxB1 = OxEF\nnand1A OxB2 = OxED\nnand1A OxB3 = OxED\nnand1A OxB4 = OxEF\nnand1A OxB5 = OxEF\nnand1A OxB6 = OxED\nnand1A OxB7 = OxED\nnand1A OxB8 = OxE7\nnand1A OxB9 = OxE7\nnand1A OxBA = OxE5\nnand1A OxBB = OxE5\nnand1A OxBC = OxE7\nnand1A OxBD = OxE7\nnand1A OxBE = OxE5\nnand1A OxBF = OxE5\nnand1A OxC0 = OxFF\nnand1A OxC1 = OxFF\nnand1A OxC2 = OxFD\nnand1A OxC3 = OxFD\nnand1A OxC4 = OxFF\nnand1A OxC5 = OxFF\nnand1A OxC6 = OxFD\nnand1A OxC7 = OxFD\nnand1A OxC8 = OxF7\nnand1A OxC9 = OxF7\nnand1A OxCA = OxF5\nnand1A OxCB = OxF5\nnand1A OxCC = OxF7\nnand1A OxCD = OxF7\nnand1A OxCE = OxF5\nnand1A OxCF = OxF5\nnand1A OxD0 = OxEF\nnand1A OxD1 = OxEF\nnand1A OxD2 = OxED\nnand1A OxD3 = OxED\nnand1A OxD4 = OxEF\nnand1A OxD5 = OxEF\nnand1A OxD6 = OxED\nnand1A OxD7 = OxED\nnand1A OxD8 = OxE7\nnand1A OxD9 = OxE7\nnand1A OxDA = OxE5\nnand1A OxDB = OxE5\nnand1A OxDC = OxE7\nnand1A OxDD = OxE7\nnand1A OxDE = OxE5\nnand1A OxDF = OxE5\nnand1A OxE0 = OxFF\nnand1A OxE1 = OxFF\nnand1A OxE2 = OxFD\nnand1A OxE3 = OxFD\nnand1A OxE4 = OxFF\nnand1A OxE5 = OxFF\nnand1A OxE6 = OxFD\nnand1A OxE7 = OxFD\nnand1A OxE8 = OxF7\nnand1A OxE9 = OxF7\nnand1A OxEA = OxF5\nnand1A OxEB = OxF5\nnand1A OxEC = OxF7\nnand1A OxED = OxF7\nnand1A OxEE = OxF5\nnand1A OxEF = OxF5\nnand1A OxF0 = OxEF\nnand1A OxF1 = OxEF\nnand1A OxF2 = OxED\nnand1A OxF3 = OxED\nnand1A OxF4 = OxEF\nnand1A OxF5 = OxEF\nnand1A OxF6 = OxED\nnand1A OxF7 = OxED\nnand1A OxF8 = OxE7\nnand1A OxF9 = OxE7\nnand1A OxFA = OxE5\nnand1A OxFB = OxE5\nnand1A OxFC = OxE7\nnand1A OxFD = OxE7\nnand1A OxFE = OxE5\nnand1A OxFF = OxE5\nnand1A ____ = undefined\nnand1B Ox1B = OxE4\nnand1B Ox1C = OxE7\nnand1B Ox1D = OxE6\nnand1B Ox1E = OxE5\nnand1B Ox1F = OxE4\nnand1B Ox20 = OxFF\nnand1B Ox21 = OxFE\nnand1B Ox22 = OxFD\nnand1B Ox23 = OxFC\nnand1B Ox24 = OxFF\nnand1B Ox25 = OxFE\nnand1B Ox26 = OxFD\nnand1B Ox27 = OxFC\nnand1B Ox28 = OxF7\nnand1B Ox29 = OxF6\nnand1B Ox2A = OxF5\nnand1B Ox2B = OxF4\nnand1B Ox2C = OxF7\nnand1B Ox2D = OxF6\nnand1B Ox2E = OxF5\nnand1B Ox2F = OxF4\nnand1B Ox30 = OxEF\nnand1B Ox31 = OxEE\nnand1B Ox32 = OxED\nnand1B Ox33 = OxEC\nnand1B Ox34 = OxEF\nnand1B Ox35 = OxEE\nnand1B Ox36 = OxED\nnand1B Ox37 = OxEC\nnand1B Ox38 = OxE7\nnand1B Ox39 = OxE6\nnand1B Ox3A = OxE5\nnand1B Ox3B = OxE4\nnand1B Ox3C = OxE7\nnand1B Ox3D = OxE6\nnand1B Ox3E = OxE5\nnand1B Ox3F = OxE4\nnand1B Ox40 = OxFF\nnand1B Ox41 = OxFE\nnand1B Ox42 = OxFD\nnand1B Ox43 = OxFC\nnand1B Ox44 = OxFF\nnand1B Ox45 = OxFE\nnand1B Ox46 = OxFD\nnand1B Ox47 = OxFC\nnand1B Ox48 = OxF7\nnand1B Ox49 = OxF6\nnand1B Ox4A = OxF5\nnand1B Ox4B = OxF4\nnand1B Ox4C = OxF7\nnand1B Ox4D = OxF6\nnand1B Ox4E = OxF5\nnand1B Ox4F = OxF4\nnand1B Ox50 = OxEF\nnand1B Ox51 = OxEE\nnand1B Ox52 = OxED\nnand1B Ox53 = OxEC\nnand1B Ox54 = OxEF\nnand1B Ox55 = OxEE\nnand1B Ox56 = OxED\nnand1B Ox57 = OxEC\nnand1B Ox58 = OxE7\nnand1B Ox59 = OxE6\nnand1B Ox5A = OxE5\nnand1B Ox5B = OxE4\nnand1B Ox5C = OxE7\nnand1B Ox5D = OxE6\nnand1B Ox5E = OxE5\nnand1B Ox5F = OxE4\nnand1B Ox60 = OxFF\nnand1B Ox61 = OxFE\nnand1B Ox62 = OxFD\nnand1B Ox63 = OxFC\nnand1B Ox64 = OxFF\nnand1B Ox65 = OxFE\nnand1B Ox66 = OxFD\nnand1B Ox67 = OxFC\nnand1B Ox68 = OxF7\nnand1B Ox69 = OxF6\nnand1B Ox6A = OxF5\nnand1B Ox6B = OxF4\nnand1B Ox6C = OxF7\nnand1B Ox6D = OxF6\nnand1B Ox6E = OxF5\nnand1B Ox6F = OxF4\nnand1B Ox70 = OxEF\nnand1B Ox71 = OxEE\nnand1B Ox72 = OxED\nnand1B Ox73 = OxEC\nnand1B Ox74 = OxEF\nnand1B Ox75 = OxEE\nnand1B Ox76 = OxED\nnand1B Ox77 = OxEC\nnand1B Ox78 = OxE7\nnand1B Ox79 = OxE6\nnand1B Ox7A = OxE5\nnand1B Ox7B = OxE4\nnand1B Ox7C = OxE7\nnand1B Ox7D = OxE6\nnand1B Ox7E = OxE5\nnand1B Ox7F = OxE4\nnand1B Ox80 = OxFF\nnand1B Ox81 = OxFE\nnand1B Ox82 = OxFD\nnand1B Ox83 = OxFC\nnand1B Ox84 = OxFF\nnand1B Ox85 = OxFE\nnand1B Ox86 = OxFD\nnand1B Ox87 = OxFC\nnand1B Ox88 = OxF7\nnand1B Ox89 = OxF6\nnand1B Ox8A = OxF5\nnand1B Ox8B = OxF4\nnand1B Ox8C = OxF7\nnand1B Ox8D = OxF6\nnand1B Ox8E = OxF5\nnand1B Ox8F = OxF4\nnand1B Ox90 = OxEF\nnand1B Ox91 = OxEE\nnand1B Ox92 = OxED\nnand1B Ox93 = OxEC\nnand1B Ox94 = OxEF\nnand1B Ox95 = OxEE\nnand1B Ox96 = OxED\nnand1B Ox97 = OxEC\nnand1B Ox98 = OxE7\nnand1B Ox99 = OxE6\nnand1B Ox9A = OxE5\nnand1B Ox9B = OxE4\nnand1B Ox9C = OxE7\nnand1B Ox9D = OxE6\nnand1B Ox9E = OxE5\nnand1B Ox9F = OxE4\nnand1B OxA0 = OxFF\nnand1B OxA1 = OxFE\nnand1B OxA2 = OxFD\nnand1B OxA3 = OxFC\nnand1B OxA4 = OxFF\nnand1B OxA5 = OxFE\nnand1B OxA6 = OxFD\nnand1B OxA7 = OxFC\nnand1B OxA8 = OxF7\nnand1B OxA9 = OxF6\nnand1B OxAA = OxF5\nnand1B OxAB = OxF4\nnand1B OxAC = OxF7\nnand1B OxAE = OxF5\nnand1B OxAF = OxF4\nnand1B OxB0 = OxEF\nnand1B OxB1 = OxEE\nnand1B OxB2 = OxED\nnand1B OxB3 = OxEC\nnand1B OxB4 = OxEF\nnand1B OxB5 = OxEE\nnand1B OxB6 = OxED\nnand1B OxB7 = OxEC\nnand1B OxB8 = OxE7\nnand1B OxB9 = OxE6\nnand1B OxBA = OxE5\nnand1B OxBB = OxE4\nnand1B OxBC = OxE7\nnand1B OxBD = OxE6\nnand1B OxBE = OxE5\nnand1B OxBF = OxE4\nnand1B OxC0 = OxFF\nnand1B OxC1 = OxFE\nnand1B OxC2 = OxFD\nnand1B OxC3 = OxFC\nnand1B OxC4 = OxFF\nnand1B OxC5 = OxFE\nnand1B OxC6 = OxFD\nnand1B OxC7 = OxFC\nnand1B OxC8 = OxF7\nnand1B OxC9 = OxF6\nnand1B OxCA = OxF5\nnand1B OxCB = OxF4\nnand1B OxCC = OxF7\nnand1B OxCD = OxF6\nnand1B OxCE = OxF5\nnand1B OxCF = OxF4\nnand1B OxD0 = OxEF\nnand1B OxD1 = OxEE\nnand1B OxD2 = OxED\nnand1B OxD3 = OxEC\nnand1B OxD4 = OxEF\nnand1B OxD5 = OxEE\nnand1B OxD6 = OxED\nnand1B OxD7 = OxEC\nnand1B OxD8 = OxE7\nnand1B OxD9 = OxE6\nnand1B OxDA = OxE5\nnand1B OxDB = OxE4\nnand1B OxDC = OxE7\nnand1B OxDD = OxE6\nnand1B OxDE = OxE5\nnand1B OxDF = OxE4\nnand1B OxE0 = OxFF\nnand1B OxE1 = OxFE\nnand1B OxE2 = OxFD\nnand1B OxE3 = OxFC\nnand1B OxE4 = OxFF\nnand1B OxE5 = OxFE\nnand1B OxE6 = OxFD\nnand1B OxE7 = OxFC\nnand1B OxE8 = OxF7\nnand1B OxE9 = OxF6\nnand1B OxEA = OxF5\nnand1B OxEB = OxF4\nnand1B OxEC = OxF7\nnand1B OxED = OxF6\nnand1B OxEE = OxF5\nnand1B OxEF = OxF4\nnand1B OxF0 = OxEF\nnand1B OxF1 = OxEE\nnand1B OxF2 = OxED\nnand1B OxF3 = OxEC\nnand1B OxF4 = OxEF\nnand1B OxF5 = OxEE\nnand1B OxF6 = OxED\nnand1B OxF7 = OxEC\nnand1B OxF8 = OxE7\nnand1B OxF9 = OxE6\nnand1B OxFA = OxE5\nnand1B OxFB = OxE4\nnand1B OxFC = OxE7\nnand1B OxFD = OxE6\nnand1B OxFE = OxE5\nnand1B OxFF = OxE4\nnand1B ____ = undefined\nnand1C Ox1C = OxE3\nnand1C Ox1D = OxE3\nnand1C Ox1E = OxE3\nnand1C Ox1F = OxE3\nnand1C Ox20 = OxFF\nnand1C Ox21 = OxFF\nnand1C Ox22 = OxFF\nnand1C Ox23 = OxFF\nnand1C Ox24 = OxFB\nnand1C Ox25 = OxFB\nnand1C Ox26 = OxFB\nnand1C Ox27 = OxFB\nnand1C Ox28 = OxF7\nnand1C Ox29 = OxF7\nnand1C Ox2A = OxF7\nnand1C Ox2B = OxF7\nnand1C Ox2C = OxF3\nnand1C Ox2D = OxF3\nnand1C Ox2E = OxF3\nnand1C Ox2F = OxF3\nnand1C Ox30 = OxEF\nnand1C Ox31 = OxEF\nnand1C Ox32 = OxEF\nnand1C Ox33 = OxEF\nnand1C Ox34 = OxEB\nnand1C Ox35 = OxEB\nnand1C Ox36 = OxEB\nnand1C Ox37 = OxEB\nnand1C Ox38 = OxE7\nnand1C Ox39 = OxE7\nnand1C Ox3A = OxE7\nnand1C Ox3B = OxE7\nnand1C Ox3C = OxE3\nnand1C Ox3D = OxE3\nnand1C Ox3E = OxE3\nnand1C Ox3F = OxE3\nnand1C Ox40 = OxFF\nnand1C Ox41 = OxFF\nnand1C Ox42 = OxFF\nnand1C Ox43 = OxFF\nnand1C Ox44 = OxFB\nnand1C Ox45 = OxFB\nnand1C Ox46 = OxFB\nnand1C Ox47 = OxFB\nnand1C Ox48 = OxF7\nnand1C Ox49 = OxF7\nnand1C Ox4A = OxF7\nnand1C Ox4B = OxF7\nnand1C Ox4C = OxF3\nnand1C Ox4D = OxF3\nnand1C Ox4E = OxF3\nnand1C Ox4F = OxF3\nnand1C Ox50 = OxEF\nnand1C Ox51 = OxEF\nnand1C Ox52 = OxEF\nnand1C Ox53 = OxEF\nnand1C Ox54 = OxEB\nnand1C Ox55 = OxEB\nnand1C Ox56 = OxEB\nnand1C Ox57 = OxEB\nnand1C Ox58 = OxE7\nnand1C Ox59 = OxE7\nnand1C Ox5A = OxE7\nnand1C Ox5B = OxE7\nnand1C Ox5C = OxE3\nnand1C Ox5D = OxE3\nnand1C Ox5E = OxE3\nnand1C Ox5F = OxE3\nnand1C Ox60 = OxFF\nnand1C Ox61 = OxFF\nnand1C Ox62 = OxFF\nnand1C Ox63 = OxFF\nnand1C Ox64 = OxFB\nnand1C Ox65 = OxFB\nnand1C Ox66 = OxFB\nnand1C Ox67 = OxFB\nnand1C Ox68 = OxF7\nnand1C Ox69 = OxF7\nnand1C Ox6A = OxF7\nnand1C Ox6B = OxF7\nnand1C Ox6C = OxF3\nnand1C Ox6D = OxF3\nnand1C Ox6E = OxF3\nnand1C Ox6F = OxF3\nnand1C Ox70 = OxEF\nnand1C Ox71 = OxEF\nnand1C Ox72 = OxEF\nnand1C Ox73 = OxEF\nnand1C Ox74 = OxEB\nnand1C Ox75 = OxEB\nnand1C Ox76 = OxEB\nnand1C Ox77 = OxEB\nnand1C Ox78 = OxE7\nnand1C Ox79 = OxE7\nnand1C Ox7A = OxE7\nnand1C Ox7B = OxE7\nnand1C Ox7C = OxE3\nnand1C Ox7D = OxE3\nnand1C Ox7E = OxE3\nnand1C Ox7F = OxE3\nnand1C Ox80 = OxFF\nnand1C Ox81 = OxFF\nnand1C Ox82 = OxFF\nnand1C Ox83 = OxFF\nnand1C Ox84 = OxFB\nnand1C Ox85 = OxFB\nnand1C Ox86 = OxFB\nnand1C Ox87 = OxFB\nnand1C Ox88 = OxF7\nnand1C Ox89 = OxF7\nnand1C Ox8A = OxF7\nnand1C Ox8B = OxF7\nnand1C Ox8C = OxF3\nnand1C Ox8D = OxF3\nnand1C Ox8E = OxF3\nnand1C Ox8F = OxF3\nnand1C Ox90 = OxEF\nnand1C Ox91 = OxEF\nnand1C Ox92 = OxEF\nnand1C Ox93 = OxEF\nnand1C Ox94 = OxEB\nnand1C Ox95 = OxEB\nnand1C Ox96 = OxEB\nnand1C Ox97 = OxEB\nnand1C Ox98 = OxE7\nnand1C Ox99 = OxE7\nnand1C Ox9A = OxE7\nnand1C Ox9B = OxE7\nnand1C Ox9C = OxE3\nnand1C Ox9D = OxE3\nnand1C Ox9E = OxE3\nnand1C Ox9F = OxE3\nnand1C OxA0 = OxFF\nnand1C OxA1 = OxFF\nnand1C OxA2 = OxFF\nnand1C OxA3 = OxFF\nnand1C OxA4 = OxFB\nnand1C OxA5 = OxFB\nnand1C OxA6 = OxFB\nnand1C OxA7 = OxFB\nnand1C OxA8 = OxF7\nnand1C OxA9 = OxF7\nnand1C OxAA = OxF7\nnand1C OxAB = OxF7\nnand1C OxAC = OxF3\nnand1C OxAE = OxF3\nnand1C OxAF = OxF3\nnand1C OxB0 = OxEF\nnand1C OxB1 = OxEF\nnand1C OxB2 = OxEF\nnand1C OxB3 = OxEF\nnand1C OxB4 = OxEB\nnand1C OxB5 = OxEB\nnand1C OxB6 = OxEB\nnand1C OxB7 = OxEB\nnand1C OxB8 = OxE7\nnand1C OxB9 = OxE7\nnand1C OxBA = OxE7\nnand1C OxBB = OxE7\nnand1C OxBC = OxE3\nnand1C OxBD = OxE3\nnand1C OxBE = OxE3\nnand1C OxBF = OxE3\nnand1C OxC0 = OxFF\nnand1C OxC1 = OxFF\nnand1C OxC2 = OxFF\nnand1C OxC3 = OxFF\nnand1C OxC4 = OxFB\nnand1C OxC5 = OxFB\nnand1C OxC6 = OxFB\nnand1C OxC7 = OxFB\nnand1C OxC8 = OxF7\nnand1C OxC9 = OxF7\nnand1C OxCA = OxF7\nnand1C OxCB = OxF7\nnand1C OxCC = OxF3\nnand1C OxCD = OxF3\nnand1C OxCE = OxF3\nnand1C OxCF = OxF3\nnand1C OxD0 = OxEF\nnand1C OxD1 = OxEF\nnand1C OxD2 = OxEF\nnand1C OxD3 = OxEF\nnand1C OxD4 = OxEB\nnand1C OxD5 = OxEB\nnand1C OxD6 = OxEB\nnand1C OxD7 = OxEB\nnand1C OxD8 = OxE7\nnand1C OxD9 = OxE7\nnand1C OxDA = OxE7\nnand1C OxDB = OxE7\nnand1C OxDC = OxE3\nnand1C OxDD = OxE3\nnand1C OxDE = OxE3\nnand1C OxDF = OxE3\nnand1C OxE0 = OxFF\nnand1C OxE1 = OxFF\nnand1C OxE2 = OxFF\nnand1C OxE3 = OxFF\nnand1C OxE4 = OxFB\nnand1C OxE5 = OxFB\nnand1C OxE6 = OxFB\nnand1C OxE7 = OxFB\nnand1C OxE8 = OxF7\nnand1C OxE9 = OxF7\nnand1C OxEA = OxF7\nnand1C OxEB = OxF7\nnand1C OxEC = OxF3\nnand1C OxED = OxF3\nnand1C OxEE = OxF3\nnand1C OxEF = OxF3\nnand1C OxF0 = OxEF\nnand1C OxF1 = OxEF\nnand1C OxF2 = OxEF\nnand1C OxF3 = OxEF\nnand1C OxF4 = OxEB\nnand1C OxF5 = OxEB\nnand1C OxF6 = OxEB\nnand1C OxF7 = OxEB\nnand1C OxF8 = OxE7\nnand1C OxF9 = OxE7\nnand1C OxFA = OxE7\nnand1C OxFB = OxE7\nnand1C OxFC = OxE3\nnand1C OxFD = OxE3\nnand1C OxFE = OxE3\nnand1C OxFF = OxE3\nnand1C ____ = undefined\nnand1D Ox1D = OxE2\nnand1D Ox1E = OxE3\nnand1D Ox1F = OxE2\nnand1D Ox20 = OxFF\nnand1D Ox21 = OxFE\nnand1D Ox22 = OxFF\nnand1D Ox23 = OxFE\nnand1D Ox24 = OxFB\nnand1D Ox25 = OxFA\nnand1D Ox26 = OxFB\nnand1D Ox27 = OxFA\nnand1D Ox28 = OxF7\nnand1D Ox29 = OxF6\nnand1D Ox2A = OxF7\nnand1D Ox2B = OxF6\nnand1D Ox2C = OxF3\nnand1D Ox2D = OxF2\nnand1D Ox2E = OxF3\nnand1D Ox2F = OxF2\nnand1D Ox30 = OxEF\nnand1D Ox31 = OxEE\nnand1D Ox32 = OxEF\nnand1D Ox33 = OxEE\nnand1D Ox34 = OxEB\nnand1D Ox35 = OxEA\nnand1D Ox36 = OxEB\nnand1D Ox37 = OxEA\nnand1D Ox38 = OxE7\nnand1D Ox39 = OxE6\nnand1D Ox3A = OxE7\nnand1D Ox3B = OxE6\nnand1D Ox3C = OxE3\nnand1D Ox3D = OxE2\nnand1D Ox3E = OxE3\nnand1D Ox3F = OxE2\nnand1D Ox40 = OxFF\nnand1D Ox41 = OxFE\nnand1D Ox42 = OxFF\nnand1D Ox43 = OxFE\nnand1D Ox44 = OxFB\nnand1D Ox45 = OxFA\nnand1D Ox46 = OxFB\nnand1D Ox47 = OxFA\nnand1D Ox48 = OxF7\nnand1D Ox49 = OxF6\nnand1D Ox4A = OxF7\nnand1D Ox4B = OxF6\nnand1D Ox4C = OxF3\nnand1D Ox4D = OxF2\nnand1D Ox4E = OxF3\nnand1D Ox4F = OxF2\nnand1D Ox50 = OxEF\nnand1D Ox51 = OxEE\nnand1D Ox52 = OxEF\nnand1D Ox53 = OxEE\nnand1D Ox54 = OxEB\nnand1D Ox55 = OxEA\nnand1D Ox56 = OxEB\nnand1D Ox57 = OxEA\nnand1D Ox58 = OxE7\nnand1D Ox59 = OxE6\nnand1D Ox5A = OxE7\nnand1D Ox5B = OxE6\nnand1D Ox5C = OxE3\nnand1D Ox5D = OxE2\nnand1D Ox5E = OxE3\nnand1D Ox5F = OxE2\nnand1D Ox60 = OxFF\nnand1D Ox61 = OxFE\nnand1D Ox62 = OxFF\nnand1D Ox63 = OxFE\nnand1D Ox64 = OxFB\nnand1D Ox65 = OxFA\nnand1D Ox66 = OxFB\nnand1D Ox67 = OxFA\nnand1D Ox68 = OxF7\nnand1D Ox69 = OxF6\nnand1D Ox6A = OxF7\nnand1D Ox6B = OxF6\nnand1D Ox6C = OxF3\nnand1D Ox6D = OxF2\nnand1D Ox6E = OxF3\nnand1D Ox6F = OxF2\nnand1D Ox70 = OxEF\nnand1D Ox71 = OxEE\nnand1D Ox72 = OxEF\nnand1D Ox73 = OxEE\nnand1D Ox74 = OxEB\nnand1D Ox75 = OxEA\nnand1D Ox76 = OxEB\nnand1D Ox77 = OxEA\nnand1D Ox78 = OxE7\nnand1D Ox79 = OxE6\nnand1D Ox7A = OxE7\nnand1D Ox7B = OxE6\nnand1D Ox7C = OxE3\nnand1D Ox7D = OxE2\nnand1D Ox7E = OxE3\nnand1D Ox7F = OxE2\nnand1D Ox80 = OxFF\nnand1D Ox81 = OxFE\nnand1D Ox82 = OxFF\nnand1D Ox83 = OxFE\nnand1D Ox84 = OxFB\nnand1D Ox85 = OxFA\nnand1D Ox86 = OxFB\nnand1D Ox87 = OxFA\nnand1D Ox88 = OxF7\nnand1D Ox89 = OxF6\nnand1D Ox8A = OxF7\nnand1D Ox8B = OxF6\nnand1D Ox8C = OxF3\nnand1D Ox8D = OxF2\nnand1D Ox8E = OxF3\nnand1D Ox8F = OxF2\nnand1D Ox90 = OxEF\nnand1D Ox91 = OxEE\nnand1D Ox92 = OxEF\nnand1D Ox93 = OxEE\nnand1D Ox94 = OxEB\nnand1D Ox95 = OxEA\nnand1D Ox96 = OxEB\nnand1D Ox97 = OxEA\nnand1D Ox98 = OxE7\nnand1D Ox99 = OxE6\nnand1D Ox9A = OxE7\nnand1D Ox9B = OxE6\nnand1D Ox9C = OxE3\nnand1D Ox9D = OxE2\nnand1D Ox9E = OxE3\nnand1D Ox9F = OxE2\nnand1D OxA0 = OxFF\nnand1D OxA1 = OxFE\nnand1D OxA2 = OxFF\nnand1D OxA3 = OxFE\nnand1D OxA4 = OxFB\nnand1D OxA5 = OxFA\nnand1D OxA6 = OxFB\nnand1D OxA7 = OxFA\nnand1D OxA8 = OxF7\nnand1D OxA9 = OxF6\nnand1D OxAA = OxF7\nnand1D OxAB = OxF6\nnand1D OxAC = OxF3\nnand1D OxAE = OxF3\nnand1D OxAF = OxF2\nnand1D OxB0 = OxEF\nnand1D OxB1 = OxEE\nnand1D OxB2 = OxEF\nnand1D OxB3 = OxEE\nnand1D OxB4 = OxEB\nnand1D OxB5 = OxEA\nnand1D OxB6 = OxEB\nnand1D OxB7 = OxEA\nnand1D OxB8 = OxE7\nnand1D OxB9 = OxE6\nnand1D OxBA = OxE7\nnand1D OxBB = OxE6\nnand1D OxBC = OxE3\nnand1D OxBD = OxE2\nnand1D OxBE = OxE3\nnand1D OxBF = OxE2\nnand1D OxC0 = OxFF\nnand1D OxC1 = OxFE\nnand1D OxC2 = OxFF\nnand1D OxC3 = OxFE\nnand1D OxC4 = OxFB\nnand1D OxC5 = OxFA\nnand1D OxC6 = OxFB\nnand1D OxC7 = OxFA\nnand1D OxC8 = OxF7\nnand1D OxC9 = OxF6\nnand1D OxCA = OxF7\nnand1D OxCB = OxF6\nnand1D OxCC = OxF3\nnand1D OxCD = OxF2\nnand1D OxCE = OxF3\nnand1D OxCF = OxF2\nnand1D OxD0 = OxEF\nnand1D OxD1 = OxEE\nnand1D OxD2 = OxEF\nnand1D OxD3 = OxEE\nnand1D OxD4 = OxEB\nnand1D OxD5 = OxEA\nnand1D OxD6 = OxEB\nnand1D OxD7 = OxEA\nnand1D OxD8 = OxE7\nnand1D OxD9 = OxE6\nnand1D OxDA = OxE7\nnand1D OxDB = OxE6\nnand1D OxDC = OxE3\nnand1D OxDD = OxE2\nnand1D OxDE = OxE3\nnand1D OxDF = OxE2\nnand1D OxE0 = OxFF\nnand1D OxE1 = OxFE\nnand1D OxE2 = OxFF\nnand1D OxE3 = OxFE\nnand1D OxE4 = OxFB\nnand1D OxE5 = OxFA\nnand1D OxE6 = OxFB\nnand1D OxE7 = OxFA\nnand1D OxE8 = OxF7\nnand1D OxE9 = OxF6\nnand1D OxEA = OxF7\nnand1D OxEB = OxF6\nnand1D OxEC = OxF3\nnand1D OxED = OxF2\nnand1D OxEE = OxF3\nnand1D OxEF = OxF2\nnand1D OxF0 = OxEF\nnand1D OxF1 = OxEE\nnand1D OxF2 = OxEF\nnand1D OxF3 = OxEE\nnand1D OxF4 = OxEB\nnand1D OxF5 = OxEA\nnand1D OxF6 = OxEB\nnand1D OxF7 = OxEA\nnand1D OxF8 = OxE7\nnand1D OxF9 = OxE6\nnand1D OxFA = OxE7\nnand1D OxFB = OxE6\nnand1D OxFC = OxE3\nnand1D OxFD = OxE2\nnand1D OxFE = OxE3\nnand1D OxFF = OxE2\nnand1D ____ = undefined\nnand1E Ox1E = OxE1\nnand1E Ox1F = OxE1\nnand1E Ox20 = OxFF\nnand1E Ox21 = OxFF\nnand1E Ox22 = OxFD\nnand1E Ox23 = OxFD\nnand1E Ox24 = OxFB\nnand1E Ox25 = OxFB\nnand1E Ox26 = OxF9\nnand1E Ox27 = OxF9\nnand1E Ox28 = OxF7\nnand1E Ox29 = OxF7\nnand1E Ox2A = OxF5\nnand1E Ox2B = OxF5\nnand1E Ox2C = OxF3\nnand1E Ox2D = OxF3\nnand1E Ox2E = OxF1\nnand1E Ox2F = OxF1\nnand1E Ox30 = OxEF\nnand1E Ox31 = OxEF\nnand1E Ox32 = OxED\nnand1E Ox33 = OxED\nnand1E Ox34 = OxEB\nnand1E Ox35 = OxEB\nnand1E Ox36 = OxE9\nnand1E Ox37 = OxE9\nnand1E Ox38 = OxE7\nnand1E Ox39 = OxE7\nnand1E Ox3A = OxE5\nnand1E Ox3B = OxE5\nnand1E Ox3C = OxE3\nnand1E Ox3D = OxE3\nnand1E Ox3E = OxE1\nnand1E Ox3F = OxE1\nnand1E Ox40 = OxFF\nnand1E Ox41 = OxFF\nnand1E Ox42 = OxFD\nnand1E Ox43 = OxFD\nnand1E Ox44 = OxFB\nnand1E Ox45 = OxFB\nnand1E Ox46 = OxF9\nnand1E Ox47 = OxF9\nnand1E Ox48 = OxF7\nnand1E Ox49 = OxF7\nnand1E Ox4A = OxF5\nnand1E Ox4B = OxF5\nnand1E Ox4C = OxF3\nnand1E Ox4D = OxF3\nnand1E Ox4E = OxF1\nnand1E Ox4F = OxF1\nnand1E Ox50 = OxEF\nnand1E Ox51 = OxEF\nnand1E Ox52 = OxED\nnand1E Ox53 = OxED\nnand1E Ox54 = OxEB\nnand1E Ox55 = OxEB\nnand1E Ox56 = OxE9\nnand1E Ox57 = OxE9\nnand1E Ox58 = OxE7\nnand1E Ox59 = OxE7\nnand1E Ox5A = OxE5\nnand1E Ox5B = OxE5\nnand1E Ox5C = OxE3\nnand1E Ox5D = OxE3\nnand1E Ox5E = OxE1\nnand1E Ox5F = OxE1\nnand1E Ox60 = OxFF\nnand1E Ox61 = OxFF\nnand1E Ox62 = OxFD\nnand1E Ox63 = OxFD\nnand1E Ox64 = OxFB\nnand1E Ox65 = OxFB\nnand1E Ox66 = OxF9\nnand1E Ox67 = OxF9\nnand1E Ox68 = OxF7\nnand1E Ox69 = OxF7\nnand1E Ox6A = OxF5\nnand1E Ox6B = OxF5\nnand1E Ox6C = OxF3\nnand1E Ox6D = OxF3\nnand1E Ox6E = OxF1\nnand1E Ox6F = OxF1\nnand1E Ox70 = OxEF\nnand1E Ox71 = OxEF\nnand1E Ox72 = OxED\nnand1E Ox73 = OxED\nnand1E Ox74 = OxEB\nnand1E Ox75 = OxEB\nnand1E Ox76 = OxE9\nnand1E Ox77 = OxE9\nnand1E Ox78 = OxE7\nnand1E Ox79 = OxE7\nnand1E Ox7A = OxE5\nnand1E Ox7B = OxE5\nnand1E Ox7C = OxE3\nnand1E Ox7D = OxE3\nnand1E Ox7E = OxE1\nnand1E Ox7F = OxE1\nnand1E Ox80 = OxFF\nnand1E Ox81 = OxFF\nnand1E Ox82 = OxFD\nnand1E Ox83 = OxFD\nnand1E Ox84 = OxFB\nnand1E Ox85 = OxFB\nnand1E Ox86 = OxF9\nnand1E Ox87 = OxF9\nnand1E Ox88 = OxF7\nnand1E Ox89 = OxF7\nnand1E Ox8A = OxF5\nnand1E Ox8B = OxF5\nnand1E Ox8C = OxF3\nnand1E Ox8D = OxF3\nnand1E Ox8E = OxF1\nnand1E Ox8F = OxF1\nnand1E Ox90 = OxEF\nnand1E Ox91 = OxEF\nnand1E Ox92 = OxED\nnand1E Ox93 = OxED\nnand1E Ox94 = OxEB\nnand1E Ox95 = OxEB\nnand1E Ox96 = OxE9\nnand1E Ox97 = OxE9\nnand1E Ox98 = OxE7\nnand1E Ox99 = OxE7\nnand1E Ox9A = OxE5\nnand1E Ox9B = OxE5\nnand1E Ox9C = OxE3\nnand1E Ox9D = OxE3\nnand1E Ox9E = OxE1\nnand1E Ox9F = OxE1\nnand1E OxA0 = OxFF\nnand1E OxA1 = OxFF\nnand1E OxA2 = OxFD\nnand1E OxA3 = OxFD\nnand1E OxA4 = OxFB\nnand1E OxA5 = OxFB\nnand1E OxA6 = OxF9\nnand1E OxA7 = OxF9\nnand1E OxA8 = OxF7\nnand1E OxA9 = OxF7\nnand1E OxAA = OxF5\nnand1E OxAB = OxF5\nnand1E OxAC = OxF3\nnand1E OxAE = OxF1\nnand1E OxAF = OxF1\nnand1E OxB0 = OxEF\nnand1E OxB1 = OxEF\nnand1E OxB2 = OxED\nnand1E OxB3 = OxED\nnand1E OxB4 = OxEB\nnand1E OxB5 = OxEB\nnand1E OxB6 = OxE9\nnand1E OxB7 = OxE9\nnand1E OxB8 = OxE7\nnand1E OxB9 = OxE7\nnand1E OxBA = OxE5\nnand1E OxBB = OxE5\nnand1E OxBC = OxE3\nnand1E OxBD = OxE3\nnand1E OxBE = OxE1\nnand1E OxBF = OxE1\nnand1E OxC0 = OxFF\nnand1E OxC1 = OxFF\nnand1E OxC2 = OxFD\nnand1E OxC3 = OxFD\nnand1E OxC4 = OxFB\nnand1E OxC5 = OxFB\nnand1E OxC6 = OxF9\nnand1E OxC7 = OxF9\nnand1E OxC8 = OxF7\nnand1E OxC9 = OxF7\nnand1E OxCA = OxF5\nnand1E OxCB = OxF5\nnand1E OxCC = OxF3\nnand1E OxCD = OxF3\nnand1E OxCE = OxF1\nnand1E OxCF = OxF1\nnand1E OxD0 = OxEF\nnand1E OxD1 = OxEF\nnand1E OxD2 = OxED\nnand1E OxD3 = OxED\nnand1E OxD4 = OxEB\nnand1E OxD5 = OxEB\nnand1E OxD6 = OxE9\nnand1E OxD7 = OxE9\nnand1E OxD8 = OxE7\nnand1E OxD9 = OxE7\nnand1E OxDA = OxE5\nnand1E OxDB = OxE5\nnand1E OxDC = OxE3\nnand1E OxDD = OxE3\nnand1E OxDE = OxE1\nnand1E OxDF = OxE1\nnand1E OxE0 = OxFF\nnand1E OxE1 = OxFF\nnand1E OxE2 = OxFD\nnand1E OxE3 = OxFD\nnand1E OxE4 = OxFB\nnand1E OxE5 = OxFB\nnand1E OxE6 = OxF9\nnand1E OxE7 = OxF9\nnand1E OxE8 = OxF7\nnand1E OxE9 = OxF7\nnand1E OxEA = OxF5\nnand1E OxEB = OxF5\nnand1E OxEC = OxF3\nnand1E OxED = OxF3\nnand1E OxEE = OxF1\nnand1E OxEF = OxF1\nnand1E OxF0 = OxEF\nnand1E OxF1 = OxEF\nnand1E OxF2 = OxED\nnand1E OxF3 = OxED\nnand1E OxF4 = OxEB\nnand1E OxF5 = OxEB\nnand1E OxF6 = OxE9\nnand1E OxF7 = OxE9\nnand1E OxF8 = OxE7\nnand1E OxF9 = OxE7\nnand1E OxFA = OxE5\nnand1E OxFB = OxE5\nnand1E OxFC = OxE3\nnand1E OxFD = OxE3\nnand1E OxFE = OxE1\nnand1E OxFF = OxE1\nnand1E ____ = undefined\nnand1F Ox1F = OxE0\nnand1F Ox20 = OxFF\nnand1F Ox21 = OxFE\nnand1F Ox22 = OxFD\nnand1F Ox23 = OxFC\nnand1F Ox24 = OxFB\nnand1F Ox25 = OxFA\nnand1F Ox26 = OxF9\nnand1F Ox27 = OxF8\nnand1F Ox28 = OxF7\nnand1F Ox29 = OxF6\nnand1F Ox2A = OxF5\nnand1F Ox2B = OxF4\nnand1F Ox2C = OxF3\nnand1F Ox2D = OxF2\nnand1F Ox2E = OxF1\nnand1F Ox2F = OxF0\nnand1F Ox30 = OxEF\nnand1F Ox31 = OxEE\nnand1F Ox32 = OxED\nnand1F Ox33 = OxEC\nnand1F Ox34 = OxEB\nnand1F Ox35 = OxEA\nnand1F Ox36 = OxE9\nnand1F Ox37 = OxE8\nnand1F Ox38 = OxE7\nnand1F Ox39 = OxE6\nnand1F Ox3A = OxE5\nnand1F Ox3B = OxE4\nnand1F Ox3C = OxE3\nnand1F Ox3D = OxE2\nnand1F Ox3E = OxE1\nnand1F Ox3F = OxE0\nnand1F Ox40 = OxFF\nnand1F Ox41 = OxFE\nnand1F Ox42 = OxFD\nnand1F Ox43 = OxFC\nnand1F Ox44 = OxFB\nnand1F Ox45 = OxFA\nnand1F Ox46 = OxF9\nnand1F Ox47 = OxF8\nnand1F Ox48 = OxF7\nnand1F Ox49 = OxF6\nnand1F Ox4A = OxF5\nnand1F Ox4B = OxF4\nnand1F Ox4C = OxF3\nnand1F Ox4D = OxF2\nnand1F Ox4E = OxF1\nnand1F Ox4F = OxF0\nnand1F Ox50 = OxEF\nnand1F Ox51 = OxEE\nnand1F Ox52 = OxED\nnand1F Ox53 = OxEC\nnand1F Ox54 = OxEB\nnand1F Ox55 = OxEA\nnand1F Ox56 = OxE9\nnand1F Ox57 = OxE8\nnand1F Ox58 = OxE7\nnand1F Ox59 = OxE6\nnand1F Ox5A = OxE5\nnand1F Ox5B = OxE4\nnand1F Ox5C = OxE3\nnand1F Ox5D = OxE2\nnand1F Ox5E = OxE1\nnand1F Ox5F = OxE0\nnand1F Ox60 = OxFF\nnand1F Ox61 = OxFE\nnand1F Ox62 = OxFD\nnand1F Ox63 = OxFC\nnand1F Ox64 = OxFB\nnand1F Ox65 = OxFA\nnand1F Ox66 = OxF9\nnand1F Ox67 = OxF8\nnand1F Ox68 = OxF7\nnand1F Ox69 = OxF6\nnand1F Ox6A = OxF5\nnand1F Ox6B = OxF4\nnand1F Ox6C = OxF3\nnand1F Ox6D = OxF2\nnand1F Ox6E = OxF1\nnand1F Ox6F = OxF0\nnand1F Ox70 = OxEF\nnand1F Ox71 = OxEE\nnand1F Ox72 = OxED\nnand1F Ox73 = OxEC\nnand1F Ox74 = OxEB\nnand1F Ox75 = OxEA\nnand1F Ox76 = OxE9\nnand1F Ox77 = OxE8\nnand1F Ox78 = OxE7\nnand1F Ox79 = OxE6\nnand1F Ox7A = OxE5\nnand1F Ox7B = OxE4\nnand1F Ox7C = OxE3\nnand1F Ox7D = OxE2\nnand1F Ox7E = OxE1\nnand1F Ox7F = OxE0\nnand1F Ox80 = OxFF\nnand1F Ox81 = OxFE\nnand1F Ox82 = OxFD\nnand1F Ox83 = OxFC\nnand1F Ox84 = OxFB\nnand1F Ox85 = OxFA\nnand1F Ox86 = OxF9\nnand1F Ox87 = OxF8\nnand1F Ox88 = OxF7\nnand1F Ox89 = OxF6\nnand1F Ox8A = OxF5\nnand1F Ox8B = OxF4\nnand1F Ox8C = OxF3\nnand1F Ox8D = OxF2\nnand1F Ox8E = OxF1\nnand1F Ox8F = OxF0\nnand1F Ox90 = OxEF\nnand1F Ox91 = OxEE\nnand1F Ox92 = OxED\nnand1F Ox93 = OxEC\nnand1F Ox94 = OxEB\nnand1F Ox95 = OxEA\nnand1F Ox96 = OxE9\nnand1F Ox97 = OxE8\nnand1F Ox98 = OxE7\nnand1F Ox99 = OxE6\nnand1F Ox9A = OxE5\nnand1F Ox9B = OxE4\nnand1F Ox9C = OxE3\nnand1F Ox9D = OxE2\nnand1F Ox9E = OxE1\nnand1F Ox9F = OxE0\nnand1F OxA0 = OxFF\nnand1F OxA1 = OxFE\nnand1F OxA2 = OxFD\nnand1F OxA3 = OxFC\nnand1F OxA4 = OxFB\nnand1F OxA5 = OxFA\nnand1F OxA6 = OxF9\nnand1F OxA7 = OxF8\nnand1F OxA8 = OxF7\nnand1F OxA9 = OxF6\nnand1F OxAA = OxF5\nnand1F OxAB = OxF4\nnand1F OxAC = OxF3\nnand1F OxAE = OxF1\nnand1F OxAF = OxF0\nnand1F OxB0 = OxEF\nnand1F OxB1 = OxEE\nnand1F OxB2 = OxED\nnand1F OxB3 = OxEC\nnand1F OxB4 = OxEB\nnand1F OxB5 = OxEA\nnand1F OxB6 = OxE9\nnand1F OxB7 = OxE8\nnand1F OxB8 = OxE7\nnand1F OxB9 = OxE6\nnand1F OxBA = OxE5\nnand1F OxBB = OxE4\nnand1F OxBC = OxE3\nnand1F OxBD = OxE2\nnand1F OxBE = OxE1\nnand1F OxBF = OxE0\nnand1F OxC0 = OxFF\nnand1F OxC1 = OxFE\nnand1F OxC2 = OxFD\nnand1F OxC3 = OxFC\nnand1F OxC4 = OxFB\nnand1F OxC5 = OxFA\nnand1F OxC6 = OxF9\nnand1F OxC7 = OxF8\nnand1F OxC8 = OxF7\nnand1F OxC9 = OxF6\nnand1F OxCA = OxF5\nnand1F OxCB = OxF4\nnand1F OxCC = OxF3\nnand1F OxCD = OxF2\nnand1F OxCE = OxF1\nnand1F OxCF = OxF0\nnand1F OxD0 = OxEF\nnand1F OxD1 = OxEE\nnand1F OxD2 = OxED\nnand1F OxD3 = OxEC\nnand1F OxD4 = OxEB\nnand1F OxD5 = OxEA\nnand1F OxD6 = OxE9\nnand1F OxD7 = OxE8\nnand1F OxD8 = OxE7\nnand1F OxD9 = OxE6\nnand1F OxDA = OxE5\nnand1F OxDB = OxE4\nnand1F OxDC = OxE3\nnand1F OxDD = OxE2\nnand1F OxDE = OxE1\nnand1F OxDF = OxE0\nnand1F OxE0 = OxFF\nnand1F OxE1 = OxFE\nnand1F OxE2 = OxFD\nnand1F OxE3 = OxFC\nnand1F OxE4 = OxFB\nnand1F OxE5 = OxFA\nnand1F OxE6 = OxF9\nnand1F OxE7 = OxF8\nnand1F OxE8 = OxF7\nnand1F OxE9 = OxF6\nnand1F OxEA = OxF5\nnand1F OxEB = OxF4\nnand1F OxEC = OxF3\nnand1F OxED = OxF2\nnand1F OxEE = OxF1\nnand1F OxEF = OxF0\nnand1F OxF0 = OxEF\nnand1F OxF1 = OxEE\nnand1F OxF2 = OxED\nnand1F OxF3 = OxEC\nnand1F OxF4 = OxEB\nnand1F OxF5 = OxEA\nnand1F OxF6 = OxE9\nnand1F OxF7 = OxE8\nnand1F OxF8 = OxE7\nnand1F OxF9 = OxE6\nnand1F OxFA = OxE5\nnand1F OxFB = OxE4\nnand1F OxFC = OxE3\nnand1F OxFD = OxE2\nnand1F OxFE = OxE1\nnand1F OxFF = OxE0\nnand1F ____ = undefined\nnand20 Ox20 = OxDF\nnand20 Ox21 = OxDF\nnand20 Ox22 = OxDF\nnand20 Ox23 = OxDF\nnand20 Ox24 = OxDF\nnand20 Ox25 = OxDF\nnand20 Ox26 = OxDF\nnand20 Ox27 = OxDF\nnand20 Ox28 = OxDF\nnand20 Ox29 = OxDF\nnand20 Ox2A = OxDF\nnand20 Ox2B = OxDF\nnand20 Ox2C = OxDF\nnand20 Ox2D = OxDF\nnand20 Ox2E = OxDF\nnand20 Ox2F = OxDF\nnand20 Ox30 = OxDF\nnand20 Ox31 = OxDF\nnand20 Ox32 = OxDF\nnand20 Ox33 = OxDF\nnand20 Ox34 = OxDF\nnand20 Ox35 = OxDF\nnand20 Ox36 = OxDF\nnand20 Ox37 = OxDF\nnand20 Ox38 = OxDF\nnand20 Ox39 = OxDF\nnand20 Ox3A = OxDF\nnand20 Ox3B = OxDF\nnand20 Ox3C = OxDF\nnand20 Ox3D = OxDF\nnand20 Ox3E = OxDF\nnand20 Ox3F = OxDF\nnand20 Ox40 = OxFF\nnand20 Ox41 = OxFF\nnand20 Ox42 = OxFF\nnand20 Ox43 = OxFF\nnand20 Ox44 = OxFF\nnand20 Ox45 = OxFF\nnand20 Ox46 = OxFF\nnand20 Ox47 = OxFF\nnand20 Ox48 = OxFF\nnand20 Ox49 = OxFF\nnand20 Ox4A = OxFF\nnand20 Ox4B = OxFF\nnand20 Ox4C = OxFF\nnand20 Ox4D = OxFF\nnand20 Ox4E = OxFF\nnand20 Ox4F = OxFF\nnand20 Ox50 = OxFF\nnand20 Ox51 = OxFF\nnand20 Ox52 = OxFF\nnand20 Ox53 = OxFF\nnand20 Ox54 = OxFF\nnand20 Ox55 = OxFF\nnand20 Ox56 = OxFF\nnand20 Ox57 = OxFF\nnand20 Ox58 = OxFF\nnand20 Ox59 = OxFF\nnand20 Ox5A = OxFF\nnand20 Ox5B = OxFF\nnand20 Ox5C = OxFF\nnand20 Ox5D = OxFF\nnand20 Ox5E = OxFF\nnand20 Ox5F = OxFF\nnand20 Ox60 = OxDF\nnand20 Ox61 = OxDF\nnand20 Ox62 = OxDF\nnand20 Ox63 = OxDF\nnand20 Ox64 = OxDF\nnand20 Ox65 = OxDF\nnand20 Ox66 = OxDF\nnand20 Ox67 = OxDF\nnand20 Ox68 = OxDF\nnand20 Ox69 = OxDF\nnand20 Ox6A = OxDF\nnand20 Ox6B = OxDF\nnand20 Ox6C = OxDF\nnand20 Ox6D = OxDF\nnand20 Ox6E = OxDF\nnand20 Ox6F = OxDF\nnand20 Ox70 = OxDF\nnand20 Ox71 = OxDF\nnand20 Ox72 = OxDF\nnand20 Ox73 = OxDF\nnand20 Ox74 = OxDF\nnand20 Ox75 = OxDF\nnand20 Ox76 = OxDF\nnand20 Ox77 = OxDF\nnand20 Ox78 = OxDF\nnand20 Ox79 = OxDF\nnand20 Ox7A = OxDF\nnand20 Ox7B = OxDF\nnand20 Ox7C = OxDF\nnand20 Ox7D = OxDF\nnand20 Ox7E = OxDF\nnand20 Ox7F = OxDF\nnand20 Ox80 = OxFF\nnand20 Ox81 = OxFF\nnand20 Ox82 = OxFF\nnand20 Ox83 = OxFF\nnand20 Ox84 = OxFF\nnand20 Ox85 = OxFF\nnand20 Ox86 = OxFF\nnand20 Ox87 = OxFF\nnand20 Ox88 = OxFF\nnand20 Ox89 = OxFF\nnand20 Ox8A = OxFF\nnand20 Ox8B = OxFF\nnand20 Ox8C = OxFF\nnand20 Ox8D = OxFF\nnand20 Ox8E = OxFF\nnand20 Ox8F = OxFF\nnand20 Ox90 = OxFF\nnand20 Ox91 = OxFF\nnand20 Ox92 = OxFF\nnand20 Ox93 = OxFF\nnand20 Ox94 = OxFF\nnand20 Ox95 = OxFF\nnand20 Ox96 = OxFF\nnand20 Ox97 = OxFF\nnand20 Ox98 = OxFF\nnand20 Ox99 = OxFF\nnand20 Ox9A = OxFF\nnand20 Ox9B = OxFF\nnand20 Ox9C = OxFF\nnand20 Ox9D = OxFF\nnand20 Ox9E = OxFF\nnand20 Ox9F = OxFF\nnand20 OxA0 = OxDF\nnand20 OxA1 = OxDF\nnand20 OxA2 = OxDF\nnand20 OxA3 = OxDF\nnand20 OxA4 = OxDF\nnand20 OxA5 = OxDF\nnand20 OxA6 = OxDF\nnand20 OxA7 = OxDF\nnand20 OxA8 = OxDF\nnand20 OxA9 = OxDF\nnand20 OxAA = OxDF\nnand20 OxAB = OxDF\nnand20 OxAC = OxDF\nnand20 OxAE = OxDF\nnand20 OxAF = OxDF\nnand20 OxB0 = OxDF\nnand20 OxB1 = OxDF\nnand20 OxB2 = OxDF\nnand20 OxB3 = OxDF\nnand20 OxB4 = OxDF\nnand20 OxB5 = OxDF\nnand20 OxB6 = OxDF\nnand20 OxB7 = OxDF\nnand20 OxB8 = OxDF\nnand20 OxB9 = OxDF\nnand20 OxBA = OxDF\nnand20 OxBB = OxDF\nnand20 OxBC = OxDF\nnand20 OxBD = OxDF\nnand20 OxBE = OxDF\nnand20 OxBF = OxDF\nnand20 OxC0 = OxFF\nnand20 OxC1 = OxFF\nnand20 OxC2 = OxFF\nnand20 OxC3 = OxFF\nnand20 OxC4 = OxFF\nnand20 OxC5 = OxFF\nnand20 OxC6 = OxFF\nnand20 OxC7 = OxFF\nnand20 OxC8 = OxFF\nnand20 OxC9 = OxFF\nnand20 OxCA = OxFF\nnand20 OxCB = OxFF\nnand20 OxCC = OxFF\nnand20 OxCD = OxFF\nnand20 OxCE = OxFF\nnand20 OxCF = OxFF\nnand20 OxD0 = OxFF\nnand20 OxD1 = OxFF\nnand20 OxD2 = OxFF\nnand20 OxD3 = OxFF\nnand20 OxD4 = OxFF\nnand20 OxD5 = OxFF\nnand20 OxD6 = OxFF\nnand20 OxD7 = OxFF\nnand20 OxD8 = OxFF\nnand20 OxD9 = OxFF\nnand20 OxDA = OxFF\nnand20 OxDB = OxFF\nnand20 OxDC = OxFF\nnand20 OxDD = OxFF\nnand20 OxDE = OxFF\nnand20 OxDF = OxFF\nnand20 OxE0 = OxDF\nnand20 OxE1 = OxDF\nnand20 OxE2 = OxDF\nnand20 OxE3 = OxDF\nnand20 OxE4 = OxDF\nnand20 OxE5 = OxDF\nnand20 OxE6 = OxDF\nnand20 OxE7 = OxDF\nnand20 OxE8 = OxDF\nnand20 OxE9 = OxDF\nnand20 OxEA = OxDF\nnand20 OxEB = OxDF\nnand20 OxEC = OxDF\nnand20 OxED = OxDF\nnand20 OxEE = OxDF\nnand20 OxEF = OxDF\nnand20 OxF0 = OxDF\nnand20 OxF1 = OxDF\nnand20 OxF2 = OxDF\nnand20 OxF3 = OxDF\nnand20 OxF4 = OxDF\nnand20 OxF5 = OxDF\nnand20 OxF6 = OxDF\nnand20 OxF7 = OxDF\nnand20 OxF8 = OxDF\nnand20 OxF9 = OxDF\nnand20 OxFA = OxDF\nnand20 OxFB = OxDF\nnand20 OxFC = OxDF\nnand20 OxFD = OxDF\nnand20 OxFE = OxDF\nnand20 OxFF = OxDF\nnand20 ____ = undefined\nnand21 Ox21 = OxDE\nnand21 Ox22 = OxDF\nnand21 Ox23 = OxDE\nnand21 Ox24 = OxDF\nnand21 Ox25 = OxDE\nnand21 Ox26 = OxDF\nnand21 Ox27 = OxDE\nnand21 Ox28 = OxDF\nnand21 Ox29 = OxDE\nnand21 Ox2A = OxDF\nnand21 Ox2B = OxDE\nnand21 Ox2C = OxDF\nnand21 Ox2D = OxDE\nnand21 Ox2E = OxDF\nnand21 Ox2F = OxDE\nnand21 Ox30 = OxDF\nnand21 Ox31 = OxDE\nnand21 Ox32 = OxDF\nnand21 Ox33 = OxDE\nnand21 Ox34 = OxDF\nnand21 Ox35 = OxDE\nnand21 Ox36 = OxDF\nnand21 Ox37 = OxDE\nnand21 Ox38 = OxDF\nnand21 Ox39 = OxDE\nnand21 Ox3A = OxDF\nnand21 Ox3B = OxDE\nnand21 Ox3C = OxDF\nnand21 Ox3D = OxDE\nnand21 Ox3E = OxDF\nnand21 Ox3F = OxDE\nnand21 Ox40 = OxFF\nnand21 Ox41 = OxFE\nnand21 Ox42 = OxFF\nnand21 Ox43 = OxFE\nnand21 Ox44 = OxFF\nnand21 Ox45 = OxFE\nnand21 Ox46 = OxFF\nnand21 Ox47 = OxFE\nnand21 Ox48 = OxFF\nnand21 Ox49 = OxFE\nnand21 Ox4A = OxFF\nnand21 Ox4B = OxFE\nnand21 Ox4C = OxFF\nnand21 Ox4D = OxFE\nnand21 Ox4E = OxFF\nnand21 Ox4F = OxFE\nnand21 Ox50 = OxFF\nnand21 Ox51 = OxFE\nnand21 Ox52 = OxFF\nnand21 Ox53 = OxFE\nnand21 Ox54 = OxFF\nnand21 Ox55 = OxFE\nnand21 Ox56 = OxFF\nnand21 Ox57 = OxFE\nnand21 Ox58 = OxFF\nnand21 Ox59 = OxFE\nnand21 Ox5A = OxFF\nnand21 Ox5B = OxFE\nnand21 Ox5C = OxFF\nnand21 Ox5D = OxFE\nnand21 Ox5E = OxFF\nnand21 Ox5F = OxFE\nnand21 Ox60 = OxDF\nnand21 Ox61 = OxDE\nnand21 Ox62 = OxDF\nnand21 Ox63 = OxDE\nnand21 Ox64 = OxDF\nnand21 Ox65 = OxDE\nnand21 Ox66 = OxDF\nnand21 Ox67 = OxDE\nnand21 Ox68 = OxDF\nnand21 Ox69 = OxDE\nnand21 Ox6A = OxDF\nnand21 Ox6B = OxDE\nnand21 Ox6C = OxDF\nnand21 Ox6D = OxDE\nnand21 Ox6E = OxDF\nnand21 Ox6F = OxDE\nnand21 Ox70 = OxDF\nnand21 Ox71 = OxDE\nnand21 Ox72 = OxDF\nnand21 Ox73 = OxDE\nnand21 Ox74 = OxDF\nnand21 Ox75 = OxDE\nnand21 Ox76 = OxDF\nnand21 Ox77 = OxDE\nnand21 Ox78 = OxDF\nnand21 Ox79 = OxDE\nnand21 Ox7A = OxDF\nnand21 Ox7B = OxDE\nnand21 Ox7C = OxDF\nnand21 Ox7D = OxDE\nnand21 Ox7E = OxDF\nnand21 Ox7F = OxDE\nnand21 Ox80 = OxFF\nnand21 Ox81 = OxFE\nnand21 Ox82 = OxFF\nnand21 Ox83 = OxFE\nnand21 Ox84 = OxFF\nnand21 Ox85 = OxFE\nnand21 Ox86 = OxFF\nnand21 Ox87 = OxFE\nnand21 Ox88 = OxFF\nnand21 Ox89 = OxFE\nnand21 Ox8A = OxFF\nnand21 Ox8B = OxFE\nnand21 Ox8C = OxFF\nnand21 Ox8D = OxFE\nnand21 Ox8E = OxFF\nnand21 Ox8F = OxFE\nnand21 Ox90 = OxFF\nnand21 Ox91 = OxFE\nnand21 Ox92 = OxFF\nnand21 Ox93 = OxFE\nnand21 Ox94 = OxFF\nnand21 Ox95 = OxFE\nnand21 Ox96 = OxFF\nnand21 Ox97 = OxFE\nnand21 Ox98 = OxFF\nnand21 Ox99 = OxFE\nnand21 Ox9A = OxFF\nnand21 Ox9B = OxFE\nnand21 Ox9C = OxFF\nnand21 Ox9D = OxFE\nnand21 Ox9E = OxFF\nnand21 Ox9F = OxFE\nnand21 OxA0 = OxDF\nnand21 OxA1 = OxDE\nnand21 OxA2 = OxDF\nnand21 OxA3 = OxDE\nnand21 OxA4 = OxDF\nnand21 OxA5 = OxDE\nnand21 OxA6 = OxDF\nnand21 OxA7 = OxDE\nnand21 OxA8 = OxDF\nnand21 OxA9 = OxDE\nnand21 OxAA = OxDF\nnand21 OxAB = OxDE\nnand21 OxAC = OxDF\nnand21 OxAE = OxDF\nnand21 OxAF = OxDE\nnand21 OxB0 = OxDF\nnand21 OxB1 = OxDE\nnand21 OxB2 = OxDF\nnand21 OxB3 = OxDE\nnand21 OxB4 = OxDF\nnand21 OxB5 = OxDE\nnand21 OxB6 = OxDF\nnand21 OxB7 = OxDE\nnand21 OxB8 = OxDF\nnand21 OxB9 = OxDE\nnand21 OxBA = OxDF\nnand21 OxBB = OxDE\nnand21 OxBC = OxDF\nnand21 OxBD = OxDE\nnand21 OxBE = OxDF\nnand21 OxBF = OxDE\nnand21 OxC0 = OxFF\nnand21 OxC1 = OxFE\nnand21 OxC2 = OxFF\nnand21 OxC3 = OxFE\nnand21 OxC4 = OxFF\nnand21 OxC5 = OxFE\nnand21 OxC6 = OxFF\nnand21 OxC7 = OxFE\nnand21 OxC8 = OxFF\nnand21 OxC9 = OxFE\nnand21 OxCA = OxFF\nnand21 OxCB = OxFE\nnand21 OxCC = OxFF\nnand21 OxCD = OxFE\nnand21 OxCE = OxFF\nnand21 OxCF = OxFE\nnand21 OxD0 = OxFF\nnand21 OxD1 = OxFE\nnand21 OxD2 = OxFF\nnand21 OxD3 = OxFE\nnand21 OxD4 = OxFF\nnand21 OxD5 = OxFE\nnand21 OxD6 = OxFF\nnand21 OxD7 = OxFE\nnand21 OxD8 = OxFF\nnand21 OxD9 = OxFE\nnand21 OxDA = OxFF\nnand21 OxDB = OxFE\nnand21 OxDC = OxFF\nnand21 OxDD = OxFE\nnand21 OxDE = OxFF\nnand21 OxDF = OxFE\nnand21 OxE0 = OxDF\nnand21 OxE1 = OxDE\nnand21 OxE2 = OxDF\nnand21 OxE3 = OxDE\nnand21 OxE4 = OxDF\nnand21 OxE5 = OxDE\nnand21 OxE6 = OxDF\nnand21 OxE7 = OxDE\nnand21 OxE8 = OxDF\nnand21 OxE9 = OxDE\nnand21 OxEA = OxDF\nnand21 OxEB = OxDE\nnand21 OxEC = OxDF\nnand21 OxED = OxDE\nnand21 OxEE = OxDF\nnand21 OxEF = OxDE\nnand21 OxF0 = OxDF\nnand21 OxF1 = OxDE\nnand21 OxF2 = OxDF\nnand21 OxF3 = OxDE\nnand21 OxF4 = OxDF\nnand21 OxF5 = OxDE\nnand21 OxF6 = OxDF\nnand21 OxF7 = OxDE\nnand21 OxF8 = OxDF\nnand21 OxF9 = OxDE\nnand21 OxFA = OxDF\nnand21 OxFB = OxDE\nnand21 OxFC = OxDF\nnand21 OxFD = OxDE\nnand21 OxFE = OxDF\nnand21 OxFF = OxDE\nnand21 ____ = undefined\nnand22 Ox22 = OxDD\nnand22 Ox23 = OxDD\nnand22 Ox24 = OxDF\nnand22 Ox25 = OxDF\nnand22 Ox26 = OxDD\nnand22 Ox27 = OxDD\nnand22 Ox28 = OxDF\nnand22 Ox29 = OxDF\nnand22 Ox2A = OxDD\nnand22 Ox2B = OxDD\nnand22 Ox2C = OxDF\nnand22 Ox2D = OxDF\nnand22 Ox2E = OxDD\nnand22 Ox2F = OxDD\nnand22 Ox30 = OxDF\nnand22 Ox31 = OxDF\nnand22 Ox32 = OxDD\nnand22 Ox33 = OxDD\nnand22 Ox34 = OxDF\nnand22 Ox35 = OxDF\nnand22 Ox36 = OxDD\nnand22 Ox37 = OxDD\nnand22 Ox38 = OxDF\nnand22 Ox39 = OxDF\nnand22 Ox3A = OxDD\nnand22 Ox3B = OxDD\nnand22 Ox3C = OxDF\nnand22 Ox3D = OxDF\nnand22 Ox3E = OxDD\nnand22 Ox3F = OxDD\nnand22 Ox40 = OxFF\nnand22 Ox41 = OxFF\nnand22 Ox42 = OxFD\nnand22 Ox43 = OxFD\nnand22 Ox44 = OxFF\nnand22 Ox45 = OxFF\nnand22 Ox46 = OxFD\nnand22 Ox47 = OxFD\nnand22 Ox48 = OxFF\nnand22 Ox49 = OxFF\nnand22 Ox4A = OxFD\nnand22 Ox4B = OxFD\nnand22 Ox4C = OxFF\nnand22 Ox4D = OxFF\nnand22 Ox4E = OxFD\nnand22 Ox4F = OxFD\nnand22 Ox50 = OxFF\nnand22 Ox51 = OxFF\nnand22 Ox52 = OxFD\nnand22 Ox53 = OxFD\nnand22 Ox54 = OxFF\nnand22 Ox55 = OxFF\nnand22 Ox56 = OxFD\nnand22 Ox57 = OxFD\nnand22 Ox58 = OxFF\nnand22 Ox59 = OxFF\nnand22 Ox5A = OxFD\nnand22 Ox5B = OxFD\nnand22 Ox5C = OxFF\nnand22 Ox5D = OxFF\nnand22 Ox5E = OxFD\nnand22 Ox5F = OxFD\nnand22 Ox60 = OxDF\nnand22 Ox61 = OxDF\nnand22 Ox62 = OxDD\nnand22 Ox63 = OxDD\nnand22 Ox64 = OxDF\nnand22 Ox65 = OxDF\nnand22 Ox66 = OxDD\nnand22 Ox67 = OxDD\nnand22 Ox68 = OxDF\nnand22 Ox69 = OxDF\nnand22 Ox6A = OxDD\nnand22 Ox6B = OxDD\nnand22 Ox6C = OxDF\nnand22 Ox6D = OxDF\nnand22 Ox6E = OxDD\nnand22 Ox6F = OxDD\nnand22 Ox70 = OxDF\nnand22 Ox71 = OxDF\nnand22 Ox72 = OxDD\nnand22 Ox73 = OxDD\nnand22 Ox74 = OxDF\nnand22 Ox75 = OxDF\nnand22 Ox76 = OxDD\nnand22 Ox77 = OxDD\nnand22 Ox78 = OxDF\nnand22 Ox79 = OxDF\nnand22 Ox7A = OxDD\nnand22 Ox7B = OxDD\nnand22 Ox7C = OxDF\nnand22 Ox7D = OxDF\nnand22 Ox7E = OxDD\nnand22 Ox7F = OxDD\nnand22 Ox80 = OxFF\nnand22 Ox81 = OxFF\nnand22 Ox82 = OxFD\nnand22 Ox83 = OxFD\nnand22 Ox84 = OxFF\nnand22 Ox85 = OxFF\nnand22 Ox86 = OxFD\nnand22 Ox87 = OxFD\nnand22 Ox88 = OxFF\nnand22 Ox89 = OxFF\nnand22 Ox8A = OxFD\nnand22 Ox8B = OxFD\nnand22 Ox8C = OxFF\nnand22 Ox8D = OxFF\nnand22 Ox8E = OxFD\nnand22 Ox8F = OxFD\nnand22 Ox90 = OxFF\nnand22 Ox91 = OxFF\nnand22 Ox92 = OxFD\nnand22 Ox93 = OxFD\nnand22 Ox94 = OxFF\nnand22 Ox95 = OxFF\nnand22 Ox96 = OxFD\nnand22 Ox97 = OxFD\nnand22 Ox98 = OxFF\nnand22 Ox99 = OxFF\nnand22 Ox9A = OxFD\nnand22 Ox9B = OxFD\nnand22 Ox9C = OxFF\nnand22 Ox9D = OxFF\nnand22 Ox9E = OxFD\nnand22 Ox9F = OxFD\nnand22 OxA0 = OxDF\nnand22 OxA1 = OxDF\nnand22 OxA2 = OxDD\nnand22 OxA3 = OxDD\nnand22 OxA4 = OxDF\nnand22 OxA5 = OxDF\nnand22 OxA6 = OxDD\nnand22 OxA7 = OxDD\nnand22 OxA8 = OxDF\nnand22 OxA9 = OxDF\nnand22 OxAA = OxDD\nnand22 OxAB = OxDD\nnand22 OxAC = OxDF\nnand22 OxAE = OxDD\nnand22 OxAF = OxDD\nnand22 OxB0 = OxDF\nnand22 OxB1 = OxDF\nnand22 OxB2 = OxDD\nnand22 OxB3 = OxDD\nnand22 OxB4 = OxDF\nnand22 OxB5 = OxDF\nnand22 OxB6 = OxDD\nnand22 OxB7 = OxDD\nnand22 OxB8 = OxDF\nnand22 OxB9 = OxDF\nnand22 OxBA = OxDD\nnand22 OxBB = OxDD\nnand22 OxBC = OxDF\nnand22 OxBD = OxDF\nnand22 OxBE = OxDD\nnand22 OxBF = OxDD\nnand22 OxC0 = OxFF\nnand22 OxC1 = OxFF\nnand22 OxC2 = OxFD\nnand22 OxC3 = OxFD\nnand22 OxC4 = OxFF\nnand22 OxC5 = OxFF\nnand22 OxC6 = OxFD\nnand22 OxC7 = OxFD\nnand22 OxC8 = OxFF\nnand22 OxC9 = OxFF\nnand22 OxCA = OxFD\nnand22 OxCB = OxFD\nnand22 OxCC = OxFF\nnand22 OxCD = OxFF\nnand22 OxCE = OxFD\nnand22 OxCF = OxFD\nnand22 OxD0 = OxFF\nnand22 OxD1 = OxFF\nnand22 OxD2 = OxFD\nnand22 OxD3 = OxFD\nnand22 OxD4 = OxFF\nnand22 OxD5 = OxFF\nnand22 OxD6 = OxFD\nnand22 OxD7 = OxFD\nnand22 OxD8 = OxFF\nnand22 OxD9 = OxFF\nnand22 OxDA = OxFD\nnand22 OxDB = OxFD\nnand22 OxDC = OxFF\nnand22 OxDD = OxFF\nnand22 OxDE = OxFD\nnand22 OxDF = OxFD\nnand22 OxE0 = OxDF\nnand22 OxE1 = OxDF\nnand22 OxE2 = OxDD\nnand22 OxE3 = OxDD\nnand22 OxE4 = OxDF\nnand22 OxE5 = OxDF\nnand22 OxE6 = OxDD\nnand22 OxE7 = OxDD\nnand22 OxE8 = OxDF\nnand22 OxE9 = OxDF\nnand22 OxEA = OxDD\nnand22 OxEB = OxDD\nnand22 OxEC = OxDF\nnand22 OxED = OxDF\nnand22 OxEE = OxDD\nnand22 OxEF = OxDD\nnand22 OxF0 = OxDF\nnand22 OxF1 = OxDF\nnand22 OxF2 = OxDD\nnand22 OxF3 = OxDD\nnand22 OxF4 = OxDF\nnand22 OxF5 = OxDF\nnand22 OxF6 = OxDD\nnand22 OxF7 = OxDD\nnand22 OxF8 = OxDF\nnand22 OxF9 = OxDF\nnand22 OxFA = OxDD\nnand22 OxFB = OxDD\nnand22 OxFC = OxDF\nnand22 OxFD = OxDF\nnand22 OxFE = OxDD\nnand22 OxFF = OxDD\nnand22 ____ = undefined\nnand23 Ox23 = OxDC\nnand23 Ox24 = OxDF\nnand23 Ox25 = OxDE\nnand23 Ox26 = OxDD\nnand23 Ox27 = OxDC\nnand23 Ox28 = OxDF\nnand23 Ox29 = OxDE\nnand23 Ox2A = OxDD\nnand23 Ox2B = OxDC\nnand23 Ox2C = OxDF\nnand23 Ox2D = OxDE\nnand23 Ox2E = OxDD\nnand23 Ox2F = OxDC\nnand23 Ox30 = OxDF\nnand23 Ox31 = OxDE\nnand23 Ox32 = OxDD\nnand23 Ox33 = OxDC\nnand23 Ox34 = OxDF\nnand23 Ox35 = OxDE\nnand23 Ox36 = OxDD\nnand23 Ox37 = OxDC\nnand23 Ox38 = OxDF\nnand23 Ox39 = OxDE\nnand23 Ox3A = OxDD\nnand23 Ox3B = OxDC\nnand23 Ox3C = OxDF\nnand23 Ox3D = OxDE\nnand23 Ox3E = OxDD\nnand23 Ox3F = OxDC\nnand23 Ox40 = OxFF\nnand23 Ox41 = OxFE\nnand23 Ox42 = OxFD\nnand23 Ox43 = OxFC\nnand23 Ox44 = OxFF\nnand23 Ox45 = OxFE\nnand23 Ox46 = OxFD\nnand23 Ox47 = OxFC\nnand23 Ox48 = OxFF\nnand23 Ox49 = OxFE\nnand23 Ox4A = OxFD\nnand23 Ox4B = OxFC\nnand23 Ox4C = OxFF\nnand23 Ox4D = OxFE\nnand23 Ox4E = OxFD\nnand23 Ox4F = OxFC\nnand23 Ox50 = OxFF\nnand23 Ox51 = OxFE\nnand23 Ox52 = OxFD\nnand23 Ox53 = OxFC\nnand23 Ox54 = OxFF\nnand23 Ox55 = OxFE\nnand23 Ox56 = OxFD\nnand23 Ox57 = OxFC\nnand23 Ox58 = OxFF\nnand23 Ox59 = OxFE\nnand23 Ox5A = OxFD\nnand23 Ox5B = OxFC\nnand23 Ox5C = OxFF\nnand23 Ox5D = OxFE\nnand23 Ox5E = OxFD\nnand23 Ox5F = OxFC\nnand23 Ox60 = OxDF\nnand23 Ox61 = OxDE\nnand23 Ox62 = OxDD\nnand23 Ox63 = OxDC\nnand23 Ox64 = OxDF\nnand23 Ox65 = OxDE\nnand23 Ox66 = OxDD\nnand23 Ox67 = OxDC\nnand23 Ox68 = OxDF\nnand23 Ox69 = OxDE\nnand23 Ox6A = OxDD\nnand23 Ox6B = OxDC\nnand23 Ox6C = OxDF\nnand23 Ox6D = OxDE\nnand23 Ox6E = OxDD\nnand23 Ox6F = OxDC\nnand23 Ox70 = OxDF\nnand23 Ox71 = OxDE\nnand23 Ox72 = OxDD\nnand23 Ox73 = OxDC\nnand23 Ox74 = OxDF\nnand23 Ox75 = OxDE\nnand23 Ox76 = OxDD\nnand23 Ox77 = OxDC\nnand23 Ox78 = OxDF\nnand23 Ox79 = OxDE\nnand23 Ox7A = OxDD\nnand23 Ox7B = OxDC\nnand23 Ox7C = OxDF\nnand23 Ox7D = OxDE\nnand23 Ox7E = OxDD\nnand23 Ox7F = OxDC\nnand23 Ox80 = OxFF\nnand23 Ox81 = OxFE\nnand23 Ox82 = OxFD\nnand23 Ox83 = OxFC\nnand23 Ox84 = OxFF\nnand23 Ox85 = OxFE\nnand23 Ox86 = OxFD\nnand23 Ox87 = OxFC\nnand23 Ox88 = OxFF\nnand23 Ox89 = OxFE\nnand23 Ox8A = OxFD\nnand23 Ox8B = OxFC\nnand23 Ox8C = OxFF\nnand23 Ox8D = OxFE\nnand23 Ox8E = OxFD\nnand23 Ox8F = OxFC\nnand23 Ox90 = OxFF\nnand23 Ox91 = OxFE\nnand23 Ox92 = OxFD\nnand23 Ox93 = OxFC\nnand23 Ox94 = OxFF\nnand23 Ox95 = OxFE\nnand23 Ox96 = OxFD\nnand23 Ox97 = OxFC\nnand23 Ox98 = OxFF\nnand23 Ox99 = OxFE\nnand23 Ox9A = OxFD\nnand23 Ox9B = OxFC\nnand23 Ox9C = OxFF\nnand23 Ox9D = OxFE\nnand23 Ox9E = OxFD\nnand23 Ox9F = OxFC\nnand23 OxA0 = OxDF\nnand23 OxA1 = OxDE\nnand23 OxA2 = OxDD\nnand23 OxA3 = OxDC\nnand23 OxA4 = OxDF\nnand23 OxA5 = OxDE\nnand23 OxA6 = OxDD\nnand23 OxA7 = OxDC\nnand23 OxA8 = OxDF\nnand23 OxA9 = OxDE\nnand23 OxAA = OxDD\nnand23 OxAB = OxDC\nnand23 OxAC = OxDF\nnand23 OxAE = OxDD\nnand23 OxAF = OxDC\nnand23 OxB0 = OxDF\nnand23 OxB1 = OxDE\nnand23 OxB2 = OxDD\nnand23 OxB3 = OxDC\nnand23 OxB4 = OxDF\nnand23 OxB5 = OxDE\nnand23 OxB6 = OxDD\nnand23 OxB7 = OxDC\nnand23 OxB8 = OxDF\nnand23 OxB9 = OxDE\nnand23 OxBA = OxDD\nnand23 OxBB = OxDC\nnand23 OxBC = OxDF\nnand23 OxBD = OxDE\nnand23 OxBE = OxDD\nnand23 OxBF = OxDC\nnand23 OxC0 = OxFF\nnand23 OxC1 = OxFE\nnand23 OxC2 = OxFD\nnand23 OxC3 = OxFC\nnand23 OxC4 = OxFF\nnand23 OxC5 = OxFE\nnand23 OxC6 = OxFD\nnand23 OxC7 = OxFC\nnand23 OxC8 = OxFF\nnand23 OxC9 = OxFE\nnand23 OxCA = OxFD\nnand23 OxCB = OxFC\nnand23 OxCC = OxFF\nnand23 OxCD = OxFE\nnand23 OxCE = OxFD\nnand23 OxCF = OxFC\nnand23 OxD0 = OxFF\nnand23 OxD1 = OxFE\nnand23 OxD2 = OxFD\nnand23 OxD3 = OxFC\nnand23 OxD4 = OxFF\nnand23 OxD5 = OxFE\nnand23 OxD6 = OxFD\nnand23 OxD7 = OxFC\nnand23 OxD8 = OxFF\nnand23 OxD9 = OxFE\nnand23 OxDA = OxFD\nnand23 OxDB = OxFC\nnand23 OxDC = OxFF\nnand23 OxDD = OxFE\nnand23 OxDE = OxFD\nnand23 OxDF = OxFC\nnand23 OxE0 = OxDF\nnand23 OxE1 = OxDE\nnand23 OxE2 = OxDD\nnand23 OxE3 = OxDC\nnand23 OxE4 = OxDF\nnand23 OxE5 = OxDE\nnand23 OxE6 = OxDD\nnand23 OxE7 = OxDC\nnand23 OxE8 = OxDF\nnand23 OxE9 = OxDE\nnand23 OxEA = OxDD\nnand23 OxEB = OxDC\nnand23 OxEC = OxDF\nnand23 OxED = OxDE\nnand23 OxEE = OxDD\nnand23 OxEF = OxDC\nnand23 OxF0 = OxDF\nnand23 OxF1 = OxDE\nnand23 OxF2 = OxDD\nnand23 OxF3 = OxDC\nnand23 OxF4 = OxDF\nnand23 OxF5 = OxDE\nnand23 OxF6 = OxDD\nnand23 OxF7 = OxDC\nnand23 OxF8 = OxDF\nnand23 OxF9 = OxDE\nnand23 OxFA = OxDD\nnand23 OxFB = OxDC\nnand23 OxFC = OxDF\nnand23 OxFD = OxDE\nnand23 OxFE = OxDD\nnand23 OxFF = OxDC\nnand23 ____ = undefined\nnand24 Ox24 = OxDB\nnand24 Ox25 = OxDB\nnand24 Ox26 = OxDB\nnand24 Ox27 = OxDB\nnand24 Ox28 = OxDF\nnand24 Ox29 = OxDF\nnand24 Ox2A = OxDF\nnand24 Ox2B = OxDF\nnand24 Ox2C = OxDB\nnand24 Ox2D = OxDB\nnand24 Ox2E = OxDB\nnand24 Ox2F = OxDB\nnand24 Ox30 = OxDF\nnand24 Ox31 = OxDF\nnand24 Ox32 = OxDF\nnand24 Ox33 = OxDF\nnand24 Ox34 = OxDB\nnand24 Ox35 = OxDB\nnand24 Ox36 = OxDB\nnand24 Ox37 = OxDB\nnand24 Ox38 = OxDF\nnand24 Ox39 = OxDF\nnand24 Ox3A = OxDF\nnand24 Ox3B = OxDF\nnand24 Ox3C = OxDB\nnand24 Ox3D = OxDB\nnand24 Ox3E = OxDB\nnand24 Ox3F = OxDB\nnand24 Ox40 = OxFF\nnand24 Ox41 = OxFF\nnand24 Ox42 = OxFF\nnand24 Ox43 = OxFF\nnand24 Ox44 = OxFB\nnand24 Ox45 = OxFB\nnand24 Ox46 = OxFB\nnand24 Ox47 = OxFB\nnand24 Ox48 = OxFF\nnand24 Ox49 = OxFF\nnand24 Ox4A = OxFF\nnand24 Ox4B = OxFF\nnand24 Ox4C = OxFB\nnand24 Ox4D = OxFB\nnand24 Ox4E = OxFB\nnand24 Ox4F = OxFB\nnand24 Ox50 = OxFF\nnand24 Ox51 = OxFF\nnand24 Ox52 = OxFF\nnand24 Ox53 = OxFF\nnand24 Ox54 = OxFB\nnand24 Ox55 = OxFB\nnand24 Ox56 = OxFB\nnand24 Ox57 = OxFB\nnand24 Ox58 = OxFF\nnand24 Ox59 = OxFF\nnand24 Ox5A = OxFF\nnand24 Ox5B = OxFF\nnand24 Ox5C = OxFB\nnand24 Ox5D = OxFB\nnand24 Ox5E = OxFB\nnand24 Ox5F = OxFB\nnand24 Ox60 = OxDF\nnand24 Ox61 = OxDF\nnand24 Ox62 = OxDF\nnand24 Ox63 = OxDF\nnand24 Ox64 = OxDB\nnand24 Ox65 = OxDB\nnand24 Ox66 = OxDB\nnand24 Ox67 = OxDB\nnand24 Ox68 = OxDF\nnand24 Ox69 = OxDF\nnand24 Ox6A = OxDF\nnand24 Ox6B = OxDF\nnand24 Ox6C = OxDB\nnand24 Ox6D = OxDB\nnand24 Ox6E = OxDB\nnand24 Ox6F = OxDB\nnand24 Ox70 = OxDF\nnand24 Ox71 = OxDF\nnand24 Ox72 = OxDF\nnand24 Ox73 = OxDF\nnand24 Ox74 = OxDB\nnand24 Ox75 = OxDB\nnand24 Ox76 = OxDB\nnand24 Ox77 = OxDB\nnand24 Ox78 = OxDF\nnand24 Ox79 = OxDF\nnand24 Ox7A = OxDF\nnand24 Ox7B = OxDF\nnand24 Ox7C = OxDB\nnand24 Ox7D = OxDB\nnand24 Ox7E = OxDB\nnand24 Ox7F = OxDB\nnand24 Ox80 = OxFF\nnand24 Ox81 = OxFF\nnand24 Ox82 = OxFF\nnand24 Ox83 = OxFF\nnand24 Ox84 = OxFB\nnand24 Ox85 = OxFB\nnand24 Ox86 = OxFB\nnand24 Ox87 = OxFB\nnand24 Ox88 = OxFF\nnand24 Ox89 = OxFF\nnand24 Ox8A = OxFF\nnand24 Ox8B = OxFF\nnand24 Ox8C = OxFB\nnand24 Ox8D = OxFB\nnand24 Ox8E = OxFB\nnand24 Ox8F = OxFB\nnand24 Ox90 = OxFF\nnand24 Ox91 = OxFF\nnand24 Ox92 = OxFF\nnand24 Ox93 = OxFF\nnand24 Ox94 = OxFB\nnand24 Ox95 = OxFB\nnand24 Ox96 = OxFB\nnand24 Ox97 = OxFB\nnand24 Ox98 = OxFF\nnand24 Ox99 = OxFF\nnand24 Ox9A = OxFF\nnand24 Ox9B = OxFF\nnand24 Ox9C = OxFB\nnand24 Ox9D = OxFB\nnand24 Ox9E = OxFB\nnand24 Ox9F = OxFB\nnand24 OxA0 = OxDF\nnand24 OxA1 = OxDF\nnand24 OxA2 = OxDF\nnand24 OxA3 = OxDF\nnand24 OxA4 = OxDB\nnand24 OxA5 = OxDB\nnand24 OxA6 = OxDB\nnand24 OxA7 = OxDB\nnand24 OxA8 = OxDF\nnand24 OxA9 = OxDF\nnand24 OxAA = OxDF\nnand24 OxAB = OxDF\nnand24 OxAC = OxDB\nnand24 OxAE = OxDB\nnand24 OxAF = OxDB\nnand24 OxB0 = OxDF\nnand24 OxB1 = OxDF\nnand24 OxB2 = OxDF\nnand24 OxB3 = OxDF\nnand24 OxB4 = OxDB\nnand24 OxB5 = OxDB\nnand24 OxB6 = OxDB\nnand24 OxB7 = OxDB\nnand24 OxB8 = OxDF\nnand24 OxB9 = OxDF\nnand24 OxBA = OxDF\nnand24 OxBB = OxDF\nnand24 OxBC = OxDB\nnand24 OxBD = OxDB\nnand24 OxBE = OxDB\nnand24 OxBF = OxDB\nnand24 OxC0 = OxFF\nnand24 OxC1 = OxFF\nnand24 OxC2 = OxFF\nnand24 OxC3 = OxFF\nnand24 OxC4 = OxFB\nnand24 OxC5 = OxFB\nnand24 OxC6 = OxFB\nnand24 OxC7 = OxFB\nnand24 OxC8 = OxFF\nnand24 OxC9 = OxFF\nnand24 OxCA = OxFF\nnand24 OxCB = OxFF\nnand24 OxCC = OxFB\nnand24 OxCD = OxFB\nnand24 OxCE = OxFB\nnand24 OxCF = OxFB\nnand24 OxD0 = OxFF\nnand24 OxD1 = OxFF\nnand24 OxD2 = OxFF\nnand24 OxD3 = OxFF\nnand24 OxD4 = OxFB\nnand24 OxD5 = OxFB\nnand24 OxD6 = OxFB\nnand24 OxD7 = OxFB\nnand24 OxD8 = OxFF\nnand24 OxD9 = OxFF\nnand24 OxDA = OxFF\nnand24 OxDB = OxFF\nnand24 OxDC = OxFB\nnand24 OxDD = OxFB\nnand24 OxDE = OxFB\nnand24 OxDF = OxFB\nnand24 OxE0 = OxDF\nnand24 OxE1 = OxDF\nnand24 OxE2 = OxDF\nnand24 OxE3 = OxDF\nnand24 OxE4 = OxDB\nnand24 OxE5 = OxDB\nnand24 OxE6 = OxDB\nnand24 OxE7 = OxDB\nnand24 OxE8 = OxDF\nnand24 OxE9 = OxDF\nnand24 OxEA = OxDF\nnand24 OxEB = OxDF\nnand24 OxEC = OxDB\nnand24 OxED = OxDB\nnand24 OxEE = OxDB\nnand24 OxEF = OxDB\nnand24 OxF0 = OxDF\nnand24 OxF1 = OxDF\nnand24 OxF2 = OxDF\nnand24 OxF3 = OxDF\nnand24 OxF4 = OxDB\nnand24 OxF5 = OxDB\nnand24 OxF6 = OxDB\nnand24 OxF7 = OxDB\nnand24 OxF8 = OxDF\nnand24 OxF9 = OxDF\nnand24 OxFA = OxDF\nnand24 OxFB = OxDF\nnand24 OxFC = OxDB\nnand24 OxFD = OxDB\nnand24 OxFE = OxDB\nnand24 OxFF = OxDB\nnand24 ____ = undefined\nnand25 Ox25 = OxDA\nnand25 Ox26 = OxDB\nnand25 Ox27 = OxDA\nnand25 Ox28 = OxDF\nnand25 Ox29 = OxDE\nnand25 Ox2A = OxDF\nnand25 Ox2B = OxDE\nnand25 Ox2C = OxDB\nnand25 Ox2D = OxDA\nnand25 Ox2E = OxDB\nnand25 Ox2F = OxDA\nnand25 Ox30 = OxDF\nnand25 Ox31 = OxDE\nnand25 Ox32 = OxDF\nnand25 Ox33 = OxDE\nnand25 Ox34 = OxDB\nnand25 Ox35 = OxDA\nnand25 Ox36 = OxDB\nnand25 Ox37 = OxDA\nnand25 Ox38 = OxDF\nnand25 Ox39 = OxDE\nnand25 Ox3A = OxDF\nnand25 Ox3B = OxDE\nnand25 Ox3C = OxDB\nnand25 Ox3D = OxDA\nnand25 Ox3E = OxDB\nnand25 Ox3F = OxDA\nnand25 Ox40 = OxFF\nnand25 Ox41 = OxFE\nnand25 Ox42 = OxFF\nnand25 Ox43 = OxFE\nnand25 Ox44 = OxFB\nnand25 Ox45 = OxFA\nnand25 Ox46 = OxFB\nnand25 Ox47 = OxFA\nnand25 Ox48 = OxFF\nnand25 Ox49 = OxFE\nnand25 Ox4A = OxFF\nnand25 Ox4B = OxFE\nnand25 Ox4C = OxFB\nnand25 Ox4D = OxFA\nnand25 Ox4E = OxFB\nnand25 Ox4F = OxFA\nnand25 Ox50 = OxFF\nnand25 Ox51 = OxFE\nnand25 Ox52 = OxFF\nnand25 Ox53 = OxFE\nnand25 Ox54 = OxFB\nnand25 Ox55 = OxFA\nnand25 Ox56 = OxFB\nnand25 Ox57 = OxFA\nnand25 Ox58 = OxFF\nnand25 Ox59 = OxFE\nnand25 Ox5A = OxFF\nnand25 Ox5B = OxFE\nnand25 Ox5C = OxFB\nnand25 Ox5D = OxFA\nnand25 Ox5E = OxFB\nnand25 Ox5F = OxFA\nnand25 Ox60 = OxDF\nnand25 Ox61 = OxDE\nnand25 Ox62 = OxDF\nnand25 Ox63 = OxDE\nnand25 Ox64 = OxDB\nnand25 Ox65 = OxDA\nnand25 Ox66 = OxDB\nnand25 Ox67 = OxDA\nnand25 Ox68 = OxDF\nnand25 Ox69 = OxDE\nnand25 Ox6A = OxDF\nnand25 Ox6B = OxDE\nnand25 Ox6C = OxDB\nnand25 Ox6D = OxDA\nnand25 Ox6E = OxDB\nnand25 Ox6F = OxDA\nnand25 Ox70 = OxDF\nnand25 Ox71 = OxDE\nnand25 Ox72 = OxDF\nnand25 Ox73 = OxDE\nnand25 Ox74 = OxDB\nnand25 Ox75 = OxDA\nnand25 Ox76 = OxDB\nnand25 Ox77 = OxDA\nnand25 Ox78 = OxDF\nnand25 Ox79 = OxDE\nnand25 Ox7A = OxDF\nnand25 Ox7B = OxDE\nnand25 Ox7C = OxDB\nnand25 Ox7D = OxDA\nnand25 Ox7E = OxDB\nnand25 Ox7F = OxDA\nnand25 Ox80 = OxFF\nnand25 Ox81 = OxFE\nnand25 Ox82 = OxFF\nnand25 Ox83 = OxFE\nnand25 Ox84 = OxFB\nnand25 Ox85 = OxFA\nnand25 Ox86 = OxFB\nnand25 Ox87 = OxFA\nnand25 Ox88 = OxFF\nnand25 Ox89 = OxFE\nnand25 Ox8A = OxFF\nnand25 Ox8B = OxFE\nnand25 Ox8C = OxFB\nnand25 Ox8D = OxFA\nnand25 Ox8E = OxFB\nnand25 Ox8F = OxFA\nnand25 Ox90 = OxFF\nnand25 Ox91 = OxFE\nnand25 Ox92 = OxFF\nnand25 Ox93 = OxFE\nnand25 Ox94 = OxFB\nnand25 Ox95 = OxFA\nnand25 Ox96 = OxFB\nnand25 Ox97 = OxFA\nnand25 Ox98 = OxFF\nnand25 Ox99 = OxFE\nnand25 Ox9A = OxFF\nnand25 Ox9B = OxFE\nnand25 Ox9C = OxFB\nnand25 Ox9D = OxFA\nnand25 Ox9E = OxFB\nnand25 Ox9F = OxFA\nnand25 OxA0 = OxDF\nnand25 OxA1 = OxDE\nnand25 OxA2 = OxDF\nnand25 OxA3 = OxDE\nnand25 OxA4 = OxDB\nnand25 OxA5 = OxDA\nnand25 OxA6 = OxDB\nnand25 OxA7 = OxDA\nnand25 OxA8 = OxDF\nnand25 OxA9 = OxDE\nnand25 OxAA = OxDF\nnand25 OxAB = OxDE\nnand25 OxAC = OxDB\nnand25 OxAE = OxDB\nnand25 OxAF = OxDA\nnand25 OxB0 = OxDF\nnand25 OxB1 = OxDE\nnand25 OxB2 = OxDF\nnand25 OxB3 = OxDE\nnand25 OxB4 = OxDB\nnand25 OxB5 = OxDA\nnand25 OxB6 = OxDB\nnand25 OxB7 = OxDA\nnand25 OxB8 = OxDF\nnand25 OxB9 = OxDE\nnand25 OxBA = OxDF\nnand25 OxBB = OxDE\nnand25 OxBC = OxDB\nnand25 OxBD = OxDA\nnand25 OxBE = OxDB\nnand25 OxBF = OxDA\nnand25 OxC0 = OxFF\nnand25 OxC1 = OxFE\nnand25 OxC2 = OxFF\nnand25 OxC3 = OxFE\nnand25 OxC4 = OxFB\nnand25 OxC5 = OxFA\nnand25 OxC6 = OxFB\nnand25 OxC7 = OxFA\nnand25 OxC8 = OxFF\nnand25 OxC9 = OxFE\nnand25 OxCA = OxFF\nnand25 OxCB = OxFE\nnand25 OxCC = OxFB\nnand25 OxCD = OxFA\nnand25 OxCE = OxFB\nnand25 OxCF = OxFA\nnand25 OxD0 = OxFF\nnand25 OxD1 = OxFE\nnand25 OxD2 = OxFF\nnand25 OxD3 = OxFE\nnand25 OxD4 = OxFB\nnand25 OxD5 = OxFA\nnand25 OxD6 = OxFB\nnand25 OxD7 = OxFA\nnand25 OxD8 = OxFF\nnand25 OxD9 = OxFE\nnand25 OxDA = OxFF\nnand25 OxDB = OxFE\nnand25 OxDC = OxFB\nnand25 OxDD = OxFA\nnand25 OxDE = OxFB\nnand25 OxDF = OxFA\nnand25 OxE0 = OxDF\nnand25 OxE1 = OxDE\nnand25 OxE2 = OxDF\nnand25 OxE3 = OxDE\nnand25 OxE4 = OxDB\nnand25 OxE5 = OxDA\nnand25 OxE6 = OxDB\nnand25 OxE7 = OxDA\nnand25 OxE8 = OxDF\nnand25 OxE9 = OxDE\nnand25 OxEA = OxDF\nnand25 OxEB = OxDE\nnand25 OxEC = OxDB\nnand25 OxED = OxDA\nnand25 OxEE = OxDB\nnand25 OxEF = OxDA\nnand25 OxF0 = OxDF\nnand25 OxF1 = OxDE\nnand25 OxF2 = OxDF\nnand25 OxF3 = OxDE\nnand25 OxF4 = OxDB\nnand25 OxF5 = OxDA\nnand25 OxF6 = OxDB\nnand25 OxF7 = OxDA\nnand25 OxF8 = OxDF\nnand25 OxF9 = OxDE\nnand25 OxFA = OxDF\nnand25 OxFB = OxDE\nnand25 OxFC = OxDB\nnand25 OxFD = OxDA\nnand25 OxFE = OxDB\nnand25 OxFF = OxDA\nnand25 ____ = undefined\nnand26 Ox26 = OxD9\nnand26 Ox27 = OxD9\nnand26 Ox28 = OxDF\nnand26 Ox29 = OxDF\nnand26 Ox2A = OxDD\nnand26 Ox2B = OxDD\nnand26 Ox2C = OxDB\nnand26 Ox2D = OxDB\nnand26 Ox2E = OxD9\nnand26 Ox2F = OxD9\nnand26 Ox30 = OxDF\nnand26 Ox31 = OxDF\nnand26 Ox32 = OxDD\nnand26 Ox33 = OxDD\nnand26 Ox34 = OxDB\nnand26 Ox35 = OxDB\nnand26 Ox36 = OxD9\nnand26 Ox37 = OxD9\nnand26 Ox38 = OxDF\nnand26 Ox39 = OxDF\nnand26 Ox3A = OxDD\nnand26 Ox3B = OxDD\nnand26 Ox3C = OxDB\nnand26 Ox3D = OxDB\nnand26 Ox3E = OxD9\nnand26 Ox3F = OxD9\nnand26 Ox40 = OxFF\nnand26 Ox41 = OxFF\nnand26 Ox42 = OxFD\nnand26 Ox43 = OxFD\nnand26 Ox44 = OxFB\nnand26 Ox45 = OxFB\nnand26 Ox46 = OxF9\nnand26 Ox47 = OxF9\nnand26 Ox48 = OxFF\nnand26 Ox49 = OxFF\nnand26 Ox4A = OxFD\nnand26 Ox4B = OxFD\nnand26 Ox4C = OxFB\nnand26 Ox4D = OxFB\nnand26 Ox4E = OxF9\nnand26 Ox4F = OxF9\nnand26 Ox50 = OxFF\nnand26 Ox51 = OxFF\nnand26 Ox52 = OxFD\nnand26 Ox53 = OxFD\nnand26 Ox54 = OxFB\nnand26 Ox55 = OxFB\nnand26 Ox56 = OxF9\nnand26 Ox57 = OxF9\nnand26 Ox58 = OxFF\nnand26 Ox59 = OxFF\nnand26 Ox5A = OxFD\nnand26 Ox5B = OxFD\nnand26 Ox5C = OxFB\nnand26 Ox5D = OxFB\nnand26 Ox5E = OxF9\nnand26 Ox5F = OxF9\nnand26 Ox60 = OxDF\nnand26 Ox61 = OxDF\nnand26 Ox62 = OxDD\nnand26 Ox63 = OxDD\nnand26 Ox64 = OxDB\nnand26 Ox65 = OxDB\nnand26 Ox66 = OxD9\nnand26 Ox67 = OxD9\nnand26 Ox68 = OxDF\nnand26 Ox69 = OxDF\nnand26 Ox6A = OxDD\nnand26 Ox6B = OxDD\nnand26 Ox6C = OxDB\nnand26 Ox6D = OxDB\nnand26 Ox6E = OxD9\nnand26 Ox6F = OxD9\nnand26 Ox70 = OxDF\nnand26 Ox71 = OxDF\nnand26 Ox72 = OxDD\nnand26 Ox73 = OxDD\nnand26 Ox74 = OxDB\nnand26 Ox75 = OxDB\nnand26 Ox76 = OxD9\nnand26 Ox77 = OxD9\nnand26 Ox78 = OxDF\nnand26 Ox79 = OxDF\nnand26 Ox7A = OxDD\nnand26 Ox7B = OxDD\nnand26 Ox7C = OxDB\nnand26 Ox7D = OxDB\nnand26 Ox7E = OxD9\nnand26 Ox7F = OxD9\nnand26 Ox80 = OxFF\nnand26 Ox81 = OxFF\nnand26 Ox82 = OxFD\nnand26 Ox83 = OxFD\nnand26 Ox84 = OxFB\nnand26 Ox85 = OxFB\nnand26 Ox86 = OxF9\nnand26 Ox87 = OxF9\nnand26 Ox88 = OxFF\nnand26 Ox89 = OxFF\nnand26 Ox8A = OxFD\nnand26 Ox8B = OxFD\nnand26 Ox8C = OxFB\nnand26 Ox8D = OxFB\nnand26 Ox8E = OxF9\nnand26 Ox8F = OxF9\nnand26 Ox90 = OxFF\nnand26 Ox91 = OxFF\nnand26 Ox92 = OxFD\nnand26 Ox93 = OxFD\nnand26 Ox94 = OxFB\nnand26 Ox95 = OxFB\nnand26 Ox96 = OxF9\nnand26 Ox97 = OxF9\nnand26 Ox98 = OxFF\nnand26 Ox99 = OxFF\nnand26 Ox9A = OxFD\nnand26 Ox9B = OxFD\nnand26 Ox9C = OxFB\nnand26 Ox9D = OxFB\nnand26 Ox9E = OxF9\nnand26 Ox9F = OxF9\nnand26 OxA0 = OxDF\nnand26 OxA1 = OxDF\nnand26 OxA2 = OxDD\nnand26 OxA3 = OxDD\nnand26 OxA4 = OxDB\nnand26 OxA5 = OxDB\nnand26 OxA6 = OxD9\nnand26 OxA7 = OxD9\nnand26 OxA8 = OxDF\nnand26 OxA9 = OxDF\nnand26 OxAA = OxDD\nnand26 OxAB = OxDD\nnand26 OxAC = OxDB\nnand26 OxAE = OxD9\nnand26 OxAF = OxD9\nnand26 OxB0 = OxDF\nnand26 OxB1 = OxDF\nnand26 OxB2 = OxDD\nnand26 OxB3 = OxDD\nnand26 OxB4 = OxDB\nnand26 OxB5 = OxDB\nnand26 OxB6 = OxD9\nnand26 OxB7 = OxD9\nnand26 OxB8 = OxDF\nnand26 OxB9 = OxDF\nnand26 OxBA = OxDD\nnand26 OxBB = OxDD\nnand26 OxBC = OxDB\nnand26 OxBD = OxDB\nnand26 OxBE = OxD9\nnand26 OxBF = OxD9\nnand26 OxC0 = OxFF\nnand26 OxC1 = OxFF\nnand26 OxC2 = OxFD\nnand26 OxC3 = OxFD\nnand26 OxC4 = OxFB\nnand26 OxC5 = OxFB\nnand26 OxC6 = OxF9\nnand26 OxC7 = OxF9\nnand26 OxC8 = OxFF\nnand26 OxC9 = OxFF\nnand26 OxCA = OxFD\nnand26 OxCB = OxFD\nnand26 OxCC = OxFB\nnand26 OxCD = OxFB\nnand26 OxCE = OxF9\nnand26 OxCF = OxF9\nnand26 OxD0 = OxFF\nnand26 OxD1 = OxFF\nnand26 OxD2 = OxFD\nnand26 OxD3 = OxFD\nnand26 OxD4 = OxFB\nnand26 OxD5 = OxFB\nnand26 OxD6 = OxF9\nnand26 OxD7 = OxF9\nnand26 OxD8 = OxFF\nnand26 OxD9 = OxFF\nnand26 OxDA = OxFD\nnand26 OxDB = OxFD\nnand26 OxDC = OxFB\nnand26 OxDD = OxFB\nnand26 OxDE = OxF9\nnand26 OxDF = OxF9\nnand26 OxE0 = OxDF\nnand26 OxE1 = OxDF\nnand26 OxE2 = OxDD\nnand26 OxE3 = OxDD\nnand26 OxE4 = OxDB\nnand26 OxE5 = OxDB\nnand26 OxE6 = OxD9\nnand26 OxE7 = OxD9\nnand26 OxE8 = OxDF\nnand26 OxE9 = OxDF\nnand26 OxEA = OxDD\nnand26 OxEB = OxDD\nnand26 OxEC = OxDB\nnand26 OxED = OxDB\nnand26 OxEE = OxD9\nnand26 OxEF = OxD9\nnand26 OxF0 = OxDF\nnand26 OxF1 = OxDF\nnand26 OxF2 = OxDD\nnand26 OxF3 = OxDD\nnand26 OxF4 = OxDB\nnand26 OxF5 = OxDB\nnand26 OxF6 = OxD9\nnand26 OxF7 = OxD9\nnand26 OxF8 = OxDF\nnand26 OxF9 = OxDF\nnand26 OxFA = OxDD\nnand26 OxFB = OxDD\nnand26 OxFC = OxDB\nnand26 OxFD = OxDB\nnand26 OxFE = OxD9\nnand26 OxFF = OxD9\nnand26 ____ = undefined\nnand27 Ox27 = OxD8\nnand27 Ox28 = OxDF\nnand27 Ox29 = OxDE\nnand27 Ox2A = OxDD\nnand27 Ox2B = OxDC\nnand27 Ox2C = OxDB\nnand27 Ox2D = OxDA\nnand27 Ox2E = OxD9\nnand27 Ox2F = OxD8\nnand27 Ox30 = OxDF\nnand27 Ox31 = OxDE\nnand27 Ox32 = OxDD\nnand27 Ox33 = OxDC\nnand27 Ox34 = OxDB\nnand27 Ox35 = OxDA\nnand27 Ox36 = OxD9\nnand27 Ox37 = OxD8\nnand27 Ox38 = OxDF\nnand27 Ox39 = OxDE\nnand27 Ox3A = OxDD\nnand27 Ox3B = OxDC\nnand27 Ox3C = OxDB\nnand27 Ox3D = OxDA\nnand27 Ox3E = OxD9\nnand27 Ox3F = OxD8\nnand27 Ox40 = OxFF\nnand27 Ox41 = OxFE\nnand27 Ox42 = OxFD\nnand27 Ox43 = OxFC\nnand27 Ox44 = OxFB\nnand27 Ox45 = OxFA\nnand27 Ox46 = OxF9\nnand27 Ox47 = OxF8\nnand27 Ox48 = OxFF\nnand27 Ox49 = OxFE\nnand27 Ox4A = OxFD\nnand27 Ox4B = OxFC\nnand27 Ox4C = OxFB\nnand27 Ox4D = OxFA\nnand27 Ox4E = OxF9\nnand27 Ox4F = OxF8\nnand27 Ox50 = OxFF\nnand27 Ox51 = OxFE\nnand27 Ox52 = OxFD\nnand27 Ox53 = OxFC\nnand27 Ox54 = OxFB\nnand27 Ox55 = OxFA\nnand27 Ox56 = OxF9\nnand27 Ox57 = OxF8\nnand27 Ox58 = OxFF\nnand27 Ox59 = OxFE\nnand27 Ox5A = OxFD\nnand27 Ox5B = OxFC\nnand27 Ox5C = OxFB\nnand27 Ox5D = OxFA\nnand27 Ox5E = OxF9\nnand27 Ox5F = OxF8\nnand27 Ox60 = OxDF\nnand27 Ox61 = OxDE\nnand27 Ox62 = OxDD\nnand27 Ox63 = OxDC\nnand27 Ox64 = OxDB\nnand27 Ox65 = OxDA\nnand27 Ox66 = OxD9\nnand27 Ox67 = OxD8\nnand27 Ox68 = OxDF\nnand27 Ox69 = OxDE\nnand27 Ox6A = OxDD\nnand27 Ox6B = OxDC\nnand27 Ox6C = OxDB\nnand27 Ox6D = OxDA\nnand27 Ox6E = OxD9\nnand27 Ox6F = OxD8\nnand27 Ox70 = OxDF\nnand27 Ox71 = OxDE\nnand27 Ox72 = OxDD\nnand27 Ox73 = OxDC\nnand27 Ox74 = OxDB\nnand27 Ox75 = OxDA\nnand27 Ox76 = OxD9\nnand27 Ox77 = OxD8\nnand27 Ox78 = OxDF\nnand27 Ox79 = OxDE\nnand27 Ox7A = OxDD\nnand27 Ox7B = OxDC\nnand27 Ox7C = OxDB\nnand27 Ox7D = OxDA\nnand27 Ox7E = OxD9\nnand27 Ox7F = OxD8\nnand27 Ox80 = OxFF\nnand27 Ox81 = OxFE\nnand27 Ox82 = OxFD\nnand27 Ox83 = OxFC\nnand27 Ox84 = OxFB\nnand27 Ox85 = OxFA\nnand27 Ox86 = OxF9\nnand27 Ox87 = OxF8\nnand27 Ox88 = OxFF\nnand27 Ox89 = OxFE\nnand27 Ox8A = OxFD\nnand27 Ox8B = OxFC\nnand27 Ox8C = OxFB\nnand27 Ox8D = OxFA\nnand27 Ox8E = OxF9\nnand27 Ox8F = OxF8\nnand27 Ox90 = OxFF\nnand27 Ox91 = OxFE\nnand27 Ox92 = OxFD\nnand27 Ox93 = OxFC\nnand27 Ox94 = OxFB\nnand27 Ox95 = OxFA\nnand27 Ox96 = OxF9\nnand27 Ox97 = OxF8\nnand27 Ox98 = OxFF\nnand27 Ox99 = OxFE\nnand27 Ox9A = OxFD\nnand27 Ox9B = OxFC\nnand27 Ox9C = OxFB\nnand27 Ox9D = OxFA\nnand27 Ox9E = OxF9\nnand27 Ox9F = OxF8\nnand27 OxA0 = OxDF\nnand27 OxA1 = OxDE\nnand27 OxA2 = OxDD\nnand27 OxA3 = OxDC\nnand27 OxA4 = OxDB\nnand27 OxA5 = OxDA\nnand27 OxA6 = OxD9\nnand27 OxA7 = OxD8\nnand27 OxA8 = OxDF\nnand27 OxA9 = OxDE\nnand27 OxAA = OxDD\nnand27 OxAB = OxDC\nnand27 OxAC = OxDB\nnand27 OxAE = OxD9\nnand27 OxAF = OxD8\nnand27 OxB0 = OxDF\nnand27 OxB1 = OxDE\nnand27 OxB2 = OxDD\nnand27 OxB3 = OxDC\nnand27 OxB4 = OxDB\nnand27 OxB5 = OxDA\nnand27 OxB6 = OxD9\nnand27 OxB7 = OxD8\nnand27 OxB8 = OxDF\nnand27 OxB9 = OxDE\nnand27 OxBA = OxDD\nnand27 OxBB = OxDC\nnand27 OxBC = OxDB\nnand27 OxBD = OxDA\nnand27 OxBE = OxD9\nnand27 OxBF = OxD8\nnand27 OxC0 = OxFF\nnand27 OxC1 = OxFE\nnand27 OxC2 = OxFD\nnand27 OxC3 = OxFC\nnand27 OxC4 = OxFB\nnand27 OxC5 = OxFA\nnand27 OxC6 = OxF9\nnand27 OxC7 = OxF8\nnand27 OxC8 = OxFF\nnand27 OxC9 = OxFE\nnand27 OxCA = OxFD\nnand27 OxCB = OxFC\nnand27 OxCC = OxFB\nnand27 OxCD = OxFA\nnand27 OxCE = OxF9\nnand27 OxCF = OxF8\nnand27 OxD0 = OxFF\nnand27 OxD1 = OxFE\nnand27 OxD2 = OxFD\nnand27 OxD3 = OxFC\nnand27 OxD4 = OxFB\nnand27 OxD5 = OxFA\nnand27 OxD6 = OxF9\nnand27 OxD7 = OxF8\nnand27 OxD8 = OxFF\nnand27 OxD9 = OxFE\nnand27 OxDA = OxFD\nnand27 OxDB = OxFC\nnand27 OxDC = OxFB\nnand27 OxDD = OxFA\nnand27 OxDE = OxF9\nnand27 OxDF = OxF8\nnand27 OxE0 = OxDF\nnand27 OxE1 = OxDE\nnand27 OxE2 = OxDD\nnand27 OxE3 = OxDC\nnand27 OxE4 = OxDB\nnand27 OxE5 = OxDA\nnand27 OxE6 = OxD9\nnand27 OxE7 = OxD8\nnand27 OxE8 = OxDF\nnand27 OxE9 = OxDE\nnand27 OxEA = OxDD\nnand27 OxEB = OxDC\nnand27 OxEC = OxDB\nnand27 OxED = OxDA\nnand27 OxEE = OxD9\nnand27 OxEF = OxD8\nnand27 OxF0 = OxDF\nnand27 OxF1 = OxDE\nnand27 OxF2 = OxDD\nnand27 OxF3 = OxDC\nnand27 OxF4 = OxDB\nnand27 OxF5 = OxDA\nnand27 OxF6 = OxD9\nnand27 OxF7 = OxD8\nnand27 OxF8 = OxDF\nnand27 OxF9 = OxDE\nnand27 OxFA = OxDD\nnand27 OxFB = OxDC\nnand27 OxFC = OxDB\nnand27 OxFD = OxDA\nnand27 OxFE = OxD9\nnand27 OxFF = OxD8\nnand27 ____ = undefined\nnand28 Ox28 = OxD7\nnand28 Ox29 = OxD7\nnand28 Ox2A = OxD7\nnand28 Ox2B = OxD7\nnand28 Ox2C = OxD7\nnand28 Ox2D = OxD7\nnand28 Ox2E = OxD7\nnand28 Ox2F = OxD7\nnand28 Ox30 = OxDF\nnand28 Ox31 = OxDF\nnand28 Ox32 = OxDF\nnand28 Ox33 = OxDF\nnand28 Ox34 = OxDF\nnand28 Ox35 = OxDF\nnand28 Ox36 = OxDF\nnand28 Ox37 = OxDF\nnand28 Ox38 = OxD7\nnand28 Ox39 = OxD7\nnand28 Ox3A = OxD7\nnand28 Ox3B = OxD7\nnand28 Ox3C = OxD7\nnand28 Ox3D = OxD7\nnand28 Ox3E = OxD7\nnand28 Ox3F = OxD7\nnand28 Ox40 = OxFF\nnand28 Ox41 = OxFF\nnand28 Ox42 = OxFF\nnand28 Ox43 = OxFF\nnand28 Ox44 = OxFF\nnand28 Ox45 = OxFF\nnand28 Ox46 = OxFF\nnand28 Ox47 = OxFF\nnand28 Ox48 = OxF7\nnand28 Ox49 = OxF7\nnand28 Ox4A = OxF7\nnand28 Ox4B = OxF7\nnand28 Ox4C = OxF7\nnand28 Ox4D = OxF7\nnand28 Ox4E = OxF7\nnand28 Ox4F = OxF7\nnand28 Ox50 = OxFF\nnand28 Ox51 = OxFF\nnand28 Ox52 = OxFF\nnand28 Ox53 = OxFF\nnand28 Ox54 = OxFF\nnand28 Ox55 = OxFF\nnand28 Ox56 = OxFF\nnand28 Ox57 = OxFF\nnand28 Ox58 = OxF7\nnand28 Ox59 = OxF7\nnand28 Ox5A = OxF7\nnand28 Ox5B = OxF7\nnand28 Ox5C = OxF7\nnand28 Ox5D = OxF7\nnand28 Ox5E = OxF7\nnand28 Ox5F = OxF7\nnand28 Ox60 = OxDF\nnand28 Ox61 = OxDF\nnand28 Ox62 = OxDF\nnand28 Ox63 = OxDF\nnand28 Ox64 = OxDF\nnand28 Ox65 = OxDF\nnand28 Ox66 = OxDF\nnand28 Ox67 = OxDF\nnand28 Ox68 = OxD7\nnand28 Ox69 = OxD7\nnand28 Ox6A = OxD7\nnand28 Ox6B = OxD7\nnand28 Ox6C = OxD7\nnand28 Ox6D = OxD7\nnand28 Ox6E = OxD7\nnand28 Ox6F = OxD7\nnand28 Ox70 = OxDF\nnand28 Ox71 = OxDF\nnand28 Ox72 = OxDF\nnand28 Ox73 = OxDF\nnand28 Ox74 = OxDF\nnand28 Ox75 = OxDF\nnand28 Ox76 = OxDF\nnand28 Ox77 = OxDF\nnand28 Ox78 = OxD7\nnand28 Ox79 = OxD7\nnand28 Ox7A = OxD7\nnand28 Ox7B = OxD7\nnand28 Ox7C = OxD7\nnand28 Ox7D = OxD7\nnand28 Ox7E = OxD7\nnand28 Ox7F = OxD7\nnand28 Ox80 = OxFF\nnand28 Ox81 = OxFF\nnand28 Ox82 = OxFF\nnand28 Ox83 = OxFF\nnand28 Ox84 = OxFF\nnand28 Ox85 = OxFF\nnand28 Ox86 = OxFF\nnand28 Ox87 = OxFF\nnand28 Ox88 = OxF7\nnand28 Ox89 = OxF7\nnand28 Ox8A = OxF7\nnand28 Ox8B = OxF7\nnand28 Ox8C = OxF7\nnand28 Ox8D = OxF7\nnand28 Ox8E = OxF7\nnand28 Ox8F = OxF7\nnand28 Ox90 = OxFF\nnand28 Ox91 = OxFF\nnand28 Ox92 = OxFF\nnand28 Ox93 = OxFF\nnand28 Ox94 = OxFF\nnand28 Ox95 = OxFF\nnand28 Ox96 = OxFF\nnand28 Ox97 = OxFF\nnand28 Ox98 = OxF7\nnand28 Ox99 = OxF7\nnand28 Ox9A = OxF7\nnand28 Ox9B = OxF7\nnand28 Ox9C = OxF7\nnand28 Ox9D = OxF7\nnand28 Ox9E = OxF7\nnand28 Ox9F = OxF7\nnand28 OxA0 = OxDF\nnand28 OxA1 = OxDF\nnand28 OxA2 = OxDF\nnand28 OxA3 = OxDF\nnand28 OxA4 = OxDF\nnand28 OxA5 = OxDF\nnand28 OxA6 = OxDF\nnand28 OxA7 = OxDF\nnand28 OxA8 = OxD7\nnand28 OxA9 = OxD7\nnand28 OxAA = OxD7\nnand28 OxAB = OxD7\nnand28 OxAC = OxD7\nnand28 OxAE = OxD7\nnand28 OxAF = OxD7\nnand28 OxB0 = OxDF\nnand28 OxB1 = OxDF\nnand28 OxB2 = OxDF\nnand28 OxB3 = OxDF\nnand28 OxB4 = OxDF\nnand28 OxB5 = OxDF\nnand28 OxB6 = OxDF\nnand28 OxB7 = OxDF\nnand28 OxB8 = OxD7\nnand28 OxB9 = OxD7\nnand28 OxBA = OxD7\nnand28 OxBB = OxD7\nnand28 OxBC = OxD7\nnand28 OxBD = OxD7\nnand28 OxBE = OxD7\nnand28 OxBF = OxD7\nnand28 OxC0 = OxFF\nnand28 OxC1 = OxFF\nnand28 OxC2 = OxFF\nnand28 OxC3 = OxFF\nnand28 OxC4 = OxFF\nnand28 OxC5 = OxFF\nnand28 OxC6 = OxFF\nnand28 OxC7 = OxFF\nnand28 OxC8 = OxF7\nnand28 OxC9 = OxF7\nnand28 OxCA = OxF7\nnand28 OxCB = OxF7\nnand28 OxCC = OxF7\nnand28 OxCD = OxF7\nnand28 OxCE = OxF7\nnand28 OxCF = OxF7\nnand28 OxD0 = OxFF\nnand28 OxD1 = OxFF\nnand28 OxD2 = OxFF\nnand28 OxD3 = OxFF\nnand28 OxD4 = OxFF\nnand28 OxD5 = OxFF\nnand28 OxD6 = OxFF\nnand28 OxD7 = OxFF\nnand28 OxD8 = OxF7\nnand28 OxD9 = OxF7\nnand28 OxDA = OxF7\nnand28 OxDB = OxF7\nnand28 OxDC = OxF7\nnand28 OxDD = OxF7\nnand28 OxDE = OxF7\nnand28 OxDF = OxF7\nnand28 OxE0 = OxDF\nnand28 OxE1 = OxDF\nnand28 OxE2 = OxDF\nnand28 OxE3 = OxDF\nnand28 OxE4 = OxDF\nnand28 OxE5 = OxDF\nnand28 OxE6 = OxDF\nnand28 OxE7 = OxDF\nnand28 OxE8 = OxD7\nnand28 OxE9 = OxD7\nnand28 OxEA = OxD7\nnand28 OxEB = OxD7\nnand28 OxEC = OxD7\nnand28 OxED = OxD7\nnand28 OxEE = OxD7\nnand28 OxEF = OxD7\nnand28 OxF0 = OxDF\nnand28 OxF1 = OxDF\nnand28 OxF2 = OxDF\nnand28 OxF3 = OxDF\nnand28 OxF4 = OxDF\nnand28 OxF5 = OxDF\nnand28 OxF6 = OxDF\nnand28 OxF7 = OxDF\nnand28 OxF8 = OxD7\nnand28 OxF9 = OxD7\nnand28 OxFA = OxD7\nnand28 OxFB = OxD7\nnand28 OxFC = OxD7\nnand28 OxFD = OxD7\nnand28 OxFE = OxD7\nnand28 OxFF = OxD7\nnand28 ____ = undefined\nnand29 Ox29 = OxD6\nnand29 Ox2A = OxD7\nnand29 Ox2B = OxD6\nnand29 Ox2C = OxD7\nnand29 Ox2D = OxD6\nnand29 Ox2E = OxD7\nnand29 Ox2F = OxD6\nnand29 Ox30 = OxDF\nnand29 Ox31 = OxDE\nnand29 Ox32 = OxDF\nnand29 Ox33 = OxDE\nnand29 Ox34 = OxDF\nnand29 Ox35 = OxDE\nnand29 Ox36 = OxDF\nnand29 Ox37 = OxDE\nnand29 Ox38 = OxD7\nnand29 Ox39 = OxD6\nnand29 Ox3A = OxD7\nnand29 Ox3B = OxD6\nnand29 Ox3C = OxD7\nnand29 Ox3D = OxD6\nnand29 Ox3E = OxD7\nnand29 Ox3F = OxD6\nnand29 Ox40 = OxFF\nnand29 Ox41 = OxFE\nnand29 Ox42 = OxFF\nnand29 Ox43 = OxFE\nnand29 Ox44 = OxFF\nnand29 Ox45 = OxFE\nnand29 Ox46 = OxFF\nnand29 Ox47 = OxFE\nnand29 Ox48 = OxF7\nnand29 Ox49 = OxF6\nnand29 Ox4A = OxF7\nnand29 Ox4B = OxF6\nnand29 Ox4C = OxF7\nnand29 Ox4D = OxF6\nnand29 Ox4E = OxF7\nnand29 Ox4F = OxF6\nnand29 Ox50 = OxFF\nnand29 Ox51 = OxFE\nnand29 Ox52 = OxFF\nnand29 Ox53 = OxFE\nnand29 Ox54 = OxFF\nnand29 Ox55 = OxFE\nnand29 Ox56 = OxFF\nnand29 Ox57 = OxFE\nnand29 Ox58 = OxF7\nnand29 Ox59 = OxF6\nnand29 Ox5A = OxF7\nnand29 Ox5B = OxF6\nnand29 Ox5C = OxF7\nnand29 Ox5D = OxF6\nnand29 Ox5E = OxF7\nnand29 Ox5F = OxF6\nnand29 Ox60 = OxDF\nnand29 Ox61 = OxDE\nnand29 Ox62 = OxDF\nnand29 Ox63 = OxDE\nnand29 Ox64 = OxDF\nnand29 Ox65 = OxDE\nnand29 Ox66 = OxDF\nnand29 Ox67 = OxDE\nnand29 Ox68 = OxD7\nnand29 Ox69 = OxD6\nnand29 Ox6A = OxD7\nnand29 Ox6B = OxD6\nnand29 Ox6C = OxD7\nnand29 Ox6D = OxD6\nnand29 Ox6E = OxD7\nnand29 Ox6F = OxD6\nnand29 Ox70 = OxDF\nnand29 Ox71 = OxDE\nnand29 Ox72 = OxDF\nnand29 Ox73 = OxDE\nnand29 Ox74 = OxDF\nnand29 Ox75 = OxDE\nnand29 Ox76 = OxDF\nnand29 Ox77 = OxDE\nnand29 Ox78 = OxD7\nnand29 Ox79 = OxD6\nnand29 Ox7A = OxD7\nnand29 Ox7B = OxD6\nnand29 Ox7C = OxD7\nnand29 Ox7D = OxD6\nnand29 Ox7E = OxD7\nnand29 Ox7F = OxD6\nnand29 Ox80 = OxFF\nnand29 Ox81 = OxFE\nnand29 Ox82 = OxFF\nnand29 Ox83 = OxFE\nnand29 Ox84 = OxFF\nnand29 Ox85 = OxFE\nnand29 Ox86 = OxFF\nnand29 Ox87 = OxFE\nnand29 Ox88 = OxF7\nnand29 Ox89 = OxF6\nnand29 Ox8A = OxF7\nnand29 Ox8B = OxF6\nnand29 Ox8C = OxF7\nnand29 Ox8D = OxF6\nnand29 Ox8E = OxF7\nnand29 Ox8F = OxF6\nnand29 Ox90 = OxFF\nnand29 Ox91 = OxFE\nnand29 Ox92 = OxFF\nnand29 Ox93 = OxFE\nnand29 Ox94 = OxFF\nnand29 Ox95 = OxFE\nnand29 Ox96 = OxFF\nnand29 Ox97 = OxFE\nnand29 Ox98 = OxF7\nnand29 Ox99 = OxF6\nnand29 Ox9A = OxF7\nnand29 Ox9B = OxF6\nnand29 Ox9C = OxF7\nnand29 Ox9D = OxF6\nnand29 Ox9E = OxF7\nnand29 Ox9F = OxF6\nnand29 OxA0 = OxDF\nnand29 OxA1 = OxDE\nnand29 OxA2 = OxDF\nnand29 OxA3 = OxDE\nnand29 OxA4 = OxDF\nnand29 OxA5 = OxDE\nnand29 OxA6 = OxDF\nnand29 OxA7 = OxDE\nnand29 OxA8 = OxD7\nnand29 OxA9 = OxD6\nnand29 OxAA = OxD7\nnand29 OxAB = OxD6\nnand29 OxAC = OxD7\nnand29 OxAE = OxD7\nnand29 OxAF = OxD6\nnand29 OxB0 = OxDF\nnand29 OxB1 = OxDE\nnand29 OxB2 = OxDF\nnand29 OxB3 = OxDE\nnand29 OxB4 = OxDF\nnand29 OxB5 = OxDE\nnand29 OxB6 = OxDF\nnand29 OxB7 = OxDE\nnand29 OxB8 = OxD7\nnand29 OxB9 = OxD6\nnand29 OxBA = OxD7\nnand29 OxBB = OxD6\nnand29 OxBC = OxD7\nnand29 OxBD = OxD6\nnand29 OxBE = OxD7\nnand29 OxBF = OxD6\nnand29 OxC0 = OxFF\nnand29 OxC1 = OxFE\nnand29 OxC2 = OxFF\nnand29 OxC3 = OxFE\nnand29 OxC4 = OxFF\nnand29 OxC5 = OxFE\nnand29 OxC6 = OxFF\nnand29 OxC7 = OxFE\nnand29 OxC8 = OxF7\nnand29 OxC9 = OxF6\nnand29 OxCA = OxF7\nnand29 OxCB = OxF6\nnand29 OxCC = OxF7\nnand29 OxCD = OxF6\nnand29 OxCE = OxF7\nnand29 OxCF = OxF6\nnand29 OxD0 = OxFF\nnand29 OxD1 = OxFE\nnand29 OxD2 = OxFF\nnand29 OxD3 = OxFE\nnand29 OxD4 = OxFF\nnand29 OxD5 = OxFE\nnand29 OxD6 = OxFF\nnand29 OxD7 = OxFE\nnand29 OxD8 = OxF7\nnand29 OxD9 = OxF6\nnand29 OxDA = OxF7\nnand29 OxDB = OxF6\nnand29 OxDC = OxF7\nnand29 OxDD = OxF6\nnand29 OxDE = OxF7\nnand29 OxDF = OxF6\nnand29 OxE0 = OxDF\nnand29 OxE1 = OxDE\nnand29 OxE2 = OxDF\nnand29 OxE3 = OxDE\nnand29 OxE4 = OxDF\nnand29 OxE5 = OxDE\nnand29 OxE6 = OxDF\nnand29 OxE7 = OxDE\nnand29 OxE8 = OxD7\nnand29 OxE9 = OxD6\nnand29 OxEA = OxD7\nnand29 OxEB = OxD6\nnand29 OxEC = OxD7\nnand29 OxED = OxD6\nnand29 OxEE = OxD7\nnand29 OxEF = OxD6\nnand29 OxF0 = OxDF\nnand29 OxF1 = OxDE\nnand29 OxF2 = OxDF\nnand29 OxF3 = OxDE\nnand29 OxF4 = OxDF\nnand29 OxF5 = OxDE\nnand29 OxF6 = OxDF\nnand29 OxF7 = OxDE\nnand29 OxF8 = OxD7\nnand29 OxF9 = OxD6\nnand29 OxFA = OxD7\nnand29 OxFB = OxD6\nnand29 OxFC = OxD7\nnand29 OxFD = OxD6\nnand29 OxFE = OxD7\nnand29 OxFF = OxD6\nnand29 ____ = undefined\nnand2A Ox2A = OxD5\nnand2A Ox2B = OxD5\nnand2A Ox2C = OxD7\nnand2A Ox2D = OxD7\nnand2A Ox2E = OxD5\nnand2A Ox2F = OxD5\nnand2A Ox30 = OxDF\nnand2A Ox31 = OxDF\nnand2A Ox32 = OxDD\nnand2A Ox33 = OxDD\nnand2A Ox34 = OxDF\nnand2A Ox35 = OxDF\nnand2A Ox36 = OxDD\nnand2A Ox37 = OxDD\nnand2A Ox38 = OxD7\nnand2A Ox39 = OxD7\nnand2A Ox3A = OxD5\nnand2A Ox3B = OxD5\nnand2A Ox3C = OxD7\nnand2A Ox3D = OxD7\nnand2A Ox3E = OxD5\nnand2A Ox3F = OxD5\nnand2A Ox40 = OxFF\nnand2A Ox41 = OxFF\nnand2A Ox42 = OxFD\nnand2A Ox43 = OxFD\nnand2A Ox44 = OxFF\nnand2A Ox45 = OxFF\nnand2A Ox46 = OxFD\nnand2A Ox47 = OxFD\nnand2A Ox48 = OxF7\nnand2A Ox49 = OxF7\nnand2A Ox4A = OxF5\nnand2A Ox4B = OxF5\nnand2A Ox4C = OxF7\nnand2A Ox4D = OxF7\nnand2A Ox4E = OxF5\nnand2A Ox4F = OxF5\nnand2A Ox50 = OxFF\nnand2A Ox51 = OxFF\nnand2A Ox52 = OxFD\nnand2A Ox53 = OxFD\nnand2A Ox54 = OxFF\nnand2A Ox55 = OxFF\nnand2A Ox56 = OxFD\nnand2A Ox57 = OxFD\nnand2A Ox58 = OxF7\nnand2A Ox59 = OxF7\nnand2A Ox5A = OxF5\nnand2A Ox5B = OxF5\nnand2A Ox5C = OxF7\nnand2A Ox5D = OxF7\nnand2A Ox5E = OxF5\nnand2A Ox5F = OxF5\nnand2A Ox60 = OxDF\nnand2A Ox61 = OxDF\nnand2A Ox62 = OxDD\nnand2A Ox63 = OxDD\nnand2A Ox64 = OxDF\nnand2A Ox65 = OxDF\nnand2A Ox66 = OxDD\nnand2A Ox67 = OxDD\nnand2A Ox68 = OxD7\nnand2A Ox69 = OxD7\nnand2A Ox6A = OxD5\nnand2A Ox6B = OxD5\nnand2A Ox6C = OxD7\nnand2A Ox6D = OxD7\nnand2A Ox6E = OxD5\nnand2A Ox6F = OxD5\nnand2A Ox70 = OxDF\nnand2A Ox71 = OxDF\nnand2A Ox72 = OxDD\nnand2A Ox73 = OxDD\nnand2A Ox74 = OxDF\nnand2A Ox75 = OxDF\nnand2A Ox76 = OxDD\nnand2A Ox77 = OxDD\nnand2A Ox78 = OxD7\nnand2A Ox79 = OxD7\nnand2A Ox7A = OxD5\nnand2A Ox7B = OxD5\nnand2A Ox7C = OxD7\nnand2A Ox7D = OxD7\nnand2A Ox7E = OxD5\nnand2A Ox7F = OxD5\nnand2A Ox80 = OxFF\nnand2A Ox81 = OxFF\nnand2A Ox82 = OxFD\nnand2A Ox83 = OxFD\nnand2A Ox84 = OxFF\nnand2A Ox85 = OxFF\nnand2A Ox86 = OxFD\nnand2A Ox87 = OxFD\nnand2A Ox88 = OxF7\nnand2A Ox89 = OxF7\nnand2A Ox8A = OxF5\nnand2A Ox8B = OxF5\nnand2A Ox8C = OxF7\nnand2A Ox8D = OxF7\nnand2A Ox8E = OxF5\nnand2A Ox8F = OxF5\nnand2A Ox90 = OxFF\nnand2A Ox91 = OxFF\nnand2A Ox92 = OxFD\nnand2A Ox93 = OxFD\nnand2A Ox94 = OxFF\nnand2A Ox95 = OxFF\nnand2A Ox96 = OxFD\nnand2A Ox97 = OxFD\nnand2A Ox98 = OxF7\nnand2A Ox99 = OxF7\nnand2A Ox9A = OxF5\nnand2A Ox9B = OxF5\nnand2A Ox9C = OxF7\nnand2A Ox9D = OxF7\nnand2A Ox9E = OxF5\nnand2A Ox9F = OxF5\nnand2A OxA0 = OxDF\nnand2A OxA1 = OxDF\nnand2A OxA2 = OxDD\nnand2A OxA3 = OxDD\nnand2A OxA4 = OxDF\nnand2A OxA5 = OxDF\nnand2A OxA6 = OxDD\nnand2A OxA7 = OxDD\nnand2A OxA8 = OxD7\nnand2A OxA9 = OxD7\nnand2A OxAA = OxD5\nnand2A OxAB = OxD5\nnand2A OxAC = OxD7\nnand2A OxAE = OxD5\nnand2A OxAF = OxD5\nnand2A OxB0 = OxDF\nnand2A OxB1 = OxDF\nnand2A OxB2 = OxDD\nnand2A OxB3 = OxDD\nnand2A OxB4 = OxDF\nnand2A OxB5 = OxDF\nnand2A OxB6 = OxDD\nnand2A OxB7 = OxDD\nnand2A OxB8 = OxD7\nnand2A OxB9 = OxD7\nnand2A OxBA = OxD5\nnand2A OxBB = OxD5\nnand2A OxBC = OxD7\nnand2A OxBD = OxD7\nnand2A OxBE = OxD5\nnand2A OxBF = OxD5\nnand2A OxC0 = OxFF\nnand2A OxC1 = OxFF\nnand2A OxC2 = OxFD\nnand2A OxC3 = OxFD\nnand2A OxC4 = OxFF\nnand2A OxC5 = OxFF\nnand2A OxC6 = OxFD\nnand2A OxC7 = OxFD\nnand2A OxC8 = OxF7\nnand2A OxC9 = OxF7\nnand2A OxCA = OxF5\nnand2A OxCB = OxF5\nnand2A OxCC = OxF7\nnand2A OxCD = OxF7\nnand2A OxCE = OxF5\nnand2A OxCF = OxF5\nnand2A OxD0 = OxFF\nnand2A OxD1 = OxFF\nnand2A OxD2 = OxFD\nnand2A OxD3 = OxFD\nnand2A OxD4 = OxFF\nnand2A OxD5 = OxFF\nnand2A OxD6 = OxFD\nnand2A OxD7 = OxFD\nnand2A OxD8 = OxF7\nnand2A OxD9 = OxF7\nnand2A OxDA = OxF5\nnand2A OxDB = OxF5\nnand2A OxDC = OxF7\nnand2A OxDD = OxF7\nnand2A OxDE = OxF5\nnand2A OxDF = OxF5\nnand2A OxE0 = OxDF\nnand2A OxE1 = OxDF\nnand2A OxE2 = OxDD\nnand2A OxE3 = OxDD\nnand2A OxE4 = OxDF\nnand2A OxE5 = OxDF\nnand2A OxE6 = OxDD\nnand2A OxE7 = OxDD\nnand2A OxE8 = OxD7\nnand2A OxE9 = OxD7\nnand2A OxEA = OxD5\nnand2A OxEB = OxD5\nnand2A OxEC = OxD7\nnand2A OxED = OxD7\nnand2A OxEE = OxD5\nnand2A OxEF = OxD5\nnand2A OxF0 = OxDF\nnand2A OxF1 = OxDF\nnand2A OxF2 = OxDD\nnand2A OxF3 = OxDD\nnand2A OxF4 = OxDF\nnand2A OxF5 = OxDF\nnand2A OxF6 = OxDD\nnand2A OxF7 = OxDD\nnand2A OxF8 = OxD7\nnand2A OxF9 = OxD7\nnand2A OxFA = OxD5\nnand2A OxFB = OxD5\nnand2A OxFC = OxD7\nnand2A OxFD = OxD7\nnand2A OxFE = OxD5\nnand2A OxFF = OxD5\nnand2A ____ = undefined\nnand2B Ox2B = OxD4\nnand2B Ox2C = OxD7\nnand2B Ox2D = OxD6\nnand2B Ox2E = OxD5\nnand2B Ox2F = OxD4\nnand2B Ox30 = OxDF\nnand2B Ox31 = OxDE\nnand2B Ox32 = OxDD\nnand2B Ox33 = OxDC\nnand2B Ox34 = OxDF\nnand2B Ox35 = OxDE\nnand2B Ox36 = OxDD\nnand2B Ox37 = OxDC\nnand2B Ox38 = OxD7\nnand2B Ox39 = OxD6\nnand2B Ox3A = OxD5\nnand2B Ox3B = OxD4\nnand2B Ox3C = OxD7\nnand2B Ox3D = OxD6\nnand2B Ox3E = OxD5\nnand2B Ox3F = OxD4\nnand2B Ox40 = OxFF\nnand2B Ox41 = OxFE\nnand2B Ox42 = OxFD\nnand2B Ox43 = OxFC\nnand2B Ox44 = OxFF\nnand2B Ox45 = OxFE\nnand2B Ox46 = OxFD\nnand2B Ox47 = OxFC\nnand2B Ox48 = OxF7\nnand2B Ox49 = OxF6\nnand2B Ox4A = OxF5\nnand2B Ox4B = OxF4\nnand2B Ox4C = OxF7\nnand2B Ox4D = OxF6\nnand2B Ox4E = OxF5\nnand2B Ox4F = OxF4\nnand2B Ox50 = OxFF\nnand2B Ox51 = OxFE\nnand2B Ox52 = OxFD\nnand2B Ox53 = OxFC\nnand2B Ox54 = OxFF\nnand2B Ox55 = OxFE\nnand2B Ox56 = OxFD\nnand2B Ox57 = OxFC\nnand2B Ox58 = OxF7\nnand2B Ox59 = OxF6\nnand2B Ox5A = OxF5\nnand2B Ox5B = OxF4\nnand2B Ox5C = OxF7\nnand2B Ox5D = OxF6\nnand2B Ox5E = OxF5\nnand2B Ox5F = OxF4\nnand2B Ox60 = OxDF\nnand2B Ox61 = OxDE\nnand2B Ox62 = OxDD\nnand2B Ox63 = OxDC\nnand2B Ox64 = OxDF\nnand2B Ox65 = OxDE\nnand2B Ox66 = OxDD\nnand2B Ox67 = OxDC\nnand2B Ox68 = OxD7\nnand2B Ox69 = OxD6\nnand2B Ox6A = OxD5\nnand2B Ox6B = OxD4\nnand2B Ox6C = OxD7\nnand2B Ox6D = OxD6\nnand2B Ox6E = OxD5\nnand2B Ox6F = OxD4\nnand2B Ox70 = OxDF\nnand2B Ox71 = OxDE\nnand2B Ox72 = OxDD\nnand2B Ox73 = OxDC\nnand2B Ox74 = OxDF\nnand2B Ox75 = OxDE\nnand2B Ox76 = OxDD\nnand2B Ox77 = OxDC\nnand2B Ox78 = OxD7\nnand2B Ox79 = OxD6\nnand2B Ox7A = OxD5\nnand2B Ox7B = OxD4\nnand2B Ox7C = OxD7\nnand2B Ox7D = OxD6\nnand2B Ox7E = OxD5\nnand2B Ox7F = OxD4\nnand2B Ox80 = OxFF\nnand2B Ox81 = OxFE\nnand2B Ox82 = OxFD\nnand2B Ox83 = OxFC\nnand2B Ox84 = OxFF\nnand2B Ox85 = OxFE\nnand2B Ox86 = OxFD\nnand2B Ox87 = OxFC\nnand2B Ox88 = OxF7\nnand2B Ox89 = OxF6\nnand2B Ox8A = OxF5\nnand2B Ox8B = OxF4\nnand2B Ox8C = OxF7\nnand2B Ox8D = OxF6\nnand2B Ox8E = OxF5\nnand2B Ox8F = OxF4\nnand2B Ox90 = OxFF\nnand2B Ox91 = OxFE\nnand2B Ox92 = OxFD\nnand2B Ox93 = OxFC\nnand2B Ox94 = OxFF\nnand2B Ox95 = OxFE\nnand2B Ox96 = OxFD\nnand2B Ox97 = OxFC\nnand2B Ox98 = OxF7\nnand2B Ox99 = OxF6\nnand2B Ox9A = OxF5\nnand2B Ox9B = OxF4\nnand2B Ox9C = OxF7\nnand2B Ox9D = OxF6\nnand2B Ox9E = OxF5\nnand2B Ox9F = OxF4\nnand2B OxA0 = OxDF\nnand2B OxA1 = OxDE\nnand2B OxA2 = OxDD\nnand2B OxA3 = OxDC\nnand2B OxA4 = OxDF\nnand2B OxA5 = OxDE\nnand2B OxA6 = OxDD\nnand2B OxA7 = OxDC\nnand2B OxA8 = OxD7\nnand2B OxA9 = OxD6\nnand2B OxAA = OxD5\nnand2B OxAB = OxD4\nnand2B OxAC = OxD7\nnand2B OxAE = OxD5\nnand2B OxAF = OxD4\nnand2B OxB0 = OxDF\nnand2B OxB1 = OxDE\nnand2B OxB2 = OxDD\nnand2B OxB3 = OxDC\nnand2B OxB4 = OxDF\nnand2B OxB5 = OxDE\nnand2B OxB6 = OxDD\nnand2B OxB7 = OxDC\nnand2B OxB8 = OxD7\nnand2B OxB9 = OxD6\nnand2B OxBA = OxD5\nnand2B OxBB = OxD4\nnand2B OxBC = OxD7\nnand2B OxBD = OxD6\nnand2B OxBE = OxD5\nnand2B OxBF = OxD4\nnand2B OxC0 = OxFF\nnand2B OxC1 = OxFE\nnand2B OxC2 = OxFD\nnand2B OxC3 = OxFC\nnand2B OxC4 = OxFF\nnand2B OxC5 = OxFE\nnand2B OxC6 = OxFD\nnand2B OxC7 = OxFC\nnand2B OxC8 = OxF7\nnand2B OxC9 = OxF6\nnand2B OxCA = OxF5\nnand2B OxCB = OxF4\nnand2B OxCC = OxF7\nnand2B OxCD = OxF6\nnand2B OxCE = OxF5\nnand2B OxCF = OxF4\nnand2B OxD0 = OxFF\nnand2B OxD1 = OxFE\nnand2B OxD2 = OxFD\nnand2B OxD3 = OxFC\nnand2B OxD4 = OxFF\nnand2B OxD5 = OxFE\nnand2B OxD6 = OxFD\nnand2B OxD7 = OxFC\nnand2B OxD8 = OxF7\nnand2B OxD9 = OxF6\nnand2B OxDA = OxF5\nnand2B OxDB = OxF4\nnand2B OxDC = OxF7\nnand2B OxDD = OxF6\nnand2B OxDE = OxF5\nnand2B OxDF = OxF4\nnand2B OxE0 = OxDF\nnand2B OxE1 = OxDE\nnand2B OxE2 = OxDD\nnand2B OxE3 = OxDC\nnand2B OxE4 = OxDF\nnand2B OxE5 = OxDE\nnand2B OxE6 = OxDD\nnand2B OxE7 = OxDC\nnand2B OxE8 = OxD7\nnand2B OxE9 = OxD6\nnand2B OxEA = OxD5\nnand2B OxEB = OxD4\nnand2B OxEC = OxD7\nnand2B OxED = OxD6\nnand2B OxEE = OxD5\nnand2B OxEF = OxD4\nnand2B OxF0 = OxDF\nnand2B OxF1 = OxDE\nnand2B OxF2 = OxDD\nnand2B OxF3 = OxDC\nnand2B OxF4 = OxDF\nnand2B OxF5 = OxDE\nnand2B OxF6 = OxDD\nnand2B OxF7 = OxDC\nnand2B OxF8 = OxD7\nnand2B OxF9 = OxD6\nnand2B OxFA = OxD5\nnand2B OxFB = OxD4\nnand2B OxFC = OxD7\nnand2B OxFD = OxD6\nnand2B OxFE = OxD5\nnand2B OxFF = OxD4\nnand2B ____ = undefined\nnand2C Ox2C = OxD3\nnand2C Ox2D = OxD3\nnand2C Ox2E = OxD3\nnand2C Ox2F = OxD3\nnand2C Ox30 = OxDF\nnand2C Ox31 = OxDF\nnand2C Ox32 = OxDF\nnand2C Ox33 = OxDF\nnand2C Ox34 = OxDB\nnand2C Ox35 = OxDB\nnand2C Ox36 = OxDB\nnand2C Ox37 = OxDB\nnand2C Ox38 = OxD7\nnand2C Ox39 = OxD7\nnand2C Ox3A = OxD7\nnand2C Ox3B = OxD7\nnand2C Ox3C = OxD3\nnand2C Ox3D = OxD3\nnand2C Ox3E = OxD3\nnand2C Ox3F = OxD3\nnand2C Ox40 = OxFF\nnand2C Ox41 = OxFF\nnand2C Ox42 = OxFF\nnand2C Ox43 = OxFF\nnand2C Ox44 = OxFB\nnand2C Ox45 = OxFB\nnand2C Ox46 = OxFB\nnand2C Ox47 = OxFB\nnand2C Ox48 = OxF7\nnand2C Ox49 = OxF7\nnand2C Ox4A = OxF7\nnand2C Ox4B = OxF7\nnand2C Ox4C = OxF3\nnand2C Ox4D = OxF3\nnand2C Ox4E = OxF3\nnand2C Ox4F = OxF3\nnand2C Ox50 = OxFF\nnand2C Ox51 = OxFF\nnand2C Ox52 = OxFF\nnand2C Ox53 = OxFF\nnand2C Ox54 = OxFB\nnand2C Ox55 = OxFB\nnand2C Ox56 = OxFB\nnand2C Ox57 = OxFB\nnand2C Ox58 = OxF7\nnand2C Ox59 = OxF7\nnand2C Ox5A = OxF7\nnand2C Ox5B = OxF7\nnand2C Ox5C = OxF3\nnand2C Ox5D = OxF3\nnand2C Ox5E = OxF3\nnand2C Ox5F = OxF3\nnand2C Ox60 = OxDF\nnand2C Ox61 = OxDF\nnand2C Ox62 = OxDF\nnand2C Ox63 = OxDF\nnand2C Ox64 = OxDB\nnand2C Ox65 = OxDB\nnand2C Ox66 = OxDB\nnand2C Ox67 = OxDB\nnand2C Ox68 = OxD7\nnand2C Ox69 = OxD7\nnand2C Ox6A = OxD7\nnand2C Ox6B = OxD7\nnand2C Ox6C = OxD3\nnand2C Ox6D = OxD3\nnand2C Ox6E = OxD3\nnand2C Ox6F = OxD3\nnand2C Ox70 = OxDF\nnand2C Ox71 = OxDF\nnand2C Ox72 = OxDF\nnand2C Ox73 = OxDF\nnand2C Ox74 = OxDB\nnand2C Ox75 = OxDB\nnand2C Ox76 = OxDB\nnand2C Ox77 = OxDB\nnand2C Ox78 = OxD7\nnand2C Ox79 = OxD7\nnand2C Ox7A = OxD7\nnand2C Ox7B = OxD7\nnand2C Ox7C = OxD3\nnand2C Ox7D = OxD3\nnand2C Ox7E = OxD3\nnand2C Ox7F = OxD3\nnand2C Ox80 = OxFF\nnand2C Ox81 = OxFF\nnand2C Ox82 = OxFF\nnand2C Ox83 = OxFF\nnand2C Ox84 = OxFB\nnand2C Ox85 = OxFB\nnand2C Ox86 = OxFB\nnand2C Ox87 = OxFB\nnand2C Ox88 = OxF7\nnand2C Ox89 = OxF7\nnand2C Ox8A = OxF7\nnand2C Ox8B = OxF7\nnand2C Ox8C = OxF3\nnand2C Ox8D = OxF3\nnand2C Ox8E = OxF3\nnand2C Ox8F = OxF3\nnand2C Ox90 = OxFF\nnand2C Ox91 = OxFF\nnand2C Ox92 = OxFF\nnand2C Ox93 = OxFF\nnand2C Ox94 = OxFB\nnand2C Ox95 = OxFB\nnand2C Ox96 = OxFB\nnand2C Ox97 = OxFB\nnand2C Ox98 = OxF7\nnand2C Ox99 = OxF7\nnand2C Ox9A = OxF7\nnand2C Ox9B = OxF7\nnand2C Ox9C = OxF3\nnand2C Ox9D = OxF3\nnand2C Ox9E = OxF3\nnand2C Ox9F = OxF3\nnand2C OxA0 = OxDF\nnand2C OxA1 = OxDF\nnand2C OxA2 = OxDF\nnand2C OxA3 = OxDF\nnand2C OxA4 = OxDB\nnand2C OxA5 = OxDB\nnand2C OxA6 = OxDB\nnand2C OxA7 = OxDB\nnand2C OxA8 = OxD7\nnand2C OxA9 = OxD7\nnand2C OxAA = OxD7\nnand2C OxAB = OxD7\nnand2C OxAC = OxD3\nnand2C OxAE = OxD3\nnand2C OxAF = OxD3\nnand2C OxB0 = OxDF\nnand2C OxB1 = OxDF\nnand2C OxB2 = OxDF\nnand2C OxB3 = OxDF\nnand2C OxB4 = OxDB\nnand2C OxB5 = OxDB\nnand2C OxB6 = OxDB\nnand2C OxB7 = OxDB\nnand2C OxB8 = OxD7\nnand2C OxB9 = OxD7\nnand2C OxBA = OxD7\nnand2C OxBB = OxD7\nnand2C OxBC = OxD3\nnand2C OxBD = OxD3\nnand2C OxBE = OxD3\nnand2C OxBF = OxD3\nnand2C OxC0 = OxFF\nnand2C OxC1 = OxFF\nnand2C OxC2 = OxFF\nnand2C OxC3 = OxFF\nnand2C OxC4 = OxFB\nnand2C OxC5 = OxFB\nnand2C OxC6 = OxFB\nnand2C OxC7 = OxFB\nnand2C OxC8 = OxF7\nnand2C OxC9 = OxF7\nnand2C OxCA = OxF7\nnand2C OxCB = OxF7\nnand2C OxCC = OxF3\nnand2C OxCD = OxF3\nnand2C OxCE = OxF3\nnand2C OxCF = OxF3\nnand2C OxD0 = OxFF\nnand2C OxD1 = OxFF\nnand2C OxD2 = OxFF\nnand2C OxD3 = OxFF\nnand2C OxD4 = OxFB\nnand2C OxD5 = OxFB\nnand2C OxD6 = OxFB\nnand2C OxD7 = OxFB\nnand2C OxD8 = OxF7\nnand2C OxD9 = OxF7\nnand2C OxDA = OxF7\nnand2C OxDB = OxF7\nnand2C OxDC = OxF3\nnand2C OxDD = OxF3\nnand2C OxDE = OxF3\nnand2C OxDF = OxF3\nnand2C OxE0 = OxDF\nnand2C OxE1 = OxDF\nnand2C OxE2 = OxDF\nnand2C OxE3 = OxDF\nnand2C OxE4 = OxDB\nnand2C OxE5 = OxDB\nnand2C OxE6 = OxDB\nnand2C OxE7 = OxDB\nnand2C OxE8 = OxD7\nnand2C OxE9 = OxD7\nnand2C OxEA = OxD7\nnand2C OxEB = OxD7\nnand2C OxEC = OxD3\nnand2C OxED = OxD3\nnand2C OxEE = OxD3\nnand2C OxEF = OxD3\nnand2C OxF0 = OxDF\nnand2C OxF1 = OxDF\nnand2C OxF2 = OxDF\nnand2C OxF3 = OxDF\nnand2C OxF4 = OxDB\nnand2C OxF5 = OxDB\nnand2C OxF6 = OxDB\nnand2C OxF7 = OxDB\nnand2C OxF8 = OxD7\nnand2C OxF9 = OxD7\nnand2C OxFA = OxD7\nnand2C OxFB = OxD7\nnand2C OxFC = OxD3\nnand2C OxFD = OxD3\nnand2C OxFE = OxD3\nnand2C OxFF = OxD3\nnand2C ____ = undefined\nnand2D Ox2D = OxD2\nnand2D Ox2E = OxD3\nnand2D Ox2F = OxD2\nnand2D Ox30 = OxDF\nnand2D Ox31 = OxDE\nnand2D Ox32 = OxDF\nnand2D Ox33 = OxDE\nnand2D Ox34 = OxDB\nnand2D Ox35 = OxDA\nnand2D Ox36 = OxDB\nnand2D Ox37 = OxDA\nnand2D Ox38 = OxD7\nnand2D Ox39 = OxD6\nnand2D Ox3A = OxD7\nnand2D Ox3B = OxD6\nnand2D Ox3C = OxD3\nnand2D Ox3D = OxD2\nnand2D Ox3E = OxD3\nnand2D Ox3F = OxD2\nnand2D Ox40 = OxFF\nnand2D Ox41 = OxFE\nnand2D Ox42 = OxFF\nnand2D Ox43 = OxFE\nnand2D Ox44 = OxFB\nnand2D Ox45 = OxFA\nnand2D Ox46 = OxFB\nnand2D Ox47 = OxFA\nnand2D Ox48 = OxF7\nnand2D Ox49 = OxF6\nnand2D Ox4A = OxF7\nnand2D Ox4B = OxF6\nnand2D Ox4C = OxF3\nnand2D Ox4D = OxF2\nnand2D Ox4E = OxF3\nnand2D Ox4F = OxF2\nnand2D Ox50 = OxFF\nnand2D Ox51 = OxFE\nnand2D Ox52 = OxFF\nnand2D Ox53 = OxFE\nnand2D Ox54 = OxFB\nnand2D Ox55 = OxFA\nnand2D Ox56 = OxFB\nnand2D Ox57 = OxFA\nnand2D Ox58 = OxF7\nnand2D Ox59 = OxF6\nnand2D Ox5A = OxF7\nnand2D Ox5B = OxF6\nnand2D Ox5C = OxF3\nnand2D Ox5D = OxF2\nnand2D Ox5E = OxF3\nnand2D Ox5F = OxF2\nnand2D Ox60 = OxDF\nnand2D Ox61 = OxDE\nnand2D Ox62 = OxDF\nnand2D Ox63 = OxDE\nnand2D Ox64 = OxDB\nnand2D Ox65 = OxDA\nnand2D Ox66 = OxDB\nnand2D Ox67 = OxDA\nnand2D Ox68 = OxD7\nnand2D Ox69 = OxD6\nnand2D Ox6A = OxD7\nnand2D Ox6B = OxD6\nnand2D Ox6C = OxD3\nnand2D Ox6D = OxD2\nnand2D Ox6E = OxD3\nnand2D Ox6F = OxD2\nnand2D Ox70 = OxDF\nnand2D Ox71 = OxDE\nnand2D Ox72 = OxDF\nnand2D Ox73 = OxDE\nnand2D Ox74 = OxDB\nnand2D Ox75 = OxDA\nnand2D Ox76 = OxDB\nnand2D Ox77 = OxDA\nnand2D Ox78 = OxD7\nnand2D Ox79 = OxD6\nnand2D Ox7A = OxD7\nnand2D Ox7B = OxD6\nnand2D Ox7C = OxD3\nnand2D Ox7D = OxD2\nnand2D Ox7E = OxD3\nnand2D Ox7F = OxD2\nnand2D Ox80 = OxFF\nnand2D Ox81 = OxFE\nnand2D Ox82 = OxFF\nnand2D Ox83 = OxFE\nnand2D Ox84 = OxFB\nnand2D Ox85 = OxFA\nnand2D Ox86 = OxFB\nnand2D Ox87 = OxFA\nnand2D Ox88 = OxF7\nnand2D Ox89 = OxF6\nnand2D Ox8A = OxF7\nnand2D Ox8B = OxF6\nnand2D Ox8C = OxF3\nnand2D Ox8D = OxF2\nnand2D Ox8E = OxF3\nnand2D Ox8F = OxF2\nnand2D Ox90 = OxFF\nnand2D Ox91 = OxFE\nnand2D Ox92 = OxFF\nnand2D Ox93 = OxFE\nnand2D Ox94 = OxFB\nnand2D Ox95 = OxFA\nnand2D Ox96 = OxFB\nnand2D Ox97 = OxFA\nnand2D Ox98 = OxF7\nnand2D Ox99 = OxF6\nnand2D Ox9A = OxF7\nnand2D Ox9B = OxF6\nnand2D Ox9C = OxF3\nnand2D Ox9D = OxF2\nnand2D Ox9E = OxF3\nnand2D Ox9F = OxF2\nnand2D OxA0 = OxDF\nnand2D OxA1 = OxDE\nnand2D OxA2 = OxDF\nnand2D OxA3 = OxDE\nnand2D OxA4 = OxDB\nnand2D OxA5 = OxDA\nnand2D OxA6 = OxDB\nnand2D OxA7 = OxDA\nnand2D OxA8 = OxD7\nnand2D OxA9 = OxD6\nnand2D OxAA = OxD7\nnand2D OxAB = OxD6\nnand2D OxAC = OxD3\nnand2D OxAE = OxD3\nnand2D OxAF = OxD2\nnand2D OxB0 = OxDF\nnand2D OxB1 = OxDE\nnand2D OxB2 = OxDF\nnand2D OxB3 = OxDE\nnand2D OxB4 = OxDB\nnand2D OxB5 = OxDA\nnand2D OxB6 = OxDB\nnand2D OxB7 = OxDA\nnand2D OxB8 = OxD7\nnand2D OxB9 = OxD6\nnand2D OxBA = OxD7\nnand2D OxBB = OxD6\nnand2D OxBC = OxD3\nnand2D OxBD = OxD2\nnand2D OxBE = OxD3\nnand2D OxBF = OxD2\nnand2D OxC0 = OxFF\nnand2D OxC1 = OxFE\nnand2D OxC2 = OxFF\nnand2D OxC3 = OxFE\nnand2D OxC4 = OxFB\nnand2D OxC5 = OxFA\nnand2D OxC6 = OxFB\nnand2D OxC7 = OxFA\nnand2D OxC8 = OxF7\nnand2D OxC9 = OxF6\nnand2D OxCA = OxF7\nnand2D OxCB = OxF6\nnand2D OxCC = OxF3\nnand2D OxCD = OxF2\nnand2D OxCE = OxF3\nnand2D OxCF = OxF2\nnand2D OxD0 = OxFF\nnand2D OxD1 = OxFE\nnand2D OxD2 = OxFF\nnand2D OxD3 = OxFE\nnand2D OxD4 = OxFB\nnand2D OxD5 = OxFA\nnand2D OxD6 = OxFB\nnand2D OxD7 = OxFA\nnand2D OxD8 = OxF7\nnand2D OxD9 = OxF6\nnand2D OxDA = OxF7\nnand2D OxDB = OxF6\nnand2D OxDC = OxF3\nnand2D OxDD = OxF2\nnand2D OxDE = OxF3\nnand2D OxDF = OxF2\nnand2D OxE0 = OxDF\nnand2D OxE1 = OxDE\nnand2D OxE2 = OxDF\nnand2D OxE3 = OxDE\nnand2D OxE4 = OxDB\nnand2D OxE5 = OxDA\nnand2D OxE6 = OxDB\nnand2D OxE7 = OxDA\nnand2D OxE8 = OxD7\nnand2D OxE9 = OxD6\nnand2D OxEA = OxD7\nnand2D OxEB = OxD6\nnand2D OxEC = OxD3\nnand2D OxED = OxD2\nnand2D OxEE = OxD3\nnand2D OxEF = OxD2\nnand2D OxF0 = OxDF\nnand2D OxF1 = OxDE\nnand2D OxF2 = OxDF\nnand2D OxF3 = OxDE\nnand2D OxF4 = OxDB\nnand2D OxF5 = OxDA\nnand2D OxF6 = OxDB\nnand2D OxF7 = OxDA\nnand2D OxF8 = OxD7\nnand2D OxF9 = OxD6\nnand2D OxFA = OxD7\nnand2D OxFB = OxD6\nnand2D OxFC = OxD3\nnand2D OxFD = OxD2\nnand2D OxFE = OxD3\nnand2D OxFF = OxD2\nnand2D ____ = undefined\nnand2E Ox2E = OxD1\nnand2E Ox2F = OxD1\nnand2E Ox30 = OxDF\nnand2E Ox31 = OxDF\nnand2E Ox32 = OxDD\nnand2E Ox33 = OxDD\nnand2E Ox34 = OxDB\nnand2E Ox35 = OxDB\nnand2E Ox36 = OxD9\nnand2E Ox37 = OxD9\nnand2E Ox38 = OxD7\nnand2E Ox39 = OxD7\nnand2E Ox3A = OxD5\nnand2E Ox3B = OxD5\nnand2E Ox3C = OxD3\nnand2E Ox3D = OxD3\nnand2E Ox3E = OxD1\nnand2E Ox3F = OxD1\nnand2E Ox40 = OxFF\nnand2E Ox41 = OxFF\nnand2E Ox42 = OxFD\nnand2E Ox43 = OxFD\nnand2E Ox44 = OxFB\nnand2E Ox45 = OxFB\nnand2E Ox46 = OxF9\nnand2E Ox47 = OxF9\nnand2E Ox48 = OxF7\nnand2E Ox49 = OxF7\nnand2E Ox4A = OxF5\nnand2E Ox4B = OxF5\nnand2E Ox4C = OxF3\nnand2E Ox4D = OxF3\nnand2E Ox4E = OxF1\nnand2E Ox4F = OxF1\nnand2E Ox50 = OxFF\nnand2E Ox51 = OxFF\nnand2E Ox52 = OxFD\nnand2E Ox53 = OxFD\nnand2E Ox54 = OxFB\nnand2E Ox55 = OxFB\nnand2E Ox56 = OxF9\nnand2E Ox57 = OxF9\nnand2E Ox58 = OxF7\nnand2E Ox59 = OxF7\nnand2E Ox5A = OxF5\nnand2E Ox5B = OxF5\nnand2E Ox5C = OxF3\nnand2E Ox5D = OxF3\nnand2E Ox5E = OxF1\nnand2E Ox5F = OxF1\nnand2E Ox60 = OxDF\nnand2E Ox61 = OxDF\nnand2E Ox62 = OxDD\nnand2E Ox63 = OxDD\nnand2E Ox64 = OxDB\nnand2E Ox65 = OxDB\nnand2E Ox66 = OxD9\nnand2E Ox67 = OxD9\nnand2E Ox68 = OxD7\nnand2E Ox69 = OxD7\nnand2E Ox6A = OxD5\nnand2E Ox6B = OxD5\nnand2E Ox6C = OxD3\nnand2E Ox6D = OxD3\nnand2E Ox6E = OxD1\nnand2E Ox6F = OxD1\nnand2E Ox70 = OxDF\nnand2E Ox71 = OxDF\nnand2E Ox72 = OxDD\nnand2E Ox73 = OxDD\nnand2E Ox74 = OxDB\nnand2E Ox75 = OxDB\nnand2E Ox76 = OxD9\nnand2E Ox77 = OxD9\nnand2E Ox78 = OxD7\nnand2E Ox79 = OxD7\nnand2E Ox7A = OxD5\nnand2E Ox7B = OxD5\nnand2E Ox7C = OxD3\nnand2E Ox7D = OxD3\nnand2E Ox7E = OxD1\nnand2E Ox7F = OxD1\nnand2E Ox80 = OxFF\nnand2E Ox81 = OxFF\nnand2E Ox82 = OxFD\nnand2E Ox83 = OxFD\nnand2E Ox84 = OxFB\nnand2E Ox85 = OxFB\nnand2E Ox86 = OxF9\nnand2E Ox87 = OxF9\nnand2E Ox88 = OxF7\nnand2E Ox89 = OxF7\nnand2E Ox8A = OxF5\nnand2E Ox8B = OxF5\nnand2E Ox8C = OxF3\nnand2E Ox8D = OxF3\nnand2E Ox8E = OxF1\nnand2E Ox8F = OxF1\nnand2E Ox90 = OxFF\nnand2E Ox91 = OxFF\nnand2E Ox92 = OxFD\nnand2E Ox93 = OxFD\nnand2E Ox94 = OxFB\nnand2E Ox95 = OxFB\nnand2E Ox96 = OxF9\nnand2E Ox97 = OxF9\nnand2E Ox98 = OxF7\nnand2E Ox99 = OxF7\nnand2E Ox9A = OxF5\nnand2E Ox9B = OxF5\nnand2E Ox9C = OxF3\nnand2E Ox9D = OxF3\nnand2E Ox9E = OxF1\nnand2E Ox9F = OxF1\nnand2E OxA0 = OxDF\nnand2E OxA1 = OxDF\nnand2E OxA2 = OxDD\nnand2E OxA3 = OxDD\nnand2E OxA4 = OxDB\nnand2E OxA5 = OxDB\nnand2E OxA6 = OxD9\nnand2E OxA7 = OxD9\nnand2E OxA8 = OxD7\nnand2E OxA9 = OxD7\nnand2E OxAA = OxD5\nnand2E OxAB = OxD5\nnand2E OxAC = OxD3\nnand2E OxAE = OxD1\nnand2E OxAF = OxD1\nnand2E OxB0 = OxDF\nnand2E OxB1 = OxDF\nnand2E OxB2 = OxDD\nnand2E OxB3 = OxDD\nnand2E OxB4 = OxDB\nnand2E OxB5 = OxDB\nnand2E OxB6 = OxD9\nnand2E OxB7 = OxD9\nnand2E OxB8 = OxD7\nnand2E OxB9 = OxD7\nnand2E OxBA = OxD5\nnand2E OxBB = OxD5\nnand2E OxBC = OxD3\nnand2E OxBD = OxD3\nnand2E OxBE = OxD1\nnand2E OxBF = OxD1\nnand2E OxC0 = OxFF\nnand2E OxC1 = OxFF\nnand2E OxC2 = OxFD\nnand2E OxC3 = OxFD\nnand2E OxC4 = OxFB\nnand2E OxC5 = OxFB\nnand2E OxC6 = OxF9\nnand2E OxC7 = OxF9\nnand2E OxC8 = OxF7\nnand2E OxC9 = OxF7\nnand2E OxCA = OxF5\nnand2E OxCB = OxF5\nnand2E OxCC = OxF3\nnand2E OxCD = OxF3\nnand2E OxCE = OxF1\nnand2E OxCF = OxF1\nnand2E OxD0 = OxFF\nnand2E OxD1 = OxFF\nnand2E OxD2 = OxFD\nnand2E OxD3 = OxFD\nnand2E OxD4 = OxFB\nnand2E OxD5 = OxFB\nnand2E OxD6 = OxF9\nnand2E OxD7 = OxF9\nnand2E OxD8 = OxF7\nnand2E OxD9 = OxF7\nnand2E OxDA = OxF5\nnand2E OxDB = OxF5\nnand2E OxDC = OxF3\nnand2E OxDD = OxF3\nnand2E OxDE = OxF1\nnand2E OxDF = OxF1\nnand2E OxE0 = OxDF\nnand2E OxE1 = OxDF\nnand2E OxE2 = OxDD\nnand2E OxE3 = OxDD\nnand2E OxE4 = OxDB\nnand2E OxE5 = OxDB\nnand2E OxE6 = OxD9\nnand2E OxE7 = OxD9\nnand2E OxE8 = OxD7\nnand2E OxE9 = OxD7\nnand2E OxEA = OxD5\nnand2E OxEB = OxD5\nnand2E OxEC = OxD3\nnand2E OxED = OxD3\nnand2E OxEE = OxD1\nnand2E OxEF = OxD1\nnand2E OxF0 = OxDF\nnand2E OxF1 = OxDF\nnand2E OxF2 = OxDD\nnand2E OxF3 = OxDD\nnand2E OxF4 = OxDB\nnand2E OxF5 = OxDB\nnand2E OxF6 = OxD9\nnand2E OxF7 = OxD9\nnand2E OxF8 = OxD7\nnand2E OxF9 = OxD7\nnand2E OxFA = OxD5\nnand2E OxFB = OxD5\nnand2E OxFC = OxD3\nnand2E OxFD = OxD3\nnand2E OxFE = OxD1\nnand2E OxFF = OxD1\nnand2E ____ = undefined\nnand2F Ox2F = OxD0\nnand2F Ox30 = OxDF\nnand2F Ox31 = OxDE\nnand2F Ox32 = OxDD\nnand2F Ox33 = OxDC\nnand2F Ox34 = OxDB\nnand2F Ox35 = OxDA\nnand2F Ox36 = OxD9\nnand2F Ox37 = OxD8\nnand2F Ox38 = OxD7\nnand2F Ox39 = OxD6\nnand2F Ox3A = OxD5\nnand2F Ox3B = OxD4\nnand2F Ox3C = OxD3\nnand2F Ox3D = OxD2\nnand2F Ox3E = OxD1\nnand2F Ox3F = OxD0\nnand2F Ox40 = OxFF\nnand2F Ox41 = OxFE\nnand2F Ox42 = OxFD\nnand2F Ox43 = OxFC\nnand2F Ox44 = OxFB\nnand2F Ox45 = OxFA\nnand2F Ox46 = OxF9\nnand2F Ox47 = OxF8\nnand2F Ox48 = OxF7\nnand2F Ox49 = OxF6\nnand2F Ox4A = OxF5\nnand2F Ox4B = OxF4\nnand2F Ox4C = OxF3\nnand2F Ox4D = OxF2\nnand2F Ox4E = OxF1\nnand2F Ox4F = OxF0\nnand2F Ox50 = OxFF\nnand2F Ox51 = OxFE\nnand2F Ox52 = OxFD\nnand2F Ox53 = OxFC\nnand2F Ox54 = OxFB\nnand2F Ox55 = OxFA\nnand2F Ox56 = OxF9\nnand2F Ox57 = OxF8\nnand2F Ox58 = OxF7\nnand2F Ox59 = OxF6\nnand2F Ox5A = OxF5\nnand2F Ox5B = OxF4\nnand2F Ox5C = OxF3\nnand2F Ox5D = OxF2\nnand2F Ox5E = OxF1\nnand2F Ox5F = OxF0\nnand2F Ox60 = OxDF\nnand2F Ox61 = OxDE\nnand2F Ox62 = OxDD\nnand2F Ox63 = OxDC\nnand2F Ox64 = OxDB\nnand2F Ox65 = OxDA\nnand2F Ox66 = OxD9\nnand2F Ox67 = OxD8\nnand2F Ox68 = OxD7\nnand2F Ox69 = OxD6\nnand2F Ox6A = OxD5\nnand2F Ox6B = OxD4\nnand2F Ox6C = OxD3\nnand2F Ox6D = OxD2\nnand2F Ox6E = OxD1\nnand2F Ox6F = OxD0\nnand2F Ox70 = OxDF\nnand2F Ox71 = OxDE\nnand2F Ox72 = OxDD\nnand2F Ox73 = OxDC\nnand2F Ox74 = OxDB\nnand2F Ox75 = OxDA\nnand2F Ox76 = OxD9\nnand2F Ox77 = OxD8\nnand2F Ox78 = OxD7\nnand2F Ox79 = OxD6\nnand2F Ox7A = OxD5\nnand2F Ox7B = OxD4\nnand2F Ox7C = OxD3\nnand2F Ox7D = OxD2\nnand2F Ox7E = OxD1\nnand2F Ox7F = OxD0\nnand2F Ox80 = OxFF\nnand2F Ox81 = OxFE\nnand2F Ox82 = OxFD\nnand2F Ox83 = OxFC\nnand2F Ox84 = OxFB\nnand2F Ox85 = OxFA\nnand2F Ox86 = OxF9\nnand2F Ox87 = OxF8\nnand2F Ox88 = OxF7\nnand2F Ox89 = OxF6\nnand2F Ox8A = OxF5\nnand2F Ox8B = OxF4\nnand2F Ox8C = OxF3\nnand2F Ox8D = OxF2\nnand2F Ox8E = OxF1\nnand2F Ox8F = OxF0\nnand2F Ox90 = OxFF\nnand2F Ox91 = OxFE\nnand2F Ox92 = OxFD\nnand2F Ox93 = OxFC\nnand2F Ox94 = OxFB\nnand2F Ox95 = OxFA\nnand2F Ox96 = OxF9\nnand2F Ox97 = OxF8\nnand2F Ox98 = OxF7\nnand2F Ox99 = OxF6\nnand2F Ox9A = OxF5\nnand2F Ox9B = OxF4\nnand2F Ox9C = OxF3\nnand2F Ox9D = OxF2\nnand2F Ox9E = OxF1\nnand2F Ox9F = OxF0\nnand2F OxA0 = OxDF\nnand2F OxA1 = OxDE\nnand2F OxA2 = OxDD\nnand2F OxA3 = OxDC\nnand2F OxA4 = OxDB\nnand2F OxA5 = OxDA\nnand2F OxA6 = OxD9\nnand2F OxA7 = OxD8\nnand2F OxA8 = OxD7\nnand2F OxA9 = OxD6\nnand2F OxAA = OxD5\nnand2F OxAB = OxD4\nnand2F OxAC = OxD3\nnand2F OxAE = OxD1\nnand2F OxAF = OxD0\nnand2F OxB0 = OxDF\nnand2F OxB1 = OxDE\nnand2F OxB2 = OxDD\nnand2F OxB3 = OxDC\nnand2F OxB4 = OxDB\nnand2F OxB5 = OxDA\nnand2F OxB6 = OxD9\nnand2F OxB7 = OxD8\nnand2F OxB8 = OxD7\nnand2F OxB9 = OxD6\nnand2F OxBA = OxD5\nnand2F OxBB = OxD4\nnand2F OxBC = OxD3\nnand2F OxBD = OxD2\nnand2F OxBE = OxD1\nnand2F OxBF = OxD0\nnand2F OxC0 = OxFF\nnand2F OxC1 = OxFE\nnand2F OxC2 = OxFD\nnand2F OxC3 = OxFC\nnand2F OxC4 = OxFB\nnand2F OxC5 = OxFA\nnand2F OxC6 = OxF9\nnand2F OxC7 = OxF8\nnand2F OxC8 = OxF7\nnand2F OxC9 = OxF6\nnand2F OxCA = OxF5\nnand2F OxCB = OxF4\nnand2F OxCC = OxF3\nnand2F OxCD = OxF2\nnand2F OxCE = OxF1\nnand2F OxCF = OxF0\nnand2F OxD0 = OxFF\nnand2F OxD1 = OxFE\nnand2F OxD2 = OxFD\nnand2F OxD3 = OxFC\nnand2F OxD4 = OxFB\nnand2F OxD5 = OxFA\nnand2F OxD6 = OxF9\nnand2F OxD7 = OxF8\nnand2F OxD8 = OxF7\nnand2F OxD9 = OxF6\nnand2F OxDA = OxF5\nnand2F OxDB = OxF4\nnand2F OxDC = OxF3\nnand2F OxDD = OxF2\nnand2F OxDE = OxF1\nnand2F OxDF = OxF0\nnand2F OxE0 = OxDF\nnand2F OxE1 = OxDE\nnand2F OxE2 = OxDD\nnand2F OxE3 = OxDC\nnand2F OxE4 = OxDB\nnand2F OxE5 = OxDA\nnand2F OxE6 = OxD9\nnand2F OxE7 = OxD8\nnand2F OxE8 = OxD7\nnand2F OxE9 = OxD6\nnand2F OxEA = OxD5\nnand2F OxEB = OxD4\nnand2F OxEC = OxD3\nnand2F OxED = OxD2\nnand2F OxEE = OxD1\nnand2F OxEF = OxD0\nnand2F OxF0 = OxDF\nnand2F OxF1 = OxDE\nnand2F OxF2 = OxDD\nnand2F OxF3 = OxDC\nnand2F OxF4 = OxDB\nnand2F OxF5 = OxDA\nnand2F OxF6 = OxD9\nnand2F OxF7 = OxD8\nnand2F OxF8 = OxD7\nnand2F OxF9 = OxD6\nnand2F OxFA = OxD5\nnand2F OxFB = OxD4\nnand2F OxFC = OxD3\nnand2F OxFD = OxD2\nnand2F OxFE = OxD1\nnand2F OxFF = OxD0\nnand2F ____ = undefined\nnand30 Ox30 = OxCF\nnand30 Ox31 = OxCF\nnand30 Ox32 = OxCF\nnand30 Ox33 = OxCF\nnand30 Ox34 = OxCF\nnand30 Ox35 = OxCF\nnand30 Ox36 = OxCF\nnand30 Ox37 = OxCF\nnand30 Ox38 = OxCF\nnand30 Ox39 = OxCF\nnand30 Ox3A = OxCF\nnand30 Ox3B = OxCF\nnand30 Ox3C = OxCF\nnand30 Ox3D = OxCF\nnand30 Ox3E = OxCF\nnand30 Ox3F = OxCF\nnand30 Ox40 = OxFF\nnand30 Ox41 = OxFF\nnand30 Ox42 = OxFF\nnand30 Ox43 = OxFF\nnand30 Ox44 = OxFF\nnand30 Ox45 = OxFF\nnand30 Ox46 = OxFF\nnand30 Ox47 = OxFF\nnand30 Ox48 = OxFF\nnand30 Ox49 = OxFF\nnand30 Ox4A = OxFF\nnand30 Ox4B = OxFF\nnand30 Ox4C = OxFF\nnand30 Ox4D = OxFF\nnand30 Ox4E = OxFF\nnand30 Ox4F = OxFF\nnand30 Ox50 = OxEF\nnand30 Ox51 = OxEF\nnand30 Ox52 = OxEF\nnand30 Ox53 = OxEF\nnand30 Ox54 = OxEF\nnand30 Ox55 = OxEF\nnand30 Ox56 = OxEF\nnand30 Ox57 = OxEF\nnand30 Ox58 = OxEF\nnand30 Ox59 = OxEF\nnand30 Ox5A = OxEF\nnand30 Ox5B = OxEF\nnand30 Ox5C = OxEF\nnand30 Ox5D = OxEF\nnand30 Ox5E = OxEF\nnand30 Ox5F = OxEF\nnand30 Ox60 = OxDF\nnand30 Ox61 = OxDF\nnand30 Ox62 = OxDF\nnand30 Ox63 = OxDF\nnand30 Ox64 = OxDF\nnand30 Ox65 = OxDF\nnand30 Ox66 = OxDF\nnand30 Ox67 = OxDF\nnand30 Ox68 = OxDF\nnand30 Ox69 = OxDF\nnand30 Ox6A = OxDF\nnand30 Ox6B = OxDF\nnand30 Ox6C = OxDF\nnand30 Ox6D = OxDF\nnand30 Ox6E = OxDF\nnand30 Ox6F = OxDF\nnand30 Ox70 = OxCF\nnand30 Ox71 = OxCF\nnand30 Ox72 = OxCF\nnand30 Ox73 = OxCF\nnand30 Ox74 = OxCF\nnand30 Ox75 = OxCF\nnand30 Ox76 = OxCF\nnand30 Ox77 = OxCF\nnand30 Ox78 = OxCF\nnand30 Ox79 = OxCF\nnand30 Ox7A = OxCF\nnand30 Ox7B = OxCF\nnand30 Ox7C = OxCF\nnand30 Ox7D = OxCF\nnand30 Ox7E = OxCF\nnand30 Ox7F = OxCF\nnand30 Ox80 = OxFF\nnand30 Ox81 = OxFF\nnand30 Ox82 = OxFF\nnand30 Ox83 = OxFF\nnand30 Ox84 = OxFF\nnand30 Ox85 = OxFF\nnand30 Ox86 = OxFF\nnand30 Ox87 = OxFF\nnand30 Ox88 = OxFF\nnand30 Ox89 = OxFF\nnand30 Ox8A = OxFF\nnand30 Ox8B = OxFF\nnand30 Ox8C = OxFF\nnand30 Ox8D = OxFF\nnand30 Ox8E = OxFF\nnand30 Ox8F = OxFF\nnand30 Ox90 = OxEF\nnand30 Ox91 = OxEF\nnand30 Ox92 = OxEF\nnand30 Ox93 = OxEF\nnand30 Ox94 = OxEF\nnand30 Ox95 = OxEF\nnand30 Ox96 = OxEF\nnand30 Ox97 = OxEF\nnand30 Ox98 = OxEF\nnand30 Ox99 = OxEF\nnand30 Ox9A = OxEF\nnand30 Ox9B = OxEF\nnand30 Ox9C = OxEF\nnand30 Ox9D = OxEF\nnand30 Ox9E = OxEF\nnand30 Ox9F = OxEF\nnand30 OxA0 = OxDF\nnand30 OxA1 = OxDF\nnand30 OxA2 = OxDF\nnand30 OxA3 = OxDF\nnand30 OxA4 = OxDF\nnand30 OxA5 = OxDF\nnand30 OxA6 = OxDF\nnand30 OxA7 = OxDF\nnand30 OxA8 = OxDF\nnand30 OxA9 = OxDF\nnand30 OxAA = OxDF\nnand30 OxAB = OxDF\nnand30 OxAC = OxDF\nnand30 OxAE = OxDF\nnand30 OxAF = OxDF\nnand30 OxB0 = OxCF\nnand30 OxB1 = OxCF\nnand30 OxB2 = OxCF\nnand30 OxB3 = OxCF\nnand30 OxB4 = OxCF\nnand30 OxB5 = OxCF\nnand30 OxB6 = OxCF\nnand30 OxB7 = OxCF\nnand30 OxB8 = OxCF\nnand30 OxB9 = OxCF\nnand30 OxBA = OxCF\nnand30 OxBB = OxCF\nnand30 OxBC = OxCF\nnand30 OxBD = OxCF\nnand30 OxBE = OxCF\nnand30 OxBF = OxCF\nnand30 OxC0 = OxFF\nnand30 OxC1 = OxFF\nnand30 OxC2 = OxFF\nnand30 OxC3 = OxFF\nnand30 OxC4 = OxFF\nnand30 OxC5 = OxFF\nnand30 OxC6 = OxFF\nnand30 OxC7 = OxFF\nnand30 OxC8 = OxFF\nnand30 OxC9 = OxFF\nnand30 OxCA = OxFF\nnand30 OxCB = OxFF\nnand30 OxCC = OxFF\nnand30 OxCD = OxFF\nnand30 OxCE = OxFF\nnand30 OxCF = OxFF\nnand30 OxD0 = OxEF\nnand30 OxD1 = OxEF\nnand30 OxD2 = OxEF\nnand30 OxD3 = OxEF\nnand30 OxD4 = OxEF\nnand30 OxD5 = OxEF\nnand30 OxD6 = OxEF\nnand30 OxD7 = OxEF\nnand30 OxD8 = OxEF\nnand30 OxD9 = OxEF\nnand30 OxDA = OxEF\nnand30 OxDB = OxEF\nnand30 OxDC = OxEF\nnand30 OxDD = OxEF\nnand30 OxDE = OxEF\nnand30 OxDF = OxEF\nnand30 OxE0 = OxDF\nnand30 OxE1 = OxDF\nnand30 OxE2 = OxDF\nnand30 OxE3 = OxDF\nnand30 OxE4 = OxDF\nnand30 OxE5 = OxDF\nnand30 OxE6 = OxDF\nnand30 OxE7 = OxDF\nnand30 OxE8 = OxDF\nnand30 OxE9 = OxDF\nnand30 OxEA = OxDF\nnand30 OxEB = OxDF\nnand30 OxEC = OxDF\nnand30 OxED = OxDF\nnand30 OxEE = OxDF\nnand30 OxEF = OxDF\nnand30 OxF0 = OxCF\nnand30 OxF1 = OxCF\nnand30 OxF2 = OxCF\nnand30 OxF3 = OxCF\nnand30 OxF4 = OxCF\nnand30 OxF5 = OxCF\nnand30 OxF6 = OxCF\nnand30 OxF7 = OxCF\nnand30 OxF8 = OxCF\nnand30 OxF9 = OxCF\nnand30 OxFA = OxCF\nnand30 OxFB = OxCF\nnand30 OxFC = OxCF\nnand30 OxFD = OxCF\nnand30 OxFE = OxCF\nnand30 OxFF = OxCF\nnand30 ____ = undefined\nnand31 Ox31 = OxCE\nnand31 Ox32 = OxCF\nnand31 Ox33 = OxCE\nnand31 Ox34 = OxCF\nnand31 Ox35 = OxCE\nnand31 Ox36 = OxCF\nnand31 Ox37 = OxCE\nnand31 Ox38 = OxCF\nnand31 Ox39 = OxCE\nnand31 Ox3A = OxCF\nnand31 Ox3B = OxCE\nnand31 Ox3C = OxCF\nnand31 Ox3D = OxCE\nnand31 Ox3E = OxCF\nnand31 Ox3F = OxCE\nnand31 Ox40 = OxFF\nnand31 Ox41 = OxFE\nnand31 Ox42 = OxFF\nnand31 Ox43 = OxFE\nnand31 Ox44 = OxFF\nnand31 Ox45 = OxFE\nnand31 Ox46 = OxFF\nnand31 Ox47 = OxFE\nnand31 Ox48 = OxFF\nnand31 Ox49 = OxFE\nnand31 Ox4A = OxFF\nnand31 Ox4B = OxFE\nnand31 Ox4C = OxFF\nnand31 Ox4D = OxFE\nnand31 Ox4E = OxFF\nnand31 Ox4F = OxFE\nnand31 Ox50 = OxEF\nnand31 Ox51 = OxEE\nnand31 Ox52 = OxEF\nnand31 Ox53 = OxEE\nnand31 Ox54 = OxEF\nnand31 Ox55 = OxEE\nnand31 Ox56 = OxEF\nnand31 Ox57 = OxEE\nnand31 Ox58 = OxEF\nnand31 Ox59 = OxEE\nnand31 Ox5A = OxEF\nnand31 Ox5B = OxEE\nnand31 Ox5C = OxEF\nnand31 Ox5D = OxEE\nnand31 Ox5E = OxEF\nnand31 Ox5F = OxEE\nnand31 Ox60 = OxDF\nnand31 Ox61 = OxDE\nnand31 Ox62 = OxDF\nnand31 Ox63 = OxDE\nnand31 Ox64 = OxDF\nnand31 Ox65 = OxDE\nnand31 Ox66 = OxDF\nnand31 Ox67 = OxDE\nnand31 Ox68 = OxDF\nnand31 Ox69 = OxDE\nnand31 Ox6A = OxDF\nnand31 Ox6B = OxDE\nnand31 Ox6C = OxDF\nnand31 Ox6D = OxDE\nnand31 Ox6E = OxDF\nnand31 Ox6F = OxDE\nnand31 Ox70 = OxCF\nnand31 Ox71 = OxCE\nnand31 Ox72 = OxCF\nnand31 Ox73 = OxCE\nnand31 Ox74 = OxCF\nnand31 Ox75 = OxCE\nnand31 Ox76 = OxCF\nnand31 Ox77 = OxCE\nnand31 Ox78 = OxCF\nnand31 Ox79 = OxCE\nnand31 Ox7A = OxCF\nnand31 Ox7B = OxCE\nnand31 Ox7C = OxCF\nnand31 Ox7D = OxCE\nnand31 Ox7E = OxCF\nnand31 Ox7F = OxCE\nnand31 Ox80 = OxFF\nnand31 Ox81 = OxFE\nnand31 Ox82 = OxFF\nnand31 Ox83 = OxFE\nnand31 Ox84 = OxFF\nnand31 Ox85 = OxFE\nnand31 Ox86 = OxFF\nnand31 Ox87 = OxFE\nnand31 Ox88 = OxFF\nnand31 Ox89 = OxFE\nnand31 Ox8A = OxFF\nnand31 Ox8B = OxFE\nnand31 Ox8C = OxFF\nnand31 Ox8D = OxFE\nnand31 Ox8E = OxFF\nnand31 Ox8F = OxFE\nnand31 Ox90 = OxEF\nnand31 Ox91 = OxEE\nnand31 Ox92 = OxEF\nnand31 Ox93 = OxEE\nnand31 Ox94 = OxEF\nnand31 Ox95 = OxEE\nnand31 Ox96 = OxEF\nnand31 Ox97 = OxEE\nnand31 Ox98 = OxEF\nnand31 Ox99 = OxEE\nnand31 Ox9A = OxEF\nnand31 Ox9B = OxEE\nnand31 Ox9C = OxEF\nnand31 Ox9D = OxEE\nnand31 Ox9E = OxEF\nnand31 Ox9F = OxEE\nnand31 OxA0 = OxDF\nnand31 OxA1 = OxDE\nnand31 OxA2 = OxDF\nnand31 OxA3 = OxDE\nnand31 OxA4 = OxDF\nnand31 OxA5 = OxDE\nnand31 OxA6 = OxDF\nnand31 OxA7 = OxDE\nnand31 OxA8 = OxDF\nnand31 OxA9 = OxDE\nnand31 OxAA = OxDF\nnand31 OxAB = OxDE\nnand31 OxAC = OxDF\nnand31 OxAE = OxDF\nnand31 OxAF = OxDE\nnand31 OxB0 = OxCF\nnand31 OxB1 = OxCE\nnand31 OxB2 = OxCF\nnand31 OxB3 = OxCE\nnand31 OxB4 = OxCF\nnand31 OxB5 = OxCE\nnand31 OxB6 = OxCF\nnand31 OxB7 = OxCE\nnand31 OxB8 = OxCF\nnand31 OxB9 = OxCE\nnand31 OxBA = OxCF\nnand31 OxBB = OxCE\nnand31 OxBC = OxCF\nnand31 OxBD = OxCE\nnand31 OxBE = OxCF\nnand31 OxBF = OxCE\nnand31 OxC0 = OxFF\nnand31 OxC1 = OxFE\nnand31 OxC2 = OxFF\nnand31 OxC3 = OxFE\nnand31 OxC4 = OxFF\nnand31 OxC5 = OxFE\nnand31 OxC6 = OxFF\nnand31 OxC7 = OxFE\nnand31 OxC8 = OxFF\nnand31 OxC9 = OxFE\nnand31 OxCA = OxFF\nnand31 OxCB = OxFE\nnand31 OxCC = OxFF\nnand31 OxCD = OxFE\nnand31 OxCE = OxFF\nnand31 OxCF = OxFE\nnand31 OxD0 = OxEF\nnand31 OxD1 = OxEE\nnand31 OxD2 = OxEF\nnand31 OxD3 = OxEE\nnand31 OxD4 = OxEF\nnand31 OxD5 = OxEE\nnand31 OxD6 = OxEF\nnand31 OxD7 = OxEE\nnand31 OxD8 = OxEF\nnand31 OxD9 = OxEE\nnand31 OxDA = OxEF\nnand31 OxDB = OxEE\nnand31 OxDC = OxEF\nnand31 OxDD = OxEE\nnand31 OxDE = OxEF\nnand31 OxDF = OxEE\nnand31 OxE0 = OxDF\nnand31 OxE1 = OxDE\nnand31 OxE2 = OxDF\nnand31 OxE3 = OxDE\nnand31 OxE4 = OxDF\nnand31 OxE5 = OxDE\nnand31 OxE6 = OxDF\nnand31 OxE7 = OxDE\nnand31 OxE8 = OxDF\nnand31 OxE9 = OxDE\nnand31 OxEA = OxDF\nnand31 OxEB = OxDE\nnand31 OxEC = OxDF\nnand31 OxED = OxDE\nnand31 OxEE = OxDF\nnand31 OxEF = OxDE\nnand31 OxF0 = OxCF\nnand31 OxF1 = OxCE\nnand31 OxF2 = OxCF\nnand31 OxF3 = OxCE\nnand31 OxF4 = OxCF\nnand31 OxF5 = OxCE\nnand31 OxF6 = OxCF\nnand31 OxF7 = OxCE\nnand31 OxF8 = OxCF\nnand31 OxF9 = OxCE\nnand31 OxFA = OxCF\nnand31 OxFB = OxCE\nnand31 OxFC = OxCF\nnand31 OxFD = OxCE\nnand31 OxFE = OxCF\nnand31 OxFF = OxCE\nnand31 ____ = undefined\nnand32 Ox32 = OxCD\nnand32 Ox33 = OxCD\nnand32 Ox34 = OxCF\nnand32 Ox35 = OxCF\nnand32 Ox36 = OxCD\nnand32 Ox37 = OxCD\nnand32 Ox38 = OxCF\nnand32 Ox39 = OxCF\nnand32 Ox3A = OxCD\nnand32 Ox3B = OxCD\nnand32 Ox3C = OxCF\nnand32 Ox3D = OxCF\nnand32 Ox3E = OxCD\nnand32 Ox3F = OxCD\nnand32 Ox40 = OxFF\nnand32 Ox41 = OxFF\nnand32 Ox42 = OxFD\nnand32 Ox43 = OxFD\nnand32 Ox44 = OxFF\nnand32 Ox45 = OxFF\nnand32 Ox46 = OxFD\nnand32 Ox47 = OxFD\nnand32 Ox48 = OxFF\nnand32 Ox49 = OxFF\nnand32 Ox4A = OxFD\nnand32 Ox4B = OxFD\nnand32 Ox4C = OxFF\nnand32 Ox4D = OxFF\nnand32 Ox4E = OxFD\nnand32 Ox4F = OxFD\nnand32 Ox50 = OxEF\nnand32 Ox51 = OxEF\nnand32 Ox52 = OxED\nnand32 Ox53 = OxED\nnand32 Ox54 = OxEF\nnand32 Ox55 = OxEF\nnand32 Ox56 = OxED\nnand32 Ox57 = OxED\nnand32 Ox58 = OxEF\nnand32 Ox59 = OxEF\nnand32 Ox5A = OxED\nnand32 Ox5B = OxED\nnand32 Ox5C = OxEF\nnand32 Ox5D = OxEF\nnand32 Ox5E = OxED\nnand32 Ox5F = OxED\nnand32 Ox60 = OxDF\nnand32 Ox61 = OxDF\nnand32 Ox62 = OxDD\nnand32 Ox63 = OxDD\nnand32 Ox64 = OxDF\nnand32 Ox65 = OxDF\nnand32 Ox66 = OxDD\nnand32 Ox67 = OxDD\nnand32 Ox68 = OxDF\nnand32 Ox69 = OxDF\nnand32 Ox6A = OxDD\nnand32 Ox6B = OxDD\nnand32 Ox6C = OxDF\nnand32 Ox6D = OxDF\nnand32 Ox6E = OxDD\nnand32 Ox6F = OxDD\nnand32 Ox70 = OxCF\nnand32 Ox71 = OxCF\nnand32 Ox72 = OxCD\nnand32 Ox73 = OxCD\nnand32 Ox74 = OxCF\nnand32 Ox75 = OxCF\nnand32 Ox76 = OxCD\nnand32 Ox77 = OxCD\nnand32 Ox78 = OxCF\nnand32 Ox79 = OxCF\nnand32 Ox7A = OxCD\nnand32 Ox7B = OxCD\nnand32 Ox7C = OxCF\nnand32 Ox7D = OxCF\nnand32 Ox7E = OxCD\nnand32 Ox7F = OxCD\nnand32 Ox80 = OxFF\nnand32 Ox81 = OxFF\nnand32 Ox82 = OxFD\nnand32 Ox83 = OxFD\nnand32 Ox84 = OxFF\nnand32 Ox85 = OxFF\nnand32 Ox86 = OxFD\nnand32 Ox87 = OxFD\nnand32 Ox88 = OxFF\nnand32 Ox89 = OxFF\nnand32 Ox8A = OxFD\nnand32 Ox8B = OxFD\nnand32 Ox8C = OxFF\nnand32 Ox8D = OxFF\nnand32 Ox8E = OxFD\nnand32 Ox8F = OxFD\nnand32 Ox90 = OxEF\nnand32 Ox91 = OxEF\nnand32 Ox92 = OxED\nnand32 Ox93 = OxED\nnand32 Ox94 = OxEF\nnand32 Ox95 = OxEF\nnand32 Ox96 = OxED\nnand32 Ox97 = OxED\nnand32 Ox98 = OxEF\nnand32 Ox99 = OxEF\nnand32 Ox9A = OxED\nnand32 Ox9B = OxED\nnand32 Ox9C = OxEF\nnand32 Ox9D = OxEF\nnand32 Ox9E = OxED\nnand32 Ox9F = OxED\nnand32 OxA0 = OxDF\nnand32 OxA1 = OxDF\nnand32 OxA2 = OxDD\nnand32 OxA3 = OxDD\nnand32 OxA4 = OxDF\nnand32 OxA5 = OxDF\nnand32 OxA6 = OxDD\nnand32 OxA7 = OxDD\nnand32 OxA8 = OxDF\nnand32 OxA9 = OxDF\nnand32 OxAA = OxDD\nnand32 OxAB = OxDD\nnand32 OxAC = OxDF\nnand32 OxAE = OxDD\nnand32 OxAF = OxDD\nnand32 OxB0 = OxCF\nnand32 OxB1 = OxCF\nnand32 OxB2 = OxCD\nnand32 OxB3 = OxCD\nnand32 OxB4 = OxCF\nnand32 OxB5 = OxCF\nnand32 OxB6 = OxCD\nnand32 OxB7 = OxCD\nnand32 OxB8 = OxCF\nnand32 OxB9 = OxCF\nnand32 OxBA = OxCD\nnand32 OxBB = OxCD\nnand32 OxBC = OxCF\nnand32 OxBD = OxCF\nnand32 OxBE = OxCD\nnand32 OxBF = OxCD\nnand32 OxC0 = OxFF\nnand32 OxC1 = OxFF\nnand32 OxC2 = OxFD\nnand32 OxC3 = OxFD\nnand32 OxC4 = OxFF\nnand32 OxC5 = OxFF\nnand32 OxC6 = OxFD\nnand32 OxC7 = OxFD\nnand32 OxC8 = OxFF\nnand32 OxC9 = OxFF\nnand32 OxCA = OxFD\nnand32 OxCB = OxFD\nnand32 OxCC = OxFF\nnand32 OxCD = OxFF\nnand32 OxCE = OxFD\nnand32 OxCF = OxFD\nnand32 OxD0 = OxEF\nnand32 OxD1 = OxEF\nnand32 OxD2 = OxED\nnand32 OxD3 = OxED\nnand32 OxD4 = OxEF\nnand32 OxD5 = OxEF\nnand32 OxD6 = OxED\nnand32 OxD7 = OxED\nnand32 OxD8 = OxEF\nnand32 OxD9 = OxEF\nnand32 OxDA = OxED\nnand32 OxDB = OxED\nnand32 OxDC = OxEF\nnand32 OxDD = OxEF\nnand32 OxDE = OxED\nnand32 OxDF = OxED\nnand32 OxE0 = OxDF\nnand32 OxE1 = OxDF\nnand32 OxE2 = OxDD\nnand32 OxE3 = OxDD\nnand32 OxE4 = OxDF\nnand32 OxE5 = OxDF\nnand32 OxE6 = OxDD\nnand32 OxE7 = OxDD\nnand32 OxE8 = OxDF\nnand32 OxE9 = OxDF\nnand32 OxEA = OxDD\nnand32 OxEB = OxDD\nnand32 OxEC = OxDF\nnand32 OxED = OxDF\nnand32 OxEE = OxDD\nnand32 OxEF = OxDD\nnand32 OxF0 = OxCF\nnand32 OxF1 = OxCF\nnand32 OxF2 = OxCD\nnand32 OxF3 = OxCD\nnand32 OxF4 = OxCF\nnand32 OxF5 = OxCF\nnand32 OxF6 = OxCD\nnand32 OxF7 = OxCD\nnand32 OxF8 = OxCF\nnand32 OxF9 = OxCF\nnand32 OxFA = OxCD\nnand32 OxFB = OxCD\nnand32 OxFC = OxCF\nnand32 OxFD = OxCF\nnand32 OxFE = OxCD\nnand32 OxFF = OxCD\nnand32 ____ = undefined\nnand33 Ox33 = OxCC\nnand33 Ox34 = OxCF\nnand33 Ox35 = OxCE\nnand33 Ox36 = OxCD\nnand33 Ox37 = OxCC\nnand33 Ox38 = OxCF\nnand33 Ox39 = OxCE\nnand33 Ox3A = OxCD\nnand33 Ox3B = OxCC\nnand33 Ox3C = OxCF\nnand33 Ox3D = OxCE\nnand33 Ox3E = OxCD\nnand33 Ox3F = OxCC\nnand33 Ox40 = OxFF\nnand33 Ox41 = OxFE\nnand33 Ox42 = OxFD\nnand33 Ox43 = OxFC\nnand33 Ox44 = OxFF\nnand33 Ox45 = OxFE\nnand33 Ox46 = OxFD\nnand33 Ox47 = OxFC\nnand33 Ox48 = OxFF\nnand33 Ox49 = OxFE\nnand33 Ox4A = OxFD\nnand33 Ox4B = OxFC\nnand33 Ox4C = OxFF\nnand33 Ox4D = OxFE\nnand33 Ox4E = OxFD\nnand33 Ox4F = OxFC\nnand33 Ox50 = OxEF\nnand33 Ox51 = OxEE\nnand33 Ox52 = OxED\nnand33 Ox53 = OxEC\nnand33 Ox54 = OxEF\nnand33 Ox55 = OxEE\nnand33 Ox56 = OxED\nnand33 Ox57 = OxEC\nnand33 Ox58 = OxEF\nnand33 Ox59 = OxEE\nnand33 Ox5A = OxED\nnand33 Ox5B = OxEC\nnand33 Ox5C = OxEF\nnand33 Ox5D = OxEE\nnand33 Ox5E = OxED\nnand33 Ox5F = OxEC\nnand33 Ox60 = OxDF\nnand33 Ox61 = OxDE\nnand33 Ox62 = OxDD\nnand33 Ox63 = OxDC\nnand33 Ox64 = OxDF\nnand33 Ox65 = OxDE\nnand33 Ox66 = OxDD\nnand33 Ox67 = OxDC\nnand33 Ox68 = OxDF\nnand33 Ox69 = OxDE\nnand33 Ox6A = OxDD\nnand33 Ox6B = OxDC\nnand33 Ox6C = OxDF\nnand33 Ox6D = OxDE\nnand33 Ox6E = OxDD\nnand33 Ox6F = OxDC\nnand33 Ox70 = OxCF\nnand33 Ox71 = OxCE\nnand33 Ox72 = OxCD\nnand33 Ox73 = OxCC\nnand33 Ox74 = OxCF\nnand33 Ox75 = OxCE\nnand33 Ox76 = OxCD\nnand33 Ox77 = OxCC\nnand33 Ox78 = OxCF\nnand33 Ox79 = OxCE\nnand33 Ox7A = OxCD\nnand33 Ox7B = OxCC\nnand33 Ox7C = OxCF\nnand33 Ox7D = OxCE\nnand33 Ox7E = OxCD\nnand33 Ox7F = OxCC\nnand33 Ox80 = OxFF\nnand33 Ox81 = OxFE\nnand33 Ox82 = OxFD\nnand33 Ox83 = OxFC\nnand33 Ox84 = OxFF\nnand33 Ox85 = OxFE\nnand33 Ox86 = OxFD\nnand33 Ox87 = OxFC\nnand33 Ox88 = OxFF\nnand33 Ox89 = OxFE\nnand33 Ox8A = OxFD\nnand33 Ox8B = OxFC\nnand33 Ox8C = OxFF\nnand33 Ox8D = OxFE\nnand33 Ox8E = OxFD\nnand33 Ox8F = OxFC\nnand33 Ox90 = OxEF\nnand33 Ox91 = OxEE\nnand33 Ox92 = OxED\nnand33 Ox93 = OxEC\nnand33 Ox94 = OxEF\nnand33 Ox95 = OxEE\nnand33 Ox96 = OxED\nnand33 Ox97 = OxEC\nnand33 Ox98 = OxEF\nnand33 Ox99 = OxEE\nnand33 Ox9A = OxED\nnand33 Ox9B = OxEC\nnand33 Ox9C = OxEF\nnand33 Ox9D = OxEE\nnand33 Ox9E = OxED\nnand33 Ox9F = OxEC\nnand33 OxA0 = OxDF\nnand33 OxA1 = OxDE\nnand33 OxA2 = OxDD\nnand33 OxA3 = OxDC\nnand33 OxA4 = OxDF\nnand33 OxA5 = OxDE\nnand33 OxA6 = OxDD\nnand33 OxA7 = OxDC\nnand33 OxA8 = OxDF\nnand33 OxA9 = OxDE\nnand33 OxAA = OxDD\nnand33 OxAB = OxDC\nnand33 OxAC = OxDF\nnand33 OxAE = OxDD\nnand33 OxAF = OxDC\nnand33 OxB0 = OxCF\nnand33 OxB1 = OxCE\nnand33 OxB2 = OxCD\nnand33 OxB3 = OxCC\nnand33 OxB4 = OxCF\nnand33 OxB5 = OxCE\nnand33 OxB6 = OxCD\nnand33 OxB7 = OxCC\nnand33 OxB8 = OxCF\nnand33 OxB9 = OxCE\nnand33 OxBA = OxCD\nnand33 OxBB = OxCC\nnand33 OxBC = OxCF\nnand33 OxBD = OxCE\nnand33 OxBE = OxCD\nnand33 OxBF = OxCC\nnand33 OxC0 = OxFF\nnand33 OxC1 = OxFE\nnand33 OxC2 = OxFD\nnand33 OxC3 = OxFC\nnand33 OxC4 = OxFF\nnand33 OxC5 = OxFE\nnand33 OxC6 = OxFD\nnand33 OxC7 = OxFC\nnand33 OxC8 = OxFF\nnand33 OxC9 = OxFE\nnand33 OxCA = OxFD\nnand33 OxCB = OxFC\nnand33 OxCC = OxFF\nnand33 OxCD = OxFE\nnand33 OxCE = OxFD\nnand33 OxCF = OxFC\nnand33 OxD0 = OxEF\nnand33 OxD1 = OxEE\nnand33 OxD2 = OxED\nnand33 OxD3 = OxEC\nnand33 OxD4 = OxEF\nnand33 OxD5 = OxEE\nnand33 OxD6 = OxED\nnand33 OxD7 = OxEC\nnand33 OxD8 = OxEF\nnand33 OxD9 = OxEE\nnand33 OxDA = OxED\nnand33 OxDB = OxEC\nnand33 OxDC = OxEF\nnand33 OxDD = OxEE\nnand33 OxDE = OxED\nnand33 OxDF = OxEC\nnand33 OxE0 = OxDF\nnand33 OxE1 = OxDE\nnand33 OxE2 = OxDD\nnand33 OxE3 = OxDC\nnand33 OxE4 = OxDF\nnand33 OxE5 = OxDE\nnand33 OxE6 = OxDD\nnand33 OxE7 = OxDC\nnand33 OxE8 = OxDF\nnand33 OxE9 = OxDE\nnand33 OxEA = OxDD\nnand33 OxEB = OxDC\nnand33 OxEC = OxDF\nnand33 OxED = OxDE\nnand33 OxEE = OxDD\nnand33 OxEF = OxDC\nnand33 OxF0 = OxCF\nnand33 OxF1 = OxCE\nnand33 OxF2 = OxCD\nnand33 OxF3 = OxCC\nnand33 OxF4 = OxCF\nnand33 OxF5 = OxCE\nnand33 OxF6 = OxCD\nnand33 OxF7 = OxCC\nnand33 OxF8 = OxCF\nnand33 OxF9 = OxCE\nnand33 OxFA = OxCD\nnand33 OxFB = OxCC\nnand33 OxFC = OxCF\nnand33 OxFD = OxCE\nnand33 OxFE = OxCD\nnand33 OxFF = OxCC\nnand33 ____ = undefined\nnand34 Ox34 = OxCB\nnand34 Ox35 = OxCB\nnand34 Ox36 = OxCB\nnand34 Ox37 = OxCB\nnand34 Ox38 = OxCF\nnand34 Ox39 = OxCF\nnand34 Ox3A = OxCF\nnand34 Ox3B = OxCF\nnand34 Ox3C = OxCB\nnand34 Ox3D = OxCB\nnand34 Ox3E = OxCB\nnand34 Ox3F = OxCB\nnand34 Ox40 = OxFF\nnand34 Ox41 = OxFF\nnand34 Ox42 = OxFF\nnand34 Ox43 = OxFF\nnand34 Ox44 = OxFB\nnand34 Ox45 = OxFB\nnand34 Ox46 = OxFB\nnand34 Ox47 = OxFB\nnand34 Ox48 = OxFF\nnand34 Ox49 = OxFF\nnand34 Ox4A = OxFF\nnand34 Ox4B = OxFF\nnand34 Ox4C = OxFB\nnand34 Ox4D = OxFB\nnand34 Ox4E = OxFB\nnand34 Ox4F = OxFB\nnand34 Ox50 = OxEF\nnand34 Ox51 = OxEF\nnand34 Ox52 = OxEF\nnand34 Ox53 = OxEF\nnand34 Ox54 = OxEB\nnand34 Ox55 = OxEB\nnand34 Ox56 = OxEB\nnand34 Ox57 = OxEB\nnand34 Ox58 = OxEF\nnand34 Ox59 = OxEF\nnand34 Ox5A = OxEF\nnand34 Ox5B = OxEF\nnand34 Ox5C = OxEB\nnand34 Ox5D = OxEB\nnand34 Ox5E = OxEB\nnand34 Ox5F = OxEB\nnand34 Ox60 = OxDF\nnand34 Ox61 = OxDF\nnand34 Ox62 = OxDF\nnand34 Ox63 = OxDF\nnand34 Ox64 = OxDB\nnand34 Ox65 = OxDB\nnand34 Ox66 = OxDB\nnand34 Ox67 = OxDB\nnand34 Ox68 = OxDF\nnand34 Ox69 = OxDF\nnand34 Ox6A = OxDF\nnand34 Ox6B = OxDF\nnand34 Ox6C = OxDB\nnand34 Ox6D = OxDB\nnand34 Ox6E = OxDB\nnand34 Ox6F = OxDB\nnand34 Ox70 = OxCF\nnand34 Ox71 = OxCF\nnand34 Ox72 = OxCF\nnand34 Ox73 = OxCF\nnand34 Ox74 = OxCB\nnand34 Ox75 = OxCB\nnand34 Ox76 = OxCB\nnand34 Ox77 = OxCB\nnand34 Ox78 = OxCF\nnand34 Ox79 = OxCF\nnand34 Ox7A = OxCF\nnand34 Ox7B = OxCF\nnand34 Ox7C = OxCB\nnand34 Ox7D = OxCB\nnand34 Ox7E = OxCB\nnand34 Ox7F = OxCB\nnand34 Ox80 = OxFF\nnand34 Ox81 = OxFF\nnand34 Ox82 = OxFF\nnand34 Ox83 = OxFF\nnand34 Ox84 = OxFB\nnand34 Ox85 = OxFB\nnand34 Ox86 = OxFB\nnand34 Ox87 = OxFB\nnand34 Ox88 = OxFF\nnand34 Ox89 = OxFF\nnand34 Ox8A = OxFF\nnand34 Ox8B = OxFF\nnand34 Ox8C = OxFB\nnand34 Ox8D = OxFB\nnand34 Ox8E = OxFB\nnand34 Ox8F = OxFB\nnand34 Ox90 = OxEF\nnand34 Ox91 = OxEF\nnand34 Ox92 = OxEF\nnand34 Ox93 = OxEF\nnand34 Ox94 = OxEB\nnand34 Ox95 = OxEB\nnand34 Ox96 = OxEB\nnand34 Ox97 = OxEB\nnand34 Ox98 = OxEF\nnand34 Ox99 = OxEF\nnand34 Ox9A = OxEF\nnand34 Ox9B = OxEF\nnand34 Ox9C = OxEB\nnand34 Ox9D = OxEB\nnand34 Ox9E = OxEB\nnand34 Ox9F = OxEB\nnand34 OxA0 = OxDF\nnand34 OxA1 = OxDF\nnand34 OxA2 = OxDF\nnand34 OxA3 = OxDF\nnand34 OxA4 = OxDB\nnand34 OxA5 = OxDB\nnand34 OxA6 = OxDB\nnand34 OxA7 = OxDB\nnand34 OxA8 = OxDF\nnand34 OxA9 = OxDF\nnand34 OxAA = OxDF\nnand34 OxAB = OxDF\nnand34 OxAC = OxDB\nnand34 OxAE = OxDB\nnand34 OxAF = OxDB\nnand34 OxB0 = OxCF\nnand34 OxB1 = OxCF\nnand34 OxB2 = OxCF\nnand34 OxB3 = OxCF\nnand34 OxB4 = OxCB\nnand34 OxB5 = OxCB\nnand34 OxB6 = OxCB\nnand34 OxB7 = OxCB\nnand34 OxB8 = OxCF\nnand34 OxB9 = OxCF\nnand34 OxBA = OxCF\nnand34 OxBB = OxCF\nnand34 OxBC = OxCB\nnand34 OxBD = OxCB\nnand34 OxBE = OxCB\nnand34 OxBF = OxCB\nnand34 OxC0 = OxFF\nnand34 OxC1 = OxFF\nnand34 OxC2 = OxFF\nnand34 OxC3 = OxFF\nnand34 OxC4 = OxFB\nnand34 OxC5 = OxFB\nnand34 OxC6 = OxFB\nnand34 OxC7 = OxFB\nnand34 OxC8 = OxFF\nnand34 OxC9 = OxFF\nnand34 OxCA = OxFF\nnand34 OxCB = OxFF\nnand34 OxCC = OxFB\nnand34 OxCD = OxFB\nnand34 OxCE = OxFB\nnand34 OxCF = OxFB\nnand34 OxD0 = OxEF\nnand34 OxD1 = OxEF\nnand34 OxD2 = OxEF\nnand34 OxD3 = OxEF\nnand34 OxD4 = OxEB\nnand34 OxD5 = OxEB\nnand34 OxD6 = OxEB\nnand34 OxD7 = OxEB\nnand34 OxD8 = OxEF\nnand34 OxD9 = OxEF\nnand34 OxDA = OxEF\nnand34 OxDB = OxEF\nnand34 OxDC = OxEB\nnand34 OxDD = OxEB\nnand34 OxDE = OxEB\nnand34 OxDF = OxEB\nnand34 OxE0 = OxDF\nnand34 OxE1 = OxDF\nnand34 OxE2 = OxDF\nnand34 OxE3 = OxDF\nnand34 OxE4 = OxDB\nnand34 OxE5 = OxDB\nnand34 OxE6 = OxDB\nnand34 OxE7 = OxDB\nnand34 OxE8 = OxDF\nnand34 OxE9 = OxDF\nnand34 OxEA = OxDF\nnand34 OxEB = OxDF\nnand34 OxEC = OxDB\nnand34 OxED = OxDB\nnand34 OxEE = OxDB\nnand34 OxEF = OxDB\nnand34 OxF0 = OxCF\nnand34 OxF1 = OxCF\nnand34 OxF2 = OxCF\nnand34 OxF3 = OxCF\nnand34 OxF4 = OxCB\nnand34 OxF5 = OxCB\nnand34 OxF6 = OxCB\nnand34 OxF7 = OxCB\nnand34 OxF8 = OxCF\nnand34 OxF9 = OxCF\nnand34 OxFA = OxCF\nnand34 OxFB = OxCF\nnand34 OxFC = OxCB\nnand34 OxFD = OxCB\nnand34 OxFE = OxCB\nnand34 OxFF = OxCB\nnand34 ____ = undefined\nnand35 Ox35 = OxCA\nnand35 Ox36 = OxCB\nnand35 Ox37 = OxCA\nnand35 Ox38 = OxCF\nnand35 Ox39 = OxCE\nnand35 Ox3A = OxCF\nnand35 Ox3B = OxCE\nnand35 Ox3C = OxCB\nnand35 Ox3D = OxCA\nnand35 Ox3E = OxCB\nnand35 Ox3F = OxCA\nnand35 Ox40 = OxFF\nnand35 Ox41 = OxFE\nnand35 Ox42 = OxFF\nnand35 Ox43 = OxFE\nnand35 Ox44 = OxFB\nnand35 Ox45 = OxFA\nnand35 Ox46 = OxFB\nnand35 Ox47 = OxFA\nnand35 Ox48 = OxFF\nnand35 Ox49 = OxFE\nnand35 Ox4A = OxFF\nnand35 Ox4B = OxFE\nnand35 Ox4C = OxFB\nnand35 Ox4D = OxFA\nnand35 Ox4E = OxFB\nnand35 Ox4F = OxFA\nnand35 Ox50 = OxEF\nnand35 Ox51 = OxEE\nnand35 Ox52 = OxEF\nnand35 Ox53 = OxEE\nnand35 Ox54 = OxEB\nnand35 Ox55 = OxEA\nnand35 Ox56 = OxEB\nnand35 Ox57 = OxEA\nnand35 Ox58 = OxEF\nnand35 Ox59 = OxEE\nnand35 Ox5A = OxEF\nnand35 Ox5B = OxEE\nnand35 Ox5C = OxEB\nnand35 Ox5D = OxEA\nnand35 Ox5E = OxEB\nnand35 Ox5F = OxEA\nnand35 Ox60 = OxDF\nnand35 Ox61 = OxDE\nnand35 Ox62 = OxDF\nnand35 Ox63 = OxDE\nnand35 Ox64 = OxDB\nnand35 Ox65 = OxDA\nnand35 Ox66 = OxDB\nnand35 Ox67 = OxDA\nnand35 Ox68 = OxDF\nnand35 Ox69 = OxDE\nnand35 Ox6A = OxDF\nnand35 Ox6B = OxDE\nnand35 Ox6C = OxDB\nnand35 Ox6D = OxDA\nnand35 Ox6E = OxDB\nnand35 Ox6F = OxDA\nnand35 Ox70 = OxCF\nnand35 Ox71 = OxCE\nnand35 Ox72 = OxCF\nnand35 Ox73 = OxCE\nnand35 Ox74 = OxCB\nnand35 Ox75 = OxCA\nnand35 Ox76 = OxCB\nnand35 Ox77 = OxCA\nnand35 Ox78 = OxCF\nnand35 Ox79 = OxCE\nnand35 Ox7A = OxCF\nnand35 Ox7B = OxCE\nnand35 Ox7C = OxCB\nnand35 Ox7D = OxCA\nnand35 Ox7E = OxCB\nnand35 Ox7F = OxCA\nnand35 Ox80 = OxFF\nnand35 Ox81 = OxFE\nnand35 Ox82 = OxFF\nnand35 Ox83 = OxFE\nnand35 Ox84 = OxFB\nnand35 Ox85 = OxFA\nnand35 Ox86 = OxFB\nnand35 Ox87 = OxFA\nnand35 Ox88 = OxFF\nnand35 Ox89 = OxFE\nnand35 Ox8A = OxFF\nnand35 Ox8B = OxFE\nnand35 Ox8C = OxFB\nnand35 Ox8D = OxFA\nnand35 Ox8E = OxFB\nnand35 Ox8F = OxFA\nnand35 Ox90 = OxEF\nnand35 Ox91 = OxEE\nnand35 Ox92 = OxEF\nnand35 Ox93 = OxEE\nnand35 Ox94 = OxEB\nnand35 Ox95 = OxEA\nnand35 Ox96 = OxEB\nnand35 Ox97 = OxEA\nnand35 Ox98 = OxEF\nnand35 Ox99 = OxEE\nnand35 Ox9A = OxEF\nnand35 Ox9B = OxEE\nnand35 Ox9C = OxEB\nnand35 Ox9D = OxEA\nnand35 Ox9E = OxEB\nnand35 Ox9F = OxEA\nnand35 OxA0 = OxDF\nnand35 OxA1 = OxDE\nnand35 OxA2 = OxDF\nnand35 OxA3 = OxDE\nnand35 OxA4 = OxDB\nnand35 OxA5 = OxDA\nnand35 OxA6 = OxDB\nnand35 OxA7 = OxDA\nnand35 OxA8 = OxDF\nnand35 OxA9 = OxDE\nnand35 OxAA = OxDF\nnand35 OxAB = OxDE\nnand35 OxAC = OxDB\nnand35 OxAE = OxDB\nnand35 OxAF = OxDA\nnand35 OxB0 = OxCF\nnand35 OxB1 = OxCE\nnand35 OxB2 = OxCF\nnand35 OxB3 = OxCE\nnand35 OxB4 = OxCB\nnand35 OxB5 = OxCA\nnand35 OxB6 = OxCB\nnand35 OxB7 = OxCA\nnand35 OxB8 = OxCF\nnand35 OxB9 = OxCE\nnand35 OxBA = OxCF\nnand35 OxBB = OxCE\nnand35 OxBC = OxCB\nnand35 OxBD = OxCA\nnand35 OxBE = OxCB\nnand35 OxBF = OxCA\nnand35 OxC0 = OxFF\nnand35 OxC1 = OxFE\nnand35 OxC2 = OxFF\nnand35 OxC3 = OxFE\nnand35 OxC4 = OxFB\nnand35 OxC5 = OxFA\nnand35 OxC6 = OxFB\nnand35 OxC7 = OxFA\nnand35 OxC8 = OxFF\nnand35 OxC9 = OxFE\nnand35 OxCA = OxFF\nnand35 OxCB = OxFE\nnand35 OxCC = OxFB\nnand35 OxCD = OxFA\nnand35 OxCE = OxFB\nnand35 OxCF = OxFA\nnand35 OxD0 = OxEF\nnand35 OxD1 = OxEE\nnand35 OxD2 = OxEF\nnand35 OxD3 = OxEE\nnand35 OxD4 = OxEB\nnand35 OxD5 = OxEA\nnand35 OxD6 = OxEB\nnand35 OxD7 = OxEA\nnand35 OxD8 = OxEF\nnand35 OxD9 = OxEE\nnand35 OxDA = OxEF\nnand35 OxDB = OxEE\nnand35 OxDC = OxEB\nnand35 OxDD = OxEA\nnand35 OxDE = OxEB\nnand35 OxDF = OxEA\nnand35 OxE0 = OxDF\nnand35 OxE1 = OxDE\nnand35 OxE2 = OxDF\nnand35 OxE3 = OxDE\nnand35 OxE4 = OxDB\nnand35 OxE5 = OxDA\nnand35 OxE6 = OxDB\nnand35 OxE7 = OxDA\nnand35 OxE8 = OxDF\nnand35 OxE9 = OxDE\nnand35 OxEA = OxDF\nnand35 OxEB = OxDE\nnand35 OxEC = OxDB\nnand35 OxED = OxDA\nnand35 OxEE = OxDB\nnand35 OxEF = OxDA\nnand35 OxF0 = OxCF\nnand35 OxF1 = OxCE\nnand35 OxF2 = OxCF\nnand35 OxF3 = OxCE\nnand35 OxF4 = OxCB\nnand35 OxF5 = OxCA\nnand35 OxF6 = OxCB\nnand35 OxF7 = OxCA\nnand35 OxF8 = OxCF\nnand35 OxF9 = OxCE\nnand35 OxFA = OxCF\nnand35 OxFB = OxCE\nnand35 OxFC = OxCB\nnand35 OxFD = OxCA\nnand35 OxFE = OxCB\nnand35 OxFF = OxCA\nnand35 ____ = undefined\nnand36 Ox36 = OxC9\nnand36 Ox37 = OxC9\nnand36 Ox38 = OxCF\nnand36 Ox39 = OxCF\nnand36 Ox3A = OxCD\nnand36 Ox3B = OxCD\nnand36 Ox3C = OxCB\nnand36 Ox3D = OxCB\nnand36 Ox3E = OxC9\nnand36 Ox3F = OxC9\nnand36 Ox40 = OxFF\nnand36 Ox41 = OxFF\nnand36 Ox42 = OxFD\nnand36 Ox43 = OxFD\nnand36 Ox44 = OxFB\nnand36 Ox45 = OxFB\nnand36 Ox46 = OxF9\nnand36 Ox47 = OxF9\nnand36 Ox48 = OxFF\nnand36 Ox49 = OxFF\nnand36 Ox4A = OxFD\nnand36 Ox4B = OxFD\nnand36 Ox4C = OxFB\nnand36 Ox4D = OxFB\nnand36 Ox4E = OxF9\nnand36 Ox4F = OxF9\nnand36 Ox50 = OxEF\nnand36 Ox51 = OxEF\nnand36 Ox52 = OxED\nnand36 Ox53 = OxED\nnand36 Ox54 = OxEB\nnand36 Ox55 = OxEB\nnand36 Ox56 = OxE9\nnand36 Ox57 = OxE9\nnand36 Ox58 = OxEF\nnand36 Ox59 = OxEF\nnand36 Ox5A = OxED\nnand36 Ox5B = OxED\nnand36 Ox5C = OxEB\nnand36 Ox5D = OxEB\nnand36 Ox5E = OxE9\nnand36 Ox5F = OxE9\nnand36 Ox60 = OxDF\nnand36 Ox61 = OxDF\nnand36 Ox62 = OxDD\nnand36 Ox63 = OxDD\nnand36 Ox64 = OxDB\nnand36 Ox65 = OxDB\nnand36 Ox66 = OxD9\nnand36 Ox67 = OxD9\nnand36 Ox68 = OxDF\nnand36 Ox69 = OxDF\nnand36 Ox6A = OxDD\nnand36 Ox6B = OxDD\nnand36 Ox6C = OxDB\nnand36 Ox6D = OxDB\nnand36 Ox6E = OxD9\nnand36 Ox6F = OxD9\nnand36 Ox70 = OxCF\nnand36 Ox71 = OxCF\nnand36 Ox72 = OxCD\nnand36 Ox73 = OxCD\nnand36 Ox74 = OxCB\nnand36 Ox75 = OxCB\nnand36 Ox76 = OxC9\nnand36 Ox77 = OxC9\nnand36 Ox78 = OxCF\nnand36 Ox79 = OxCF\nnand36 Ox7A = OxCD\nnand36 Ox7B = OxCD\nnand36 Ox7C = OxCB\nnand36 Ox7D = OxCB\nnand36 Ox7E = OxC9\nnand36 Ox7F = OxC9\nnand36 Ox80 = OxFF\nnand36 Ox81 = OxFF\nnand36 Ox82 = OxFD\nnand36 Ox83 = OxFD\nnand36 Ox84 = OxFB\nnand36 Ox85 = OxFB\nnand36 Ox86 = OxF9\nnand36 Ox87 = OxF9\nnand36 Ox88 = OxFF\nnand36 Ox89 = OxFF\nnand36 Ox8A = OxFD\nnand36 Ox8B = OxFD\nnand36 Ox8C = OxFB\nnand36 Ox8D = OxFB\nnand36 Ox8E = OxF9\nnand36 Ox8F = OxF9\nnand36 Ox90 = OxEF\nnand36 Ox91 = OxEF\nnand36 Ox92 = OxED\nnand36 Ox93 = OxED\nnand36 Ox94 = OxEB\nnand36 Ox95 = OxEB\nnand36 Ox96 = OxE9\nnand36 Ox97 = OxE9\nnand36 Ox98 = OxEF\nnand36 Ox99 = OxEF\nnand36 Ox9A = OxED\nnand36 Ox9B = OxED\nnand36 Ox9C = OxEB\nnand36 Ox9D = OxEB\nnand36 Ox9E = OxE9\nnand36 Ox9F = OxE9\nnand36 OxA0 = OxDF\nnand36 OxA1 = OxDF\nnand36 OxA2 = OxDD\nnand36 OxA3 = OxDD\nnand36 OxA4 = OxDB\nnand36 OxA5 = OxDB\nnand36 OxA6 = OxD9\nnand36 OxA7 = OxD9\nnand36 OxA8 = OxDF\nnand36 OxA9 = OxDF\nnand36 OxAA = OxDD\nnand36 OxAB = OxDD\nnand36 OxAC = OxDB\nnand36 OxAE = OxD9\nnand36 OxAF = OxD9\nnand36 OxB0 = OxCF\nnand36 OxB1 = OxCF\nnand36 OxB2 = OxCD\nnand36 OxB3 = OxCD\nnand36 OxB4 = OxCB\nnand36 OxB5 = OxCB\nnand36 OxB6 = OxC9\nnand36 OxB7 = OxC9\nnand36 OxB8 = OxCF\nnand36 OxB9 = OxCF\nnand36 OxBA = OxCD\nnand36 OxBB = OxCD\nnand36 OxBC = OxCB\nnand36 OxBD = OxCB\nnand36 OxBE = OxC9\nnand36 OxBF = OxC9\nnand36 OxC0 = OxFF\nnand36 OxC1 = OxFF\nnand36 OxC2 = OxFD\nnand36 OxC3 = OxFD\nnand36 OxC4 = OxFB\nnand36 OxC5 = OxFB\nnand36 OxC6 = OxF9\nnand36 OxC7 = OxF9\nnand36 OxC8 = OxFF\nnand36 OxC9 = OxFF\nnand36 OxCA = OxFD\nnand36 OxCB = OxFD\nnand36 OxCC = OxFB\nnand36 OxCD = OxFB\nnand36 OxCE = OxF9\nnand36 OxCF = OxF9\nnand36 OxD0 = OxEF\nnand36 OxD1 = OxEF\nnand36 OxD2 = OxED\nnand36 OxD3 = OxED\nnand36 OxD4 = OxEB\nnand36 OxD5 = OxEB\nnand36 OxD6 = OxE9\nnand36 OxD7 = OxE9\nnand36 OxD8 = OxEF\nnand36 OxD9 = OxEF\nnand36 OxDA = OxED\nnand36 OxDB = OxED\nnand36 OxDC = OxEB\nnand36 OxDD = OxEB\nnand36 OxDE = OxE9\nnand36 OxDF = OxE9\nnand36 OxE0 = OxDF\nnand36 OxE1 = OxDF\nnand36 OxE2 = OxDD\nnand36 OxE3 = OxDD\nnand36 OxE4 = OxDB\nnand36 OxE5 = OxDB\nnand36 OxE6 = OxD9\nnand36 OxE7 = OxD9\nnand36 OxE8 = OxDF\nnand36 OxE9 = OxDF\nnand36 OxEA = OxDD\nnand36 OxEB = OxDD\nnand36 OxEC = OxDB\nnand36 OxED = OxDB\nnand36 OxEE = OxD9\nnand36 OxEF = OxD9\nnand36 OxF0 = OxCF\nnand36 OxF1 = OxCF\nnand36 OxF2 = OxCD\nnand36 OxF3 = OxCD\nnand36 OxF4 = OxCB\nnand36 OxF5 = OxCB\nnand36 OxF6 = OxC9\nnand36 OxF7 = OxC9\nnand36 OxF8 = OxCF\nnand36 OxF9 = OxCF\nnand36 OxFA = OxCD\nnand36 OxFB = OxCD\nnand36 OxFC = OxCB\nnand36 OxFD = OxCB\nnand36 OxFE = OxC9\nnand36 OxFF = OxC9\nnand36 ____ = undefined\nnand37 Ox37 = OxC8\nnand37 Ox38 = OxCF\nnand37 Ox39 = OxCE\nnand37 Ox3A = OxCD\nnand37 Ox3B = OxCC\nnand37 Ox3C = OxCB\nnand37 Ox3D = OxCA\nnand37 Ox3E = OxC9\nnand37 Ox3F = OxC8\nnand37 Ox40 = OxFF\nnand37 Ox41 = OxFE\nnand37 Ox42 = OxFD\nnand37 Ox43 = OxFC\nnand37 Ox44 = OxFB\nnand37 Ox45 = OxFA\nnand37 Ox46 = OxF9\nnand37 Ox47 = OxF8\nnand37 Ox48 = OxFF\nnand37 Ox49 = OxFE\nnand37 Ox4A = OxFD\nnand37 Ox4B = OxFC\nnand37 Ox4C = OxFB\nnand37 Ox4D = OxFA\nnand37 Ox4E = OxF9\nnand37 Ox4F = OxF8\nnand37 Ox50 = OxEF\nnand37 Ox51 = OxEE\nnand37 Ox52 = OxED\nnand37 Ox53 = OxEC\nnand37 Ox54 = OxEB\nnand37 Ox55 = OxEA\nnand37 Ox56 = OxE9\nnand37 Ox57 = OxE8\nnand37 Ox58 = OxEF\nnand37 Ox59 = OxEE\nnand37 Ox5A = OxED\nnand37 Ox5B = OxEC\nnand37 Ox5C = OxEB\nnand37 Ox5D = OxEA\nnand37 Ox5E = OxE9\nnand37 Ox5F = OxE8\nnand37 Ox60 = OxDF\nnand37 Ox61 = OxDE\nnand37 Ox62 = OxDD\nnand37 Ox63 = OxDC\nnand37 Ox64 = OxDB\nnand37 Ox65 = OxDA\nnand37 Ox66 = OxD9\nnand37 Ox67 = OxD8\nnand37 Ox68 = OxDF\nnand37 Ox69 = OxDE\nnand37 Ox6A = OxDD\nnand37 Ox6B = OxDC\nnand37 Ox6C = OxDB\nnand37 Ox6D = OxDA\nnand37 Ox6E = OxD9\nnand37 Ox6F = OxD8\nnand37 Ox70 = OxCF\nnand37 Ox71 = OxCE\nnand37 Ox72 = OxCD\nnand37 Ox73 = OxCC\nnand37 Ox74 = OxCB\nnand37 Ox75 = OxCA\nnand37 Ox76 = OxC9\nnand37 Ox77 = OxC8\nnand37 Ox78 = OxCF\nnand37 Ox79 = OxCE\nnand37 Ox7A = OxCD\nnand37 Ox7B = OxCC\nnand37 Ox7C = OxCB\nnand37 Ox7D = OxCA\nnand37 Ox7E = OxC9\nnand37 Ox7F = OxC8\nnand37 Ox80 = OxFF\nnand37 Ox81 = OxFE\nnand37 Ox82 = OxFD\nnand37 Ox83 = OxFC\nnand37 Ox84 = OxFB\nnand37 Ox85 = OxFA\nnand37 Ox86 = OxF9\nnand37 Ox87 = OxF8\nnand37 Ox88 = OxFF\nnand37 Ox89 = OxFE\nnand37 Ox8A = OxFD\nnand37 Ox8B = OxFC\nnand37 Ox8C = OxFB\nnand37 Ox8D = OxFA\nnand37 Ox8E = OxF9\nnand37 Ox8F = OxF8\nnand37 Ox90 = OxEF\nnand37 Ox91 = OxEE\nnand37 Ox92 = OxED\nnand37 Ox93 = OxEC\nnand37 Ox94 = OxEB\nnand37 Ox95 = OxEA\nnand37 Ox96 = OxE9\nnand37 Ox97 = OxE8\nnand37 Ox98 = OxEF\nnand37 Ox99 = OxEE\nnand37 Ox9A = OxED\nnand37 Ox9B = OxEC\nnand37 Ox9C = OxEB\nnand37 Ox9D = OxEA\nnand37 Ox9E = OxE9\nnand37 Ox9F = OxE8\nnand37 OxA0 = OxDF\nnand37 OxA1 = OxDE\nnand37 OxA2 = OxDD\nnand37 OxA3 = OxDC\nnand37 OxA4 = OxDB\nnand37 OxA5 = OxDA\nnand37 OxA6 = OxD9\nnand37 OxA7 = OxD8\nnand37 OxA8 = OxDF\nnand37 OxA9 = OxDE\nnand37 OxAA = OxDD\nnand37 OxAB = OxDC\nnand37 OxAC = OxDB\nnand37 OxAE = OxD9\nnand37 OxAF = OxD8\nnand37 OxB0 = OxCF\nnand37 OxB1 = OxCE\nnand37 OxB2 = OxCD\nnand37 OxB3 = OxCC\nnand37 OxB4 = OxCB\nnand37 OxB5 = OxCA\nnand37 OxB6 = OxC9\nnand37 OxB7 = OxC8\nnand37 OxB8 = OxCF\nnand37 OxB9 = OxCE\nnand37 OxBA = OxCD\nnand37 OxBB = OxCC\nnand37 OxBC = OxCB\nnand37 OxBD = OxCA\nnand37 OxBE = OxC9\nnand37 OxBF = OxC8\nnand37 OxC0 = OxFF\nnand37 OxC1 = OxFE\nnand37 OxC2 = OxFD\nnand37 OxC3 = OxFC\nnand37 OxC4 = OxFB\nnand37 OxC5 = OxFA\nnand37 OxC6 = OxF9\nnand37 OxC7 = OxF8\nnand37 OxC8 = OxFF\nnand37 OxC9 = OxFE\nnand37 OxCA = OxFD\nnand37 OxCB = OxFC\nnand37 OxCC = OxFB\nnand37 OxCD = OxFA\nnand37 OxCE = OxF9\nnand37 OxCF = OxF8\nnand37 OxD0 = OxEF\nnand37 OxD1 = OxEE\nnand37 OxD2 = OxED\nnand37 OxD3 = OxEC\nnand37 OxD4 = OxEB\nnand37 OxD5 = OxEA\nnand37 OxD6 = OxE9\nnand37 OxD7 = OxE8\nnand37 OxD8 = OxEF\nnand37 OxD9 = OxEE\nnand37 OxDA = OxED\nnand37 OxDB = OxEC\nnand37 OxDC = OxEB\nnand37 OxDD = OxEA\nnand37 OxDE = OxE9\nnand37 OxDF = OxE8\nnand37 OxE0 = OxDF\nnand37 OxE1 = OxDE\nnand37 OxE2 = OxDD\nnand37 OxE3 = OxDC\nnand37 OxE4 = OxDB\nnand37 OxE5 = OxDA\nnand37 OxE6 = OxD9\nnand37 OxE7 = OxD8\nnand37 OxE8 = OxDF\nnand37 OxE9 = OxDE\nnand37 OxEA = OxDD\nnand37 OxEB = OxDC\nnand37 OxEC = OxDB\nnand37 OxED = OxDA\nnand37 OxEE = OxD9\nnand37 OxEF = OxD8\nnand37 OxF0 = OxCF\nnand37 OxF1 = OxCE\nnand37 OxF2 = OxCD\nnand37 OxF3 = OxCC\nnand37 OxF4 = OxCB\nnand37 OxF5 = OxCA\nnand37 OxF6 = OxC9\nnand37 OxF7 = OxC8\nnand37 OxF8 = OxCF\nnand37 OxF9 = OxCE\nnand37 OxFA = OxCD\nnand37 OxFB = OxCC\nnand37 OxFC = OxCB\nnand37 OxFD = OxCA\nnand37 OxFE = OxC9\nnand37 OxFF = OxC8\nnand37 ____ = undefined\nnand38 Ox38 = OxC7\nnand38 Ox39 = OxC7\nnand38 Ox3A = OxC7\nnand38 Ox3B = OxC7\nnand38 Ox3C = OxC7\nnand38 Ox3D = OxC7\nnand38 Ox3E = OxC7\nnand38 Ox3F = OxC7\nnand38 Ox40 = OxFF\nnand38 Ox41 = OxFF\nnand38 Ox42 = OxFF\nnand38 Ox43 = OxFF\nnand38 Ox44 = OxFF\nnand38 Ox45 = OxFF\nnand38 Ox46 = OxFF\nnand38 Ox47 = OxFF\nnand38 Ox48 = OxF7\nnand38 Ox49 = OxF7\nnand38 Ox4A = OxF7\nnand38 Ox4B = OxF7\nnand38 Ox4C = OxF7\nnand38 Ox4D = OxF7\nnand38 Ox4E = OxF7\nnand38 Ox4F = OxF7\nnand38 Ox50 = OxEF\nnand38 Ox51 = OxEF\nnand38 Ox52 = OxEF\nnand38 Ox53 = OxEF\nnand38 Ox54 = OxEF\nnand38 Ox55 = OxEF\nnand38 Ox56 = OxEF\nnand38 Ox57 = OxEF\nnand38 Ox58 = OxE7\nnand38 Ox59 = OxE7\nnand38 Ox5A = OxE7\nnand38 Ox5B = OxE7\nnand38 Ox5C = OxE7\nnand38 Ox5D = OxE7\nnand38 Ox5E = OxE7\nnand38 Ox5F = OxE7\nnand38 Ox60 = OxDF\nnand38 Ox61 = OxDF\nnand38 Ox62 = OxDF\nnand38 Ox63 = OxDF\nnand38 Ox64 = OxDF\nnand38 Ox65 = OxDF\nnand38 Ox66 = OxDF\nnand38 Ox67 = OxDF\nnand38 Ox68 = OxD7\nnand38 Ox69 = OxD7\nnand38 Ox6A = OxD7\nnand38 Ox6B = OxD7\nnand38 Ox6C = OxD7\nnand38 Ox6D = OxD7\nnand38 Ox6E = OxD7\nnand38 Ox6F = OxD7\nnand38 Ox70 = OxCF\nnand38 Ox71 = OxCF\nnand38 Ox72 = OxCF\nnand38 Ox73 = OxCF\nnand38 Ox74 = OxCF\nnand38 Ox75 = OxCF\nnand38 Ox76 = OxCF\nnand38 Ox77 = OxCF\nnand38 Ox78 = OxC7\nnand38 Ox79 = OxC7\nnand38 Ox7A = OxC7\nnand38 Ox7B = OxC7\nnand38 Ox7C = OxC7\nnand38 Ox7D = OxC7\nnand38 Ox7E = OxC7\nnand38 Ox7F = OxC7\nnand38 Ox80 = OxFF\nnand38 Ox81 = OxFF\nnand38 Ox82 = OxFF\nnand38 Ox83 = OxFF\nnand38 Ox84 = OxFF\nnand38 Ox85 = OxFF\nnand38 Ox86 = OxFF\nnand38 Ox87 = OxFF\nnand38 Ox88 = OxF7\nnand38 Ox89 = OxF7\nnand38 Ox8A = OxF7\nnand38 Ox8B = OxF7\nnand38 Ox8C = OxF7\nnand38 Ox8D = OxF7\nnand38 Ox8E = OxF7\nnand38 Ox8F = OxF7\nnand38 Ox90 = OxEF\nnand38 Ox91 = OxEF\nnand38 Ox92 = OxEF\nnand38 Ox93 = OxEF\nnand38 Ox94 = OxEF\nnand38 Ox95 = OxEF\nnand38 Ox96 = OxEF\nnand38 Ox97 = OxEF\nnand38 Ox98 = OxE7\nnand38 Ox99 = OxE7\nnand38 Ox9A = OxE7\nnand38 Ox9B = OxE7\nnand38 Ox9C = OxE7\nnand38 Ox9D = OxE7\nnand38 Ox9E = OxE7\nnand38 Ox9F = OxE7\nnand38 OxA0 = OxDF\nnand38 OxA1 = OxDF\nnand38 OxA2 = OxDF\nnand38 OxA3 = OxDF\nnand38 OxA4 = OxDF\nnand38 OxA5 = OxDF\nnand38 OxA6 = OxDF\nnand38 OxA7 = OxDF\nnand38 OxA8 = OxD7\nnand38 OxA9 = OxD7\nnand38 OxAA = OxD7\nnand38 OxAB = OxD7\nnand38 OxAC = OxD7\nnand38 OxAE = OxD7\nnand38 OxAF = OxD7\nnand38 OxB0 = OxCF\nnand38 OxB1 = OxCF\nnand38 OxB2 = OxCF\nnand38 OxB3 = OxCF\nnand38 OxB4 = OxCF\nnand38 OxB5 = OxCF\nnand38 OxB6 = OxCF\nnand38 OxB7 = OxCF\nnand38 OxB8 = OxC7\nnand38 OxB9 = OxC7\nnand38 OxBA = OxC7\nnand38 OxBB = OxC7\nnand38 OxBC = OxC7\nnand38 OxBD = OxC7\nnand38 OxBE = OxC7\nnand38 OxBF = OxC7\nnand38 OxC0 = OxFF\nnand38 OxC1 = OxFF\nnand38 OxC2 = OxFF\nnand38 OxC3 = OxFF\nnand38 OxC4 = OxFF\nnand38 OxC5 = OxFF\nnand38 OxC6 = OxFF\nnand38 OxC7 = OxFF\nnand38 OxC8 = OxF7\nnand38 OxC9 = OxF7\nnand38 OxCA = OxF7\nnand38 OxCB = OxF7\nnand38 OxCC = OxF7\nnand38 OxCD = OxF7\nnand38 OxCE = OxF7\nnand38 OxCF = OxF7\nnand38 OxD0 = OxEF\nnand38 OxD1 = OxEF\nnand38 OxD2 = OxEF\nnand38 OxD3 = OxEF\nnand38 OxD4 = OxEF\nnand38 OxD5 = OxEF\nnand38 OxD6 = OxEF\nnand38 OxD7 = OxEF\nnand38 OxD8 = OxE7\nnand38 OxD9 = OxE7\nnand38 OxDA = OxE7\nnand38 OxDB = OxE7\nnand38 OxDC = OxE7\nnand38 OxDD = OxE7\nnand38 OxDE = OxE7\nnand38 OxDF = OxE7\nnand38 OxE0 = OxDF\nnand38 OxE1 = OxDF\nnand38 OxE2 = OxDF\nnand38 OxE3 = OxDF\nnand38 OxE4 = OxDF\nnand38 OxE5 = OxDF\nnand38 OxE6 = OxDF\nnand38 OxE7 = OxDF\nnand38 OxE8 = OxD7\nnand38 OxE9 = OxD7\nnand38 OxEA = OxD7\nnand38 OxEB = OxD7\nnand38 OxEC = OxD7\nnand38 OxED = OxD7\nnand38 OxEE = OxD7\nnand38 OxEF = OxD7\nnand38 OxF0 = OxCF\nnand38 OxF1 = OxCF\nnand38 OxF2 = OxCF\nnand38 OxF3 = OxCF\nnand38 OxF4 = OxCF\nnand38 OxF5 = OxCF\nnand38 OxF6 = OxCF\nnand38 OxF7 = OxCF\nnand38 OxF8 = OxC7\nnand38 OxF9 = OxC7\nnand38 OxFA = OxC7\nnand38 OxFB = OxC7\nnand38 OxFC = OxC7\nnand38 OxFD = OxC7\nnand38 OxFE = OxC7\nnand38 OxFF = OxC7\nnand38 ____ = undefined\nnand39 Ox39 = OxC6\nnand39 Ox3A = OxC7\nnand39 Ox3B = OxC6\nnand39 Ox3C = OxC7\nnand39 Ox3D = OxC6\nnand39 Ox3E = OxC7\nnand39 Ox3F = OxC6\nnand39 Ox40 = OxFF\nnand39 Ox41 = OxFE\nnand39 Ox42 = OxFF\nnand39 Ox43 = OxFE\nnand39 Ox44 = OxFF\nnand39 Ox45 = OxFE\nnand39 Ox46 = OxFF\nnand39 Ox47 = OxFE\nnand39 Ox48 = OxF7\nnand39 Ox49 = OxF6\nnand39 Ox4A = OxF7\nnand39 Ox4B = OxF6\nnand39 Ox4C = OxF7\nnand39 Ox4D = OxF6\nnand39 Ox4E = OxF7\nnand39 Ox4F = OxF6\nnand39 Ox50 = OxEF\nnand39 Ox51 = OxEE\nnand39 Ox52 = OxEF\nnand39 Ox53 = OxEE\nnand39 Ox54 = OxEF\nnand39 Ox55 = OxEE\nnand39 Ox56 = OxEF\nnand39 Ox57 = OxEE\nnand39 Ox58 = OxE7\nnand39 Ox59 = OxE6\nnand39 Ox5A = OxE7\nnand39 Ox5B = OxE6\nnand39 Ox5C = OxE7\nnand39 Ox5D = OxE6\nnand39 Ox5E = OxE7\nnand39 Ox5F = OxE6\nnand39 Ox60 = OxDF\nnand39 Ox61 = OxDE\nnand39 Ox62 = OxDF\nnand39 Ox63 = OxDE\nnand39 Ox64 = OxDF\nnand39 Ox65 = OxDE\nnand39 Ox66 = OxDF\nnand39 Ox67 = OxDE\nnand39 Ox68 = OxD7\nnand39 Ox69 = OxD6\nnand39 Ox6A = OxD7\nnand39 Ox6B = OxD6\nnand39 Ox6C = OxD7\nnand39 Ox6D = OxD6\nnand39 Ox6E = OxD7\nnand39 Ox6F = OxD6\nnand39 Ox70 = OxCF\nnand39 Ox71 = OxCE\nnand39 Ox72 = OxCF\nnand39 Ox73 = OxCE\nnand39 Ox74 = OxCF\nnand39 Ox75 = OxCE\nnand39 Ox76 = OxCF\nnand39 Ox77 = OxCE\nnand39 Ox78 = OxC7\nnand39 Ox79 = OxC6\nnand39 Ox7A = OxC7\nnand39 Ox7B = OxC6\nnand39 Ox7C = OxC7\nnand39 Ox7D = OxC6\nnand39 Ox7E = OxC7\nnand39 Ox7F = OxC6\nnand39 Ox80 = OxFF\nnand39 Ox81 = OxFE\nnand39 Ox82 = OxFF\nnand39 Ox83 = OxFE\nnand39 Ox84 = OxFF\nnand39 Ox85 = OxFE\nnand39 Ox86 = OxFF\nnand39 Ox87 = OxFE\nnand39 Ox88 = OxF7\nnand39 Ox89 = OxF6\nnand39 Ox8A = OxF7\nnand39 Ox8B = OxF6\nnand39 Ox8C = OxF7\nnand39 Ox8D = OxF6\nnand39 Ox8E = OxF7\nnand39 Ox8F = OxF6\nnand39 Ox90 = OxEF\nnand39 Ox91 = OxEE\nnand39 Ox92 = OxEF\nnand39 Ox93 = OxEE\nnand39 Ox94 = OxEF\nnand39 Ox95 = OxEE\nnand39 Ox96 = OxEF\nnand39 Ox97 = OxEE\nnand39 Ox98 = OxE7\nnand39 Ox99 = OxE6\nnand39 Ox9A = OxE7\nnand39 Ox9B = OxE6\nnand39 Ox9C = OxE7\nnand39 Ox9D = OxE6\nnand39 Ox9E = OxE7\nnand39 Ox9F = OxE6\nnand39 OxA0 = OxDF\nnand39 OxA1 = OxDE\nnand39 OxA2 = OxDF\nnand39 OxA3 = OxDE\nnand39 OxA4 = OxDF\nnand39 OxA5 = OxDE\nnand39 OxA6 = OxDF\nnand39 OxA7 = OxDE\nnand39 OxA8 = OxD7\nnand39 OxA9 = OxD6\nnand39 OxAA = OxD7\nnand39 OxAB = OxD6\nnand39 OxAC = OxD7\nnand39 OxAE = OxD7\nnand39 OxAF = OxD6\nnand39 OxB0 = OxCF\nnand39 OxB1 = OxCE\nnand39 OxB2 = OxCF\nnand39 OxB3 = OxCE\nnand39 OxB4 = OxCF\nnand39 OxB5 = OxCE\nnand39 OxB6 = OxCF\nnand39 OxB7 = OxCE\nnand39 OxB8 = OxC7\nnand39 OxB9 = OxC6\nnand39 OxBA = OxC7\nnand39 OxBB = OxC6\nnand39 OxBC = OxC7\nnand39 OxBD = OxC6\nnand39 OxBE = OxC7\nnand39 OxBF = OxC6\nnand39 OxC0 = OxFF\nnand39 OxC1 = OxFE\nnand39 OxC2 = OxFF\nnand39 OxC3 = OxFE\nnand39 OxC4 = OxFF\nnand39 OxC5 = OxFE\nnand39 OxC6 = OxFF\nnand39 OxC7 = OxFE\nnand39 OxC8 = OxF7\nnand39 OxC9 = OxF6\nnand39 OxCA = OxF7\nnand39 OxCB = OxF6\nnand39 OxCC = OxF7\nnand39 OxCD = OxF6\nnand39 OxCE = OxF7\nnand39 OxCF = OxF6\nnand39 OxD0 = OxEF\nnand39 OxD1 = OxEE\nnand39 OxD2 = OxEF\nnand39 OxD3 = OxEE\nnand39 OxD4 = OxEF\nnand39 OxD5 = OxEE\nnand39 OxD6 = OxEF\nnand39 OxD7 = OxEE\nnand39 OxD8 = OxE7\nnand39 OxD9 = OxE6\nnand39 OxDA = OxE7\nnand39 OxDB = OxE6\nnand39 OxDC = OxE7\nnand39 OxDD = OxE6\nnand39 OxDE = OxE7\nnand39 OxDF = OxE6\nnand39 OxE0 = OxDF\nnand39 OxE1 = OxDE\nnand39 OxE2 = OxDF\nnand39 OxE3 = OxDE\nnand39 OxE4 = OxDF\nnand39 OxE5 = OxDE\nnand39 OxE6 = OxDF\nnand39 OxE7 = OxDE\nnand39 OxE8 = OxD7\nnand39 OxE9 = OxD6\nnand39 OxEA = OxD7\nnand39 OxEB = OxD6\nnand39 OxEC = OxD7\nnand39 OxED = OxD6\nnand39 OxEE = OxD7\nnand39 OxEF = OxD6\nnand39 OxF0 = OxCF\nnand39 OxF1 = OxCE\nnand39 OxF2 = OxCF\nnand39 OxF3 = OxCE\nnand39 OxF4 = OxCF\nnand39 OxF5 = OxCE\nnand39 OxF6 = OxCF\nnand39 OxF7 = OxCE\nnand39 OxF8 = OxC7\nnand39 OxF9 = OxC6\nnand39 OxFA = OxC7\nnand39 OxFB = OxC6\nnand39 OxFC = OxC7\nnand39 OxFD = OxC6\nnand39 OxFE = OxC7\nnand39 OxFF = OxC6\nnand39 ____ = undefined\nnand3A Ox3A = OxC5\nnand3A Ox3B = OxC5\nnand3A Ox3C = OxC7\nnand3A Ox3D = OxC7\nnand3A Ox3E = OxC5\nnand3A Ox3F = OxC5\nnand3A Ox40 = OxFF\nnand3A Ox41 = OxFF\nnand3A Ox42 = OxFD\nnand3A Ox43 = OxFD\nnand3A Ox44 = OxFF\nnand3A Ox45 = OxFF\nnand3A Ox46 = OxFD\nnand3A Ox47 = OxFD\nnand3A Ox48 = OxF7\nnand3A Ox49 = OxF7\nnand3A Ox4A = OxF5\nnand3A Ox4B = OxF5\nnand3A Ox4C = OxF7\nnand3A Ox4D = OxF7\nnand3A Ox4E = OxF5\nnand3A Ox4F = OxF5\nnand3A Ox50 = OxEF\nnand3A Ox51 = OxEF\nnand3A Ox52 = OxED\nnand3A Ox53 = OxED\nnand3A Ox54 = OxEF\nnand3A Ox55 = OxEF\nnand3A Ox56 = OxED\nnand3A Ox57 = OxED\nnand3A Ox58 = OxE7\nnand3A Ox59 = OxE7\nnand3A Ox5A = OxE5\nnand3A Ox5B = OxE5\nnand3A Ox5C = OxE7\nnand3A Ox5D = OxE7\nnand3A Ox5E = OxE5\nnand3A Ox5F = OxE5\nnand3A Ox60 = OxDF\nnand3A Ox61 = OxDF\nnand3A Ox62 = OxDD\nnand3A Ox63 = OxDD\nnand3A Ox64 = OxDF\nnand3A Ox65 = OxDF\nnand3A Ox66 = OxDD\nnand3A Ox67 = OxDD\nnand3A Ox68 = OxD7\nnand3A Ox69 = OxD7\nnand3A Ox6A = OxD5\nnand3A Ox6B = OxD5\nnand3A Ox6C = OxD7\nnand3A Ox6D = OxD7\nnand3A Ox6E = OxD5\nnand3A Ox6F = OxD5\nnand3A Ox70 = OxCF\nnand3A Ox71 = OxCF\nnand3A Ox72 = OxCD\nnand3A Ox73 = OxCD\nnand3A Ox74 = OxCF\nnand3A Ox75 = OxCF\nnand3A Ox76 = OxCD\nnand3A Ox77 = OxCD\nnand3A Ox78 = OxC7\nnand3A Ox79 = OxC7\nnand3A Ox7A = OxC5\nnand3A Ox7B = OxC5\nnand3A Ox7C = OxC7\nnand3A Ox7D = OxC7\nnand3A Ox7E = OxC5\nnand3A Ox7F = OxC5\nnand3A Ox80 = OxFF\nnand3A Ox81 = OxFF\nnand3A Ox82 = OxFD\nnand3A Ox83 = OxFD\nnand3A Ox84 = OxFF\nnand3A Ox85 = OxFF\nnand3A Ox86 = OxFD\nnand3A Ox87 = OxFD\nnand3A Ox88 = OxF7\nnand3A Ox89 = OxF7\nnand3A Ox8A = OxF5\nnand3A Ox8B = OxF5\nnand3A Ox8C = OxF7\nnand3A Ox8D = OxF7\nnand3A Ox8E = OxF5\nnand3A Ox8F = OxF5\nnand3A Ox90 = OxEF\nnand3A Ox91 = OxEF\nnand3A Ox92 = OxED\nnand3A Ox93 = OxED\nnand3A Ox94 = OxEF\nnand3A Ox95 = OxEF\nnand3A Ox96 = OxED\nnand3A Ox97 = OxED\nnand3A Ox98 = OxE7\nnand3A Ox99 = OxE7\nnand3A Ox9A = OxE5\nnand3A Ox9B = OxE5\nnand3A Ox9C = OxE7\nnand3A Ox9D = OxE7\nnand3A Ox9E = OxE5\nnand3A Ox9F = OxE5\nnand3A OxA0 = OxDF\nnand3A OxA1 = OxDF\nnand3A OxA2 = OxDD\nnand3A OxA3 = OxDD\nnand3A OxA4 = OxDF\nnand3A OxA5 = OxDF\nnand3A OxA6 = OxDD\nnand3A OxA7 = OxDD\nnand3A OxA8 = OxD7\nnand3A OxA9 = OxD7\nnand3A OxAA = OxD5\nnand3A OxAB = OxD5\nnand3A OxAC = OxD7\nnand3A OxAE = OxD5\nnand3A OxAF = OxD5\nnand3A OxB0 = OxCF\nnand3A OxB1 = OxCF\nnand3A OxB2 = OxCD\nnand3A OxB3 = OxCD\nnand3A OxB4 = OxCF\nnand3A OxB5 = OxCF\nnand3A OxB6 = OxCD\nnand3A OxB7 = OxCD\nnand3A OxB8 = OxC7\nnand3A OxB9 = OxC7\nnand3A OxBA = OxC5\nnand3A OxBB = OxC5\nnand3A OxBC = OxC7\nnand3A OxBD = OxC7\nnand3A OxBE = OxC5\nnand3A OxBF = OxC5\nnand3A OxC0 = OxFF\nnand3A OxC1 = OxFF\nnand3A OxC2 = OxFD\nnand3A OxC3 = OxFD\nnand3A OxC4 = OxFF\nnand3A OxC5 = OxFF\nnand3A OxC6 = OxFD\nnand3A OxC7 = OxFD\nnand3A OxC8 = OxF7\nnand3A OxC9 = OxF7\nnand3A OxCA = OxF5\nnand3A OxCB = OxF5\nnand3A OxCC = OxF7\nnand3A OxCD = OxF7\nnand3A OxCE = OxF5\nnand3A OxCF = OxF5\nnand3A OxD0 = OxEF\nnand3A OxD1 = OxEF\nnand3A OxD2 = OxED\nnand3A OxD3 = OxED\nnand3A OxD4 = OxEF\nnand3A OxD5 = OxEF\nnand3A OxD6 = OxED\nnand3A OxD7 = OxED\nnand3A OxD8 = OxE7\nnand3A OxD9 = OxE7\nnand3A OxDA = OxE5\nnand3A OxDB = OxE5\nnand3A OxDC = OxE7\nnand3A OxDD = OxE7\nnand3A OxDE = OxE5\nnand3A OxDF = OxE5\nnand3A OxE0 = OxDF\nnand3A OxE1 = OxDF\nnand3A OxE2 = OxDD\nnand3A OxE3 = OxDD\nnand3A OxE4 = OxDF\nnand3A OxE5 = OxDF\nnand3A OxE6 = OxDD\nnand3A OxE7 = OxDD\nnand3A OxE8 = OxD7\nnand3A OxE9 = OxD7\nnand3A OxEA = OxD5\nnand3A OxEB = OxD5\nnand3A OxEC = OxD7\nnand3A OxED = OxD7\nnand3A OxEE = OxD5\nnand3A OxEF = OxD5\nnand3A OxF0 = OxCF\nnand3A OxF1 = OxCF\nnand3A OxF2 = OxCD\nnand3A OxF3 = OxCD\nnand3A OxF4 = OxCF\nnand3A OxF5 = OxCF\nnand3A OxF6 = OxCD\nnand3A OxF7 = OxCD\nnand3A OxF8 = OxC7\nnand3A OxF9 = OxC7\nnand3A OxFA = OxC5\nnand3A OxFB = OxC5\nnand3A OxFC = OxC7\nnand3A OxFD = OxC7\nnand3A OxFE = OxC5\nnand3A OxFF = OxC5\nnand3A ____ = undefined\nnand3B Ox3B = OxC4\nnand3B Ox3C = OxC7\nnand3B Ox3D = OxC6\nnand3B Ox3E = OxC5\nnand3B Ox3F = OxC4\nnand3B Ox40 = OxFF\nnand3B Ox41 = OxFE\nnand3B Ox42 = OxFD\nnand3B Ox43 = OxFC\nnand3B Ox44 = OxFF\nnand3B Ox45 = OxFE\nnand3B Ox46 = OxFD\nnand3B Ox47 = OxFC\nnand3B Ox48 = OxF7\nnand3B Ox49 = OxF6\nnand3B Ox4A = OxF5\nnand3B Ox4B = OxF4\nnand3B Ox4C = OxF7\nnand3B Ox4D = OxF6\nnand3B Ox4E = OxF5\nnand3B Ox4F = OxF4\nnand3B Ox50 = OxEF\nnand3B Ox51 = OxEE\nnand3B Ox52 = OxED\nnand3B Ox53 = OxEC\nnand3B Ox54 = OxEF\nnand3B Ox55 = OxEE\nnand3B Ox56 = OxED\nnand3B Ox57 = OxEC\nnand3B Ox58 = OxE7\nnand3B Ox59 = OxE6\nnand3B Ox5A = OxE5\nnand3B Ox5B = OxE4\nnand3B Ox5C = OxE7\nnand3B Ox5D = OxE6\nnand3B Ox5E = OxE5\nnand3B Ox5F = OxE4\nnand3B Ox60 = OxDF\nnand3B Ox61 = OxDE\nnand3B Ox62 = OxDD\nnand3B Ox63 = OxDC\nnand3B Ox64 = OxDF\nnand3B Ox65 = OxDE\nnand3B Ox66 = OxDD\nnand3B Ox67 = OxDC\nnand3B Ox68 = OxD7\nnand3B Ox69 = OxD6\nnand3B Ox6A = OxD5\nnand3B Ox6B = OxD4\nnand3B Ox6C = OxD7\nnand3B Ox6D = OxD6\nnand3B Ox6E = OxD5\nnand3B Ox6F = OxD4\nnand3B Ox70 = OxCF\nnand3B Ox71 = OxCE\nnand3B Ox72 = OxCD\nnand3B Ox73 = OxCC\nnand3B Ox74 = OxCF\nnand3B Ox75 = OxCE\nnand3B Ox76 = OxCD\nnand3B Ox77 = OxCC\nnand3B Ox78 = OxC7\nnand3B Ox79 = OxC6\nnand3B Ox7A = OxC5\nnand3B Ox7B = OxC4\nnand3B Ox7C = OxC7\nnand3B Ox7D = OxC6\nnand3B Ox7E = OxC5\nnand3B Ox7F = OxC4\nnand3B Ox80 = OxFF\nnand3B Ox81 = OxFE\nnand3B Ox82 = OxFD\nnand3B Ox83 = OxFC\nnand3B Ox84 = OxFF\nnand3B Ox85 = OxFE\nnand3B Ox86 = OxFD\nnand3B Ox87 = OxFC\nnand3B Ox88 = OxF7\nnand3B Ox89 = OxF6\nnand3B Ox8A = OxF5\nnand3B Ox8B = OxF4\nnand3B Ox8C = OxF7\nnand3B Ox8D = OxF6\nnand3B Ox8E = OxF5\nnand3B Ox8F = OxF4\nnand3B Ox90 = OxEF\nnand3B Ox91 = OxEE\nnand3B Ox92 = OxED\nnand3B Ox93 = OxEC\nnand3B Ox94 = OxEF\nnand3B Ox95 = OxEE\nnand3B Ox96 = OxED\nnand3B Ox97 = OxEC\nnand3B Ox98 = OxE7\nnand3B Ox99 = OxE6\nnand3B Ox9A = OxE5\nnand3B Ox9B = OxE4\nnand3B Ox9C = OxE7\nnand3B Ox9D = OxE6\nnand3B Ox9E = OxE5\nnand3B Ox9F = OxE4\nnand3B OxA0 = OxDF\nnand3B OxA1 = OxDE\nnand3B OxA2 = OxDD\nnand3B OxA3 = OxDC\nnand3B OxA4 = OxDF\nnand3B OxA5 = OxDE\nnand3B OxA6 = OxDD\nnand3B OxA7 = OxDC\nnand3B OxA8 = OxD7\nnand3B OxA9 = OxD6\nnand3B OxAA = OxD5\nnand3B OxAB = OxD4\nnand3B OxAC = OxD7\nnand3B OxAE = OxD5\nnand3B OxAF = OxD4\nnand3B OxB0 = OxCF\nnand3B OxB1 = OxCE\nnand3B OxB2 = OxCD\nnand3B OxB3 = OxCC\nnand3B OxB4 = OxCF\nnand3B OxB5 = OxCE\nnand3B OxB6 = OxCD\nnand3B OxB7 = OxCC\nnand3B OxB8 = OxC7\nnand3B OxB9 = OxC6\nnand3B OxBA = OxC5\nnand3B OxBB = OxC4\nnand3B OxBC = OxC7\nnand3B OxBD = OxC6\nnand3B OxBE = OxC5\nnand3B OxBF = OxC4\nnand3B OxC0 = OxFF\nnand3B OxC1 = OxFE\nnand3B OxC2 = OxFD\nnand3B OxC3 = OxFC\nnand3B OxC4 = OxFF\nnand3B OxC5 = OxFE\nnand3B OxC6 = OxFD\nnand3B OxC7 = OxFC\nnand3B OxC8 = OxF7\nnand3B OxC9 = OxF6\nnand3B OxCA = OxF5\nnand3B OxCB = OxF4\nnand3B OxCC = OxF7\nnand3B OxCD = OxF6\nnand3B OxCE = OxF5\nnand3B OxCF = OxF4\nnand3B OxD0 = OxEF\nnand3B OxD1 = OxEE\nnand3B OxD2 = OxED\nnand3B OxD3 = OxEC\nnand3B OxD4 = OxEF\nnand3B OxD5 = OxEE\nnand3B OxD6 = OxED\nnand3B OxD7 = OxEC\nnand3B OxD8 = OxE7\nnand3B OxD9 = OxE6\nnand3B OxDA = OxE5\nnand3B OxDB = OxE4\nnand3B OxDC = OxE7\nnand3B OxDD = OxE6\nnand3B OxDE = OxE5\nnand3B OxDF = OxE4\nnand3B OxE0 = OxDF\nnand3B OxE1 = OxDE\nnand3B OxE2 = OxDD\nnand3B OxE3 = OxDC\nnand3B OxE4 = OxDF\nnand3B OxE5 = OxDE\nnand3B OxE6 = OxDD\nnand3B OxE7 = OxDC\nnand3B OxE8 = OxD7\nnand3B OxE9 = OxD6\nnand3B OxEA = OxD5\nnand3B OxEB = OxD4\nnand3B OxEC = OxD7\nnand3B OxED = OxD6\nnand3B OxEE = OxD5\nnand3B OxEF = OxD4\nnand3B OxF0 = OxCF\nnand3B OxF1 = OxCE\nnand3B OxF2 = OxCD\nnand3B OxF3 = OxCC\nnand3B OxF4 = OxCF\nnand3B OxF5 = OxCE\nnand3B OxF6 = OxCD\nnand3B OxF7 = OxCC\nnand3B OxF8 = OxC7\nnand3B OxF9 = OxC6\nnand3B OxFA = OxC5\nnand3B OxFB = OxC4\nnand3B OxFC = OxC7\nnand3B OxFD = OxC6\nnand3B OxFE = OxC5\nnand3B OxFF = OxC4\nnand3B ____ = undefined\nnand3C Ox3C = OxC3\nnand3C Ox3D = OxC3\nnand3C Ox3E = OxC3\nnand3C Ox3F = OxC3\nnand3C Ox40 = OxFF\nnand3C Ox41 = OxFF\nnand3C Ox42 = OxFF\nnand3C Ox43 = OxFF\nnand3C Ox44 = OxFB\nnand3C Ox45 = OxFB\nnand3C Ox46 = OxFB\nnand3C Ox47 = OxFB\nnand3C Ox48 = OxF7\nnand3C Ox49 = OxF7\nnand3C Ox4A = OxF7\nnand3C Ox4B = OxF7\nnand3C Ox4C = OxF3\nnand3C Ox4D = OxF3\nnand3C Ox4E = OxF3\nnand3C Ox4F = OxF3\nnand3C Ox50 = OxEF\nnand3C Ox51 = OxEF\nnand3C Ox52 = OxEF\nnand3C Ox53 = OxEF\nnand3C Ox54 = OxEB\nnand3C Ox55 = OxEB\nnand3C Ox56 = OxEB\nnand3C Ox57 = OxEB\nnand3C Ox58 = OxE7\nnand3C Ox59 = OxE7\nnand3C Ox5A = OxE7\nnand3C Ox5B = OxE7\nnand3C Ox5C = OxE3\nnand3C Ox5D = OxE3\nnand3C Ox5E = OxE3\nnand3C Ox5F = OxE3\nnand3C Ox60 = OxDF\nnand3C Ox61 = OxDF\nnand3C Ox62 = OxDF\nnand3C Ox63 = OxDF\nnand3C Ox64 = OxDB\nnand3C Ox65 = OxDB\nnand3C Ox66 = OxDB\nnand3C Ox67 = OxDB\nnand3C Ox68 = OxD7\nnand3C Ox69 = OxD7\nnand3C Ox6A = OxD7\nnand3C Ox6B = OxD7\nnand3C Ox6C = OxD3\nnand3C Ox6D = OxD3\nnand3C Ox6E = OxD3\nnand3C Ox6F = OxD3\nnand3C Ox70 = OxCF\nnand3C Ox71 = OxCF\nnand3C Ox72 = OxCF\nnand3C Ox73 = OxCF\nnand3C Ox74 = OxCB\nnand3C Ox75 = OxCB\nnand3C Ox76 = OxCB\nnand3C Ox77 = OxCB\nnand3C Ox78 = OxC7\nnand3C Ox79 = OxC7\nnand3C Ox7A = OxC7\nnand3C Ox7B = OxC7\nnand3C Ox7C = OxC3\nnand3C Ox7D = OxC3\nnand3C Ox7E = OxC3\nnand3C Ox7F = OxC3\nnand3C Ox80 = OxFF\nnand3C Ox81 = OxFF\nnand3C Ox82 = OxFF\nnand3C Ox83 = OxFF\nnand3C Ox84 = OxFB\nnand3C Ox85 = OxFB\nnand3C Ox86 = OxFB\nnand3C Ox87 = OxFB\nnand3C Ox88 = OxF7\nnand3C Ox89 = OxF7\nnand3C Ox8A = OxF7\nnand3C Ox8B = OxF7\nnand3C Ox8C = OxF3\nnand3C Ox8D = OxF3\nnand3C Ox8E = OxF3\nnand3C Ox8F = OxF3\nnand3C Ox90 = OxEF\nnand3C Ox91 = OxEF\nnand3C Ox92 = OxEF\nnand3C Ox93 = OxEF\nnand3C Ox94 = OxEB\nnand3C Ox95 = OxEB\nnand3C Ox96 = OxEB\nnand3C Ox97 = OxEB\nnand3C Ox98 = OxE7\nnand3C Ox99 = OxE7\nnand3C Ox9A = OxE7\nnand3C Ox9B = OxE7\nnand3C Ox9C = OxE3\nnand3C Ox9D = OxE3\nnand3C Ox9E = OxE3\nnand3C Ox9F = OxE3\nnand3C OxA0 = OxDF\nnand3C OxA1 = OxDF\nnand3C OxA2 = OxDF\nnand3C OxA3 = OxDF\nnand3C OxA4 = OxDB\nnand3C OxA5 = OxDB\nnand3C OxA6 = OxDB\nnand3C OxA7 = OxDB\nnand3C OxA8 = OxD7\nnand3C OxA9 = OxD7\nnand3C OxAA = OxD7\nnand3C OxAB = OxD7\nnand3C OxAC = OxD3\nnand3C OxAE = OxD3\nnand3C OxAF = OxD3\nnand3C OxB0 = OxCF\nnand3C OxB1 = OxCF\nnand3C OxB2 = OxCF\nnand3C OxB3 = OxCF\nnand3C OxB4 = OxCB\nnand3C OxB5 = OxCB\nnand3C OxB6 = OxCB\nnand3C OxB7 = OxCB\nnand3C OxB8 = OxC7\nnand3C OxB9 = OxC7\nnand3C OxBA = OxC7\nnand3C OxBB = OxC7\nnand3C OxBC = OxC3\nnand3C OxBD = OxC3\nnand3C OxBE = OxC3\nnand3C OxBF = OxC3\nnand3C OxC0 = OxFF\nnand3C OxC1 = OxFF\nnand3C OxC2 = OxFF\nnand3C OxC3 = OxFF\nnand3C OxC4 = OxFB\nnand3C OxC5 = OxFB\nnand3C OxC6 = OxFB\nnand3C OxC7 = OxFB\nnand3C OxC8 = OxF7\nnand3C OxC9 = OxF7\nnand3C OxCA = OxF7\nnand3C OxCB = OxF7\nnand3C OxCC = OxF3\nnand3C OxCD = OxF3\nnand3C OxCE = OxF3\nnand3C OxCF = OxF3\nnand3C OxD0 = OxEF\nnand3C OxD1 = OxEF\nnand3C OxD2 = OxEF\nnand3C OxD3 = OxEF\nnand3C OxD4 = OxEB\nnand3C OxD5 = OxEB\nnand3C OxD6 = OxEB\nnand3C OxD7 = OxEB\nnand3C OxD8 = OxE7\nnand3C OxD9 = OxE7\nnand3C OxDA = OxE7\nnand3C OxDB = OxE7\nnand3C OxDC = OxE3\nnand3C OxDD = OxE3\nnand3C OxDE = OxE3\nnand3C OxDF = OxE3\nnand3C OxE0 = OxDF\nnand3C OxE1 = OxDF\nnand3C OxE2 = OxDF\nnand3C OxE3 = OxDF\nnand3C OxE4 = OxDB\nnand3C OxE5 = OxDB\nnand3C OxE6 = OxDB\nnand3C OxE7 = OxDB\nnand3C OxE8 = OxD7\nnand3C OxE9 = OxD7\nnand3C OxEA = OxD7\nnand3C OxEB = OxD7\nnand3C OxEC = OxD3\nnand3C OxED = OxD3\nnand3C OxEE = OxD3\nnand3C OxEF = OxD3\nnand3C OxF0 = OxCF\nnand3C OxF1 = OxCF\nnand3C OxF2 = OxCF\nnand3C OxF3 = OxCF\nnand3C OxF4 = OxCB\nnand3C OxF5 = OxCB\nnand3C OxF6 = OxCB\nnand3C OxF7 = OxCB\nnand3C OxF8 = OxC7\nnand3C OxF9 = OxC7\nnand3C OxFA = OxC7\nnand3C OxFB = OxC7\nnand3C OxFC = OxC3\nnand3C OxFD = OxC3\nnand3C OxFE = OxC3\nnand3C OxFF = OxC3\nnand3C ____ = undefined\nnand3D Ox3D = OxC2\nnand3D Ox3E = OxC3\nnand3D Ox3F = OxC2\nnand3D Ox40 = OxFF\nnand3D Ox41 = OxFE\nnand3D Ox42 = OxFF\nnand3D Ox43 = OxFE\nnand3D Ox44 = OxFB\nnand3D Ox45 = OxFA\nnand3D Ox46 = OxFB\nnand3D Ox47 = OxFA\nnand3D Ox48 = OxF7\nnand3D Ox49 = OxF6\nnand3D Ox4A = OxF7\nnand3D Ox4B = OxF6\nnand3D Ox4C = OxF3\nnand3D Ox4D = OxF2\nnand3D Ox4E = OxF3\nnand3D Ox4F = OxF2\nnand3D Ox50 = OxEF\nnand3D Ox51 = OxEE\nnand3D Ox52 = OxEF\nnand3D Ox53 = OxEE\nnand3D Ox54 = OxEB\nnand3D Ox55 = OxEA\nnand3D Ox56 = OxEB\nnand3D Ox57 = OxEA\nnand3D Ox58 = OxE7\nnand3D Ox59 = OxE6\nnand3D Ox5A = OxE7\nnand3D Ox5B = OxE6\nnand3D Ox5C = OxE3\nnand3D Ox5D = OxE2\nnand3D Ox5E = OxE3\nnand3D Ox5F = OxE2\nnand3D Ox60 = OxDF\nnand3D Ox61 = OxDE\nnand3D Ox62 = OxDF\nnand3D Ox63 = OxDE\nnand3D Ox64 = OxDB\nnand3D Ox65 = OxDA\nnand3D Ox66 = OxDB\nnand3D Ox67 = OxDA\nnand3D Ox68 = OxD7\nnand3D Ox69 = OxD6\nnand3D Ox6A = OxD7\nnand3D Ox6B = OxD6\nnand3D Ox6C = OxD3\nnand3D Ox6D = OxD2\nnand3D Ox6E = OxD3\nnand3D Ox6F = OxD2\nnand3D Ox70 = OxCF\nnand3D Ox71 = OxCE\nnand3D Ox72 = OxCF\nnand3D Ox73 = OxCE\nnand3D Ox74 = OxCB\nnand3D Ox75 = OxCA\nnand3D Ox76 = OxCB\nnand3D Ox77 = OxCA\nnand3D Ox78 = OxC7\nnand3D Ox79 = OxC6\nnand3D Ox7A = OxC7\nnand3D Ox7B = OxC6\nnand3D Ox7C = OxC3\nnand3D Ox7D = OxC2\nnand3D Ox7E = OxC3\nnand3D Ox7F = OxC2\nnand3D Ox80 = OxFF\nnand3D Ox81 = OxFE\nnand3D Ox82 = OxFF\nnand3D Ox83 = OxFE\nnand3D Ox84 = OxFB\nnand3D Ox85 = OxFA\nnand3D Ox86 = OxFB\nnand3D Ox87 = OxFA\nnand3D Ox88 = OxF7\nnand3D Ox89 = OxF6\nnand3D Ox8A = OxF7\nnand3D Ox8B = OxF6\nnand3D Ox8C = OxF3\nnand3D Ox8D = OxF2\nnand3D Ox8E = OxF3\nnand3D Ox8F = OxF2\nnand3D Ox90 = OxEF\nnand3D Ox91 = OxEE\nnand3D Ox92 = OxEF\nnand3D Ox93 = OxEE\nnand3D Ox94 = OxEB\nnand3D Ox95 = OxEA\nnand3D Ox96 = OxEB\nnand3D Ox97 = OxEA\nnand3D Ox98 = OxE7\nnand3D Ox99 = OxE6\nnand3D Ox9A = OxE7\nnand3D Ox9B = OxE6\nnand3D Ox9C = OxE3\nnand3D Ox9D = OxE2\nnand3D Ox9E = OxE3\nnand3D Ox9F = OxE2\nnand3D OxA0 = OxDF\nnand3D OxA1 = OxDE\nnand3D OxA2 = OxDF\nnand3D OxA3 = OxDE\nnand3D OxA4 = OxDB\nnand3D OxA5 = OxDA\nnand3D OxA6 = OxDB\nnand3D OxA7 = OxDA\nnand3D OxA8 = OxD7\nnand3D OxA9 = OxD6\nnand3D OxAA = OxD7\nnand3D OxAB = OxD6\nnand3D OxAC = OxD3\nnand3D OxAE = OxD3\nnand3D OxAF = OxD2\nnand3D OxB0 = OxCF\nnand3D OxB1 = OxCE\nnand3D OxB2 = OxCF\nnand3D OxB3 = OxCE\nnand3D OxB4 = OxCB\nnand3D OxB5 = OxCA\nnand3D OxB6 = OxCB\nnand3D OxB7 = OxCA\nnand3D OxB8 = OxC7\nnand3D OxB9 = OxC6\nnand3D OxBA = OxC7\nnand3D OxBB = OxC6\nnand3D OxBC = OxC3\nnand3D OxBD = OxC2\nnand3D OxBE = OxC3\nnand3D OxBF = OxC2\nnand3D OxC0 = OxFF\nnand3D OxC1 = OxFE\nnand3D OxC2 = OxFF\nnand3D OxC3 = OxFE\nnand3D OxC4 = OxFB\nnand3D OxC5 = OxFA\nnand3D OxC6 = OxFB\nnand3D OxC7 = OxFA\nnand3D OxC8 = OxF7\nnand3D OxC9 = OxF6\nnand3D OxCA = OxF7\nnand3D OxCB = OxF6\nnand3D OxCC = OxF3\nnand3D OxCD = OxF2\nnand3D OxCE = OxF3\nnand3D OxCF = OxF2\nnand3D OxD0 = OxEF\nnand3D OxD1 = OxEE\nnand3D OxD2 = OxEF\nnand3D OxD3 = OxEE\nnand3D OxD4 = OxEB\nnand3D OxD5 = OxEA\nnand3D OxD6 = OxEB\nnand3D OxD7 = OxEA\nnand3D OxD8 = OxE7\nnand3D OxD9 = OxE6\nnand3D OxDA = OxE7\nnand3D OxDB = OxE6\nnand3D OxDC = OxE3\nnand3D OxDD = OxE2\nnand3D OxDE = OxE3\nnand3D OxDF = OxE2\nnand3D OxE0 = OxDF\nnand3D OxE1 = OxDE\nnand3D OxE2 = OxDF\nnand3D OxE3 = OxDE\nnand3D OxE4 = OxDB\nnand3D OxE5 = OxDA\nnand3D OxE6 = OxDB\nnand3D OxE7 = OxDA\nnand3D OxE8 = OxD7\nnand3D OxE9 = OxD6\nnand3D OxEA = OxD7\nnand3D OxEB = OxD6\nnand3D OxEC = OxD3\nnand3D OxED = OxD2\nnand3D OxEE = OxD3\nnand3D OxEF = OxD2\nnand3D OxF0 = OxCF\nnand3D OxF1 = OxCE\nnand3D OxF2 = OxCF\nnand3D OxF3 = OxCE\nnand3D OxF4 = OxCB\nnand3D OxF5 = OxCA\nnand3D OxF6 = OxCB\nnand3D OxF7 = OxCA\nnand3D OxF8 = OxC7\nnand3D OxF9 = OxC6\nnand3D OxFA = OxC7\nnand3D OxFB = OxC6\nnand3D OxFC = OxC3\nnand3D OxFD = OxC2\nnand3D OxFE = OxC3\nnand3D OxFF = OxC2\nnand3D ____ = undefined\nnand3E Ox3E = OxC1\nnand3E Ox3F = OxC1\nnand3E Ox40 = OxFF\nnand3E Ox41 = OxFF\nnand3E Ox42 = OxFD\nnand3E Ox43 = OxFD\nnand3E Ox44 = OxFB\nnand3E Ox45 = OxFB\nnand3E Ox46 = OxF9\nnand3E Ox47 = OxF9\nnand3E Ox48 = OxF7\nnand3E Ox49 = OxF7\nnand3E Ox4A = OxF5\nnand3E Ox4B = OxF5\nnand3E Ox4C = OxF3\nnand3E Ox4D = OxF3\nnand3E Ox4E = OxF1\nnand3E Ox4F = OxF1\nnand3E Ox50 = OxEF\nnand3E Ox51 = OxEF\nnand3E Ox52 = OxED\nnand3E Ox53 = OxED\nnand3E Ox54 = OxEB\nnand3E Ox55 = OxEB\nnand3E Ox56 = OxE9\nnand3E Ox57 = OxE9\nnand3E Ox58 = OxE7\nnand3E Ox59 = OxE7\nnand3E Ox5A = OxE5\nnand3E Ox5B = OxE5\nnand3E Ox5C = OxE3\nnand3E Ox5D = OxE3\nnand3E Ox5E = OxE1\nnand3E Ox5F = OxE1\nnand3E Ox60 = OxDF\nnand3E Ox61 = OxDF\nnand3E Ox62 = OxDD\nnand3E Ox63 = OxDD\nnand3E Ox64 = OxDB\nnand3E Ox65 = OxDB\nnand3E Ox66 = OxD9\nnand3E Ox67 = OxD9\nnand3E Ox68 = OxD7\nnand3E Ox69 = OxD7\nnand3E Ox6A = OxD5\nnand3E Ox6B = OxD5\nnand3E Ox6C = OxD3\nnand3E Ox6D = OxD3\nnand3E Ox6E = OxD1\nnand3E Ox6F = OxD1\nnand3E Ox70 = OxCF\nnand3E Ox71 = OxCF\nnand3E Ox72 = OxCD\nnand3E Ox73 = OxCD\nnand3E Ox74 = OxCB\nnand3E Ox75 = OxCB\nnand3E Ox76 = OxC9\nnand3E Ox77 = OxC9\nnand3E Ox78 = OxC7\nnand3E Ox79 = OxC7\nnand3E Ox7A = OxC5\nnand3E Ox7B = OxC5\nnand3E Ox7C = OxC3\nnand3E Ox7D = OxC3\nnand3E Ox7E = OxC1\nnand3E Ox7F = OxC1\nnand3E Ox80 = OxFF\nnand3E Ox81 = OxFF\nnand3E Ox82 = OxFD\nnand3E Ox83 = OxFD\nnand3E Ox84 = OxFB\nnand3E Ox85 = OxFB\nnand3E Ox86 = OxF9\nnand3E Ox87 = OxF9\nnand3E Ox88 = OxF7\nnand3E Ox89 = OxF7\nnand3E Ox8A = OxF5\nnand3E Ox8B = OxF5\nnand3E Ox8C = OxF3\nnand3E Ox8D = OxF3\nnand3E Ox8E = OxF1\nnand3E Ox8F = OxF1\nnand3E Ox90 = OxEF\nnand3E Ox91 = OxEF\nnand3E Ox92 = OxED\nnand3E Ox93 = OxED\nnand3E Ox94 = OxEB\nnand3E Ox95 = OxEB\nnand3E Ox96 = OxE9\nnand3E Ox97 = OxE9\nnand3E Ox98 = OxE7\nnand3E Ox99 = OxE7\nnand3E Ox9A = OxE5\nnand3E Ox9B = OxE5\nnand3E Ox9C = OxE3\nnand3E Ox9D = OxE3\nnand3E Ox9E = OxE1\nnand3E Ox9F = OxE1\nnand3E OxA0 = OxDF\nnand3E OxA1 = OxDF\nnand3E OxA2 = OxDD\nnand3E OxA3 = OxDD\nnand3E OxA4 = OxDB\nnand3E OxA5 = OxDB\nnand3E OxA6 = OxD9\nnand3E OxA7 = OxD9\nnand3E OxA8 = OxD7\nnand3E OxA9 = OxD7\nnand3E OxAA = OxD5\nnand3E OxAB = OxD5\nnand3E OxAC = OxD3\nnand3E OxAE = OxD1\nnand3E OxAF = OxD1\nnand3E OxB0 = OxCF\nnand3E OxB1 = OxCF\nnand3E OxB2 = OxCD\nnand3E OxB3 = OxCD\nnand3E OxB4 = OxCB\nnand3E OxB5 = OxCB\nnand3E OxB6 = OxC9\nnand3E OxB7 = OxC9\nnand3E OxB8 = OxC7\nnand3E OxB9 = OxC7\nnand3E OxBA = OxC5\nnand3E OxBB = OxC5\nnand3E OxBC = OxC3\nnand3E OxBD = OxC3\nnand3E OxBE = OxC1\nnand3E OxBF = OxC1\nnand3E OxC0 = OxFF\nnand3E OxC1 = OxFF\nnand3E OxC2 = OxFD\nnand3E OxC3 = OxFD\nnand3E OxC4 = OxFB\nnand3E OxC5 = OxFB\nnand3E OxC6 = OxF9\nnand3E OxC7 = OxF9\nnand3E OxC8 = OxF7\nnand3E OxC9 = OxF7\nnand3E OxCA = OxF5\nnand3E OxCB = OxF5\nnand3E OxCC = OxF3\nnand3E OxCD = OxF3\nnand3E OxCE = OxF1\nnand3E OxCF = OxF1\nnand3E OxD0 = OxEF\nnand3E OxD1 = OxEF\nnand3E OxD2 = OxED\nnand3E OxD3 = OxED\nnand3E OxD4 = OxEB\nnand3E OxD5 = OxEB\nnand3E OxD6 = OxE9\nnand3E OxD7 = OxE9\nnand3E OxD8 = OxE7\nnand3E OxD9 = OxE7\nnand3E OxDA = OxE5\nnand3E OxDB = OxE5\nnand3E OxDC = OxE3\nnand3E OxDD = OxE3\nnand3E OxDE = OxE1\nnand3E OxDF = OxE1\nnand3E OxE0 = OxDF\nnand3E OxE1 = OxDF\nnand3E OxE2 = OxDD\nnand3E OxE3 = OxDD\nnand3E OxE4 = OxDB\nnand3E OxE5 = OxDB\nnand3E OxE6 = OxD9\nnand3E OxE7 = OxD9\nnand3E OxE8 = OxD7\nnand3E OxE9 = OxD7\nnand3E OxEA = OxD5\nnand3E OxEB = OxD5\nnand3E OxEC = OxD3\nnand3E OxED = OxD3\nnand3E OxEE = OxD1\nnand3E OxEF = OxD1\nnand3E OxF0 = OxCF\nnand3E OxF1 = OxCF\nnand3E OxF2 = OxCD\nnand3E OxF3 = OxCD\nnand3E OxF4 = OxCB\nnand3E OxF5 = OxCB\nnand3E OxF6 = OxC9\nnand3E OxF7 = OxC9\nnand3E OxF8 = OxC7\nnand3E OxF9 = OxC7\nnand3E OxFA = OxC5\nnand3E OxFB = OxC5\nnand3E OxFC = OxC3\nnand3E OxFD = OxC3\nnand3E OxFE = OxC1\nnand3E OxFF = OxC1\nnand3E ____ = undefined\nnand3F Ox3F = OxC0\nnand3F Ox40 = OxFF\nnand3F Ox41 = OxFE\nnand3F Ox42 = OxFD\nnand3F Ox43 = OxFC\nnand3F Ox44 = OxFB\nnand3F Ox45 = OxFA\nnand3F Ox46 = OxF9\nnand3F Ox47 = OxF8\nnand3F Ox48 = OxF7\nnand3F Ox49 = OxF6\nnand3F Ox4A = OxF5\nnand3F Ox4B = OxF4\nnand3F Ox4C = OxF3\nnand3F Ox4D = OxF2\nnand3F Ox4E = OxF1\nnand3F Ox4F = OxF0\nnand3F Ox50 = OxEF\nnand3F Ox51 = OxEE\nnand3F Ox52 = OxED\nnand3F Ox53 = OxEC\nnand3F Ox54 = OxEB\nnand3F Ox55 = OxEA\nnand3F Ox56 = OxE9\nnand3F Ox57 = OxE8\nnand3F Ox58 = OxE7\nnand3F Ox59 = OxE6\nnand3F Ox5A = OxE5\nnand3F Ox5B = OxE4\nnand3F Ox5C = OxE3\nnand3F Ox5D = OxE2\nnand3F Ox5E = OxE1\nnand3F Ox5F = OxE0\nnand3F Ox60 = OxDF\nnand3F Ox61 = OxDE\nnand3F Ox62 = OxDD\nnand3F Ox63 = OxDC\nnand3F Ox64 = OxDB\nnand3F Ox65 = OxDA\nnand3F Ox66 = OxD9\nnand3F Ox67 = OxD8\nnand3F Ox68 = OxD7\nnand3F Ox69 = OxD6\nnand3F Ox6A = OxD5\nnand3F Ox6B = OxD4\nnand3F Ox6C = OxD3\nnand3F Ox6D = OxD2\nnand3F Ox6E = OxD1\nnand3F Ox6F = OxD0\nnand3F Ox70 = OxCF\nnand3F Ox71 = OxCE\nnand3F Ox72 = OxCD\nnand3F Ox73 = OxCC\nnand3F Ox74 = OxCB\nnand3F Ox75 = OxCA\nnand3F Ox76 = OxC9\nnand3F Ox77 = OxC8\nnand3F Ox78 = OxC7\nnand3F Ox79 = OxC6\nnand3F Ox7A = OxC5\nnand3F Ox7B = OxC4\nnand3F Ox7C = OxC3\nnand3F Ox7D = OxC2\nnand3F Ox7E = OxC1\nnand3F Ox7F = OxC0\nnand3F Ox80 = OxFF\nnand3F Ox81 = OxFE\nnand3F Ox82 = OxFD\nnand3F Ox83 = OxFC\nnand3F Ox84 = OxFB\nnand3F Ox85 = OxFA\nnand3F Ox86 = OxF9\nnand3F Ox87 = OxF8\nnand3F Ox88 = OxF7\nnand3F Ox89 = OxF6\nnand3F Ox8A = OxF5\nnand3F Ox8B = OxF4\nnand3F Ox8C = OxF3\nnand3F Ox8D = OxF2\nnand3F Ox8E = OxF1\nnand3F Ox8F = OxF0\nnand3F Ox90 = OxEF\nnand3F Ox91 = OxEE\nnand3F Ox92 = OxED\nnand3F Ox93 = OxEC\nnand3F Ox94 = OxEB\nnand3F Ox95 = OxEA\nnand3F Ox96 = OxE9\nnand3F Ox97 = OxE8\nnand3F Ox98 = OxE7\nnand3F Ox99 = OxE6\nnand3F Ox9A = OxE5\nnand3F Ox9B = OxE4\nnand3F Ox9C = OxE3\nnand3F Ox9D = OxE2\nnand3F Ox9E = OxE1\nnand3F Ox9F = OxE0\nnand3F OxA0 = OxDF\nnand3F OxA1 = OxDE\nnand3F OxA2 = OxDD\nnand3F OxA3 = OxDC\nnand3F OxA4 = OxDB\nnand3F OxA5 = OxDA\nnand3F OxA6 = OxD9\nnand3F OxA7 = OxD8\nnand3F OxA8 = OxD7\nnand3F OxA9 = OxD6\nnand3F OxAA = OxD5\nnand3F OxAB = OxD4\nnand3F OxAC = OxD3\nnand3F OxAE = OxD1\nnand3F OxAF = OxD0\nnand3F OxB0 = OxCF\nnand3F OxB1 = OxCE\nnand3F OxB2 = OxCD\nnand3F OxB3 = OxCC\nnand3F OxB4 = OxCB\nnand3F OxB5 = OxCA\nnand3F OxB6 = OxC9\nnand3F OxB7 = OxC8\nnand3F OxB8 = OxC7\nnand3F OxB9 = OxC6\nnand3F OxBA = OxC5\nnand3F OxBB = OxC4\nnand3F OxBC = OxC3\nnand3F OxBD = OxC2\nnand3F OxBE = OxC1\nnand3F OxBF = OxC0\nnand3F OxC0 = OxFF\nnand3F OxC1 = OxFE\nnand3F OxC2 = OxFD\nnand3F OxC3 = OxFC\nnand3F OxC4 = OxFB\nnand3F OxC5 = OxFA\nnand3F OxC6 = OxF9\nnand3F OxC7 = OxF8\nnand3F OxC8 = OxF7\nnand3F OxC9 = OxF6\nnand3F OxCA = OxF5\nnand3F OxCB = OxF4\nnand3F OxCC = OxF3\nnand3F OxCD = OxF2\nnand3F OxCE = OxF1\nnand3F OxCF = OxF0\nnand3F OxD0 = OxEF\nnand3F OxD1 = OxEE\nnand3F OxD2 = OxED\nnand3F OxD3 = OxEC\nnand3F OxD4 = OxEB\nnand3F OxD5 = OxEA\nnand3F OxD6 = OxE9\nnand3F OxD7 = OxE8\nnand3F OxD8 = OxE7\nnand3F OxD9 = OxE6\nnand3F OxDA = OxE5\nnand3F OxDB = OxE4\nnand3F OxDC = OxE3\nnand3F OxDD = OxE2\nnand3F OxDE = OxE1\nnand3F OxDF = OxE0\nnand3F OxE0 = OxDF\nnand3F OxE1 = OxDE\nnand3F OxE2 = OxDD\nnand3F OxE3 = OxDC\nnand3F OxE4 = OxDB\nnand3F OxE5 = OxDA\nnand3F OxE6 = OxD9\nnand3F OxE7 = OxD8\nnand3F OxE8 = OxD7\nnand3F OxE9 = OxD6\nnand3F OxEA = OxD5\nnand3F OxEB = OxD4\nnand3F OxEC = OxD3\nnand3F OxED = OxD2\nnand3F OxEE = OxD1\nnand3F OxEF = OxD0\nnand3F OxF0 = OxCF\nnand3F OxF1 = OxCE\nnand3F OxF2 = OxCD\nnand3F OxF3 = OxCC\nnand3F OxF4 = OxCB\nnand3F OxF5 = OxCA\nnand3F OxF6 = OxC9\nnand3F OxF7 = OxC8\nnand3F OxF8 = OxC7\nnand3F OxF9 = OxC6\nnand3F OxFA = OxC5\nnand3F OxFB = OxC4\nnand3F OxFC = OxC3\nnand3F OxFD = OxC2\nnand3F OxFE = OxC1\nnand3F OxFF = OxC0\nnand3F ____ = undefined\nnand40 Ox40 = OxBF\nnand40 Ox41 = OxBF\nnand40 Ox42 = OxBF\nnand40 Ox43 = OxBF\nnand40 Ox44 = OxBF\nnand40 Ox45 = OxBF\nnand40 Ox46 = OxBF\nnand40 Ox47 = OxBF\nnand40 Ox48 = OxBF\nnand40 Ox49 = OxBF\nnand40 Ox4A = OxBF\nnand40 Ox4B = OxBF\nnand40 Ox4C = OxBF\nnand40 Ox4D = OxBF\nnand40 Ox4E = OxBF\nnand40 Ox4F = OxBF\nnand40 Ox50 = OxBF\nnand40 Ox51 = OxBF\nnand40 Ox52 = OxBF\nnand40 Ox53 = OxBF\nnand40 Ox54 = OxBF\nnand40 Ox55 = OxBF\nnand40 Ox56 = OxBF\nnand40 Ox57 = OxBF\nnand40 Ox58 = OxBF\nnand40 Ox59 = OxBF\nnand40 Ox5A = OxBF\nnand40 Ox5B = OxBF\nnand40 Ox5C = OxBF\nnand40 Ox5D = OxBF\nnand40 Ox5E = OxBF\nnand40 Ox5F = OxBF\nnand40 Ox60 = OxBF\nnand40 Ox61 = OxBF\nnand40 Ox62 = OxBF\nnand40 Ox63 = OxBF\nnand40 Ox64 = OxBF\nnand40 Ox65 = OxBF\nnand40 Ox66 = OxBF\nnand40 Ox67 = OxBF\nnand40 Ox68 = OxBF\nnand40 Ox69 = OxBF\nnand40 Ox6A = OxBF\nnand40 Ox6B = OxBF\nnand40 Ox6C = OxBF\nnand40 Ox6D = OxBF\nnand40 Ox6E = OxBF\nnand40 Ox6F = OxBF\nnand40 Ox70 = OxBF\nnand40 Ox71 = OxBF\nnand40 Ox72 = OxBF\nnand40 Ox73 = OxBF\nnand40 Ox74 = OxBF\nnand40 Ox75 = OxBF\nnand40 Ox76 = OxBF\nnand40 Ox77 = OxBF\nnand40 Ox78 = OxBF\nnand40 Ox79 = OxBF\nnand40 Ox7A = OxBF\nnand40 Ox7B = OxBF\nnand40 Ox7C = OxBF\nnand40 Ox7D = OxBF\nnand40 Ox7E = OxBF\nnand40 Ox7F = OxBF\nnand40 Ox80 = OxFF\nnand40 Ox81 = OxFF\nnand40 Ox82 = OxFF\nnand40 Ox83 = OxFF\nnand40 Ox84 = OxFF\nnand40 Ox85 = OxFF\nnand40 Ox86 = OxFF\nnand40 Ox87 = OxFF\nnand40 Ox88 = OxFF\nnand40 Ox89 = OxFF\nnand40 Ox8A = OxFF\nnand40 Ox8B = OxFF\nnand40 Ox8C = OxFF\nnand40 Ox8D = OxFF\nnand40 Ox8E = OxFF\nnand40 Ox8F = OxFF\nnand40 Ox90 = OxFF\nnand40 Ox91 = OxFF\nnand40 Ox92 = OxFF\nnand40 Ox93 = OxFF\nnand40 Ox94 = OxFF\nnand40 Ox95 = OxFF\nnand40 Ox96 = OxFF\nnand40 Ox97 = OxFF\nnand40 Ox98 = OxFF\nnand40 Ox99 = OxFF\nnand40 Ox9A = OxFF\nnand40 Ox9B = OxFF\nnand40 Ox9C = OxFF\nnand40 Ox9D = OxFF\nnand40 Ox9E = OxFF\nnand40 Ox9F = OxFF\nnand40 OxA0 = OxFF\nnand40 OxA1 = OxFF\nnand40 OxA2 = OxFF\nnand40 OxA3 = OxFF\nnand40 OxA4 = OxFF\nnand40 OxA5 = OxFF\nnand40 OxA6 = OxFF\nnand40 OxA7 = OxFF\nnand40 OxA8 = OxFF\nnand40 OxA9 = OxFF\nnand40 OxAA = OxFF\nnand40 OxAB = OxFF\nnand40 OxAC = OxFF\nnand40 OxAE = OxFF\nnand40 OxAF = OxFF\nnand40 OxB0 = OxFF\nnand40 OxB1 = OxFF\nnand40 OxB2 = OxFF\nnand40 OxB3 = OxFF\nnand40 OxB4 = OxFF\nnand40 OxB5 = OxFF\nnand40 OxB6 = OxFF\nnand40 OxB7 = OxFF\nnand40 OxB8 = OxFF\nnand40 OxB9 = OxFF\nnand40 OxBA = OxFF\nnand40 OxBB = OxFF\nnand40 OxBC = OxFF\nnand40 OxBD = OxFF\nnand40 OxBE = OxFF\nnand40 OxBF = OxFF\nnand40 OxC0 = OxBF\nnand40 OxC1 = OxBF\nnand40 OxC2 = OxBF\nnand40 OxC3 = OxBF\nnand40 OxC4 = OxBF\nnand40 OxC5 = OxBF\nnand40 OxC6 = OxBF\nnand40 OxC7 = OxBF\nnand40 OxC8 = OxBF\nnand40 OxC9 = OxBF\nnand40 OxCA = OxBF\nnand40 OxCB = OxBF\nnand40 OxCC = OxBF\nnand40 OxCD = OxBF\nnand40 OxCE = OxBF\nnand40 OxCF = OxBF\nnand40 OxD0 = OxBF\nnand40 OxD1 = OxBF\nnand40 OxD2 = OxBF\nnand40 OxD3 = OxBF\nnand40 OxD4 = OxBF\nnand40 OxD5 = OxBF\nnand40 OxD6 = OxBF\nnand40 OxD7 = OxBF\nnand40 OxD8 = OxBF\nnand40 OxD9 = OxBF\nnand40 OxDA = OxBF\nnand40 OxDB = OxBF\nnand40 OxDC = OxBF\nnand40 OxDD = OxBF\nnand40 OxDE = OxBF\nnand40 OxDF = OxBF\nnand40 OxE0 = OxBF\nnand40 OxE1 = OxBF\nnand40 OxE2 = OxBF\nnand40 OxE3 = OxBF\nnand40 OxE4 = OxBF\nnand40 OxE5 = OxBF\nnand40 OxE6 = OxBF\nnand40 OxE7 = OxBF\nnand40 OxE8 = OxBF\nnand40 OxE9 = OxBF\nnand40 OxEA = OxBF\nnand40 OxEB = OxBF\nnand40 OxEC = OxBF\nnand40 OxED = OxBF\nnand40 OxEE = OxBF\nnand40 OxEF = OxBF\nnand40 OxF0 = OxBF\nnand40 OxF1 = OxBF\nnand40 OxF2 = OxBF\nnand40 OxF3 = OxBF\nnand40 OxF4 = OxBF\nnand40 OxF5 = OxBF\nnand40 OxF6 = OxBF\nnand40 OxF7 = OxBF\nnand40 OxF8 = OxBF\nnand40 OxF9 = OxBF\nnand40 OxFA = OxBF\nnand40 OxFB = OxBF\nnand40 OxFC = OxBF\nnand40 OxFD = OxBF\nnand40 OxFE = OxBF\nnand40 OxFF = OxBF\nnand40 ____ = undefined\nnand41 Ox41 = OxBE\nnand41 Ox42 = OxBF\nnand41 Ox43 = OxBE\nnand41 Ox44 = OxBF\nnand41 Ox45 = OxBE\nnand41 Ox46 = OxBF\nnand41 Ox47 = OxBE\nnand41 Ox48 = OxBF\nnand41 Ox49 = OxBE\nnand41 Ox4A = OxBF\nnand41 Ox4B = OxBE\nnand41 Ox4C = OxBF\nnand41 Ox4D = OxBE\nnand41 Ox4E = OxBF\nnand41 Ox4F = OxBE\nnand41 Ox50 = OxBF\nnand41 Ox51 = OxBE\nnand41 Ox52 = OxBF\nnand41 Ox53 = OxBE\nnand41 Ox54 = OxBF\nnand41 Ox55 = OxBE\nnand41 Ox56 = OxBF\nnand41 Ox57 = OxBE\nnand41 Ox58 = OxBF\nnand41 Ox59 = OxBE\nnand41 Ox5A = OxBF\nnand41 Ox5B = OxBE\nnand41 Ox5C = OxBF\nnand41 Ox5D = OxBE\nnand41 Ox5E = OxBF\nnand41 Ox5F = OxBE\nnand41 Ox60 = OxBF\nnand41 Ox61 = OxBE\nnand41 Ox62 = OxBF\nnand41 Ox63 = OxBE\nnand41 Ox64 = OxBF\nnand41 Ox65 = OxBE\nnand41 Ox66 = OxBF\nnand41 Ox67 = OxBE\nnand41 Ox68 = OxBF\nnand41 Ox69 = OxBE\nnand41 Ox6A = OxBF\nnand41 Ox6B = OxBE\nnand41 Ox6C = OxBF\nnand41 Ox6D = OxBE\nnand41 Ox6E = OxBF\nnand41 Ox6F = OxBE\nnand41 Ox70 = OxBF\nnand41 Ox71 = OxBE\nnand41 Ox72 = OxBF\nnand41 Ox73 = OxBE\nnand41 Ox74 = OxBF\nnand41 Ox75 = OxBE\nnand41 Ox76 = OxBF\nnand41 Ox77 = OxBE\nnand41 Ox78 = OxBF\nnand41 Ox79 = OxBE\nnand41 Ox7A = OxBF\nnand41 Ox7B = OxBE\nnand41 Ox7C = OxBF\nnand41 Ox7D = OxBE\nnand41 Ox7E = OxBF\nnand41 Ox7F = OxBE\nnand41 Ox80 = OxFF\nnand41 Ox81 = OxFE\nnand41 Ox82 = OxFF\nnand41 Ox83 = OxFE\nnand41 Ox84 = OxFF\nnand41 Ox85 = OxFE\nnand41 Ox86 = OxFF\nnand41 Ox87 = OxFE\nnand41 Ox88 = OxFF\nnand41 Ox89 = OxFE\nnand41 Ox8A = OxFF\nnand41 Ox8B = OxFE\nnand41 Ox8C = OxFF\nnand41 Ox8D = OxFE\nnand41 Ox8E = OxFF\nnand41 Ox8F = OxFE\nnand41 Ox90 = OxFF\nnand41 Ox91 = OxFE\nnand41 Ox92 = OxFF\nnand41 Ox93 = OxFE\nnand41 Ox94 = OxFF\nnand41 Ox95 = OxFE\nnand41 Ox96 = OxFF\nnand41 Ox97 = OxFE\nnand41 Ox98 = OxFF\nnand41 Ox99 = OxFE\nnand41 Ox9A = OxFF\nnand41 Ox9B = OxFE\nnand41 Ox9C = OxFF\nnand41 Ox9D = OxFE\nnand41 Ox9E = OxFF\nnand41 Ox9F = OxFE\nnand41 OxA0 = OxFF\nnand41 OxA1 = OxFE\nnand41 OxA2 = OxFF\nnand41 OxA3 = OxFE\nnand41 OxA4 = OxFF\nnand41 OxA5 = OxFE\nnand41 OxA6 = OxFF\nnand41 OxA7 = OxFE\nnand41 OxA8 = OxFF\nnand41 OxA9 = OxFE\nnand41 OxAA = OxFF\nnand41 OxAB = OxFE\nnand41 OxAC = OxFF\nnand41 OxAE = OxFF\nnand41 OxAF = OxFE\nnand41 OxB0 = OxFF\nnand41 OxB1 = OxFE\nnand41 OxB2 = OxFF\nnand41 OxB3 = OxFE\nnand41 OxB4 = OxFF\nnand41 OxB5 = OxFE\nnand41 OxB6 = OxFF\nnand41 OxB7 = OxFE\nnand41 OxB8 = OxFF\nnand41 OxB9 = OxFE\nnand41 OxBA = OxFF\nnand41 OxBB = OxFE\nnand41 OxBC = OxFF\nnand41 OxBD = OxFE\nnand41 OxBE = OxFF\nnand41 OxBF = OxFE\nnand41 OxC0 = OxBF\nnand41 OxC1 = OxBE\nnand41 OxC2 = OxBF\nnand41 OxC3 = OxBE\nnand41 OxC4 = OxBF\nnand41 OxC5 = OxBE\nnand41 OxC6 = OxBF\nnand41 OxC7 = OxBE\nnand41 OxC8 = OxBF\nnand41 OxC9 = OxBE\nnand41 OxCA = OxBF\nnand41 OxCB = OxBE\nnand41 OxCC = OxBF\nnand41 OxCD = OxBE\nnand41 OxCE = OxBF\nnand41 OxCF = OxBE\nnand41 OxD0 = OxBF\nnand41 OxD1 = OxBE\nnand41 OxD2 = OxBF\nnand41 OxD3 = OxBE\nnand41 OxD4 = OxBF\nnand41 OxD5 = OxBE\nnand41 OxD6 = OxBF\nnand41 OxD7 = OxBE\nnand41 OxD8 = OxBF\nnand41 OxD9 = OxBE\nnand41 OxDA = OxBF\nnand41 OxDB = OxBE\nnand41 OxDC = OxBF\nnand41 OxDD = OxBE\nnand41 OxDE = OxBF\nnand41 OxDF = OxBE\nnand41 OxE0 = OxBF\nnand41 OxE1 = OxBE\nnand41 OxE2 = OxBF\nnand41 OxE3 = OxBE\nnand41 OxE4 = OxBF\nnand41 OxE5 = OxBE\nnand41 OxE6 = OxBF\nnand41 OxE7 = OxBE\nnand41 OxE8 = OxBF\nnand41 OxE9 = OxBE\nnand41 OxEA = OxBF\nnand41 OxEB = OxBE\nnand41 OxEC = OxBF\nnand41 OxED = OxBE\nnand41 OxEE = OxBF\nnand41 OxEF = OxBE\nnand41 OxF0 = OxBF\nnand41 OxF1 = OxBE\nnand41 OxF2 = OxBF\nnand41 OxF3 = OxBE\nnand41 OxF4 = OxBF\nnand41 OxF5 = OxBE\nnand41 OxF6 = OxBF\nnand41 OxF7 = OxBE\nnand41 OxF8 = OxBF\nnand41 OxF9 = OxBE\nnand41 OxFA = OxBF\nnand41 OxFB = OxBE\nnand41 OxFC = OxBF\nnand41 OxFD = OxBE\nnand41 OxFE = OxBF\nnand41 OxFF = OxBE\nnand41 ____ = undefined\nnand42 Ox42 = OxBD\nnand42 Ox43 = OxBD\nnand42 Ox44 = OxBF\nnand42 Ox45 = OxBF\nnand42 Ox46 = OxBD\nnand42 Ox47 = OxBD\nnand42 Ox48 = OxBF\nnand42 Ox49 = OxBF\nnand42 Ox4A = OxBD\nnand42 Ox4B = OxBD\nnand42 Ox4C = OxBF\nnand42 Ox4D = OxBF\nnand42 Ox4E = OxBD\nnand42 Ox4F = OxBD\nnand42 Ox50 = OxBF\nnand42 Ox51 = OxBF\nnand42 Ox52 = OxBD\nnand42 Ox53 = OxBD\nnand42 Ox54 = OxBF\nnand42 Ox55 = OxBF\nnand42 Ox56 = OxBD\nnand42 Ox57 = OxBD\nnand42 Ox58 = OxBF\nnand42 Ox59 = OxBF\nnand42 Ox5A = OxBD\nnand42 Ox5B = OxBD\nnand42 Ox5C = OxBF\nnand42 Ox5D = OxBF\nnand42 Ox5E = OxBD\nnand42 Ox5F = OxBD\nnand42 Ox60 = OxBF\nnand42 Ox61 = OxBF\nnand42 Ox62 = OxBD\nnand42 Ox63 = OxBD\nnand42 Ox64 = OxBF\nnand42 Ox65 = OxBF\nnand42 Ox66 = OxBD\nnand42 Ox67 = OxBD\nnand42 Ox68 = OxBF\nnand42 Ox69 = OxBF\nnand42 Ox6A = OxBD\nnand42 Ox6B = OxBD\nnand42 Ox6C = OxBF\nnand42 Ox6D = OxBF\nnand42 Ox6E = OxBD\nnand42 Ox6F = OxBD\nnand42 Ox70 = OxBF\nnand42 Ox71 = OxBF\nnand42 Ox72 = OxBD\nnand42 Ox73 = OxBD\nnand42 Ox74 = OxBF\nnand42 Ox75 = OxBF\nnand42 Ox76 = OxBD\nnand42 Ox77 = OxBD\nnand42 Ox78 = OxBF\nnand42 Ox79 = OxBF\nnand42 Ox7A = OxBD\nnand42 Ox7B = OxBD\nnand42 Ox7C = OxBF\nnand42 Ox7D = OxBF\nnand42 Ox7E = OxBD\nnand42 Ox7F = OxBD\nnand42 Ox80 = OxFF\nnand42 Ox81 = OxFF\nnand42 Ox82 = OxFD\nnand42 Ox83 = OxFD\nnand42 Ox84 = OxFF\nnand42 Ox85 = OxFF\nnand42 Ox86 = OxFD\nnand42 Ox87 = OxFD\nnand42 Ox88 = OxFF\nnand42 Ox89 = OxFF\nnand42 Ox8A = OxFD\nnand42 Ox8B = OxFD\nnand42 Ox8C = OxFF\nnand42 Ox8D = OxFF\nnand42 Ox8E = OxFD\nnand42 Ox8F = OxFD\nnand42 Ox90 = OxFF\nnand42 Ox91 = OxFF\nnand42 Ox92 = OxFD\nnand42 Ox93 = OxFD\nnand42 Ox94 = OxFF\nnand42 Ox95 = OxFF\nnand42 Ox96 = OxFD\nnand42 Ox97 = OxFD\nnand42 Ox98 = OxFF\nnand42 Ox99 = OxFF\nnand42 Ox9A = OxFD\nnand42 Ox9B = OxFD\nnand42 Ox9C = OxFF\nnand42 Ox9D = OxFF\nnand42 Ox9E = OxFD\nnand42 Ox9F = OxFD\nnand42 OxA0 = OxFF\nnand42 OxA1 = OxFF\nnand42 OxA2 = OxFD\nnand42 OxA3 = OxFD\nnand42 OxA4 = OxFF\nnand42 OxA5 = OxFF\nnand42 OxA6 = OxFD\nnand42 OxA7 = OxFD\nnand42 OxA8 = OxFF\nnand42 OxA9 = OxFF\nnand42 OxAA = OxFD\nnand42 OxAB = OxFD\nnand42 OxAC = OxFF\nnand42 OxAE = OxFD\nnand42 OxAF = OxFD\nnand42 OxB0 = OxFF\nnand42 OxB1 = OxFF\nnand42 OxB2 = OxFD\nnand42 OxB3 = OxFD\nnand42 OxB4 = OxFF\nnand42 OxB5 = OxFF\nnand42 OxB6 = OxFD\nnand42 OxB7 = OxFD\nnand42 OxB8 = OxFF\nnand42 OxB9 = OxFF\nnand42 OxBA = OxFD\nnand42 OxBB = OxFD\nnand42 OxBC = OxFF\nnand42 OxBD = OxFF\nnand42 OxBE = OxFD\nnand42 OxBF = OxFD\nnand42 OxC0 = OxBF\nnand42 OxC1 = OxBF\nnand42 OxC2 = OxBD\nnand42 OxC3 = OxBD\nnand42 OxC4 = OxBF\nnand42 OxC5 = OxBF\nnand42 OxC6 = OxBD\nnand42 OxC7 = OxBD\nnand42 OxC8 = OxBF\nnand42 OxC9 = OxBF\nnand42 OxCA = OxBD\nnand42 OxCB = OxBD\nnand42 OxCC = OxBF\nnand42 OxCD = OxBF\nnand42 OxCE = OxBD\nnand42 OxCF = OxBD\nnand42 OxD0 = OxBF\nnand42 OxD1 = OxBF\nnand42 OxD2 = OxBD\nnand42 OxD3 = OxBD\nnand42 OxD4 = OxBF\nnand42 OxD5 = OxBF\nnand42 OxD6 = OxBD\nnand42 OxD7 = OxBD\nnand42 OxD8 = OxBF\nnand42 OxD9 = OxBF\nnand42 OxDA = OxBD\nnand42 OxDB = OxBD\nnand42 OxDC = OxBF\nnand42 OxDD = OxBF\nnand42 OxDE = OxBD\nnand42 OxDF = OxBD\nnand42 OxE0 = OxBF\nnand42 OxE1 = OxBF\nnand42 OxE2 = OxBD\nnand42 OxE3 = OxBD\nnand42 OxE4 = OxBF\nnand42 OxE5 = OxBF\nnand42 OxE6 = OxBD\nnand42 OxE7 = OxBD\nnand42 OxE8 = OxBF\nnand42 OxE9 = OxBF\nnand42 OxEA = OxBD\nnand42 OxEB = OxBD\nnand42 OxEC = OxBF\nnand42 OxED = OxBF\nnand42 OxEE = OxBD\nnand42 OxEF = OxBD\nnand42 OxF0 = OxBF\nnand42 OxF1 = OxBF\nnand42 OxF2 = OxBD\nnand42 OxF3 = OxBD\nnand42 OxF4 = OxBF\nnand42 OxF5 = OxBF\nnand42 OxF6 = OxBD\nnand42 OxF7 = OxBD\nnand42 OxF8 = OxBF\nnand42 OxF9 = OxBF\nnand42 OxFA = OxBD\nnand42 OxFB = OxBD\nnand42 OxFC = OxBF\nnand42 OxFD = OxBF\nnand42 OxFE = OxBD\nnand42 OxFF = OxBD\nnand42 ____ = undefined\nnand43 Ox43 = OxBC\nnand43 Ox44 = OxBF\nnand43 Ox45 = OxBE\nnand43 Ox46 = OxBD\nnand43 Ox47 = OxBC\nnand43 Ox48 = OxBF\nnand43 Ox49 = OxBE\nnand43 Ox4A = OxBD\nnand43 Ox4B = OxBC\nnand43 Ox4C = OxBF\nnand43 Ox4D = OxBE\nnand43 Ox4E = OxBD\nnand43 Ox4F = OxBC\nnand43 Ox50 = OxBF\nnand43 Ox51 = OxBE\nnand43 Ox52 = OxBD\nnand43 Ox53 = OxBC\nnand43 Ox54 = OxBF\nnand43 Ox55 = OxBE\nnand43 Ox56 = OxBD\nnand43 Ox57 = OxBC\nnand43 Ox58 = OxBF\nnand43 Ox59 = OxBE\nnand43 Ox5A = OxBD\nnand43 Ox5B = OxBC\nnand43 Ox5C = OxBF\nnand43 Ox5D = OxBE\nnand43 Ox5E = OxBD\nnand43 Ox5F = OxBC\nnand43 Ox60 = OxBF\nnand43 Ox61 = OxBE\nnand43 Ox62 = OxBD\nnand43 Ox63 = OxBC\nnand43 Ox64 = OxBF\nnand43 Ox65 = OxBE\nnand43 Ox66 = OxBD\nnand43 Ox67 = OxBC\nnand43 Ox68 = OxBF\nnand43 Ox69 = OxBE\nnand43 Ox6A = OxBD\nnand43 Ox6B = OxBC\nnand43 Ox6C = OxBF\nnand43 Ox6D = OxBE\nnand43 Ox6E = OxBD\nnand43 Ox6F = OxBC\nnand43 Ox70 = OxBF\nnand43 Ox71 = OxBE\nnand43 Ox72 = OxBD\nnand43 Ox73 = OxBC\nnand43 Ox74 = OxBF\nnand43 Ox75 = OxBE\nnand43 Ox76 = OxBD\nnand43 Ox77 = OxBC\nnand43 Ox78 = OxBF\nnand43 Ox79 = OxBE\nnand43 Ox7A = OxBD\nnand43 Ox7B = OxBC\nnand43 Ox7C = OxBF\nnand43 Ox7D = OxBE\nnand43 Ox7E = OxBD\nnand43 Ox7F = OxBC\nnand43 Ox80 = OxFF\nnand43 Ox81 = OxFE\nnand43 Ox82 = OxFD\nnand43 Ox83 = OxFC\nnand43 Ox84 = OxFF\nnand43 Ox85 = OxFE\nnand43 Ox86 = OxFD\nnand43 Ox87 = OxFC\nnand43 Ox88 = OxFF\nnand43 Ox89 = OxFE\nnand43 Ox8A = OxFD\nnand43 Ox8B = OxFC\nnand43 Ox8C = OxFF\nnand43 Ox8D = OxFE\nnand43 Ox8E = OxFD\nnand43 Ox8F = OxFC\nnand43 Ox90 = OxFF\nnand43 Ox91 = OxFE\nnand43 Ox92 = OxFD\nnand43 Ox93 = OxFC\nnand43 Ox94 = OxFF\nnand43 Ox95 = OxFE\nnand43 Ox96 = OxFD\nnand43 Ox97 = OxFC\nnand43 Ox98 = OxFF\nnand43 Ox99 = OxFE\nnand43 Ox9A = OxFD\nnand43 Ox9B = OxFC\nnand43 Ox9C = OxFF\nnand43 Ox9D = OxFE\nnand43 Ox9E = OxFD\nnand43 Ox9F = OxFC\nnand43 OxA0 = OxFF\nnand43 OxA1 = OxFE\nnand43 OxA2 = OxFD\nnand43 OxA3 = OxFC\nnand43 OxA4 = OxFF\nnand43 OxA5 = OxFE\nnand43 OxA6 = OxFD\nnand43 OxA7 = OxFC\nnand43 OxA8 = OxFF\nnand43 OxA9 = OxFE\nnand43 OxAA = OxFD\nnand43 OxAB = OxFC\nnand43 OxAC = OxFF\nnand43 OxAE = OxFD\nnand43 OxAF = OxFC\nnand43 OxB0 = OxFF\nnand43 OxB1 = OxFE\nnand43 OxB2 = OxFD\nnand43 OxB3 = OxFC\nnand43 OxB4 = OxFF\nnand43 OxB5 = OxFE\nnand43 OxB6 = OxFD\nnand43 OxB7 = OxFC\nnand43 OxB8 = OxFF\nnand43 OxB9 = OxFE\nnand43 OxBA = OxFD\nnand43 OxBB = OxFC\nnand43 OxBC = OxFF\nnand43 OxBD = OxFE\nnand43 OxBE = OxFD\nnand43 OxBF = OxFC\nnand43 OxC0 = OxBF\nnand43 OxC1 = OxBE\nnand43 OxC2 = OxBD\nnand43 OxC3 = OxBC\nnand43 OxC4 = OxBF\nnand43 OxC5 = OxBE\nnand43 OxC6 = OxBD\nnand43 OxC7 = OxBC\nnand43 OxC8 = OxBF\nnand43 OxC9 = OxBE\nnand43 OxCA = OxBD\nnand43 OxCB = OxBC\nnand43 OxCC = OxBF\nnand43 OxCD = OxBE\nnand43 OxCE = OxBD\nnand43 OxCF = OxBC\nnand43 OxD0 = OxBF\nnand43 OxD1 = OxBE\nnand43 OxD2 = OxBD\nnand43 OxD3 = OxBC\nnand43 OxD4 = OxBF\nnand43 OxD5 = OxBE\nnand43 OxD6 = OxBD\nnand43 OxD7 = OxBC\nnand43 OxD8 = OxBF\nnand43 OxD9 = OxBE\nnand43 OxDA = OxBD\nnand43 OxDB = OxBC\nnand43 OxDC = OxBF\nnand43 OxDD = OxBE\nnand43 OxDE = OxBD\nnand43 OxDF = OxBC\nnand43 OxE0 = OxBF\nnand43 OxE1 = OxBE\nnand43 OxE2 = OxBD\nnand43 OxE3 = OxBC\nnand43 OxE4 = OxBF\nnand43 OxE5 = OxBE\nnand43 OxE6 = OxBD\nnand43 OxE7 = OxBC\nnand43 OxE8 = OxBF\nnand43 OxE9 = OxBE\nnand43 OxEA = OxBD\nnand43 OxEB = OxBC\nnand43 OxEC = OxBF\nnand43 OxED = OxBE\nnand43 OxEE = OxBD\nnand43 OxEF = OxBC\nnand43 OxF0 = OxBF\nnand43 OxF1 = OxBE\nnand43 OxF2 = OxBD\nnand43 OxF3 = OxBC\nnand43 OxF4 = OxBF\nnand43 OxF5 = OxBE\nnand43 OxF6 = OxBD\nnand43 OxF7 = OxBC\nnand43 OxF8 = OxBF\nnand43 OxF9 = OxBE\nnand43 OxFA = OxBD\nnand43 OxFB = OxBC\nnand43 OxFC = OxBF\nnand43 OxFD = OxBE\nnand43 OxFE = OxBD\nnand43 OxFF = OxBC\nnand43 ____ = undefined\nnand44 Ox44 = OxBB\nnand44 Ox45 = OxBB\nnand44 Ox46 = OxBB\nnand44 Ox47 = OxBB\nnand44 Ox48 = OxBF\nnand44 Ox49 = OxBF\nnand44 Ox4A = OxBF\nnand44 Ox4B = OxBF\nnand44 Ox4C = OxBB\nnand44 Ox4D = OxBB\nnand44 Ox4E = OxBB\nnand44 Ox4F = OxBB\nnand44 Ox50 = OxBF\nnand44 Ox51 = OxBF\nnand44 Ox52 = OxBF\nnand44 Ox53 = OxBF\nnand44 Ox54 = OxBB\nnand44 Ox55 = OxBB\nnand44 Ox56 = OxBB\nnand44 Ox57 = OxBB\nnand44 Ox58 = OxBF\nnand44 Ox59 = OxBF\nnand44 Ox5A = OxBF\nnand44 Ox5B = OxBF\nnand44 Ox5C = OxBB\nnand44 Ox5D = OxBB\nnand44 Ox5E = OxBB\nnand44 Ox5F = OxBB\nnand44 Ox60 = OxBF\nnand44 Ox61 = OxBF\nnand44 Ox62 = OxBF\nnand44 Ox63 = OxBF\nnand44 Ox64 = OxBB\nnand44 Ox65 = OxBB\nnand44 Ox66 = OxBB\nnand44 Ox67 = OxBB\nnand44 Ox68 = OxBF\nnand44 Ox69 = OxBF\nnand44 Ox6A = OxBF\nnand44 Ox6B = OxBF\nnand44 Ox6C = OxBB\nnand44 Ox6D = OxBB\nnand44 Ox6E = OxBB\nnand44 Ox6F = OxBB\nnand44 Ox70 = OxBF\nnand44 Ox71 = OxBF\nnand44 Ox72 = OxBF\nnand44 Ox73 = OxBF\nnand44 Ox74 = OxBB\nnand44 Ox75 = OxBB\nnand44 Ox76 = OxBB\nnand44 Ox77 = OxBB\nnand44 Ox78 = OxBF\nnand44 Ox79 = OxBF\nnand44 Ox7A = OxBF\nnand44 Ox7B = OxBF\nnand44 Ox7C = OxBB\nnand44 Ox7D = OxBB\nnand44 Ox7E = OxBB\nnand44 Ox7F = OxBB\nnand44 Ox80 = OxFF\nnand44 Ox81 = OxFF\nnand44 Ox82 = OxFF\nnand44 Ox83 = OxFF\nnand44 Ox84 = OxFB\nnand44 Ox85 = OxFB\nnand44 Ox86 = OxFB\nnand44 Ox87 = OxFB\nnand44 Ox88 = OxFF\nnand44 Ox89 = OxFF\nnand44 Ox8A = OxFF\nnand44 Ox8B = OxFF\nnand44 Ox8C = OxFB\nnand44 Ox8D = OxFB\nnand44 Ox8E = OxFB\nnand44 Ox8F = OxFB\nnand44 Ox90 = OxFF\nnand44 Ox91 = OxFF\nnand44 Ox92 = OxFF\nnand44 Ox93 = OxFF\nnand44 Ox94 = OxFB\nnand44 Ox95 = OxFB\nnand44 Ox96 = OxFB\nnand44 Ox97 = OxFB\nnand44 Ox98 = OxFF\nnand44 Ox99 = OxFF\nnand44 Ox9A = OxFF\nnand44 Ox9B = OxFF\nnand44 Ox9C = OxFB\nnand44 Ox9D = OxFB\nnand44 Ox9E = OxFB\nnand44 Ox9F = OxFB\nnand44 OxA0 = OxFF\nnand44 OxA1 = OxFF\nnand44 OxA2 = OxFF\nnand44 OxA3 = OxFF\nnand44 OxA4 = OxFB\nnand44 OxA5 = OxFB\nnand44 OxA6 = OxFB\nnand44 OxA7 = OxFB\nnand44 OxA8 = OxFF\nnand44 OxA9 = OxFF\nnand44 OxAA = OxFF\nnand44 OxAB = OxFF\nnand44 OxAC = OxFB\nnand44 OxAE = OxFB\nnand44 OxAF = OxFB\nnand44 OxB0 = OxFF\nnand44 OxB1 = OxFF\nnand44 OxB2 = OxFF\nnand44 OxB3 = OxFF\nnand44 OxB4 = OxFB\nnand44 OxB5 = OxFB\nnand44 OxB6 = OxFB\nnand44 OxB7 = OxFB\nnand44 OxB8 = OxFF\nnand44 OxB9 = OxFF\nnand44 OxBA = OxFF\nnand44 OxBB = OxFF\nnand44 OxBC = OxFB\nnand44 OxBD = OxFB\nnand44 OxBE = OxFB\nnand44 OxBF = OxFB\nnand44 OxC0 = OxBF\nnand44 OxC1 = OxBF\nnand44 OxC2 = OxBF\nnand44 OxC3 = OxBF\nnand44 OxC4 = OxBB\nnand44 OxC5 = OxBB\nnand44 OxC6 = OxBB\nnand44 OxC7 = OxBB\nnand44 OxC8 = OxBF\nnand44 OxC9 = OxBF\nnand44 OxCA = OxBF\nnand44 OxCB = OxBF\nnand44 OxCC = OxBB\nnand44 OxCD = OxBB\nnand44 OxCE = OxBB\nnand44 OxCF = OxBB\nnand44 OxD0 = OxBF\nnand44 OxD1 = OxBF\nnand44 OxD2 = OxBF\nnand44 OxD3 = OxBF\nnand44 OxD4 = OxBB\nnand44 OxD5 = OxBB\nnand44 OxD6 = OxBB\nnand44 OxD7 = OxBB\nnand44 OxD8 = OxBF\nnand44 OxD9 = OxBF\nnand44 OxDA = OxBF\nnand44 OxDB = OxBF\nnand44 OxDC = OxBB\nnand44 OxDD = OxBB\nnand44 OxDE = OxBB\nnand44 OxDF = OxBB\nnand44 OxE0 = OxBF\nnand44 OxE1 = OxBF\nnand44 OxE2 = OxBF\nnand44 OxE3 = OxBF\nnand44 OxE4 = OxBB\nnand44 OxE5 = OxBB\nnand44 OxE6 = OxBB\nnand44 OxE7 = OxBB\nnand44 OxE8 = OxBF\nnand44 OxE9 = OxBF\nnand44 OxEA = OxBF\nnand44 OxEB = OxBF\nnand44 OxEC = OxBB\nnand44 OxED = OxBB\nnand44 OxEE = OxBB\nnand44 OxEF = OxBB\nnand44 OxF0 = OxBF\nnand44 OxF1 = OxBF\nnand44 OxF2 = OxBF\nnand44 OxF3 = OxBF\nnand44 OxF4 = OxBB\nnand44 OxF5 = OxBB\nnand44 OxF6 = OxBB\nnand44 OxF7 = OxBB\nnand44 OxF8 = OxBF\nnand44 OxF9 = OxBF\nnand44 OxFA = OxBF\nnand44 OxFB = OxBF\nnand44 OxFC = OxBB\nnand44 OxFD = OxBB\nnand44 OxFE = OxBB\nnand44 OxFF = OxBB\nnand44 ____ = undefined\nnand45 Ox45 = OxBA\nnand45 Ox46 = OxBB\nnand45 Ox47 = OxBA\nnand45 Ox48 = OxBF\nnand45 Ox49 = OxBE\nnand45 Ox4A = OxBF\nnand45 Ox4B = OxBE\nnand45 Ox4C = OxBB\nnand45 Ox4D = OxBA\nnand45 Ox4E = OxBB\nnand45 Ox4F = OxBA\nnand45 Ox50 = OxBF\nnand45 Ox51 = OxBE\nnand45 Ox52 = OxBF\nnand45 Ox53 = OxBE\nnand45 Ox54 = OxBB\nnand45 Ox55 = OxBA\nnand45 Ox56 = OxBB\nnand45 Ox57 = OxBA\nnand45 Ox58 = OxBF\nnand45 Ox59 = OxBE\nnand45 Ox5A = OxBF\nnand45 Ox5B = OxBE\nnand45 Ox5C = OxBB\nnand45 Ox5D = OxBA\nnand45 Ox5E = OxBB\nnand45 Ox5F = OxBA\nnand45 Ox60 = OxBF\nnand45 Ox61 = OxBE\nnand45 Ox62 = OxBF\nnand45 Ox63 = OxBE\nnand45 Ox64 = OxBB\nnand45 Ox65 = OxBA\nnand45 Ox66 = OxBB\nnand45 Ox67 = OxBA\nnand45 Ox68 = OxBF\nnand45 Ox69 = OxBE\nnand45 Ox6A = OxBF\nnand45 Ox6B = OxBE\nnand45 Ox6C = OxBB\nnand45 Ox6D = OxBA\nnand45 Ox6E = OxBB\nnand45 Ox6F = OxBA\nnand45 Ox70 = OxBF\nnand45 Ox71 = OxBE\nnand45 Ox72 = OxBF\nnand45 Ox73 = OxBE\nnand45 Ox74 = OxBB\nnand45 Ox75 = OxBA\nnand45 Ox76 = OxBB\nnand45 Ox77 = OxBA\nnand45 Ox78 = OxBF\nnand45 Ox79 = OxBE\nnand45 Ox7A = OxBF\nnand45 Ox7B = OxBE\nnand45 Ox7C = OxBB\nnand45 Ox7D = OxBA\nnand45 Ox7E = OxBB\nnand45 Ox7F = OxBA\nnand45 Ox80 = OxFF\nnand45 Ox81 = OxFE\nnand45 Ox82 = OxFF\nnand45 Ox83 = OxFE\nnand45 Ox84 = OxFB\nnand45 Ox85 = OxFA\nnand45 Ox86 = OxFB\nnand45 Ox87 = OxFA\nnand45 Ox88 = OxFF\nnand45 Ox89 = OxFE\nnand45 Ox8A = OxFF\nnand45 Ox8B = OxFE\nnand45 Ox8C = OxFB\nnand45 Ox8D = OxFA\nnand45 Ox8E = OxFB\nnand45 Ox8F = OxFA\nnand45 Ox90 = OxFF\nnand45 Ox91 = OxFE\nnand45 Ox92 = OxFF\nnand45 Ox93 = OxFE\nnand45 Ox94 = OxFB\nnand45 Ox95 = OxFA\nnand45 Ox96 = OxFB\nnand45 Ox97 = OxFA\nnand45 Ox98 = OxFF\nnand45 Ox99 = OxFE\nnand45 Ox9A = OxFF\nnand45 Ox9B = OxFE\nnand45 Ox9C = OxFB\nnand45 Ox9D = OxFA\nnand45 Ox9E = OxFB\nnand45 Ox9F = OxFA\nnand45 OxA0 = OxFF\nnand45 OxA1 = OxFE\nnand45 OxA2 = OxFF\nnand45 OxA3 = OxFE\nnand45 OxA4 = OxFB\nnand45 OxA5 = OxFA\nnand45 OxA6 = OxFB\nnand45 OxA7 = OxFA\nnand45 OxA8 = OxFF\nnand45 OxA9 = OxFE\nnand45 OxAA = OxFF\nnand45 OxAB = OxFE\nnand45 OxAC = OxFB\nnand45 OxAE = OxFB\nnand45 OxAF = OxFA\nnand45 OxB0 = OxFF\nnand45 OxB1 = OxFE\nnand45 OxB2 = OxFF\nnand45 OxB3 = OxFE\nnand45 OxB4 = OxFB\nnand45 OxB5 = OxFA\nnand45 OxB6 = OxFB\nnand45 OxB7 = OxFA\nnand45 OxB8 = OxFF\nnand45 OxB9 = OxFE\nnand45 OxBA = OxFF\nnand45 OxBB = OxFE\nnand45 OxBC = OxFB\nnand45 OxBD = OxFA\nnand45 OxBE = OxFB\nnand45 OxBF = OxFA\nnand45 OxC0 = OxBF\nnand45 OxC1 = OxBE\nnand45 OxC2 = OxBF\nnand45 OxC3 = OxBE\nnand45 OxC4 = OxBB\nnand45 OxC5 = OxBA\nnand45 OxC6 = OxBB\nnand45 OxC7 = OxBA\nnand45 OxC8 = OxBF\nnand45 OxC9 = OxBE\nnand45 OxCA = OxBF\nnand45 OxCB = OxBE\nnand45 OxCC = OxBB\nnand45 OxCD = OxBA\nnand45 OxCE = OxBB\nnand45 OxCF = OxBA\nnand45 OxD0 = OxBF\nnand45 OxD1 = OxBE\nnand45 OxD2 = OxBF\nnand45 OxD3 = OxBE\nnand45 OxD4 = OxBB\nnand45 OxD5 = OxBA\nnand45 OxD6 = OxBB\nnand45 OxD7 = OxBA\nnand45 OxD8 = OxBF\nnand45 OxD9 = OxBE\nnand45 OxDA = OxBF\nnand45 OxDB = OxBE\nnand45 OxDC = OxBB\nnand45 OxDD = OxBA\nnand45 OxDE = OxBB\nnand45 OxDF = OxBA\nnand45 OxE0 = OxBF\nnand45 OxE1 = OxBE\nnand45 OxE2 = OxBF\nnand45 OxE3 = OxBE\nnand45 OxE4 = OxBB\nnand45 OxE5 = OxBA\nnand45 OxE6 = OxBB\nnand45 OxE7 = OxBA\nnand45 OxE8 = OxBF\nnand45 OxE9 = OxBE\nnand45 OxEA = OxBF\nnand45 OxEB = OxBE\nnand45 OxEC = OxBB\nnand45 OxED = OxBA\nnand45 OxEE = OxBB\nnand45 OxEF = OxBA\nnand45 OxF0 = OxBF\nnand45 OxF1 = OxBE\nnand45 OxF2 = OxBF\nnand45 OxF3 = OxBE\nnand45 OxF4 = OxBB\nnand45 OxF5 = OxBA\nnand45 OxF6 = OxBB\nnand45 OxF7 = OxBA\nnand45 OxF8 = OxBF\nnand45 OxF9 = OxBE\nnand45 OxFA = OxBF\nnand45 OxFB = OxBE\nnand45 OxFC = OxBB\nnand45 OxFD = OxBA\nnand45 OxFE = OxBB\nnand45 OxFF = OxBA\nnand45 ____ = undefined\nnand46 Ox46 = OxB9\nnand46 Ox47 = OxB9\nnand46 Ox48 = OxBF\nnand46 Ox49 = OxBF\nnand46 Ox4A = OxBD\nnand46 Ox4B = OxBD\nnand46 Ox4C = OxBB\nnand46 Ox4D = OxBB\nnand46 Ox4E = OxB9\nnand46 Ox4F = OxB9\nnand46 Ox50 = OxBF\nnand46 Ox51 = OxBF\nnand46 Ox52 = OxBD\nnand46 Ox53 = OxBD\nnand46 Ox54 = OxBB\nnand46 Ox55 = OxBB\nnand46 Ox56 = OxB9\nnand46 Ox57 = OxB9\nnand46 Ox58 = OxBF\nnand46 Ox59 = OxBF\nnand46 Ox5A = OxBD\nnand46 Ox5B = OxBD\nnand46 Ox5C = OxBB\nnand46 Ox5D = OxBB\nnand46 Ox5E = OxB9\nnand46 Ox5F = OxB9\nnand46 Ox60 = OxBF\nnand46 Ox61 = OxBF\nnand46 Ox62 = OxBD\nnand46 Ox63 = OxBD\nnand46 Ox64 = OxBB\nnand46 Ox65 = OxBB\nnand46 Ox66 = OxB9\nnand46 Ox67 = OxB9\nnand46 Ox68 = OxBF\nnand46 Ox69 = OxBF\nnand46 Ox6A = OxBD\nnand46 Ox6B = OxBD\nnand46 Ox6C = OxBB\nnand46 Ox6D = OxBB\nnand46 Ox6E = OxB9\nnand46 Ox6F = OxB9\nnand46 Ox70 = OxBF\nnand46 Ox71 = OxBF\nnand46 Ox72 = OxBD\nnand46 Ox73 = OxBD\nnand46 Ox74 = OxBB\nnand46 Ox75 = OxBB\nnand46 Ox76 = OxB9\nnand46 Ox77 = OxB9\nnand46 Ox78 = OxBF\nnand46 Ox79 = OxBF\nnand46 Ox7A = OxBD\nnand46 Ox7B = OxBD\nnand46 Ox7C = OxBB\nnand46 Ox7D = OxBB\nnand46 Ox7E = OxB9\nnand46 Ox7F = OxB9\nnand46 Ox80 = OxFF\nnand46 Ox81 = OxFF\nnand46 Ox82 = OxFD\nnand46 Ox83 = OxFD\nnand46 Ox84 = OxFB\nnand46 Ox85 = OxFB\nnand46 Ox86 = OxF9\nnand46 Ox87 = OxF9\nnand46 Ox88 = OxFF\nnand46 Ox89 = OxFF\nnand46 Ox8A = OxFD\nnand46 Ox8B = OxFD\nnand46 Ox8C = OxFB\nnand46 Ox8D = OxFB\nnand46 Ox8E = OxF9\nnand46 Ox8F = OxF9\nnand46 Ox90 = OxFF\nnand46 Ox91 = OxFF\nnand46 Ox92 = OxFD\nnand46 Ox93 = OxFD\nnand46 Ox94 = OxFB\nnand46 Ox95 = OxFB\nnand46 Ox96 = OxF9\nnand46 Ox97 = OxF9\nnand46 Ox98 = OxFF\nnand46 Ox99 = OxFF\nnand46 Ox9A = OxFD\nnand46 Ox9B = OxFD\nnand46 Ox9C = OxFB\nnand46 Ox9D = OxFB\nnand46 Ox9E = OxF9\nnand46 Ox9F = OxF9\nnand46 OxA0 = OxFF\nnand46 OxA1 = OxFF\nnand46 OxA2 = OxFD\nnand46 OxA3 = OxFD\nnand46 OxA4 = OxFB\nnand46 OxA5 = OxFB\nnand46 OxA6 = OxF9\nnand46 OxA7 = OxF9\nnand46 OxA8 = OxFF\nnand46 OxA9 = OxFF\nnand46 OxAA = OxFD\nnand46 OxAB = OxFD\nnand46 OxAC = OxFB\nnand46 OxAE = OxF9\nnand46 OxAF = OxF9\nnand46 OxB0 = OxFF\nnand46 OxB1 = OxFF\nnand46 OxB2 = OxFD\nnand46 OxB3 = OxFD\nnand46 OxB4 = OxFB\nnand46 OxB5 = OxFB\nnand46 OxB6 = OxF9\nnand46 OxB7 = OxF9\nnand46 OxB8 = OxFF\nnand46 OxB9 = OxFF\nnand46 OxBA = OxFD\nnand46 OxBB = OxFD\nnand46 OxBC = OxFB\nnand46 OxBD = OxFB\nnand46 OxBE = OxF9\nnand46 OxBF = OxF9\nnand46 OxC0 = OxBF\nnand46 OxC1 = OxBF\nnand46 OxC2 = OxBD\nnand46 OxC3 = OxBD\nnand46 OxC4 = OxBB\nnand46 OxC5 = OxBB\nnand46 OxC6 = OxB9\nnand46 OxC7 = OxB9\nnand46 OxC8 = OxBF\nnand46 OxC9 = OxBF\nnand46 OxCA = OxBD\nnand46 OxCB = OxBD\nnand46 OxCC = OxBB\nnand46 OxCD = OxBB\nnand46 OxCE = OxB9\nnand46 OxCF = OxB9\nnand46 OxD0 = OxBF\nnand46 OxD1 = OxBF\nnand46 OxD2 = OxBD\nnand46 OxD3 = OxBD\nnand46 OxD4 = OxBB\nnand46 OxD5 = OxBB\nnand46 OxD6 = OxB9\nnand46 OxD7 = OxB9\nnand46 OxD8 = OxBF\nnand46 OxD9 = OxBF\nnand46 OxDA = OxBD\nnand46 OxDB = OxBD\nnand46 OxDC = OxBB\nnand46 OxDD = OxBB\nnand46 OxDE = OxB9\nnand46 OxDF = OxB9\nnand46 OxE0 = OxBF\nnand46 OxE1 = OxBF\nnand46 OxE2 = OxBD\nnand46 OxE3 = OxBD\nnand46 OxE4 = OxBB\nnand46 OxE5 = OxBB\nnand46 OxE6 = OxB9\nnand46 OxE7 = OxB9\nnand46 OxE8 = OxBF\nnand46 OxE9 = OxBF\nnand46 OxEA = OxBD\nnand46 OxEB = OxBD\nnand46 OxEC = OxBB\nnand46 OxED = OxBB\nnand46 OxEE = OxB9\nnand46 OxEF = OxB9\nnand46 OxF0 = OxBF\nnand46 OxF1 = OxBF\nnand46 OxF2 = OxBD\nnand46 OxF3 = OxBD\nnand46 OxF4 = OxBB\nnand46 OxF5 = OxBB\nnand46 OxF6 = OxB9\nnand46 OxF7 = OxB9\nnand46 OxF8 = OxBF\nnand46 OxF9 = OxBF\nnand46 OxFA = OxBD\nnand46 OxFB = OxBD\nnand46 OxFC = OxBB\nnand46 OxFD = OxBB\nnand46 OxFE = OxB9\nnand46 OxFF = OxB9\nnand46 ____ = undefined\nnand47 Ox47 = OxB8\nnand47 Ox48 = OxBF\nnand47 Ox49 = OxBE\nnand47 Ox4A = OxBD\nnand47 Ox4B = OxBC\nnand47 Ox4C = OxBB\nnand47 Ox4D = OxBA\nnand47 Ox4E = OxB9\nnand47 Ox4F = OxB8\nnand47 Ox50 = OxBF\nnand47 Ox51 = OxBE\nnand47 Ox52 = OxBD\nnand47 Ox53 = OxBC\nnand47 Ox54 = OxBB\nnand47 Ox55 = OxBA\nnand47 Ox56 = OxB9\nnand47 Ox57 = OxB8\nnand47 Ox58 = OxBF\nnand47 Ox59 = OxBE\nnand47 Ox5A = OxBD\nnand47 Ox5B = OxBC\nnand47 Ox5C = OxBB\nnand47 Ox5D = OxBA\nnand47 Ox5E = OxB9\nnand47 Ox5F = OxB8\nnand47 Ox60 = OxBF\nnand47 Ox61 = OxBE\nnand47 Ox62 = OxBD\nnand47 Ox63 = OxBC\nnand47 Ox64 = OxBB\nnand47 Ox65 = OxBA\nnand47 Ox66 = OxB9\nnand47 Ox67 = OxB8\nnand47 Ox68 = OxBF\nnand47 Ox69 = OxBE\nnand47 Ox6A = OxBD\nnand47 Ox6B = OxBC\nnand47 Ox6C = OxBB\nnand47 Ox6D = OxBA\nnand47 Ox6E = OxB9\nnand47 Ox6F = OxB8\nnand47 Ox70 = OxBF\nnand47 Ox71 = OxBE\nnand47 Ox72 = OxBD\nnand47 Ox73 = OxBC\nnand47 Ox74 = OxBB\nnand47 Ox75 = OxBA\nnand47 Ox76 = OxB9\nnand47 Ox77 = OxB8\nnand47 Ox78 = OxBF\nnand47 Ox79 = OxBE\nnand47 Ox7A = OxBD\nnand47 Ox7B = OxBC\nnand47 Ox7C = OxBB\nnand47 Ox7D = OxBA\nnand47 Ox7E = OxB9\nnand47 Ox7F = OxB8\nnand47 Ox80 = OxFF\nnand47 Ox81 = OxFE\nnand47 Ox82 = OxFD\nnand47 Ox83 = OxFC\nnand47 Ox84 = OxFB\nnand47 Ox85 = OxFA\nnand47 Ox86 = OxF9\nnand47 Ox87 = OxF8\nnand47 Ox88 = OxFF\nnand47 Ox89 = OxFE\nnand47 Ox8A = OxFD\nnand47 Ox8B = OxFC\nnand47 Ox8C = OxFB\nnand47 Ox8D = OxFA\nnand47 Ox8E = OxF9\nnand47 Ox8F = OxF8\nnand47 Ox90 = OxFF\nnand47 Ox91 = OxFE\nnand47 Ox92 = OxFD\nnand47 Ox93 = OxFC\nnand47 Ox94 = OxFB\nnand47 Ox95 = OxFA\nnand47 Ox96 = OxF9\nnand47 Ox97 = OxF8\nnand47 Ox98 = OxFF\nnand47 Ox99 = OxFE\nnand47 Ox9A = OxFD\nnand47 Ox9B = OxFC\nnand47 Ox9C = OxFB\nnand47 Ox9D = OxFA\nnand47 Ox9E = OxF9\nnand47 Ox9F = OxF8\nnand47 OxA0 = OxFF\nnand47 OxA1 = OxFE\nnand47 OxA2 = OxFD\nnand47 OxA3 = OxFC\nnand47 OxA4 = OxFB\nnand47 OxA5 = OxFA\nnand47 OxA6 = OxF9\nnand47 OxA7 = OxF8\nnand47 OxA8 = OxFF\nnand47 OxA9 = OxFE\nnand47 OxAA = OxFD\nnand47 OxAB = OxFC\nnand47 OxAC = OxFB\nnand47 OxAE = OxF9\nnand47 OxAF = OxF8\nnand47 OxB0 = OxFF\nnand47 OxB1 = OxFE\nnand47 OxB2 = OxFD\nnand47 OxB3 = OxFC\nnand47 OxB4 = OxFB\nnand47 OxB5 = OxFA\nnand47 OxB6 = OxF9\nnand47 OxB7 = OxF8\nnand47 OxB8 = OxFF\nnand47 OxB9 = OxFE\nnand47 OxBA = OxFD\nnand47 OxBB = OxFC\nnand47 OxBC = OxFB\nnand47 OxBD = OxFA\nnand47 OxBE = OxF9\nnand47 OxBF = OxF8\nnand47 OxC0 = OxBF\nnand47 OxC1 = OxBE\nnand47 OxC2 = OxBD\nnand47 OxC3 = OxBC\nnand47 OxC4 = OxBB\nnand47 OxC5 = OxBA\nnand47 OxC6 = OxB9\nnand47 OxC7 = OxB8\nnand47 OxC8 = OxBF\nnand47 OxC9 = OxBE\nnand47 OxCA = OxBD\nnand47 OxCB = OxBC\nnand47 OxCC = OxBB\nnand47 OxCD = OxBA\nnand47 OxCE = OxB9\nnand47 OxCF = OxB8\nnand47 OxD0 = OxBF\nnand47 OxD1 = OxBE\nnand47 OxD2 = OxBD\nnand47 OxD3 = OxBC\nnand47 OxD4 = OxBB\nnand47 OxD5 = OxBA\nnand47 OxD6 = OxB9\nnand47 OxD7 = OxB8\nnand47 OxD8 = OxBF\nnand47 OxD9 = OxBE\nnand47 OxDA = OxBD\nnand47 OxDB = OxBC\nnand47 OxDC = OxBB\nnand47 OxDD = OxBA\nnand47 OxDE = OxB9\nnand47 OxDF = OxB8\nnand47 OxE0 = OxBF\nnand47 OxE1 = OxBE\nnand47 OxE2 = OxBD\nnand47 OxE3 = OxBC\nnand47 OxE4 = OxBB\nnand47 OxE5 = OxBA\nnand47 OxE6 = OxB9\nnand47 OxE7 = OxB8\nnand47 OxE8 = OxBF\nnand47 OxE9 = OxBE\nnand47 OxEA = OxBD\nnand47 OxEB = OxBC\nnand47 OxEC = OxBB\nnand47 OxED = OxBA\nnand47 OxEE = OxB9\nnand47 OxEF = OxB8\nnand47 OxF0 = OxBF\nnand47 OxF1 = OxBE\nnand47 OxF2 = OxBD\nnand47 OxF3 = OxBC\nnand47 OxF4 = OxBB\nnand47 OxF5 = OxBA\nnand47 OxF6 = OxB9\nnand47 OxF7 = OxB8\nnand47 OxF8 = OxBF\nnand47 OxF9 = OxBE\nnand47 OxFA = OxBD\nnand47 OxFB = OxBC\nnand47 OxFC = OxBB\nnand47 OxFD = OxBA\nnand47 OxFE = OxB9\nnand47 OxFF = OxB8\nnand47 ____ = undefined\nnand48 Ox48 = OxB7\nnand48 Ox49 = OxB7\nnand48 Ox4A = OxB7\nnand48 Ox4B = OxB7\nnand48 Ox4C = OxB7\nnand48 Ox4D = OxB7\nnand48 Ox4E = OxB7\nnand48 Ox4F = OxB7\nnand48 Ox50 = OxBF\nnand48 Ox51 = OxBF\nnand48 Ox52 = OxBF\nnand48 Ox53 = OxBF\nnand48 Ox54 = OxBF\nnand48 Ox55 = OxBF\nnand48 Ox56 = OxBF\nnand48 Ox57 = OxBF\nnand48 Ox58 = OxB7\nnand48 Ox59 = OxB7\nnand48 Ox5A = OxB7\nnand48 Ox5B = OxB7\nnand48 Ox5C = OxB7\nnand48 Ox5D = OxB7\nnand48 Ox5E = OxB7\nnand48 Ox5F = OxB7\nnand48 Ox60 = OxBF\nnand48 Ox61 = OxBF\nnand48 Ox62 = OxBF\nnand48 Ox63 = OxBF\nnand48 Ox64 = OxBF\nnand48 Ox65 = OxBF\nnand48 Ox66 = OxBF\nnand48 Ox67 = OxBF\nnand48 Ox68 = OxB7\nnand48 Ox69 = OxB7\nnand48 Ox6A = OxB7\nnand48 Ox6B = OxB7\nnand48 Ox6C = OxB7\nnand48 Ox6D = OxB7\nnand48 Ox6E = OxB7\nnand48 Ox6F = OxB7\nnand48 Ox70 = OxBF\nnand48 Ox71 = OxBF\nnand48 Ox72 = OxBF\nnand48 Ox73 = OxBF\nnand48 Ox74 = OxBF\nnand48 Ox75 = OxBF\nnand48 Ox76 = OxBF\nnand48 Ox77 = OxBF\nnand48 Ox78 = OxB7\nnand48 Ox79 = OxB7\nnand48 Ox7A = OxB7\nnand48 Ox7B = OxB7\nnand48 Ox7C = OxB7\nnand48 Ox7D = OxB7\nnand48 Ox7E = OxB7\nnand48 Ox7F = OxB7\nnand48 Ox80 = OxFF\nnand48 Ox81 = OxFF\nnand48 Ox82 = OxFF\nnand48 Ox83 = OxFF\nnand48 Ox84 = OxFF\nnand48 Ox85 = OxFF\nnand48 Ox86 = OxFF\nnand48 Ox87 = OxFF\nnand48 Ox88 = OxF7\nnand48 Ox89 = OxF7\nnand48 Ox8A = OxF7\nnand48 Ox8B = OxF7\nnand48 Ox8C = OxF7\nnand48 Ox8D = OxF7\nnand48 Ox8E = OxF7\nnand48 Ox8F = OxF7\nnand48 Ox90 = OxFF\nnand48 Ox91 = OxFF\nnand48 Ox92 = OxFF\nnand48 Ox93 = OxFF\nnand48 Ox94 = OxFF\nnand48 Ox95 = OxFF\nnand48 Ox96 = OxFF\nnand48 Ox97 = OxFF\nnand48 Ox98 = OxF7\nnand48 Ox99 = OxF7\nnand48 Ox9A = OxF7\nnand48 Ox9B = OxF7\nnand48 Ox9C = OxF7\nnand48 Ox9D = OxF7\nnand48 Ox9E = OxF7\nnand48 Ox9F = OxF7\nnand48 OxA0 = OxFF\nnand48 OxA1 = OxFF\nnand48 OxA2 = OxFF\nnand48 OxA3 = OxFF\nnand48 OxA4 = OxFF\nnand48 OxA5 = OxFF\nnand48 OxA6 = OxFF\nnand48 OxA7 = OxFF\nnand48 OxA8 = OxF7\nnand48 OxA9 = OxF7\nnand48 OxAA = OxF7\nnand48 OxAB = OxF7\nnand48 OxAC = OxF7\nnand48 OxAE = OxF7\nnand48 OxAF = OxF7\nnand48 OxB0 = OxFF\nnand48 OxB1 = OxFF\nnand48 OxB2 = OxFF\nnand48 OxB3 = OxFF\nnand48 OxB4 = OxFF\nnand48 OxB5 = OxFF\nnand48 OxB6 = OxFF\nnand48 OxB7 = OxFF\nnand48 OxB8 = OxF7\nnand48 OxB9 = OxF7\nnand48 OxBA = OxF7\nnand48 OxBB = OxF7\nnand48 OxBC = OxF7\nnand48 OxBD = OxF7\nnand48 OxBE = OxF7\nnand48 OxBF = OxF7\nnand48 OxC0 = OxBF\nnand48 OxC1 = OxBF\nnand48 OxC2 = OxBF\nnand48 OxC3 = OxBF\nnand48 OxC4 = OxBF\nnand48 OxC5 = OxBF\nnand48 OxC6 = OxBF\nnand48 OxC7 = OxBF\nnand48 OxC8 = OxB7\nnand48 OxC9 = OxB7\nnand48 OxCA = OxB7\nnand48 OxCB = OxB7\nnand48 OxCC = OxB7\nnand48 OxCD = OxB7\nnand48 OxCE = OxB7\nnand48 OxCF = OxB7\nnand48 OxD0 = OxBF\nnand48 OxD1 = OxBF\nnand48 OxD2 = OxBF\nnand48 OxD3 = OxBF\nnand48 OxD4 = OxBF\nnand48 OxD5 = OxBF\nnand48 OxD6 = OxBF\nnand48 OxD7 = OxBF\nnand48 OxD8 = OxB7\nnand48 OxD9 = OxB7\nnand48 OxDA = OxB7\nnand48 OxDB = OxB7\nnand48 OxDC = OxB7\nnand48 OxDD = OxB7\nnand48 OxDE = OxB7\nnand48 OxDF = OxB7\nnand48 OxE0 = OxBF\nnand48 OxE1 = OxBF\nnand48 OxE2 = OxBF\nnand48 OxE3 = OxBF\nnand48 OxE4 = OxBF\nnand48 OxE5 = OxBF\nnand48 OxE6 = OxBF\nnand48 OxE7 = OxBF\nnand48 OxE8 = OxB7\nnand48 OxE9 = OxB7\nnand48 OxEA = OxB7\nnand48 OxEB = OxB7\nnand48 OxEC = OxB7\nnand48 OxED = OxB7\nnand48 OxEE = OxB7\nnand48 OxEF = OxB7\nnand48 OxF0 = OxBF\nnand48 OxF1 = OxBF\nnand48 OxF2 = OxBF\nnand48 OxF3 = OxBF\nnand48 OxF4 = OxBF\nnand48 OxF5 = OxBF\nnand48 OxF6 = OxBF\nnand48 OxF7 = OxBF\nnand48 OxF8 = OxB7\nnand48 OxF9 = OxB7\nnand48 OxFA = OxB7\nnand48 OxFB = OxB7\nnand48 OxFC = OxB7\nnand48 OxFD = OxB7\nnand48 OxFE = OxB7\nnand48 OxFF = OxB7\nnand48 ____ = undefined\nnand49 Ox49 = OxB6\nnand49 Ox4A = OxB7\nnand49 Ox4B = OxB6\nnand49 Ox4C = OxB7\nnand49 Ox4D = OxB6\nnand49 Ox4E = OxB7\nnand49 Ox4F = OxB6\nnand49 Ox50 = OxBF\nnand49 Ox51 = OxBE\nnand49 Ox52 = OxBF\nnand49 Ox53 = OxBE\nnand49 Ox54 = OxBF\nnand49 Ox55 = OxBE\nnand49 Ox56 = OxBF\nnand49 Ox57 = OxBE\nnand49 Ox58 = OxB7\nnand49 Ox59 = OxB6\nnand49 Ox5A = OxB7\nnand49 Ox5B = OxB6\nnand49 Ox5C = OxB7\nnand49 Ox5D = OxB6\nnand49 Ox5E = OxB7\nnand49 Ox5F = OxB6\nnand49 Ox60 = OxBF\nnand49 Ox61 = OxBE\nnand49 Ox62 = OxBF\nnand49 Ox63 = OxBE\nnand49 Ox64 = OxBF\nnand49 Ox65 = OxBE\nnand49 Ox66 = OxBF\nnand49 Ox67 = OxBE\nnand49 Ox68 = OxB7\nnand49 Ox69 = OxB6\nnand49 Ox6A = OxB7\nnand49 Ox6B = OxB6\nnand49 Ox6C = OxB7\nnand49 Ox6D = OxB6\nnand49 Ox6E = OxB7\nnand49 Ox6F = OxB6\nnand49 Ox70 = OxBF\nnand49 Ox71 = OxBE\nnand49 Ox72 = OxBF\nnand49 Ox73 = OxBE\nnand49 Ox74 = OxBF\nnand49 Ox75 = OxBE\nnand49 Ox76 = OxBF\nnand49 Ox77 = OxBE\nnand49 Ox78 = OxB7\nnand49 Ox79 = OxB6\nnand49 Ox7A = OxB7\nnand49 Ox7B = OxB6\nnand49 Ox7C = OxB7\nnand49 Ox7D = OxB6\nnand49 Ox7E = OxB7\nnand49 Ox7F = OxB6\nnand49 Ox80 = OxFF\nnand49 Ox81 = OxFE\nnand49 Ox82 = OxFF\nnand49 Ox83 = OxFE\nnand49 Ox84 = OxFF\nnand49 Ox85 = OxFE\nnand49 Ox86 = OxFF\nnand49 Ox87 = OxFE\nnand49 Ox88 = OxF7\nnand49 Ox89 = OxF6\nnand49 Ox8A = OxF7\nnand49 Ox8B = OxF6\nnand49 Ox8C = OxF7\nnand49 Ox8D = OxF6\nnand49 Ox8E = OxF7\nnand49 Ox8F = OxF6\nnand49 Ox90 = OxFF\nnand49 Ox91 = OxFE\nnand49 Ox92 = OxFF\nnand49 Ox93 = OxFE\nnand49 Ox94 = OxFF\nnand49 Ox95 = OxFE\nnand49 Ox96 = OxFF\nnand49 Ox97 = OxFE\nnand49 Ox98 = OxF7\nnand49 Ox99 = OxF6\nnand49 Ox9A = OxF7\nnand49 Ox9B = OxF6\nnand49 Ox9C = OxF7\nnand49 Ox9D = OxF6\nnand49 Ox9E = OxF7\nnand49 Ox9F = OxF6\nnand49 OxA0 = OxFF\nnand49 OxA1 = OxFE\nnand49 OxA2 = OxFF\nnand49 OxA3 = OxFE\nnand49 OxA4 = OxFF\nnand49 OxA5 = OxFE\nnand49 OxA6 = OxFF\nnand49 OxA7 = OxFE\nnand49 OxA8 = OxF7\nnand49 OxA9 = OxF6\nnand49 OxAA = OxF7\nnand49 OxAB = OxF6\nnand49 OxAC = OxF7\nnand49 OxAE = OxF7\nnand49 OxAF = OxF6\nnand49 OxB0 = OxFF\nnand49 OxB1 = OxFE\nnand49 OxB2 = OxFF\nnand49 OxB3 = OxFE\nnand49 OxB4 = OxFF\nnand49 OxB5 = OxFE\nnand49 OxB6 = OxFF\nnand49 OxB7 = OxFE\nnand49 OxB8 = OxF7\nnand49 OxB9 = OxF6\nnand49 OxBA = OxF7\nnand49 OxBB = OxF6\nnand49 OxBC = OxF7\nnand49 OxBD = OxF6\nnand49 OxBE = OxF7\nnand49 OxBF = OxF6\nnand49 OxC0 = OxBF\nnand49 OxC1 = OxBE\nnand49 OxC2 = OxBF\nnand49 OxC3 = OxBE\nnand49 OxC4 = OxBF\nnand49 OxC5 = OxBE\nnand49 OxC6 = OxBF\nnand49 OxC7 = OxBE\nnand49 OxC8 = OxB7\nnand49 OxC9 = OxB6\nnand49 OxCA = OxB7\nnand49 OxCB = OxB6\nnand49 OxCC = OxB7\nnand49 OxCD = OxB6\nnand49 OxCE = OxB7\nnand49 OxCF = OxB6\nnand49 OxD0 = OxBF\nnand49 OxD1 = OxBE\nnand49 OxD2 = OxBF\nnand49 OxD3 = OxBE\nnand49 OxD4 = OxBF\nnand49 OxD5 = OxBE\nnand49 OxD6 = OxBF\nnand49 OxD7 = OxBE\nnand49 OxD8 = OxB7\nnand49 OxD9 = OxB6\nnand49 OxDA = OxB7\nnand49 OxDB = OxB6\nnand49 OxDC = OxB7\nnand49 OxDD = OxB6\nnand49 OxDE = OxB7\nnand49 OxDF = OxB6\nnand49 OxE0 = OxBF\nnand49 OxE1 = OxBE\nnand49 OxE2 = OxBF\nnand49 OxE3 = OxBE\nnand49 OxE4 = OxBF\nnand49 OxE5 = OxBE\nnand49 OxE6 = OxBF\nnand49 OxE7 = OxBE\nnand49 OxE8 = OxB7\nnand49 OxE9 = OxB6\nnand49 OxEA = OxB7\nnand49 OxEB = OxB6\nnand49 OxEC = OxB7\nnand49 OxED = OxB6\nnand49 OxEE = OxB7\nnand49 OxEF = OxB6\nnand49 OxF0 = OxBF\nnand49 OxF1 = OxBE\nnand49 OxF2 = OxBF\nnand49 OxF3 = OxBE\nnand49 OxF4 = OxBF\nnand49 OxF5 = OxBE\nnand49 OxF6 = OxBF\nnand49 OxF7 = OxBE\nnand49 OxF8 = OxB7\nnand49 OxF9 = OxB6\nnand49 OxFA = OxB7\nnand49 OxFB = OxB6\nnand49 OxFC = OxB7\nnand49 OxFD = OxB6\nnand49 OxFE = OxB7\nnand49 OxFF = OxB6\nnand49 ____ = undefined\nnand4A Ox4A = OxB5\nnand4A Ox4B = OxB5\nnand4A Ox4C = OxB7\nnand4A Ox4D = OxB7\nnand4A Ox4E = OxB5\nnand4A Ox4F = OxB5\nnand4A Ox50 = OxBF\nnand4A Ox51 = OxBF\nnand4A Ox52 = OxBD\nnand4A Ox53 = OxBD\nnand4A Ox54 = OxBF\nnand4A Ox55 = OxBF\nnand4A Ox56 = OxBD\nnand4A Ox57 = OxBD\nnand4A Ox58 = OxB7\nnand4A Ox59 = OxB7\nnand4A Ox5A = OxB5\nnand4A Ox5B = OxB5\nnand4A Ox5C = OxB7\nnand4A Ox5D = OxB7\nnand4A Ox5E = OxB5\nnand4A Ox5F = OxB5\nnand4A Ox60 = OxBF\nnand4A Ox61 = OxBF\nnand4A Ox62 = OxBD\nnand4A Ox63 = OxBD\nnand4A Ox64 = OxBF\nnand4A Ox65 = OxBF\nnand4A Ox66 = OxBD\nnand4A Ox67 = OxBD\nnand4A Ox68 = OxB7\nnand4A Ox69 = OxB7\nnand4A Ox6A = OxB5\nnand4A Ox6B = OxB5\nnand4A Ox6C = OxB7\nnand4A Ox6D = OxB7\nnand4A Ox6E = OxB5\nnand4A Ox6F = OxB5\nnand4A Ox70 = OxBF\nnand4A Ox71 = OxBF\nnand4A Ox72 = OxBD\nnand4A Ox73 = OxBD\nnand4A Ox74 = OxBF\nnand4A Ox75 = OxBF\nnand4A Ox76 = OxBD\nnand4A Ox77 = OxBD\nnand4A Ox78 = OxB7\nnand4A Ox79 = OxB7\nnand4A Ox7A = OxB5\nnand4A Ox7B = OxB5\nnand4A Ox7C = OxB7\nnand4A Ox7D = OxB7\nnand4A Ox7E = OxB5\nnand4A Ox7F = OxB5\nnand4A Ox80 = OxFF\nnand4A Ox81 = OxFF\nnand4A Ox82 = OxFD\nnand4A Ox83 = OxFD\nnand4A Ox84 = OxFF\nnand4A Ox85 = OxFF\nnand4A Ox86 = OxFD\nnand4A Ox87 = OxFD\nnand4A Ox88 = OxF7\nnand4A Ox89 = OxF7\nnand4A Ox8A = OxF5\nnand4A Ox8B = OxF5\nnand4A Ox8C = OxF7\nnand4A Ox8D = OxF7\nnand4A Ox8E = OxF5\nnand4A Ox8F = OxF5\nnand4A Ox90 = OxFF\nnand4A Ox91 = OxFF\nnand4A Ox92 = OxFD\nnand4A Ox93 = OxFD\nnand4A Ox94 = OxFF\nnand4A Ox95 = OxFF\nnand4A Ox96 = OxFD\nnand4A Ox97 = OxFD\nnand4A Ox98 = OxF7\nnand4A Ox99 = OxF7\nnand4A Ox9A = OxF5\nnand4A Ox9B = OxF5\nnand4A Ox9C = OxF7\nnand4A Ox9D = OxF7\nnand4A Ox9E = OxF5\nnand4A Ox9F = OxF5\nnand4A OxA0 = OxFF\nnand4A OxA1 = OxFF\nnand4A OxA2 = OxFD\nnand4A OxA3 = OxFD\nnand4A OxA4 = OxFF\nnand4A OxA5 = OxFF\nnand4A OxA6 = OxFD\nnand4A OxA7 = OxFD\nnand4A OxA8 = OxF7\nnand4A OxA9 = OxF7\nnand4A OxAA = OxF5\nnand4A OxAB = OxF5\nnand4A OxAC = OxF7\nnand4A OxAE = OxF5\nnand4A OxAF = OxF5\nnand4A OxB0 = OxFF\nnand4A OxB1 = OxFF\nnand4A OxB2 = OxFD\nnand4A OxB3 = OxFD\nnand4A OxB4 = OxFF\nnand4A OxB5 = OxFF\nnand4A OxB6 = OxFD\nnand4A OxB7 = OxFD\nnand4A OxB8 = OxF7\nnand4A OxB9 = OxF7\nnand4A OxBA = OxF5\nnand4A OxBB = OxF5\nnand4A OxBC = OxF7\nnand4A OxBD = OxF7\nnand4A OxBE = OxF5\nnand4A OxBF = OxF5\nnand4A OxC0 = OxBF\nnand4A OxC1 = OxBF\nnand4A OxC2 = OxBD\nnand4A OxC3 = OxBD\nnand4A OxC4 = OxBF\nnand4A OxC5 = OxBF\nnand4A OxC6 = OxBD\nnand4A OxC7 = OxBD\nnand4A OxC8 = OxB7\nnand4A OxC9 = OxB7\nnand4A OxCA = OxB5\nnand4A OxCB = OxB5\nnand4A OxCC = OxB7\nnand4A OxCD = OxB7\nnand4A OxCE = OxB5\nnand4A OxCF = OxB5\nnand4A OxD0 = OxBF\nnand4A OxD1 = OxBF\nnand4A OxD2 = OxBD\nnand4A OxD3 = OxBD\nnand4A OxD4 = OxBF\nnand4A OxD5 = OxBF\nnand4A OxD6 = OxBD\nnand4A OxD7 = OxBD\nnand4A OxD8 = OxB7\nnand4A OxD9 = OxB7\nnand4A OxDA = OxB5\nnand4A OxDB = OxB5\nnand4A OxDC = OxB7\nnand4A OxDD = OxB7\nnand4A OxDE = OxB5\nnand4A OxDF = OxB5\nnand4A OxE0 = OxBF\nnand4A OxE1 = OxBF\nnand4A OxE2 = OxBD\nnand4A OxE3 = OxBD\nnand4A OxE4 = OxBF\nnand4A OxE5 = OxBF\nnand4A OxE6 = OxBD\nnand4A OxE7 = OxBD\nnand4A OxE8 = OxB7\nnand4A OxE9 = OxB7\nnand4A OxEA = OxB5\nnand4A OxEB = OxB5\nnand4A OxEC = OxB7\nnand4A OxED = OxB7\nnand4A OxEE = OxB5\nnand4A OxEF = OxB5\nnand4A OxF0 = OxBF\nnand4A OxF1 = OxBF\nnand4A OxF2 = OxBD\nnand4A OxF3 = OxBD\nnand4A OxF4 = OxBF\nnand4A OxF5 = OxBF\nnand4A OxF6 = OxBD\nnand4A OxF7 = OxBD\nnand4A OxF8 = OxB7\nnand4A OxF9 = OxB7\nnand4A OxFA = OxB5\nnand4A OxFB = OxB5\nnand4A OxFC = OxB7\nnand4A OxFD = OxB7\nnand4A OxFE = OxB5\nnand4A OxFF = OxB5\nnand4A ____ = undefined\nnand4B Ox4B = OxB4\nnand4B Ox4C = OxB7\nnand4B Ox4D = OxB6\nnand4B Ox4E = OxB5\nnand4B Ox4F = OxB4\nnand4B Ox50 = OxBF\nnand4B Ox51 = OxBE\nnand4B Ox52 = OxBD\nnand4B Ox53 = OxBC\nnand4B Ox54 = OxBF\nnand4B Ox55 = OxBE\nnand4B Ox56 = OxBD\nnand4B Ox57 = OxBC\nnand4B Ox58 = OxB7\nnand4B Ox59 = OxB6\nnand4B Ox5A = OxB5\nnand4B Ox5B = OxB4\nnand4B Ox5C = OxB7\nnand4B Ox5D = OxB6\nnand4B Ox5E = OxB5\nnand4B Ox5F = OxB4\nnand4B Ox60 = OxBF\nnand4B Ox61 = OxBE\nnand4B Ox62 = OxBD\nnand4B Ox63 = OxBC\nnand4B Ox64 = OxBF\nnand4B Ox65 = OxBE\nnand4B Ox66 = OxBD\nnand4B Ox67 = OxBC\nnand4B Ox68 = OxB7\nnand4B Ox69 = OxB6\nnand4B Ox6A = OxB5\nnand4B Ox6B = OxB4\nnand4B Ox6C = OxB7\nnand4B Ox6D = OxB6\nnand4B Ox6E = OxB5\nnand4B Ox6F = OxB4\nnand4B Ox70 = OxBF\nnand4B Ox71 = OxBE\nnand4B Ox72 = OxBD\nnand4B Ox73 = OxBC\nnand4B Ox74 = OxBF\nnand4B Ox75 = OxBE\nnand4B Ox76 = OxBD\nnand4B Ox77 = OxBC\nnand4B Ox78 = OxB7\nnand4B Ox79 = OxB6\nnand4B Ox7A = OxB5\nnand4B Ox7B = OxB4\nnand4B Ox7C = OxB7\nnand4B Ox7D = OxB6\nnand4B Ox7E = OxB5\nnand4B Ox7F = OxB4\nnand4B Ox80 = OxFF\nnand4B Ox81 = OxFE\nnand4B Ox82 = OxFD\nnand4B Ox83 = OxFC\nnand4B Ox84 = OxFF\nnand4B Ox85 = OxFE\nnand4B Ox86 = OxFD\nnand4B Ox87 = OxFC\nnand4B Ox88 = OxF7\nnand4B Ox89 = OxF6\nnand4B Ox8A = OxF5\nnand4B Ox8B = OxF4\nnand4B Ox8C = OxF7\nnand4B Ox8D = OxF6\nnand4B Ox8E = OxF5\nnand4B Ox8F = OxF4\nnand4B Ox90 = OxFF\nnand4B Ox91 = OxFE\nnand4B Ox92 = OxFD\nnand4B Ox93 = OxFC\nnand4B Ox94 = OxFF\nnand4B Ox95 = OxFE\nnand4B Ox96 = OxFD\nnand4B Ox97 = OxFC\nnand4B Ox98 = OxF7\nnand4B Ox99 = OxF6\nnand4B Ox9A = OxF5\nnand4B Ox9B = OxF4\nnand4B Ox9C = OxF7\nnand4B Ox9D = OxF6\nnand4B Ox9E = OxF5\nnand4B Ox9F = OxF4\nnand4B OxA0 = OxFF\nnand4B OxA1 = OxFE\nnand4B OxA2 = OxFD\nnand4B OxA3 = OxFC\nnand4B OxA4 = OxFF\nnand4B OxA5 = OxFE\nnand4B OxA6 = OxFD\nnand4B OxA7 = OxFC\nnand4B OxA8 = OxF7\nnand4B OxA9 = OxF6\nnand4B OxAA = OxF5\nnand4B OxAB = OxF4\nnand4B OxAC = OxF7\nnand4B OxAE = OxF5\nnand4B OxAF = OxF4\nnand4B OxB0 = OxFF\nnand4B OxB1 = OxFE\nnand4B OxB2 = OxFD\nnand4B OxB3 = OxFC\nnand4B OxB4 = OxFF\nnand4B OxB5 = OxFE\nnand4B OxB6 = OxFD\nnand4B OxB7 = OxFC\nnand4B OxB8 = OxF7\nnand4B OxB9 = OxF6\nnand4B OxBA = OxF5\nnand4B OxBB = OxF4\nnand4B OxBC = OxF7\nnand4B OxBD = OxF6\nnand4B OxBE = OxF5\nnand4B OxBF = OxF4\nnand4B OxC0 = OxBF\nnand4B OxC1 = OxBE\nnand4B OxC2 = OxBD\nnand4B OxC3 = OxBC\nnand4B OxC4 = OxBF\nnand4B OxC5 = OxBE\nnand4B OxC6 = OxBD\nnand4B OxC7 = OxBC\nnand4B OxC8 = OxB7\nnand4B OxC9 = OxB6\nnand4B OxCA = OxB5\nnand4B OxCB = OxB4\nnand4B OxCC = OxB7\nnand4B OxCD = OxB6\nnand4B OxCE = OxB5\nnand4B OxCF = OxB4\nnand4B OxD0 = OxBF\nnand4B OxD1 = OxBE\nnand4B OxD2 = OxBD\nnand4B OxD3 = OxBC\nnand4B OxD4 = OxBF\nnand4B OxD5 = OxBE\nnand4B OxD6 = OxBD\nnand4B OxD7 = OxBC\nnand4B OxD8 = OxB7\nnand4B OxD9 = OxB6\nnand4B OxDA = OxB5\nnand4B OxDB = OxB4\nnand4B OxDC = OxB7\nnand4B OxDD = OxB6\nnand4B OxDE = OxB5\nnand4B OxDF = OxB4\nnand4B OxE0 = OxBF\nnand4B OxE1 = OxBE\nnand4B OxE2 = OxBD\nnand4B OxE3 = OxBC\nnand4B OxE4 = OxBF\nnand4B OxE5 = OxBE\nnand4B OxE6 = OxBD\nnand4B OxE7 = OxBC\nnand4B OxE8 = OxB7\nnand4B OxE9 = OxB6\nnand4B OxEA = OxB5\nnand4B OxEB = OxB4\nnand4B OxEC = OxB7\nnand4B OxED = OxB6\nnand4B OxEE = OxB5\nnand4B OxEF = OxB4\nnand4B OxF0 = OxBF\nnand4B OxF1 = OxBE\nnand4B OxF2 = OxBD\nnand4B OxF3 = OxBC\nnand4B OxF4 = OxBF\nnand4B OxF5 = OxBE\nnand4B OxF6 = OxBD\nnand4B OxF7 = OxBC\nnand4B OxF8 = OxB7\nnand4B OxF9 = OxB6\nnand4B OxFA = OxB5\nnand4B OxFB = OxB4\nnand4B OxFC = OxB7\nnand4B OxFD = OxB6\nnand4B OxFE = OxB5\nnand4B OxFF = OxB4\nnand4B ____ = undefined\nnand4C Ox4C = OxB3\nnand4C Ox4D = OxB3\nnand4C Ox4E = OxB3\nnand4C Ox4F = OxB3\nnand4C Ox50 = OxBF\nnand4C Ox51 = OxBF\nnand4C Ox52 = OxBF\nnand4C Ox53 = OxBF\nnand4C Ox54 = OxBB\nnand4C Ox55 = OxBB\nnand4C Ox56 = OxBB\nnand4C Ox57 = OxBB\nnand4C Ox58 = OxB7\nnand4C Ox59 = OxB7\nnand4C Ox5A = OxB7\nnand4C Ox5B = OxB7\nnand4C Ox5C = OxB3\nnand4C Ox5D = OxB3\nnand4C Ox5E = OxB3\nnand4C Ox5F = OxB3\nnand4C Ox60 = OxBF\nnand4C Ox61 = OxBF\nnand4C Ox62 = OxBF\nnand4C Ox63 = OxBF\nnand4C Ox64 = OxBB\nnand4C Ox65 = OxBB\nnand4C Ox66 = OxBB\nnand4C Ox67 = OxBB\nnand4C Ox68 = OxB7\nnand4C Ox69 = OxB7\nnand4C Ox6A = OxB7\nnand4C Ox6B = OxB7\nnand4C Ox6C = OxB3\nnand4C Ox6D = OxB3\nnand4C Ox6E = OxB3\nnand4C Ox6F = OxB3\nnand4C Ox70 = OxBF\nnand4C Ox71 = OxBF\nnand4C Ox72 = OxBF\nnand4C Ox73 = OxBF\nnand4C Ox74 = OxBB\nnand4C Ox75 = OxBB\nnand4C Ox76 = OxBB\nnand4C Ox77 = OxBB\nnand4C Ox78 = OxB7\nnand4C Ox79 = OxB7\nnand4C Ox7A = OxB7\nnand4C Ox7B = OxB7\nnand4C Ox7C = OxB3\nnand4C Ox7D = OxB3\nnand4C Ox7E = OxB3\nnand4C Ox7F = OxB3\nnand4C Ox80 = OxFF\nnand4C Ox81 = OxFF\nnand4C Ox82 = OxFF\nnand4C Ox83 = OxFF\nnand4C Ox84 = OxFB\nnand4C Ox85 = OxFB\nnand4C Ox86 = OxFB\nnand4C Ox87 = OxFB\nnand4C Ox88 = OxF7\nnand4C Ox89 = OxF7\nnand4C Ox8A = OxF7\nnand4C Ox8B = OxF7\nnand4C Ox8C = OxF3\nnand4C Ox8D = OxF3\nnand4C Ox8E = OxF3\nnand4C Ox8F = OxF3\nnand4C Ox90 = OxFF\nnand4C Ox91 = OxFF\nnand4C Ox92 = OxFF\nnand4C Ox93 = OxFF\nnand4C Ox94 = OxFB\nnand4C Ox95 = OxFB\nnand4C Ox96 = OxFB\nnand4C Ox97 = OxFB\nnand4C Ox98 = OxF7\nnand4C Ox99 = OxF7\nnand4C Ox9A = OxF7\nnand4C Ox9B = OxF7\nnand4C Ox9C = OxF3\nnand4C Ox9D = OxF3\nnand4C Ox9E = OxF3\nnand4C Ox9F = OxF3\nnand4C OxA0 = OxFF\nnand4C OxA1 = OxFF\nnand4C OxA2 = OxFF\nnand4C OxA3 = OxFF\nnand4C OxA4 = OxFB\nnand4C OxA5 = OxFB\nnand4C OxA6 = OxFB\nnand4C OxA7 = OxFB\nnand4C OxA8 = OxF7\nnand4C OxA9 = OxF7\nnand4C OxAA = OxF7\nnand4C OxAB = OxF7\nnand4C OxAC = OxF3\nnand4C OxAE = OxF3\nnand4C OxAF = OxF3\nnand4C OxB0 = OxFF\nnand4C OxB1 = OxFF\nnand4C OxB2 = OxFF\nnand4C OxB3 = OxFF\nnand4C OxB4 = OxFB\nnand4C OxB5 = OxFB\nnand4C OxB6 = OxFB\nnand4C OxB7 = OxFB\nnand4C OxB8 = OxF7\nnand4C OxB9 = OxF7\nnand4C OxBA = OxF7\nnand4C OxBB = OxF7\nnand4C OxBC = OxF3\nnand4C OxBD = OxF3\nnand4C OxBE = OxF3\nnand4C OxBF = OxF3\nnand4C OxC0 = OxBF\nnand4C OxC1 = OxBF\nnand4C OxC2 = OxBF\nnand4C OxC3 = OxBF\nnand4C OxC4 = OxBB\nnand4C OxC5 = OxBB\nnand4C OxC6 = OxBB\nnand4C OxC7 = OxBB\nnand4C OxC8 = OxB7\nnand4C OxC9 = OxB7\nnand4C OxCA = OxB7\nnand4C OxCB = OxB7\nnand4C OxCC = OxB3\nnand4C OxCD = OxB3\nnand4C OxCE = OxB3\nnand4C OxCF = OxB3\nnand4C OxD0 = OxBF\nnand4C OxD1 = OxBF\nnand4C OxD2 = OxBF\nnand4C OxD3 = OxBF\nnand4C OxD4 = OxBB\nnand4C OxD5 = OxBB\nnand4C OxD6 = OxBB\nnand4C OxD7 = OxBB\nnand4C OxD8 = OxB7\nnand4C OxD9 = OxB7\nnand4C OxDA = OxB7\nnand4C OxDB = OxB7\nnand4C OxDC = OxB3\nnand4C OxDD = OxB3\nnand4C OxDE = OxB3\nnand4C OxDF = OxB3\nnand4C OxE0 = OxBF\nnand4C OxE1 = OxBF\nnand4C OxE2 = OxBF\nnand4C OxE3 = OxBF\nnand4C OxE4 = OxBB\nnand4C OxE5 = OxBB\nnand4C OxE6 = OxBB\nnand4C OxE7 = OxBB\nnand4C OxE8 = OxB7\nnand4C OxE9 = OxB7\nnand4C OxEA = OxB7\nnand4C OxEB = OxB7\nnand4C OxEC = OxB3\nnand4C OxED = OxB3\nnand4C OxEE = OxB3\nnand4C OxEF = OxB3\nnand4C OxF0 = OxBF\nnand4C OxF1 = OxBF\nnand4C OxF2 = OxBF\nnand4C OxF3 = OxBF\nnand4C OxF4 = OxBB\nnand4C OxF5 = OxBB\nnand4C OxF6 = OxBB\nnand4C OxF7 = OxBB\nnand4C OxF8 = OxB7\nnand4C OxF9 = OxB7\nnand4C OxFA = OxB7\nnand4C OxFB = OxB7\nnand4C OxFC = OxB3\nnand4C OxFD = OxB3\nnand4C OxFE = OxB3\nnand4C OxFF = OxB3\nnand4C ____ = undefined\nnand4D Ox4D = OxB2\nnand4D Ox4E = OxB3\nnand4D Ox4F = OxB2\nnand4D Ox50 = OxBF\nnand4D Ox51 = OxBE\nnand4D Ox52 = OxBF\nnand4D Ox53 = OxBE\nnand4D Ox54 = OxBB\nnand4D Ox55 = OxBA\nnand4D Ox56 = OxBB\nnand4D Ox57 = OxBA\nnand4D Ox58 = OxB7\nnand4D Ox59 = OxB6\nnand4D Ox5A = OxB7\nnand4D Ox5B = OxB6\nnand4D Ox5C = OxB3\nnand4D Ox5D = OxB2\nnand4D Ox5E = OxB3\nnand4D Ox5F = OxB2\nnand4D Ox60 = OxBF\nnand4D Ox61 = OxBE\nnand4D Ox62 = OxBF\nnand4D Ox63 = OxBE\nnand4D Ox64 = OxBB\nnand4D Ox65 = OxBA\nnand4D Ox66 = OxBB\nnand4D Ox67 = OxBA\nnand4D Ox68 = OxB7\nnand4D Ox69 = OxB6\nnand4D Ox6A = OxB7\nnand4D Ox6B = OxB6\nnand4D Ox6C = OxB3\nnand4D Ox6D = OxB2\nnand4D Ox6E = OxB3\nnand4D Ox6F = OxB2\nnand4D Ox70 = OxBF\nnand4D Ox71 = OxBE\nnand4D Ox72 = OxBF\nnand4D Ox73 = OxBE\nnand4D Ox74 = OxBB\nnand4D Ox75 = OxBA\nnand4D Ox76 = OxBB\nnand4D Ox77 = OxBA\nnand4D Ox78 = OxB7\nnand4D Ox79 = OxB6\nnand4D Ox7A = OxB7\nnand4D Ox7B = OxB6\nnand4D Ox7C = OxB3\nnand4D Ox7D = OxB2\nnand4D Ox7E = OxB3\nnand4D Ox7F = OxB2\nnand4D Ox80 = OxFF\nnand4D Ox81 = OxFE\nnand4D Ox82 = OxFF\nnand4D Ox83 = OxFE\nnand4D Ox84 = OxFB\nnand4D Ox85 = OxFA\nnand4D Ox86 = OxFB\nnand4D Ox87 = OxFA\nnand4D Ox88 = OxF7\nnand4D Ox89 = OxF6\nnand4D Ox8A = OxF7\nnand4D Ox8B = OxF6\nnand4D Ox8C = OxF3\nnand4D Ox8D = OxF2\nnand4D Ox8E = OxF3\nnand4D Ox8F = OxF2\nnand4D Ox90 = OxFF\nnand4D Ox91 = OxFE\nnand4D Ox92 = OxFF\nnand4D Ox93 = OxFE\nnand4D Ox94 = OxFB\nnand4D Ox95 = OxFA\nnand4D Ox96 = OxFB\nnand4D Ox97 = OxFA\nnand4D Ox98 = OxF7\nnand4D Ox99 = OxF6\nnand4D Ox9A = OxF7\nnand4D Ox9B = OxF6\nnand4D Ox9C = OxF3\nnand4D Ox9D = OxF2\nnand4D Ox9E = OxF3\nnand4D Ox9F = OxF2\nnand4D OxA0 = OxFF\nnand4D OxA1 = OxFE\nnand4D OxA2 = OxFF\nnand4D OxA3 = OxFE\nnand4D OxA4 = OxFB\nnand4D OxA5 = OxFA\nnand4D OxA6 = OxFB\nnand4D OxA7 = OxFA\nnand4D OxA8 = OxF7\nnand4D OxA9 = OxF6\nnand4D OxAA = OxF7\nnand4D OxAB = OxF6\nnand4D OxAC = OxF3\nnand4D OxAE = OxF3\nnand4D OxAF = OxF2\nnand4D OxB0 = OxFF\nnand4D OxB1 = OxFE\nnand4D OxB2 = OxFF\nnand4D OxB3 = OxFE\nnand4D OxB4 = OxFB\nnand4D OxB5 = OxFA\nnand4D OxB6 = OxFB\nnand4D OxB7 = OxFA\nnand4D OxB8 = OxF7\nnand4D OxB9 = OxF6\nnand4D OxBA = OxF7\nnand4D OxBB = OxF6\nnand4D OxBC = OxF3\nnand4D OxBD = OxF2\nnand4D OxBE = OxF3\nnand4D OxBF = OxF2\nnand4D OxC0 = OxBF\nnand4D OxC1 = OxBE\nnand4D OxC2 = OxBF\nnand4D OxC3 = OxBE\nnand4D OxC4 = OxBB\nnand4D OxC5 = OxBA\nnand4D OxC6 = OxBB\nnand4D OxC7 = OxBA\nnand4D OxC8 = OxB7\nnand4D OxC9 = OxB6\nnand4D OxCA = OxB7\nnand4D OxCB = OxB6\nnand4D OxCC = OxB3\nnand4D OxCD = OxB2\nnand4D OxCE = OxB3\nnand4D OxCF = OxB2\nnand4D OxD0 = OxBF\nnand4D OxD1 = OxBE\nnand4D OxD2 = OxBF\nnand4D OxD3 = OxBE\nnand4D OxD4 = OxBB\nnand4D OxD5 = OxBA\nnand4D OxD6 = OxBB\nnand4D OxD7 = OxBA\nnand4D OxD8 = OxB7\nnand4D OxD9 = OxB6\nnand4D OxDA = OxB7\nnand4D OxDB = OxB6\nnand4D OxDC = OxB3\nnand4D OxDD = OxB2\nnand4D OxDE = OxB3\nnand4D OxDF = OxB2\nnand4D OxE0 = OxBF\nnand4D OxE1 = OxBE\nnand4D OxE2 = OxBF\nnand4D OxE3 = OxBE\nnand4D OxE4 = OxBB\nnand4D OxE5 = OxBA\nnand4D OxE6 = OxBB\nnand4D OxE7 = OxBA\nnand4D OxE8 = OxB7\nnand4D OxE9 = OxB6\nnand4D OxEA = OxB7\nnand4D OxEB = OxB6\nnand4D OxEC = OxB3\nnand4D OxED = OxB2\nnand4D OxEE = OxB3\nnand4D OxEF = OxB2\nnand4D OxF0 = OxBF\nnand4D OxF1 = OxBE\nnand4D OxF2 = OxBF\nnand4D OxF3 = OxBE\nnand4D OxF4 = OxBB\nnand4D OxF5 = OxBA\nnand4D OxF6 = OxBB\nnand4D OxF7 = OxBA\nnand4D OxF8 = OxB7\nnand4D OxF9 = OxB6\nnand4D OxFA = OxB7\nnand4D OxFB = OxB6\nnand4D OxFC = OxB3\nnand4D OxFD = OxB2\nnand4D OxFE = OxB3\nnand4D OxFF = OxB2\nnand4D ____ = undefined\nnand4E Ox4E = OxB1\nnand4E Ox4F = OxB1\nnand4E Ox50 = OxBF\nnand4E Ox51 = OxBF\nnand4E Ox52 = OxBD\nnand4E Ox53 = OxBD\nnand4E Ox54 = OxBB\nnand4E Ox55 = OxBB\nnand4E Ox56 = OxB9\nnand4E Ox57 = OxB9\nnand4E Ox58 = OxB7\nnand4E Ox59 = OxB7\nnand4E Ox5A = OxB5\nnand4E Ox5B = OxB5\nnand4E Ox5C = OxB3\nnand4E Ox5D = OxB3\nnand4E Ox5E = OxB1\nnand4E Ox5F = OxB1\nnand4E Ox60 = OxBF\nnand4E Ox61 = OxBF\nnand4E Ox62 = OxBD\nnand4E Ox63 = OxBD\nnand4E Ox64 = OxBB\nnand4E Ox65 = OxBB\nnand4E Ox66 = OxB9\nnand4E Ox67 = OxB9\nnand4E Ox68 = OxB7\nnand4E Ox69 = OxB7\nnand4E Ox6A = OxB5\nnand4E Ox6B = OxB5\nnand4E Ox6C = OxB3\nnand4E Ox6D = OxB3\nnand4E Ox6E = OxB1\nnand4E Ox6F = OxB1\nnand4E Ox70 = OxBF\nnand4E Ox71 = OxBF\nnand4E Ox72 = OxBD\nnand4E Ox73 = OxBD\nnand4E Ox74 = OxBB\nnand4E Ox75 = OxBB\nnand4E Ox76 = OxB9\nnand4E Ox77 = OxB9\nnand4E Ox78 = OxB7\nnand4E Ox79 = OxB7\nnand4E Ox7A = OxB5\nnand4E Ox7B = OxB5\nnand4E Ox7C = OxB3\nnand4E Ox7D = OxB3\nnand4E Ox7E = OxB1\nnand4E Ox7F = OxB1\nnand4E Ox80 = OxFF\nnand4E Ox81 = OxFF\nnand4E Ox82 = OxFD\nnand4E Ox83 = OxFD\nnand4E Ox84 = OxFB\nnand4E Ox85 = OxFB\nnand4E Ox86 = OxF9\nnand4E Ox87 = OxF9\nnand4E Ox88 = OxF7\nnand4E Ox89 = OxF7\nnand4E Ox8A = OxF5\nnand4E Ox8B = OxF5\nnand4E Ox8C = OxF3\nnand4E Ox8D = OxF3\nnand4E Ox8E = OxF1\nnand4E Ox8F = OxF1\nnand4E Ox90 = OxFF\nnand4E Ox91 = OxFF\nnand4E Ox92 = OxFD\nnand4E Ox93 = OxFD\nnand4E Ox94 = OxFB\nnand4E Ox95 = OxFB\nnand4E Ox96 = OxF9\nnand4E Ox97 = OxF9\nnand4E Ox98 = OxF7\nnand4E Ox99 = OxF7\nnand4E Ox9A = OxF5\nnand4E Ox9B = OxF5\nnand4E Ox9C = OxF3\nnand4E Ox9D = OxF3\nnand4E Ox9E = OxF1\nnand4E Ox9F = OxF1\nnand4E OxA0 = OxFF\nnand4E OxA1 = OxFF\nnand4E OxA2 = OxFD\nnand4E OxA3 = OxFD\nnand4E OxA4 = OxFB\nnand4E OxA5 = OxFB\nnand4E OxA6 = OxF9\nnand4E OxA7 = OxF9\nnand4E OxA8 = OxF7\nnand4E OxA9 = OxF7\nnand4E OxAA = OxF5\nnand4E OxAB = OxF5\nnand4E OxAC = OxF3\nnand4E OxAE = OxF1\nnand4E OxAF = OxF1\nnand4E OxB0 = OxFF\nnand4E OxB1 = OxFF\nnand4E OxB2 = OxFD\nnand4E OxB3 = OxFD\nnand4E OxB4 = OxFB\nnand4E OxB5 = OxFB\nnand4E OxB6 = OxF9\nnand4E OxB7 = OxF9\nnand4E OxB8 = OxF7\nnand4E OxB9 = OxF7\nnand4E OxBA = OxF5\nnand4E OxBB = OxF5\nnand4E OxBC = OxF3\nnand4E OxBD = OxF3\nnand4E OxBE = OxF1\nnand4E OxBF = OxF1\nnand4E OxC0 = OxBF\nnand4E OxC1 = OxBF\nnand4E OxC2 = OxBD\nnand4E OxC3 = OxBD\nnand4E OxC4 = OxBB\nnand4E OxC5 = OxBB\nnand4E OxC6 = OxB9\nnand4E OxC7 = OxB9\nnand4E OxC8 = OxB7\nnand4E OxC9 = OxB7\nnand4E OxCA = OxB5\nnand4E OxCB = OxB5\nnand4E OxCC = OxB3\nnand4E OxCD = OxB3\nnand4E OxCE = OxB1\nnand4E OxCF = OxB1\nnand4E OxD0 = OxBF\nnand4E OxD1 = OxBF\nnand4E OxD2 = OxBD\nnand4E OxD3 = OxBD\nnand4E OxD4 = OxBB\nnand4E OxD5 = OxBB\nnand4E OxD6 = OxB9\nnand4E OxD7 = OxB9\nnand4E OxD8 = OxB7\nnand4E OxD9 = OxB7\nnand4E OxDA = OxB5\nnand4E OxDB = OxB5\nnand4E OxDC = OxB3\nnand4E OxDD = OxB3\nnand4E OxDE = OxB1\nnand4E OxDF = OxB1\nnand4E OxE0 = OxBF\nnand4E OxE1 = OxBF\nnand4E OxE2 = OxBD\nnand4E OxE3 = OxBD\nnand4E OxE4 = OxBB\nnand4E OxE5 = OxBB\nnand4E OxE6 = OxB9\nnand4E OxE7 = OxB9\nnand4E OxE8 = OxB7\nnand4E OxE9 = OxB7\nnand4E OxEA = OxB5\nnand4E OxEB = OxB5\nnand4E OxEC = OxB3\nnand4E OxED = OxB3\nnand4E OxEE = OxB1\nnand4E OxEF = OxB1\nnand4E OxF0 = OxBF\nnand4E OxF1 = OxBF\nnand4E OxF2 = OxBD\nnand4E OxF3 = OxBD\nnand4E OxF4 = OxBB\nnand4E OxF5 = OxBB\nnand4E OxF6 = OxB9\nnand4E OxF7 = OxB9\nnand4E OxF8 = OxB7\nnand4E OxF9 = OxB7\nnand4E OxFA = OxB5\nnand4E OxFB = OxB5\nnand4E OxFC = OxB3\nnand4E OxFD = OxB3\nnand4E OxFE = OxB1\nnand4E OxFF = OxB1\nnand4E ____ = undefined\nnand4F Ox4F = OxB0\nnand4F Ox50 = OxBF\nnand4F Ox51 = OxBE\nnand4F Ox52 = OxBD\nnand4F Ox53 = OxBC\nnand4F Ox54 = OxBB\nnand4F Ox55 = OxBA\nnand4F Ox56 = OxB9\nnand4F Ox57 = OxB8\nnand4F Ox58 = OxB7\nnand4F Ox59 = OxB6\nnand4F Ox5A = OxB5\nnand4F Ox5B = OxB4\nnand4F Ox5C = OxB3\nnand4F Ox5D = OxB2\nnand4F Ox5E = OxB1\nnand4F Ox5F = OxB0\nnand4F Ox60 = OxBF\nnand4F Ox61 = OxBE\nnand4F Ox62 = OxBD\nnand4F Ox63 = OxBC\nnand4F Ox64 = OxBB\nnand4F Ox65 = OxBA\nnand4F Ox66 = OxB9\nnand4F Ox67 = OxB8\nnand4F Ox68 = OxB7\nnand4F Ox69 = OxB6\nnand4F Ox6A = OxB5\nnand4F Ox6B = OxB4\nnand4F Ox6C = OxB3\nnand4F Ox6D = OxB2\nnand4F Ox6E = OxB1\nnand4F Ox6F = OxB0\nnand4F Ox70 = OxBF\nnand4F Ox71 = OxBE\nnand4F Ox72 = OxBD\nnand4F Ox73 = OxBC\nnand4F Ox74 = OxBB\nnand4F Ox75 = OxBA\nnand4F Ox76 = OxB9\nnand4F Ox77 = OxB8\nnand4F Ox78 = OxB7\nnand4F Ox79 = OxB6\nnand4F Ox7A = OxB5\nnand4F Ox7B = OxB4\nnand4F Ox7C = OxB3\nnand4F Ox7D = OxB2\nnand4F Ox7E = OxB1\nnand4F Ox7F = OxB0\nnand4F Ox80 = OxFF\nnand4F Ox81 = OxFE\nnand4F Ox82 = OxFD\nnand4F Ox83 = OxFC\nnand4F Ox84 = OxFB\nnand4F Ox85 = OxFA\nnand4F Ox86 = OxF9\nnand4F Ox87 = OxF8\nnand4F Ox88 = OxF7\nnand4F Ox89 = OxF6\nnand4F Ox8A = OxF5\nnand4F Ox8B = OxF4\nnand4F Ox8C = OxF3\nnand4F Ox8D = OxF2\nnand4F Ox8E = OxF1\nnand4F Ox8F = OxF0\nnand4F Ox90 = OxFF\nnand4F Ox91 = OxFE\nnand4F Ox92 = OxFD\nnand4F Ox93 = OxFC\nnand4F Ox94 = OxFB\nnand4F Ox95 = OxFA\nnand4F Ox96 = OxF9\nnand4F Ox97 = OxF8\nnand4F Ox98 = OxF7\nnand4F Ox99 = OxF6\nnand4F Ox9A = OxF5\nnand4F Ox9B = OxF4\nnand4F Ox9C = OxF3\nnand4F Ox9D = OxF2\nnand4F Ox9E = OxF1\nnand4F Ox9F = OxF0\nnand4F OxA0 = OxFF\nnand4F OxA1 = OxFE\nnand4F OxA2 = OxFD\nnand4F OxA3 = OxFC\nnand4F OxA4 = OxFB\nnand4F OxA5 = OxFA\nnand4F OxA6 = OxF9\nnand4F OxA7 = OxF8\nnand4F OxA8 = OxF7\nnand4F OxA9 = OxF6\nnand4F OxAA = OxF5\nnand4F OxAB = OxF4\nnand4F OxAC = OxF3\nnand4F OxAE = OxF1\nnand4F OxAF = OxF0\nnand4F OxB0 = OxFF\nnand4F OxB1 = OxFE\nnand4F OxB2 = OxFD\nnand4F OxB3 = OxFC\nnand4F OxB4 = OxFB\nnand4F OxB5 = OxFA\nnand4F OxB6 = OxF9\nnand4F OxB7 = OxF8\nnand4F OxB8 = OxF7\nnand4F OxB9 = OxF6\nnand4F OxBA = OxF5\nnand4F OxBB = OxF4\nnand4F OxBC = OxF3\nnand4F OxBD = OxF2\nnand4F OxBE = OxF1\nnand4F OxBF = OxF0\nnand4F OxC0 = OxBF\nnand4F OxC1 = OxBE\nnand4F OxC2 = OxBD\nnand4F OxC3 = OxBC\nnand4F OxC4 = OxBB\nnand4F OxC5 = OxBA\nnand4F OxC6 = OxB9\nnand4F OxC7 = OxB8\nnand4F OxC8 = OxB7\nnand4F OxC9 = OxB6\nnand4F OxCA = OxB5\nnand4F OxCB = OxB4\nnand4F OxCC = OxB3\nnand4F OxCD = OxB2\nnand4F OxCE = OxB1\nnand4F OxCF = OxB0\nnand4F OxD0 = OxBF\nnand4F OxD1 = OxBE\nnand4F OxD2 = OxBD\nnand4F OxD3 = OxBC\nnand4F OxD4 = OxBB\nnand4F OxD5 = OxBA\nnand4F OxD6 = OxB9\nnand4F OxD7 = OxB8\nnand4F OxD8 = OxB7\nnand4F OxD9 = OxB6\nnand4F OxDA = OxB5\nnand4F OxDB = OxB4\nnand4F OxDC = OxB3\nnand4F OxDD = OxB2\nnand4F OxDE = OxB1\nnand4F OxDF = OxB0\nnand4F OxE0 = OxBF\nnand4F OxE1 = OxBE\nnand4F OxE2 = OxBD\nnand4F OxE3 = OxBC\nnand4F OxE4 = OxBB\nnand4F OxE5 = OxBA\nnand4F OxE6 = OxB9\nnand4F OxE7 = OxB8\nnand4F OxE8 = OxB7\nnand4F OxE9 = OxB6\nnand4F OxEA = OxB5\nnand4F OxEB = OxB4\nnand4F OxEC = OxB3\nnand4F OxED = OxB2\nnand4F OxEE = OxB1\nnand4F OxEF = OxB0\nnand4F OxF0 = OxBF\nnand4F OxF1 = OxBE\nnand4F OxF2 = OxBD\nnand4F OxF3 = OxBC\nnand4F OxF4 = OxBB\nnand4F OxF5 = OxBA\nnand4F OxF6 = OxB9\nnand4F OxF7 = OxB8\nnand4F OxF8 = OxB7\nnand4F OxF9 = OxB6\nnand4F OxFA = OxB5\nnand4F OxFB = OxB4\nnand4F OxFC = OxB3\nnand4F OxFD = OxB2\nnand4F OxFE = OxB1\nnand4F OxFF = OxB0\nnand4F ____ = undefined\nnand50 Ox50 = OxAF\nnand50 Ox51 = OxAF\nnand50 Ox52 = OxAF\nnand50 Ox53 = OxAF\nnand50 Ox54 = OxAF\nnand50 Ox55 = OxAF\nnand50 Ox56 = OxAF\nnand50 Ox57 = OxAF\nnand50 Ox58 = OxAF\nnand50 Ox59 = OxAF\nnand50 Ox5A = OxAF\nnand50 Ox5B = OxAF\nnand50 Ox5C = OxAF\nnand50 Ox5D = OxAF\nnand50 Ox5E = OxAF\nnand50 Ox5F = OxAF\nnand50 Ox60 = OxBF\nnand50 Ox61 = OxBF\nnand50 Ox62 = OxBF\nnand50 Ox63 = OxBF\nnand50 Ox64 = OxBF\nnand50 Ox65 = OxBF\nnand50 Ox66 = OxBF\nnand50 Ox67 = OxBF\nnand50 Ox68 = OxBF\nnand50 Ox69 = OxBF\nnand50 Ox6A = OxBF\nnand50 Ox6B = OxBF\nnand50 Ox6C = OxBF\nnand50 Ox6D = OxBF\nnand50 Ox6E = OxBF\nnand50 Ox6F = OxBF\nnand50 Ox70 = OxAF\nnand50 Ox71 = OxAF\nnand50 Ox72 = OxAF\nnand50 Ox73 = OxAF\nnand50 Ox74 = OxAF\nnand50 Ox75 = OxAF\nnand50 Ox76 = OxAF\nnand50 Ox77 = OxAF\nnand50 Ox78 = OxAF\nnand50 Ox79 = OxAF\nnand50 Ox7A = OxAF\nnand50 Ox7B = OxAF\nnand50 Ox7C = OxAF\nnand50 Ox7D = OxAF\nnand50 Ox7E = OxAF\nnand50 Ox7F = OxAF\nnand50 Ox80 = OxFF\nnand50 Ox81 = OxFF\nnand50 Ox82 = OxFF\nnand50 Ox83 = OxFF\nnand50 Ox84 = OxFF\nnand50 Ox85 = OxFF\nnand50 Ox86 = OxFF\nnand50 Ox87 = OxFF\nnand50 Ox88 = OxFF\nnand50 Ox89 = OxFF\nnand50 Ox8A = OxFF\nnand50 Ox8B = OxFF\nnand50 Ox8C = OxFF\nnand50 Ox8D = OxFF\nnand50 Ox8E = OxFF\nnand50 Ox8F = OxFF\nnand50 Ox90 = OxEF\nnand50 Ox91 = OxEF\nnand50 Ox92 = OxEF\nnand50 Ox93 = OxEF\nnand50 Ox94 = OxEF\nnand50 Ox95 = OxEF\nnand50 Ox96 = OxEF\nnand50 Ox97 = OxEF\nnand50 Ox98 = OxEF\nnand50 Ox99 = OxEF\nnand50 Ox9A = OxEF\nnand50 Ox9B = OxEF\nnand50 Ox9C = OxEF\nnand50 Ox9D = OxEF\nnand50 Ox9E = OxEF\nnand50 Ox9F = OxEF\nnand50 OxA0 = OxFF\nnand50 OxA1 = OxFF\nnand50 OxA2 = OxFF\nnand50 OxA3 = OxFF\nnand50 OxA4 = OxFF\nnand50 OxA5 = OxFF\nnand50 OxA6 = OxFF\nnand50 OxA7 = OxFF\nnand50 OxA8 = OxFF\nnand50 OxA9 = OxFF\nnand50 OxAA = OxFF\nnand50 OxAB = OxFF\nnand50 OxAC = OxFF\nnand50 OxAE = OxFF\nnand50 OxAF = OxFF\nnand50 OxB0 = OxEF\nnand50 OxB1 = OxEF\nnand50 OxB2 = OxEF\nnand50 OxB3 = OxEF\nnand50 OxB4 = OxEF\nnand50 OxB5 = OxEF\nnand50 OxB6 = OxEF\nnand50 OxB7 = OxEF\nnand50 OxB8 = OxEF\nnand50 OxB9 = OxEF\nnand50 OxBA = OxEF\nnand50 OxBB = OxEF\nnand50 OxBC = OxEF\nnand50 OxBD = OxEF\nnand50 OxBE = OxEF\nnand50 OxBF = OxEF\nnand50 OxC0 = OxBF\nnand50 OxC1 = OxBF\nnand50 OxC2 = OxBF\nnand50 OxC3 = OxBF\nnand50 OxC4 = OxBF\nnand50 OxC5 = OxBF\nnand50 OxC6 = OxBF\nnand50 OxC7 = OxBF\nnand50 OxC8 = OxBF\nnand50 OxC9 = OxBF\nnand50 OxCA = OxBF\nnand50 OxCB = OxBF\nnand50 OxCC = OxBF\nnand50 OxCD = OxBF\nnand50 OxCE = OxBF\nnand50 OxCF = OxBF\nnand50 OxD0 = OxAF\nnand50 OxD1 = OxAF\nnand50 OxD2 = OxAF\nnand50 OxD3 = OxAF\nnand50 OxD4 = OxAF\nnand50 OxD5 = OxAF\nnand50 OxD6 = OxAF\nnand50 OxD7 = OxAF\nnand50 OxD8 = OxAF\nnand50 OxD9 = OxAF\nnand50 OxDA = OxAF\nnand50 OxDB = OxAF\nnand50 OxDC = OxAF\nnand50 OxDD = OxAF\nnand50 OxDE = OxAF\nnand50 OxDF = OxAF\nnand50 OxE0 = OxBF\nnand50 OxE1 = OxBF\nnand50 OxE2 = OxBF\nnand50 OxE3 = OxBF\nnand50 OxE4 = OxBF\nnand50 OxE5 = OxBF\nnand50 OxE6 = OxBF\nnand50 OxE7 = OxBF\nnand50 OxE8 = OxBF\nnand50 OxE9 = OxBF\nnand50 OxEA = OxBF\nnand50 OxEB = OxBF\nnand50 OxEC = OxBF\nnand50 OxED = OxBF\nnand50 OxEE = OxBF\nnand50 OxEF = OxBF\nnand50 OxF0 = OxAF\nnand50 OxF1 = OxAF\nnand50 OxF2 = OxAF\nnand50 OxF3 = OxAF\nnand50 OxF4 = OxAF\nnand50 OxF5 = OxAF\nnand50 OxF6 = OxAF\nnand50 OxF7 = OxAF\nnand50 OxF8 = OxAF\nnand50 OxF9 = OxAF\nnand50 OxFA = OxAF\nnand50 OxFB = OxAF\nnand50 OxFC = OxAF\nnand50 OxFD = OxAF\nnand50 OxFE = OxAF\nnand50 OxFF = OxAF\nnand50 ____ = undefined\nnand51 Ox51 = OxAE\nnand51 Ox52 = OxAF\nnand51 Ox53 = OxAE\nnand51 Ox54 = OxAF\nnand51 Ox55 = OxAE\nnand51 Ox56 = OxAF\nnand51 Ox57 = OxAE\nnand51 Ox58 = OxAF\nnand51 Ox59 = OxAE\nnand51 Ox5A = OxAF\nnand51 Ox5B = OxAE\nnand51 Ox5C = OxAF\nnand51 Ox5D = OxAE\nnand51 Ox5E = OxAF\nnand51 Ox5F = OxAE\nnand51 Ox60 = OxBF\nnand51 Ox61 = OxBE\nnand51 Ox62 = OxBF\nnand51 Ox63 = OxBE\nnand51 Ox64 = OxBF\nnand51 Ox65 = OxBE\nnand51 Ox66 = OxBF\nnand51 Ox67 = OxBE\nnand51 Ox68 = OxBF\nnand51 Ox69 = OxBE\nnand51 Ox6A = OxBF\nnand51 Ox6B = OxBE\nnand51 Ox6C = OxBF\nnand51 Ox6D = OxBE\nnand51 Ox6E = OxBF\nnand51 Ox6F = OxBE\nnand51 Ox70 = OxAF\nnand51 Ox71 = OxAE\nnand51 Ox72 = OxAF\nnand51 Ox73 = OxAE\nnand51 Ox74 = OxAF\nnand51 Ox75 = OxAE\nnand51 Ox76 = OxAF\nnand51 Ox77 = OxAE\nnand51 Ox78 = OxAF\nnand51 Ox79 = OxAE\nnand51 Ox7A = OxAF\nnand51 Ox7B = OxAE\nnand51 Ox7C = OxAF\nnand51 Ox7D = OxAE\nnand51 Ox7E = OxAF\nnand51 Ox7F = OxAE\nnand51 Ox80 = OxFF\nnand51 Ox81 = OxFE\nnand51 Ox82 = OxFF\nnand51 Ox83 = OxFE\nnand51 Ox84 = OxFF\nnand51 Ox85 = OxFE\nnand51 Ox86 = OxFF\nnand51 Ox87 = OxFE\nnand51 Ox88 = OxFF\nnand51 Ox89 = OxFE\nnand51 Ox8A = OxFF\nnand51 Ox8B = OxFE\nnand51 Ox8C = OxFF\nnand51 Ox8D = OxFE\nnand51 Ox8E = OxFF\nnand51 Ox8F = OxFE\nnand51 Ox90 = OxEF\nnand51 Ox91 = OxEE\nnand51 Ox92 = OxEF\nnand51 Ox93 = OxEE\nnand51 Ox94 = OxEF\nnand51 Ox95 = OxEE\nnand51 Ox96 = OxEF\nnand51 Ox97 = OxEE\nnand51 Ox98 = OxEF\nnand51 Ox99 = OxEE\nnand51 Ox9A = OxEF\nnand51 Ox9B = OxEE\nnand51 Ox9C = OxEF\nnand51 Ox9D = OxEE\nnand51 Ox9E = OxEF\nnand51 Ox9F = OxEE\nnand51 OxA0 = OxFF\nnand51 OxA1 = OxFE\nnand51 OxA2 = OxFF\nnand51 OxA3 = OxFE\nnand51 OxA4 = OxFF\nnand51 OxA5 = OxFE\nnand51 OxA6 = OxFF\nnand51 OxA7 = OxFE\nnand51 OxA8 = OxFF\nnand51 OxA9 = OxFE\nnand51 OxAA = OxFF\nnand51 OxAB = OxFE\nnand51 OxAC = OxFF\nnand51 OxAE = OxFF\nnand51 OxAF = OxFE\nnand51 OxB0 = OxEF\nnand51 OxB1 = OxEE\nnand51 OxB2 = OxEF\nnand51 OxB3 = OxEE\nnand51 OxB4 = OxEF\nnand51 OxB5 = OxEE\nnand51 OxB6 = OxEF\nnand51 OxB7 = OxEE\nnand51 OxB8 = OxEF\nnand51 OxB9 = OxEE\nnand51 OxBA = OxEF\nnand51 OxBB = OxEE\nnand51 OxBC = OxEF\nnand51 OxBD = OxEE\nnand51 OxBE = OxEF\nnand51 OxBF = OxEE\nnand51 OxC0 = OxBF\nnand51 OxC1 = OxBE\nnand51 OxC2 = OxBF\nnand51 OxC3 = OxBE\nnand51 OxC4 = OxBF\nnand51 OxC5 = OxBE\nnand51 OxC6 = OxBF\nnand51 OxC7 = OxBE\nnand51 OxC8 = OxBF\nnand51 OxC9 = OxBE\nnand51 OxCA = OxBF\nnand51 OxCB = OxBE\nnand51 OxCC = OxBF\nnand51 OxCD = OxBE\nnand51 OxCE = OxBF\nnand51 OxCF = OxBE\nnand51 OxD0 = OxAF\nnand51 OxD1 = OxAE\nnand51 OxD2 = OxAF\nnand51 OxD3 = OxAE\nnand51 OxD4 = OxAF\nnand51 OxD5 = OxAE\nnand51 OxD6 = OxAF\nnand51 OxD7 = OxAE\nnand51 OxD8 = OxAF\nnand51 OxD9 = OxAE\nnand51 OxDA = OxAF\nnand51 OxDB = OxAE\nnand51 OxDC = OxAF\nnand51 OxDD = OxAE\nnand51 OxDE = OxAF\nnand51 OxDF = OxAE\nnand51 OxE0 = OxBF\nnand51 OxE1 = OxBE\nnand51 OxE2 = OxBF\nnand51 OxE3 = OxBE\nnand51 OxE4 = OxBF\nnand51 OxE5 = OxBE\nnand51 OxE6 = OxBF\nnand51 OxE7 = OxBE\nnand51 OxE8 = OxBF\nnand51 OxE9 = OxBE\nnand51 OxEA = OxBF\nnand51 OxEB = OxBE\nnand51 OxEC = OxBF\nnand51 OxED = OxBE\nnand51 OxEE = OxBF\nnand51 OxEF = OxBE\nnand51 OxF0 = OxAF\nnand51 OxF1 = OxAE\nnand51 OxF2 = OxAF\nnand51 OxF3 = OxAE\nnand51 OxF4 = OxAF\nnand51 OxF5 = OxAE\nnand51 OxF6 = OxAF\nnand51 OxF7 = OxAE\nnand51 OxF8 = OxAF\nnand51 OxF9 = OxAE\nnand51 OxFA = OxAF\nnand51 OxFB = OxAE\nnand51 OxFC = OxAF\nnand51 OxFD = OxAE\nnand51 OxFE = OxAF\nnand51 OxFF = OxAE\nnand51 ____ = undefined\nnand52 Ox54 = OxAF\nnand52 Ox55 = OxAF\nnand52 Ox58 = OxAF\nnand52 Ox59 = OxAF\nnand52 Ox5C = OxAF\nnand52 Ox5D = OxAF\nnand52 Ox60 = OxBF\nnand52 Ox61 = OxBF\nnand52 Ox62 = OxBD\nnand52 Ox63 = OxBD\nnand52 Ox64 = OxBF\nnand52 Ox65 = OxBF\nnand52 Ox66 = OxBD\nnand52 Ox67 = OxBD\nnand52 Ox68 = OxBF\nnand52 Ox69 = OxBF\nnand52 Ox6A = OxBD\nnand52 Ox6B = OxBD\nnand52 Ox6C = OxBF\nnand52 Ox6D = OxBF\nnand52 Ox6E = OxBD\nnand52 Ox6F = OxBD\nnand52 Ox70 = OxAF\nnand52 Ox71 = OxAF\nnand52 Ox74 = OxAF\nnand52 Ox75 = OxAF\nnand52 Ox78 = OxAF\nnand52 Ox79 = OxAF\nnand52 Ox7C = OxAF\nnand52 Ox7D = OxAF\nnand52 Ox80 = OxFF\nnand52 Ox81 = OxFF\nnand52 Ox82 = OxFD\nnand52 Ox83 = OxFD\nnand52 Ox84 = OxFF\nnand52 Ox85 = OxFF\nnand52 Ox86 = OxFD\nnand52 Ox87 = OxFD\nnand52 Ox88 = OxFF\nnand52 Ox89 = OxFF\nnand52 Ox8A = OxFD\nnand52 Ox8B = OxFD\nnand52 Ox8C = OxFF\nnand52 Ox8D = OxFF\nnand52 Ox8E = OxFD\nnand52 Ox8F = OxFD\nnand52 Ox90 = OxEF\nnand52 Ox91 = OxEF\nnand52 Ox92 = OxED\nnand52 Ox93 = OxED\nnand52 Ox94 = OxEF\nnand52 Ox95 = OxEF\nnand52 Ox96 = OxED\nnand52 Ox97 = OxED\nnand52 Ox98 = OxEF\nnand52 Ox99 = OxEF\nnand52 Ox9A = OxED\nnand52 Ox9B = OxED\nnand52 Ox9C = OxEF\nnand52 Ox9D = OxEF\nnand52 Ox9E = OxED\nnand52 Ox9F = OxED\nnand52 OxA0 = OxFF\nnand52 OxA1 = OxFF\nnand52 OxA2 = OxFD\nnand52 OxA3 = OxFD\nnand52 OxA4 = OxFF\nnand52 OxA5 = OxFF\nnand52 OxA6 = OxFD\nnand52 OxA7 = OxFD\nnand52 OxA8 = OxFF\nnand52 OxA9 = OxFF\nnand52 OxAA = OxFD\nnand52 OxAB = OxFD\nnand52 OxAC = OxFF\nnand52 OxAE = OxFD\nnand52 OxAF = OxFD\nnand52 OxB0 = OxEF\nnand52 OxB1 = OxEF\nnand52 OxB2 = OxED\nnand52 OxB3 = OxED\nnand52 OxB4 = OxEF\nnand52 OxB5 = OxEF\nnand52 OxB6 = OxED\nnand52 OxB7 = OxED\nnand52 OxB8 = OxEF\nnand52 OxB9 = OxEF\nnand52 OxBA = OxED\nnand52 OxBB = OxED\nnand52 OxBC = OxEF\nnand52 OxBD = OxEF\nnand52 OxBE = OxED\nnand52 OxBF = OxED\nnand52 OxC0 = OxBF\nnand52 OxC1 = OxBF\nnand52 OxC2 = OxBD\nnand52 OxC3 = OxBD\nnand52 OxC4 = OxBF\nnand52 OxC5 = OxBF\nnand52 OxC6 = OxBD\nnand52 OxC7 = OxBD\nnand52 OxC8 = OxBF\nnand52 OxC9 = OxBF\nnand52 OxCA = OxBD\nnand52 OxCB = OxBD\nnand52 OxCC = OxBF\nnand52 OxCD = OxBF\nnand52 OxCE = OxBD\nnand52 OxCF = OxBD\nnand52 OxD0 = OxAF\nnand52 OxD1 = OxAF\nnand52 OxD4 = OxAF\nnand52 OxD5 = OxAF\nnand52 OxD8 = OxAF\nnand52 OxD9 = OxAF\nnand52 OxDC = OxAF\nnand52 OxDD = OxAF\nnand52 OxE0 = OxBF\nnand52 OxE1 = OxBF\nnand52 OxE2 = OxBD\nnand52 OxE3 = OxBD\nnand52 OxE4 = OxBF\nnand52 OxE5 = OxBF\nnand52 OxE6 = OxBD\nnand52 OxE7 = OxBD\nnand52 OxE8 = OxBF\nnand52 OxE9 = OxBF\nnand52 OxEA = OxBD\nnand52 OxEB = OxBD\nnand52 OxEC = OxBF\nnand52 OxED = OxBF\nnand52 OxEE = OxBD\nnand52 OxEF = OxBD\nnand52 OxF0 = OxAF\nnand52 OxF1 = OxAF\nnand52 OxF4 = OxAF\nnand52 OxF5 = OxAF\nnand52 OxF8 = OxAF\nnand52 OxF9 = OxAF\nnand52 OxFC = OxAF\nnand52 OxFD = OxAF\nnand52 ____ = undefined\nnand53 Ox53 = OxAC\nnand53 Ox54 = OxAF\nnand53 Ox55 = OxAE\nnand53 Ox57 = OxAC\nnand53 Ox58 = OxAF\nnand53 Ox59 = OxAE\nnand53 Ox5B = OxAC\nnand53 Ox5C = OxAF\nnand53 Ox5D = OxAE\nnand53 Ox5F = OxAC\nnand53 Ox60 = OxBF\nnand53 Ox61 = OxBE\nnand53 Ox62 = OxBD\nnand53 Ox63 = OxBC\nnand53 Ox64 = OxBF\nnand53 Ox65 = OxBE\nnand53 Ox66 = OxBD\nnand53 Ox67 = OxBC\nnand53 Ox68 = OxBF\nnand53 Ox69 = OxBE\nnand53 Ox6A = OxBD\nnand53 Ox6B = OxBC\nnand53 Ox6C = OxBF\nnand53 Ox6D = OxBE\nnand53 Ox6E = OxBD\nnand53 Ox6F = OxBC\nnand53 Ox70 = OxAF\nnand53 Ox71 = OxAE\nnand53 Ox73 = OxAC\nnand53 Ox74 = OxAF\nnand53 Ox75 = OxAE\nnand53 Ox77 = OxAC\nnand53 Ox78 = OxAF\nnand53 Ox79 = OxAE\nnand53 Ox7B = OxAC\nnand53 Ox7C = OxAF\nnand53 Ox7D = OxAE\nnand53 Ox7F = OxAC\nnand53 Ox80 = OxFF\nnand53 Ox81 = OxFE\nnand53 Ox82 = OxFD\nnand53 Ox83 = OxFC\nnand53 Ox84 = OxFF\nnand53 Ox85 = OxFE\nnand53 Ox86 = OxFD\nnand53 Ox87 = OxFC\nnand53 Ox88 = OxFF\nnand53 Ox89 = OxFE\nnand53 Ox8A = OxFD\nnand53 Ox8B = OxFC\nnand53 Ox8C = OxFF\nnand53 Ox8D = OxFE\nnand53 Ox8E = OxFD\nnand53 Ox8F = OxFC\nnand53 Ox90 = OxEF\nnand53 Ox91 = OxEE\nnand53 Ox92 = OxED\nnand53 Ox93 = OxEC\nnand53 Ox94 = OxEF\nnand53 Ox95 = OxEE\nnand53 Ox96 = OxED\nnand53 Ox97 = OxEC\nnand53 Ox98 = OxEF\nnand53 Ox99 = OxEE\nnand53 Ox9A = OxED\nnand53 Ox9B = OxEC\nnand53 Ox9C = OxEF\nnand53 Ox9D = OxEE\nnand53 Ox9E = OxED\nnand53 Ox9F = OxEC\nnand53 OxA0 = OxFF\nnand53 OxA1 = OxFE\nnand53 OxA2 = OxFD\nnand53 OxA3 = OxFC\nnand53 OxA4 = OxFF\nnand53 OxA5 = OxFE\nnand53 OxA6 = OxFD\nnand53 OxA7 = OxFC\nnand53 OxA8 = OxFF\nnand53 OxA9 = OxFE\nnand53 OxAA = OxFD\nnand53 OxAB = OxFC\nnand53 OxAC = OxFF\nnand53 OxAE = OxFD\nnand53 OxAF = OxFC\nnand53 OxB0 = OxEF\nnand53 OxB1 = OxEE\nnand53 OxB2 = OxED\nnand53 OxB3 = OxEC\nnand53 OxB4 = OxEF\nnand53 OxB5 = OxEE\nnand53 OxB6 = OxED\nnand53 OxB7 = OxEC\nnand53 OxB8 = OxEF\nnand53 OxB9 = OxEE\nnand53 OxBA = OxED\nnand53 OxBB = OxEC\nnand53 OxBC = OxEF\nnand53 OxBD = OxEE\nnand53 OxBE = OxED\nnand53 OxBF = OxEC\nnand53 OxC0 = OxBF\nnand53 OxC1 = OxBE\nnand53 OxC2 = OxBD\nnand53 OxC3 = OxBC\nnand53 OxC4 = OxBF\nnand53 OxC5 = OxBE\nnand53 OxC6 = OxBD\nnand53 OxC7 = OxBC\nnand53 OxC8 = OxBF\nnand53 OxC9 = OxBE\nnand53 OxCA = OxBD\nnand53 OxCB = OxBC\nnand53 OxCC = OxBF\nnand53 OxCD = OxBE\nnand53 OxCE = OxBD\nnand53 OxCF = OxBC\nnand53 OxD0 = OxAF\nnand53 OxD1 = OxAE\nnand53 OxD3 = OxAC\nnand53 OxD4 = OxAF\nnand53 OxD5 = OxAE\nnand53 OxD7 = OxAC\nnand53 OxD8 = OxAF\nnand53 OxD9 = OxAE\nnand53 OxDB = OxAC\nnand53 OxDC = OxAF\nnand53 OxDD = OxAE\nnand53 OxDF = OxAC\nnand53 OxE0 = OxBF\nnand53 OxE1 = OxBE\nnand53 OxE2 = OxBD\nnand53 OxE3 = OxBC\nnand53 OxE4 = OxBF\nnand53 OxE5 = OxBE\nnand53 OxE6 = OxBD\nnand53 OxE7 = OxBC\nnand53 OxE8 = OxBF\nnand53 OxE9 = OxBE\nnand53 OxEA = OxBD\nnand53 OxEB = OxBC\nnand53 OxEC = OxBF\nnand53 OxED = OxBE\nnand53 OxEE = OxBD\nnand53 OxEF = OxBC\nnand53 OxF0 = OxAF\nnand53 OxF1 = OxAE\nnand53 OxF3 = OxAC\nnand53 OxF4 = OxAF\nnand53 OxF5 = OxAE\nnand53 OxF7 = OxAC\nnand53 OxF8 = OxAF\nnand53 OxF9 = OxAE\nnand53 OxFB = OxAC\nnand53 OxFC = OxAF\nnand53 OxFD = OxAE\nnand53 OxFF = OxAC\nnand53 ____ = undefined\nnand54 Ox54 = OxAB\nnand54 Ox55 = OxAB\nnand54 Ox56 = OxAB\nnand54 Ox57 = OxAB\nnand54 Ox58 = OxAF\nnand54 Ox59 = OxAF\nnand54 Ox5A = OxAF\nnand54 Ox5B = OxAF\nnand54 Ox5C = OxAB\nnand54 Ox5D = OxAB\nnand54 Ox5E = OxAB\nnand54 Ox5F = OxAB\nnand54 Ox60 = OxBF\nnand54 Ox61 = OxBF\nnand54 Ox62 = OxBF\nnand54 Ox63 = OxBF\nnand54 Ox64 = OxBB\nnand54 Ox65 = OxBB\nnand54 Ox66 = OxBB\nnand54 Ox67 = OxBB\nnand54 Ox68 = OxBF\nnand54 Ox69 = OxBF\nnand54 Ox6A = OxBF\nnand54 Ox6B = OxBF\nnand54 Ox6C = OxBB\nnand54 Ox6D = OxBB\nnand54 Ox6E = OxBB\nnand54 Ox6F = OxBB\nnand54 Ox70 = OxAF\nnand54 Ox71 = OxAF\nnand54 Ox72 = OxAF\nnand54 Ox73 = OxAF\nnand54 Ox74 = OxAB\nnand54 Ox75 = OxAB\nnand54 Ox76 = OxAB\nnand54 Ox77 = OxAB\nnand54 Ox78 = OxAF\nnand54 Ox79 = OxAF\nnand54 Ox7A = OxAF\nnand54 Ox7B = OxAF\nnand54 Ox7C = OxAB\nnand54 Ox7D = OxAB\nnand54 Ox7E = OxAB\nnand54 Ox7F = OxAB\nnand54 Ox80 = OxFF\nnand54 Ox81 = OxFF\nnand54 Ox82 = OxFF\nnand54 Ox83 = OxFF\nnand54 Ox84 = OxFB\nnand54 Ox85 = OxFB\nnand54 Ox86 = OxFB\nnand54 Ox87 = OxFB\nnand54 Ox88 = OxFF\nnand54 Ox89 = OxFF\nnand54 Ox8A = OxFF\nnand54 Ox8B = OxFF\nnand54 Ox8C = OxFB\nnand54 Ox8D = OxFB\nnand54 Ox8E = OxFB\nnand54 Ox8F = OxFB\nnand54 Ox90 = OxEF\nnand54 Ox91 = OxEF\nnand54 Ox92 = OxEF\nnand54 Ox93 = OxEF\nnand54 Ox94 = OxEB\nnand54 Ox95 = OxEB\nnand54 Ox96 = OxEB\nnand54 Ox97 = OxEB\nnand54 Ox98 = OxEF\nnand54 Ox99 = OxEF\nnand54 Ox9A = OxEF\nnand54 Ox9B = OxEF\nnand54 Ox9C = OxEB\nnand54 Ox9D = OxEB\nnand54 Ox9E = OxEB\nnand54 Ox9F = OxEB\nnand54 OxA0 = OxFF\nnand54 OxA1 = OxFF\nnand54 OxA2 = OxFF\nnand54 OxA3 = OxFF\nnand54 OxA4 = OxFB\nnand54 OxA5 = OxFB\nnand54 OxA6 = OxFB\nnand54 OxA7 = OxFB\nnand54 OxA8 = OxFF\nnand54 OxA9 = OxFF\nnand54 OxAA = OxFF\nnand54 OxAB = OxFF\nnand54 OxAC = OxFB\nnand54 OxAE = OxFB\nnand54 OxAF = OxFB\nnand54 OxB0 = OxEF\nnand54 OxB1 = OxEF\nnand54 OxB2 = OxEF\nnand54 OxB3 = OxEF\nnand54 OxB4 = OxEB\nnand54 OxB5 = OxEB\nnand54 OxB6 = OxEB\nnand54 OxB7 = OxEB\nnand54 OxB8 = OxEF\nnand54 OxB9 = OxEF\nnand54 OxBA = OxEF\nnand54 OxBB = OxEF\nnand54 OxBC = OxEB\nnand54 OxBD = OxEB\nnand54 OxBE = OxEB\nnand54 OxBF = OxEB\nnand54 OxC0 = OxBF\nnand54 OxC1 = OxBF\nnand54 OxC2 = OxBF\nnand54 OxC3 = OxBF\nnand54 OxC4 = OxBB\nnand54 OxC5 = OxBB\nnand54 OxC6 = OxBB\nnand54 OxC7 = OxBB\nnand54 OxC8 = OxBF\nnand54 OxC9 = OxBF\nnand54 OxCA = OxBF\nnand54 OxCB = OxBF\nnand54 OxCC = OxBB\nnand54 OxCD = OxBB\nnand54 OxCE = OxBB\nnand54 OxCF = OxBB\nnand54 OxD0 = OxAF\nnand54 OxD1 = OxAF\nnand54 OxD2 = OxAF\nnand54 OxD3 = OxAF\nnand54 OxD4 = OxAB\nnand54 OxD5 = OxAB\nnand54 OxD6 = OxAB\nnand54 OxD7 = OxAB\nnand54 OxD8 = OxAF\nnand54 OxD9 = OxAF\nnand54 OxDA = OxAF\nnand54 OxDB = OxAF\nnand54 OxDC = OxAB\nnand54 OxDD = OxAB\nnand54 OxDE = OxAB\nnand54 OxDF = OxAB\nnand54 OxE0 = OxBF\nnand54 OxE1 = OxBF\nnand54 OxE2 = OxBF\nnand54 OxE3 = OxBF\nnand54 OxE4 = OxBB\nnand54 OxE5 = OxBB\nnand54 OxE6 = OxBB\nnand54 OxE7 = OxBB\nnand54 OxE8 = OxBF\nnand54 OxE9 = OxBF\nnand54 OxEA = OxBF\nnand54 OxEB = OxBF\nnand54 OxEC = OxBB\nnand54 OxED = OxBB\nnand54 OxEE = OxBB\nnand54 OxEF = OxBB\nnand54 OxF0 = OxAF\nnand54 OxF1 = OxAF\nnand54 OxF2 = OxAF\nnand54 OxF3 = OxAF\nnand54 OxF4 = OxAB\nnand54 OxF5 = OxAB\nnand54 OxF6 = OxAB\nnand54 OxF7 = OxAB\nnand54 OxF8 = OxAF\nnand54 OxF9 = OxAF\nnand54 OxFA = OxAF\nnand54 OxFB = OxAF\nnand54 OxFC = OxAB\nnand54 OxFD = OxAB\nnand54 OxFE = OxAB\nnand54 OxFF = OxAB\nnand54 ____ = undefined\nnand55 Ox55 = OxAA\nnand55 Ox56 = OxAB\nnand55 Ox57 = OxAA\nnand55 Ox58 = OxAF\nnand55 Ox59 = OxAE\nnand55 Ox5A = OxAF\nnand55 Ox5B = OxAE\nnand55 Ox5C = OxAB\nnand55 Ox5D = OxAA\nnand55 Ox5E = OxAB\nnand55 Ox5F = OxAA\nnand55 Ox60 = OxBF\nnand55 Ox61 = OxBE\nnand55 Ox62 = OxBF\nnand55 Ox63 = OxBE\nnand55 Ox64 = OxBB\nnand55 Ox65 = OxBA\nnand55 Ox66 = OxBB\nnand55 Ox67 = OxBA\nnand55 Ox68 = OxBF\nnand55 Ox69 = OxBE\nnand55 Ox6A = OxBF\nnand55 Ox6B = OxBE\nnand55 Ox6C = OxBB\nnand55 Ox6D = OxBA\nnand55 Ox6E = OxBB\nnand55 Ox6F = OxBA\nnand55 Ox70 = OxAF\nnand55 Ox71 = OxAE\nnand55 Ox72 = OxAF\nnand55 Ox73 = OxAE\nnand55 Ox74 = OxAB\nnand55 Ox75 = OxAA\nnand55 Ox76 = OxAB\nnand55 Ox77 = OxAA\nnand55 Ox78 = OxAF\nnand55 Ox79 = OxAE\nnand55 Ox7A = OxAF\nnand55 Ox7B = OxAE\nnand55 Ox7C = OxAB\nnand55 Ox7D = OxAA\nnand55 Ox7E = OxAB\nnand55 Ox7F = OxAA\nnand55 Ox80 = OxFF\nnand55 Ox81 = OxFE\nnand55 Ox82 = OxFF\nnand55 Ox83 = OxFE\nnand55 Ox84 = OxFB\nnand55 Ox85 = OxFA\nnand55 Ox86 = OxFB\nnand55 Ox87 = OxFA\nnand55 Ox88 = OxFF\nnand55 Ox89 = OxFE\nnand55 Ox8A = OxFF\nnand55 Ox8B = OxFE\nnand55 Ox8C = OxFB\nnand55 Ox8D = OxFA\nnand55 Ox8E = OxFB\nnand55 Ox8F = OxFA\nnand55 Ox90 = OxEF\nnand55 Ox91 = OxEE\nnand55 Ox92 = OxEF\nnand55 Ox93 = OxEE\nnand55 Ox94 = OxEB\nnand55 Ox95 = OxEA\nnand55 Ox96 = OxEB\nnand55 Ox97 = OxEA\nnand55 Ox98 = OxEF\nnand55 Ox99 = OxEE\nnand55 Ox9A = OxEF\nnand55 Ox9B = OxEE\nnand55 Ox9C = OxEB\nnand55 Ox9D = OxEA\nnand55 Ox9E = OxEB\nnand55 Ox9F = OxEA\nnand55 OxA0 = OxFF\nnand55 OxA1 = OxFE\nnand55 OxA2 = OxFF\nnand55 OxA3 = OxFE\nnand55 OxA4 = OxFB\nnand55 OxA5 = OxFA\nnand55 OxA6 = OxFB\nnand55 OxA7 = OxFA\nnand55 OxA8 = OxFF\nnand55 OxA9 = OxFE\nnand55 OxAA = OxFF\nnand55 OxAB = OxFE\nnand55 OxAC = OxFB\nnand55 OxAE = OxFB\nnand55 OxAF = OxFA\nnand55 OxB0 = OxEF\nnand55 OxB1 = OxEE\nnand55 OxB2 = OxEF\nnand55 OxB3 = OxEE\nnand55 OxB4 = OxEB\nnand55 OxB5 = OxEA\nnand55 OxB6 = OxEB\nnand55 OxB7 = OxEA\nnand55 OxB8 = OxEF\nnand55 OxB9 = OxEE\nnand55 OxBA = OxEF\nnand55 OxBB = OxEE\nnand55 OxBC = OxEB\nnand55 OxBD = OxEA\nnand55 OxBE = OxEB\nnand55 OxBF = OxEA\nnand55 OxC0 = OxBF\nnand55 OxC1 = OxBE\nnand55 OxC2 = OxBF\nnand55 OxC3 = OxBE\nnand55 OxC4 = OxBB\nnand55 OxC5 = OxBA\nnand55 OxC6 = OxBB\nnand55 OxC7 = OxBA\nnand55 OxC8 = OxBF\nnand55 OxC9 = OxBE\nnand55 OxCA = OxBF\nnand55 OxCB = OxBE\nnand55 OxCC = OxBB\nnand55 OxCD = OxBA\nnand55 OxCE = OxBB\nnand55 OxCF = OxBA\nnand55 OxD0 = OxAF\nnand55 OxD1 = OxAE\nnand55 OxD2 = OxAF\nnand55 OxD3 = OxAE\nnand55 OxD4 = OxAB\nnand55 OxD5 = OxAA\nnand55 OxD6 = OxAB\nnand55 OxD7 = OxAA\nnand55 OxD8 = OxAF\nnand55 OxD9 = OxAE\nnand55 OxDA = OxAF\nnand55 OxDB = OxAE\nnand55 OxDC = OxAB\nnand55 OxDD = OxAA\nnand55 OxDE = OxAB\nnand55 OxDF = OxAA\nnand55 OxE0 = OxBF\nnand55 OxE1 = OxBE\nnand55 OxE2 = OxBF\nnand55 OxE3 = OxBE\nnand55 OxE4 = OxBB\nnand55 OxE5 = OxBA\nnand55 OxE6 = OxBB\nnand55 OxE7 = OxBA\nnand55 OxE8 = OxBF\nnand55 OxE9 = OxBE\nnand55 OxEA = OxBF\nnand55 OxEB = OxBE\nnand55 OxEC = OxBB\nnand55 OxED = OxBA\nnand55 OxEE = OxBB\nnand55 OxEF = OxBA\nnand55 OxF0 = OxAF\nnand55 OxF1 = OxAE\nnand55 OxF2 = OxAF\nnand55 OxF3 = OxAE\nnand55 OxF4 = OxAB\nnand55 OxF5 = OxAA\nnand55 OxF6 = OxAB\nnand55 OxF7 = OxAA\nnand55 OxF8 = OxAF\nnand55 OxF9 = OxAE\nnand55 OxFA = OxAF\nnand55 OxFB = OxAE\nnand55 OxFC = OxAB\nnand55 OxFD = OxAA\nnand55 OxFE = OxAB\nnand55 OxFF = OxAA\nnand55 ____ = undefined\nnand56 Ox56 = OxA9\nnand56 Ox57 = OxA9\nnand56 Ox58 = OxAF\nnand56 Ox59 = OxAF\nnand56 Ox5C = OxAB\nnand56 Ox5D = OxAB\nnand56 Ox5E = OxA9\nnand56 Ox5F = OxA9\nnand56 Ox60 = OxBF\nnand56 Ox61 = OxBF\nnand56 Ox62 = OxBD\nnand56 Ox63 = OxBD\nnand56 Ox64 = OxBB\nnand56 Ox65 = OxBB\nnand56 Ox66 = OxB9\nnand56 Ox67 = OxB9\nnand56 Ox68 = OxBF\nnand56 Ox69 = OxBF\nnand56 Ox6A = OxBD\nnand56 Ox6B = OxBD\nnand56 Ox6C = OxBB\nnand56 Ox6D = OxBB\nnand56 Ox6E = OxB9\nnand56 Ox6F = OxB9\nnand56 Ox70 = OxAF\nnand56 Ox71 = OxAF\nnand56 Ox74 = OxAB\nnand56 Ox75 = OxAB\nnand56 Ox76 = OxA9\nnand56 Ox77 = OxA9\nnand56 Ox78 = OxAF\nnand56 Ox79 = OxAF\nnand56 Ox7C = OxAB\nnand56 Ox7D = OxAB\nnand56 Ox7E = OxA9\nnand56 Ox7F = OxA9\nnand56 Ox80 = OxFF\nnand56 Ox81 = OxFF\nnand56 Ox82 = OxFD\nnand56 Ox83 = OxFD\nnand56 Ox84 = OxFB\nnand56 Ox85 = OxFB\nnand56 Ox86 = OxF9\nnand56 Ox87 = OxF9\nnand56 Ox88 = OxFF\nnand56 Ox89 = OxFF\nnand56 Ox8A = OxFD\nnand56 Ox8B = OxFD\nnand56 Ox8C = OxFB\nnand56 Ox8D = OxFB\nnand56 Ox8E = OxF9\nnand56 Ox8F = OxF9\nnand56 Ox90 = OxEF\nnand56 Ox91 = OxEF\nnand56 Ox92 = OxED\nnand56 Ox93 = OxED\nnand56 Ox94 = OxEB\nnand56 Ox95 = OxEB\nnand56 Ox96 = OxE9\nnand56 Ox97 = OxE9\nnand56 Ox98 = OxEF\nnand56 Ox99 = OxEF\nnand56 Ox9A = OxED\nnand56 Ox9B = OxED\nnand56 Ox9C = OxEB\nnand56 Ox9D = OxEB\nnand56 Ox9E = OxE9\nnand56 Ox9F = OxE9\nnand56 OxA0 = OxFF\nnand56 OxA1 = OxFF\nnand56 OxA2 = OxFD\nnand56 OxA3 = OxFD\nnand56 OxA4 = OxFB\nnand56 OxA5 = OxFB\nnand56 OxA6 = OxF9\nnand56 OxA7 = OxF9\nnand56 OxA8 = OxFF\nnand56 OxA9 = OxFF\nnand56 OxAA = OxFD\nnand56 OxAB = OxFD\nnand56 OxAC = OxFB\nnand56 OxAE = OxF9\nnand56 OxAF = OxF9\nnand56 OxB0 = OxEF\nnand56 OxB1 = OxEF\nnand56 OxB2 = OxED\nnand56 OxB3 = OxED\nnand56 OxB4 = OxEB\nnand56 OxB5 = OxEB\nnand56 OxB6 = OxE9\nnand56 OxB7 = OxE9\nnand56 OxB8 = OxEF\nnand56 OxB9 = OxEF\nnand56 OxBA = OxED\nnand56 OxBB = OxED\nnand56 OxBC = OxEB\nnand56 OxBD = OxEB\nnand56 OxBE = OxE9\nnand56 OxBF = OxE9\nnand56 OxC0 = OxBF\nnand56 OxC1 = OxBF\nnand56 OxC2 = OxBD\nnand56 OxC3 = OxBD\nnand56 OxC4 = OxBB\nnand56 OxC5 = OxBB\nnand56 OxC6 = OxB9\nnand56 OxC7 = OxB9\nnand56 OxC8 = OxBF\nnand56 OxC9 = OxBF\nnand56 OxCA = OxBD\nnand56 OxCB = OxBD\nnand56 OxCC = OxBB\nnand56 OxCD = OxBB\nnand56 OxCE = OxB9\nnand56 OxCF = OxB9\nnand56 OxD0 = OxAF\nnand56 OxD1 = OxAF\nnand56 OxD4 = OxAB\nnand56 OxD5 = OxAB\nnand56 OxD6 = OxA9\nnand56 OxD7 = OxA9\nnand56 OxD8 = OxAF\nnand56 OxD9 = OxAF\nnand56 OxDC = OxAB\nnand56 OxDD = OxAB\nnand56 OxDE = OxA9\nnand56 OxDF = OxA9\nnand56 OxE0 = OxBF\nnand56 OxE1 = OxBF\nnand56 OxE2 = OxBD\nnand56 OxE3 = OxBD\nnand56 OxE4 = OxBB\nnand56 OxE5 = OxBB\nnand56 OxE6 = OxB9\nnand56 OxE7 = OxB9\nnand56 OxE8 = OxBF\nnand56 OxE9 = OxBF\nnand56 OxEA = OxBD\nnand56 OxEB = OxBD\nnand56 OxEC = OxBB\nnand56 OxED = OxBB\nnand56 OxEE = OxB9\nnand56 OxEF = OxB9\nnand56 OxF0 = OxAF\nnand56 OxF1 = OxAF\nnand56 OxF4 = OxAB\nnand56 OxF5 = OxAB\nnand56 OxF6 = OxA9\nnand56 OxF7 = OxA9\nnand56 OxF8 = OxAF\nnand56 OxF9 = OxAF\nnand56 OxFC = OxAB\nnand56 OxFD = OxAB\nnand56 OxFE = OxA9\nnand56 OxFF = OxA9\nnand56 ____ = undefined\nnand57 Ox57 = OxA8\nnand57 Ox58 = OxAF\nnand57 Ox59 = OxAE\nnand57 Ox5B = OxAC\nnand57 Ox5C = OxAB\nnand57 Ox5D = OxAA\nnand57 Ox5E = OxA9\nnand57 Ox5F = OxA8\nnand57 Ox60 = OxBF\nnand57 Ox61 = OxBE\nnand57 Ox62 = OxBD\nnand57 Ox63 = OxBC\nnand57 Ox64 = OxBB\nnand57 Ox65 = OxBA\nnand57 Ox66 = OxB9\nnand57 Ox67 = OxB8\nnand57 Ox68 = OxBF\nnand57 Ox69 = OxBE\nnand57 Ox6A = OxBD\nnand57 Ox6B = OxBC\nnand57 Ox6C = OxBB\nnand57 Ox6D = OxBA\nnand57 Ox6E = OxB9\nnand57 Ox6F = OxB8\nnand57 Ox70 = OxAF\nnand57 Ox71 = OxAE\nnand57 Ox73 = OxAC\nnand57 Ox74 = OxAB\nnand57 Ox75 = OxAA\nnand57 Ox76 = OxA9\nnand57 Ox77 = OxA8\nnand57 Ox78 = OxAF\nnand57 Ox79 = OxAE\nnand57 Ox7B = OxAC\nnand57 Ox7C = OxAB\nnand57 Ox7D = OxAA\nnand57 Ox7E = OxA9\nnand57 Ox7F = OxA8\nnand57 Ox80 = OxFF\nnand57 Ox81 = OxFE\nnand57 Ox82 = OxFD\nnand57 Ox83 = OxFC\nnand57 Ox84 = OxFB\nnand57 Ox85 = OxFA\nnand57 Ox86 = OxF9\nnand57 Ox87 = OxF8\nnand57 Ox88 = OxFF\nnand57 Ox89 = OxFE\nnand57 Ox8A = OxFD\nnand57 Ox8B = OxFC\nnand57 Ox8C = OxFB\nnand57 Ox8D = OxFA\nnand57 Ox8E = OxF9\nnand57 Ox8F = OxF8\nnand57 Ox90 = OxEF\nnand57 Ox91 = OxEE\nnand57 Ox92 = OxED\nnand57 Ox93 = OxEC\nnand57 Ox94 = OxEB\nnand57 Ox95 = OxEA\nnand57 Ox96 = OxE9\nnand57 Ox97 = OxE8\nnand57 Ox98 = OxEF\nnand57 Ox99 = OxEE\nnand57 Ox9A = OxED\nnand57 Ox9B = OxEC\nnand57 Ox9C = OxEB\nnand57 Ox9D = OxEA\nnand57 Ox9E = OxE9\nnand57 Ox9F = OxE8\nnand57 OxA0 = OxFF\nnand57 OxA1 = OxFE\nnand57 OxA2 = OxFD\nnand57 OxA3 = OxFC\nnand57 OxA4 = OxFB\nnand57 OxA5 = OxFA\nnand57 OxA6 = OxF9\nnand57 OxA7 = OxF8\nnand57 OxA8 = OxFF\nnand57 OxA9 = OxFE\nnand57 OxAA = OxFD\nnand57 OxAB = OxFC\nnand57 OxAC = OxFB\nnand57 OxAE = OxF9\nnand57 OxAF = OxF8\nnand57 OxB0 = OxEF\nnand57 OxB1 = OxEE\nnand57 OxB2 = OxED\nnand57 OxB3 = OxEC\nnand57 OxB4 = OxEB\nnand57 OxB5 = OxEA\nnand57 OxB6 = OxE9\nnand57 OxB7 = OxE8\nnand57 OxB8 = OxEF\nnand57 OxB9 = OxEE\nnand57 OxBA = OxED\nnand57 OxBB = OxEC\nnand57 OxBC = OxEB\nnand57 OxBD = OxEA\nnand57 OxBE = OxE9\nnand57 OxBF = OxE8\nnand57 OxC0 = OxBF\nnand57 OxC1 = OxBE\nnand57 OxC2 = OxBD\nnand57 OxC3 = OxBC\nnand57 OxC4 = OxBB\nnand57 OxC5 = OxBA\nnand57 OxC6 = OxB9\nnand57 OxC7 = OxB8\nnand57 OxC8 = OxBF\nnand57 OxC9 = OxBE\nnand57 OxCA = OxBD\nnand57 OxCB = OxBC\nnand57 OxCC = OxBB\nnand57 OxCD = OxBA\nnand57 OxCE = OxB9\nnand57 OxCF = OxB8\nnand57 OxD0 = OxAF\nnand57 OxD1 = OxAE\nnand57 OxD3 = OxAC\nnand57 OxD4 = OxAB\nnand57 OxD5 = OxAA\nnand57 OxD6 = OxA9\nnand57 OxD7 = OxA8\nnand57 OxD8 = OxAF\nnand57 OxD9 = OxAE\nnand57 OxDB = OxAC\nnand57 OxDC = OxAB\nnand57 OxDD = OxAA\nnand57 OxDE = OxA9\nnand57 OxDF = OxA8\nnand57 OxE0 = OxBF\nnand57 OxE1 = OxBE\nnand57 OxE2 = OxBD\nnand57 OxE3 = OxBC\nnand57 OxE4 = OxBB\nnand57 OxE5 = OxBA\nnand57 OxE6 = OxB9\nnand57 OxE7 = OxB8\nnand57 OxE8 = OxBF\nnand57 OxE9 = OxBE\nnand57 OxEA = OxBD\nnand57 OxEB = OxBC\nnand57 OxEC = OxBB\nnand57 OxED = OxBA\nnand57 OxEE = OxB9\nnand57 OxEF = OxB8\nnand57 OxF0 = OxAF\nnand57 OxF1 = OxAE\nnand57 OxF3 = OxAC\nnand57 OxF4 = OxAB\nnand57 OxF5 = OxAA\nnand57 OxF6 = OxA9\nnand57 OxF7 = OxA8\nnand57 OxF8 = OxAF\nnand57 OxF9 = OxAE\nnand57 OxFB = OxAC\nnand57 OxFC = OxAB\nnand57 OxFD = OxAA\nnand57 OxFE = OxA9\nnand57 OxFF = OxA8\nnand57 ____ = undefined\nnand58 Ox58 = OxA7\nnand58 Ox59 = OxA7\nnand58 Ox5A = OxA7\nnand58 Ox5B = OxA7\nnand58 Ox5C = OxA7\nnand58 Ox5D = OxA7\nnand58 Ox5E = OxA7\nnand58 Ox5F = OxA7\nnand58 Ox60 = OxBF\nnand58 Ox61 = OxBF\nnand58 Ox62 = OxBF\nnand58 Ox63 = OxBF\nnand58 Ox64 = OxBF\nnand58 Ox65 = OxBF\nnand58 Ox66 = OxBF\nnand58 Ox67 = OxBF\nnand58 Ox68 = OxB7\nnand58 Ox69 = OxB7\nnand58 Ox6A = OxB7\nnand58 Ox6B = OxB7\nnand58 Ox6C = OxB7\nnand58 Ox6D = OxB7\nnand58 Ox6E = OxB7\nnand58 Ox6F = OxB7\nnand58 Ox70 = OxAF\nnand58 Ox71 = OxAF\nnand58 Ox72 = OxAF\nnand58 Ox73 = OxAF\nnand58 Ox74 = OxAF\nnand58 Ox75 = OxAF\nnand58 Ox76 = OxAF\nnand58 Ox77 = OxAF\nnand58 Ox78 = OxA7\nnand58 Ox79 = OxA7\nnand58 Ox7A = OxA7\nnand58 Ox7B = OxA7\nnand58 Ox7C = OxA7\nnand58 Ox7D = OxA7\nnand58 Ox7E = OxA7\nnand58 Ox7F = OxA7\nnand58 Ox80 = OxFF\nnand58 Ox81 = OxFF\nnand58 Ox82 = OxFF\nnand58 Ox83 = OxFF\nnand58 Ox84 = OxFF\nnand58 Ox85 = OxFF\nnand58 Ox86 = OxFF\nnand58 Ox87 = OxFF\nnand58 Ox88 = OxF7\nnand58 Ox89 = OxF7\nnand58 Ox8A = OxF7\nnand58 Ox8B = OxF7\nnand58 Ox8C = OxF7\nnand58 Ox8D = OxF7\nnand58 Ox8E = OxF7\nnand58 Ox8F = OxF7\nnand58 Ox90 = OxEF\nnand58 Ox91 = OxEF\nnand58 Ox92 = OxEF\nnand58 Ox93 = OxEF\nnand58 Ox94 = OxEF\nnand58 Ox95 = OxEF\nnand58 Ox96 = OxEF\nnand58 Ox97 = OxEF\nnand58 Ox98 = OxE7\nnand58 Ox99 = OxE7\nnand58 Ox9A = OxE7\nnand58 Ox9B = OxE7\nnand58 Ox9C = OxE7\nnand58 Ox9D = OxE7\nnand58 Ox9E = OxE7\nnand58 Ox9F = OxE7\nnand58 OxA0 = OxFF\nnand58 OxA1 = OxFF\nnand58 OxA2 = OxFF\nnand58 OxA3 = OxFF\nnand58 OxA4 = OxFF\nnand58 OxA5 = OxFF\nnand58 OxA6 = OxFF\nnand58 OxA7 = OxFF\nnand58 OxA8 = OxF7\nnand58 OxA9 = OxF7\nnand58 OxAA = OxF7\nnand58 OxAB = OxF7\nnand58 OxAC = OxF7\nnand58 OxAE = OxF7\nnand58 OxAF = OxF7\nnand58 OxB0 = OxEF\nnand58 OxB1 = OxEF\nnand58 OxB2 = OxEF\nnand58 OxB3 = OxEF\nnand58 OxB4 = OxEF\nnand58 OxB5 = OxEF\nnand58 OxB6 = OxEF\nnand58 OxB7 = OxEF\nnand58 OxB8 = OxE7\nnand58 OxB9 = OxE7\nnand58 OxBA = OxE7\nnand58 OxBB = OxE7\nnand58 OxBC = OxE7\nnand58 OxBD = OxE7\nnand58 OxBE = OxE7\nnand58 OxBF = OxE7\nnand58 OxC0 = OxBF\nnand58 OxC1 = OxBF\nnand58 OxC2 = OxBF\nnand58 OxC3 = OxBF\nnand58 OxC4 = OxBF\nnand58 OxC5 = OxBF\nnand58 OxC6 = OxBF\nnand58 OxC7 = OxBF\nnand58 OxC8 = OxB7\nnand58 OxC9 = OxB7\nnand58 OxCA = OxB7\nnand58 OxCB = OxB7\nnand58 OxCC = OxB7\nnand58 OxCD = OxB7\nnand58 OxCE = OxB7\nnand58 OxCF = OxB7\nnand58 OxD0 = OxAF\nnand58 OxD1 = OxAF\nnand58 OxD2 = OxAF\nnand58 OxD3 = OxAF\nnand58 OxD4 = OxAF\nnand58 OxD5 = OxAF\nnand58 OxD6 = OxAF\nnand58 OxD7 = OxAF\nnand58 OxD8 = OxA7\nnand58 OxD9 = OxA7\nnand58 OxDA = OxA7\nnand58 OxDB = OxA7\nnand58 OxDC = OxA7\nnand58 OxDD = OxA7\nnand58 OxDE = OxA7\nnand58 OxDF = OxA7\nnand58 OxE0 = OxBF\nnand58 OxE1 = OxBF\nnand58 OxE2 = OxBF\nnand58 OxE3 = OxBF\nnand58 OxE4 = OxBF\nnand58 OxE5 = OxBF\nnand58 OxE6 = OxBF\nnand58 OxE7 = OxBF\nnand58 OxE8 = OxB7\nnand58 OxE9 = OxB7\nnand58 OxEA = OxB7\nnand58 OxEB = OxB7\nnand58 OxEC = OxB7\nnand58 OxED = OxB7\nnand58 OxEE = OxB7\nnand58 OxEF = OxB7\nnand58 OxF0 = OxAF\nnand58 OxF1 = OxAF\nnand58 OxF2 = OxAF\nnand58 OxF3 = OxAF\nnand58 OxF4 = OxAF\nnand58 OxF5 = OxAF\nnand58 OxF6 = OxAF\nnand58 OxF7 = OxAF\nnand58 OxF8 = OxA7\nnand58 OxF9 = OxA7\nnand58 OxFA = OxA7\nnand58 OxFB = OxA7\nnand58 OxFC = OxA7\nnand58 OxFD = OxA7\nnand58 OxFE = OxA7\nnand58 OxFF = OxA7\nnand58 ____ = undefined\nnand59 Ox59 = OxA6\nnand59 Ox5A = OxA7\nnand59 Ox5B = OxA6\nnand59 Ox5C = OxA7\nnand59 Ox5D = OxA6\nnand59 Ox5E = OxA7\nnand59 Ox5F = OxA6\nnand59 Ox60 = OxBF\nnand59 Ox61 = OxBE\nnand59 Ox62 = OxBF\nnand59 Ox63 = OxBE\nnand59 Ox64 = OxBF\nnand59 Ox65 = OxBE\nnand59 Ox66 = OxBF\nnand59 Ox67 = OxBE\nnand59 Ox68 = OxB7\nnand59 Ox69 = OxB6\nnand59 Ox6A = OxB7\nnand59 Ox6B = OxB6\nnand59 Ox6C = OxB7\nnand59 Ox6D = OxB6\nnand59 Ox6E = OxB7\nnand59 Ox6F = OxB6\nnand59 Ox70 = OxAF\nnand59 Ox71 = OxAE\nnand59 Ox72 = OxAF\nnand59 Ox73 = OxAE\nnand59 Ox74 = OxAF\nnand59 Ox75 = OxAE\nnand59 Ox76 = OxAF\nnand59 Ox77 = OxAE\nnand59 Ox78 = OxA7\nnand59 Ox79 = OxA6\nnand59 Ox7A = OxA7\nnand59 Ox7B = OxA6\nnand59 Ox7C = OxA7\nnand59 Ox7D = OxA6\nnand59 Ox7E = OxA7\nnand59 Ox7F = OxA6\nnand59 Ox80 = OxFF\nnand59 Ox81 = OxFE\nnand59 Ox82 = OxFF\nnand59 Ox83 = OxFE\nnand59 Ox84 = OxFF\nnand59 Ox85 = OxFE\nnand59 Ox86 = OxFF\nnand59 Ox87 = OxFE\nnand59 Ox88 = OxF7\nnand59 Ox89 = OxF6\nnand59 Ox8A = OxF7\nnand59 Ox8B = OxF6\nnand59 Ox8C = OxF7\nnand59 Ox8D = OxF6\nnand59 Ox8E = OxF7\nnand59 Ox8F = OxF6\nnand59 Ox90 = OxEF\nnand59 Ox91 = OxEE\nnand59 Ox92 = OxEF\nnand59 Ox93 = OxEE\nnand59 Ox94 = OxEF\nnand59 Ox95 = OxEE\nnand59 Ox96 = OxEF\nnand59 Ox97 = OxEE\nnand59 Ox98 = OxE7\nnand59 Ox99 = OxE6\nnand59 Ox9A = OxE7\nnand59 Ox9B = OxE6\nnand59 Ox9C = OxE7\nnand59 Ox9D = OxE6\nnand59 Ox9E = OxE7\nnand59 Ox9F = OxE6\nnand59 OxA0 = OxFF\nnand59 OxA1 = OxFE\nnand59 OxA2 = OxFF\nnand59 OxA3 = OxFE\nnand59 OxA4 = OxFF\nnand59 OxA5 = OxFE\nnand59 OxA6 = OxFF\nnand59 OxA7 = OxFE\nnand59 OxA8 = OxF7\nnand59 OxA9 = OxF6\nnand59 OxAA = OxF7\nnand59 OxAB = OxF6\nnand59 OxAC = OxF7\nnand59 OxAE = OxF7\nnand59 OxAF = OxF6\nnand59 OxB0 = OxEF\nnand59 OxB1 = OxEE\nnand59 OxB2 = OxEF\nnand59 OxB3 = OxEE\nnand59 OxB4 = OxEF\nnand59 OxB5 = OxEE\nnand59 OxB6 = OxEF\nnand59 OxB7 = OxEE\nnand59 OxB8 = OxE7\nnand59 OxB9 = OxE6\nnand59 OxBA = OxE7\nnand59 OxBB = OxE6\nnand59 OxBC = OxE7\nnand59 OxBD = OxE6\nnand59 OxBE = OxE7\nnand59 OxBF = OxE6\nnand59 OxC0 = OxBF\nnand59 OxC1 = OxBE\nnand59 OxC2 = OxBF\nnand59 OxC3 = OxBE\nnand59 OxC4 = OxBF\nnand59 OxC5 = OxBE\nnand59 OxC6 = OxBF\nnand59 OxC7 = OxBE\nnand59 OxC8 = OxB7\nnand59 OxC9 = OxB6\nnand59 OxCA = OxB7\nnand59 OxCB = OxB6\nnand59 OxCC = OxB7\nnand59 OxCD = OxB6\nnand59 OxCE = OxB7\nnand59 OxCF = OxB6\nnand59 OxD0 = OxAF\nnand59 OxD1 = OxAE\nnand59 OxD2 = OxAF\nnand59 OxD3 = OxAE\nnand59 OxD4 = OxAF\nnand59 OxD5 = OxAE\nnand59 OxD6 = OxAF\nnand59 OxD7 = OxAE\nnand59 OxD8 = OxA7\nnand59 OxD9 = OxA6\nnand59 OxDA = OxA7\nnand59 OxDB = OxA6\nnand59 OxDC = OxA7\nnand59 OxDD = OxA6\nnand59 OxDE = OxA7\nnand59 OxDF = OxA6\nnand59 OxE0 = OxBF\nnand59 OxE1 = OxBE\nnand59 OxE2 = OxBF\nnand59 OxE3 = OxBE\nnand59 OxE4 = OxBF\nnand59 OxE5 = OxBE\nnand59 OxE6 = OxBF\nnand59 OxE7 = OxBE\nnand59 OxE8 = OxB7\nnand59 OxE9 = OxB6\nnand59 OxEA = OxB7\nnand59 OxEB = OxB6\nnand59 OxEC = OxB7\nnand59 OxED = OxB6\nnand59 OxEE = OxB7\nnand59 OxEF = OxB6\nnand59 OxF0 = OxAF\nnand59 OxF1 = OxAE\nnand59 OxF2 = OxAF\nnand59 OxF3 = OxAE\nnand59 OxF4 = OxAF\nnand59 OxF5 = OxAE\nnand59 OxF6 = OxAF\nnand59 OxF7 = OxAE\nnand59 OxF8 = OxA7\nnand59 OxF9 = OxA6\nnand59 OxFA = OxA7\nnand59 OxFB = OxA6\nnand59 OxFC = OxA7\nnand59 OxFD = OxA6\nnand59 OxFE = OxA7\nnand59 OxFF = OxA6\nnand59 ____ = undefined\nnand5A Ox5A = OxA5\nnand5A Ox5B = OxA5\nnand5A Ox5C = OxA7\nnand5A Ox5D = OxA7\nnand5A Ox5E = OxA5\nnand5A Ox5F = OxA5\nnand5A Ox60 = OxBF\nnand5A Ox61 = OxBF\nnand5A Ox62 = OxBD\nnand5A Ox63 = OxBD\nnand5A Ox64 = OxBF\nnand5A Ox65 = OxBF\nnand5A Ox66 = OxBD\nnand5A Ox67 = OxBD\nnand5A Ox68 = OxB7\nnand5A Ox69 = OxB7\nnand5A Ox6A = OxB5\nnand5A Ox6B = OxB5\nnand5A Ox6C = OxB7\nnand5A Ox6D = OxB7\nnand5A Ox6E = OxB5\nnand5A Ox6F = OxB5\nnand5A Ox70 = OxAF\nnand5A Ox71 = OxAF\nnand5A Ox74 = OxAF\nnand5A Ox75 = OxAF\nnand5A Ox78 = OxA7\nnand5A Ox79 = OxA7\nnand5A Ox7A = OxA5\nnand5A Ox7B = OxA5\nnand5A Ox7C = OxA7\nnand5A Ox7D = OxA7\nnand5A Ox7E = OxA5\nnand5A Ox7F = OxA5\nnand5A Ox80 = OxFF\nnand5A Ox81 = OxFF\nnand5A Ox82 = OxFD\nnand5A Ox83 = OxFD\nnand5A Ox84 = OxFF\nnand5A Ox85 = OxFF\nnand5A Ox86 = OxFD\nnand5A Ox87 = OxFD\nnand5A Ox88 = OxF7\nnand5A Ox89 = OxF7\nnand5A Ox8A = OxF5\nnand5A Ox8B = OxF5\nnand5A Ox8C = OxF7\nnand5A Ox8D = OxF7\nnand5A Ox8E = OxF5\nnand5A Ox8F = OxF5\nnand5A Ox90 = OxEF\nnand5A Ox91 = OxEF\nnand5A Ox92 = OxED\nnand5A Ox93 = OxED\nnand5A Ox94 = OxEF\nnand5A Ox95 = OxEF\nnand5A Ox96 = OxED\nnand5A Ox97 = OxED\nnand5A Ox98 = OxE7\nnand5A Ox99 = OxE7\nnand5A Ox9A = OxE5\nnand5A Ox9B = OxE5\nnand5A Ox9C = OxE7\nnand5A Ox9D = OxE7\nnand5A Ox9E = OxE5\nnand5A Ox9F = OxE5\nnand5A OxA0 = OxFF\nnand5A OxA1 = OxFF\nnand5A OxA2 = OxFD\nnand5A OxA3 = OxFD\nnand5A OxA4 = OxFF\nnand5A OxA5 = OxFF\nnand5A OxA6 = OxFD\nnand5A OxA7 = OxFD\nnand5A OxA8 = OxF7\nnand5A OxA9 = OxF7\nnand5A OxAA = OxF5\nnand5A OxAB = OxF5\nnand5A OxAC = OxF7\nnand5A OxAE = OxF5\nnand5A OxAF = OxF5\nnand5A OxB0 = OxEF\nnand5A OxB1 = OxEF\nnand5A OxB2 = OxED\nnand5A OxB3 = OxED\nnand5A OxB4 = OxEF\nnand5A OxB5 = OxEF\nnand5A OxB6 = OxED\nnand5A OxB7 = OxED\nnand5A OxB8 = OxE7\nnand5A OxB9 = OxE7\nnand5A OxBA = OxE5\nnand5A OxBB = OxE5\nnand5A OxBC = OxE7\nnand5A OxBD = OxE7\nnand5A OxBE = OxE5\nnand5A OxBF = OxE5\nnand5A OxC0 = OxBF\nnand5A OxC1 = OxBF\nnand5A OxC2 = OxBD\nnand5A OxC3 = OxBD\nnand5A OxC4 = OxBF\nnand5A OxC5 = OxBF\nnand5A OxC6 = OxBD\nnand5A OxC7 = OxBD\nnand5A OxC8 = OxB7\nnand5A OxC9 = OxB7\nnand5A OxCA = OxB5\nnand5A OxCB = OxB5\nnand5A OxCC = OxB7\nnand5A OxCD = OxB7\nnand5A OxCE = OxB5\nnand5A OxCF = OxB5\nnand5A OxD0 = OxAF\nnand5A OxD1 = OxAF\nnand5A OxD4 = OxAF\nnand5A OxD5 = OxAF\nnand5A OxD8 = OxA7\nnand5A OxD9 = OxA7\nnand5A OxDA = OxA5\nnand5A OxDB = OxA5\nnand5A OxDC = OxA7\nnand5A OxDD = OxA7\nnand5A OxDE = OxA5\nnand5A OxDF = OxA5\nnand5A OxE0 = OxBF\nnand5A OxE1 = OxBF\nnand5A OxE2 = OxBD\nnand5A OxE3 = OxBD\nnand5A OxE4 = OxBF\nnand5A OxE5 = OxBF\nnand5A OxE6 = OxBD\nnand5A OxE7 = OxBD\nnand5A OxE8 = OxB7\nnand5A OxE9 = OxB7\nnand5A OxEA = OxB5\nnand5A OxEB = OxB5\nnand5A OxEC = OxB7\nnand5A OxED = OxB7\nnand5A OxEE = OxB5\nnand5A OxEF = OxB5\nnand5A OxF0 = OxAF\nnand5A OxF1 = OxAF\nnand5A OxF4 = OxAF\nnand5A OxF5 = OxAF\nnand5A OxF8 = OxA7\nnand5A OxF9 = OxA7\nnand5A OxFA = OxA5\nnand5A OxFB = OxA5\nnand5A OxFC = OxA7\nnand5A OxFD = OxA7\nnand5A OxFE = OxA5\nnand5A OxFF = OxA5\nnand5A ____ = undefined\nnand5B Ox5B = OxA4\nnand5B Ox5C = OxA7\nnand5B Ox5D = OxA6\nnand5B Ox5E = OxA5\nnand5B Ox5F = OxA4\nnand5B Ox60 = OxBF\nnand5B Ox61 = OxBE\nnand5B Ox62 = OxBD\nnand5B Ox63 = OxBC\nnand5B Ox64 = OxBF\nnand5B Ox65 = OxBE\nnand5B Ox66 = OxBD\nnand5B Ox67 = OxBC\nnand5B Ox68 = OxB7\nnand5B Ox69 = OxB6\nnand5B Ox6A = OxB5\nnand5B Ox6B = OxB4\nnand5B Ox6C = OxB7\nnand5B Ox6D = OxB6\nnand5B Ox6E = OxB5\nnand5B Ox6F = OxB4\nnand5B Ox70 = OxAF\nnand5B Ox71 = OxAE\nnand5B Ox73 = OxAC\nnand5B Ox74 = OxAF\nnand5B Ox75 = OxAE\nnand5B Ox77 = OxAC\nnand5B Ox78 = OxA7\nnand5B Ox79 = OxA6\nnand5B Ox7A = OxA5\nnand5B Ox7B = OxA4\nnand5B Ox7C = OxA7\nnand5B Ox7D = OxA6\nnand5B Ox7E = OxA5\nnand5B Ox7F = OxA4\nnand5B Ox80 = OxFF\nnand5B Ox81 = OxFE\nnand5B Ox82 = OxFD\nnand5B Ox83 = OxFC\nnand5B Ox84 = OxFF\nnand5B Ox85 = OxFE\nnand5B Ox86 = OxFD\nnand5B Ox87 = OxFC\nnand5B Ox88 = OxF7\nnand5B Ox89 = OxF6\nnand5B Ox8A = OxF5\nnand5B Ox8B = OxF4\nnand5B Ox8C = OxF7\nnand5B Ox8D = OxF6\nnand5B Ox8E = OxF5\nnand5B Ox8F = OxF4\nnand5B Ox90 = OxEF\nnand5B Ox91 = OxEE\nnand5B Ox92 = OxED\nnand5B Ox93 = OxEC\nnand5B Ox94 = OxEF\nnand5B Ox95 = OxEE\nnand5B Ox96 = OxED\nnand5B Ox97 = OxEC\nnand5B Ox98 = OxE7\nnand5B Ox99 = OxE6\nnand5B Ox9A = OxE5\nnand5B Ox9B = OxE4\nnand5B Ox9C = OxE7\nnand5B Ox9D = OxE6\nnand5B Ox9E = OxE5\nnand5B Ox9F = OxE4\nnand5B OxA0 = OxFF\nnand5B OxA1 = OxFE\nnand5B OxA2 = OxFD\nnand5B OxA3 = OxFC\nnand5B OxA4 = OxFF\nnand5B OxA5 = OxFE\nnand5B OxA6 = OxFD\nnand5B OxA7 = OxFC\nnand5B OxA8 = OxF7\nnand5B OxA9 = OxF6\nnand5B OxAA = OxF5\nnand5B OxAB = OxF4\nnand5B OxAC = OxF7\nnand5B OxAE = OxF5\nnand5B OxAF = OxF4\nnand5B OxB0 = OxEF\nnand5B OxB1 = OxEE\nnand5B OxB2 = OxED\nnand5B OxB3 = OxEC\nnand5B OxB4 = OxEF\nnand5B OxB5 = OxEE\nnand5B OxB6 = OxED\nnand5B OxB7 = OxEC\nnand5B OxB8 = OxE7\nnand5B OxB9 = OxE6\nnand5B OxBA = OxE5\nnand5B OxBB = OxE4\nnand5B OxBC = OxE7\nnand5B OxBD = OxE6\nnand5B OxBE = OxE5\nnand5B OxBF = OxE4\nnand5B OxC0 = OxBF\nnand5B OxC1 = OxBE\nnand5B OxC2 = OxBD\nnand5B OxC3 = OxBC\nnand5B OxC4 = OxBF\nnand5B OxC5 = OxBE\nnand5B OxC6 = OxBD\nnand5B OxC7 = OxBC\nnand5B OxC8 = OxB7\nnand5B OxC9 = OxB6\nnand5B OxCA = OxB5\nnand5B OxCB = OxB4\nnand5B OxCC = OxB7\nnand5B OxCD = OxB6\nnand5B OxCE = OxB5\nnand5B OxCF = OxB4\nnand5B OxD0 = OxAF\nnand5B OxD1 = OxAE\nnand5B OxD3 = OxAC\nnand5B OxD4 = OxAF\nnand5B OxD5 = OxAE\nnand5B OxD7 = OxAC\nnand5B OxD8 = OxA7\nnand5B OxD9 = OxA6\nnand5B OxDA = OxA5\nnand5B OxDB = OxA4\nnand5B OxDC = OxA7\nnand5B OxDD = OxA6\nnand5B OxDE = OxA5\nnand5B OxDF = OxA4\nnand5B OxE0 = OxBF\nnand5B OxE1 = OxBE\nnand5B OxE2 = OxBD\nnand5B OxE3 = OxBC\nnand5B OxE4 = OxBF\nnand5B OxE5 = OxBE\nnand5B OxE6 = OxBD\nnand5B OxE7 = OxBC\nnand5B OxE8 = OxB7\nnand5B OxE9 = OxB6\nnand5B OxEA = OxB5\nnand5B OxEB = OxB4\nnand5B OxEC = OxB7\nnand5B OxED = OxB6\nnand5B OxEE = OxB5\nnand5B OxEF = OxB4\nnand5B OxF0 = OxAF\nnand5B OxF1 = OxAE\nnand5B OxF3 = OxAC\nnand5B OxF4 = OxAF\nnand5B OxF5 = OxAE\nnand5B OxF7 = OxAC\nnand5B OxF8 = OxA7\nnand5B OxF9 = OxA6\nnand5B OxFA = OxA5\nnand5B OxFB = OxA4\nnand5B OxFC = OxA7\nnand5B OxFD = OxA6\nnand5B OxFE = OxA5\nnand5B OxFF = OxA4\nnand5B ____ = undefined\nnand5C Ox5C = OxA3\nnand5C Ox5D = OxA3\nnand5C Ox5E = OxA3\nnand5C Ox5F = OxA3\nnand5C Ox60 = OxBF\nnand5C Ox61 = OxBF\nnand5C Ox62 = OxBF\nnand5C Ox63 = OxBF\nnand5C Ox64 = OxBB\nnand5C Ox65 = OxBB\nnand5C Ox66 = OxBB\nnand5C Ox67 = OxBB\nnand5C Ox68 = OxB7\nnand5C Ox69 = OxB7\nnand5C Ox6A = OxB7\nnand5C Ox6B = OxB7\nnand5C Ox6C = OxB3\nnand5C Ox6D = OxB3\nnand5C Ox6E = OxB3\nnand5C Ox6F = OxB3\nnand5C Ox70 = OxAF\nnand5C Ox71 = OxAF\nnand5C Ox72 = OxAF\nnand5C Ox73 = OxAF\nnand5C Ox74 = OxAB\nnand5C Ox75 = OxAB\nnand5C Ox76 = OxAB\nnand5C Ox77 = OxAB\nnand5C Ox78 = OxA7\nnand5C Ox79 = OxA7\nnand5C Ox7A = OxA7\nnand5C Ox7B = OxA7\nnand5C Ox7C = OxA3\nnand5C Ox7D = OxA3\nnand5C Ox7E = OxA3\nnand5C Ox7F = OxA3\nnand5C Ox80 = OxFF\nnand5C Ox81 = OxFF\nnand5C Ox82 = OxFF\nnand5C Ox83 = OxFF\nnand5C Ox84 = OxFB\nnand5C Ox85 = OxFB\nnand5C Ox86 = OxFB\nnand5C Ox87 = OxFB\nnand5C Ox88 = OxF7\nnand5C Ox89 = OxF7\nnand5C Ox8A = OxF7\nnand5C Ox8B = OxF7\nnand5C Ox8C = OxF3\nnand5C Ox8D = OxF3\nnand5C Ox8E = OxF3\nnand5C Ox8F = OxF3\nnand5C Ox90 = OxEF\nnand5C Ox91 = OxEF\nnand5C Ox92 = OxEF\nnand5C Ox93 = OxEF\nnand5C Ox94 = OxEB\nnand5C Ox95 = OxEB\nnand5C Ox96 = OxEB\nnand5C Ox97 = OxEB\nnand5C Ox98 = OxE7\nnand5C Ox99 = OxE7\nnand5C Ox9A = OxE7\nnand5C Ox9B = OxE7\nnand5C Ox9C = OxE3\nnand5C Ox9D = OxE3\nnand5C Ox9E = OxE3\nnand5C Ox9F = OxE3\nnand5C OxA0 = OxFF\nnand5C OxA1 = OxFF\nnand5C OxA2 = OxFF\nnand5C OxA3 = OxFF\nnand5C OxA4 = OxFB\nnand5C OxA5 = OxFB\nnand5C OxA6 = OxFB\nnand5C OxA7 = OxFB\nnand5C OxA8 = OxF7\nnand5C OxA9 = OxF7\nnand5C OxAA = OxF7\nnand5C OxAB = OxF7\nnand5C OxAC = OxF3\nnand5C OxAE = OxF3\nnand5C OxAF = OxF3\nnand5C OxB0 = OxEF\nnand5C OxB1 = OxEF\nnand5C OxB2 = OxEF\nnand5C OxB3 = OxEF\nnand5C OxB4 = OxEB\nnand5C OxB5 = OxEB\nnand5C OxB6 = OxEB\nnand5C OxB7 = OxEB\nnand5C OxB8 = OxE7\nnand5C OxB9 = OxE7\nnand5C OxBA = OxE7\nnand5C OxBB = OxE7\nnand5C OxBC = OxE3\nnand5C OxBD = OxE3\nnand5C OxBE = OxE3\nnand5C OxBF = OxE3\nnand5C OxC0 = OxBF\nnand5C OxC1 = OxBF\nnand5C OxC2 = OxBF\nnand5C OxC3 = OxBF\nnand5C OxC4 = OxBB\nnand5C OxC5 = OxBB\nnand5C OxC6 = OxBB\nnand5C OxC7 = OxBB\nnand5C OxC8 = OxB7\nnand5C OxC9 = OxB7\nnand5C OxCA = OxB7\nnand5C OxCB = OxB7\nnand5C OxCC = OxB3\nnand5C OxCD = OxB3\nnand5C OxCE = OxB3\nnand5C OxCF = OxB3\nnand5C OxD0 = OxAF\nnand5C OxD1 = OxAF\nnand5C OxD2 = OxAF\nnand5C OxD3 = OxAF\nnand5C OxD4 = OxAB\nnand5C OxD5 = OxAB\nnand5C OxD6 = OxAB\nnand5C OxD7 = OxAB\nnand5C OxD8 = OxA7\nnand5C OxD9 = OxA7\nnand5C OxDA = OxA7\nnand5C OxDB = OxA7\nnand5C OxDC = OxA3\nnand5C OxDD = OxA3\nnand5C OxDE = OxA3\nnand5C OxDF = OxA3\nnand5C OxE0 = OxBF\nnand5C OxE1 = OxBF\nnand5C OxE2 = OxBF\nnand5C OxE3 = OxBF\nnand5C OxE4 = OxBB\nnand5C OxE5 = OxBB\nnand5C OxE6 = OxBB\nnand5C OxE7 = OxBB\nnand5C OxE8 = OxB7\nnand5C OxE9 = OxB7\nnand5C OxEA = OxB7\nnand5C OxEB = OxB7\nnand5C OxEC = OxB3\nnand5C OxED = OxB3\nnand5C OxEE = OxB3\nnand5C OxEF = OxB3\nnand5C OxF0 = OxAF\nnand5C OxF1 = OxAF\nnand5C OxF2 = OxAF\nnand5C OxF3 = OxAF\nnand5C OxF4 = OxAB\nnand5C OxF5 = OxAB\nnand5C OxF6 = OxAB\nnand5C OxF7 = OxAB\nnand5C OxF8 = OxA7\nnand5C OxF9 = OxA7\nnand5C OxFA = OxA7\nnand5C OxFB = OxA7\nnand5C OxFC = OxA3\nnand5C OxFD = OxA3\nnand5C OxFE = OxA3\nnand5C OxFF = OxA3\nnand5C ____ = undefined\nnand5D Ox5D = OxA2\nnand5D Ox5E = OxA3\nnand5D Ox5F = OxA2\nnand5D Ox60 = OxBF\nnand5D Ox61 = OxBE\nnand5D Ox62 = OxBF\nnand5D Ox63 = OxBE\nnand5D Ox64 = OxBB\nnand5D Ox65 = OxBA\nnand5D Ox66 = OxBB\nnand5D Ox67 = OxBA\nnand5D Ox68 = OxB7\nnand5D Ox69 = OxB6\nnand5D Ox6A = OxB7\nnand5D Ox6B = OxB6\nnand5D Ox6C = OxB3\nnand5D Ox6D = OxB2\nnand5D Ox6E = OxB3\nnand5D Ox6F = OxB2\nnand5D Ox70 = OxAF\nnand5D Ox71 = OxAE\nnand5D Ox72 = OxAF\nnand5D Ox73 = OxAE\nnand5D Ox74 = OxAB\nnand5D Ox75 = OxAA\nnand5D Ox76 = OxAB\nnand5D Ox77 = OxAA\nnand5D Ox78 = OxA7\nnand5D Ox79 = OxA6\nnand5D Ox7A = OxA7\nnand5D Ox7B = OxA6\nnand5D Ox7C = OxA3\nnand5D Ox7D = OxA2\nnand5D Ox7E = OxA3\nnand5D Ox7F = OxA2\nnand5D Ox80 = OxFF\nnand5D Ox81 = OxFE\nnand5D Ox82 = OxFF\nnand5D Ox83 = OxFE\nnand5D Ox84 = OxFB\nnand5D Ox85 = OxFA\nnand5D Ox86 = OxFB\nnand5D Ox87 = OxFA\nnand5D Ox88 = OxF7\nnand5D Ox89 = OxF6\nnand5D Ox8A = OxF7\nnand5D Ox8B = OxF6\nnand5D Ox8C = OxF3\nnand5D Ox8D = OxF2\nnand5D Ox8E = OxF3\nnand5D Ox8F = OxF2\nnand5D Ox90 = OxEF\nnand5D Ox91 = OxEE\nnand5D Ox92 = OxEF\nnand5D Ox93 = OxEE\nnand5D Ox94 = OxEB\nnand5D Ox95 = OxEA\nnand5D Ox96 = OxEB\nnand5D Ox97 = OxEA\nnand5D Ox98 = OxE7\nnand5D Ox99 = OxE6\nnand5D Ox9A = OxE7\nnand5D Ox9B = OxE6\nnand5D Ox9C = OxE3\nnand5D Ox9D = OxE2\nnand5D Ox9E = OxE3\nnand5D Ox9F = OxE2\nnand5D OxA0 = OxFF\nnand5D OxA1 = OxFE\nnand5D OxA2 = OxFF\nnand5D OxA3 = OxFE\nnand5D OxA4 = OxFB\nnand5D OxA5 = OxFA\nnand5D OxA6 = OxFB\nnand5D OxA7 = OxFA\nnand5D OxA8 = OxF7\nnand5D OxA9 = OxF6\nnand5D OxAA = OxF7\nnand5D OxAB = OxF6\nnand5D OxAC = OxF3\nnand5D OxAE = OxF3\nnand5D OxAF = OxF2\nnand5D OxB0 = OxEF\nnand5D OxB1 = OxEE\nnand5D OxB2 = OxEF\nnand5D OxB3 = OxEE\nnand5D OxB4 = OxEB\nnand5D OxB5 = OxEA\nnand5D OxB6 = OxEB\nnand5D OxB7 = OxEA\nnand5D OxB8 = OxE7\nnand5D OxB9 = OxE6\nnand5D OxBA = OxE7\nnand5D OxBB = OxE6\nnand5D OxBC = OxE3\nnand5D OxBD = OxE2\nnand5D OxBE = OxE3\nnand5D OxBF = OxE2\nnand5D OxC0 = OxBF\nnand5D OxC1 = OxBE\nnand5D OxC2 = OxBF\nnand5D OxC3 = OxBE\nnand5D OxC4 = OxBB\nnand5D OxC5 = OxBA\nnand5D OxC6 = OxBB\nnand5D OxC7 = OxBA\nnand5D OxC8 = OxB7\nnand5D OxC9 = OxB6\nnand5D OxCA = OxB7\nnand5D OxCB = OxB6\nnand5D OxCC = OxB3\nnand5D OxCD = OxB2\nnand5D OxCE = OxB3\nnand5D OxCF = OxB2\nnand5D OxD0 = OxAF\nnand5D OxD1 = OxAE\nnand5D OxD2 = OxAF\nnand5D OxD3 = OxAE\nnand5D OxD4 = OxAB\nnand5D OxD5 = OxAA\nnand5D OxD6 = OxAB\nnand5D OxD7 = OxAA\nnand5D OxD8 = OxA7\nnand5D OxD9 = OxA6\nnand5D OxDA = OxA7\nnand5D OxDB = OxA6\nnand5D OxDC = OxA3\nnand5D OxDD = OxA2\nnand5D OxDE = OxA3\nnand5D OxDF = OxA2\nnand5D OxE0 = OxBF\nnand5D OxE1 = OxBE\nnand5D OxE2 = OxBF\nnand5D OxE3 = OxBE\nnand5D OxE4 = OxBB\nnand5D OxE5 = OxBA\nnand5D OxE6 = OxBB\nnand5D OxE7 = OxBA\nnand5D OxE8 = OxB7\nnand5D OxE9 = OxB6\nnand5D OxEA = OxB7\nnand5D OxEB = OxB6\nnand5D OxEC = OxB3\nnand5D OxED = OxB2\nnand5D OxEE = OxB3\nnand5D OxEF = OxB2\nnand5D OxF0 = OxAF\nnand5D OxF1 = OxAE\nnand5D OxF2 = OxAF\nnand5D OxF3 = OxAE\nnand5D OxF4 = OxAB\nnand5D OxF5 = OxAA\nnand5D OxF6 = OxAB\nnand5D OxF7 = OxAA\nnand5D OxF8 = OxA7\nnand5D OxF9 = OxA6\nnand5D OxFA = OxA7\nnand5D OxFB = OxA6\nnand5D OxFC = OxA3\nnand5D OxFD = OxA2\nnand5D OxFE = OxA3\nnand5D OxFF = OxA2\nnand5D ____ = undefined\nnand5E Ox5E = OxA1\nnand5E Ox5F = OxA1\nnand5E Ox60 = OxBF\nnand5E Ox61 = OxBF\nnand5E Ox62 = OxBD\nnand5E Ox63 = OxBD\nnand5E Ox64 = OxBB\nnand5E Ox65 = OxBB\nnand5E Ox66 = OxB9\nnand5E Ox67 = OxB9\nnand5E Ox68 = OxB7\nnand5E Ox69 = OxB7\nnand5E Ox6A = OxB5\nnand5E Ox6B = OxB5\nnand5E Ox6C = OxB3\nnand5E Ox6D = OxB3\nnand5E Ox6E = OxB1\nnand5E Ox6F = OxB1\nnand5E Ox70 = OxAF\nnand5E Ox71 = OxAF\nnand5E Ox74 = OxAB\nnand5E Ox75 = OxAB\nnand5E Ox76 = OxA9\nnand5E Ox77 = OxA9\nnand5E Ox78 = OxA7\nnand5E Ox79 = OxA7\nnand5E Ox7A = OxA5\nnand5E Ox7B = OxA5\nnand5E Ox7C = OxA3\nnand5E Ox7D = OxA3\nnand5E Ox7E = OxA1\nnand5E Ox7F = OxA1\nnand5E Ox80 = OxFF\nnand5E Ox81 = OxFF\nnand5E Ox82 = OxFD\nnand5E Ox83 = OxFD\nnand5E Ox84 = OxFB\nnand5E Ox85 = OxFB\nnand5E Ox86 = OxF9\nnand5E Ox87 = OxF9\nnand5E Ox88 = OxF7\nnand5E Ox89 = OxF7\nnand5E Ox8A = OxF5\nnand5E Ox8B = OxF5\nnand5E Ox8C = OxF3\nnand5E Ox8D = OxF3\nnand5E Ox8E = OxF1\nnand5E Ox8F = OxF1\nnand5E Ox90 = OxEF\nnand5E Ox91 = OxEF\nnand5E Ox92 = OxED\nnand5E Ox93 = OxED\nnand5E Ox94 = OxEB\nnand5E Ox95 = OxEB\nnand5E Ox96 = OxE9\nnand5E Ox97 = OxE9\nnand5E Ox98 = OxE7\nnand5E Ox99 = OxE7\nnand5E Ox9A = OxE5\nnand5E Ox9B = OxE5\nnand5E Ox9C = OxE3\nnand5E Ox9D = OxE3\nnand5E Ox9E = OxE1\nnand5E Ox9F = OxE1\nnand5E OxA0 = OxFF\nnand5E OxA1 = OxFF\nnand5E OxA2 = OxFD\nnand5E OxA3 = OxFD\nnand5E OxA4 = OxFB\nnand5E OxA5 = OxFB\nnand5E OxA6 = OxF9\nnand5E OxA7 = OxF9\nnand5E OxA8 = OxF7\nnand5E OxA9 = OxF7\nnand5E OxAA = OxF5\nnand5E OxAB = OxF5\nnand5E OxAC = OxF3\nnand5E OxAE = OxF1\nnand5E OxAF = OxF1\nnand5E OxB0 = OxEF\nnand5E OxB1 = OxEF\nnand5E OxB2 = OxED\nnand5E OxB3 = OxED\nnand5E OxB4 = OxEB\nnand5E OxB5 = OxEB\nnand5E OxB6 = OxE9\nnand5E OxB7 = OxE9\nnand5E OxB8 = OxE7\nnand5E OxB9 = OxE7\nnand5E OxBA = OxE5\nnand5E OxBB = OxE5\nnand5E OxBC = OxE3\nnand5E OxBD = OxE3\nnand5E OxBE = OxE1\nnand5E OxBF = OxE1\nnand5E OxC0 = OxBF\nnand5E OxC1 = OxBF\nnand5E OxC2 = OxBD\nnand5E OxC3 = OxBD\nnand5E OxC4 = OxBB\nnand5E OxC5 = OxBB\nnand5E OxC6 = OxB9\nnand5E OxC7 = OxB9\nnand5E OxC8 = OxB7\nnand5E OxC9 = OxB7\nnand5E OxCA = OxB5\nnand5E OxCB = OxB5\nnand5E OxCC = OxB3\nnand5E OxCD = OxB3\nnand5E OxCE = OxB1\nnand5E OxCF = OxB1\nnand5E OxD0 = OxAF\nnand5E OxD1 = OxAF\nnand5E OxD4 = OxAB\nnand5E OxD5 = OxAB\nnand5E OxD6 = OxA9\nnand5E OxD7 = OxA9\nnand5E OxD8 = OxA7\nnand5E OxD9 = OxA7\nnand5E OxDA = OxA5\nnand5E OxDB = OxA5\nnand5E OxDC = OxA3\nnand5E OxDD = OxA3\nnand5E OxDE = OxA1\nnand5E OxDF = OxA1\nnand5E OxE0 = OxBF\nnand5E OxE1 = OxBF\nnand5E OxE2 = OxBD\nnand5E OxE3 = OxBD\nnand5E OxE4 = OxBB\nnand5E OxE5 = OxBB\nnand5E OxE6 = OxB9\nnand5E OxE7 = OxB9\nnand5E OxE8 = OxB7\nnand5E OxE9 = OxB7\nnand5E OxEA = OxB5\nnand5E OxEB = OxB5\nnand5E OxEC = OxB3\nnand5E OxED = OxB3\nnand5E OxEE = OxB1\nnand5E OxEF = OxB1\nnand5E OxF0 = OxAF\nnand5E OxF1 = OxAF\nnand5E OxF4 = OxAB\nnand5E OxF5 = OxAB\nnand5E OxF6 = OxA9\nnand5E OxF7 = OxA9\nnand5E OxF8 = OxA7\nnand5E OxF9 = OxA7\nnand5E OxFA = OxA5\nnand5E OxFB = OxA5\nnand5E OxFC = OxA3\nnand5E OxFD = OxA3\nnand5E OxFE = OxA1\nnand5E OxFF = OxA1\nnand5E ____ = undefined\nnand5F Ox5F = OxA0\nnand5F Ox60 = OxBF\nnand5F Ox61 = OxBE\nnand5F Ox62 = OxBD\nnand5F Ox63 = OxBC\nnand5F Ox64 = OxBB\nnand5F Ox65 = OxBA\nnand5F Ox66 = OxB9\nnand5F Ox67 = OxB8\nnand5F Ox68 = OxB7\nnand5F Ox69 = OxB6\nnand5F Ox6A = OxB5\nnand5F Ox6B = OxB4\nnand5F Ox6C = OxB3\nnand5F Ox6D = OxB2\nnand5F Ox6E = OxB1\nnand5F Ox6F = OxB0\nnand5F Ox70 = OxAF\nnand5F Ox71 = OxAE\nnand5F Ox73 = OxAC\nnand5F Ox74 = OxAB\nnand5F Ox75 = OxAA\nnand5F Ox76 = OxA9\nnand5F Ox77 = OxA8\nnand5F Ox78 = OxA7\nnand5F Ox79 = OxA6\nnand5F Ox7A = OxA5\nnand5F Ox7B = OxA4\nnand5F Ox7C = OxA3\nnand5F Ox7D = OxA2\nnand5F Ox7E = OxA1\nnand5F Ox7F = OxA0\nnand5F Ox80 = OxFF\nnand5F Ox81 = OxFE\nnand5F Ox82 = OxFD\nnand5F Ox83 = OxFC\nnand5F Ox84 = OxFB\nnand5F Ox85 = OxFA\nnand5F Ox86 = OxF9\nnand5F Ox87 = OxF8\nnand5F Ox88 = OxF7\nnand5F Ox89 = OxF6\nnand5F Ox8A = OxF5\nnand5F Ox8B = OxF4\nnand5F Ox8C = OxF3\nnand5F Ox8D = OxF2\nnand5F Ox8E = OxF1\nnand5F Ox8F = OxF0\nnand5F Ox90 = OxEF\nnand5F Ox91 = OxEE\nnand5F Ox92 = OxED\nnand5F Ox93 = OxEC\nnand5F Ox94 = OxEB\nnand5F Ox95 = OxEA\nnand5F Ox96 = OxE9\nnand5F Ox97 = OxE8\nnand5F Ox98 = OxE7\nnand5F Ox99 = OxE6\nnand5F Ox9A = OxE5\nnand5F Ox9B = OxE4\nnand5F Ox9C = OxE3\nnand5F Ox9D = OxE2\nnand5F Ox9E = OxE1\nnand5F Ox9F = OxE0\nnand5F OxA0 = OxFF\nnand5F OxA1 = OxFE\nnand5F OxA2 = OxFD\nnand5F OxA3 = OxFC\nnand5F OxA4 = OxFB\nnand5F OxA5 = OxFA\nnand5F OxA6 = OxF9\nnand5F OxA7 = OxF8\nnand5F OxA8 = OxF7\nnand5F OxA9 = OxF6\nnand5F OxAA = OxF5\nnand5F OxAB = OxF4\nnand5F OxAC = OxF3\nnand5F OxAE = OxF1\nnand5F OxAF = OxF0\nnand5F OxB0 = OxEF\nnand5F OxB1 = OxEE\nnand5F OxB2 = OxED\nnand5F OxB3 = OxEC\nnand5F OxB4 = OxEB\nnand5F OxB5 = OxEA\nnand5F OxB6 = OxE9\nnand5F OxB7 = OxE8\nnand5F OxB8 = OxE7\nnand5F OxB9 = OxE6\nnand5F OxBA = OxE5\nnand5F OxBB = OxE4\nnand5F OxBC = OxE3\nnand5F OxBD = OxE2\nnand5F OxBE = OxE1\nnand5F OxBF = OxE0\nnand5F OxC0 = OxBF\nnand5F OxC1 = OxBE\nnand5F OxC2 = OxBD\nnand5F OxC3 = OxBC\nnand5F OxC4 = OxBB\nnand5F OxC5 = OxBA\nnand5F OxC6 = OxB9\nnand5F OxC7 = OxB8\nnand5F OxC8 = OxB7\nnand5F OxC9 = OxB6\nnand5F OxCA = OxB5\nnand5F OxCB = OxB4\nnand5F OxCC = OxB3\nnand5F OxCD = OxB2\nnand5F OxCE = OxB1\nnand5F OxCF = OxB0\nnand5F OxD0 = OxAF\nnand5F OxD1 = OxAE\nnand5F OxD3 = OxAC\nnand5F OxD4 = OxAB\nnand5F OxD5 = OxAA\nnand5F OxD6 = OxA9\nnand5F OxD7 = OxA8\nnand5F OxD8 = OxA7\nnand5F OxD9 = OxA6\nnand5F OxDA = OxA5\nnand5F OxDB = OxA4\nnand5F OxDC = OxA3\nnand5F OxDD = OxA2\nnand5F OxDE = OxA1\nnand5F OxDF = OxA0\nnand5F OxE0 = OxBF\nnand5F OxE1 = OxBE\nnand5F OxE2 = OxBD\nnand5F OxE3 = OxBC\nnand5F OxE4 = OxBB\nnand5F OxE5 = OxBA\nnand5F OxE6 = OxB9\nnand5F OxE7 = OxB8\nnand5F OxE8 = OxB7\nnand5F OxE9 = OxB6\nnand5F OxEA = OxB5\nnand5F OxEB = OxB4\nnand5F OxEC = OxB3\nnand5F OxED = OxB2\nnand5F OxEE = OxB1\nnand5F OxEF = OxB0\nnand5F OxF0 = OxAF\nnand5F OxF1 = OxAE\nnand5F OxF3 = OxAC\nnand5F OxF4 = OxAB\nnand5F OxF5 = OxAA\nnand5F OxF6 = OxA9\nnand5F OxF7 = OxA8\nnand5F OxF8 = OxA7\nnand5F OxF9 = OxA6\nnand5F OxFA = OxA5\nnand5F OxFB = OxA4\nnand5F OxFC = OxA3\nnand5F OxFD = OxA2\nnand5F OxFE = OxA1\nnand5F OxFF = OxA0\nnand5F ____ = undefined\nnand60 Ox60 = Ox9F\nnand60 Ox61 = Ox9F\nnand60 Ox62 = Ox9F\nnand60 Ox63 = Ox9F\nnand60 Ox64 = Ox9F\nnand60 Ox65 = Ox9F\nnand60 Ox66 = Ox9F\nnand60 Ox67 = Ox9F\nnand60 Ox68 = Ox9F\nnand60 Ox69 = Ox9F\nnand60 Ox6A = Ox9F\nnand60 Ox6B = Ox9F\nnand60 Ox6C = Ox9F\nnand60 Ox6D = Ox9F\nnand60 Ox6E = Ox9F\nnand60 Ox6F = Ox9F\nnand60 Ox70 = Ox9F\nnand60 Ox71 = Ox9F\nnand60 Ox72 = Ox9F\nnand60 Ox73 = Ox9F\nnand60 Ox74 = Ox9F\nnand60 Ox75 = Ox9F\nnand60 Ox76 = Ox9F\nnand60 Ox77 = Ox9F\nnand60 Ox78 = Ox9F\nnand60 Ox79 = Ox9F\nnand60 Ox7A = Ox9F\nnand60 Ox7B = Ox9F\nnand60 Ox7C = Ox9F\nnand60 Ox7D = Ox9F\nnand60 Ox7E = Ox9F\nnand60 Ox7F = Ox9F\nnand60 Ox80 = OxFF\nnand60 Ox81 = OxFF\nnand60 Ox82 = OxFF\nnand60 Ox83 = OxFF\nnand60 Ox84 = OxFF\nnand60 Ox85 = OxFF\nnand60 Ox86 = OxFF\nnand60 Ox87 = OxFF\nnand60 Ox88 = OxFF\nnand60 Ox89 = OxFF\nnand60 Ox8A = OxFF\nnand60 Ox8B = OxFF\nnand60 Ox8C = OxFF\nnand60 Ox8D = OxFF\nnand60 Ox8E = OxFF\nnand60 Ox8F = OxFF\nnand60 Ox90 = OxFF\nnand60 Ox91 = OxFF\nnand60 Ox92 = OxFF\nnand60 Ox93 = OxFF\nnand60 Ox94 = OxFF\nnand60 Ox95 = OxFF\nnand60 Ox96 = OxFF\nnand60 Ox97 = OxFF\nnand60 Ox98 = OxFF\nnand60 Ox99 = OxFF\nnand60 Ox9A = OxFF\nnand60 Ox9B = OxFF\nnand60 Ox9C = OxFF\nnand60 Ox9D = OxFF\nnand60 Ox9E = OxFF\nnand60 Ox9F = OxFF\nnand60 OxA0 = OxDF\nnand60 OxA1 = OxDF\nnand60 OxA2 = OxDF\nnand60 OxA3 = OxDF\nnand60 OxA4 = OxDF\nnand60 OxA5 = OxDF\nnand60 OxA6 = OxDF\nnand60 OxA7 = OxDF\nnand60 OxA8 = OxDF\nnand60 OxA9 = OxDF\nnand60 OxAA = OxDF\nnand60 OxAB = OxDF\nnand60 OxAC = OxDF\nnand60 OxAE = OxDF\nnand60 OxAF = OxDF\nnand60 OxB0 = OxDF\nnand60 OxB1 = OxDF\nnand60 OxB2 = OxDF\nnand60 OxB3 = OxDF\nnand60 OxB4 = OxDF\nnand60 OxB5 = OxDF\nnand60 OxB6 = OxDF\nnand60 OxB7 = OxDF\nnand60 OxB8 = OxDF\nnand60 OxB9 = OxDF\nnand60 OxBA = OxDF\nnand60 OxBB = OxDF\nnand60 OxBC = OxDF\nnand60 OxBD = OxDF\nnand60 OxBE = OxDF\nnand60 OxBF = OxDF\nnand60 OxC0 = OxBF\nnand60 OxC1 = OxBF\nnand60 OxC2 = OxBF\nnand60 OxC3 = OxBF\nnand60 OxC4 = OxBF\nnand60 OxC5 = OxBF\nnand60 OxC6 = OxBF\nnand60 OxC7 = OxBF\nnand60 OxC8 = OxBF\nnand60 OxC9 = OxBF\nnand60 OxCA = OxBF\nnand60 OxCB = OxBF\nnand60 OxCC = OxBF\nnand60 OxCD = OxBF\nnand60 OxCE = OxBF\nnand60 OxCF = OxBF\nnand60 OxD0 = OxBF\nnand60 OxD1 = OxBF\nnand60 OxD2 = OxBF\nnand60 OxD3 = OxBF\nnand60 OxD4 = OxBF\nnand60 OxD5 = OxBF\nnand60 OxD6 = OxBF\nnand60 OxD7 = OxBF\nnand60 OxD8 = OxBF\nnand60 OxD9 = OxBF\nnand60 OxDA = OxBF\nnand60 OxDB = OxBF\nnand60 OxDC = OxBF\nnand60 OxDD = OxBF\nnand60 OxDE = OxBF\nnand60 OxDF = OxBF\nnand60 OxE0 = Ox9F\nnand60 OxE1 = Ox9F\nnand60 OxE2 = Ox9F\nnand60 OxE3 = Ox9F\nnand60 OxE4 = Ox9F\nnand60 OxE5 = Ox9F\nnand60 OxE6 = Ox9F\nnand60 OxE7 = Ox9F\nnand60 OxE8 = Ox9F\nnand60 OxE9 = Ox9F\nnand60 OxEA = Ox9F\nnand60 OxEB = Ox9F\nnand60 OxEC = Ox9F\nnand60 OxED = Ox9F\nnand60 OxEE = Ox9F\nnand60 OxEF = Ox9F\nnand60 OxF0 = Ox9F\nnand60 OxF1 = Ox9F\nnand60 OxF2 = Ox9F\nnand60 OxF3 = Ox9F\nnand60 OxF4 = Ox9F\nnand60 OxF5 = Ox9F\nnand60 OxF6 = Ox9F\nnand60 OxF7 = Ox9F\nnand60 OxF8 = Ox9F\nnand60 OxF9 = Ox9F\nnand60 OxFA = Ox9F\nnand60 OxFB = Ox9F\nnand60 OxFC = Ox9F\nnand60 OxFD = Ox9F\nnand60 OxFE = Ox9F\nnand60 OxFF = Ox9F\nnand60 ____ = undefined\nnand61 Ox61 = Ox9E\nnand61 Ox62 = Ox9F\nnand61 Ox63 = Ox9E\nnand61 Ox64 = Ox9F\nnand61 Ox65 = Ox9E\nnand61 Ox66 = Ox9F\nnand61 Ox67 = Ox9E\nnand61 Ox68 = Ox9F\nnand61 Ox69 = Ox9E\nnand61 Ox6A = Ox9F\nnand61 Ox6B = Ox9E\nnand61 Ox6C = Ox9F\nnand61 Ox6D = Ox9E\nnand61 Ox6E = Ox9F\nnand61 Ox6F = Ox9E\nnand61 Ox70 = Ox9F\nnand61 Ox71 = Ox9E\nnand61 Ox72 = Ox9F\nnand61 Ox73 = Ox9E\nnand61 Ox74 = Ox9F\nnand61 Ox75 = Ox9E\nnand61 Ox76 = Ox9F\nnand61 Ox77 = Ox9E\nnand61 Ox78 = Ox9F\nnand61 Ox79 = Ox9E\nnand61 Ox7A = Ox9F\nnand61 Ox7B = Ox9E\nnand61 Ox7C = Ox9F\nnand61 Ox7D = Ox9E\nnand61 Ox7E = Ox9F\nnand61 Ox7F = Ox9E\nnand61 Ox80 = OxFF\nnand61 Ox81 = OxFE\nnand61 Ox82 = OxFF\nnand61 Ox83 = OxFE\nnand61 Ox84 = OxFF\nnand61 Ox85 = OxFE\nnand61 Ox86 = OxFF\nnand61 Ox87 = OxFE\nnand61 Ox88 = OxFF\nnand61 Ox89 = OxFE\nnand61 Ox8A = OxFF\nnand61 Ox8B = OxFE\nnand61 Ox8C = OxFF\nnand61 Ox8D = OxFE\nnand61 Ox8E = OxFF\nnand61 Ox8F = OxFE\nnand61 Ox90 = OxFF\nnand61 Ox91 = OxFE\nnand61 Ox92 = OxFF\nnand61 Ox93 = OxFE\nnand61 Ox94 = OxFF\nnand61 Ox95 = OxFE\nnand61 Ox96 = OxFF\nnand61 Ox97 = OxFE\nnand61 Ox98 = OxFF\nnand61 Ox99 = OxFE\nnand61 Ox9A = OxFF\nnand61 Ox9B = OxFE\nnand61 Ox9C = OxFF\nnand61 Ox9D = OxFE\nnand61 Ox9E = OxFF\nnand61 Ox9F = OxFE\nnand61 OxA0 = OxDF\nnand61 OxA1 = OxDE\nnand61 OxA2 = OxDF\nnand61 OxA3 = OxDE\nnand61 OxA4 = OxDF\nnand61 OxA5 = OxDE\nnand61 OxA6 = OxDF\nnand61 OxA7 = OxDE\nnand61 OxA8 = OxDF\nnand61 OxA9 = OxDE\nnand61 OxAA = OxDF\nnand61 OxAB = OxDE\nnand61 OxAC = OxDF\nnand61 OxAE = OxDF\nnand61 OxAF = OxDE\nnand61 OxB0 = OxDF\nnand61 OxB1 = OxDE\nnand61 OxB2 = OxDF\nnand61 OxB3 = OxDE\nnand61 OxB4 = OxDF\nnand61 OxB5 = OxDE\nnand61 OxB6 = OxDF\nnand61 OxB7 = OxDE\nnand61 OxB8 = OxDF\nnand61 OxB9 = OxDE\nnand61 OxBA = OxDF\nnand61 OxBB = OxDE\nnand61 OxBC = OxDF\nnand61 OxBD = OxDE\nnand61 OxBE = OxDF\nnand61 OxBF = OxDE\nnand61 OxC0 = OxBF\nnand61 OxC1 = OxBE\nnand61 OxC2 = OxBF\nnand61 OxC3 = OxBE\nnand61 OxC4 = OxBF\nnand61 OxC5 = OxBE\nnand61 OxC6 = OxBF\nnand61 OxC7 = OxBE\nnand61 OxC8 = OxBF\nnand61 OxC9 = OxBE\nnand61 OxCA = OxBF\nnand61 OxCB = OxBE\nnand61 OxCC = OxBF\nnand61 OxCD = OxBE\nnand61 OxCE = OxBF\nnand61 OxCF = OxBE\nnand61 OxD0 = OxBF\nnand61 OxD1 = OxBE\nnand61 OxD2 = OxBF\nnand61 OxD3 = OxBE\nnand61 OxD4 = OxBF\nnand61 OxD5 = OxBE\nnand61 OxD6 = OxBF\nnand61 OxD7 = OxBE\nnand61 OxD8 = OxBF\nnand61 OxD9 = OxBE\nnand61 OxDA = OxBF\nnand61 OxDB = OxBE\nnand61 OxDC = OxBF\nnand61 OxDD = OxBE\nnand61 OxDE = OxBF\nnand61 OxDF = OxBE\nnand61 OxE0 = Ox9F\nnand61 OxE1 = Ox9E\nnand61 OxE2 = Ox9F\nnand61 OxE3 = Ox9E\nnand61 OxE4 = Ox9F\nnand61 OxE5 = Ox9E\nnand61 OxE6 = Ox9F\nnand61 OxE7 = Ox9E\nnand61 OxE8 = Ox9F\nnand61 OxE9 = Ox9E\nnand61 OxEA = Ox9F\nnand61 OxEB = Ox9E\nnand61 OxEC = Ox9F\nnand61 OxED = Ox9E\nnand61 OxEE = Ox9F\nnand61 OxEF = Ox9E\nnand61 OxF0 = Ox9F\nnand61 OxF1 = Ox9E\nnand61 OxF2 = Ox9F\nnand61 OxF3 = Ox9E\nnand61 OxF4 = Ox9F\nnand61 OxF5 = Ox9E\nnand61 OxF6 = Ox9F\nnand61 OxF7 = Ox9E\nnand61 OxF8 = Ox9F\nnand61 OxF9 = Ox9E\nnand61 OxFA = Ox9F\nnand61 OxFB = Ox9E\nnand61 OxFC = Ox9F\nnand61 OxFD = Ox9E\nnand61 OxFE = Ox9F\nnand61 OxFF = Ox9E\nnand61 ____ = undefined\nnand62 Ox62 = Ox9D\nnand62 Ox63 = Ox9D\nnand62 Ox64 = Ox9F\nnand62 Ox65 = Ox9F\nnand62 Ox66 = Ox9D\nnand62 Ox67 = Ox9D\nnand62 Ox68 = Ox9F\nnand62 Ox69 = Ox9F\nnand62 Ox6A = Ox9D\nnand62 Ox6B = Ox9D\nnand62 Ox6C = Ox9F\nnand62 Ox6D = Ox9F\nnand62 Ox6E = Ox9D\nnand62 Ox6F = Ox9D\nnand62 Ox70 = Ox9F\nnand62 Ox71 = Ox9F\nnand62 Ox72 = Ox9D\nnand62 Ox73 = Ox9D\nnand62 Ox74 = Ox9F\nnand62 Ox75 = Ox9F\nnand62 Ox76 = Ox9D\nnand62 Ox77 = Ox9D\nnand62 Ox78 = Ox9F\nnand62 Ox79 = Ox9F\nnand62 Ox7A = Ox9D\nnand62 Ox7B = Ox9D\nnand62 Ox7C = Ox9F\nnand62 Ox7D = Ox9F\nnand62 Ox7E = Ox9D\nnand62 Ox7F = Ox9D\nnand62 Ox80 = OxFF\nnand62 Ox81 = OxFF\nnand62 Ox82 = OxFD\nnand62 Ox83 = OxFD\nnand62 Ox84 = OxFF\nnand62 Ox85 = OxFF\nnand62 Ox86 = OxFD\nnand62 Ox87 = OxFD\nnand62 Ox88 = OxFF\nnand62 Ox89 = OxFF\nnand62 Ox8A = OxFD\nnand62 Ox8B = OxFD\nnand62 Ox8C = OxFF\nnand62 Ox8D = OxFF\nnand62 Ox8E = OxFD\nnand62 Ox8F = OxFD\nnand62 Ox90 = OxFF\nnand62 Ox91 = OxFF\nnand62 Ox92 = OxFD\nnand62 Ox93 = OxFD\nnand62 Ox94 = OxFF\nnand62 Ox95 = OxFF\nnand62 Ox96 = OxFD\nnand62 Ox97 = OxFD\nnand62 Ox98 = OxFF\nnand62 Ox99 = OxFF\nnand62 Ox9A = OxFD\nnand62 Ox9B = OxFD\nnand62 Ox9C = OxFF\nnand62 Ox9D = OxFF\nnand62 Ox9E = OxFD\nnand62 Ox9F = OxFD\nnand62 OxA0 = OxDF\nnand62 OxA1 = OxDF\nnand62 OxA2 = OxDD\nnand62 OxA3 = OxDD\nnand62 OxA4 = OxDF\nnand62 OxA5 = OxDF\nnand62 OxA6 = OxDD\nnand62 OxA7 = OxDD\nnand62 OxA8 = OxDF\nnand62 OxA9 = OxDF\nnand62 OxAA = OxDD\nnand62 OxAB = OxDD\nnand62 OxAC = OxDF\nnand62 OxAE = OxDD\nnand62 OxAF = OxDD\nnand62 OxB0 = OxDF\nnand62 OxB1 = OxDF\nnand62 OxB2 = OxDD\nnand62 OxB3 = OxDD\nnand62 OxB4 = OxDF\nnand62 OxB5 = OxDF\nnand62 OxB6 = OxDD\nnand62 OxB7 = OxDD\nnand62 OxB8 = OxDF\nnand62 OxB9 = OxDF\nnand62 OxBA = OxDD\nnand62 OxBB = OxDD\nnand62 OxBC = OxDF\nnand62 OxBD = OxDF\nnand62 OxBE = OxDD\nnand62 OxBF = OxDD\nnand62 OxC0 = OxBF\nnand62 OxC1 = OxBF\nnand62 OxC2 = OxBD\nnand62 OxC3 = OxBD\nnand62 OxC4 = OxBF\nnand62 OxC5 = OxBF\nnand62 OxC6 = OxBD\nnand62 OxC7 = OxBD\nnand62 OxC8 = OxBF\nnand62 OxC9 = OxBF\nnand62 OxCA = OxBD\nnand62 OxCB = OxBD\nnand62 OxCC = OxBF\nnand62 OxCD = OxBF\nnand62 OxCE = OxBD\nnand62 OxCF = OxBD\nnand62 OxD0 = OxBF\nnand62 OxD1 = OxBF\nnand62 OxD2 = OxBD\nnand62 OxD3 = OxBD\nnand62 OxD4 = OxBF\nnand62 OxD5 = OxBF\nnand62 OxD6 = OxBD\nnand62 OxD7 = OxBD\nnand62 OxD8 = OxBF\nnand62 OxD9 = OxBF\nnand62 OxDA = OxBD\nnand62 OxDB = OxBD\nnand62 OxDC = OxBF\nnand62 OxDD = OxBF\nnand62 OxDE = OxBD\nnand62 OxDF = OxBD\nnand62 OxE0 = Ox9F\nnand62 OxE1 = Ox9F\nnand62 OxE2 = Ox9D\nnand62 OxE3 = Ox9D\nnand62 OxE4 = Ox9F\nnand62 OxE5 = Ox9F\nnand62 OxE6 = Ox9D\nnand62 OxE7 = Ox9D\nnand62 OxE8 = Ox9F\nnand62 OxE9 = Ox9F\nnand62 OxEA = Ox9D\nnand62 OxEB = Ox9D\nnand62 OxEC = Ox9F\nnand62 OxED = Ox9F\nnand62 OxEE = Ox9D\nnand62 OxEF = Ox9D\nnand62 OxF0 = Ox9F\nnand62 OxF1 = Ox9F\nnand62 OxF2 = Ox9D\nnand62 OxF3 = Ox9D\nnand62 OxF4 = Ox9F\nnand62 OxF5 = Ox9F\nnand62 OxF6 = Ox9D\nnand62 OxF7 = Ox9D\nnand62 OxF8 = Ox9F\nnand62 OxF9 = Ox9F\nnand62 OxFA = Ox9D\nnand62 OxFB = Ox9D\nnand62 OxFC = Ox9F\nnand62 OxFD = Ox9F\nnand62 OxFE = Ox9D\nnand62 OxFF = Ox9D\nnand62 ____ = undefined\nnand63 Ox63 = Ox9C\nnand63 Ox64 = Ox9F\nnand63 Ox65 = Ox9E\nnand63 Ox66 = Ox9D\nnand63 Ox67 = Ox9C\nnand63 Ox68 = Ox9F\nnand63 Ox69 = Ox9E\nnand63 Ox6A = Ox9D\nnand63 Ox6B = Ox9C\nnand63 Ox6C = Ox9F\nnand63 Ox6D = Ox9E\nnand63 Ox6E = Ox9D\nnand63 Ox6F = Ox9C\nnand63 Ox70 = Ox9F\nnand63 Ox71 = Ox9E\nnand63 Ox72 = Ox9D\nnand63 Ox73 = Ox9C\nnand63 Ox74 = Ox9F\nnand63 Ox75 = Ox9E\nnand63 Ox76 = Ox9D\nnand63 Ox77 = Ox9C\nnand63 Ox78 = Ox9F\nnand63 Ox79 = Ox9E\nnand63 Ox7A = Ox9D\nnand63 Ox7B = Ox9C\nnand63 Ox7C = Ox9F\nnand63 Ox7D = Ox9E\nnand63 Ox7E = Ox9D\nnand63 Ox7F = Ox9C\nnand63 Ox80 = OxFF\nnand63 Ox81 = OxFE\nnand63 Ox82 = OxFD\nnand63 Ox83 = OxFC\nnand63 Ox84 = OxFF\nnand63 Ox85 = OxFE\nnand63 Ox86 = OxFD\nnand63 Ox87 = OxFC\nnand63 Ox88 = OxFF\nnand63 Ox89 = OxFE\nnand63 Ox8A = OxFD\nnand63 Ox8B = OxFC\nnand63 Ox8C = OxFF\nnand63 Ox8D = OxFE\nnand63 Ox8E = OxFD\nnand63 Ox8F = OxFC\nnand63 Ox90 = OxFF\nnand63 Ox91 = OxFE\nnand63 Ox92 = OxFD\nnand63 Ox93 = OxFC\nnand63 Ox94 = OxFF\nnand63 Ox95 = OxFE\nnand63 Ox96 = OxFD\nnand63 Ox97 = OxFC\nnand63 Ox98 = OxFF\nnand63 Ox99 = OxFE\nnand63 Ox9A = OxFD\nnand63 Ox9B = OxFC\nnand63 Ox9C = OxFF\nnand63 Ox9D = OxFE\nnand63 Ox9E = OxFD\nnand63 Ox9F = OxFC\nnand63 OxA0 = OxDF\nnand63 OxA1 = OxDE\nnand63 OxA2 = OxDD\nnand63 OxA3 = OxDC\nnand63 OxA4 = OxDF\nnand63 OxA5 = OxDE\nnand63 OxA6 = OxDD\nnand63 OxA7 = OxDC\nnand63 OxA8 = OxDF\nnand63 OxA9 = OxDE\nnand63 OxAA = OxDD\nnand63 OxAB = OxDC\nnand63 OxAC = OxDF\nnand63 OxAE = OxDD\nnand63 OxAF = OxDC\nnand63 OxB0 = OxDF\nnand63 OxB1 = OxDE\nnand63 OxB2 = OxDD\nnand63 OxB3 = OxDC\nnand63 OxB4 = OxDF\nnand63 OxB5 = OxDE\nnand63 OxB6 = OxDD\nnand63 OxB7 = OxDC\nnand63 OxB8 = OxDF\nnand63 OxB9 = OxDE\nnand63 OxBA = OxDD\nnand63 OxBB = OxDC\nnand63 OxBC = OxDF\nnand63 OxBD = OxDE\nnand63 OxBE = OxDD\nnand63 OxBF = OxDC\nnand63 OxC0 = OxBF\nnand63 OxC1 = OxBE\nnand63 OxC2 = OxBD\nnand63 OxC3 = OxBC\nnand63 OxC4 = OxBF\nnand63 OxC5 = OxBE\nnand63 OxC6 = OxBD\nnand63 OxC7 = OxBC\nnand63 OxC8 = OxBF\nnand63 OxC9 = OxBE\nnand63 OxCA = OxBD\nnand63 OxCB = OxBC\nnand63 OxCC = OxBF\nnand63 OxCD = OxBE\nnand63 OxCE = OxBD\nnand63 OxCF = OxBC\nnand63 OxD0 = OxBF\nnand63 OxD1 = OxBE\nnand63 OxD2 = OxBD\nnand63 OxD3 = OxBC\nnand63 OxD4 = OxBF\nnand63 OxD5 = OxBE\nnand63 OxD6 = OxBD\nnand63 OxD7 = OxBC\nnand63 OxD8 = OxBF\nnand63 OxD9 = OxBE\nnand63 OxDA = OxBD\nnand63 OxDB = OxBC\nnand63 OxDC = OxBF\nnand63 OxDD = OxBE\nnand63 OxDE = OxBD\nnand63 OxDF = OxBC\nnand63 OxE0 = Ox9F\nnand63 OxE1 = Ox9E\nnand63 OxE2 = Ox9D\nnand63 OxE3 = Ox9C\nnand63 OxE4 = Ox9F\nnand63 OxE5 = Ox9E\nnand63 OxE6 = Ox9D\nnand63 OxE7 = Ox9C\nnand63 OxE8 = Ox9F\nnand63 OxE9 = Ox9E\nnand63 OxEA = Ox9D\nnand63 OxEB = Ox9C\nnand63 OxEC = Ox9F\nnand63 OxED = Ox9E\nnand63 OxEE = Ox9D\nnand63 OxEF = Ox9C\nnand63 OxF0 = Ox9F\nnand63 OxF1 = Ox9E\nnand63 OxF2 = Ox9D\nnand63 OxF3 = Ox9C\nnand63 OxF4 = Ox9F\nnand63 OxF5 = Ox9E\nnand63 OxF6 = Ox9D\nnand63 OxF7 = Ox9C\nnand63 OxF8 = Ox9F\nnand63 OxF9 = Ox9E\nnand63 OxFA = Ox9D\nnand63 OxFB = Ox9C\nnand63 OxFC = Ox9F\nnand63 OxFD = Ox9E\nnand63 OxFE = Ox9D\nnand63 OxFF = Ox9C\nnand63 ____ = undefined\nnand64 Ox64 = Ox9B\nnand64 Ox65 = Ox9B\nnand64 Ox66 = Ox9B\nnand64 Ox67 = Ox9B\nnand64 Ox68 = Ox9F\nnand64 Ox69 = Ox9F\nnand64 Ox6A = Ox9F\nnand64 Ox6B = Ox9F\nnand64 Ox6C = Ox9B\nnand64 Ox6D = Ox9B\nnand64 Ox6E = Ox9B\nnand64 Ox6F = Ox9B\nnand64 Ox70 = Ox9F\nnand64 Ox71 = Ox9F\nnand64 Ox72 = Ox9F\nnand64 Ox73 = Ox9F\nnand64 Ox74 = Ox9B\nnand64 Ox75 = Ox9B\nnand64 Ox76 = Ox9B\nnand64 Ox77 = Ox9B\nnand64 Ox78 = Ox9F\nnand64 Ox79 = Ox9F\nnand64 Ox7A = Ox9F\nnand64 Ox7B = Ox9F\nnand64 Ox7C = Ox9B\nnand64 Ox7D = Ox9B\nnand64 Ox7E = Ox9B\nnand64 Ox7F = Ox9B\nnand64 Ox80 = OxFF\nnand64 Ox81 = OxFF\nnand64 Ox82 = OxFF\nnand64 Ox83 = OxFF\nnand64 Ox84 = OxFB\nnand64 Ox85 = OxFB\nnand64 Ox86 = OxFB\nnand64 Ox87 = OxFB\nnand64 Ox88 = OxFF\nnand64 Ox89 = OxFF\nnand64 Ox8A = OxFF\nnand64 Ox8B = OxFF\nnand64 Ox8C = OxFB\nnand64 Ox8D = OxFB\nnand64 Ox8E = OxFB\nnand64 Ox8F = OxFB\nnand64 Ox90 = OxFF\nnand64 Ox91 = OxFF\nnand64 Ox92 = OxFF\nnand64 Ox93 = OxFF\nnand64 Ox94 = OxFB\nnand64 Ox95 = OxFB\nnand64 Ox96 = OxFB\nnand64 Ox97 = OxFB\nnand64 Ox98 = OxFF\nnand64 Ox99 = OxFF\nnand64 Ox9A = OxFF\nnand64 Ox9B = OxFF\nnand64 Ox9C = OxFB\nnand64 Ox9D = OxFB\nnand64 Ox9E = OxFB\nnand64 Ox9F = OxFB\nnand64 OxA0 = OxDF\nnand64 OxA1 = OxDF\nnand64 OxA2 = OxDF\nnand64 OxA3 = OxDF\nnand64 OxA4 = OxDB\nnand64 OxA5 = OxDB\nnand64 OxA6 = OxDB\nnand64 OxA7 = OxDB\nnand64 OxA8 = OxDF\nnand64 OxA9 = OxDF\nnand64 OxAA = OxDF\nnand64 OxAB = OxDF\nnand64 OxAC = OxDB\nnand64 OxAE = OxDB\nnand64 OxAF = OxDB\nnand64 OxB0 = OxDF\nnand64 OxB1 = OxDF\nnand64 OxB2 = OxDF\nnand64 OxB3 = OxDF\nnand64 OxB4 = OxDB\nnand64 OxB5 = OxDB\nnand64 OxB6 = OxDB\nnand64 OxB7 = OxDB\nnand64 OxB8 = OxDF\nnand64 OxB9 = OxDF\nnand64 OxBA = OxDF\nnand64 OxBB = OxDF\nnand64 OxBC = OxDB\nnand64 OxBD = OxDB\nnand64 OxBE = OxDB\nnand64 OxBF = OxDB\nnand64 OxC0 = OxBF\nnand64 OxC1 = OxBF\nnand64 OxC2 = OxBF\nnand64 OxC3 = OxBF\nnand64 OxC4 = OxBB\nnand64 OxC5 = OxBB\nnand64 OxC6 = OxBB\nnand64 OxC7 = OxBB\nnand64 OxC8 = OxBF\nnand64 OxC9 = OxBF\nnand64 OxCA = OxBF\nnand64 OxCB = OxBF\nnand64 OxCC = OxBB\nnand64 OxCD = OxBB\nnand64 OxCE = OxBB\nnand64 OxCF = OxBB\nnand64 OxD0 = OxBF\nnand64 OxD1 = OxBF\nnand64 OxD2 = OxBF\nnand64 OxD3 = OxBF\nnand64 OxD4 = OxBB\nnand64 OxD5 = OxBB\nnand64 OxD6 = OxBB\nnand64 OxD7 = OxBB\nnand64 OxD8 = OxBF\nnand64 OxD9 = OxBF\nnand64 OxDA = OxBF\nnand64 OxDB = OxBF\nnand64 OxDC = OxBB\nnand64 OxDD = OxBB\nnand64 OxDE = OxBB\nnand64 OxDF = OxBB\nnand64 OxE0 = Ox9F\nnand64 OxE1 = Ox9F\nnand64 OxE2 = Ox9F\nnand64 OxE3 = Ox9F\nnand64 OxE4 = Ox9B\nnand64 OxE5 = Ox9B\nnand64 OxE6 = Ox9B\nnand64 OxE7 = Ox9B\nnand64 OxE8 = Ox9F\nnand64 OxE9 = Ox9F\nnand64 OxEA = Ox9F\nnand64 OxEB = Ox9F\nnand64 OxEC = Ox9B\nnand64 OxED = Ox9B\nnand64 OxEE = Ox9B\nnand64 OxEF = Ox9B\nnand64 OxF0 = Ox9F\nnand64 OxF1 = Ox9F\nnand64 OxF2 = Ox9F\nnand64 OxF3 = Ox9F\nnand64 OxF4 = Ox9B\nnand64 OxF5 = Ox9B\nnand64 OxF6 = Ox9B\nnand64 OxF7 = Ox9B\nnand64 OxF8 = Ox9F\nnand64 OxF9 = Ox9F\nnand64 OxFA = Ox9F\nnand64 OxFB = Ox9F\nnand64 OxFC = Ox9B\nnand64 OxFD = Ox9B\nnand64 OxFE = Ox9B\nnand64 OxFF = Ox9B\nnand64 ____ = undefined\nnand65 Ox65 = Ox9A\nnand65 Ox66 = Ox9B\nnand65 Ox67 = Ox9A\nnand65 Ox68 = Ox9F\nnand65 Ox69 = Ox9E\nnand65 Ox6A = Ox9F\nnand65 Ox6B = Ox9E\nnand65 Ox6C = Ox9B\nnand65 Ox6D = Ox9A\nnand65 Ox6E = Ox9B\nnand65 Ox6F = Ox9A\nnand65 Ox70 = Ox9F\nnand65 Ox71 = Ox9E\nnand65 Ox72 = Ox9F\nnand65 Ox73 = Ox9E\nnand65 Ox74 = Ox9B\nnand65 Ox75 = Ox9A\nnand65 Ox76 = Ox9B\nnand65 Ox77 = Ox9A\nnand65 Ox78 = Ox9F\nnand65 Ox79 = Ox9E\nnand65 Ox7A = Ox9F\nnand65 Ox7B = Ox9E\nnand65 Ox7C = Ox9B\nnand65 Ox7D = Ox9A\nnand65 Ox7E = Ox9B\nnand65 Ox7F = Ox9A\nnand65 Ox80 = OxFF\nnand65 Ox81 = OxFE\nnand65 Ox82 = OxFF\nnand65 Ox83 = OxFE\nnand65 Ox84 = OxFB\nnand65 Ox85 = OxFA\nnand65 Ox86 = OxFB\nnand65 Ox87 = OxFA\nnand65 Ox88 = OxFF\nnand65 Ox89 = OxFE\nnand65 Ox8A = OxFF\nnand65 Ox8B = OxFE\nnand65 Ox8C = OxFB\nnand65 Ox8D = OxFA\nnand65 Ox8E = OxFB\nnand65 Ox8F = OxFA\nnand65 Ox90 = OxFF\nnand65 Ox91 = OxFE\nnand65 Ox92 = OxFF\nnand65 Ox93 = OxFE\nnand65 Ox94 = OxFB\nnand65 Ox95 = OxFA\nnand65 Ox96 = OxFB\nnand65 Ox97 = OxFA\nnand65 Ox98 = OxFF\nnand65 Ox99 = OxFE\nnand65 Ox9A = OxFF\nnand65 Ox9B = OxFE\nnand65 Ox9C = OxFB\nnand65 Ox9D = OxFA\nnand65 Ox9E = OxFB\nnand65 Ox9F = OxFA\nnand65 OxA0 = OxDF\nnand65 OxA1 = OxDE\nnand65 OxA2 = OxDF\nnand65 OxA3 = OxDE\nnand65 OxA4 = OxDB\nnand65 OxA5 = OxDA\nnand65 OxA6 = OxDB\nnand65 OxA7 = OxDA\nnand65 OxA8 = OxDF\nnand65 OxA9 = OxDE\nnand65 OxAA = OxDF\nnand65 OxAB = OxDE\nnand65 OxAC = OxDB\nnand65 OxAE = OxDB\nnand65 OxAF = OxDA\nnand65 OxB0 = OxDF\nnand65 OxB1 = OxDE\nnand65 OxB2 = OxDF\nnand65 OxB3 = OxDE\nnand65 OxB4 = OxDB\nnand65 OxB5 = OxDA\nnand65 OxB6 = OxDB\nnand65 OxB7 = OxDA\nnand65 OxB8 = OxDF\nnand65 OxB9 = OxDE\nnand65 OxBA = OxDF\nnand65 OxBB = OxDE\nnand65 OxBC = OxDB\nnand65 OxBD = OxDA\nnand65 OxBE = OxDB\nnand65 OxBF = OxDA\nnand65 OxC0 = OxBF\nnand65 OxC1 = OxBE\nnand65 OxC2 = OxBF\nnand65 OxC3 = OxBE\nnand65 OxC4 = OxBB\nnand65 OxC5 = OxBA\nnand65 OxC6 = OxBB\nnand65 OxC7 = OxBA\nnand65 OxC8 = OxBF\nnand65 OxC9 = OxBE\nnand65 OxCA = OxBF\nnand65 OxCB = OxBE\nnand65 OxCC = OxBB\nnand65 OxCD = OxBA\nnand65 OxCE = OxBB\nnand65 OxCF = OxBA\nnand65 OxD0 = OxBF\nnand65 OxD1 = OxBE\nnand65 OxD2 = OxBF\nnand65 OxD3 = OxBE\nnand65 OxD4 = OxBB\nnand65 OxD5 = OxBA\nnand65 OxD6 = OxBB\nnand65 OxD7 = OxBA\nnand65 OxD8 = OxBF\nnand65 OxD9 = OxBE\nnand65 OxDA = OxBF\nnand65 OxDB = OxBE\nnand65 OxDC = OxBB\nnand65 OxDD = OxBA\nnand65 OxDE = OxBB\nnand65 OxDF = OxBA\nnand65 OxE0 = Ox9F\nnand65 OxE1 = Ox9E\nnand65 OxE2 = Ox9F\nnand65 OxE3 = Ox9E\nnand65 OxE4 = Ox9B\nnand65 OxE5 = Ox9A\nnand65 OxE6 = Ox9B\nnand65 OxE7 = Ox9A\nnand65 OxE8 = Ox9F\nnand65 OxE9 = Ox9E\nnand65 OxEA = Ox9F\nnand65 OxEB = Ox9E\nnand65 OxEC = Ox9B\nnand65 OxED = Ox9A\nnand65 OxEE = Ox9B\nnand65 OxEF = Ox9A\nnand65 OxF0 = Ox9F\nnand65 OxF1 = Ox9E\nnand65 OxF2 = Ox9F\nnand65 OxF3 = Ox9E\nnand65 OxF4 = Ox9B\nnand65 OxF5 = Ox9A\nnand65 OxF6 = Ox9B\nnand65 OxF7 = Ox9A\nnand65 OxF8 = Ox9F\nnand65 OxF9 = Ox9E\nnand65 OxFA = Ox9F\nnand65 OxFB = Ox9E\nnand65 OxFC = Ox9B\nnand65 OxFD = Ox9A\nnand65 OxFE = Ox9B\nnand65 OxFF = Ox9A\nnand65 ____ = undefined\nnand66 Ox66 = Ox99\nnand66 Ox67 = Ox99\nnand66 Ox68 = Ox9F\nnand66 Ox69 = Ox9F\nnand66 Ox6A = Ox9D\nnand66 Ox6B = Ox9D\nnand66 Ox6C = Ox9B\nnand66 Ox6D = Ox9B\nnand66 Ox6E = Ox99\nnand66 Ox6F = Ox99\nnand66 Ox70 = Ox9F\nnand66 Ox71 = Ox9F\nnand66 Ox72 = Ox9D\nnand66 Ox73 = Ox9D\nnand66 Ox74 = Ox9B\nnand66 Ox75 = Ox9B\nnand66 Ox76 = Ox99\nnand66 Ox77 = Ox99\nnand66 Ox78 = Ox9F\nnand66 Ox79 = Ox9F\nnand66 Ox7A = Ox9D\nnand66 Ox7B = Ox9D\nnand66 Ox7C = Ox9B\nnand66 Ox7D = Ox9B\nnand66 Ox7E = Ox99\nnand66 Ox7F = Ox99\nnand66 Ox80 = OxFF\nnand66 Ox81 = OxFF\nnand66 Ox82 = OxFD\nnand66 Ox83 = OxFD\nnand66 Ox84 = OxFB\nnand66 Ox85 = OxFB\nnand66 Ox86 = OxF9\nnand66 Ox87 = OxF9\nnand66 Ox88 = OxFF\nnand66 Ox89 = OxFF\nnand66 Ox8A = OxFD\nnand66 Ox8B = OxFD\nnand66 Ox8C = OxFB\nnand66 Ox8D = OxFB\nnand66 Ox8E = OxF9\nnand66 Ox8F = OxF9\nnand66 Ox90 = OxFF\nnand66 Ox91 = OxFF\nnand66 Ox92 = OxFD\nnand66 Ox93 = OxFD\nnand66 Ox94 = OxFB\nnand66 Ox95 = OxFB\nnand66 Ox96 = OxF9\nnand66 Ox97 = OxF9\nnand66 Ox98 = OxFF\nnand66 Ox99 = OxFF\nnand66 Ox9A = OxFD\nnand66 Ox9B = OxFD\nnand66 Ox9C = OxFB\nnand66 Ox9D = OxFB\nnand66 Ox9E = OxF9\nnand66 Ox9F = OxF9\nnand66 OxA0 = OxDF\nnand66 OxA1 = OxDF\nnand66 OxA2 = OxDD\nnand66 OxA3 = OxDD\nnand66 OxA4 = OxDB\nnand66 OxA5 = OxDB\nnand66 OxA6 = OxD9\nnand66 OxA7 = OxD9\nnand66 OxA8 = OxDF\nnand66 OxA9 = OxDF\nnand66 OxAA = OxDD\nnand66 OxAB = OxDD\nnand66 OxAC = OxDB\nnand66 OxAE = OxD9\nnand66 OxAF = OxD9\nnand66 OxB0 = OxDF\nnand66 OxB1 = OxDF\nnand66 OxB2 = OxDD\nnand66 OxB3 = OxDD\nnand66 OxB4 = OxDB\nnand66 OxB5 = OxDB\nnand66 OxB6 = OxD9\nnand66 OxB7 = OxD9\nnand66 OxB8 = OxDF\nnand66 OxB9 = OxDF\nnand66 OxBA = OxDD\nnand66 OxBB = OxDD\nnand66 OxBC = OxDB\nnand66 OxBD = OxDB\nnand66 OxBE = OxD9\nnand66 OxBF = OxD9\nnand66 OxC0 = OxBF\nnand66 OxC1 = OxBF\nnand66 OxC2 = OxBD\nnand66 OxC3 = OxBD\nnand66 OxC4 = OxBB\nnand66 OxC5 = OxBB\nnand66 OxC6 = OxB9\nnand66 OxC7 = OxB9\nnand66 OxC8 = OxBF\nnand66 OxC9 = OxBF\nnand66 OxCA = OxBD\nnand66 OxCB = OxBD\nnand66 OxCC = OxBB\nnand66 OxCD = OxBB\nnand66 OxCE = OxB9\nnand66 OxCF = OxB9\nnand66 OxD0 = OxBF\nnand66 OxD1 = OxBF\nnand66 OxD2 = OxBD\nnand66 OxD3 = OxBD\nnand66 OxD4 = OxBB\nnand66 OxD5 = OxBB\nnand66 OxD6 = OxB9\nnand66 OxD7 = OxB9\nnand66 OxD8 = OxBF\nnand66 OxD9 = OxBF\nnand66 OxDA = OxBD\nnand66 OxDB = OxBD\nnand66 OxDC = OxBB\nnand66 OxDD = OxBB\nnand66 OxDE = OxB9\nnand66 OxDF = OxB9\nnand66 OxE0 = Ox9F\nnand66 OxE1 = Ox9F\nnand66 OxE2 = Ox9D\nnand66 OxE3 = Ox9D\nnand66 OxE4 = Ox9B\nnand66 OxE5 = Ox9B\nnand66 OxE6 = Ox99\nnand66 OxE7 = Ox99\nnand66 OxE8 = Ox9F\nnand66 OxE9 = Ox9F\nnand66 OxEA = Ox9D\nnand66 OxEB = Ox9D\nnand66 OxEC = Ox9B\nnand66 OxED = Ox9B\nnand66 OxEE = Ox99\nnand66 OxEF = Ox99\nnand66 OxF0 = Ox9F\nnand66 OxF1 = Ox9F\nnand66 OxF2 = Ox9D\nnand66 OxF3 = Ox9D\nnand66 OxF4 = Ox9B\nnand66 OxF5 = Ox9B\nnand66 OxF6 = Ox99\nnand66 OxF7 = Ox99\nnand66 OxF8 = Ox9F\nnand66 OxF9 = Ox9F\nnand66 OxFA = Ox9D\nnand66 OxFB = Ox9D\nnand66 OxFC = Ox9B\nnand66 OxFD = Ox9B\nnand66 OxFE = Ox99\nnand66 OxFF = Ox99\nnand66 ____ = undefined\nnand67 Ox67 = Ox98\nnand67 Ox68 = Ox9F\nnand67 Ox69 = Ox9E\nnand67 Ox6A = Ox9D\nnand67 Ox6B = Ox9C\nnand67 Ox6C = Ox9B\nnand67 Ox6D = Ox9A\nnand67 Ox6E = Ox99\nnand67 Ox6F = Ox98\nnand67 Ox70 = Ox9F\nnand67 Ox71 = Ox9E\nnand67 Ox72 = Ox9D\nnand67 Ox73 = Ox9C\nnand67 Ox74 = Ox9B\nnand67 Ox75 = Ox9A\nnand67 Ox76 = Ox99\nnand67 Ox77 = Ox98\nnand67 Ox78 = Ox9F\nnand67 Ox79 = Ox9E\nnand67 Ox7A = Ox9D\nnand67 Ox7B = Ox9C\nnand67 Ox7C = Ox9B\nnand67 Ox7D = Ox9A\nnand67 Ox7E = Ox99\nnand67 Ox7F = Ox98\nnand67 Ox80 = OxFF\nnand67 Ox81 = OxFE\nnand67 Ox82 = OxFD\nnand67 Ox83 = OxFC\nnand67 Ox84 = OxFB\nnand67 Ox85 = OxFA\nnand67 Ox86 = OxF9\nnand67 Ox87 = OxF8\nnand67 Ox88 = OxFF\nnand67 Ox89 = OxFE\nnand67 Ox8A = OxFD\nnand67 Ox8B = OxFC\nnand67 Ox8C = OxFB\nnand67 Ox8D = OxFA\nnand67 Ox8E = OxF9\nnand67 Ox8F = OxF8\nnand67 Ox90 = OxFF\nnand67 Ox91 = OxFE\nnand67 Ox92 = OxFD\nnand67 Ox93 = OxFC\nnand67 Ox94 = OxFB\nnand67 Ox95 = OxFA\nnand67 Ox96 = OxF9\nnand67 Ox97 = OxF8\nnand67 Ox98 = OxFF\nnand67 Ox99 = OxFE\nnand67 Ox9A = OxFD\nnand67 Ox9B = OxFC\nnand67 Ox9C = OxFB\nnand67 Ox9D = OxFA\nnand67 Ox9E = OxF9\nnand67 Ox9F = OxF8\nnand67 OxA0 = OxDF\nnand67 OxA1 = OxDE\nnand67 OxA2 = OxDD\nnand67 OxA3 = OxDC\nnand67 OxA4 = OxDB\nnand67 OxA5 = OxDA\nnand67 OxA6 = OxD9\nnand67 OxA7 = OxD8\nnand67 OxA8 = OxDF\nnand67 OxA9 = OxDE\nnand67 OxAA = OxDD\nnand67 OxAB = OxDC\nnand67 OxAC = OxDB\nnand67 OxAE = OxD9\nnand67 OxAF = OxD8\nnand67 OxB0 = OxDF\nnand67 OxB1 = OxDE\nnand67 OxB2 = OxDD\nnand67 OxB3 = OxDC\nnand67 OxB4 = OxDB\nnand67 OxB5 = OxDA\nnand67 OxB6 = OxD9\nnand67 OxB7 = OxD8\nnand67 OxB8 = OxDF\nnand67 OxB9 = OxDE\nnand67 OxBA = OxDD\nnand67 OxBB = OxDC\nnand67 OxBC = OxDB\nnand67 OxBD = OxDA\nnand67 OxBE = OxD9\nnand67 OxBF = OxD8\nnand67 OxC0 = OxBF\nnand67 OxC1 = OxBE\nnand67 OxC2 = OxBD\nnand67 OxC3 = OxBC\nnand67 OxC4 = OxBB\nnand67 OxC5 = OxBA\nnand67 OxC6 = OxB9\nnand67 OxC7 = OxB8\nnand67 OxC8 = OxBF\nnand67 OxC9 = OxBE\nnand67 OxCA = OxBD\nnand67 OxCB = OxBC\nnand67 OxCC = OxBB\nnand67 OxCD = OxBA\nnand67 OxCE = OxB9\nnand67 OxCF = OxB8\nnand67 OxD0 = OxBF\nnand67 OxD1 = OxBE\nnand67 OxD2 = OxBD\nnand67 OxD3 = OxBC\nnand67 OxD4 = OxBB\nnand67 OxD5 = OxBA\nnand67 OxD6 = OxB9\nnand67 OxD7 = OxB8\nnand67 OxD8 = OxBF\nnand67 OxD9 = OxBE\nnand67 OxDA = OxBD\nnand67 OxDB = OxBC\nnand67 OxDC = OxBB\nnand67 OxDD = OxBA\nnand67 OxDE = OxB9\nnand67 OxDF = OxB8\nnand67 OxE0 = Ox9F\nnand67 OxE1 = Ox9E\nnand67 OxE2 = Ox9D\nnand67 OxE3 = Ox9C\nnand67 OxE4 = Ox9B\nnand67 OxE5 = Ox9A\nnand67 OxE6 = Ox99\nnand67 OxE7 = Ox98\nnand67 OxE8 = Ox9F\nnand67 OxE9 = Ox9E\nnand67 OxEA = Ox9D\nnand67 OxEB = Ox9C\nnand67 OxEC = Ox9B\nnand67 OxED = Ox9A\nnand67 OxEE = Ox99\nnand67 OxEF = Ox98\nnand67 OxF0 = Ox9F\nnand67 OxF1 = Ox9E\nnand67 OxF2 = Ox9D\nnand67 OxF3 = Ox9C\nnand67 OxF4 = Ox9B\nnand67 OxF5 = Ox9A\nnand67 OxF6 = Ox99\nnand67 OxF7 = Ox98\nnand67 OxF8 = Ox9F\nnand67 OxF9 = Ox9E\nnand67 OxFA = Ox9D\nnand67 OxFB = Ox9C\nnand67 OxFC = Ox9B\nnand67 OxFD = Ox9A\nnand67 OxFE = Ox99\nnand67 OxFF = Ox98\nnand67 ____ = undefined\nnand68 Ox68 = Ox97\nnand68 Ox69 = Ox97\nnand68 Ox6A = Ox97\nnand68 Ox6B = Ox97\nnand68 Ox6C = Ox97\nnand68 Ox6D = Ox97\nnand68 Ox6E = Ox97\nnand68 Ox6F = Ox97\nnand68 Ox70 = Ox9F\nnand68 Ox71 = Ox9F\nnand68 Ox72 = Ox9F\nnand68 Ox73 = Ox9F\nnand68 Ox74 = Ox9F\nnand68 Ox75 = Ox9F\nnand68 Ox76 = Ox9F\nnand68 Ox77 = Ox9F\nnand68 Ox78 = Ox97\nnand68 Ox79 = Ox97\nnand68 Ox7A = Ox97\nnand68 Ox7B = Ox97\nnand68 Ox7C = Ox97\nnand68 Ox7D = Ox97\nnand68 Ox7E = Ox97\nnand68 Ox7F = Ox97\nnand68 Ox80 = OxFF\nnand68 Ox81 = OxFF\nnand68 Ox82 = OxFF\nnand68 Ox83 = OxFF\nnand68 Ox84 = OxFF\nnand68 Ox85 = OxFF\nnand68 Ox86 = OxFF\nnand68 Ox87 = OxFF\nnand68 Ox88 = OxF7\nnand68 Ox89 = OxF7\nnand68 Ox8A = OxF7\nnand68 Ox8B = OxF7\nnand68 Ox8C = OxF7\nnand68 Ox8D = OxF7\nnand68 Ox8E = OxF7\nnand68 Ox8F = OxF7\nnand68 Ox90 = OxFF\nnand68 Ox91 = OxFF\nnand68 Ox92 = OxFF\nnand68 Ox93 = OxFF\nnand68 Ox94 = OxFF\nnand68 Ox95 = OxFF\nnand68 Ox96 = OxFF\nnand68 Ox97 = OxFF\nnand68 Ox98 = OxF7\nnand68 Ox99 = OxF7\nnand68 Ox9A = OxF7\nnand68 Ox9B = OxF7\nnand68 Ox9C = OxF7\nnand68 Ox9D = OxF7\nnand68 Ox9E = OxF7\nnand68 Ox9F = OxF7\nnand68 OxA0 = OxDF\nnand68 OxA1 = OxDF\nnand68 OxA2 = OxDF\nnand68 OxA3 = OxDF\nnand68 OxA4 = OxDF\nnand68 OxA5 = OxDF\nnand68 OxA6 = OxDF\nnand68 OxA7 = OxDF\nnand68 OxA8 = OxD7\nnand68 OxA9 = OxD7\nnand68 OxAA = OxD7\nnand68 OxAB = OxD7\nnand68 OxAC = OxD7\nnand68 OxAE = OxD7\nnand68 OxAF = OxD7\nnand68 OxB0 = OxDF\nnand68 OxB1 = OxDF\nnand68 OxB2 = OxDF\nnand68 OxB3 = OxDF\nnand68 OxB4 = OxDF\nnand68 OxB5 = OxDF\nnand68 OxB6 = OxDF\nnand68 OxB7 = OxDF\nnand68 OxB8 = OxD7\nnand68 OxB9 = OxD7\nnand68 OxBA = OxD7\nnand68 OxBB = OxD7\nnand68 OxBC = OxD7\nnand68 OxBD = OxD7\nnand68 OxBE = OxD7\nnand68 OxBF = OxD7\nnand68 OxC0 = OxBF\nnand68 OxC1 = OxBF\nnand68 OxC2 = OxBF\nnand68 OxC3 = OxBF\nnand68 OxC4 = OxBF\nnand68 OxC5 = OxBF\nnand68 OxC6 = OxBF\nnand68 OxC7 = OxBF\nnand68 OxC8 = OxB7\nnand68 OxC9 = OxB7\nnand68 OxCA = OxB7\nnand68 OxCB = OxB7\nnand68 OxCC = OxB7\nnand68 OxCD = OxB7\nnand68 OxCE = OxB7\nnand68 OxCF = OxB7\nnand68 OxD0 = OxBF\nnand68 OxD1 = OxBF\nnand68 OxD2 = OxBF\nnand68 OxD3 = OxBF\nnand68 OxD4 = OxBF\nnand68 OxD5 = OxBF\nnand68 OxD6 = OxBF\nnand68 OxD7 = OxBF\nnand68 OxD8 = OxB7\nnand68 OxD9 = OxB7\nnand68 OxDA = OxB7\nnand68 OxDB = OxB7\nnand68 OxDC = OxB7\nnand68 OxDD = OxB7\nnand68 OxDE = OxB7\nnand68 OxDF = OxB7\nnand68 OxE0 = Ox9F\nnand68 OxE1 = Ox9F\nnand68 OxE2 = Ox9F\nnand68 OxE3 = Ox9F\nnand68 OxE4 = Ox9F\nnand68 OxE5 = Ox9F\nnand68 OxE6 = Ox9F\nnand68 OxE7 = Ox9F\nnand68 OxE8 = Ox97\nnand68 OxE9 = Ox97\nnand68 OxEA = Ox97\nnand68 OxEB = Ox97\nnand68 OxEC = Ox97\nnand68 OxED = Ox97\nnand68 OxEE = Ox97\nnand68 OxEF = Ox97\nnand68 OxF0 = Ox9F\nnand68 OxF1 = Ox9F\nnand68 OxF2 = Ox9F\nnand68 OxF3 = Ox9F\nnand68 OxF4 = Ox9F\nnand68 OxF5 = Ox9F\nnand68 OxF6 = Ox9F\nnand68 OxF7 = Ox9F\nnand68 OxF8 = Ox97\nnand68 OxF9 = Ox97\nnand68 OxFA = Ox97\nnand68 OxFB = Ox97\nnand68 OxFC = Ox97\nnand68 OxFD = Ox97\nnand68 OxFE = Ox97\nnand68 OxFF = Ox97\nnand68 ____ = undefined\nnand69 Ox69 = Ox96\nnand69 Ox6A = Ox97\nnand69 Ox6B = Ox96\nnand69 Ox6C = Ox97\nnand69 Ox6D = Ox96\nnand69 Ox6E = Ox97\nnand69 Ox6F = Ox96\nnand69 Ox70 = Ox9F\nnand69 Ox71 = Ox9E\nnand69 Ox72 = Ox9F\nnand69 Ox73 = Ox9E\nnand69 Ox74 = Ox9F\nnand69 Ox75 = Ox9E\nnand69 Ox76 = Ox9F\nnand69 Ox77 = Ox9E\nnand69 Ox78 = Ox97\nnand69 Ox79 = Ox96\nnand69 Ox7A = Ox97\nnand69 Ox7B = Ox96\nnand69 Ox7C = Ox97\nnand69 Ox7D = Ox96\nnand69 Ox7E = Ox97\nnand69 Ox7F = Ox96\nnand69 Ox80 = OxFF\nnand69 Ox81 = OxFE\nnand69 Ox82 = OxFF\nnand69 Ox83 = OxFE\nnand69 Ox84 = OxFF\nnand69 Ox85 = OxFE\nnand69 Ox86 = OxFF\nnand69 Ox87 = OxFE\nnand69 Ox88 = OxF7\nnand69 Ox89 = OxF6\nnand69 Ox8A = OxF7\nnand69 Ox8B = OxF6\nnand69 Ox8C = OxF7\nnand69 Ox8D = OxF6\nnand69 Ox8E = OxF7\nnand69 Ox8F = OxF6\nnand69 Ox90 = OxFF\nnand69 Ox91 = OxFE\nnand69 Ox92 = OxFF\nnand69 Ox93 = OxFE\nnand69 Ox94 = OxFF\nnand69 Ox95 = OxFE\nnand69 Ox96 = OxFF\nnand69 Ox97 = OxFE\nnand69 Ox98 = OxF7\nnand69 Ox99 = OxF6\nnand69 Ox9A = OxF7\nnand69 Ox9B = OxF6\nnand69 Ox9C = OxF7\nnand69 Ox9D = OxF6\nnand69 Ox9E = OxF7\nnand69 Ox9F = OxF6\nnand69 OxA0 = OxDF\nnand69 OxA1 = OxDE\nnand69 OxA2 = OxDF\nnand69 OxA3 = OxDE\nnand69 OxA4 = OxDF\nnand69 OxA5 = OxDE\nnand69 OxA6 = OxDF\nnand69 OxA7 = OxDE\nnand69 OxA8 = OxD7\nnand69 OxA9 = OxD6\nnand69 OxAA = OxD7\nnand69 OxAB = OxD6\nnand69 OxAC = OxD7\nnand69 OxAE = OxD7\nnand69 OxAF = OxD6\nnand69 OxB0 = OxDF\nnand69 OxB1 = OxDE\nnand69 OxB2 = OxDF\nnand69 OxB3 = OxDE\nnand69 OxB4 = OxDF\nnand69 OxB5 = OxDE\nnand69 OxB6 = OxDF\nnand69 OxB7 = OxDE\nnand69 OxB8 = OxD7\nnand69 OxB9 = OxD6\nnand69 OxBA = OxD7\nnand69 OxBB = OxD6\nnand69 OxBC = OxD7\nnand69 OxBD = OxD6\nnand69 OxBE = OxD7\nnand69 OxBF = OxD6\nnand69 OxC0 = OxBF\nnand69 OxC1 = OxBE\nnand69 OxC2 = OxBF\nnand69 OxC3 = OxBE\nnand69 OxC4 = OxBF\nnand69 OxC5 = OxBE\nnand69 OxC6 = OxBF\nnand69 OxC7 = OxBE\nnand69 OxC8 = OxB7\nnand69 OxC9 = OxB6\nnand69 OxCA = OxB7\nnand69 OxCB = OxB6\nnand69 OxCC = OxB7\nnand69 OxCD = OxB6\nnand69 OxCE = OxB7\nnand69 OxCF = OxB6\nnand69 OxD0 = OxBF\nnand69 OxD1 = OxBE\nnand69 OxD2 = OxBF\nnand69 OxD3 = OxBE\nnand69 OxD4 = OxBF\nnand69 OxD5 = OxBE\nnand69 OxD6 = OxBF\nnand69 OxD7 = OxBE\nnand69 OxD8 = OxB7\nnand69 OxD9 = OxB6\nnand69 OxDA = OxB7\nnand69 OxDB = OxB6\nnand69 OxDC = OxB7\nnand69 OxDD = OxB6\nnand69 OxDE = OxB7\nnand69 OxDF = OxB6\nnand69 OxE0 = Ox9F\nnand69 OxE1 = Ox9E\nnand69 OxE2 = Ox9F\nnand69 OxE3 = Ox9E\nnand69 OxE4 = Ox9F\nnand69 OxE5 = Ox9E\nnand69 OxE6 = Ox9F\nnand69 OxE7 = Ox9E\nnand69 OxE8 = Ox97\nnand69 OxE9 = Ox96\nnand69 OxEA = Ox97\nnand69 OxEB = Ox96\nnand69 OxEC = Ox97\nnand69 OxED = Ox96\nnand69 OxEE = Ox97\nnand69 OxEF = Ox96\nnand69 OxF0 = Ox9F\nnand69 OxF1 = Ox9E\nnand69 OxF2 = Ox9F\nnand69 OxF3 = Ox9E\nnand69 OxF4 = Ox9F\nnand69 OxF5 = Ox9E\nnand69 OxF6 = Ox9F\nnand69 OxF7 = Ox9E\nnand69 OxF8 = Ox97\nnand69 OxF9 = Ox96\nnand69 OxFA = Ox97\nnand69 OxFB = Ox96\nnand69 OxFC = Ox97\nnand69 OxFD = Ox96\nnand69 OxFE = Ox97\nnand69 OxFF = Ox96\nnand69 ____ = undefined\nnand6A Ox6A = Ox95\nnand6A Ox6B = Ox95\nnand6A Ox6C = Ox97\nnand6A Ox6D = Ox97\nnand6A Ox6E = Ox95\nnand6A Ox6F = Ox95\nnand6A Ox70 = Ox9F\nnand6A Ox71 = Ox9F\nnand6A Ox72 = Ox9D\nnand6A Ox73 = Ox9D\nnand6A Ox74 = Ox9F\nnand6A Ox75 = Ox9F\nnand6A Ox76 = Ox9D\nnand6A Ox77 = Ox9D\nnand6A Ox78 = Ox97\nnand6A Ox79 = Ox97\nnand6A Ox7A = Ox95\nnand6A Ox7B = Ox95\nnand6A Ox7C = Ox97\nnand6A Ox7D = Ox97\nnand6A Ox7E = Ox95\nnand6A Ox7F = Ox95\nnand6A Ox80 = OxFF\nnand6A Ox81 = OxFF\nnand6A Ox82 = OxFD\nnand6A Ox83 = OxFD\nnand6A Ox84 = OxFF\nnand6A Ox85 = OxFF\nnand6A Ox86 = OxFD\nnand6A Ox87 = OxFD\nnand6A Ox88 = OxF7\nnand6A Ox89 = OxF7\nnand6A Ox8A = OxF5\nnand6A Ox8B = OxF5\nnand6A Ox8C = OxF7\nnand6A Ox8D = OxF7\nnand6A Ox8E = OxF5\nnand6A Ox8F = OxF5\nnand6A Ox90 = OxFF\nnand6A Ox91 = OxFF\nnand6A Ox92 = OxFD\nnand6A Ox93 = OxFD\nnand6A Ox94 = OxFF\nnand6A Ox95 = OxFF\nnand6A Ox96 = OxFD\nnand6A Ox97 = OxFD\nnand6A Ox98 = OxF7\nnand6A Ox99 = OxF7\nnand6A Ox9A = OxF5\nnand6A Ox9B = OxF5\nnand6A Ox9C = OxF7\nnand6A Ox9D = OxF7\nnand6A Ox9E = OxF5\nnand6A Ox9F = OxF5\nnand6A OxA0 = OxDF\nnand6A OxA1 = OxDF\nnand6A OxA2 = OxDD\nnand6A OxA3 = OxDD\nnand6A OxA4 = OxDF\nnand6A OxA5 = OxDF\nnand6A OxA6 = OxDD\nnand6A OxA7 = OxDD\nnand6A OxA8 = OxD7\nnand6A OxA9 = OxD7\nnand6A OxAA = OxD5\nnand6A OxAB = OxD5\nnand6A OxAC = OxD7\nnand6A OxAE = OxD5\nnand6A OxAF = OxD5\nnand6A OxB0 = OxDF\nnand6A OxB1 = OxDF\nnand6A OxB2 = OxDD\nnand6A OxB3 = OxDD\nnand6A OxB4 = OxDF\nnand6A OxB5 = OxDF\nnand6A OxB6 = OxDD\nnand6A OxB7 = OxDD\nnand6A OxB8 = OxD7\nnand6A OxB9 = OxD7\nnand6A OxBA = OxD5\nnand6A OxBB = OxD5\nnand6A OxBC = OxD7\nnand6A OxBD = OxD7\nnand6A OxBE = OxD5\nnand6A OxBF = OxD5\nnand6A OxC0 = OxBF\nnand6A OxC1 = OxBF\nnand6A OxC2 = OxBD\nnand6A OxC3 = OxBD\nnand6A OxC4 = OxBF\nnand6A OxC5 = OxBF\nnand6A OxC6 = OxBD\nnand6A OxC7 = OxBD\nnand6A OxC8 = OxB7\nnand6A OxC9 = OxB7\nnand6A OxCA = OxB5\nnand6A OxCB = OxB5\nnand6A OxCC = OxB7\nnand6A OxCD = OxB7\nnand6A OxCE = OxB5\nnand6A OxCF = OxB5\nnand6A OxD0 = OxBF\nnand6A OxD1 = OxBF\nnand6A OxD2 = OxBD\nnand6A OxD3 = OxBD\nnand6A OxD4 = OxBF\nnand6A OxD5 = OxBF\nnand6A OxD6 = OxBD\nnand6A OxD7 = OxBD\nnand6A OxD8 = OxB7\nnand6A OxD9 = OxB7\nnand6A OxDA = OxB5\nnand6A OxDB = OxB5\nnand6A OxDC = OxB7\nnand6A OxDD = OxB7\nnand6A OxDE = OxB5\nnand6A OxDF = OxB5\nnand6A OxE0 = Ox9F\nnand6A OxE1 = Ox9F\nnand6A OxE2 = Ox9D\nnand6A OxE3 = Ox9D\nnand6A OxE4 = Ox9F\nnand6A OxE5 = Ox9F\nnand6A OxE6 = Ox9D\nnand6A OxE7 = Ox9D\nnand6A OxE8 = Ox97\nnand6A OxE9 = Ox97\nnand6A OxEA = Ox95\nnand6A OxEB = Ox95\nnand6A OxEC = Ox97\nnand6A OxED = Ox97\nnand6A OxEE = Ox95\nnand6A OxEF = Ox95\nnand6A OxF0 = Ox9F\nnand6A OxF1 = Ox9F\nnand6A OxF2 = Ox9D\nnand6A OxF3 = Ox9D\nnand6A OxF4 = Ox9F\nnand6A OxF5 = Ox9F\nnand6A OxF6 = Ox9D\nnand6A OxF7 = Ox9D\nnand6A OxF8 = Ox97\nnand6A OxF9 = Ox97\nnand6A OxFA = Ox95\nnand6A OxFB = Ox95\nnand6A OxFC = Ox97\nnand6A OxFD = Ox97\nnand6A OxFE = Ox95\nnand6A OxFF = Ox95\nnand6A ____ = undefined\nnand6B Ox6B = Ox94\nnand6B Ox6C = Ox97\nnand6B Ox6D = Ox96\nnand6B Ox6E = Ox95\nnand6B Ox6F = Ox94\nnand6B Ox70 = Ox9F\nnand6B Ox71 = Ox9E\nnand6B Ox72 = Ox9D\nnand6B Ox73 = Ox9C\nnand6B Ox74 = Ox9F\nnand6B Ox75 = Ox9E\nnand6B Ox76 = Ox9D\nnand6B Ox77 = Ox9C\nnand6B Ox78 = Ox97\nnand6B Ox79 = Ox96\nnand6B Ox7A = Ox95\nnand6B Ox7B = Ox94\nnand6B Ox7C = Ox97\nnand6B Ox7D = Ox96\nnand6B Ox7E = Ox95\nnand6B Ox7F = Ox94\nnand6B Ox80 = OxFF\nnand6B Ox81 = OxFE\nnand6B Ox82 = OxFD\nnand6B Ox83 = OxFC\nnand6B Ox84 = OxFF\nnand6B Ox85 = OxFE\nnand6B Ox86 = OxFD\nnand6B Ox87 = OxFC\nnand6B Ox88 = OxF7\nnand6B Ox89 = OxF6\nnand6B Ox8A = OxF5\nnand6B Ox8B = OxF4\nnand6B Ox8C = OxF7\nnand6B Ox8D = OxF6\nnand6B Ox8E = OxF5\nnand6B Ox8F = OxF4\nnand6B Ox90 = OxFF\nnand6B Ox91 = OxFE\nnand6B Ox92 = OxFD\nnand6B Ox93 = OxFC\nnand6B Ox94 = OxFF\nnand6B Ox95 = OxFE\nnand6B Ox96 = OxFD\nnand6B Ox97 = OxFC\nnand6B Ox98 = OxF7\nnand6B Ox99 = OxF6\nnand6B Ox9A = OxF5\nnand6B Ox9B = OxF4\nnand6B Ox9C = OxF7\nnand6B Ox9D = OxF6\nnand6B Ox9E = OxF5\nnand6B Ox9F = OxF4\nnand6B OxA0 = OxDF\nnand6B OxA1 = OxDE\nnand6B OxA2 = OxDD\nnand6B OxA3 = OxDC\nnand6B OxA4 = OxDF\nnand6B OxA5 = OxDE\nnand6B OxA6 = OxDD\nnand6B OxA7 = OxDC\nnand6B OxA8 = OxD7\nnand6B OxA9 = OxD6\nnand6B OxAA = OxD5\nnand6B OxAB = OxD4\nnand6B OxAC = OxD7\nnand6B OxAE = OxD5\nnand6B OxAF = OxD4\nnand6B OxB0 = OxDF\nnand6B OxB1 = OxDE\nnand6B OxB2 = OxDD\nnand6B OxB3 = OxDC\nnand6B OxB4 = OxDF\nnand6B OxB5 = OxDE\nnand6B OxB6 = OxDD\nnand6B OxB7 = OxDC\nnand6B OxB8 = OxD7\nnand6B OxB9 = OxD6\nnand6B OxBA = OxD5\nnand6B OxBB = OxD4\nnand6B OxBC = OxD7\nnand6B OxBD = OxD6\nnand6B OxBE = OxD5\nnand6B OxBF = OxD4\nnand6B OxC0 = OxBF\nnand6B OxC1 = OxBE\nnand6B OxC2 = OxBD\nnand6B OxC3 = OxBC\nnand6B OxC4 = OxBF\nnand6B OxC5 = OxBE\nnand6B OxC6 = OxBD\nnand6B OxC7 = OxBC\nnand6B OxC8 = OxB7\nnand6B OxC9 = OxB6\nnand6B OxCA = OxB5\nnand6B OxCB = OxB4\nnand6B OxCC = OxB7\nnand6B OxCD = OxB6\nnand6B OxCE = OxB5\nnand6B OxCF = OxB4\nnand6B OxD0 = OxBF\nnand6B OxD1 = OxBE\nnand6B OxD2 = OxBD\nnand6B OxD3 = OxBC\nnand6B OxD4 = OxBF\nnand6B OxD5 = OxBE\nnand6B OxD6 = OxBD\nnand6B OxD7 = OxBC\nnand6B OxD8 = OxB7\nnand6B OxD9 = OxB6\nnand6B OxDA = OxB5\nnand6B OxDB = OxB4\nnand6B OxDC = OxB7\nnand6B OxDD = OxB6\nnand6B OxDE = OxB5\nnand6B OxDF = OxB4\nnand6B OxE0 = Ox9F\nnand6B OxE1 = Ox9E\nnand6B OxE2 = Ox9D\nnand6B OxE3 = Ox9C\nnand6B OxE4 = Ox9F\nnand6B OxE5 = Ox9E\nnand6B OxE6 = Ox9D\nnand6B OxE7 = Ox9C\nnand6B OxE8 = Ox97\nnand6B OxE9 = Ox96\nnand6B OxEA = Ox95\nnand6B OxEB = Ox94\nnand6B OxEC = Ox97\nnand6B OxED = Ox96\nnand6B OxEE = Ox95\nnand6B OxEF = Ox94\nnand6B OxF0 = Ox9F\nnand6B OxF1 = Ox9E\nnand6B OxF2 = Ox9D\nnand6B OxF3 = Ox9C\nnand6B OxF4 = Ox9F\nnand6B OxF5 = Ox9E\nnand6B OxF6 = Ox9D\nnand6B OxF7 = Ox9C\nnand6B OxF8 = Ox97\nnand6B OxF9 = Ox96\nnand6B OxFA = Ox95\nnand6B OxFB = Ox94\nnand6B OxFC = Ox97\nnand6B OxFD = Ox96\nnand6B OxFE = Ox95\nnand6B OxFF = Ox94\nnand6B ____ = undefined\nnand6C Ox6C = Ox93\nnand6C Ox6D = Ox93\nnand6C Ox6E = Ox93\nnand6C Ox6F = Ox93\nnand6C Ox70 = Ox9F\nnand6C Ox71 = Ox9F\nnand6C Ox72 = Ox9F\nnand6C Ox73 = Ox9F\nnand6C Ox74 = Ox9B\nnand6C Ox75 = Ox9B\nnand6C Ox76 = Ox9B\nnand6C Ox77 = Ox9B\nnand6C Ox78 = Ox97\nnand6C Ox79 = Ox97\nnand6C Ox7A = Ox97\nnand6C Ox7B = Ox97\nnand6C Ox7C = Ox93\nnand6C Ox7D = Ox93\nnand6C Ox7E = Ox93\nnand6C Ox7F = Ox93\nnand6C Ox80 = OxFF\nnand6C Ox81 = OxFF\nnand6C Ox82 = OxFF\nnand6C Ox83 = OxFF\nnand6C Ox84 = OxFB\nnand6C Ox85 = OxFB\nnand6C Ox86 = OxFB\nnand6C Ox87 = OxFB\nnand6C Ox88 = OxF7\nnand6C Ox89 = OxF7\nnand6C Ox8A = OxF7\nnand6C Ox8B = OxF7\nnand6C Ox8C = OxF3\nnand6C Ox8D = OxF3\nnand6C Ox8E = OxF3\nnand6C Ox8F = OxF3\nnand6C Ox90 = OxFF\nnand6C Ox91 = OxFF\nnand6C Ox92 = OxFF\nnand6C Ox93 = OxFF\nnand6C Ox94 = OxFB\nnand6C Ox95 = OxFB\nnand6C Ox96 = OxFB\nnand6C Ox97 = OxFB\nnand6C Ox98 = OxF7\nnand6C Ox99 = OxF7\nnand6C Ox9A = OxF7\nnand6C Ox9B = OxF7\nnand6C Ox9C = OxF3\nnand6C Ox9D = OxF3\nnand6C Ox9E = OxF3\nnand6C Ox9F = OxF3\nnand6C OxA0 = OxDF\nnand6C OxA1 = OxDF\nnand6C OxA2 = OxDF\nnand6C OxA3 = OxDF\nnand6C OxA4 = OxDB\nnand6C OxA5 = OxDB\nnand6C OxA6 = OxDB\nnand6C OxA7 = OxDB\nnand6C OxA8 = OxD7\nnand6C OxA9 = OxD7\nnand6C OxAA = OxD7\nnand6C OxAB = OxD7\nnand6C OxAC = OxD3\nnand6C OxAE = OxD3\nnand6C OxAF = OxD3\nnand6C OxB0 = OxDF\nnand6C OxB1 = OxDF\nnand6C OxB2 = OxDF\nnand6C OxB3 = OxDF\nnand6C OxB4 = OxDB\nnand6C OxB5 = OxDB\nnand6C OxB6 = OxDB\nnand6C OxB7 = OxDB\nnand6C OxB8 = OxD7\nnand6C OxB9 = OxD7\nnand6C OxBA = OxD7\nnand6C OxBB = OxD7\nnand6C OxBC = OxD3\nnand6C OxBD = OxD3\nnand6C OxBE = OxD3\nnand6C OxBF = OxD3\nnand6C OxC0 = OxBF\nnand6C OxC1 = OxBF\nnand6C OxC2 = OxBF\nnand6C OxC3 = OxBF\nnand6C OxC4 = OxBB\nnand6C OxC5 = OxBB\nnand6C OxC6 = OxBB\nnand6C OxC7 = OxBB\nnand6C OxC8 = OxB7\nnand6C OxC9 = OxB7\nnand6C OxCA = OxB7\nnand6C OxCB = OxB7\nnand6C OxCC = OxB3\nnand6C OxCD = OxB3\nnand6C OxCE = OxB3\nnand6C OxCF = OxB3\nnand6C OxD0 = OxBF\nnand6C OxD1 = OxBF\nnand6C OxD2 = OxBF\nnand6C OxD3 = OxBF\nnand6C OxD4 = OxBB\nnand6C OxD5 = OxBB\nnand6C OxD6 = OxBB\nnand6C OxD7 = OxBB\nnand6C OxD8 = OxB7\nnand6C OxD9 = OxB7\nnand6C OxDA = OxB7\nnand6C OxDB = OxB7\nnand6C OxDC = OxB3\nnand6C OxDD = OxB3\nnand6C OxDE = OxB3\nnand6C OxDF = OxB3\nnand6C OxE0 = Ox9F\nnand6C OxE1 = Ox9F\nnand6C OxE2 = Ox9F\nnand6C OxE3 = Ox9F\nnand6C OxE4 = Ox9B\nnand6C OxE5 = Ox9B\nnand6C OxE6 = Ox9B\nnand6C OxE7 = Ox9B\nnand6C OxE8 = Ox97\nnand6C OxE9 = Ox97\nnand6C OxEA = Ox97\nnand6C OxEB = Ox97\nnand6C OxEC = Ox93\nnand6C OxED = Ox93\nnand6C OxEE = Ox93\nnand6C OxEF = Ox93\nnand6C OxF0 = Ox9F\nnand6C OxF1 = Ox9F\nnand6C OxF2 = Ox9F\nnand6C OxF3 = Ox9F\nnand6C OxF4 = Ox9B\nnand6C OxF5 = Ox9B\nnand6C OxF6 = Ox9B\nnand6C OxF7 = Ox9B\nnand6C OxF8 = Ox97\nnand6C OxF9 = Ox97\nnand6C OxFA = Ox97\nnand6C OxFB = Ox97\nnand6C OxFC = Ox93\nnand6C OxFD = Ox93\nnand6C OxFE = Ox93\nnand6C OxFF = Ox93\nnand6C ____ = undefined\nnand6D Ox6D = Ox92\nnand6D Ox6E = Ox93\nnand6D Ox6F = Ox92\nnand6D Ox70 = Ox9F\nnand6D Ox71 = Ox9E\nnand6D Ox72 = Ox9F\nnand6D Ox73 = Ox9E\nnand6D Ox74 = Ox9B\nnand6D Ox75 = Ox9A\nnand6D Ox76 = Ox9B\nnand6D Ox77 = Ox9A\nnand6D Ox78 = Ox97\nnand6D Ox79 = Ox96\nnand6D Ox7A = Ox97\nnand6D Ox7B = Ox96\nnand6D Ox7C = Ox93\nnand6D Ox7D = Ox92\nnand6D Ox7E = Ox93\nnand6D Ox7F = Ox92\nnand6D Ox80 = OxFF\nnand6D Ox81 = OxFE\nnand6D Ox82 = OxFF\nnand6D Ox83 = OxFE\nnand6D Ox84 = OxFB\nnand6D Ox85 = OxFA\nnand6D Ox86 = OxFB\nnand6D Ox87 = OxFA\nnand6D Ox88 = OxF7\nnand6D Ox89 = OxF6\nnand6D Ox8A = OxF7\nnand6D Ox8B = OxF6\nnand6D Ox8C = OxF3\nnand6D Ox8D = OxF2\nnand6D Ox8E = OxF3\nnand6D Ox8F = OxF2\nnand6D Ox90 = OxFF\nnand6D Ox91 = OxFE\nnand6D Ox92 = OxFF\nnand6D Ox93 = OxFE\nnand6D Ox94 = OxFB\nnand6D Ox95 = OxFA\nnand6D Ox96 = OxFB\nnand6D Ox97 = OxFA\nnand6D Ox98 = OxF7\nnand6D Ox99 = OxF6\nnand6D Ox9A = OxF7\nnand6D Ox9B = OxF6\nnand6D Ox9C = OxF3\nnand6D Ox9D = OxF2\nnand6D Ox9E = OxF3\nnand6D Ox9F = OxF2\nnand6D OxA0 = OxDF\nnand6D OxA1 = OxDE\nnand6D OxA2 = OxDF\nnand6D OxA3 = OxDE\nnand6D OxA4 = OxDB\nnand6D OxA5 = OxDA\nnand6D OxA6 = OxDB\nnand6D OxA7 = OxDA\nnand6D OxA8 = OxD7\nnand6D OxA9 = OxD6\nnand6D OxAA = OxD7\nnand6D OxAB = OxD6\nnand6D OxAC = OxD3\nnand6D OxAE = OxD3\nnand6D OxAF = OxD2\nnand6D OxB0 = OxDF\nnand6D OxB1 = OxDE\nnand6D OxB2 = OxDF\nnand6D OxB3 = OxDE\nnand6D OxB4 = OxDB\nnand6D OxB5 = OxDA\nnand6D OxB6 = OxDB\nnand6D OxB7 = OxDA\nnand6D OxB8 = OxD7\nnand6D OxB9 = OxD6\nnand6D OxBA = OxD7\nnand6D OxBB = OxD6\nnand6D OxBC = OxD3\nnand6D OxBD = OxD2\nnand6D OxBE = OxD3\nnand6D OxBF = OxD2\nnand6D OxC0 = OxBF\nnand6D OxC1 = OxBE\nnand6D OxC2 = OxBF\nnand6D OxC3 = OxBE\nnand6D OxC4 = OxBB\nnand6D OxC5 = OxBA\nnand6D OxC6 = OxBB\nnand6D OxC7 = OxBA\nnand6D OxC8 = OxB7\nnand6D OxC9 = OxB6\nnand6D OxCA = OxB7\nnand6D OxCB = OxB6\nnand6D OxCC = OxB3\nnand6D OxCD = OxB2\nnand6D OxCE = OxB3\nnand6D OxCF = OxB2\nnand6D OxD0 = OxBF\nnand6D OxD1 = OxBE\nnand6D OxD2 = OxBF\nnand6D OxD3 = OxBE\nnand6D OxD4 = OxBB\nnand6D OxD5 = OxBA\nnand6D OxD6 = OxBB\nnand6D OxD7 = OxBA\nnand6D OxD8 = OxB7\nnand6D OxD9 = OxB6\nnand6D OxDA = OxB7\nnand6D OxDB = OxB6\nnand6D OxDC = OxB3\nnand6D OxDD = OxB2\nnand6D OxDE = OxB3\nnand6D OxDF = OxB2\nnand6D OxE0 = Ox9F\nnand6D OxE1 = Ox9E\nnand6D OxE2 = Ox9F\nnand6D OxE3 = Ox9E\nnand6D OxE4 = Ox9B\nnand6D OxE5 = Ox9A\nnand6D OxE6 = Ox9B\nnand6D OxE7 = Ox9A\nnand6D OxE8 = Ox97\nnand6D OxE9 = Ox96\nnand6D OxEA = Ox97\nnand6D OxEB = Ox96\nnand6D OxEC = Ox93\nnand6D OxED = Ox92\nnand6D OxEE = Ox93\nnand6D OxEF = Ox92\nnand6D OxF0 = Ox9F\nnand6D OxF1 = Ox9E\nnand6D OxF2 = Ox9F\nnand6D OxF3 = Ox9E\nnand6D OxF4 = Ox9B\nnand6D OxF5 = Ox9A\nnand6D OxF6 = Ox9B\nnand6D OxF7 = Ox9A\nnand6D OxF8 = Ox97\nnand6D OxF9 = Ox96\nnand6D OxFA = Ox97\nnand6D OxFB = Ox96\nnand6D OxFC = Ox93\nnand6D OxFD = Ox92\nnand6D OxFE = Ox93\nnand6D OxFF = Ox92\nnand6D ____ = undefined\nnand6E Ox6E = Ox91\nnand6E Ox6F = Ox91\nnand6E Ox70 = Ox9F\nnand6E Ox71 = Ox9F\nnand6E Ox72 = Ox9D\nnand6E Ox73 = Ox9D\nnand6E Ox74 = Ox9B\nnand6E Ox75 = Ox9B\nnand6E Ox76 = Ox99\nnand6E Ox77 = Ox99\nnand6E Ox78 = Ox97\nnand6E Ox79 = Ox97\nnand6E Ox7A = Ox95\nnand6E Ox7B = Ox95\nnand6E Ox7C = Ox93\nnand6E Ox7D = Ox93\nnand6E Ox7E = Ox91\nnand6E Ox7F = Ox91\nnand6E Ox80 = OxFF\nnand6E Ox81 = OxFF\nnand6E Ox82 = OxFD\nnand6E Ox83 = OxFD\nnand6E Ox84 = OxFB\nnand6E Ox85 = OxFB\nnand6E Ox86 = OxF9\nnand6E Ox87 = OxF9\nnand6E Ox88 = OxF7\nnand6E Ox89 = OxF7\nnand6E Ox8A = OxF5\nnand6E Ox8B = OxF5\nnand6E Ox8C = OxF3\nnand6E Ox8D = OxF3\nnand6E Ox8E = OxF1\nnand6E Ox8F = OxF1\nnand6E Ox90 = OxFF\nnand6E Ox91 = OxFF\nnand6E Ox92 = OxFD\nnand6E Ox93 = OxFD\nnand6E Ox94 = OxFB\nnand6E Ox95 = OxFB\nnand6E Ox96 = OxF9\nnand6E Ox97 = OxF9\nnand6E Ox98 = OxF7\nnand6E Ox99 = OxF7\nnand6E Ox9A = OxF5\nnand6E Ox9B = OxF5\nnand6E Ox9C = OxF3\nnand6E Ox9D = OxF3\nnand6E Ox9E = OxF1\nnand6E Ox9F = OxF1\nnand6E OxA0 = OxDF\nnand6E OxA1 = OxDF\nnand6E OxA2 = OxDD\nnand6E OxA3 = OxDD\nnand6E OxA4 = OxDB\nnand6E OxA5 = OxDB\nnand6E OxA6 = OxD9\nnand6E OxA7 = OxD9\nnand6E OxA8 = OxD7\nnand6E OxA9 = OxD7\nnand6E OxAA = OxD5\nnand6E OxAB = OxD5\nnand6E OxAC = OxD3\nnand6E OxAE = OxD1\nnand6E OxAF = OxD1\nnand6E OxB0 = OxDF\nnand6E OxB1 = OxDF\nnand6E OxB2 = OxDD\nnand6E OxB3 = OxDD\nnand6E OxB4 = OxDB\nnand6E OxB5 = OxDB\nnand6E OxB6 = OxD9\nnand6E OxB7 = OxD9\nnand6E OxB8 = OxD7\nnand6E OxB9 = OxD7\nnand6E OxBA = OxD5\nnand6E OxBB = OxD5\nnand6E OxBC = OxD3\nnand6E OxBD = OxD3\nnand6E OxBE = OxD1\nnand6E OxBF = OxD1\nnand6E OxC0 = OxBF\nnand6E OxC1 = OxBF\nnand6E OxC2 = OxBD\nnand6E OxC3 = OxBD\nnand6E OxC4 = OxBB\nnand6E OxC5 = OxBB\nnand6E OxC6 = OxB9\nnand6E OxC7 = OxB9\nnand6E OxC8 = OxB7\nnand6E OxC9 = OxB7\nnand6E OxCA = OxB5\nnand6E OxCB = OxB5\nnand6E OxCC = OxB3\nnand6E OxCD = OxB3\nnand6E OxCE = OxB1\nnand6E OxCF = OxB1\nnand6E OxD0 = OxBF\nnand6E OxD1 = OxBF\nnand6E OxD2 = OxBD\nnand6E OxD3 = OxBD\nnand6E OxD4 = OxBB\nnand6E OxD5 = OxBB\nnand6E OxD6 = OxB9\nnand6E OxD7 = OxB9\nnand6E OxD8 = OxB7\nnand6E OxD9 = OxB7\nnand6E OxDA = OxB5\nnand6E OxDB = OxB5\nnand6E OxDC = OxB3\nnand6E OxDD = OxB3\nnand6E OxDE = OxB1\nnand6E OxDF = OxB1\nnand6E OxE0 = Ox9F\nnand6E OxE1 = Ox9F\nnand6E OxE2 = Ox9D\nnand6E OxE3 = Ox9D\nnand6E OxE4 = Ox9B\nnand6E OxE5 = Ox9B\nnand6E OxE6 = Ox99\nnand6E OxE7 = Ox99\nnand6E OxE8 = Ox97\nnand6E OxE9 = Ox97\nnand6E OxEA = Ox95\nnand6E OxEB = Ox95\nnand6E OxEC = Ox93\nnand6E OxED = Ox93\nnand6E OxEE = Ox91\nnand6E OxEF = Ox91\nnand6E OxF0 = Ox9F\nnand6E OxF1 = Ox9F\nnand6E OxF2 = Ox9D\nnand6E OxF3 = Ox9D\nnand6E OxF4 = Ox9B\nnand6E OxF5 = Ox9B\nnand6E OxF6 = Ox99\nnand6E OxF7 = Ox99\nnand6E OxF8 = Ox97\nnand6E OxF9 = Ox97\nnand6E OxFA = Ox95\nnand6E OxFB = Ox95\nnand6E OxFC = Ox93\nnand6E OxFD = Ox93\nnand6E OxFE = Ox91\nnand6E OxFF = Ox91\nnand6E ____ = undefined\nnand6F Ox6F = Ox90\nnand6F Ox70 = Ox9F\nnand6F Ox71 = Ox9E\nnand6F Ox72 = Ox9D\nnand6F Ox73 = Ox9C\nnand6F Ox74 = Ox9B\nnand6F Ox75 = Ox9A\nnand6F Ox76 = Ox99\nnand6F Ox77 = Ox98\nnand6F Ox78 = Ox97\nnand6F Ox79 = Ox96\nnand6F Ox7A = Ox95\nnand6F Ox7B = Ox94\nnand6F Ox7C = Ox93\nnand6F Ox7D = Ox92\nnand6F Ox7E = Ox91\nnand6F Ox7F = Ox90\nnand6F Ox80 = OxFF\nnand6F Ox81 = OxFE\nnand6F Ox82 = OxFD\nnand6F Ox83 = OxFC\nnand6F Ox84 = OxFB\nnand6F Ox85 = OxFA\nnand6F Ox86 = OxF9\nnand6F Ox87 = OxF8\nnand6F Ox88 = OxF7\nnand6F Ox89 = OxF6\nnand6F Ox8A = OxF5\nnand6F Ox8B = OxF4\nnand6F Ox8C = OxF3\nnand6F Ox8D = OxF2\nnand6F Ox8E = OxF1\nnand6F Ox8F = OxF0\nnand6F Ox90 = OxFF\nnand6F Ox91 = OxFE\nnand6F Ox92 = OxFD\nnand6F Ox93 = OxFC\nnand6F Ox94 = OxFB\nnand6F Ox95 = OxFA\nnand6F Ox96 = OxF9\nnand6F Ox97 = OxF8\nnand6F Ox98 = OxF7\nnand6F Ox99 = OxF6\nnand6F Ox9A = OxF5\nnand6F Ox9B = OxF4\nnand6F Ox9C = OxF3\nnand6F Ox9D = OxF2\nnand6F Ox9E = OxF1\nnand6F Ox9F = OxF0\nnand6F OxA0 = OxDF\nnand6F OxA1 = OxDE\nnand6F OxA2 = OxDD\nnand6F OxA3 = OxDC\nnand6F OxA4 = OxDB\nnand6F OxA5 = OxDA\nnand6F OxA6 = OxD9\nnand6F OxA7 = OxD8\nnand6F OxA8 = OxD7\nnand6F OxA9 = OxD6\nnand6F OxAA = OxD5\nnand6F OxAB = OxD4\nnand6F OxAC = OxD3\nnand6F OxAE = OxD1\nnand6F OxAF = OxD0\nnand6F OxB0 = OxDF\nnand6F OxB1 = OxDE\nnand6F OxB2 = OxDD\nnand6F OxB3 = OxDC\nnand6F OxB4 = OxDB\nnand6F OxB5 = OxDA\nnand6F OxB6 = OxD9\nnand6F OxB7 = OxD8\nnand6F OxB8 = OxD7\nnand6F OxB9 = OxD6\nnand6F OxBA = OxD5\nnand6F OxBB = OxD4\nnand6F OxBC = OxD3\nnand6F OxBD = OxD2\nnand6F OxBE = OxD1\nnand6F OxBF = OxD0\nnand6F OxC0 = OxBF\nnand6F OxC1 = OxBE\nnand6F OxC2 = OxBD\nnand6F OxC3 = OxBC\nnand6F OxC4 = OxBB\nnand6F OxC5 = OxBA\nnand6F OxC6 = OxB9\nnand6F OxC7 = OxB8\nnand6F OxC8 = OxB7\nnand6F OxC9 = OxB6\nnand6F OxCA = OxB5\nnand6F OxCB = OxB4\nnand6F OxCC = OxB3\nnand6F OxCD = OxB2\nnand6F OxCE = OxB1\nnand6F OxCF = OxB0\nnand6F OxD0 = OxBF\nnand6F OxD1 = OxBE\nnand6F OxD2 = OxBD\nnand6F OxD3 = OxBC\nnand6F OxD4 = OxBB\nnand6F OxD5 = OxBA\nnand6F OxD6 = OxB9\nnand6F OxD7 = OxB8\nnand6F OxD8 = OxB7\nnand6F OxD9 = OxB6\nnand6F OxDA = OxB5\nnand6F OxDB = OxB4\nnand6F OxDC = OxB3\nnand6F OxDD = OxB2\nnand6F OxDE = OxB1\nnand6F OxDF = OxB0\nnand6F OxE0 = Ox9F\nnand6F OxE1 = Ox9E\nnand6F OxE2 = Ox9D\nnand6F OxE3 = Ox9C\nnand6F OxE4 = Ox9B\nnand6F OxE5 = Ox9A\nnand6F OxE6 = Ox99\nnand6F OxE7 = Ox98\nnand6F OxE8 = Ox97\nnand6F OxE9 = Ox96\nnand6F OxEA = Ox95\nnand6F OxEB = Ox94\nnand6F OxEC = Ox93\nnand6F OxED = Ox92\nnand6F OxEE = Ox91\nnand6F OxEF = Ox90\nnand6F OxF0 = Ox9F\nnand6F OxF1 = Ox9E\nnand6F OxF2 = Ox9D\nnand6F OxF3 = Ox9C\nnand6F OxF4 = Ox9B\nnand6F OxF5 = Ox9A\nnand6F OxF6 = Ox99\nnand6F OxF7 = Ox98\nnand6F OxF8 = Ox97\nnand6F OxF9 = Ox96\nnand6F OxFA = Ox95\nnand6F OxFB = Ox94\nnand6F OxFC = Ox93\nnand6F OxFD = Ox92\nnand6F OxFE = Ox91\nnand6F OxFF = Ox90\nnand6F ____ = undefined\nnand70 Ox70 = Ox8F\nnand70 Ox71 = Ox8F\nnand70 Ox72 = Ox8F\nnand70 Ox73 = Ox8F\nnand70 Ox74 = Ox8F\nnand70 Ox75 = Ox8F\nnand70 Ox76 = Ox8F\nnand70 Ox77 = Ox8F\nnand70 Ox78 = Ox8F\nnand70 Ox79 = Ox8F\nnand70 Ox7A = Ox8F\nnand70 Ox7B = Ox8F\nnand70 Ox7C = Ox8F\nnand70 Ox7D = Ox8F\nnand70 Ox7E = Ox8F\nnand70 Ox7F = Ox8F\nnand70 Ox80 = OxFF\nnand70 Ox81 = OxFF\nnand70 Ox82 = OxFF\nnand70 Ox83 = OxFF\nnand70 Ox84 = OxFF\nnand70 Ox85 = OxFF\nnand70 Ox86 = OxFF\nnand70 Ox87 = OxFF\nnand70 Ox88 = OxFF\nnand70 Ox89 = OxFF\nnand70 Ox8A = OxFF\nnand70 Ox8B = OxFF\nnand70 Ox8C = OxFF\nnand70 Ox8D = OxFF\nnand70 Ox8E = OxFF\nnand70 Ox8F = OxFF\nnand70 Ox90 = OxEF\nnand70 Ox91 = OxEF\nnand70 Ox92 = OxEF\nnand70 Ox93 = OxEF\nnand70 Ox94 = OxEF\nnand70 Ox95 = OxEF\nnand70 Ox96 = OxEF\nnand70 Ox97 = OxEF\nnand70 Ox98 = OxEF\nnand70 Ox99 = OxEF\nnand70 Ox9A = OxEF\nnand70 Ox9B = OxEF\nnand70 Ox9C = OxEF\nnand70 Ox9D = OxEF\nnand70 Ox9E = OxEF\nnand70 Ox9F = OxEF\nnand70 OxA0 = OxDF\nnand70 OxA1 = OxDF\nnand70 OxA2 = OxDF\nnand70 OxA3 = OxDF\nnand70 OxA4 = OxDF\nnand70 OxA5 = OxDF\nnand70 OxA6 = OxDF\nnand70 OxA7 = OxDF\nnand70 OxA8 = OxDF\nnand70 OxA9 = OxDF\nnand70 OxAA = OxDF\nnand70 OxAB = OxDF\nnand70 OxAC = OxDF\nnand70 OxAE = OxDF\nnand70 OxAF = OxDF\nnand70 OxB0 = OxCF\nnand70 OxB1 = OxCF\nnand70 OxB2 = OxCF\nnand70 OxB3 = OxCF\nnand70 OxB4 = OxCF\nnand70 OxB5 = OxCF\nnand70 OxB6 = OxCF\nnand70 OxB7 = OxCF\nnand70 OxB8 = OxCF\nnand70 OxB9 = OxCF\nnand70 OxBA = OxCF\nnand70 OxBB = OxCF\nnand70 OxBC = OxCF\nnand70 OxBD = OxCF\nnand70 OxBE = OxCF\nnand70 OxBF = OxCF\nnand70 OxC0 = OxBF\nnand70 OxC1 = OxBF\nnand70 OxC2 = OxBF\nnand70 OxC3 = OxBF\nnand70 OxC4 = OxBF\nnand70 OxC5 = OxBF\nnand70 OxC6 = OxBF\nnand70 OxC7 = OxBF\nnand70 OxC8 = OxBF\nnand70 OxC9 = OxBF\nnand70 OxCA = OxBF\nnand70 OxCB = OxBF\nnand70 OxCC = OxBF\nnand70 OxCD = OxBF\nnand70 OxCE = OxBF\nnand70 OxCF = OxBF\nnand70 OxD0 = OxAF\nnand70 OxD1 = OxAF\nnand70 OxD2 = OxAF\nnand70 OxD3 = OxAF\nnand70 OxD4 = OxAF\nnand70 OxD5 = OxAF\nnand70 OxD6 = OxAF\nnand70 OxD7 = OxAF\nnand70 OxD8 = OxAF\nnand70 OxD9 = OxAF\nnand70 OxDA = OxAF\nnand70 OxDB = OxAF\nnand70 OxDC = OxAF\nnand70 OxDD = OxAF\nnand70 OxDE = OxAF\nnand70 OxDF = OxAF\nnand70 OxE0 = Ox9F\nnand70 OxE1 = Ox9F\nnand70 OxE2 = Ox9F\nnand70 OxE3 = Ox9F\nnand70 OxE4 = Ox9F\nnand70 OxE5 = Ox9F\nnand70 OxE6 = Ox9F\nnand70 OxE7 = Ox9F\nnand70 OxE8 = Ox9F\nnand70 OxE9 = Ox9F\nnand70 OxEA = Ox9F\nnand70 OxEB = Ox9F\nnand70 OxEC = Ox9F\nnand70 OxED = Ox9F\nnand70 OxEE = Ox9F\nnand70 OxEF = Ox9F\nnand70 OxF0 = Ox8F\nnand70 OxF1 = Ox8F\nnand70 OxF2 = Ox8F\nnand70 OxF3 = Ox8F\nnand70 OxF4 = Ox8F\nnand70 OxF5 = Ox8F\nnand70 OxF6 = Ox8F\nnand70 OxF7 = Ox8F\nnand70 OxF8 = Ox8F\nnand70 OxF9 = Ox8F\nnand70 OxFA = Ox8F\nnand70 OxFB = Ox8F\nnand70 OxFC = Ox8F\nnand70 OxFD = Ox8F\nnand70 OxFE = Ox8F\nnand70 OxFF = Ox8F\nnand70 ____ = undefined\nnand71 Ox71 = Ox8E\nnand71 Ox72 = Ox8F\nnand71 Ox73 = Ox8E\nnand71 Ox74 = Ox8F\nnand71 Ox75 = Ox8E\nnand71 Ox76 = Ox8F\nnand71 Ox77 = Ox8E\nnand71 Ox78 = Ox8F\nnand71 Ox79 = Ox8E\nnand71 Ox7A = Ox8F\nnand71 Ox7B = Ox8E\nnand71 Ox7C = Ox8F\nnand71 Ox7D = Ox8E\nnand71 Ox7E = Ox8F\nnand71 Ox7F = Ox8E\nnand71 Ox80 = OxFF\nnand71 Ox81 = OxFE\nnand71 Ox82 = OxFF\nnand71 Ox83 = OxFE\nnand71 Ox84 = OxFF\nnand71 Ox85 = OxFE\nnand71 Ox86 = OxFF\nnand71 Ox87 = OxFE\nnand71 Ox88 = OxFF\nnand71 Ox89 = OxFE\nnand71 Ox8A = OxFF\nnand71 Ox8B = OxFE\nnand71 Ox8C = OxFF\nnand71 Ox8D = OxFE\nnand71 Ox8E = OxFF\nnand71 Ox8F = OxFE\nnand71 Ox90 = OxEF\nnand71 Ox91 = OxEE\nnand71 Ox92 = OxEF\nnand71 Ox93 = OxEE\nnand71 Ox94 = OxEF\nnand71 Ox95 = OxEE\nnand71 Ox96 = OxEF\nnand71 Ox97 = OxEE\nnand71 Ox98 = OxEF\nnand71 Ox99 = OxEE\nnand71 Ox9A = OxEF\nnand71 Ox9B = OxEE\nnand71 Ox9C = OxEF\nnand71 Ox9D = OxEE\nnand71 Ox9E = OxEF\nnand71 Ox9F = OxEE\nnand71 OxA0 = OxDF\nnand71 OxA1 = OxDE\nnand71 OxA2 = OxDF\nnand71 OxA3 = OxDE\nnand71 OxA4 = OxDF\nnand71 OxA5 = OxDE\nnand71 OxA6 = OxDF\nnand71 OxA7 = OxDE\nnand71 OxA8 = OxDF\nnand71 OxA9 = OxDE\nnand71 OxAA = OxDF\nnand71 OxAB = OxDE\nnand71 OxAC = OxDF\nnand71 OxAE = OxDF\nnand71 OxAF = OxDE\nnand71 OxB0 = OxCF\nnand71 OxB1 = OxCE\nnand71 OxB2 = OxCF\nnand71 OxB3 = OxCE\nnand71 OxB4 = OxCF\nnand71 OxB5 = OxCE\nnand71 OxB6 = OxCF\nnand71 OxB7 = OxCE\nnand71 OxB8 = OxCF\nnand71 OxB9 = OxCE\nnand71 OxBA = OxCF\nnand71 OxBB = OxCE\nnand71 OxBC = OxCF\nnand71 OxBD = OxCE\nnand71 OxBE = OxCF\nnand71 OxBF = OxCE\nnand71 OxC0 = OxBF\nnand71 OxC1 = OxBE\nnand71 OxC2 = OxBF\nnand71 OxC3 = OxBE\nnand71 OxC4 = OxBF\nnand71 OxC5 = OxBE\nnand71 OxC6 = OxBF\nnand71 OxC7 = OxBE\nnand71 OxC8 = OxBF\nnand71 OxC9 = OxBE\nnand71 OxCA = OxBF\nnand71 OxCB = OxBE\nnand71 OxCC = OxBF\nnand71 OxCD = OxBE\nnand71 OxCE = OxBF\nnand71 OxCF = OxBE\nnand71 OxD0 = OxAF\nnand71 OxD1 = OxAE\nnand71 OxD2 = OxAF\nnand71 OxD3 = OxAE\nnand71 OxD4 = OxAF\nnand71 OxD5 = OxAE\nnand71 OxD6 = OxAF\nnand71 OxD7 = OxAE\nnand71 OxD8 = OxAF\nnand71 OxD9 = OxAE\nnand71 OxDA = OxAF\nnand71 OxDB = OxAE\nnand71 OxDC = OxAF\nnand71 OxDD = OxAE\nnand71 OxDE = OxAF\nnand71 OxDF = OxAE\nnand71 OxE0 = Ox9F\nnand71 OxE1 = Ox9E\nnand71 OxE2 = Ox9F\nnand71 OxE3 = Ox9E\nnand71 OxE4 = Ox9F\nnand71 OxE5 = Ox9E\nnand71 OxE6 = Ox9F\nnand71 OxE7 = Ox9E\nnand71 OxE8 = Ox9F\nnand71 OxE9 = Ox9E\nnand71 OxEA = Ox9F\nnand71 OxEB = Ox9E\nnand71 OxEC = Ox9F\nnand71 OxED = Ox9E\nnand71 OxEE = Ox9F\nnand71 OxEF = Ox9E\nnand71 OxF0 = Ox8F\nnand71 OxF1 = Ox8E\nnand71 OxF2 = Ox8F\nnand71 OxF3 = Ox8E\nnand71 OxF4 = Ox8F\nnand71 OxF5 = Ox8E\nnand71 OxF6 = Ox8F\nnand71 OxF7 = Ox8E\nnand71 OxF8 = Ox8F\nnand71 OxF9 = Ox8E\nnand71 OxFA = Ox8F\nnand71 OxFB = Ox8E\nnand71 OxFC = Ox8F\nnand71 OxFD = Ox8E\nnand71 OxFE = Ox8F\nnand71 OxFF = Ox8E\nnand71 ____ = undefined\nnand72 Ox72 = Ox8D\nnand72 Ox73 = Ox8D\nnand72 Ox74 = Ox8F\nnand72 Ox75 = Ox8F\nnand72 Ox76 = Ox8D\nnand72 Ox77 = Ox8D\nnand72 Ox78 = Ox8F\nnand72 Ox79 = Ox8F\nnand72 Ox7A = Ox8D\nnand72 Ox7B = Ox8D\nnand72 Ox7C = Ox8F\nnand72 Ox7D = Ox8F\nnand72 Ox7E = Ox8D\nnand72 Ox7F = Ox8D\nnand72 Ox80 = OxFF\nnand72 Ox81 = OxFF\nnand72 Ox82 = OxFD\nnand72 Ox83 = OxFD\nnand72 Ox84 = OxFF\nnand72 Ox85 = OxFF\nnand72 Ox86 = OxFD\nnand72 Ox87 = OxFD\nnand72 Ox88 = OxFF\nnand72 Ox89 = OxFF\nnand72 Ox8A = OxFD\nnand72 Ox8B = OxFD\nnand72 Ox8C = OxFF\nnand72 Ox8D = OxFF\nnand72 Ox8E = OxFD\nnand72 Ox8F = OxFD\nnand72 Ox90 = OxEF\nnand72 Ox91 = OxEF\nnand72 Ox92 = OxED\nnand72 Ox93 = OxED\nnand72 Ox94 = OxEF\nnand72 Ox95 = OxEF\nnand72 Ox96 = OxED\nnand72 Ox97 = OxED\nnand72 Ox98 = OxEF\nnand72 Ox99 = OxEF\nnand72 Ox9A = OxED\nnand72 Ox9B = OxED\nnand72 Ox9C = OxEF\nnand72 Ox9D = OxEF\nnand72 Ox9E = OxED\nnand72 Ox9F = OxED\nnand72 OxA0 = OxDF\nnand72 OxA1 = OxDF\nnand72 OxA2 = OxDD\nnand72 OxA3 = OxDD\nnand72 OxA4 = OxDF\nnand72 OxA5 = OxDF\nnand72 OxA6 = OxDD\nnand72 OxA7 = OxDD\nnand72 OxA8 = OxDF\nnand72 OxA9 = OxDF\nnand72 OxAA = OxDD\nnand72 OxAB = OxDD\nnand72 OxAC = OxDF\nnand72 OxAE = OxDD\nnand72 OxAF = OxDD\nnand72 OxB0 = OxCF\nnand72 OxB1 = OxCF\nnand72 OxB2 = OxCD\nnand72 OxB3 = OxCD\nnand72 OxB4 = OxCF\nnand72 OxB5 = OxCF\nnand72 OxB6 = OxCD\nnand72 OxB7 = OxCD\nnand72 OxB8 = OxCF\nnand72 OxB9 = OxCF\nnand72 OxBA = OxCD\nnand72 OxBB = OxCD\nnand72 OxBC = OxCF\nnand72 OxBD = OxCF\nnand72 OxBE = OxCD\nnand72 OxBF = OxCD\nnand72 OxC0 = OxBF\nnand72 OxC1 = OxBF\nnand72 OxC2 = OxBD\nnand72 OxC3 = OxBD\nnand72 OxC4 = OxBF\nnand72 OxC5 = OxBF\nnand72 OxC6 = OxBD\nnand72 OxC7 = OxBD\nnand72 OxC8 = OxBF\nnand72 OxC9 = OxBF\nnand72 OxCA = OxBD\nnand72 OxCB = OxBD\nnand72 OxCC = OxBF\nnand72 OxCD = OxBF\nnand72 OxCE = OxBD\nnand72 OxCF = OxBD\nnand72 OxD0 = OxAF\nnand72 OxD1 = OxAF\nnand72 OxD4 = OxAF\nnand72 OxD5 = OxAF\nnand72 OxD8 = OxAF\nnand72 OxD9 = OxAF\nnand72 OxDC = OxAF\nnand72 OxDD = OxAF\nnand72 OxE0 = Ox9F\nnand72 OxE1 = Ox9F\nnand72 OxE2 = Ox9D\nnand72 OxE3 = Ox9D\nnand72 OxE4 = Ox9F\nnand72 OxE5 = Ox9F\nnand72 OxE6 = Ox9D\nnand72 OxE7 = Ox9D\nnand72 OxE8 = Ox9F\nnand72 OxE9 = Ox9F\nnand72 OxEA = Ox9D\nnand72 OxEB = Ox9D\nnand72 OxEC = Ox9F\nnand72 OxED = Ox9F\nnand72 OxEE = Ox9D\nnand72 OxEF = Ox9D\nnand72 OxF0 = Ox8F\nnand72 OxF1 = Ox8F\nnand72 OxF2 = Ox8D\nnand72 OxF3 = Ox8D\nnand72 OxF4 = Ox8F\nnand72 OxF5 = Ox8F\nnand72 OxF6 = Ox8D\nnand72 OxF7 = Ox8D\nnand72 OxF8 = Ox8F\nnand72 OxF9 = Ox8F\nnand72 OxFA = Ox8D\nnand72 OxFB = Ox8D\nnand72 OxFC = Ox8F\nnand72 OxFD = Ox8F\nnand72 OxFE = Ox8D\nnand72 OxFF = Ox8D\nnand72 ____ = undefined\nnand73 Ox73 = Ox8C\nnand73 Ox74 = Ox8F\nnand73 Ox75 = Ox8E\nnand73 Ox76 = Ox8D\nnand73 Ox77 = Ox8C\nnand73 Ox78 = Ox8F\nnand73 Ox79 = Ox8E\nnand73 Ox7A = Ox8D\nnand73 Ox7B = Ox8C\nnand73 Ox7C = Ox8F\nnand73 Ox7D = Ox8E\nnand73 Ox7E = Ox8D\nnand73 Ox7F = Ox8C\nnand73 Ox80 = OxFF\nnand73 Ox81 = OxFE\nnand73 Ox82 = OxFD\nnand73 Ox83 = OxFC\nnand73 Ox84 = OxFF\nnand73 Ox85 = OxFE\nnand73 Ox86 = OxFD\nnand73 Ox87 = OxFC\nnand73 Ox88 = OxFF\nnand73 Ox89 = OxFE\nnand73 Ox8A = OxFD\nnand73 Ox8B = OxFC\nnand73 Ox8C = OxFF\nnand73 Ox8D = OxFE\nnand73 Ox8E = OxFD\nnand73 Ox8F = OxFC\nnand73 Ox90 = OxEF\nnand73 Ox91 = OxEE\nnand73 Ox92 = OxED\nnand73 Ox93 = OxEC\nnand73 Ox94 = OxEF\nnand73 Ox95 = OxEE\nnand73 Ox96 = OxED\nnand73 Ox97 = OxEC\nnand73 Ox98 = OxEF\nnand73 Ox99 = OxEE\nnand73 Ox9A = OxED\nnand73 Ox9B = OxEC\nnand73 Ox9C = OxEF\nnand73 Ox9D = OxEE\nnand73 Ox9E = OxED\nnand73 Ox9F = OxEC\nnand73 OxA0 = OxDF\nnand73 OxA1 = OxDE\nnand73 OxA2 = OxDD\nnand73 OxA3 = OxDC\nnand73 OxA4 = OxDF\nnand73 OxA5 = OxDE\nnand73 OxA6 = OxDD\nnand73 OxA7 = OxDC\nnand73 OxA8 = OxDF\nnand73 OxA9 = OxDE\nnand73 OxAA = OxDD\nnand73 OxAB = OxDC\nnand73 OxAC = OxDF\nnand73 OxAE = OxDD\nnand73 OxAF = OxDC\nnand73 OxB0 = OxCF\nnand73 OxB1 = OxCE\nnand73 OxB2 = OxCD\nnand73 OxB3 = OxCC\nnand73 OxB4 = OxCF\nnand73 OxB5 = OxCE\nnand73 OxB6 = OxCD\nnand73 OxB7 = OxCC\nnand73 OxB8 = OxCF\nnand73 OxB9 = OxCE\nnand73 OxBA = OxCD\nnand73 OxBB = OxCC\nnand73 OxBC = OxCF\nnand73 OxBD = OxCE\nnand73 OxBE = OxCD\nnand73 OxBF = OxCC\nnand73 OxC0 = OxBF\nnand73 OxC1 = OxBE\nnand73 OxC2 = OxBD\nnand73 OxC3 = OxBC\nnand73 OxC4 = OxBF\nnand73 OxC5 = OxBE\nnand73 OxC6 = OxBD\nnand73 OxC7 = OxBC\nnand73 OxC8 = OxBF\nnand73 OxC9 = OxBE\nnand73 OxCA = OxBD\nnand73 OxCB = OxBC\nnand73 OxCC = OxBF\nnand73 OxCD = OxBE\nnand73 OxCE = OxBD\nnand73 OxCF = OxBC\nnand73 OxD0 = OxAF\nnand73 OxD1 = OxAE\nnand73 OxD3 = OxAC\nnand73 OxD4 = OxAF\nnand73 OxD5 = OxAE\nnand73 OxD7 = OxAC\nnand73 OxD8 = OxAF\nnand73 OxD9 = OxAE\nnand73 OxDB = OxAC\nnand73 OxDC = OxAF\nnand73 OxDD = OxAE\nnand73 OxDF = OxAC\nnand73 OxE0 = Ox9F\nnand73 OxE1 = Ox9E\nnand73 OxE2 = Ox9D\nnand73 OxE3 = Ox9C\nnand73 OxE4 = Ox9F\nnand73 OxE5 = Ox9E\nnand73 OxE6 = Ox9D\nnand73 OxE7 = Ox9C\nnand73 OxE8 = Ox9F\nnand73 OxE9 = Ox9E\nnand73 OxEA = Ox9D\nnand73 OxEB = Ox9C\nnand73 OxEC = Ox9F\nnand73 OxED = Ox9E\nnand73 OxEE = Ox9D\nnand73 OxEF = Ox9C\nnand73 OxF0 = Ox8F\nnand73 OxF1 = Ox8E\nnand73 OxF2 = Ox8D\nnand73 OxF3 = Ox8C\nnand73 OxF4 = Ox8F\nnand73 OxF5 = Ox8E\nnand73 OxF6 = Ox8D\nnand73 OxF7 = Ox8C\nnand73 OxF8 = Ox8F\nnand73 OxF9 = Ox8E\nnand73 OxFA = Ox8D\nnand73 OxFB = Ox8C\nnand73 OxFC = Ox8F\nnand73 OxFD = Ox8E\nnand73 OxFE = Ox8D\nnand73 OxFF = Ox8C\nnand73 ____ = undefined\nnand74 Ox74 = Ox8B\nnand74 Ox75 = Ox8B\nnand74 Ox76 = Ox8B\nnand74 Ox77 = Ox8B\nnand74 Ox78 = Ox8F\nnand74 Ox79 = Ox8F\nnand74 Ox7A = Ox8F\nnand74 Ox7B = Ox8F\nnand74 Ox7C = Ox8B\nnand74 Ox7D = Ox8B\nnand74 Ox7E = Ox8B\nnand74 Ox7F = Ox8B\nnand74 Ox80 = OxFF\nnand74 Ox81 = OxFF\nnand74 Ox82 = OxFF\nnand74 Ox83 = OxFF\nnand74 Ox84 = OxFB\nnand74 Ox85 = OxFB\nnand74 Ox86 = OxFB\nnand74 Ox87 = OxFB\nnand74 Ox88 = OxFF\nnand74 Ox89 = OxFF\nnand74 Ox8A = OxFF\nnand74 Ox8B = OxFF\nnand74 Ox8C = OxFB\nnand74 Ox8D = OxFB\nnand74 Ox8E = OxFB\nnand74 Ox8F = OxFB\nnand74 Ox90 = OxEF\nnand74 Ox91 = OxEF\nnand74 Ox92 = OxEF\nnand74 Ox93 = OxEF\nnand74 Ox94 = OxEB\nnand74 Ox95 = OxEB\nnand74 Ox96 = OxEB\nnand74 Ox97 = OxEB\nnand74 Ox98 = OxEF\nnand74 Ox99 = OxEF\nnand74 Ox9A = OxEF\nnand74 Ox9B = OxEF\nnand74 Ox9C = OxEB\nnand74 Ox9D = OxEB\nnand74 Ox9E = OxEB\nnand74 Ox9F = OxEB\nnand74 OxA0 = OxDF\nnand74 OxA1 = OxDF\nnand74 OxA2 = OxDF\nnand74 OxA3 = OxDF\nnand74 OxA4 = OxDB\nnand74 OxA5 = OxDB\nnand74 OxA6 = OxDB\nnand74 OxA7 = OxDB\nnand74 OxA8 = OxDF\nnand74 OxA9 = OxDF\nnand74 OxAA = OxDF\nnand74 OxAB = OxDF\nnand74 OxAC = OxDB\nnand74 OxAE = OxDB\nnand74 OxAF = OxDB\nnand74 OxB0 = OxCF\nnand74 OxB1 = OxCF\nnand74 OxB2 = OxCF\nnand74 OxB3 = OxCF\nnand74 OxB4 = OxCB\nnand74 OxB5 = OxCB\nnand74 OxB6 = OxCB\nnand74 OxB7 = OxCB\nnand74 OxB8 = OxCF\nnand74 OxB9 = OxCF\nnand74 OxBA = OxCF\nnand74 OxBB = OxCF\nnand74 OxBC = OxCB\nnand74 OxBD = OxCB\nnand74 OxBE = OxCB\nnand74 OxBF = OxCB\nnand74 OxC0 = OxBF\nnand74 OxC1 = OxBF\nnand74 OxC2 = OxBF\nnand74 OxC3 = OxBF\nnand74 OxC4 = OxBB\nnand74 OxC5 = OxBB\nnand74 OxC6 = OxBB\nnand74 OxC7 = OxBB\nnand74 OxC8 = OxBF\nnand74 OxC9 = OxBF\nnand74 OxCA = OxBF\nnand74 OxCB = OxBF\nnand74 OxCC = OxBB\nnand74 OxCD = OxBB\nnand74 OxCE = OxBB\nnand74 OxCF = OxBB\nnand74 OxD0 = OxAF\nnand74 OxD1 = OxAF\nnand74 OxD2 = OxAF\nnand74 OxD3 = OxAF\nnand74 OxD4 = OxAB\nnand74 OxD5 = OxAB\nnand74 OxD6 = OxAB\nnand74 OxD7 = OxAB\nnand74 OxD8 = OxAF\nnand74 OxD9 = OxAF\nnand74 OxDA = OxAF\nnand74 OxDB = OxAF\nnand74 OxDC = OxAB\nnand74 OxDD = OxAB\nnand74 OxDE = OxAB\nnand74 OxDF = OxAB\nnand74 OxE0 = Ox9F\nnand74 OxE1 = Ox9F\nnand74 OxE2 = Ox9F\nnand74 OxE3 = Ox9F\nnand74 OxE4 = Ox9B\nnand74 OxE5 = Ox9B\nnand74 OxE6 = Ox9B\nnand74 OxE7 = Ox9B\nnand74 OxE8 = Ox9F\nnand74 OxE9 = Ox9F\nnand74 OxEA = Ox9F\nnand74 OxEB = Ox9F\nnand74 OxEC = Ox9B\nnand74 OxED = Ox9B\nnand74 OxEE = Ox9B\nnand74 OxEF = Ox9B\nnand74 OxF0 = Ox8F\nnand74 OxF1 = Ox8F\nnand74 OxF2 = Ox8F\nnand74 OxF3 = Ox8F\nnand74 OxF4 = Ox8B\nnand74 OxF5 = Ox8B\nnand74 OxF6 = Ox8B\nnand74 OxF7 = Ox8B\nnand74 OxF8 = Ox8F\nnand74 OxF9 = Ox8F\nnand74 OxFA = Ox8F\nnand74 OxFB = Ox8F\nnand74 OxFC = Ox8B\nnand74 OxFD = Ox8B\nnand74 OxFE = Ox8B\nnand74 OxFF = Ox8B\nnand74 ____ = undefined\nnand75 Ox75 = Ox8A\nnand75 Ox76 = Ox8B\nnand75 Ox77 = Ox8A\nnand75 Ox78 = Ox8F\nnand75 Ox79 = Ox8E\nnand75 Ox7A = Ox8F\nnand75 Ox7B = Ox8E\nnand75 Ox7C = Ox8B\nnand75 Ox7D = Ox8A\nnand75 Ox7E = Ox8B\nnand75 Ox7F = Ox8A\nnand75 Ox80 = OxFF\nnand75 Ox81 = OxFE\nnand75 Ox82 = OxFF\nnand75 Ox83 = OxFE\nnand75 Ox84 = OxFB\nnand75 Ox85 = OxFA\nnand75 Ox86 = OxFB\nnand75 Ox87 = OxFA\nnand75 Ox88 = OxFF\nnand75 Ox89 = OxFE\nnand75 Ox8A = OxFF\nnand75 Ox8B = OxFE\nnand75 Ox8C = OxFB\nnand75 Ox8D = OxFA\nnand75 Ox8E = OxFB\nnand75 Ox8F = OxFA\nnand75 Ox90 = OxEF\nnand75 Ox91 = OxEE\nnand75 Ox92 = OxEF\nnand75 Ox93 = OxEE\nnand75 Ox94 = OxEB\nnand75 Ox95 = OxEA\nnand75 Ox96 = OxEB\nnand75 Ox97 = OxEA\nnand75 Ox98 = OxEF\nnand75 Ox99 = OxEE\nnand75 Ox9A = OxEF\nnand75 Ox9B = OxEE\nnand75 Ox9C = OxEB\nnand75 Ox9D = OxEA\nnand75 Ox9E = OxEB\nnand75 Ox9F = OxEA\nnand75 OxA0 = OxDF\nnand75 OxA1 = OxDE\nnand75 OxA2 = OxDF\nnand75 OxA3 = OxDE\nnand75 OxA4 = OxDB\nnand75 OxA5 = OxDA\nnand75 OxA6 = OxDB\nnand75 OxA7 = OxDA\nnand75 OxA8 = OxDF\nnand75 OxA9 = OxDE\nnand75 OxAA = OxDF\nnand75 OxAB = OxDE\nnand75 OxAC = OxDB\nnand75 OxAE = OxDB\nnand75 OxAF = OxDA\nnand75 OxB0 = OxCF\nnand75 OxB1 = OxCE\nnand75 OxB2 = OxCF\nnand75 OxB3 = OxCE\nnand75 OxB4 = OxCB\nnand75 OxB5 = OxCA\nnand75 OxB6 = OxCB\nnand75 OxB7 = OxCA\nnand75 OxB8 = OxCF\nnand75 OxB9 = OxCE\nnand75 OxBA = OxCF\nnand75 OxBB = OxCE\nnand75 OxBC = OxCB\nnand75 OxBD = OxCA\nnand75 OxBE = OxCB\nnand75 OxBF = OxCA\nnand75 OxC0 = OxBF\nnand75 OxC1 = OxBE\nnand75 OxC2 = OxBF\nnand75 OxC3 = OxBE\nnand75 OxC4 = OxBB\nnand75 OxC5 = OxBA\nnand75 OxC6 = OxBB\nnand75 OxC7 = OxBA\nnand75 OxC8 = OxBF\nnand75 OxC9 = OxBE\nnand75 OxCA = OxBF\nnand75 OxCB = OxBE\nnand75 OxCC = OxBB\nnand75 OxCD = OxBA\nnand75 OxCE = OxBB\nnand75 OxCF = OxBA\nnand75 OxD0 = OxAF\nnand75 OxD1 = OxAE\nnand75 OxD2 = OxAF\nnand75 OxD3 = OxAE\nnand75 OxD4 = OxAB\nnand75 OxD5 = OxAA\nnand75 OxD6 = OxAB\nnand75 OxD7 = OxAA\nnand75 OxD8 = OxAF\nnand75 OxD9 = OxAE\nnand75 OxDA = OxAF\nnand75 OxDB = OxAE\nnand75 OxDC = OxAB\nnand75 OxDD = OxAA\nnand75 OxDE = OxAB\nnand75 OxDF = OxAA\nnand75 OxE0 = Ox9F\nnand75 OxE1 = Ox9E\nnand75 OxE2 = Ox9F\nnand75 OxE3 = Ox9E\nnand75 OxE4 = Ox9B\nnand75 OxE5 = Ox9A\nnand75 OxE6 = Ox9B\nnand75 OxE7 = Ox9A\nnand75 OxE8 = Ox9F\nnand75 OxE9 = Ox9E\nnand75 OxEA = Ox9F\nnand75 OxEB = Ox9E\nnand75 OxEC = Ox9B\nnand75 OxED = Ox9A\nnand75 OxEE = Ox9B\nnand75 OxEF = Ox9A\nnand75 OxF0 = Ox8F\nnand75 OxF1 = Ox8E\nnand75 OxF2 = Ox8F\nnand75 OxF3 = Ox8E\nnand75 OxF4 = Ox8B\nnand75 OxF5 = Ox8A\nnand75 OxF6 = Ox8B\nnand75 OxF7 = Ox8A\nnand75 OxF8 = Ox8F\nnand75 OxF9 = Ox8E\nnand75 OxFA = Ox8F\nnand75 OxFB = Ox8E\nnand75 OxFC = Ox8B\nnand75 OxFD = Ox8A\nnand75 OxFE = Ox8B\nnand75 OxFF = Ox8A\nnand75 ____ = undefined\nnand76 Ox76 = Ox89\nnand76 Ox77 = Ox89\nnand76 Ox78 = Ox8F\nnand76 Ox79 = Ox8F\nnand76 Ox7A = Ox8D\nnand76 Ox7B = Ox8D\nnand76 Ox7C = Ox8B\nnand76 Ox7D = Ox8B\nnand76 Ox7E = Ox89\nnand76 Ox7F = Ox89\nnand76 Ox80 = OxFF\nnand76 Ox81 = OxFF\nnand76 Ox82 = OxFD\nnand76 Ox83 = OxFD\nnand76 Ox84 = OxFB\nnand76 Ox85 = OxFB\nnand76 Ox86 = OxF9\nnand76 Ox87 = OxF9\nnand76 Ox88 = OxFF\nnand76 Ox89 = OxFF\nnand76 Ox8A = OxFD\nnand76 Ox8B = OxFD\nnand76 Ox8C = OxFB\nnand76 Ox8D = OxFB\nnand76 Ox8E = OxF9\nnand76 Ox8F = OxF9\nnand76 Ox90 = OxEF\nnand76 Ox91 = OxEF\nnand76 Ox92 = OxED\nnand76 Ox93 = OxED\nnand76 Ox94 = OxEB\nnand76 Ox95 = OxEB\nnand76 Ox96 = OxE9\nnand76 Ox97 = OxE9\nnand76 Ox98 = OxEF\nnand76 Ox99 = OxEF\nnand76 Ox9A = OxED\nnand76 Ox9B = OxED\nnand76 Ox9C = OxEB\nnand76 Ox9D = OxEB\nnand76 Ox9E = OxE9\nnand76 Ox9F = OxE9\nnand76 OxA0 = OxDF\nnand76 OxA1 = OxDF\nnand76 OxA2 = OxDD\nnand76 OxA3 = OxDD\nnand76 OxA4 = OxDB\nnand76 OxA5 = OxDB\nnand76 OxA6 = OxD9\nnand76 OxA7 = OxD9\nnand76 OxA8 = OxDF\nnand76 OxA9 = OxDF\nnand76 OxAA = OxDD\nnand76 OxAB = OxDD\nnand76 OxAC = OxDB\nnand76 OxAE = OxD9\nnand76 OxAF = OxD9\nnand76 OxB0 = OxCF\nnand76 OxB1 = OxCF\nnand76 OxB2 = OxCD\nnand76 OxB3 = OxCD\nnand76 OxB4 = OxCB\nnand76 OxB5 = OxCB\nnand76 OxB6 = OxC9\nnand76 OxB7 = OxC9\nnand76 OxB8 = OxCF\nnand76 OxB9 = OxCF\nnand76 OxBA = OxCD\nnand76 OxBB = OxCD\nnand76 OxBC = OxCB\nnand76 OxBD = OxCB\nnand76 OxBE = OxC9\nnand76 OxBF = OxC9\nnand76 OxC0 = OxBF\nnand76 OxC1 = OxBF\nnand76 OxC2 = OxBD\nnand76 OxC3 = OxBD\nnand76 OxC4 = OxBB\nnand76 OxC5 = OxBB\nnand76 OxC6 = OxB9\nnand76 OxC7 = OxB9\nnand76 OxC8 = OxBF\nnand76 OxC9 = OxBF\nnand76 OxCA = OxBD\nnand76 OxCB = OxBD\nnand76 OxCC = OxBB\nnand76 OxCD = OxBB\nnand76 OxCE = OxB9\nnand76 OxCF = OxB9\nnand76 OxD0 = OxAF\nnand76 OxD1 = OxAF\nnand76 OxD4 = OxAB\nnand76 OxD5 = OxAB\nnand76 OxD6 = OxA9\nnand76 OxD7 = OxA9\nnand76 OxD8 = OxAF\nnand76 OxD9 = OxAF\nnand76 OxDC = OxAB\nnand76 OxDD = OxAB\nnand76 OxDE = OxA9\nnand76 OxDF = OxA9\nnand76 OxE0 = Ox9F\nnand76 OxE1 = Ox9F\nnand76 OxE2 = Ox9D\nnand76 OxE3 = Ox9D\nnand76 OxE4 = Ox9B\nnand76 OxE5 = Ox9B\nnand76 OxE6 = Ox99\nnand76 OxE7 = Ox99\nnand76 OxE8 = Ox9F\nnand76 OxE9 = Ox9F\nnand76 OxEA = Ox9D\nnand76 OxEB = Ox9D\nnand76 OxEC = Ox9B\nnand76 OxED = Ox9B\nnand76 OxEE = Ox99\nnand76 OxEF = Ox99\nnand76 OxF0 = Ox8F\nnand76 OxF1 = Ox8F\nnand76 OxF2 = Ox8D\nnand76 OxF3 = Ox8D\nnand76 OxF4 = Ox8B\nnand76 OxF5 = Ox8B\nnand76 OxF6 = Ox89\nnand76 OxF7 = Ox89\nnand76 OxF8 = Ox8F\nnand76 OxF9 = Ox8F\nnand76 OxFA = Ox8D\nnand76 OxFB = Ox8D\nnand76 OxFC = Ox8B\nnand76 OxFD = Ox8B\nnand76 OxFE = Ox89\nnand76 OxFF = Ox89\nnand76 ____ = undefined\nnand77 Ox77 = Ox88\nnand77 Ox78 = Ox8F\nnand77 Ox79 = Ox8E\nnand77 Ox7A = Ox8D\nnand77 Ox7B = Ox8C\nnand77 Ox7C = Ox8B\nnand77 Ox7D = Ox8A\nnand77 Ox7E = Ox89\nnand77 Ox7F = Ox88\nnand77 Ox80 = OxFF\nnand77 Ox81 = OxFE\nnand77 Ox82 = OxFD\nnand77 Ox83 = OxFC\nnand77 Ox84 = OxFB\nnand77 Ox85 = OxFA\nnand77 Ox86 = OxF9\nnand77 Ox87 = OxF8\nnand77 Ox88 = OxFF\nnand77 Ox89 = OxFE\nnand77 Ox8A = OxFD\nnand77 Ox8B = OxFC\nnand77 Ox8C = OxFB\nnand77 Ox8D = OxFA\nnand77 Ox8E = OxF9\nnand77 Ox8F = OxF8\nnand77 Ox90 = OxEF\nnand77 Ox91 = OxEE\nnand77 Ox92 = OxED\nnand77 Ox93 = OxEC\nnand77 Ox94 = OxEB\nnand77 Ox95 = OxEA\nnand77 Ox96 = OxE9\nnand77 Ox97 = OxE8\nnand77 Ox98 = OxEF\nnand77 Ox99 = OxEE\nnand77 Ox9A = OxED\nnand77 Ox9B = OxEC\nnand77 Ox9C = OxEB\nnand77 Ox9D = OxEA\nnand77 Ox9E = OxE9\nnand77 Ox9F = OxE8\nnand77 OxA0 = OxDF\nnand77 OxA1 = OxDE\nnand77 OxA2 = OxDD\nnand77 OxA3 = OxDC\nnand77 OxA4 = OxDB\nnand77 OxA5 = OxDA\nnand77 OxA6 = OxD9\nnand77 OxA7 = OxD8\nnand77 OxA8 = OxDF\nnand77 OxA9 = OxDE\nnand77 OxAA = OxDD\nnand77 OxAB = OxDC\nnand77 OxAC = OxDB\nnand77 OxAE = OxD9\nnand77 OxAF = OxD8\nnand77 OxB0 = OxCF\nnand77 OxB1 = OxCE\nnand77 OxB2 = OxCD\nnand77 OxB3 = OxCC\nnand77 OxB4 = OxCB\nnand77 OxB5 = OxCA\nnand77 OxB6 = OxC9\nnand77 OxB7 = OxC8\nnand77 OxB8 = OxCF\nnand77 OxB9 = OxCE\nnand77 OxBA = OxCD\nnand77 OxBB = OxCC\nnand77 OxBC = OxCB\nnand77 OxBD = OxCA\nnand77 OxBE = OxC9\nnand77 OxBF = OxC8\nnand77 OxC0 = OxBF\nnand77 OxC1 = OxBE\nnand77 OxC2 = OxBD\nnand77 OxC3 = OxBC\nnand77 OxC4 = OxBB\nnand77 OxC5 = OxBA\nnand77 OxC6 = OxB9\nnand77 OxC7 = OxB8\nnand77 OxC8 = OxBF\nnand77 OxC9 = OxBE\nnand77 OxCA = OxBD\nnand77 OxCB = OxBC\nnand77 OxCC = OxBB\nnand77 OxCD = OxBA\nnand77 OxCE = OxB9\nnand77 OxCF = OxB8\nnand77 OxD0 = OxAF\nnand77 OxD1 = OxAE\nnand77 OxD3 = OxAC\nnand77 OxD4 = OxAB\nnand77 OxD5 = OxAA\nnand77 OxD6 = OxA9\nnand77 OxD7 = OxA8\nnand77 OxD8 = OxAF\nnand77 OxD9 = OxAE\nnand77 OxDB = OxAC\nnand77 OxDC = OxAB\nnand77 OxDD = OxAA\nnand77 OxDE = OxA9\nnand77 OxDF = OxA8\nnand77 OxE0 = Ox9F\nnand77 OxE1 = Ox9E\nnand77 OxE2 = Ox9D\nnand77 OxE3 = Ox9C\nnand77 OxE4 = Ox9B\nnand77 OxE5 = Ox9A\nnand77 OxE6 = Ox99\nnand77 OxE7 = Ox98\nnand77 OxE8 = Ox9F\nnand77 OxE9 = Ox9E\nnand77 OxEA = Ox9D\nnand77 OxEB = Ox9C\nnand77 OxEC = Ox9B\nnand77 OxED = Ox9A\nnand77 OxEE = Ox99\nnand77 OxEF = Ox98\nnand77 OxF0 = Ox8F\nnand77 OxF1 = Ox8E\nnand77 OxF2 = Ox8D\nnand77 OxF3 = Ox8C\nnand77 OxF4 = Ox8B\nnand77 OxF5 = Ox8A\nnand77 OxF6 = Ox89\nnand77 OxF7 = Ox88\nnand77 OxF8 = Ox8F\nnand77 OxF9 = Ox8E\nnand77 OxFA = Ox8D\nnand77 OxFB = Ox8C\nnand77 OxFC = Ox8B\nnand77 OxFD = Ox8A\nnand77 OxFE = Ox89\nnand77 OxFF = Ox88\nnand77 ____ = undefined\nnand78 Ox78 = Ox87\nnand78 Ox79 = Ox87\nnand78 Ox7A = Ox87\nnand78 Ox7B = Ox87\nnand78 Ox7C = Ox87\nnand78 Ox7D = Ox87\nnand78 Ox7E = Ox87\nnand78 Ox7F = Ox87\nnand78 Ox80 = OxFF\nnand78 Ox81 = OxFF\nnand78 Ox82 = OxFF\nnand78 Ox83 = OxFF\nnand78 Ox84 = OxFF\nnand78 Ox85 = OxFF\nnand78 Ox86 = OxFF\nnand78 Ox87 = OxFF\nnand78 Ox88 = OxF7\nnand78 Ox89 = OxF7\nnand78 Ox8A = OxF7\nnand78 Ox8B = OxF7\nnand78 Ox8C = OxF7\nnand78 Ox8D = OxF7\nnand78 Ox8E = OxF7\nnand78 Ox8F = OxF7\nnand78 Ox90 = OxEF\nnand78 Ox91 = OxEF\nnand78 Ox92 = OxEF\nnand78 Ox93 = OxEF\nnand78 Ox94 = OxEF\nnand78 Ox95 = OxEF\nnand78 Ox96 = OxEF\nnand78 Ox97 = OxEF\nnand78 Ox98 = OxE7\nnand78 Ox99 = OxE7\nnand78 Ox9A = OxE7\nnand78 Ox9B = OxE7\nnand78 Ox9C = OxE7\nnand78 Ox9D = OxE7\nnand78 Ox9E = OxE7\nnand78 Ox9F = OxE7\nnand78 OxA0 = OxDF\nnand78 OxA1 = OxDF\nnand78 OxA2 = OxDF\nnand78 OxA3 = OxDF\nnand78 OxA4 = OxDF\nnand78 OxA5 = OxDF\nnand78 OxA6 = OxDF\nnand78 OxA7 = OxDF\nnand78 OxA8 = OxD7\nnand78 OxA9 = OxD7\nnand78 OxAA = OxD7\nnand78 OxAB = OxD7\nnand78 OxAC = OxD7\nnand78 OxAE = OxD7\nnand78 OxAF = OxD7\nnand78 OxB0 = OxCF\nnand78 OxB1 = OxCF\nnand78 OxB2 = OxCF\nnand78 OxB3 = OxCF\nnand78 OxB4 = OxCF\nnand78 OxB5 = OxCF\nnand78 OxB6 = OxCF\nnand78 OxB7 = OxCF\nnand78 OxB8 = OxC7\nnand78 OxB9 = OxC7\nnand78 OxBA = OxC7\nnand78 OxBB = OxC7\nnand78 OxBC = OxC7\nnand78 OxBD = OxC7\nnand78 OxBE = OxC7\nnand78 OxBF = OxC7\nnand78 OxC0 = OxBF\nnand78 OxC1 = OxBF\nnand78 OxC2 = OxBF\nnand78 OxC3 = OxBF\nnand78 OxC4 = OxBF\nnand78 OxC5 = OxBF\nnand78 OxC6 = OxBF\nnand78 OxC7 = OxBF\nnand78 OxC8 = OxB7\nnand78 OxC9 = OxB7\nnand78 OxCA = OxB7\nnand78 OxCB = OxB7\nnand78 OxCC = OxB7\nnand78 OxCD = OxB7\nnand78 OxCE = OxB7\nnand78 OxCF = OxB7\nnand78 OxD0 = OxAF\nnand78 OxD1 = OxAF\nnand78 OxD2 = OxAF\nnand78 OxD3 = OxAF\nnand78 OxD4 = OxAF\nnand78 OxD5 = OxAF\nnand78 OxD6 = OxAF\nnand78 OxD7 = OxAF\nnand78 OxD8 = OxA7\nnand78 OxD9 = OxA7\nnand78 OxDA = OxA7\nnand78 OxDB = OxA7\nnand78 OxDC = OxA7\nnand78 OxDD = OxA7\nnand78 OxDE = OxA7\nnand78 OxDF = OxA7\nnand78 OxE0 = Ox9F\nnand78 OxE1 = Ox9F\nnand78 OxE2 = Ox9F\nnand78 OxE3 = Ox9F\nnand78 OxE4 = Ox9F\nnand78 OxE5 = Ox9F\nnand78 OxE6 = Ox9F\nnand78 OxE7 = Ox9F\nnand78 OxE8 = Ox97\nnand78 OxE9 = Ox97\nnand78 OxEA = Ox97\nnand78 OxEB = Ox97\nnand78 OxEC = Ox97\nnand78 OxED = Ox97\nnand78 OxEE = Ox97\nnand78 OxEF = Ox97\nnand78 OxF0 = Ox8F\nnand78 OxF1 = Ox8F\nnand78 OxF2 = Ox8F\nnand78 OxF3 = Ox8F\nnand78 OxF4 = Ox8F\nnand78 OxF5 = Ox8F\nnand78 OxF6 = Ox8F\nnand78 OxF7 = Ox8F\nnand78 OxF8 = Ox87\nnand78 OxF9 = Ox87\nnand78 OxFA = Ox87\nnand78 OxFB = Ox87\nnand78 OxFC = Ox87\nnand78 OxFD = Ox87\nnand78 OxFE = Ox87\nnand78 OxFF = Ox87\nnand78 ____ = undefined\nnand79 Ox79 = Ox86\nnand79 Ox7A = Ox87\nnand79 Ox7B = Ox86\nnand79 Ox7C = Ox87\nnand79 Ox7D = Ox86\nnand79 Ox7E = Ox87\nnand79 Ox7F = Ox86\nnand79 Ox80 = OxFF\nnand79 Ox81 = OxFE\nnand79 Ox82 = OxFF\nnand79 Ox83 = OxFE\nnand79 Ox84 = OxFF\nnand79 Ox85 = OxFE\nnand79 Ox86 = OxFF\nnand79 Ox87 = OxFE\nnand79 Ox88 = OxF7\nnand79 Ox89 = OxF6\nnand79 Ox8A = OxF7\nnand79 Ox8B = OxF6\nnand79 Ox8C = OxF7\nnand79 Ox8D = OxF6\nnand79 Ox8E = OxF7\nnand79 Ox8F = OxF6\nnand79 Ox90 = OxEF\nnand79 Ox91 = OxEE\nnand79 Ox92 = OxEF\nnand79 Ox93 = OxEE\nnand79 Ox94 = OxEF\nnand79 Ox95 = OxEE\nnand79 Ox96 = OxEF\nnand79 Ox97 = OxEE\nnand79 Ox98 = OxE7\nnand79 Ox99 = OxE6\nnand79 Ox9A = OxE7\nnand79 Ox9B = OxE6\nnand79 Ox9C = OxE7\nnand79 Ox9D = OxE6\nnand79 Ox9E = OxE7\nnand79 Ox9F = OxE6\nnand79 OxA0 = OxDF\nnand79 OxA1 = OxDE\nnand79 OxA2 = OxDF\nnand79 OxA3 = OxDE\nnand79 OxA4 = OxDF\nnand79 OxA5 = OxDE\nnand79 OxA6 = OxDF\nnand79 OxA7 = OxDE\nnand79 OxA8 = OxD7\nnand79 OxA9 = OxD6\nnand79 OxAA = OxD7\nnand79 OxAB = OxD6\nnand79 OxAC = OxD7\nnand79 OxAE = OxD7\nnand79 OxAF = OxD6\nnand79 OxB0 = OxCF\nnand79 OxB1 = OxCE\nnand79 OxB2 = OxCF\nnand79 OxB3 = OxCE\nnand79 OxB4 = OxCF\nnand79 OxB5 = OxCE\nnand79 OxB6 = OxCF\nnand79 OxB7 = OxCE\nnand79 OxB8 = OxC7\nnand79 OxB9 = OxC6\nnand79 OxBA = OxC7\nnand79 OxBB = OxC6\nnand79 OxBC = OxC7\nnand79 OxBD = OxC6\nnand79 OxBE = OxC7\nnand79 OxBF = OxC6\nnand79 OxC0 = OxBF\nnand79 OxC1 = OxBE\nnand79 OxC2 = OxBF\nnand79 OxC3 = OxBE\nnand79 OxC4 = OxBF\nnand79 OxC5 = OxBE\nnand79 OxC6 = OxBF\nnand79 OxC7 = OxBE\nnand79 OxC8 = OxB7\nnand79 OxC9 = OxB6\nnand79 OxCA = OxB7\nnand79 OxCB = OxB6\nnand79 OxCC = OxB7\nnand79 OxCD = OxB6\nnand79 OxCE = OxB7\nnand79 OxCF = OxB6\nnand79 OxD0 = OxAF\nnand79 OxD1 = OxAE\nnand79 OxD2 = OxAF\nnand79 OxD3 = OxAE\nnand79 OxD4 = OxAF\nnand79 OxD5 = OxAE\nnand79 OxD6 = OxAF\nnand79 OxD7 = OxAE\nnand79 OxD8 = OxA7\nnand79 OxD9 = OxA6\nnand79 OxDA = OxA7\nnand79 OxDB = OxA6\nnand79 OxDC = OxA7\nnand79 OxDD = OxA6\nnand79 OxDE = OxA7\nnand79 OxDF = OxA6\nnand79 OxE0 = Ox9F\nnand79 OxE1 = Ox9E\nnand79 OxE2 = Ox9F\nnand79 OxE3 = Ox9E\nnand79 OxE4 = Ox9F\nnand79 OxE5 = Ox9E\nnand79 OxE6 = Ox9F\nnand79 OxE7 = Ox9E\nnand79 OxE8 = Ox97\nnand79 OxE9 = Ox96\nnand79 OxEA = Ox97\nnand79 OxEB = Ox96\nnand79 OxEC = Ox97\nnand79 OxED = Ox96\nnand79 OxEE = Ox97\nnand79 OxEF = Ox96\nnand79 OxF0 = Ox8F\nnand79 OxF1 = Ox8E\nnand79 OxF2 = Ox8F\nnand79 OxF3 = Ox8E\nnand79 OxF4 = Ox8F\nnand79 OxF5 = Ox8E\nnand79 OxF6 = Ox8F\nnand79 OxF7 = Ox8E\nnand79 OxF8 = Ox87\nnand79 OxF9 = Ox86\nnand79 OxFA = Ox87\nnand79 OxFB = Ox86\nnand79 OxFC = Ox87\nnand79 OxFD = Ox86\nnand79 OxFE = Ox87\nnand79 OxFF = Ox86\nnand79 ____ = undefined\nnand7A Ox7A = Ox85\nnand7A Ox7B = Ox85\nnand7A Ox7C = Ox87\nnand7A Ox7D = Ox87\nnand7A Ox7E = Ox85\nnand7A Ox7F = Ox85\nnand7A Ox80 = OxFF\nnand7A Ox81 = OxFF\nnand7A Ox82 = OxFD\nnand7A Ox83 = OxFD\nnand7A Ox84 = OxFF\nnand7A Ox85 = OxFF\nnand7A Ox86 = OxFD\nnand7A Ox87 = OxFD\nnand7A Ox88 = OxF7\nnand7A Ox89 = OxF7\nnand7A Ox8A = OxF5\nnand7A Ox8B = OxF5\nnand7A Ox8C = OxF7\nnand7A Ox8D = OxF7\nnand7A Ox8E = OxF5\nnand7A Ox8F = OxF5\nnand7A Ox90 = OxEF\nnand7A Ox91 = OxEF\nnand7A Ox92 = OxED\nnand7A Ox93 = OxED\nnand7A Ox94 = OxEF\nnand7A Ox95 = OxEF\nnand7A Ox96 = OxED\nnand7A Ox97 = OxED\nnand7A Ox98 = OxE7\nnand7A Ox99 = OxE7\nnand7A Ox9A = OxE5\nnand7A Ox9B = OxE5\nnand7A Ox9C = OxE7\nnand7A Ox9D = OxE7\nnand7A Ox9E = OxE5\nnand7A Ox9F = OxE5\nnand7A OxA0 = OxDF\nnand7A OxA1 = OxDF\nnand7A OxA2 = OxDD\nnand7A OxA3 = OxDD\nnand7A OxA4 = OxDF\nnand7A OxA5 = OxDF\nnand7A OxA6 = OxDD\nnand7A OxA7 = OxDD\nnand7A OxA8 = OxD7\nnand7A OxA9 = OxD7\nnand7A OxAA = OxD5\nnand7A OxAB = OxD5\nnand7A OxAC = OxD7\nnand7A OxAE = OxD5\nnand7A OxAF = OxD5\nnand7A OxB0 = OxCF\nnand7A OxB1 = OxCF\nnand7A OxB2 = OxCD\nnand7A OxB3 = OxCD\nnand7A OxB4 = OxCF\nnand7A OxB5 = OxCF\nnand7A OxB6 = OxCD\nnand7A OxB7 = OxCD\nnand7A OxB8 = OxC7\nnand7A OxB9 = OxC7\nnand7A OxBA = OxC5\nnand7A OxBB = OxC5\nnand7A OxBC = OxC7\nnand7A OxBD = OxC7\nnand7A OxBE = OxC5\nnand7A OxBF = OxC5\nnand7A OxC0 = OxBF\nnand7A OxC1 = OxBF\nnand7A OxC2 = OxBD\nnand7A OxC3 = OxBD\nnand7A OxC4 = OxBF\nnand7A OxC5 = OxBF\nnand7A OxC6 = OxBD\nnand7A OxC7 = OxBD\nnand7A OxC8 = OxB7\nnand7A OxC9 = OxB7\nnand7A OxCA = OxB5\nnand7A OxCB = OxB5\nnand7A OxCC = OxB7\nnand7A OxCD = OxB7\nnand7A OxCE = OxB5\nnand7A OxCF = OxB5\nnand7A OxD0 = OxAF\nnand7A OxD1 = OxAF\nnand7A OxD4 = OxAF\nnand7A OxD5 = OxAF\nnand7A OxD8 = OxA7\nnand7A OxD9 = OxA7\nnand7A OxDA = OxA5\nnand7A OxDB = OxA5\nnand7A OxDC = OxA7\nnand7A OxDD = OxA7\nnand7A OxDE = OxA5\nnand7A OxDF = OxA5\nnand7A OxE0 = Ox9F\nnand7A OxE1 = Ox9F\nnand7A OxE2 = Ox9D\nnand7A OxE3 = Ox9D\nnand7A OxE4 = Ox9F\nnand7A OxE5 = Ox9F\nnand7A OxE6 = Ox9D\nnand7A OxE7 = Ox9D\nnand7A OxE8 = Ox97\nnand7A OxE9 = Ox97\nnand7A OxEA = Ox95\nnand7A OxEB = Ox95\nnand7A OxEC = Ox97\nnand7A OxED = Ox97\nnand7A OxEE = Ox95\nnand7A OxEF = Ox95\nnand7A OxF0 = Ox8F\nnand7A OxF1 = Ox8F\nnand7A OxF2 = Ox8D\nnand7A OxF3 = Ox8D\nnand7A OxF4 = Ox8F\nnand7A OxF5 = Ox8F\nnand7A OxF6 = Ox8D\nnand7A OxF7 = Ox8D\nnand7A OxF8 = Ox87\nnand7A OxF9 = Ox87\nnand7A OxFA = Ox85\nnand7A OxFB = Ox85\nnand7A OxFC = Ox87\nnand7A OxFD = Ox87\nnand7A OxFE = Ox85\nnand7A OxFF = Ox85\nnand7A ____ = undefined\nnand7B Ox7B = Ox84\nnand7B Ox7C = Ox87\nnand7B Ox7D = Ox86\nnand7B Ox7E = Ox85\nnand7B Ox7F = Ox84\nnand7B Ox80 = OxFF\nnand7B Ox81 = OxFE\nnand7B Ox82 = OxFD\nnand7B Ox83 = OxFC\nnand7B Ox84 = OxFF\nnand7B Ox85 = OxFE\nnand7B Ox86 = OxFD\nnand7B Ox87 = OxFC\nnand7B Ox88 = OxF7\nnand7B Ox89 = OxF6\nnand7B Ox8A = OxF5\nnand7B Ox8B = OxF4\nnand7B Ox8C = OxF7\nnand7B Ox8D = OxF6\nnand7B Ox8E = OxF5\nnand7B Ox8F = OxF4\nnand7B Ox90 = OxEF\nnand7B Ox91 = OxEE\nnand7B Ox92 = OxED\nnand7B Ox93 = OxEC\nnand7B Ox94 = OxEF\nnand7B Ox95 = OxEE\nnand7B Ox96 = OxED\nnand7B Ox97 = OxEC\nnand7B Ox98 = OxE7\nnand7B Ox99 = OxE6\nnand7B Ox9A = OxE5\nnand7B Ox9B = OxE4\nnand7B Ox9C = OxE7\nnand7B Ox9D = OxE6\nnand7B Ox9E = OxE5\nnand7B Ox9F = OxE4\nnand7B OxA0 = OxDF\nnand7B OxA1 = OxDE\nnand7B OxA2 = OxDD\nnand7B OxA3 = OxDC\nnand7B OxA4 = OxDF\nnand7B OxA5 = OxDE\nnand7B OxA6 = OxDD\nnand7B OxA7 = OxDC\nnand7B OxA8 = OxD7\nnand7B OxA9 = OxD6\nnand7B OxAA = OxD5\nnand7B OxAB = OxD4\nnand7B OxAC = OxD7\nnand7B OxAE = OxD5\nnand7B OxAF = OxD4\nnand7B OxB0 = OxCF\nnand7B OxB1 = OxCE\nnand7B OxB2 = OxCD\nnand7B OxB3 = OxCC\nnand7B OxB4 = OxCF\nnand7B OxB5 = OxCE\nnand7B OxB6 = OxCD\nnand7B OxB7 = OxCC\nnand7B OxB8 = OxC7\nnand7B OxB9 = OxC6\nnand7B OxBA = OxC5\nnand7B OxBB = OxC4\nnand7B OxBC = OxC7\nnand7B OxBD = OxC6\nnand7B OxBE = OxC5\nnand7B OxBF = OxC4\nnand7B OxC0 = OxBF\nnand7B OxC1 = OxBE\nnand7B OxC2 = OxBD\nnand7B OxC3 = OxBC\nnand7B OxC4 = OxBF\nnand7B OxC5 = OxBE\nnand7B OxC6 = OxBD\nnand7B OxC7 = OxBC\nnand7B OxC8 = OxB7\nnand7B OxC9 = OxB6\nnand7B OxCA = OxB5\nnand7B OxCB = OxB4\nnand7B OxCC = OxB7\nnand7B OxCD = OxB6\nnand7B OxCE = OxB5\nnand7B OxCF = OxB4\nnand7B OxD0 = OxAF\nnand7B OxD1 = OxAE\nnand7B OxD3 = OxAC\nnand7B OxD4 = OxAF\nnand7B OxD5 = OxAE\nnand7B OxD7 = OxAC\nnand7B OxD8 = OxA7\nnand7B OxD9 = OxA6\nnand7B OxDA = OxA5\nnand7B OxDB = OxA4\nnand7B OxDC = OxA7\nnand7B OxDD = OxA6\nnand7B OxDE = OxA5\nnand7B OxDF = OxA4\nnand7B OxE0 = Ox9F\nnand7B OxE1 = Ox9E\nnand7B OxE2 = Ox9D\nnand7B OxE3 = Ox9C\nnand7B OxE4 = Ox9F\nnand7B OxE5 = Ox9E\nnand7B OxE6 = Ox9D\nnand7B OxE7 = Ox9C\nnand7B OxE8 = Ox97\nnand7B OxE9 = Ox96\nnand7B OxEA = Ox95\nnand7B OxEB = Ox94\nnand7B OxEC = Ox97\nnand7B OxED = Ox96\nnand7B OxEE = Ox95\nnand7B OxEF = Ox94\nnand7B OxF0 = Ox8F\nnand7B OxF1 = Ox8E\nnand7B OxF2 = Ox8D\nnand7B OxF3 = Ox8C\nnand7B OxF4 = Ox8F\nnand7B OxF5 = Ox8E\nnand7B OxF6 = Ox8D\nnand7B OxF7 = Ox8C\nnand7B OxF8 = Ox87\nnand7B OxF9 = Ox86\nnand7B OxFA = Ox85\nnand7B OxFB = Ox84\nnand7B OxFC = Ox87\nnand7B OxFD = Ox86\nnand7B OxFE = Ox85\nnand7B OxFF = Ox84\nnand7B ____ = undefined\nnand7C Ox7C = Ox83\nnand7C Ox7D = Ox83\nnand7C Ox7E = Ox83\nnand7C Ox7F = Ox83\nnand7C Ox80 = OxFF\nnand7C Ox81 = OxFF\nnand7C Ox82 = OxFF\nnand7C Ox83 = OxFF\nnand7C Ox84 = OxFB\nnand7C Ox85 = OxFB\nnand7C Ox86 = OxFB\nnand7C Ox87 = OxFB\nnand7C Ox88 = OxF7\nnand7C Ox89 = OxF7\nnand7C Ox8A = OxF7\nnand7C Ox8B = OxF7\nnand7C Ox8C = OxF3\nnand7C Ox8D = OxF3\nnand7C Ox8E = OxF3\nnand7C Ox8F = OxF3\nnand7C Ox90 = OxEF\nnand7C Ox91 = OxEF\nnand7C Ox92 = OxEF\nnand7C Ox93 = OxEF\nnand7C Ox94 = OxEB\nnand7C Ox95 = OxEB\nnand7C Ox96 = OxEB\nnand7C Ox97 = OxEB\nnand7C Ox98 = OxE7\nnand7C Ox99 = OxE7\nnand7C Ox9A = OxE7\nnand7C Ox9B = OxE7\nnand7C Ox9C = OxE3\nnand7C Ox9D = OxE3\nnand7C Ox9E = OxE3\nnand7C Ox9F = OxE3\nnand7C OxA0 = OxDF\nnand7C OxA1 = OxDF\nnand7C OxA2 = OxDF\nnand7C OxA3 = OxDF\nnand7C OxA4 = OxDB\nnand7C OxA5 = OxDB\nnand7C OxA6 = OxDB\nnand7C OxA7 = OxDB\nnand7C OxA8 = OxD7\nnand7C OxA9 = OxD7\nnand7C OxAA = OxD7\nnand7C OxAB = OxD7\nnand7C OxAC = OxD3\nnand7C OxAE = OxD3\nnand7C OxAF = OxD3\nnand7C OxB0 = OxCF\nnand7C OxB1 = OxCF\nnand7C OxB2 = OxCF\nnand7C OxB3 = OxCF\nnand7C OxB4 = OxCB\nnand7C OxB5 = OxCB\nnand7C OxB6 = OxCB\nnand7C OxB7 = OxCB\nnand7C OxB8 = OxC7\nnand7C OxB9 = OxC7\nnand7C OxBA = OxC7\nnand7C OxBB = OxC7\nnand7C OxBC = OxC3\nnand7C OxBD = OxC3\nnand7C OxBE = OxC3\nnand7C OxBF = OxC3\nnand7C OxC0 = OxBF\nnand7C OxC1 = OxBF\nnand7C OxC2 = OxBF\nnand7C OxC3 = OxBF\nnand7C OxC4 = OxBB\nnand7C OxC5 = OxBB\nnand7C OxC6 = OxBB\nnand7C OxC7 = OxBB\nnand7C OxC8 = OxB7\nnand7C OxC9 = OxB7\nnand7C OxCA = OxB7\nnand7C OxCB = OxB7\nnand7C OxCC = OxB3\nnand7C OxCD = OxB3\nnand7C OxCE = OxB3\nnand7C OxCF = OxB3\nnand7C OxD0 = OxAF\nnand7C OxD1 = OxAF\nnand7C OxD2 = OxAF\nnand7C OxD3 = OxAF\nnand7C OxD4 = OxAB\nnand7C OxD5 = OxAB\nnand7C OxD6 = OxAB\nnand7C OxD7 = OxAB\nnand7C OxD8 = OxA7\nnand7C OxD9 = OxA7\nnand7C OxDA = OxA7\nnand7C OxDB = OxA7\nnand7C OxDC = OxA3\nnand7C OxDD = OxA3\nnand7C OxDE = OxA3\nnand7C OxDF = OxA3\nnand7C OxE0 = Ox9F\nnand7C OxE1 = Ox9F\nnand7C OxE2 = Ox9F\nnand7C OxE3 = Ox9F\nnand7C OxE4 = Ox9B\nnand7C OxE5 = Ox9B\nnand7C OxE6 = Ox9B\nnand7C OxE7 = Ox9B\nnand7C OxE8 = Ox97\nnand7C OxE9 = Ox97\nnand7C OxEA = Ox97\nnand7C OxEB = Ox97\nnand7C OxEC = Ox93\nnand7C OxED = Ox93\nnand7C OxEE = Ox93\nnand7C OxEF = Ox93\nnand7C OxF0 = Ox8F\nnand7C OxF1 = Ox8F\nnand7C OxF2 = Ox8F\nnand7C OxF3 = Ox8F\nnand7C OxF4 = Ox8B\nnand7C OxF5 = Ox8B\nnand7C OxF6 = Ox8B\nnand7C OxF7 = Ox8B\nnand7C OxF8 = Ox87\nnand7C OxF9 = Ox87\nnand7C OxFA = Ox87\nnand7C OxFB = Ox87\nnand7C OxFC = Ox83\nnand7C OxFD = Ox83\nnand7C OxFE = Ox83\nnand7C OxFF = Ox83\nnand7C ____ = undefined\nnand7D Ox7D = Ox82\nnand7D Ox7E = Ox83\nnand7D Ox7F = Ox82\nnand7D Ox80 = OxFF\nnand7D Ox81 = OxFE\nnand7D Ox82 = OxFF\nnand7D Ox83 = OxFE\nnand7D Ox84 = OxFB\nnand7D Ox85 = OxFA\nnand7D Ox86 = OxFB\nnand7D Ox87 = OxFA\nnand7D Ox88 = OxF7\nnand7D Ox89 = OxF6\nnand7D Ox8A = OxF7\nnand7D Ox8B = OxF6\nnand7D Ox8C = OxF3\nnand7D Ox8D = OxF2\nnand7D Ox8E = OxF3\nnand7D Ox8F = OxF2\nnand7D Ox90 = OxEF\nnand7D Ox91 = OxEE\nnand7D Ox92 = OxEF\nnand7D Ox93 = OxEE\nnand7D Ox94 = OxEB\nnand7D Ox95 = OxEA\nnand7D Ox96 = OxEB\nnand7D Ox97 = OxEA\nnand7D Ox98 = OxE7\nnand7D Ox99 = OxE6\nnand7D Ox9A = OxE7\nnand7D Ox9B = OxE6\nnand7D Ox9C = OxE3\nnand7D Ox9D = OxE2\nnand7D Ox9E = OxE3\nnand7D Ox9F = OxE2\nnand7D OxA0 = OxDF\nnand7D OxA1 = OxDE\nnand7D OxA2 = OxDF\nnand7D OxA3 = OxDE\nnand7D OxA4 = OxDB\nnand7D OxA5 = OxDA\nnand7D OxA6 = OxDB\nnand7D OxA7 = OxDA\nnand7D OxA8 = OxD7\nnand7D OxA9 = OxD6\nnand7D OxAA = OxD7\nnand7D OxAB = OxD6\nnand7D OxAC = OxD3\nnand7D OxAE = OxD3\nnand7D OxAF = OxD2\nnand7D OxB0 = OxCF\nnand7D OxB1 = OxCE\nnand7D OxB2 = OxCF\nnand7D OxB3 = OxCE\nnand7D OxB4 = OxCB\nnand7D OxB5 = OxCA\nnand7D OxB6 = OxCB\nnand7D OxB7 = OxCA\nnand7D OxB8 = OxC7\nnand7D OxB9 = OxC6\nnand7D OxBA = OxC7\nnand7D OxBB = OxC6\nnand7D OxBC = OxC3\nnand7D OxBD = OxC2\nnand7D OxBE = OxC3\nnand7D OxBF = OxC2\nnand7D OxC0 = OxBF\nnand7D OxC1 = OxBE\nnand7D OxC2 = OxBF\nnand7D OxC3 = OxBE\nnand7D OxC4 = OxBB\nnand7D OxC5 = OxBA\nnand7D OxC6 = OxBB\nnand7D OxC7 = OxBA\nnand7D OxC8 = OxB7\nnand7D OxC9 = OxB6\nnand7D OxCA = OxB7\nnand7D OxCB = OxB6\nnand7D OxCC = OxB3\nnand7D OxCD = OxB2\nnand7D OxCE = OxB3\nnand7D OxCF = OxB2\nnand7D OxD0 = OxAF\nnand7D OxD1 = OxAE\nnand7D OxD2 = OxAF\nnand7D OxD3 = OxAE\nnand7D OxD4 = OxAB\nnand7D OxD5 = OxAA\nnand7D OxD6 = OxAB\nnand7D OxD7 = OxAA\nnand7D OxD8 = OxA7\nnand7D OxD9 = OxA6\nnand7D OxDA = OxA7\nnand7D OxDB = OxA6\nnand7D OxDC = OxA3\nnand7D OxDD = OxA2\nnand7D OxDE = OxA3\nnand7D OxDF = OxA2\nnand7D OxE0 = Ox9F\nnand7D OxE1 = Ox9E\nnand7D OxE2 = Ox9F\nnand7D OxE3 = Ox9E\nnand7D OxE4 = Ox9B\nnand7D OxE5 = Ox9A\nnand7D OxE6 = Ox9B\nnand7D OxE7 = Ox9A\nnand7D OxE8 = Ox97\nnand7D OxE9 = Ox96\nnand7D OxEA = Ox97\nnand7D OxEB = Ox96\nnand7D OxEC = Ox93\nnand7D OxED = Ox92\nnand7D OxEE = Ox93\nnand7D OxEF = Ox92\nnand7D OxF0 = Ox8F\nnand7D OxF1 = Ox8E\nnand7D OxF2 = Ox8F\nnand7D OxF3 = Ox8E\nnand7D OxF4 = Ox8B\nnand7D OxF5 = Ox8A\nnand7D OxF6 = Ox8B\nnand7D OxF7 = Ox8A\nnand7D OxF8 = Ox87\nnand7D OxF9 = Ox86\nnand7D OxFA = Ox87\nnand7D OxFB = Ox86\nnand7D OxFC = Ox83\nnand7D OxFD = Ox82\nnand7D OxFE = Ox83\nnand7D OxFF = Ox82\nnand7D ____ = undefined\nnand7E Ox7E = Ox81\nnand7E Ox7F = Ox81\nnand7E Ox80 = OxFF\nnand7E Ox81 = OxFF\nnand7E Ox82 = OxFD\nnand7E Ox83 = OxFD\nnand7E Ox84 = OxFB\nnand7E Ox85 = OxFB\nnand7E Ox86 = OxF9\nnand7E Ox87 = OxF9\nnand7E Ox88 = OxF7\nnand7E Ox89 = OxF7\nnand7E Ox8A = OxF5\nnand7E Ox8B = OxF5\nnand7E Ox8C = OxF3\nnand7E Ox8D = OxF3\nnand7E Ox8E = OxF1\nnand7E Ox8F = OxF1\nnand7E Ox90 = OxEF\nnand7E Ox91 = OxEF\nnand7E Ox92 = OxED\nnand7E Ox93 = OxED\nnand7E Ox94 = OxEB\nnand7E Ox95 = OxEB\nnand7E Ox96 = OxE9\nnand7E Ox97 = OxE9\nnand7E Ox98 = OxE7\nnand7E Ox99 = OxE7\nnand7E Ox9A = OxE5\nnand7E Ox9B = OxE5\nnand7E Ox9C = OxE3\nnand7E Ox9D = OxE3\nnand7E Ox9E = OxE1\nnand7E Ox9F = OxE1\nnand7E OxA0 = OxDF\nnand7E OxA1 = OxDF\nnand7E OxA2 = OxDD\nnand7E OxA3 = OxDD\nnand7E OxA4 = OxDB\nnand7E OxA5 = OxDB\nnand7E OxA6 = OxD9\nnand7E OxA7 = OxD9\nnand7E OxA8 = OxD7\nnand7E OxA9 = OxD7\nnand7E OxAA = OxD5\nnand7E OxAB = OxD5\nnand7E OxAC = OxD3\nnand7E OxAE = OxD1\nnand7E OxAF = OxD1\nnand7E OxB0 = OxCF\nnand7E OxB1 = OxCF\nnand7E OxB2 = OxCD\nnand7E OxB3 = OxCD\nnand7E OxB4 = OxCB\nnand7E OxB5 = OxCB\nnand7E OxB6 = OxC9\nnand7E OxB7 = OxC9\nnand7E OxB8 = OxC7\nnand7E OxB9 = OxC7\nnand7E OxBA = OxC5\nnand7E OxBB = OxC5\nnand7E OxBC = OxC3\nnand7E OxBD = OxC3\nnand7E OxBE = OxC1\nnand7E OxBF = OxC1\nnand7E OxC0 = OxBF\nnand7E OxC1 = OxBF\nnand7E OxC2 = OxBD\nnand7E OxC3 = OxBD\nnand7E OxC4 = OxBB\nnand7E OxC5 = OxBB\nnand7E OxC6 = OxB9\nnand7E OxC7 = OxB9\nnand7E OxC8 = OxB7\nnand7E OxC9 = OxB7\nnand7E OxCA = OxB5\nnand7E OxCB = OxB5\nnand7E OxCC = OxB3\nnand7E OxCD = OxB3\nnand7E OxCE = OxB1\nnand7E OxCF = OxB1\nnand7E OxD0 = OxAF\nnand7E OxD1 = OxAF\nnand7E OxD4 = OxAB\nnand7E OxD5 = OxAB\nnand7E OxD6 = OxA9\nnand7E OxD7 = OxA9\nnand7E OxD8 = OxA7\nnand7E OxD9 = OxA7\nnand7E OxDA = OxA5\nnand7E OxDB = OxA5\nnand7E OxDC = OxA3\nnand7E OxDD = OxA3\nnand7E OxDE = OxA1\nnand7E OxDF = OxA1\nnand7E OxE0 = Ox9F\nnand7E OxE1 = Ox9F\nnand7E OxE2 = Ox9D\nnand7E OxE3 = Ox9D\nnand7E OxE4 = Ox9B\nnand7E OxE5 = Ox9B\nnand7E OxE6 = Ox99\nnand7E OxE7 = Ox99\nnand7E OxE8 = Ox97\nnand7E OxE9 = Ox97\nnand7E OxEA = Ox95\nnand7E OxEB = Ox95\nnand7E OxEC = Ox93\nnand7E OxED = Ox93\nnand7E OxEE = Ox91\nnand7E OxEF = Ox91\nnand7E OxF0 = Ox8F\nnand7E OxF1 = Ox8F\nnand7E OxF2 = Ox8D\nnand7E OxF3 = Ox8D\nnand7E OxF4 = Ox8B\nnand7E OxF5 = Ox8B\nnand7E OxF6 = Ox89\nnand7E OxF7 = Ox89\nnand7E OxF8 = Ox87\nnand7E OxF9 = Ox87\nnand7E OxFA = Ox85\nnand7E OxFB = Ox85\nnand7E OxFC = Ox83\nnand7E OxFD = Ox83\nnand7E OxFE = Ox81\nnand7E OxFF = Ox81\nnand7E ____ = undefined\nnand7F Ox7F = Ox80\nnand7F Ox80 = OxFF\nnand7F Ox81 = OxFE\nnand7F Ox82 = OxFD\nnand7F Ox83 = OxFC\nnand7F Ox84 = OxFB\nnand7F Ox85 = OxFA\nnand7F Ox86 = OxF9\nnand7F Ox87 = OxF8\nnand7F Ox88 = OxF7\nnand7F Ox89 = OxF6\nnand7F Ox8A = OxF5\nnand7F Ox8B = OxF4\nnand7F Ox8C = OxF3\nnand7F Ox8D = OxF2\nnand7F Ox8E = OxF1\nnand7F Ox8F = OxF0\nnand7F Ox90 = OxEF\nnand7F Ox91 = OxEE\nnand7F Ox92 = OxED\nnand7F Ox93 = OxEC\nnand7F Ox94 = OxEB\nnand7F Ox95 = OxEA\nnand7F Ox96 = OxE9\nnand7F Ox97 = OxE8\nnand7F Ox98 = OxE7\nnand7F Ox99 = OxE6\nnand7F Ox9A = OxE5\nnand7F Ox9B = OxE4\nnand7F Ox9C = OxE3\nnand7F Ox9D = OxE2\nnand7F Ox9E = OxE1\nnand7F Ox9F = OxE0\nnand7F OxA0 = OxDF\nnand7F OxA1 = OxDE\nnand7F OxA2 = OxDD\nnand7F OxA3 = OxDC\nnand7F OxA4 = OxDB\nnand7F OxA5 = OxDA\nnand7F OxA6 = OxD9\nnand7F OxA7 = OxD8\nnand7F OxA8 = OxD7\nnand7F OxA9 = OxD6\nnand7F OxAA = OxD5\nnand7F OxAB = OxD4\nnand7F OxAC = OxD3\nnand7F OxAE = OxD1\nnand7F OxAF = OxD0\nnand7F OxB0 = OxCF\nnand7F OxB1 = OxCE\nnand7F OxB2 = OxCD\nnand7F OxB3 = OxCC\nnand7F OxB4 = OxCB\nnand7F OxB5 = OxCA\nnand7F OxB6 = OxC9\nnand7F OxB7 = OxC8\nnand7F OxB8 = OxC7\nnand7F OxB9 = OxC6\nnand7F OxBA = OxC5\nnand7F OxBB = OxC4\nnand7F OxBC = OxC3\nnand7F OxBD = OxC2\nnand7F OxBE = OxC1\nnand7F OxBF = OxC0\nnand7F OxC0 = OxBF\nnand7F OxC1 = OxBE\nnand7F OxC2 = OxBD\nnand7F OxC3 = OxBC\nnand7F OxC4 = OxBB\nnand7F OxC5 = OxBA\nnand7F OxC6 = OxB9\nnand7F OxC7 = OxB8\nnand7F OxC8 = OxB7\nnand7F OxC9 = OxB6\nnand7F OxCA = OxB5\nnand7F OxCB = OxB4\nnand7F OxCC = OxB3\nnand7F OxCD = OxB2\nnand7F OxCE = OxB1\nnand7F OxCF = OxB0\nnand7F OxD0 = OxAF\nnand7F OxD1 = OxAE\nnand7F OxD3 = OxAC\nnand7F OxD4 = OxAB\nnand7F OxD5 = OxAA\nnand7F OxD6 = OxA9\nnand7F OxD7 = OxA8\nnand7F OxD8 = OxA7\nnand7F OxD9 = OxA6\nnand7F OxDA = OxA5\nnand7F OxDB = OxA4\nnand7F OxDC = OxA3\nnand7F OxDD = OxA2\nnand7F OxDE = OxA1\nnand7F OxDF = OxA0\nnand7F OxE0 = Ox9F\nnand7F OxE1 = Ox9E\nnand7F OxE2 = Ox9D\nnand7F OxE3 = Ox9C\nnand7F OxE4 = Ox9B\nnand7F OxE5 = Ox9A\nnand7F OxE6 = Ox99\nnand7F OxE7 = Ox98\nnand7F OxE8 = Ox97\nnand7F OxE9 = Ox96\nnand7F OxEA = Ox95\nnand7F OxEB = Ox94\nnand7F OxEC = Ox93\nnand7F OxED = Ox92\nnand7F OxEE = Ox91\nnand7F OxEF = Ox90\nnand7F OxF0 = Ox8F\nnand7F OxF1 = Ox8E\nnand7F OxF2 = Ox8D\nnand7F OxF3 = Ox8C\nnand7F OxF4 = Ox8B\nnand7F OxF5 = Ox8A\nnand7F OxF6 = Ox89\nnand7F OxF7 = Ox88\nnand7F OxF8 = Ox87\nnand7F OxF9 = Ox86\nnand7F OxFA = Ox85\nnand7F OxFB = Ox84\nnand7F OxFC = Ox83\nnand7F OxFD = Ox82\nnand7F OxFE = Ox81\nnand7F OxFF = Ox80\nnand7F ____ = undefined\nnand80 Ox80 = Ox7F\nnand80 Ox81 = Ox7F\nnand80 Ox82 = Ox7F\nnand80 Ox83 = Ox7F\nnand80 Ox84 = Ox7F\nnand80 Ox85 = Ox7F\nnand80 Ox86 = Ox7F\nnand80 Ox87 = Ox7F\nnand80 Ox88 = Ox7F\nnand80 Ox89 = Ox7F\nnand80 Ox8A = Ox7F\nnand80 Ox8B = Ox7F\nnand80 Ox8C = Ox7F\nnand80 Ox8D = Ox7F\nnand80 Ox8E = Ox7F\nnand80 Ox8F = Ox7F\nnand80 Ox90 = Ox7F\nnand80 Ox91 = Ox7F\nnand80 Ox92 = Ox7F\nnand80 Ox93 = Ox7F\nnand80 Ox94 = Ox7F\nnand80 Ox95 = Ox7F\nnand80 Ox96 = Ox7F\nnand80 Ox97 = Ox7F\nnand80 Ox98 = Ox7F\nnand80 Ox99 = Ox7F\nnand80 Ox9A = Ox7F\nnand80 Ox9B = Ox7F\nnand80 Ox9C = Ox7F\nnand80 Ox9D = Ox7F\nnand80 Ox9E = Ox7F\nnand80 Ox9F = Ox7F\nnand80 OxA0 = Ox7F\nnand80 OxA1 = Ox7F\nnand80 OxA2 = Ox7F\nnand80 OxA3 = Ox7F\nnand80 OxA4 = Ox7F\nnand80 OxA5 = Ox7F\nnand80 OxA6 = Ox7F\nnand80 OxA7 = Ox7F\nnand80 OxA8 = Ox7F\nnand80 OxA9 = Ox7F\nnand80 OxAA = Ox7F\nnand80 OxAB = Ox7F\nnand80 OxAC = Ox7F\nnand80 OxAE = Ox7F\nnand80 OxAF = Ox7F\nnand80 OxB0 = Ox7F\nnand80 OxB1 = Ox7F\nnand80 OxB2 = Ox7F\nnand80 OxB3 = Ox7F\nnand80 OxB4 = Ox7F\nnand80 OxB5 = Ox7F\nnand80 OxB6 = Ox7F\nnand80 OxB7 = Ox7F\nnand80 OxB8 = Ox7F\nnand80 OxB9 = Ox7F\nnand80 OxBA = Ox7F\nnand80 OxBB = Ox7F\nnand80 OxBC = Ox7F\nnand80 OxBD = Ox7F\nnand80 OxBE = Ox7F\nnand80 OxBF = Ox7F\nnand80 OxC0 = Ox7F\nnand80 OxC1 = Ox7F\nnand80 OxC2 = Ox7F\nnand80 OxC3 = Ox7F\nnand80 OxC4 = Ox7F\nnand80 OxC5 = Ox7F\nnand80 OxC6 = Ox7F\nnand80 OxC7 = Ox7F\nnand80 OxC8 = Ox7F\nnand80 OxC9 = Ox7F\nnand80 OxCA = Ox7F\nnand80 OxCB = Ox7F\nnand80 OxCC = Ox7F\nnand80 OxCD = Ox7F\nnand80 OxCE = Ox7F\nnand80 OxCF = Ox7F\nnand80 OxD0 = Ox7F\nnand80 OxD1 = Ox7F\nnand80 OxD2 = Ox7F\nnand80 OxD3 = Ox7F\nnand80 OxD4 = Ox7F\nnand80 OxD5 = Ox7F\nnand80 OxD6 = Ox7F\nnand80 OxD7 = Ox7F\nnand80 OxD8 = Ox7F\nnand80 OxD9 = Ox7F\nnand80 OxDA = Ox7F\nnand80 OxDB = Ox7F\nnand80 OxDC = Ox7F\nnand80 OxDD = Ox7F\nnand80 OxDE = Ox7F\nnand80 OxDF = Ox7F\nnand80 OxE0 = Ox7F\nnand80 OxE1 = Ox7F\nnand80 OxE2 = Ox7F\nnand80 OxE3 = Ox7F\nnand80 OxE4 = Ox7F\nnand80 OxE5 = Ox7F\nnand80 OxE6 = Ox7F\nnand80 OxE7 = Ox7F\nnand80 OxE8 = Ox7F\nnand80 OxE9 = Ox7F\nnand80 OxEA = Ox7F\nnand80 OxEB = Ox7F\nnand80 OxEC = Ox7F\nnand80 OxED = Ox7F\nnand80 OxEE = Ox7F\nnand80 OxEF = Ox7F\nnand80 OxF0 = Ox7F\nnand80 OxF1 = Ox7F\nnand80 OxF2 = Ox7F\nnand80 OxF3 = Ox7F\nnand80 OxF4 = Ox7F\nnand80 OxF5 = Ox7F\nnand80 OxF6 = Ox7F\nnand80 OxF7 = Ox7F\nnand80 OxF8 = Ox7F\nnand80 OxF9 = Ox7F\nnand80 OxFA = Ox7F\nnand80 OxFB = Ox7F\nnand80 OxFC = Ox7F\nnand80 OxFD = Ox7F\nnand80 OxFE = Ox7F\nnand80 OxFF = Ox7F\nnand80 ____ = undefined\nnand81 Ox81 = Ox7E\nnand81 Ox82 = Ox7F\nnand81 Ox83 = Ox7E\nnand81 Ox84 = Ox7F\nnand81 Ox85 = Ox7E\nnand81 Ox86 = Ox7F\nnand81 Ox87 = Ox7E\nnand81 Ox88 = Ox7F\nnand81 Ox89 = Ox7E\nnand81 Ox8A = Ox7F\nnand81 Ox8B = Ox7E\nnand81 Ox8C = Ox7F\nnand81 Ox8D = Ox7E\nnand81 Ox8E = Ox7F\nnand81 Ox8F = Ox7E\nnand81 Ox90 = Ox7F\nnand81 Ox91 = Ox7E\nnand81 Ox92 = Ox7F\nnand81 Ox93 = Ox7E\nnand81 Ox94 = Ox7F\nnand81 Ox95 = Ox7E\nnand81 Ox96 = Ox7F\nnand81 Ox97 = Ox7E\nnand81 Ox98 = Ox7F\nnand81 Ox99 = Ox7E\nnand81 Ox9A = Ox7F\nnand81 Ox9B = Ox7E\nnand81 Ox9C = Ox7F\nnand81 Ox9D = Ox7E\nnand81 Ox9E = Ox7F\nnand81 Ox9F = Ox7E\nnand81 OxA0 = Ox7F\nnand81 OxA1 = Ox7E\nnand81 OxA2 = Ox7F\nnand81 OxA3 = Ox7E\nnand81 OxA4 = Ox7F\nnand81 OxA5 = Ox7E\nnand81 OxA6 = Ox7F\nnand81 OxA7 = Ox7E\nnand81 OxA8 = Ox7F\nnand81 OxA9 = Ox7E\nnand81 OxAA = Ox7F\nnand81 OxAB = Ox7E\nnand81 OxAC = Ox7F\nnand81 OxAE = Ox7F\nnand81 OxAF = Ox7E\nnand81 OxB0 = Ox7F\nnand81 OxB1 = Ox7E\nnand81 OxB2 = Ox7F\nnand81 OxB3 = Ox7E\nnand81 OxB4 = Ox7F\nnand81 OxB5 = Ox7E\nnand81 OxB6 = Ox7F\nnand81 OxB7 = Ox7E\nnand81 OxB8 = Ox7F\nnand81 OxB9 = Ox7E\nnand81 OxBA = Ox7F\nnand81 OxBB = Ox7E\nnand81 OxBC = Ox7F\nnand81 OxBD = Ox7E\nnand81 OxBE = Ox7F\nnand81 OxBF = Ox7E\nnand81 OxC0 = Ox7F\nnand81 OxC1 = Ox7E\nnand81 OxC2 = Ox7F\nnand81 OxC3 = Ox7E\nnand81 OxC4 = Ox7F\nnand81 OxC5 = Ox7E\nnand81 OxC6 = Ox7F\nnand81 OxC7 = Ox7E\nnand81 OxC8 = Ox7F\nnand81 OxC9 = Ox7E\nnand81 OxCA = Ox7F\nnand81 OxCB = Ox7E\nnand81 OxCC = Ox7F\nnand81 OxCD = Ox7E\nnand81 OxCE = Ox7F\nnand81 OxCF = Ox7E\nnand81 OxD0 = Ox7F\nnand81 OxD1 = Ox7E\nnand81 OxD2 = Ox7F\nnand81 OxD3 = Ox7E\nnand81 OxD4 = Ox7F\nnand81 OxD5 = Ox7E\nnand81 OxD6 = Ox7F\nnand81 OxD7 = Ox7E\nnand81 OxD8 = Ox7F\nnand81 OxD9 = Ox7E\nnand81 OxDA = Ox7F\nnand81 OxDB = Ox7E\nnand81 OxDC = Ox7F\nnand81 OxDD = Ox7E\nnand81 OxDE = Ox7F\nnand81 OxDF = Ox7E\nnand81 OxE0 = Ox7F\nnand81 OxE1 = Ox7E\nnand81 OxE2 = Ox7F\nnand81 OxE3 = Ox7E\nnand81 OxE4 = Ox7F\nnand81 OxE5 = Ox7E\nnand81 OxE6 = Ox7F\nnand81 OxE7 = Ox7E\nnand81 OxE8 = Ox7F\nnand81 OxE9 = Ox7E\nnand81 OxEA = Ox7F\nnand81 OxEB = Ox7E\nnand81 OxEC = Ox7F\nnand81 OxED = Ox7E\nnand81 OxEE = Ox7F\nnand81 OxEF = Ox7E\nnand81 OxF0 = Ox7F\nnand81 OxF1 = Ox7E\nnand81 OxF2 = Ox7F\nnand81 OxF3 = Ox7E\nnand81 OxF4 = Ox7F\nnand81 OxF5 = Ox7E\nnand81 OxF6 = Ox7F\nnand81 OxF7 = Ox7E\nnand81 OxF8 = Ox7F\nnand81 OxF9 = Ox7E\nnand81 OxFA = Ox7F\nnand81 OxFB = Ox7E\nnand81 OxFC = Ox7F\nnand81 OxFD = Ox7E\nnand81 OxFE = Ox7F\nnand81 OxFF = Ox7E\nnand81 ____ = undefined\nnand82 Ox82 = Ox7D\nnand82 Ox83 = Ox7D\nnand82 Ox84 = Ox7F\nnand82 Ox85 = Ox7F\nnand82 Ox86 = Ox7D\nnand82 Ox87 = Ox7D\nnand82 Ox88 = Ox7F\nnand82 Ox89 = Ox7F\nnand82 Ox8A = Ox7D\nnand82 Ox8B = Ox7D\nnand82 Ox8C = Ox7F\nnand82 Ox8D = Ox7F\nnand82 Ox8E = Ox7D\nnand82 Ox8F = Ox7D\nnand82 Ox90 = Ox7F\nnand82 Ox91 = Ox7F\nnand82 Ox92 = Ox7D\nnand82 Ox93 = Ox7D\nnand82 Ox94 = Ox7F\nnand82 Ox95 = Ox7F\nnand82 Ox96 = Ox7D\nnand82 Ox97 = Ox7D\nnand82 Ox98 = Ox7F\nnand82 Ox99 = Ox7F\nnand82 Ox9A = Ox7D\nnand82 Ox9B = Ox7D\nnand82 Ox9C = Ox7F\nnand82 Ox9D = Ox7F\nnand82 Ox9E = Ox7D\nnand82 Ox9F = Ox7D\nnand82 OxA0 = Ox7F\nnand82 OxA1 = Ox7F\nnand82 OxA2 = Ox7D\nnand82 OxA3 = Ox7D\nnand82 OxA4 = Ox7F\nnand82 OxA5 = Ox7F\nnand82 OxA6 = Ox7D\nnand82 OxA7 = Ox7D\nnand82 OxA8 = Ox7F\nnand82 OxA9 = Ox7F\nnand82 OxAA = Ox7D\nnand82 OxAB = Ox7D\nnand82 OxAC = Ox7F\nnand82 OxAE = Ox7D\nnand82 OxAF = Ox7D\nnand82 OxB0 = Ox7F\nnand82 OxB1 = Ox7F\nnand82 OxB2 = Ox7D\nnand82 OxB3 = Ox7D\nnand82 OxB4 = Ox7F\nnand82 OxB5 = Ox7F\nnand82 OxB6 = Ox7D\nnand82 OxB7 = Ox7D\nnand82 OxB8 = Ox7F\nnand82 OxB9 = Ox7F\nnand82 OxBA = Ox7D\nnand82 OxBB = Ox7D\nnand82 OxBC = Ox7F\nnand82 OxBD = Ox7F\nnand82 OxBE = Ox7D\nnand82 OxBF = Ox7D\nnand82 OxC0 = Ox7F\nnand82 OxC1 = Ox7F\nnand82 OxC2 = Ox7D\nnand82 OxC3 = Ox7D\nnand82 OxC4 = Ox7F\nnand82 OxC5 = Ox7F\nnand82 OxC6 = Ox7D\nnand82 OxC7 = Ox7D\nnand82 OxC8 = Ox7F\nnand82 OxC9 = Ox7F\nnand82 OxCA = Ox7D\nnand82 OxCB = Ox7D\nnand82 OxCC = Ox7F\nnand82 OxCD = Ox7F\nnand82 OxCE = Ox7D\nnand82 OxCF = Ox7D\nnand82 OxD0 = Ox7F\nnand82 OxD1 = Ox7F\nnand82 OxD2 = Ox7D\nnand82 OxD3 = Ox7D\nnand82 OxD4 = Ox7F\nnand82 OxD5 = Ox7F\nnand82 OxD6 = Ox7D\nnand82 OxD7 = Ox7D\nnand82 OxD8 = Ox7F\nnand82 OxD9 = Ox7F\nnand82 OxDA = Ox7D\nnand82 OxDB = Ox7D\nnand82 OxDC = Ox7F\nnand82 OxDD = Ox7F\nnand82 OxDE = Ox7D\nnand82 OxDF = Ox7D\nnand82 OxE0 = Ox7F\nnand82 OxE1 = Ox7F\nnand82 OxE2 = Ox7D\nnand82 OxE3 = Ox7D\nnand82 OxE4 = Ox7F\nnand82 OxE5 = Ox7F\nnand82 OxE6 = Ox7D\nnand82 OxE7 = Ox7D\nnand82 OxE8 = Ox7F\nnand82 OxE9 = Ox7F\nnand82 OxEA = Ox7D\nnand82 OxEB = Ox7D\nnand82 OxEC = Ox7F\nnand82 OxED = Ox7F\nnand82 OxEE = Ox7D\nnand82 OxEF = Ox7D\nnand82 OxF0 = Ox7F\nnand82 OxF1 = Ox7F\nnand82 OxF2 = Ox7D\nnand82 OxF3 = Ox7D\nnand82 OxF4 = Ox7F\nnand82 OxF5 = Ox7F\nnand82 OxF6 = Ox7D\nnand82 OxF7 = Ox7D\nnand82 OxF8 = Ox7F\nnand82 OxF9 = Ox7F\nnand82 OxFA = Ox7D\nnand82 OxFB = Ox7D\nnand82 OxFC = Ox7F\nnand82 OxFD = Ox7F\nnand82 OxFE = Ox7D\nnand82 OxFF = Ox7D\nnand82 ____ = undefined\nnand83 Ox83 = Ox7C\nnand83 Ox84 = Ox7F\nnand83 Ox85 = Ox7E\nnand83 Ox86 = Ox7D\nnand83 Ox87 = Ox7C\nnand83 Ox88 = Ox7F\nnand83 Ox89 = Ox7E\nnand83 Ox8A = Ox7D\nnand83 Ox8B = Ox7C\nnand83 Ox8C = Ox7F\nnand83 Ox8D = Ox7E\nnand83 Ox8E = Ox7D\nnand83 Ox8F = Ox7C\nnand83 Ox90 = Ox7F\nnand83 Ox91 = Ox7E\nnand83 Ox92 = Ox7D\nnand83 Ox93 = Ox7C\nnand83 Ox94 = Ox7F\nnand83 Ox95 = Ox7E\nnand83 Ox96 = Ox7D\nnand83 Ox97 = Ox7C\nnand83 Ox98 = Ox7F\nnand83 Ox99 = Ox7E\nnand83 Ox9A = Ox7D\nnand83 Ox9B = Ox7C\nnand83 Ox9C = Ox7F\nnand83 Ox9D = Ox7E\nnand83 Ox9E = Ox7D\nnand83 Ox9F = Ox7C\nnand83 OxA0 = Ox7F\nnand83 OxA1 = Ox7E\nnand83 OxA2 = Ox7D\nnand83 OxA3 = Ox7C\nnand83 OxA4 = Ox7F\nnand83 OxA5 = Ox7E\nnand83 OxA6 = Ox7D\nnand83 OxA7 = Ox7C\nnand83 OxA8 = Ox7F\nnand83 OxA9 = Ox7E\nnand83 OxAA = Ox7D\nnand83 OxAB = Ox7C\nnand83 OxAC = Ox7F\nnand83 OxAE = Ox7D\nnand83 OxAF = Ox7C\nnand83 OxB0 = Ox7F\nnand83 OxB1 = Ox7E\nnand83 OxB2 = Ox7D\nnand83 OxB3 = Ox7C\nnand83 OxB4 = Ox7F\nnand83 OxB5 = Ox7E\nnand83 OxB6 = Ox7D\nnand83 OxB7 = Ox7C\nnand83 OxB8 = Ox7F\nnand83 OxB9 = Ox7E\nnand83 OxBA = Ox7D\nnand83 OxBB = Ox7C\nnand83 OxBC = Ox7F\nnand83 OxBD = Ox7E\nnand83 OxBE = Ox7D\nnand83 OxBF = Ox7C\nnand83 OxC0 = Ox7F\nnand83 OxC1 = Ox7E\nnand83 OxC2 = Ox7D\nnand83 OxC3 = Ox7C\nnand83 OxC4 = Ox7F\nnand83 OxC5 = Ox7E\nnand83 OxC6 = Ox7D\nnand83 OxC7 = Ox7C\nnand83 OxC8 = Ox7F\nnand83 OxC9 = Ox7E\nnand83 OxCA = Ox7D\nnand83 OxCB = Ox7C\nnand83 OxCC = Ox7F\nnand83 OxCD = Ox7E\nnand83 OxCE = Ox7D\nnand83 OxCF = Ox7C\nnand83 OxD0 = Ox7F\nnand83 OxD1 = Ox7E\nnand83 OxD2 = Ox7D\nnand83 OxD3 = Ox7C\nnand83 OxD4 = Ox7F\nnand83 OxD5 = Ox7E\nnand83 OxD6 = Ox7D\nnand83 OxD7 = Ox7C\nnand83 OxD8 = Ox7F\nnand83 OxD9 = Ox7E\nnand83 OxDA = Ox7D\nnand83 OxDB = Ox7C\nnand83 OxDC = Ox7F\nnand83 OxDD = Ox7E\nnand83 OxDE = Ox7D\nnand83 OxDF = Ox7C\nnand83 OxE0 = Ox7F\nnand83 OxE1 = Ox7E\nnand83 OxE2 = Ox7D\nnand83 OxE3 = Ox7C\nnand83 OxE4 = Ox7F\nnand83 OxE5 = Ox7E\nnand83 OxE6 = Ox7D\nnand83 OxE7 = Ox7C\nnand83 OxE8 = Ox7F\nnand83 OxE9 = Ox7E\nnand83 OxEA = Ox7D\nnand83 OxEB = Ox7C\nnand83 OxEC = Ox7F\nnand83 OxED = Ox7E\nnand83 OxEE = Ox7D\nnand83 OxEF = Ox7C\nnand83 OxF0 = Ox7F\nnand83 OxF1 = Ox7E\nnand83 OxF2 = Ox7D\nnand83 OxF3 = Ox7C\nnand83 OxF4 = Ox7F\nnand83 OxF5 = Ox7E\nnand83 OxF6 = Ox7D\nnand83 OxF7 = Ox7C\nnand83 OxF8 = Ox7F\nnand83 OxF9 = Ox7E\nnand83 OxFA = Ox7D\nnand83 OxFB = Ox7C\nnand83 OxFC = Ox7F\nnand83 OxFD = Ox7E\nnand83 OxFE = Ox7D\nnand83 OxFF = Ox7C\nnand83 ____ = undefined\nnand84 Ox84 = Ox7B\nnand84 Ox85 = Ox7B\nnand84 Ox86 = Ox7B\nnand84 Ox87 = Ox7B\nnand84 Ox88 = Ox7F\nnand84 Ox89 = Ox7F\nnand84 Ox8A = Ox7F\nnand84 Ox8B = Ox7F\nnand84 Ox8C = Ox7B\nnand84 Ox8D = Ox7B\nnand84 Ox8E = Ox7B\nnand84 Ox8F = Ox7B\nnand84 Ox90 = Ox7F\nnand84 Ox91 = Ox7F\nnand84 Ox92 = Ox7F\nnand84 Ox93 = Ox7F\nnand84 Ox94 = Ox7B\nnand84 Ox95 = Ox7B\nnand84 Ox96 = Ox7B\nnand84 Ox97 = Ox7B\nnand84 Ox98 = Ox7F\nnand84 Ox99 = Ox7F\nnand84 Ox9A = Ox7F\nnand84 Ox9B = Ox7F\nnand84 Ox9C = Ox7B\nnand84 Ox9D = Ox7B\nnand84 Ox9E = Ox7B\nnand84 Ox9F = Ox7B\nnand84 OxA0 = Ox7F\nnand84 OxA1 = Ox7F\nnand84 OxA2 = Ox7F\nnand84 OxA3 = Ox7F\nnand84 OxA4 = Ox7B\nnand84 OxA5 = Ox7B\nnand84 OxA6 = Ox7B\nnand84 OxA7 = Ox7B\nnand84 OxA8 = Ox7F\nnand84 OxA9 = Ox7F\nnand84 OxAA = Ox7F\nnand84 OxAB = Ox7F\nnand84 OxAC = Ox7B\nnand84 OxAE = Ox7B\nnand84 OxAF = Ox7B\nnand84 OxB0 = Ox7F\nnand84 OxB1 = Ox7F\nnand84 OxB2 = Ox7F\nnand84 OxB3 = Ox7F\nnand84 OxB4 = Ox7B\nnand84 OxB5 = Ox7B\nnand84 OxB6 = Ox7B\nnand84 OxB7 = Ox7B\nnand84 OxB8 = Ox7F\nnand84 OxB9 = Ox7F\nnand84 OxBA = Ox7F\nnand84 OxBB = Ox7F\nnand84 OxBC = Ox7B\nnand84 OxBD = Ox7B\nnand84 OxBE = Ox7B\nnand84 OxBF = Ox7B\nnand84 OxC0 = Ox7F\nnand84 OxC1 = Ox7F\nnand84 OxC2 = Ox7F\nnand84 OxC3 = Ox7F\nnand84 OxC4 = Ox7B\nnand84 OxC5 = Ox7B\nnand84 OxC6 = Ox7B\nnand84 OxC7 = Ox7B\nnand84 OxC8 = Ox7F\nnand84 OxC9 = Ox7F\nnand84 OxCA = Ox7F\nnand84 OxCB = Ox7F\nnand84 OxCC = Ox7B\nnand84 OxCD = Ox7B\nnand84 OxCE = Ox7B\nnand84 OxCF = Ox7B\nnand84 OxD0 = Ox7F\nnand84 OxD1 = Ox7F\nnand84 OxD2 = Ox7F\nnand84 OxD3 = Ox7F\nnand84 OxD4 = Ox7B\nnand84 OxD5 = Ox7B\nnand84 OxD6 = Ox7B\nnand84 OxD7 = Ox7B\nnand84 OxD8 = Ox7F\nnand84 OxD9 = Ox7F\nnand84 OxDA = Ox7F\nnand84 OxDB = Ox7F\nnand84 OxDC = Ox7B\nnand84 OxDD = Ox7B\nnand84 OxDE = Ox7B\nnand84 OxDF = Ox7B\nnand84 OxE0 = Ox7F\nnand84 OxE1 = Ox7F\nnand84 OxE2 = Ox7F\nnand84 OxE3 = Ox7F\nnand84 OxE4 = Ox7B\nnand84 OxE5 = Ox7B\nnand84 OxE6 = Ox7B\nnand84 OxE7 = Ox7B\nnand84 OxE8 = Ox7F\nnand84 OxE9 = Ox7F\nnand84 OxEA = Ox7F\nnand84 OxEB = Ox7F\nnand84 OxEC = Ox7B\nnand84 OxED = Ox7B\nnand84 OxEE = Ox7B\nnand84 OxEF = Ox7B\nnand84 OxF0 = Ox7F\nnand84 OxF1 = Ox7F\nnand84 OxF2 = Ox7F\nnand84 OxF3 = Ox7F\nnand84 OxF4 = Ox7B\nnand84 OxF5 = Ox7B\nnand84 OxF6 = Ox7B\nnand84 OxF7 = Ox7B\nnand84 OxF8 = Ox7F\nnand84 OxF9 = Ox7F\nnand84 OxFA = Ox7F\nnand84 OxFB = Ox7F\nnand84 OxFC = Ox7B\nnand84 OxFD = Ox7B\nnand84 OxFE = Ox7B\nnand84 OxFF = Ox7B\nnand84 ____ = undefined\nnand85 Ox85 = Ox7A\nnand85 Ox86 = Ox7B\nnand85 Ox87 = Ox7A\nnand85 Ox88 = Ox7F\nnand85 Ox89 = Ox7E\nnand85 Ox8A = Ox7F\nnand85 Ox8B = Ox7E\nnand85 Ox8C = Ox7B\nnand85 Ox8D = Ox7A\nnand85 Ox8E = Ox7B\nnand85 Ox8F = Ox7A\nnand85 Ox90 = Ox7F\nnand85 Ox91 = Ox7E\nnand85 Ox92 = Ox7F\nnand85 Ox93 = Ox7E\nnand85 Ox94 = Ox7B\nnand85 Ox95 = Ox7A\nnand85 Ox96 = Ox7B\nnand85 Ox97 = Ox7A\nnand85 Ox98 = Ox7F\nnand85 Ox99 = Ox7E\nnand85 Ox9A = Ox7F\nnand85 Ox9B = Ox7E\nnand85 Ox9C = Ox7B\nnand85 Ox9D = Ox7A\nnand85 Ox9E = Ox7B\nnand85 Ox9F = Ox7A\nnand85 OxA0 = Ox7F\nnand85 OxA1 = Ox7E\nnand85 OxA2 = Ox7F\nnand85 OxA3 = Ox7E\nnand85 OxA4 = Ox7B\nnand85 OxA5 = Ox7A\nnand85 OxA6 = Ox7B\nnand85 OxA7 = Ox7A\nnand85 OxA8 = Ox7F\nnand85 OxA9 = Ox7E\nnand85 OxAA = Ox7F\nnand85 OxAB = Ox7E\nnand85 OxAC = Ox7B\nnand85 OxAE = Ox7B\nnand85 OxAF = Ox7A\nnand85 OxB0 = Ox7F\nnand85 OxB1 = Ox7E\nnand85 OxB2 = Ox7F\nnand85 OxB3 = Ox7E\nnand85 OxB4 = Ox7B\nnand85 OxB5 = Ox7A\nnand85 OxB6 = Ox7B\nnand85 OxB7 = Ox7A\nnand85 OxB8 = Ox7F\nnand85 OxB9 = Ox7E\nnand85 OxBA = Ox7F\nnand85 OxBB = Ox7E\nnand85 OxBC = Ox7B\nnand85 OxBD = Ox7A\nnand85 OxBE = Ox7B\nnand85 OxBF = Ox7A\nnand85 OxC0 = Ox7F\nnand85 OxC1 = Ox7E\nnand85 OxC2 = Ox7F\nnand85 OxC3 = Ox7E\nnand85 OxC4 = Ox7B\nnand85 OxC5 = Ox7A\nnand85 OxC6 = Ox7B\nnand85 OxC7 = Ox7A\nnand85 OxC8 = Ox7F\nnand85 OxC9 = Ox7E\nnand85 OxCA = Ox7F\nnand85 OxCB = Ox7E\nnand85 OxCC = Ox7B\nnand85 OxCD = Ox7A\nnand85 OxCE = Ox7B\nnand85 OxCF = Ox7A\nnand85 OxD0 = Ox7F\nnand85 OxD1 = Ox7E\nnand85 OxD2 = Ox7F\nnand85 OxD3 = Ox7E\nnand85 OxD4 = Ox7B\nnand85 OxD5 = Ox7A\nnand85 OxD6 = Ox7B\nnand85 OxD7 = Ox7A\nnand85 OxD8 = Ox7F\nnand85 OxD9 = Ox7E\nnand85 OxDA = Ox7F\nnand85 OxDB = Ox7E\nnand85 OxDC = Ox7B\nnand85 OxDD = Ox7A\nnand85 OxDE = Ox7B\nnand85 OxDF = Ox7A\nnand85 OxE0 = Ox7F\nnand85 OxE1 = Ox7E\nnand85 OxE2 = Ox7F\nnand85 OxE3 = Ox7E\nnand85 OxE4 = Ox7B\nnand85 OxE5 = Ox7A\nnand85 OxE6 = Ox7B\nnand85 OxE7 = Ox7A\nnand85 OxE8 = Ox7F\nnand85 OxE9 = Ox7E\nnand85 OxEA = Ox7F\nnand85 OxEB = Ox7E\nnand85 OxEC = Ox7B\nnand85 OxED = Ox7A\nnand85 OxEE = Ox7B\nnand85 OxEF = Ox7A\nnand85 OxF0 = Ox7F\nnand85 OxF1 = Ox7E\nnand85 OxF2 = Ox7F\nnand85 OxF3 = Ox7E\nnand85 OxF4 = Ox7B\nnand85 OxF5 = Ox7A\nnand85 OxF6 = Ox7B\nnand85 OxF7 = Ox7A\nnand85 OxF8 = Ox7F\nnand85 OxF9 = Ox7E\nnand85 OxFA = Ox7F\nnand85 OxFB = Ox7E\nnand85 OxFC = Ox7B\nnand85 OxFD = Ox7A\nnand85 OxFE = Ox7B\nnand85 OxFF = Ox7A\nnand85 ____ = undefined\nnand86 Ox86 = Ox79\nnand86 Ox87 = Ox79\nnand86 Ox88 = Ox7F\nnand86 Ox89 = Ox7F\nnand86 Ox8A = Ox7D\nnand86 Ox8B = Ox7D\nnand86 Ox8C = Ox7B\nnand86 Ox8D = Ox7B\nnand86 Ox8E = Ox79\nnand86 Ox8F = Ox79\nnand86 Ox90 = Ox7F\nnand86 Ox91 = Ox7F\nnand86 Ox92 = Ox7D\nnand86 Ox93 = Ox7D\nnand86 Ox94 = Ox7B\nnand86 Ox95 = Ox7B\nnand86 Ox96 = Ox79\nnand86 Ox97 = Ox79\nnand86 Ox98 = Ox7F\nnand86 Ox99 = Ox7F\nnand86 Ox9A = Ox7D\nnand86 Ox9B = Ox7D\nnand86 Ox9C = Ox7B\nnand86 Ox9D = Ox7B\nnand86 Ox9E = Ox79\nnand86 Ox9F = Ox79\nnand86 OxA0 = Ox7F\nnand86 OxA1 = Ox7F\nnand86 OxA2 = Ox7D\nnand86 OxA3 = Ox7D\nnand86 OxA4 = Ox7B\nnand86 OxA5 = Ox7B\nnand86 OxA6 = Ox79\nnand86 OxA7 = Ox79\nnand86 OxA8 = Ox7F\nnand86 OxA9 = Ox7F\nnand86 OxAA = Ox7D\nnand86 OxAB = Ox7D\nnand86 OxAC = Ox7B\nnand86 OxAE = Ox79\nnand86 OxAF = Ox79\nnand86 OxB0 = Ox7F\nnand86 OxB1 = Ox7F\nnand86 OxB2 = Ox7D\nnand86 OxB3 = Ox7D\nnand86 OxB4 = Ox7B\nnand86 OxB5 = Ox7B\nnand86 OxB6 = Ox79\nnand86 OxB7 = Ox79\nnand86 OxB8 = Ox7F\nnand86 OxB9 = Ox7F\nnand86 OxBA = Ox7D\nnand86 OxBB = Ox7D\nnand86 OxBC = Ox7B\nnand86 OxBD = Ox7B\nnand86 OxBE = Ox79\nnand86 OxBF = Ox79\nnand86 OxC0 = Ox7F\nnand86 OxC1 = Ox7F\nnand86 OxC2 = Ox7D\nnand86 OxC3 = Ox7D\nnand86 OxC4 = Ox7B\nnand86 OxC5 = Ox7B\nnand86 OxC6 = Ox79\nnand86 OxC7 = Ox79\nnand86 OxC8 = Ox7F\nnand86 OxC9 = Ox7F\nnand86 OxCA = Ox7D\nnand86 OxCB = Ox7D\nnand86 OxCC = Ox7B\nnand86 OxCD = Ox7B\nnand86 OxCE = Ox79\nnand86 OxCF = Ox79\nnand86 OxD0 = Ox7F\nnand86 OxD1 = Ox7F\nnand86 OxD2 = Ox7D\nnand86 OxD3 = Ox7D\nnand86 OxD4 = Ox7B\nnand86 OxD5 = Ox7B\nnand86 OxD6 = Ox79\nnand86 OxD7 = Ox79\nnand86 OxD8 = Ox7F\nnand86 OxD9 = Ox7F\nnand86 OxDA = Ox7D\nnand86 OxDB = Ox7D\nnand86 OxDC = Ox7B\nnand86 OxDD = Ox7B\nnand86 OxDE = Ox79\nnand86 OxDF = Ox79\nnand86 OxE0 = Ox7F\nnand86 OxE1 = Ox7F\nnand86 OxE2 = Ox7D\nnand86 OxE3 = Ox7D\nnand86 OxE4 = Ox7B\nnand86 OxE5 = Ox7B\nnand86 OxE6 = Ox79\nnand86 OxE7 = Ox79\nnand86 OxE8 = Ox7F\nnand86 OxE9 = Ox7F\nnand86 OxEA = Ox7D\nnand86 OxEB = Ox7D\nnand86 OxEC = Ox7B\nnand86 OxED = Ox7B\nnand86 OxEE = Ox79\nnand86 OxEF = Ox79\nnand86 OxF0 = Ox7F\nnand86 OxF1 = Ox7F\nnand86 OxF2 = Ox7D\nnand86 OxF3 = Ox7D\nnand86 OxF4 = Ox7B\nnand86 OxF5 = Ox7B\nnand86 OxF6 = Ox79\nnand86 OxF7 = Ox79\nnand86 OxF8 = Ox7F\nnand86 OxF9 = Ox7F\nnand86 OxFA = Ox7D\nnand86 OxFB = Ox7D\nnand86 OxFC = Ox7B\nnand86 OxFD = Ox7B\nnand86 OxFE = Ox79\nnand86 OxFF = Ox79\nnand86 ____ = undefined\nnand87 Ox87 = Ox78\nnand87 Ox88 = Ox7F\nnand87 Ox89 = Ox7E\nnand87 Ox8A = Ox7D\nnand87 Ox8B = Ox7C\nnand87 Ox8C = Ox7B\nnand87 Ox8D = Ox7A\nnand87 Ox8E = Ox79\nnand87 Ox8F = Ox78\nnand87 Ox90 = Ox7F\nnand87 Ox91 = Ox7E\nnand87 Ox92 = Ox7D\nnand87 Ox93 = Ox7C\nnand87 Ox94 = Ox7B\nnand87 Ox95 = Ox7A\nnand87 Ox96 = Ox79\nnand87 Ox97 = Ox78\nnand87 Ox98 = Ox7F\nnand87 Ox99 = Ox7E\nnand87 Ox9A = Ox7D\nnand87 Ox9B = Ox7C\nnand87 Ox9C = Ox7B\nnand87 Ox9D = Ox7A\nnand87 Ox9E = Ox79\nnand87 Ox9F = Ox78\nnand87 OxA0 = Ox7F\nnand87 OxA1 = Ox7E\nnand87 OxA2 = Ox7D\nnand87 OxA3 = Ox7C\nnand87 OxA4 = Ox7B\nnand87 OxA5 = Ox7A\nnand87 OxA6 = Ox79\nnand87 OxA7 = Ox78\nnand87 OxA8 = Ox7F\nnand87 OxA9 = Ox7E\nnand87 OxAA = Ox7D\nnand87 OxAB = Ox7C\nnand87 OxAC = Ox7B\nnand87 OxAE = Ox79\nnand87 OxAF = Ox78\nnand87 OxB0 = Ox7F\nnand87 OxB1 = Ox7E\nnand87 OxB2 = Ox7D\nnand87 OxB3 = Ox7C\nnand87 OxB4 = Ox7B\nnand87 OxB5 = Ox7A\nnand87 OxB6 = Ox79\nnand87 OxB7 = Ox78\nnand87 OxB8 = Ox7F\nnand87 OxB9 = Ox7E\nnand87 OxBA = Ox7D\nnand87 OxBB = Ox7C\nnand87 OxBC = Ox7B\nnand87 OxBD = Ox7A\nnand87 OxBE = Ox79\nnand87 OxBF = Ox78\nnand87 OxC0 = Ox7F\nnand87 OxC1 = Ox7E\nnand87 OxC2 = Ox7D\nnand87 OxC3 = Ox7C\nnand87 OxC4 = Ox7B\nnand87 OxC5 = Ox7A\nnand87 OxC6 = Ox79\nnand87 OxC7 = Ox78\nnand87 OxC8 = Ox7F\nnand87 OxC9 = Ox7E\nnand87 OxCA = Ox7D\nnand87 OxCB = Ox7C\nnand87 OxCC = Ox7B\nnand87 OxCD = Ox7A\nnand87 OxCE = Ox79\nnand87 OxCF = Ox78\nnand87 OxD0 = Ox7F\nnand87 OxD1 = Ox7E\nnand87 OxD2 = Ox7D\nnand87 OxD3 = Ox7C\nnand87 OxD4 = Ox7B\nnand87 OxD5 = Ox7A\nnand87 OxD6 = Ox79\nnand87 OxD7 = Ox78\nnand87 OxD8 = Ox7F\nnand87 OxD9 = Ox7E\nnand87 OxDA = Ox7D\nnand87 OxDB = Ox7C\nnand87 OxDC = Ox7B\nnand87 OxDD = Ox7A\nnand87 OxDE = Ox79\nnand87 OxDF = Ox78\nnand87 OxE0 = Ox7F\nnand87 OxE1 = Ox7E\nnand87 OxE2 = Ox7D\nnand87 OxE3 = Ox7C\nnand87 OxE4 = Ox7B\nnand87 OxE5 = Ox7A\nnand87 OxE6 = Ox79\nnand87 OxE7 = Ox78\nnand87 OxE8 = Ox7F\nnand87 OxE9 = Ox7E\nnand87 OxEA = Ox7D\nnand87 OxEB = Ox7C\nnand87 OxEC = Ox7B\nnand87 OxED = Ox7A\nnand87 OxEE = Ox79\nnand87 OxEF = Ox78\nnand87 OxF0 = Ox7F\nnand87 OxF1 = Ox7E\nnand87 OxF2 = Ox7D\nnand87 OxF3 = Ox7C\nnand87 OxF4 = Ox7B\nnand87 OxF5 = Ox7A\nnand87 OxF6 = Ox79\nnand87 OxF7 = Ox78\nnand87 OxF8 = Ox7F\nnand87 OxF9 = Ox7E\nnand87 OxFA = Ox7D\nnand87 OxFB = Ox7C\nnand87 OxFC = Ox7B\nnand87 OxFD = Ox7A\nnand87 OxFE = Ox79\nnand87 OxFF = Ox78\nnand87 ____ = undefined\nnand88 Ox88 = Ox77\nnand88 Ox89 = Ox77\nnand88 Ox8A = Ox77\nnand88 Ox8B = Ox77\nnand88 Ox8C = Ox77\nnand88 Ox8D = Ox77\nnand88 Ox8E = Ox77\nnand88 Ox8F = Ox77\nnand88 Ox90 = Ox7F\nnand88 Ox91 = Ox7F\nnand88 Ox92 = Ox7F\nnand88 Ox93 = Ox7F\nnand88 Ox94 = Ox7F\nnand88 Ox95 = Ox7F\nnand88 Ox96 = Ox7F\nnand88 Ox97 = Ox7F\nnand88 Ox98 = Ox77\nnand88 Ox99 = Ox77\nnand88 Ox9A = Ox77\nnand88 Ox9B = Ox77\nnand88 Ox9C = Ox77\nnand88 Ox9D = Ox77\nnand88 Ox9E = Ox77\nnand88 Ox9F = Ox77\nnand88 OxA0 = Ox7F\nnand88 OxA1 = Ox7F\nnand88 OxA2 = Ox7F\nnand88 OxA3 = Ox7F\nnand88 OxA4 = Ox7F\nnand88 OxA5 = Ox7F\nnand88 OxA6 = Ox7F\nnand88 OxA7 = Ox7F\nnand88 OxA8 = Ox77\nnand88 OxA9 = Ox77\nnand88 OxAA = Ox77\nnand88 OxAB = Ox77\nnand88 OxAC = Ox77\nnand88 OxAE = Ox77\nnand88 OxAF = Ox77\nnand88 OxB0 = Ox7F\nnand88 OxB1 = Ox7F\nnand88 OxB2 = Ox7F\nnand88 OxB3 = Ox7F\nnand88 OxB4 = Ox7F\nnand88 OxB5 = Ox7F\nnand88 OxB6 = Ox7F\nnand88 OxB7 = Ox7F\nnand88 OxB8 = Ox77\nnand88 OxB9 = Ox77\nnand88 OxBA = Ox77\nnand88 OxBB = Ox77\nnand88 OxBC = Ox77\nnand88 OxBD = Ox77\nnand88 OxBE = Ox77\nnand88 OxBF = Ox77\nnand88 OxC0 = Ox7F\nnand88 OxC1 = Ox7F\nnand88 OxC2 = Ox7F\nnand88 OxC3 = Ox7F\nnand88 OxC4 = Ox7F\nnand88 OxC5 = Ox7F\nnand88 OxC6 = Ox7F\nnand88 OxC7 = Ox7F\nnand88 OxC8 = Ox77\nnand88 OxC9 = Ox77\nnand88 OxCA = Ox77\nnand88 OxCB = Ox77\nnand88 OxCC = Ox77\nnand88 OxCD = Ox77\nnand88 OxCE = Ox77\nnand88 OxCF = Ox77\nnand88 OxD0 = Ox7F\nnand88 OxD1 = Ox7F\nnand88 OxD2 = Ox7F\nnand88 OxD3 = Ox7F\nnand88 OxD4 = Ox7F\nnand88 OxD5 = Ox7F\nnand88 OxD6 = Ox7F\nnand88 OxD7 = Ox7F\nnand88 OxD8 = Ox77\nnand88 OxD9 = Ox77\nnand88 OxDA = Ox77\nnand88 OxDB = Ox77\nnand88 OxDC = Ox77\nnand88 OxDD = Ox77\nnand88 OxDE = Ox77\nnand88 OxDF = Ox77\nnand88 OxE0 = Ox7F\nnand88 OxE1 = Ox7F\nnand88 OxE2 = Ox7F\nnand88 OxE3 = Ox7F\nnand88 OxE4 = Ox7F\nnand88 OxE5 = Ox7F\nnand88 OxE6 = Ox7F\nnand88 OxE7 = Ox7F\nnand88 OxE8 = Ox77\nnand88 OxE9 = Ox77\nnand88 OxEA = Ox77\nnand88 OxEB = Ox77\nnand88 OxEC = Ox77\nnand88 OxED = Ox77\nnand88 OxEE = Ox77\nnand88 OxEF = Ox77\nnand88 OxF0 = Ox7F\nnand88 OxF1 = Ox7F\nnand88 OxF2 = Ox7F\nnand88 OxF3 = Ox7F\nnand88 OxF4 = Ox7F\nnand88 OxF5 = Ox7F\nnand88 OxF6 = Ox7F\nnand88 OxF7 = Ox7F\nnand88 OxF8 = Ox77\nnand88 OxF9 = Ox77\nnand88 OxFA = Ox77\nnand88 OxFB = Ox77\nnand88 OxFC = Ox77\nnand88 OxFD = Ox77\nnand88 OxFE = Ox77\nnand88 OxFF = Ox77\nnand88 ____ = undefined\nnand89 Ox89 = Ox76\nnand89 Ox8A = Ox77\nnand89 Ox8B = Ox76\nnand89 Ox8C = Ox77\nnand89 Ox8D = Ox76\nnand89 Ox8E = Ox77\nnand89 Ox8F = Ox76\nnand89 Ox90 = Ox7F\nnand89 Ox91 = Ox7E\nnand89 Ox92 = Ox7F\nnand89 Ox93 = Ox7E\nnand89 Ox94 = Ox7F\nnand89 Ox95 = Ox7E\nnand89 Ox96 = Ox7F\nnand89 Ox97 = Ox7E\nnand89 Ox98 = Ox77\nnand89 Ox99 = Ox76\nnand89 Ox9A = Ox77\nnand89 Ox9B = Ox76\nnand89 Ox9C = Ox77\nnand89 Ox9D = Ox76\nnand89 Ox9E = Ox77\nnand89 Ox9F = Ox76\nnand89 OxA0 = Ox7F\nnand89 OxA1 = Ox7E\nnand89 OxA2 = Ox7F\nnand89 OxA3 = Ox7E\nnand89 OxA4 = Ox7F\nnand89 OxA5 = Ox7E\nnand89 OxA6 = Ox7F\nnand89 OxA7 = Ox7E\nnand89 OxA8 = Ox77\nnand89 OxA9 = Ox76\nnand89 OxAA = Ox77\nnand89 OxAB = Ox76\nnand89 OxAC = Ox77\nnand89 OxAE = Ox77\nnand89 OxAF = Ox76\nnand89 OxB0 = Ox7F\nnand89 OxB1 = Ox7E\nnand89 OxB2 = Ox7F\nnand89 OxB3 = Ox7E\nnand89 OxB4 = Ox7F\nnand89 OxB5 = Ox7E\nnand89 OxB6 = Ox7F\nnand89 OxB7 = Ox7E\nnand89 OxB8 = Ox77\nnand89 OxB9 = Ox76\nnand89 OxBA = Ox77\nnand89 OxBB = Ox76\nnand89 OxBC = Ox77\nnand89 OxBD = Ox76\nnand89 OxBE = Ox77\nnand89 OxBF = Ox76\nnand89 OxC0 = Ox7F\nnand89 OxC1 = Ox7E\nnand89 OxC2 = Ox7F\nnand89 OxC3 = Ox7E\nnand89 OxC4 = Ox7F\nnand89 OxC5 = Ox7E\nnand89 OxC6 = Ox7F\nnand89 OxC7 = Ox7E\nnand89 OxC8 = Ox77\nnand89 OxC9 = Ox76\nnand89 OxCA = Ox77\nnand89 OxCB = Ox76\nnand89 OxCC = Ox77\nnand89 OxCD = Ox76\nnand89 OxCE = Ox77\nnand89 OxCF = Ox76\nnand89 OxD0 = Ox7F\nnand89 OxD1 = Ox7E\nnand89 OxD2 = Ox7F\nnand89 OxD3 = Ox7E\nnand89 OxD4 = Ox7F\nnand89 OxD5 = Ox7E\nnand89 OxD6 = Ox7F\nnand89 OxD7 = Ox7E\nnand89 OxD8 = Ox77\nnand89 OxD9 = Ox76\nnand89 OxDA = Ox77\nnand89 OxDB = Ox76\nnand89 OxDC = Ox77\nnand89 OxDD = Ox76\nnand89 OxDE = Ox77\nnand89 OxDF = Ox76\nnand89 OxE0 = Ox7F\nnand89 OxE1 = Ox7E\nnand89 OxE2 = Ox7F\nnand89 OxE3 = Ox7E\nnand89 OxE4 = Ox7F\nnand89 OxE5 = Ox7E\nnand89 OxE6 = Ox7F\nnand89 OxE7 = Ox7E\nnand89 OxE8 = Ox77\nnand89 OxE9 = Ox76\nnand89 OxEA = Ox77\nnand89 OxEB = Ox76\nnand89 OxEC = Ox77\nnand89 OxED = Ox76\nnand89 OxEE = Ox77\nnand89 OxEF = Ox76\nnand89 OxF0 = Ox7F\nnand89 OxF1 = Ox7E\nnand89 OxF2 = Ox7F\nnand89 OxF3 = Ox7E\nnand89 OxF4 = Ox7F\nnand89 OxF5 = Ox7E\nnand89 OxF6 = Ox7F\nnand89 OxF7 = Ox7E\nnand89 OxF8 = Ox77\nnand89 OxF9 = Ox76\nnand89 OxFA = Ox77\nnand89 OxFB = Ox76\nnand89 OxFC = Ox77\nnand89 OxFD = Ox76\nnand89 OxFE = Ox77\nnand89 OxFF = Ox76\nnand89 ____ = undefined\nnand8A Ox8A = Ox75\nnand8A Ox8B = Ox75\nnand8A Ox8C = Ox77\nnand8A Ox8D = Ox77\nnand8A Ox8E = Ox75\nnand8A Ox8F = Ox75\nnand8A Ox90 = Ox7F\nnand8A Ox91 = Ox7F\nnand8A Ox92 = Ox7D\nnand8A Ox93 = Ox7D\nnand8A Ox94 = Ox7F\nnand8A Ox95 = Ox7F\nnand8A Ox96 = Ox7D\nnand8A Ox97 = Ox7D\nnand8A Ox98 = Ox77\nnand8A Ox99 = Ox77\nnand8A Ox9A = Ox75\nnand8A Ox9B = Ox75\nnand8A Ox9C = Ox77\nnand8A Ox9D = Ox77\nnand8A Ox9E = Ox75\nnand8A Ox9F = Ox75\nnand8A OxA0 = Ox7F\nnand8A OxA1 = Ox7F\nnand8A OxA2 = Ox7D\nnand8A OxA3 = Ox7D\nnand8A OxA4 = Ox7F\nnand8A OxA5 = Ox7F\nnand8A OxA6 = Ox7D\nnand8A OxA7 = Ox7D\nnand8A OxA8 = Ox77\nnand8A OxA9 = Ox77\nnand8A OxAA = Ox75\nnand8A OxAB = Ox75\nnand8A OxAC = Ox77\nnand8A OxAE = Ox75\nnand8A OxAF = Ox75\nnand8A OxB0 = Ox7F\nnand8A OxB1 = Ox7F\nnand8A OxB2 = Ox7D\nnand8A OxB3 = Ox7D\nnand8A OxB4 = Ox7F\nnand8A OxB5 = Ox7F\nnand8A OxB6 = Ox7D\nnand8A OxB7 = Ox7D\nnand8A OxB8 = Ox77\nnand8A OxB9 = Ox77\nnand8A OxBA = Ox75\nnand8A OxBB = Ox75\nnand8A OxBC = Ox77\nnand8A OxBD = Ox77\nnand8A OxBE = Ox75\nnand8A OxBF = Ox75\nnand8A OxC0 = Ox7F\nnand8A OxC1 = Ox7F\nnand8A OxC2 = Ox7D\nnand8A OxC3 = Ox7D\nnand8A OxC4 = Ox7F\nnand8A OxC5 = Ox7F\nnand8A OxC6 = Ox7D\nnand8A OxC7 = Ox7D\nnand8A OxC8 = Ox77\nnand8A OxC9 = Ox77\nnand8A OxCA = Ox75\nnand8A OxCB = Ox75\nnand8A OxCC = Ox77\nnand8A OxCD = Ox77\nnand8A OxCE = Ox75\nnand8A OxCF = Ox75\nnand8A OxD0 = Ox7F\nnand8A OxD1 = Ox7F\nnand8A OxD2 = Ox7D\nnand8A OxD3 = Ox7D\nnand8A OxD4 = Ox7F\nnand8A OxD5 = Ox7F\nnand8A OxD6 = Ox7D\nnand8A OxD7 = Ox7D\nnand8A OxD8 = Ox77\nnand8A OxD9 = Ox77\nnand8A OxDA = Ox75\nnand8A OxDB = Ox75\nnand8A OxDC = Ox77\nnand8A OxDD = Ox77\nnand8A OxDE = Ox75\nnand8A OxDF = Ox75\nnand8A OxE0 = Ox7F\nnand8A OxE1 = Ox7F\nnand8A OxE2 = Ox7D\nnand8A OxE3 = Ox7D\nnand8A OxE4 = Ox7F\nnand8A OxE5 = Ox7F\nnand8A OxE6 = Ox7D\nnand8A OxE7 = Ox7D\nnand8A OxE8 = Ox77\nnand8A OxE9 = Ox77\nnand8A OxEA = Ox75\nnand8A OxEB = Ox75\nnand8A OxEC = Ox77\nnand8A OxED = Ox77\nnand8A OxEE = Ox75\nnand8A OxEF = Ox75\nnand8A OxF0 = Ox7F\nnand8A OxF1 = Ox7F\nnand8A OxF2 = Ox7D\nnand8A OxF3 = Ox7D\nnand8A OxF4 = Ox7F\nnand8A OxF5 = Ox7F\nnand8A OxF6 = Ox7D\nnand8A OxF7 = Ox7D\nnand8A OxF8 = Ox77\nnand8A OxF9 = Ox77\nnand8A OxFA = Ox75\nnand8A OxFB = Ox75\nnand8A OxFC = Ox77\nnand8A OxFD = Ox77\nnand8A OxFE = Ox75\nnand8A OxFF = Ox75\nnand8A ____ = undefined\nnand8B Ox8B = Ox74\nnand8B Ox8C = Ox77\nnand8B Ox8D = Ox76\nnand8B Ox8E = Ox75\nnand8B Ox8F = Ox74\nnand8B Ox90 = Ox7F\nnand8B Ox91 = Ox7E\nnand8B Ox92 = Ox7D\nnand8B Ox93 = Ox7C\nnand8B Ox94 = Ox7F\nnand8B Ox95 = Ox7E\nnand8B Ox96 = Ox7D\nnand8B Ox97 = Ox7C\nnand8B Ox98 = Ox77\nnand8B Ox99 = Ox76\nnand8B Ox9A = Ox75\nnand8B Ox9B = Ox74\nnand8B Ox9C = Ox77\nnand8B Ox9D = Ox76\nnand8B Ox9E = Ox75\nnand8B Ox9F = Ox74\nnand8B OxA0 = Ox7F\nnand8B OxA1 = Ox7E\nnand8B OxA2 = Ox7D\nnand8B OxA3 = Ox7C\nnand8B OxA4 = Ox7F\nnand8B OxA5 = Ox7E\nnand8B OxA6 = Ox7D\nnand8B OxA7 = Ox7C\nnand8B OxA8 = Ox77\nnand8B OxA9 = Ox76\nnand8B OxAA = Ox75\nnand8B OxAB = Ox74\nnand8B OxAC = Ox77\nnand8B OxAE = Ox75\nnand8B OxAF = Ox74\nnand8B OxB0 = Ox7F\nnand8B OxB1 = Ox7E\nnand8B OxB2 = Ox7D\nnand8B OxB3 = Ox7C\nnand8B OxB4 = Ox7F\nnand8B OxB5 = Ox7E\nnand8B OxB6 = Ox7D\nnand8B OxB7 = Ox7C\nnand8B OxB8 = Ox77\nnand8B OxB9 = Ox76\nnand8B OxBA = Ox75\nnand8B OxBB = Ox74\nnand8B OxBC = Ox77\nnand8B OxBD = Ox76\nnand8B OxBE = Ox75\nnand8B OxBF = Ox74\nnand8B OxC0 = Ox7F\nnand8B OxC1 = Ox7E\nnand8B OxC2 = Ox7D\nnand8B OxC3 = Ox7C\nnand8B OxC4 = Ox7F\nnand8B OxC5 = Ox7E\nnand8B OxC6 = Ox7D\nnand8B OxC7 = Ox7C\nnand8B OxC8 = Ox77\nnand8B OxC9 = Ox76\nnand8B OxCA = Ox75\nnand8B OxCB = Ox74\nnand8B OxCC = Ox77\nnand8B OxCD = Ox76\nnand8B OxCE = Ox75\nnand8B OxCF = Ox74\nnand8B OxD0 = Ox7F\nnand8B OxD1 = Ox7E\nnand8B OxD2 = Ox7D\nnand8B OxD3 = Ox7C\nnand8B OxD4 = Ox7F\nnand8B OxD5 = Ox7E\nnand8B OxD6 = Ox7D\nnand8B OxD7 = Ox7C\nnand8B OxD8 = Ox77\nnand8B OxD9 = Ox76\nnand8B OxDA = Ox75\nnand8B OxDB = Ox74\nnand8B OxDC = Ox77\nnand8B OxDD = Ox76\nnand8B OxDE = Ox75\nnand8B OxDF = Ox74\nnand8B OxE0 = Ox7F\nnand8B OxE1 = Ox7E\nnand8B OxE2 = Ox7D\nnand8B OxE3 = Ox7C\nnand8B OxE4 = Ox7F\nnand8B OxE5 = Ox7E\nnand8B OxE6 = Ox7D\nnand8B OxE7 = Ox7C\nnand8B OxE8 = Ox77\nnand8B OxE9 = Ox76\nnand8B OxEA = Ox75\nnand8B OxEB = Ox74\nnand8B OxEC = Ox77\nnand8B OxED = Ox76\nnand8B OxEE = Ox75\nnand8B OxEF = Ox74\nnand8B OxF0 = Ox7F\nnand8B OxF1 = Ox7E\nnand8B OxF2 = Ox7D\nnand8B OxF3 = Ox7C\nnand8B OxF4 = Ox7F\nnand8B OxF5 = Ox7E\nnand8B OxF6 = Ox7D\nnand8B OxF7 = Ox7C\nnand8B OxF8 = Ox77\nnand8B OxF9 = Ox76\nnand8B OxFA = Ox75\nnand8B OxFB = Ox74\nnand8B OxFC = Ox77\nnand8B OxFD = Ox76\nnand8B OxFE = Ox75\nnand8B OxFF = Ox74\nnand8B ____ = undefined\nnand8C Ox8C = Ox73\nnand8C Ox8D = Ox73\nnand8C Ox8E = Ox73\nnand8C Ox8F = Ox73\nnand8C Ox90 = Ox7F\nnand8C Ox91 = Ox7F\nnand8C Ox92 = Ox7F\nnand8C Ox93 = Ox7F\nnand8C Ox94 = Ox7B\nnand8C Ox95 = Ox7B\nnand8C Ox96 = Ox7B\nnand8C Ox97 = Ox7B\nnand8C Ox98 = Ox77\nnand8C Ox99 = Ox77\nnand8C Ox9A = Ox77\nnand8C Ox9B = Ox77\nnand8C Ox9C = Ox73\nnand8C Ox9D = Ox73\nnand8C Ox9E = Ox73\nnand8C Ox9F = Ox73\nnand8C OxA0 = Ox7F\nnand8C OxA1 = Ox7F\nnand8C OxA2 = Ox7F\nnand8C OxA3 = Ox7F\nnand8C OxA4 = Ox7B\nnand8C OxA5 = Ox7B\nnand8C OxA6 = Ox7B\nnand8C OxA7 = Ox7B\nnand8C OxA8 = Ox77\nnand8C OxA9 = Ox77\nnand8C OxAA = Ox77\nnand8C OxAB = Ox77\nnand8C OxAC = Ox73\nnand8C OxAE = Ox73\nnand8C OxAF = Ox73\nnand8C OxB0 = Ox7F\nnand8C OxB1 = Ox7F\nnand8C OxB2 = Ox7F\nnand8C OxB3 = Ox7F\nnand8C OxB4 = Ox7B\nnand8C OxB5 = Ox7B\nnand8C OxB6 = Ox7B\nnand8C OxB7 = Ox7B\nnand8C OxB8 = Ox77\nnand8C OxB9 = Ox77\nnand8C OxBA = Ox77\nnand8C OxBB = Ox77\nnand8C OxBC = Ox73\nnand8C OxBD = Ox73\nnand8C OxBE = Ox73\nnand8C OxBF = Ox73\nnand8C OxC0 = Ox7F\nnand8C OxC1 = Ox7F\nnand8C OxC2 = Ox7F\nnand8C OxC3 = Ox7F\nnand8C OxC4 = Ox7B\nnand8C OxC5 = Ox7B\nnand8C OxC6 = Ox7B\nnand8C OxC7 = Ox7B\nnand8C OxC8 = Ox77\nnand8C OxC9 = Ox77\nnand8C OxCA = Ox77\nnand8C OxCB = Ox77\nnand8C OxCC = Ox73\nnand8C OxCD = Ox73\nnand8C OxCE = Ox73\nnand8C OxCF = Ox73\nnand8C OxD0 = Ox7F\nnand8C OxD1 = Ox7F\nnand8C OxD2 = Ox7F\nnand8C OxD3 = Ox7F\nnand8C OxD4 = Ox7B\nnand8C OxD5 = Ox7B\nnand8C OxD6 = Ox7B\nnand8C OxD7 = Ox7B\nnand8C OxD8 = Ox77\nnand8C OxD9 = Ox77\nnand8C OxDA = Ox77\nnand8C OxDB = Ox77\nnand8C OxDC = Ox73\nnand8C OxDD = Ox73\nnand8C OxDE = Ox73\nnand8C OxDF = Ox73\nnand8C OxE0 = Ox7F\nnand8C OxE1 = Ox7F\nnand8C OxE2 = Ox7F\nnand8C OxE3 = Ox7F\nnand8C OxE4 = Ox7B\nnand8C OxE5 = Ox7B\nnand8C OxE6 = Ox7B\nnand8C OxE7 = Ox7B\nnand8C OxE8 = Ox77\nnand8C OxE9 = Ox77\nnand8C OxEA = Ox77\nnand8C OxEB = Ox77\nnand8C OxEC = Ox73\nnand8C OxED = Ox73\nnand8C OxEE = Ox73\nnand8C OxEF = Ox73\nnand8C OxF0 = Ox7F\nnand8C OxF1 = Ox7F\nnand8C OxF2 = Ox7F\nnand8C OxF3 = Ox7F\nnand8C OxF4 = Ox7B\nnand8C OxF5 = Ox7B\nnand8C OxF6 = Ox7B\nnand8C OxF7 = Ox7B\nnand8C OxF8 = Ox77\nnand8C OxF9 = Ox77\nnand8C OxFA = Ox77\nnand8C OxFB = Ox77\nnand8C OxFC = Ox73\nnand8C OxFD = Ox73\nnand8C OxFE = Ox73\nnand8C OxFF = Ox73\nnand8C ____ = undefined\nnand8D Ox8D = Ox72\nnand8D Ox8E = Ox73\nnand8D Ox8F = Ox72\nnand8D Ox90 = Ox7F\nnand8D Ox91 = Ox7E\nnand8D Ox92 = Ox7F\nnand8D Ox93 = Ox7E\nnand8D Ox94 = Ox7B\nnand8D Ox95 = Ox7A\nnand8D Ox96 = Ox7B\nnand8D Ox97 = Ox7A\nnand8D Ox98 = Ox77\nnand8D Ox99 = Ox76\nnand8D Ox9A = Ox77\nnand8D Ox9B = Ox76\nnand8D Ox9C = Ox73\nnand8D Ox9D = Ox72\nnand8D Ox9E = Ox73\nnand8D Ox9F = Ox72\nnand8D OxA0 = Ox7F\nnand8D OxA1 = Ox7E\nnand8D OxA2 = Ox7F\nnand8D OxA3 = Ox7E\nnand8D OxA4 = Ox7B\nnand8D OxA5 = Ox7A\nnand8D OxA6 = Ox7B\nnand8D OxA7 = Ox7A\nnand8D OxA8 = Ox77\nnand8D OxA9 = Ox76\nnand8D OxAA = Ox77\nnand8D OxAB = Ox76\nnand8D OxAC = Ox73\nnand8D OxAE = Ox73\nnand8D OxAF = Ox72\nnand8D OxB0 = Ox7F\nnand8D OxB1 = Ox7E\nnand8D OxB2 = Ox7F\nnand8D OxB3 = Ox7E\nnand8D OxB4 = Ox7B\nnand8D OxB5 = Ox7A\nnand8D OxB6 = Ox7B\nnand8D OxB7 = Ox7A\nnand8D OxB8 = Ox77\nnand8D OxB9 = Ox76\nnand8D OxBA = Ox77\nnand8D OxBB = Ox76\nnand8D OxBC = Ox73\nnand8D OxBD = Ox72\nnand8D OxBE = Ox73\nnand8D OxBF = Ox72\nnand8D OxC0 = Ox7F\nnand8D OxC1 = Ox7E\nnand8D OxC2 = Ox7F\nnand8D OxC3 = Ox7E\nnand8D OxC4 = Ox7B\nnand8D OxC5 = Ox7A\nnand8D OxC6 = Ox7B\nnand8D OxC7 = Ox7A\nnand8D OxC8 = Ox77\nnand8D OxC9 = Ox76\nnand8D OxCA = Ox77\nnand8D OxCB = Ox76\nnand8D OxCC = Ox73\nnand8D OxCD = Ox72\nnand8D OxCE = Ox73\nnand8D OxCF = Ox72\nnand8D OxD0 = Ox7F\nnand8D OxD1 = Ox7E\nnand8D OxD2 = Ox7F\nnand8D OxD3 = Ox7E\nnand8D OxD4 = Ox7B\nnand8D OxD5 = Ox7A\nnand8D OxD6 = Ox7B\nnand8D OxD7 = Ox7A\nnand8D OxD8 = Ox77\nnand8D OxD9 = Ox76\nnand8D OxDA = Ox77\nnand8D OxDB = Ox76\nnand8D OxDC = Ox73\nnand8D OxDD = Ox72\nnand8D OxDE = Ox73\nnand8D OxDF = Ox72\nnand8D OxE0 = Ox7F\nnand8D OxE1 = Ox7E\nnand8D OxE2 = Ox7F\nnand8D OxE3 = Ox7E\nnand8D OxE4 = Ox7B\nnand8D OxE5 = Ox7A\nnand8D OxE6 = Ox7B\nnand8D OxE7 = Ox7A\nnand8D OxE8 = Ox77\nnand8D OxE9 = Ox76\nnand8D OxEA = Ox77\nnand8D OxEB = Ox76\nnand8D OxEC = Ox73\nnand8D OxED = Ox72\nnand8D OxEE = Ox73\nnand8D OxEF = Ox72\nnand8D OxF0 = Ox7F\nnand8D OxF1 = Ox7E\nnand8D OxF2 = Ox7F\nnand8D OxF3 = Ox7E\nnand8D OxF4 = Ox7B\nnand8D OxF5 = Ox7A\nnand8D OxF6 = Ox7B\nnand8D OxF7 = Ox7A\nnand8D OxF8 = Ox77\nnand8D OxF9 = Ox76\nnand8D OxFA = Ox77\nnand8D OxFB = Ox76\nnand8D OxFC = Ox73\nnand8D OxFD = Ox72\nnand8D OxFE = Ox73\nnand8D OxFF = Ox72\nnand8D ____ = undefined\nnand8E Ox8E = Ox71\nnand8E Ox8F = Ox71\nnand8E Ox90 = Ox7F\nnand8E Ox91 = Ox7F\nnand8E Ox92 = Ox7D\nnand8E Ox93 = Ox7D\nnand8E Ox94 = Ox7B\nnand8E Ox95 = Ox7B\nnand8E Ox96 = Ox79\nnand8E Ox97 = Ox79\nnand8E Ox98 = Ox77\nnand8E Ox99 = Ox77\nnand8E Ox9A = Ox75\nnand8E Ox9B = Ox75\nnand8E Ox9C = Ox73\nnand8E Ox9D = Ox73\nnand8E Ox9E = Ox71\nnand8E Ox9F = Ox71\nnand8E OxA0 = Ox7F\nnand8E OxA1 = Ox7F\nnand8E OxA2 = Ox7D\nnand8E OxA3 = Ox7D\nnand8E OxA4 = Ox7B\nnand8E OxA5 = Ox7B\nnand8E OxA6 = Ox79\nnand8E OxA7 = Ox79\nnand8E OxA8 = Ox77\nnand8E OxA9 = Ox77\nnand8E OxAA = Ox75\nnand8E OxAB = Ox75\nnand8E OxAC = Ox73\nnand8E OxAE = Ox71\nnand8E OxAF = Ox71\nnand8E OxB0 = Ox7F\nnand8E OxB1 = Ox7F\nnand8E OxB2 = Ox7D\nnand8E OxB3 = Ox7D\nnand8E OxB4 = Ox7B\nnand8E OxB5 = Ox7B\nnand8E OxB6 = Ox79\nnand8E OxB7 = Ox79\nnand8E OxB8 = Ox77\nnand8E OxB9 = Ox77\nnand8E OxBA = Ox75\nnand8E OxBB = Ox75\nnand8E OxBC = Ox73\nnand8E OxBD = Ox73\nnand8E OxBE = Ox71\nnand8E OxBF = Ox71\nnand8E OxC0 = Ox7F\nnand8E OxC1 = Ox7F\nnand8E OxC2 = Ox7D\nnand8E OxC3 = Ox7D\nnand8E OxC4 = Ox7B\nnand8E OxC5 = Ox7B\nnand8E OxC6 = Ox79\nnand8E OxC7 = Ox79\nnand8E OxC8 = Ox77\nnand8E OxC9 = Ox77\nnand8E OxCA = Ox75\nnand8E OxCB = Ox75\nnand8E OxCC = Ox73\nnand8E OxCD = Ox73\nnand8E OxCE = Ox71\nnand8E OxCF = Ox71\nnand8E OxD0 = Ox7F\nnand8E OxD1 = Ox7F\nnand8E OxD2 = Ox7D\nnand8E OxD3 = Ox7D\nnand8E OxD4 = Ox7B\nnand8E OxD5 = Ox7B\nnand8E OxD6 = Ox79\nnand8E OxD7 = Ox79\nnand8E OxD8 = Ox77\nnand8E OxD9 = Ox77\nnand8E OxDA = Ox75\nnand8E OxDB = Ox75\nnand8E OxDC = Ox73\nnand8E OxDD = Ox73\nnand8E OxDE = Ox71\nnand8E OxDF = Ox71\nnand8E OxE0 = Ox7F\nnand8E OxE1 = Ox7F\nnand8E OxE2 = Ox7D\nnand8E OxE3 = Ox7D\nnand8E OxE4 = Ox7B\nnand8E OxE5 = Ox7B\nnand8E OxE6 = Ox79\nnand8E OxE7 = Ox79\nnand8E OxE8 = Ox77\nnand8E OxE9 = Ox77\nnand8E OxEA = Ox75\nnand8E OxEB = Ox75\nnand8E OxEC = Ox73\nnand8E OxED = Ox73\nnand8E OxEE = Ox71\nnand8E OxEF = Ox71\nnand8E OxF0 = Ox7F\nnand8E OxF1 = Ox7F\nnand8E OxF2 = Ox7D\nnand8E OxF3 = Ox7D\nnand8E OxF4 = Ox7B\nnand8E OxF5 = Ox7B\nnand8E OxF6 = Ox79\nnand8E OxF7 = Ox79\nnand8E OxF8 = Ox77\nnand8E OxF9 = Ox77\nnand8E OxFA = Ox75\nnand8E OxFB = Ox75\nnand8E OxFC = Ox73\nnand8E OxFD = Ox73\nnand8E OxFE = Ox71\nnand8E OxFF = Ox71\nnand8E ____ = undefined\nnand8F Ox8F = Ox70\nnand8F Ox90 = Ox7F\nnand8F Ox91 = Ox7E\nnand8F Ox92 = Ox7D\nnand8F Ox93 = Ox7C\nnand8F Ox94 = Ox7B\nnand8F Ox95 = Ox7A\nnand8F Ox96 = Ox79\nnand8F Ox97 = Ox78\nnand8F Ox98 = Ox77\nnand8F Ox99 = Ox76\nnand8F Ox9A = Ox75\nnand8F Ox9B = Ox74\nnand8F Ox9C = Ox73\nnand8F Ox9D = Ox72\nnand8F Ox9E = Ox71\nnand8F Ox9F = Ox70\nnand8F OxA0 = Ox7F\nnand8F OxA1 = Ox7E\nnand8F OxA2 = Ox7D\nnand8F OxA3 = Ox7C\nnand8F OxA4 = Ox7B\nnand8F OxA5 = Ox7A\nnand8F OxA6 = Ox79\nnand8F OxA7 = Ox78\nnand8F OxA8 = Ox77\nnand8F OxA9 = Ox76\nnand8F OxAA = Ox75\nnand8F OxAB = Ox74\nnand8F OxAC = Ox73\nnand8F OxAE = Ox71\nnand8F OxAF = Ox70\nnand8F OxB0 = Ox7F\nnand8F OxB1 = Ox7E\nnand8F OxB2 = Ox7D\nnand8F OxB3 = Ox7C\nnand8F OxB4 = Ox7B\nnand8F OxB5 = Ox7A\nnand8F OxB6 = Ox79\nnand8F OxB7 = Ox78\nnand8F OxB8 = Ox77\nnand8F OxB9 = Ox76\nnand8F OxBA = Ox75\nnand8F OxBB = Ox74\nnand8F OxBC = Ox73\nnand8F OxBD = Ox72\nnand8F OxBE = Ox71\nnand8F OxBF = Ox70\nnand8F OxC0 = Ox7F\nnand8F OxC1 = Ox7E\nnand8F OxC2 = Ox7D\nnand8F OxC3 = Ox7C\nnand8F OxC4 = Ox7B\nnand8F OxC5 = Ox7A\nnand8F OxC6 = Ox79\nnand8F OxC7 = Ox78\nnand8F OxC8 = Ox77\nnand8F OxC9 = Ox76\nnand8F OxCA = Ox75\nnand8F OxCB = Ox74\nnand8F OxCC = Ox73\nnand8F OxCD = Ox72\nnand8F OxCE = Ox71\nnand8F OxCF = Ox70\nnand8F OxD0 = Ox7F\nnand8F OxD1 = Ox7E\nnand8F OxD2 = Ox7D\nnand8F OxD3 = Ox7C\nnand8F OxD4 = Ox7B\nnand8F OxD5 = Ox7A\nnand8F OxD6 = Ox79\nnand8F OxD7 = Ox78\nnand8F OxD8 = Ox77\nnand8F OxD9 = Ox76\nnand8F OxDA = Ox75\nnand8F OxDB = Ox74\nnand8F OxDC = Ox73\nnand8F OxDD = Ox72\nnand8F OxDE = Ox71\nnand8F OxDF = Ox70\nnand8F OxE0 = Ox7F\nnand8F OxE1 = Ox7E\nnand8F OxE2 = Ox7D\nnand8F OxE3 = Ox7C\nnand8F OxE4 = Ox7B\nnand8F OxE5 = Ox7A\nnand8F OxE6 = Ox79\nnand8F OxE7 = Ox78\nnand8F OxE8 = Ox77\nnand8F OxE9 = Ox76\nnand8F OxEA = Ox75\nnand8F OxEB = Ox74\nnand8F OxEC = Ox73\nnand8F OxED = Ox72\nnand8F OxEE = Ox71\nnand8F OxEF = Ox70\nnand8F OxF0 = Ox7F\nnand8F OxF1 = Ox7E\nnand8F OxF2 = Ox7D\nnand8F OxF3 = Ox7C\nnand8F OxF4 = Ox7B\nnand8F OxF5 = Ox7A\nnand8F OxF6 = Ox79\nnand8F OxF7 = Ox78\nnand8F OxF8 = Ox77\nnand8F OxF9 = Ox76\nnand8F OxFA = Ox75\nnand8F OxFB = Ox74\nnand8F OxFC = Ox73\nnand8F OxFD = Ox72\nnand8F OxFE = Ox71\nnand8F OxFF = Ox70\nnand8F ____ = undefined\nnand90 Ox90 = Ox6F\nnand90 Ox91 = Ox6F\nnand90 Ox92 = Ox6F\nnand90 Ox93 = Ox6F\nnand90 Ox94 = Ox6F\nnand90 Ox95 = Ox6F\nnand90 Ox96 = Ox6F\nnand90 Ox97 = Ox6F\nnand90 Ox98 = Ox6F\nnand90 Ox99 = Ox6F\nnand90 Ox9A = Ox6F\nnand90 Ox9B = Ox6F\nnand90 Ox9C = Ox6F\nnand90 Ox9D = Ox6F\nnand90 Ox9E = Ox6F\nnand90 Ox9F = Ox6F\nnand90 OxA0 = Ox7F\nnand90 OxA1 = Ox7F\nnand90 OxA2 = Ox7F\nnand90 OxA3 = Ox7F\nnand90 OxA4 = Ox7F\nnand90 OxA5 = Ox7F\nnand90 OxA6 = Ox7F\nnand90 OxA7 = Ox7F\nnand90 OxA8 = Ox7F\nnand90 OxA9 = Ox7F\nnand90 OxAA = Ox7F\nnand90 OxAB = Ox7F\nnand90 OxAC = Ox7F\nnand90 OxAE = Ox7F\nnand90 OxAF = Ox7F\nnand90 OxB0 = Ox6F\nnand90 OxB1 = Ox6F\nnand90 OxB2 = Ox6F\nnand90 OxB3 = Ox6F\nnand90 OxB4 = Ox6F\nnand90 OxB5 = Ox6F\nnand90 OxB6 = Ox6F\nnand90 OxB7 = Ox6F\nnand90 OxB8 = Ox6F\nnand90 OxB9 = Ox6F\nnand90 OxBA = Ox6F\nnand90 OxBB = Ox6F\nnand90 OxBC = Ox6F\nnand90 OxBD = Ox6F\nnand90 OxBE = Ox6F\nnand90 OxBF = Ox6F\nnand90 OxC0 = Ox7F\nnand90 OxC1 = Ox7F\nnand90 OxC2 = Ox7F\nnand90 OxC3 = Ox7F\nnand90 OxC4 = Ox7F\nnand90 OxC5 = Ox7F\nnand90 OxC6 = Ox7F\nnand90 OxC7 = Ox7F\nnand90 OxC8 = Ox7F\nnand90 OxC9 = Ox7F\nnand90 OxCA = Ox7F\nnand90 OxCB = Ox7F\nnand90 OxCC = Ox7F\nnand90 OxCD = Ox7F\nnand90 OxCE = Ox7F\nnand90 OxCF = Ox7F\nnand90 OxD0 = Ox6F\nnand90 OxD1 = Ox6F\nnand90 OxD2 = Ox6F\nnand90 OxD3 = Ox6F\nnand90 OxD4 = Ox6F\nnand90 OxD5 = Ox6F\nnand90 OxD6 = Ox6F\nnand90 OxD7 = Ox6F\nnand90 OxD8 = Ox6F\nnand90 OxD9 = Ox6F\nnand90 OxDA = Ox6F\nnand90 OxDB = Ox6F\nnand90 OxDC = Ox6F\nnand90 OxDD = Ox6F\nnand90 OxDE = Ox6F\nnand90 OxDF = Ox6F\nnand90 OxE0 = Ox7F\nnand90 OxE1 = Ox7F\nnand90 OxE2 = Ox7F\nnand90 OxE3 = Ox7F\nnand90 OxE4 = Ox7F\nnand90 OxE5 = Ox7F\nnand90 OxE6 = Ox7F\nnand90 OxE7 = Ox7F\nnand90 OxE8 = Ox7F\nnand90 OxE9 = Ox7F\nnand90 OxEA = Ox7F\nnand90 OxEB = Ox7F\nnand90 OxEC = Ox7F\nnand90 OxED = Ox7F\nnand90 OxEE = Ox7F\nnand90 OxEF = Ox7F\nnand90 OxF0 = Ox6F\nnand90 OxF1 = Ox6F\nnand90 OxF2 = Ox6F\nnand90 OxF3 = Ox6F\nnand90 OxF4 = Ox6F\nnand90 OxF5 = Ox6F\nnand90 OxF6 = Ox6F\nnand90 OxF7 = Ox6F\nnand90 OxF8 = Ox6F\nnand90 OxF9 = Ox6F\nnand90 OxFA = Ox6F\nnand90 OxFB = Ox6F\nnand90 OxFC = Ox6F\nnand90 OxFD = Ox6F\nnand90 OxFE = Ox6F\nnand90 OxFF = Ox6F\nnand90 ____ = undefined\nnand91 Ox91 = Ox6E\nnand91 Ox92 = Ox6F\nnand91 Ox93 = Ox6E\nnand91 Ox94 = Ox6F\nnand91 Ox95 = Ox6E\nnand91 Ox96 = Ox6F\nnand91 Ox97 = Ox6E\nnand91 Ox98 = Ox6F\nnand91 Ox99 = Ox6E\nnand91 Ox9A = Ox6F\nnand91 Ox9B = Ox6E\nnand91 Ox9C = Ox6F\nnand91 Ox9D = Ox6E\nnand91 Ox9E = Ox6F\nnand91 Ox9F = Ox6E\nnand91 OxA0 = Ox7F\nnand91 OxA1 = Ox7E\nnand91 OxA2 = Ox7F\nnand91 OxA3 = Ox7E\nnand91 OxA4 = Ox7F\nnand91 OxA5 = Ox7E\nnand91 OxA6 = Ox7F\nnand91 OxA7 = Ox7E\nnand91 OxA8 = Ox7F\nnand91 OxA9 = Ox7E\nnand91 OxAA = Ox7F\nnand91 OxAB = Ox7E\nnand91 OxAC = Ox7F\nnand91 OxAE = Ox7F\nnand91 OxAF = Ox7E\nnand91 OxB0 = Ox6F\nnand91 OxB1 = Ox6E\nnand91 OxB2 = Ox6F\nnand91 OxB3 = Ox6E\nnand91 OxB4 = Ox6F\nnand91 OxB5 = Ox6E\nnand91 OxB6 = Ox6F\nnand91 OxB7 = Ox6E\nnand91 OxB8 = Ox6F\nnand91 OxB9 = Ox6E\nnand91 OxBA = Ox6F\nnand91 OxBB = Ox6E\nnand91 OxBC = Ox6F\nnand91 OxBD = Ox6E\nnand91 OxBE = Ox6F\nnand91 OxBF = Ox6E\nnand91 OxC0 = Ox7F\nnand91 OxC1 = Ox7E\nnand91 OxC2 = Ox7F\nnand91 OxC3 = Ox7E\nnand91 OxC4 = Ox7F\nnand91 OxC5 = Ox7E\nnand91 OxC6 = Ox7F\nnand91 OxC7 = Ox7E\nnand91 OxC8 = Ox7F\nnand91 OxC9 = Ox7E\nnand91 OxCA = Ox7F\nnand91 OxCB = Ox7E\nnand91 OxCC = Ox7F\nnand91 OxCD = Ox7E\nnand91 OxCE = Ox7F\nnand91 OxCF = Ox7E\nnand91 OxD0 = Ox6F\nnand91 OxD1 = Ox6E\nnand91 OxD2 = Ox6F\nnand91 OxD3 = Ox6E\nnand91 OxD4 = Ox6F\nnand91 OxD5 = Ox6E\nnand91 OxD6 = Ox6F\nnand91 OxD7 = Ox6E\nnand91 OxD8 = Ox6F\nnand91 OxD9 = Ox6E\nnand91 OxDA = Ox6F\nnand91 OxDB = Ox6E\nnand91 OxDC = Ox6F\nnand91 OxDD = Ox6E\nnand91 OxDE = Ox6F\nnand91 OxDF = Ox6E\nnand91 OxE0 = Ox7F\nnand91 OxE1 = Ox7E\nnand91 OxE2 = Ox7F\nnand91 OxE3 = Ox7E\nnand91 OxE4 = Ox7F\nnand91 OxE5 = Ox7E\nnand91 OxE6 = Ox7F\nnand91 OxE7 = Ox7E\nnand91 OxE8 = Ox7F\nnand91 OxE9 = Ox7E\nnand91 OxEA = Ox7F\nnand91 OxEB = Ox7E\nnand91 OxEC = Ox7F\nnand91 OxED = Ox7E\nnand91 OxEE = Ox7F\nnand91 OxEF = Ox7E\nnand91 OxF0 = Ox6F\nnand91 OxF1 = Ox6E\nnand91 OxF2 = Ox6F\nnand91 OxF3 = Ox6E\nnand91 OxF4 = Ox6F\nnand91 OxF5 = Ox6E\nnand91 OxF6 = Ox6F\nnand91 OxF7 = Ox6E\nnand91 OxF8 = Ox6F\nnand91 OxF9 = Ox6E\nnand91 OxFA = Ox6F\nnand91 OxFB = Ox6E\nnand91 OxFC = Ox6F\nnand91 OxFD = Ox6E\nnand91 OxFE = Ox6F\nnand91 OxFF = Ox6E\nnand91 ____ = undefined\nnand92 Ox92 = Ox6D\nnand92 Ox93 = Ox6D\nnand92 Ox94 = Ox6F\nnand92 Ox95 = Ox6F\nnand92 Ox96 = Ox6D\nnand92 Ox97 = Ox6D\nnand92 Ox98 = Ox6F\nnand92 Ox99 = Ox6F\nnand92 Ox9A = Ox6D\nnand92 Ox9B = Ox6D\nnand92 Ox9C = Ox6F\nnand92 Ox9D = Ox6F\nnand92 Ox9E = Ox6D\nnand92 Ox9F = Ox6D\nnand92 OxA0 = Ox7F\nnand92 OxA1 = Ox7F\nnand92 OxA2 = Ox7D\nnand92 OxA3 = Ox7D\nnand92 OxA4 = Ox7F\nnand92 OxA5 = Ox7F\nnand92 OxA6 = Ox7D\nnand92 OxA7 = Ox7D\nnand92 OxA8 = Ox7F\nnand92 OxA9 = Ox7F\nnand92 OxAA = Ox7D\nnand92 OxAB = Ox7D\nnand92 OxAC = Ox7F\nnand92 OxAE = Ox7D\nnand92 OxAF = Ox7D\nnand92 OxB0 = Ox6F\nnand92 OxB1 = Ox6F\nnand92 OxB2 = Ox6D\nnand92 OxB3 = Ox6D\nnand92 OxB4 = Ox6F\nnand92 OxB5 = Ox6F\nnand92 OxB6 = Ox6D\nnand92 OxB7 = Ox6D\nnand92 OxB8 = Ox6F\nnand92 OxB9 = Ox6F\nnand92 OxBA = Ox6D\nnand92 OxBB = Ox6D\nnand92 OxBC = Ox6F\nnand92 OxBD = Ox6F\nnand92 OxBE = Ox6D\nnand92 OxBF = Ox6D\nnand92 OxC0 = Ox7F\nnand92 OxC1 = Ox7F\nnand92 OxC2 = Ox7D\nnand92 OxC3 = Ox7D\nnand92 OxC4 = Ox7F\nnand92 OxC5 = Ox7F\nnand92 OxC6 = Ox7D\nnand92 OxC7 = Ox7D\nnand92 OxC8 = Ox7F\nnand92 OxC9 = Ox7F\nnand92 OxCA = Ox7D\nnand92 OxCB = Ox7D\nnand92 OxCC = Ox7F\nnand92 OxCD = Ox7F\nnand92 OxCE = Ox7D\nnand92 OxCF = Ox7D\nnand92 OxD0 = Ox6F\nnand92 OxD1 = Ox6F\nnand92 OxD2 = Ox6D\nnand92 OxD3 = Ox6D\nnand92 OxD4 = Ox6F\nnand92 OxD5 = Ox6F\nnand92 OxD6 = Ox6D\nnand92 OxD7 = Ox6D\nnand92 OxD8 = Ox6F\nnand92 OxD9 = Ox6F\nnand92 OxDA = Ox6D\nnand92 OxDB = Ox6D\nnand92 OxDC = Ox6F\nnand92 OxDD = Ox6F\nnand92 OxDE = Ox6D\nnand92 OxDF = Ox6D\nnand92 OxE0 = Ox7F\nnand92 OxE1 = Ox7F\nnand92 OxE2 = Ox7D\nnand92 OxE3 = Ox7D\nnand92 OxE4 = Ox7F\nnand92 OxE5 = Ox7F\nnand92 OxE6 = Ox7D\nnand92 OxE7 = Ox7D\nnand92 OxE8 = Ox7F\nnand92 OxE9 = Ox7F\nnand92 OxEA = Ox7D\nnand92 OxEB = Ox7D\nnand92 OxEC = Ox7F\nnand92 OxED = Ox7F\nnand92 OxEE = Ox7D\nnand92 OxEF = Ox7D\nnand92 OxF0 = Ox6F\nnand92 OxF1 = Ox6F\nnand92 OxF2 = Ox6D\nnand92 OxF3 = Ox6D\nnand92 OxF4 = Ox6F\nnand92 OxF5 = Ox6F\nnand92 OxF6 = Ox6D\nnand92 OxF7 = Ox6D\nnand92 OxF8 = Ox6F\nnand92 OxF9 = Ox6F\nnand92 OxFA = Ox6D\nnand92 OxFB = Ox6D\nnand92 OxFC = Ox6F\nnand92 OxFD = Ox6F\nnand92 OxFE = Ox6D\nnand92 OxFF = Ox6D\nnand92 ____ = undefined\nnand93 Ox93 = Ox6C\nnand93 Ox94 = Ox6F\nnand93 Ox95 = Ox6E\nnand93 Ox96 = Ox6D\nnand93 Ox97 = Ox6C\nnand93 Ox98 = Ox6F\nnand93 Ox99 = Ox6E\nnand93 Ox9A = Ox6D\nnand93 Ox9B = Ox6C\nnand93 Ox9C = Ox6F\nnand93 Ox9D = Ox6E\nnand93 Ox9E = Ox6D\nnand93 Ox9F = Ox6C\nnand93 OxA0 = Ox7F\nnand93 OxA1 = Ox7E\nnand93 OxA2 = Ox7D\nnand93 OxA3 = Ox7C\nnand93 OxA4 = Ox7F\nnand93 OxA5 = Ox7E\nnand93 OxA6 = Ox7D\nnand93 OxA7 = Ox7C\nnand93 OxA8 = Ox7F\nnand93 OxA9 = Ox7E\nnand93 OxAA = Ox7D\nnand93 OxAB = Ox7C\nnand93 OxAC = Ox7F\nnand93 OxAE = Ox7D\nnand93 OxAF = Ox7C\nnand93 OxB0 = Ox6F\nnand93 OxB1 = Ox6E\nnand93 OxB2 = Ox6D\nnand93 OxB3 = Ox6C\nnand93 OxB4 = Ox6F\nnand93 OxB5 = Ox6E\nnand93 OxB6 = Ox6D\nnand93 OxB7 = Ox6C\nnand93 OxB8 = Ox6F\nnand93 OxB9 = Ox6E\nnand93 OxBA = Ox6D\nnand93 OxBB = Ox6C\nnand93 OxBC = Ox6F\nnand93 OxBD = Ox6E\nnand93 OxBE = Ox6D\nnand93 OxBF = Ox6C\nnand93 OxC0 = Ox7F\nnand93 OxC1 = Ox7E\nnand93 OxC2 = Ox7D\nnand93 OxC3 = Ox7C\nnand93 OxC4 = Ox7F\nnand93 OxC5 = Ox7E\nnand93 OxC6 = Ox7D\nnand93 OxC7 = Ox7C\nnand93 OxC8 = Ox7F\nnand93 OxC9 = Ox7E\nnand93 OxCA = Ox7D\nnand93 OxCB = Ox7C\nnand93 OxCC = Ox7F\nnand93 OxCD = Ox7E\nnand93 OxCE = Ox7D\nnand93 OxCF = Ox7C\nnand93 OxD0 = Ox6F\nnand93 OxD1 = Ox6E\nnand93 OxD2 = Ox6D\nnand93 OxD3 = Ox6C\nnand93 OxD4 = Ox6F\nnand93 OxD5 = Ox6E\nnand93 OxD6 = Ox6D\nnand93 OxD7 = Ox6C\nnand93 OxD8 = Ox6F\nnand93 OxD9 = Ox6E\nnand93 OxDA = Ox6D\nnand93 OxDB = Ox6C\nnand93 OxDC = Ox6F\nnand93 OxDD = Ox6E\nnand93 OxDE = Ox6D\nnand93 OxDF = Ox6C\nnand93 OxE0 = Ox7F\nnand93 OxE1 = Ox7E\nnand93 OxE2 = Ox7D\nnand93 OxE3 = Ox7C\nnand93 OxE4 = Ox7F\nnand93 OxE5 = Ox7E\nnand93 OxE6 = Ox7D\nnand93 OxE7 = Ox7C\nnand93 OxE8 = Ox7F\nnand93 OxE9 = Ox7E\nnand93 OxEA = Ox7D\nnand93 OxEB = Ox7C\nnand93 OxEC = Ox7F\nnand93 OxED = Ox7E\nnand93 OxEE = Ox7D\nnand93 OxEF = Ox7C\nnand93 OxF0 = Ox6F\nnand93 OxF1 = Ox6E\nnand93 OxF2 = Ox6D\nnand93 OxF3 = Ox6C\nnand93 OxF4 = Ox6F\nnand93 OxF5 = Ox6E\nnand93 OxF6 = Ox6D\nnand93 OxF7 = Ox6C\nnand93 OxF8 = Ox6F\nnand93 OxF9 = Ox6E\nnand93 OxFA = Ox6D\nnand93 OxFB = Ox6C\nnand93 OxFC = Ox6F\nnand93 OxFD = Ox6E\nnand93 OxFE = Ox6D\nnand93 OxFF = Ox6C\nnand93 ____ = undefined\nnand94 Ox94 = Ox6B\nnand94 Ox95 = Ox6B\nnand94 Ox96 = Ox6B\nnand94 Ox97 = Ox6B\nnand94 Ox98 = Ox6F\nnand94 Ox99 = Ox6F\nnand94 Ox9A = Ox6F\nnand94 Ox9B = Ox6F\nnand94 Ox9C = Ox6B\nnand94 Ox9D = Ox6B\nnand94 Ox9E = Ox6B\nnand94 Ox9F = Ox6B\nnand94 OxA0 = Ox7F\nnand94 OxA1 = Ox7F\nnand94 OxA2 = Ox7F\nnand94 OxA3 = Ox7F\nnand94 OxA4 = Ox7B\nnand94 OxA5 = Ox7B\nnand94 OxA6 = Ox7B\nnand94 OxA7 = Ox7B\nnand94 OxA8 = Ox7F\nnand94 OxA9 = Ox7F\nnand94 OxAA = Ox7F\nnand94 OxAB = Ox7F\nnand94 OxAC = Ox7B\nnand94 OxAE = Ox7B\nnand94 OxAF = Ox7B\nnand94 OxB0 = Ox6F\nnand94 OxB1 = Ox6F\nnand94 OxB2 = Ox6F\nnand94 OxB3 = Ox6F\nnand94 OxB4 = Ox6B\nnand94 OxB5 = Ox6B\nnand94 OxB6 = Ox6B\nnand94 OxB7 = Ox6B\nnand94 OxB8 = Ox6F\nnand94 OxB9 = Ox6F\nnand94 OxBA = Ox6F\nnand94 OxBB = Ox6F\nnand94 OxBC = Ox6B\nnand94 OxBD = Ox6B\nnand94 OxBE = Ox6B\nnand94 OxBF = Ox6B\nnand94 OxC0 = Ox7F\nnand94 OxC1 = Ox7F\nnand94 OxC2 = Ox7F\nnand94 OxC3 = Ox7F\nnand94 OxC4 = Ox7B\nnand94 OxC5 = Ox7B\nnand94 OxC6 = Ox7B\nnand94 OxC7 = Ox7B\nnand94 OxC8 = Ox7F\nnand94 OxC9 = Ox7F\nnand94 OxCA = Ox7F\nnand94 OxCB = Ox7F\nnand94 OxCC = Ox7B\nnand94 OxCD = Ox7B\nnand94 OxCE = Ox7B\nnand94 OxCF = Ox7B\nnand94 OxD0 = Ox6F\nnand94 OxD1 = Ox6F\nnand94 OxD2 = Ox6F\nnand94 OxD3 = Ox6F\nnand94 OxD4 = Ox6B\nnand94 OxD5 = Ox6B\nnand94 OxD6 = Ox6B\nnand94 OxD7 = Ox6B\nnand94 OxD8 = Ox6F\nnand94 OxD9 = Ox6F\nnand94 OxDA = Ox6F\nnand94 OxDB = Ox6F\nnand94 OxDC = Ox6B\nnand94 OxDD = Ox6B\nnand94 OxDE = Ox6B\nnand94 OxDF = Ox6B\nnand94 OxE0 = Ox7F\nnand94 OxE1 = Ox7F\nnand94 OxE2 = Ox7F\nnand94 OxE3 = Ox7F\nnand94 OxE4 = Ox7B\nnand94 OxE5 = Ox7B\nnand94 OxE6 = Ox7B\nnand94 OxE7 = Ox7B\nnand94 OxE8 = Ox7F\nnand94 OxE9 = Ox7F\nnand94 OxEA = Ox7F\nnand94 OxEB = Ox7F\nnand94 OxEC = Ox7B\nnand94 OxED = Ox7B\nnand94 OxEE = Ox7B\nnand94 OxEF = Ox7B\nnand94 OxF0 = Ox6F\nnand94 OxF1 = Ox6F\nnand94 OxF2 = Ox6F\nnand94 OxF3 = Ox6F\nnand94 OxF4 = Ox6B\nnand94 OxF5 = Ox6B\nnand94 OxF6 = Ox6B\nnand94 OxF7 = Ox6B\nnand94 OxF8 = Ox6F\nnand94 OxF9 = Ox6F\nnand94 OxFA = Ox6F\nnand94 OxFB = Ox6F\nnand94 OxFC = Ox6B\nnand94 OxFD = Ox6B\nnand94 OxFE = Ox6B\nnand94 OxFF = Ox6B\nnand94 ____ = undefined\nnand95 Ox95 = Ox6A\nnand95 Ox96 = Ox6B\nnand95 Ox97 = Ox6A\nnand95 Ox98 = Ox6F\nnand95 Ox99 = Ox6E\nnand95 Ox9A = Ox6F\nnand95 Ox9B = Ox6E\nnand95 Ox9C = Ox6B\nnand95 Ox9D = Ox6A\nnand95 Ox9E = Ox6B\nnand95 Ox9F = Ox6A\nnand95 OxA0 = Ox7F\nnand95 OxA1 = Ox7E\nnand95 OxA2 = Ox7F\nnand95 OxA3 = Ox7E\nnand95 OxA4 = Ox7B\nnand95 OxA5 = Ox7A\nnand95 OxA6 = Ox7B\nnand95 OxA7 = Ox7A\nnand95 OxA8 = Ox7F\nnand95 OxA9 = Ox7E\nnand95 OxAA = Ox7F\nnand95 OxAB = Ox7E\nnand95 OxAC = Ox7B\nnand95 OxAE = Ox7B\nnand95 OxAF = Ox7A\nnand95 OxB0 = Ox6F\nnand95 OxB1 = Ox6E\nnand95 OxB2 = Ox6F\nnand95 OxB3 = Ox6E\nnand95 OxB4 = Ox6B\nnand95 OxB5 = Ox6A\nnand95 OxB6 = Ox6B\nnand95 OxB7 = Ox6A\nnand95 OxB8 = Ox6F\nnand95 OxB9 = Ox6E\nnand95 OxBA = Ox6F\nnand95 OxBB = Ox6E\nnand95 OxBC = Ox6B\nnand95 OxBD = Ox6A\nnand95 OxBE = Ox6B\nnand95 OxBF = Ox6A\nnand95 OxC0 = Ox7F\nnand95 OxC1 = Ox7E\nnand95 OxC2 = Ox7F\nnand95 OxC3 = Ox7E\nnand95 OxC4 = Ox7B\nnand95 OxC5 = Ox7A\nnand95 OxC6 = Ox7B\nnand95 OxC7 = Ox7A\nnand95 OxC8 = Ox7F\nnand95 OxC9 = Ox7E\nnand95 OxCA = Ox7F\nnand95 OxCB = Ox7E\nnand95 OxCC = Ox7B\nnand95 OxCD = Ox7A\nnand95 OxCE = Ox7B\nnand95 OxCF = Ox7A\nnand95 OxD0 = Ox6F\nnand95 OxD1 = Ox6E\nnand95 OxD2 = Ox6F\nnand95 OxD3 = Ox6E\nnand95 OxD4 = Ox6B\nnand95 OxD5 = Ox6A\nnand95 OxD6 = Ox6B\nnand95 OxD7 = Ox6A\nnand95 OxD8 = Ox6F\nnand95 OxD9 = Ox6E\nnand95 OxDA = Ox6F\nnand95 OxDB = Ox6E\nnand95 OxDC = Ox6B\nnand95 OxDD = Ox6A\nnand95 OxDE = Ox6B\nnand95 OxDF = Ox6A\nnand95 OxE0 = Ox7F\nnand95 OxE1 = Ox7E\nnand95 OxE2 = Ox7F\nnand95 OxE3 = Ox7E\nnand95 OxE4 = Ox7B\nnand95 OxE5 = Ox7A\nnand95 OxE6 = Ox7B\nnand95 OxE7 = Ox7A\nnand95 OxE8 = Ox7F\nnand95 OxE9 = Ox7E\nnand95 OxEA = Ox7F\nnand95 OxEB = Ox7E\nnand95 OxEC = Ox7B\nnand95 OxED = Ox7A\nnand95 OxEE = Ox7B\nnand95 OxEF = Ox7A\nnand95 OxF0 = Ox6F\nnand95 OxF1 = Ox6E\nnand95 OxF2 = Ox6F\nnand95 OxF3 = Ox6E\nnand95 OxF4 = Ox6B\nnand95 OxF5 = Ox6A\nnand95 OxF6 = Ox6B\nnand95 OxF7 = Ox6A\nnand95 OxF8 = Ox6F\nnand95 OxF9 = Ox6E\nnand95 OxFA = Ox6F\nnand95 OxFB = Ox6E\nnand95 OxFC = Ox6B\nnand95 OxFD = Ox6A\nnand95 OxFE = Ox6B\nnand95 OxFF = Ox6A\nnand95 ____ = undefined\nnand96 Ox96 = Ox69\nnand96 Ox97 = Ox69\nnand96 Ox98 = Ox6F\nnand96 Ox99 = Ox6F\nnand96 Ox9A = Ox6D\nnand96 Ox9B = Ox6D\nnand96 Ox9C = Ox6B\nnand96 Ox9D = Ox6B\nnand96 Ox9E = Ox69\nnand96 Ox9F = Ox69\nnand96 OxA0 = Ox7F\nnand96 OxA1 = Ox7F\nnand96 OxA2 = Ox7D\nnand96 OxA3 = Ox7D\nnand96 OxA4 = Ox7B\nnand96 OxA5 = Ox7B\nnand96 OxA6 = Ox79\nnand96 OxA7 = Ox79\nnand96 OxA8 = Ox7F\nnand96 OxA9 = Ox7F\nnand96 OxAA = Ox7D\nnand96 OxAB = Ox7D\nnand96 OxAC = Ox7B\nnand96 OxAE = Ox79\nnand96 OxAF = Ox79\nnand96 OxB0 = Ox6F\nnand96 OxB1 = Ox6F\nnand96 OxB2 = Ox6D\nnand96 OxB3 = Ox6D\nnand96 OxB4 = Ox6B\nnand96 OxB5 = Ox6B\nnand96 OxB6 = Ox69\nnand96 OxB7 = Ox69\nnand96 OxB8 = Ox6F\nnand96 OxB9 = Ox6F\nnand96 OxBA = Ox6D\nnand96 OxBB = Ox6D\nnand96 OxBC = Ox6B\nnand96 OxBD = Ox6B\nnand96 OxBE = Ox69\nnand96 OxBF = Ox69\nnand96 OxC0 = Ox7F\nnand96 OxC1 = Ox7F\nnand96 OxC2 = Ox7D\nnand96 OxC3 = Ox7D\nnand96 OxC4 = Ox7B\nnand96 OxC5 = Ox7B\nnand96 OxC6 = Ox79\nnand96 OxC7 = Ox79\nnand96 OxC8 = Ox7F\nnand96 OxC9 = Ox7F\nnand96 OxCA = Ox7D\nnand96 OxCB = Ox7D\nnand96 OxCC = Ox7B\nnand96 OxCD = Ox7B\nnand96 OxCE = Ox79\nnand96 OxCF = Ox79\nnand96 OxD0 = Ox6F\nnand96 OxD1 = Ox6F\nnand96 OxD2 = Ox6D\nnand96 OxD3 = Ox6D\nnand96 OxD4 = Ox6B\nnand96 OxD5 = Ox6B\nnand96 OxD6 = Ox69\nnand96 OxD7 = Ox69\nnand96 OxD8 = Ox6F\nnand96 OxD9 = Ox6F\nnand96 OxDA = Ox6D\nnand96 OxDB = Ox6D\nnand96 OxDC = Ox6B\nnand96 OxDD = Ox6B\nnand96 OxDE = Ox69\nnand96 OxDF = Ox69\nnand96 OxE0 = Ox7F\nnand96 OxE1 = Ox7F\nnand96 OxE2 = Ox7D\nnand96 OxE3 = Ox7D\nnand96 OxE4 = Ox7B\nnand96 OxE5 = Ox7B\nnand96 OxE6 = Ox79\nnand96 OxE7 = Ox79\nnand96 OxE8 = Ox7F\nnand96 OxE9 = Ox7F\nnand96 OxEA = Ox7D\nnand96 OxEB = Ox7D\nnand96 OxEC = Ox7B\nnand96 OxED = Ox7B\nnand96 OxEE = Ox79\nnand96 OxEF = Ox79\nnand96 OxF0 = Ox6F\nnand96 OxF1 = Ox6F\nnand96 OxF2 = Ox6D\nnand96 OxF3 = Ox6D\nnand96 OxF4 = Ox6B\nnand96 OxF5 = Ox6B\nnand96 OxF6 = Ox69\nnand96 OxF7 = Ox69\nnand96 OxF8 = Ox6F\nnand96 OxF9 = Ox6F\nnand96 OxFA = Ox6D\nnand96 OxFB = Ox6D\nnand96 OxFC = Ox6B\nnand96 OxFD = Ox6B\nnand96 OxFE = Ox69\nnand96 OxFF = Ox69\nnand96 ____ = undefined\nnand97 Ox97 = Ox68\nnand97 Ox98 = Ox6F\nnand97 Ox99 = Ox6E\nnand97 Ox9A = Ox6D\nnand97 Ox9B = Ox6C\nnand97 Ox9C = Ox6B\nnand97 Ox9D = Ox6A\nnand97 Ox9E = Ox69\nnand97 Ox9F = Ox68\nnand97 OxA0 = Ox7F\nnand97 OxA1 = Ox7E\nnand97 OxA2 = Ox7D\nnand97 OxA3 = Ox7C\nnand97 OxA4 = Ox7B\nnand97 OxA5 = Ox7A\nnand97 OxA6 = Ox79\nnand97 OxA7 = Ox78\nnand97 OxA8 = Ox7F\nnand97 OxA9 = Ox7E\nnand97 OxAA = Ox7D\nnand97 OxAB = Ox7C\nnand97 OxAC = Ox7B\nnand97 OxAE = Ox79\nnand97 OxAF = Ox78\nnand97 OxB0 = Ox6F\nnand97 OxB1 = Ox6E\nnand97 OxB2 = Ox6D\nnand97 OxB3 = Ox6C\nnand97 OxB4 = Ox6B\nnand97 OxB5 = Ox6A\nnand97 OxB6 = Ox69\nnand97 OxB7 = Ox68\nnand97 OxB8 = Ox6F\nnand97 OxB9 = Ox6E\nnand97 OxBA = Ox6D\nnand97 OxBB = Ox6C\nnand97 OxBC = Ox6B\nnand97 OxBD = Ox6A\nnand97 OxBE = Ox69\nnand97 OxBF = Ox68\nnand97 OxC0 = Ox7F\nnand97 OxC1 = Ox7E\nnand97 OxC2 = Ox7D\nnand97 OxC3 = Ox7C\nnand97 OxC4 = Ox7B\nnand97 OxC5 = Ox7A\nnand97 OxC6 = Ox79\nnand97 OxC7 = Ox78\nnand97 OxC8 = Ox7F\nnand97 OxC9 = Ox7E\nnand97 OxCA = Ox7D\nnand97 OxCB = Ox7C\nnand97 OxCC = Ox7B\nnand97 OxCD = Ox7A\nnand97 OxCE = Ox79\nnand97 OxCF = Ox78\nnand97 OxD0 = Ox6F\nnand97 OxD1 = Ox6E\nnand97 OxD2 = Ox6D\nnand97 OxD3 = Ox6C\nnand97 OxD4 = Ox6B\nnand97 OxD5 = Ox6A\nnand97 OxD6 = Ox69\nnand97 OxD7 = Ox68\nnand97 OxD8 = Ox6F\nnand97 OxD9 = Ox6E\nnand97 OxDA = Ox6D\nnand97 OxDB = Ox6C\nnand97 OxDC = Ox6B\nnand97 OxDD = Ox6A\nnand97 OxDE = Ox69\nnand97 OxDF = Ox68\nnand97 OxE0 = Ox7F\nnand97 OxE1 = Ox7E\nnand97 OxE2 = Ox7D\nnand97 OxE3 = Ox7C\nnand97 OxE4 = Ox7B\nnand97 OxE5 = Ox7A\nnand97 OxE6 = Ox79\nnand97 OxE7 = Ox78\nnand97 OxE8 = Ox7F\nnand97 OxE9 = Ox7E\nnand97 OxEA = Ox7D\nnand97 OxEB = Ox7C\nnand97 OxEC = Ox7B\nnand97 OxED = Ox7A\nnand97 OxEE = Ox79\nnand97 OxEF = Ox78\nnand97 OxF0 = Ox6F\nnand97 OxF1 = Ox6E\nnand97 OxF2 = Ox6D\nnand97 OxF3 = Ox6C\nnand97 OxF4 = Ox6B\nnand97 OxF5 = Ox6A\nnand97 OxF6 = Ox69\nnand97 OxF7 = Ox68\nnand97 OxF8 = Ox6F\nnand97 OxF9 = Ox6E\nnand97 OxFA = Ox6D\nnand97 OxFB = Ox6C\nnand97 OxFC = Ox6B\nnand97 OxFD = Ox6A\nnand97 OxFE = Ox69\nnand97 OxFF = Ox68\nnand97 ____ = undefined\nnand98 Ox98 = Ox67\nnand98 Ox99 = Ox67\nnand98 Ox9A = Ox67\nnand98 Ox9B = Ox67\nnand98 Ox9C = Ox67\nnand98 Ox9D = Ox67\nnand98 Ox9E = Ox67\nnand98 Ox9F = Ox67\nnand98 OxA0 = Ox7F\nnand98 OxA1 = Ox7F\nnand98 OxA2 = Ox7F\nnand98 OxA3 = Ox7F\nnand98 OxA4 = Ox7F\nnand98 OxA5 = Ox7F\nnand98 OxA6 = Ox7F\nnand98 OxA7 = Ox7F\nnand98 OxA8 = Ox77\nnand98 OxA9 = Ox77\nnand98 OxAA = Ox77\nnand98 OxAB = Ox77\nnand98 OxAC = Ox77\nnand98 OxAE = Ox77\nnand98 OxAF = Ox77\nnand98 OxB0 = Ox6F\nnand98 OxB1 = Ox6F\nnand98 OxB2 = Ox6F\nnand98 OxB3 = Ox6F\nnand98 OxB4 = Ox6F\nnand98 OxB5 = Ox6F\nnand98 OxB6 = Ox6F\nnand98 OxB7 = Ox6F\nnand98 OxB8 = Ox67\nnand98 OxB9 = Ox67\nnand98 OxBA = Ox67\nnand98 OxBB = Ox67\nnand98 OxBC = Ox67\nnand98 OxBD = Ox67\nnand98 OxBE = Ox67\nnand98 OxBF = Ox67\nnand98 OxC0 = Ox7F\nnand98 OxC1 = Ox7F\nnand98 OxC2 = Ox7F\nnand98 OxC3 = Ox7F\nnand98 OxC4 = Ox7F\nnand98 OxC5 = Ox7F\nnand98 OxC6 = Ox7F\nnand98 OxC7 = Ox7F\nnand98 OxC8 = Ox77\nnand98 OxC9 = Ox77\nnand98 OxCA = Ox77\nnand98 OxCB = Ox77\nnand98 OxCC = Ox77\nnand98 OxCD = Ox77\nnand98 OxCE = Ox77\nnand98 OxCF = Ox77\nnand98 OxD0 = Ox6F\nnand98 OxD1 = Ox6F\nnand98 OxD2 = Ox6F\nnand98 OxD3 = Ox6F\nnand98 OxD4 = Ox6F\nnand98 OxD5 = Ox6F\nnand98 OxD6 = Ox6F\nnand98 OxD7 = Ox6F\nnand98 OxD8 = Ox67\nnand98 OxD9 = Ox67\nnand98 OxDA = Ox67\nnand98 OxDB = Ox67\nnand98 OxDC = Ox67\nnand98 OxDD = Ox67\nnand98 OxDE = Ox67\nnand98 OxDF = Ox67\nnand98 OxE0 = Ox7F\nnand98 OxE1 = Ox7F\nnand98 OxE2 = Ox7F\nnand98 OxE3 = Ox7F\nnand98 OxE4 = Ox7F\nnand98 OxE5 = Ox7F\nnand98 OxE6 = Ox7F\nnand98 OxE7 = Ox7F\nnand98 OxE8 = Ox77\nnand98 OxE9 = Ox77\nnand98 OxEA = Ox77\nnand98 OxEB = Ox77\nnand98 OxEC = Ox77\nnand98 OxED = Ox77\nnand98 OxEE = Ox77\nnand98 OxEF = Ox77\nnand98 OxF0 = Ox6F\nnand98 OxF1 = Ox6F\nnand98 OxF2 = Ox6F\nnand98 OxF3 = Ox6F\nnand98 OxF4 = Ox6F\nnand98 OxF5 = Ox6F\nnand98 OxF6 = Ox6F\nnand98 OxF7 = Ox6F\nnand98 OxF8 = Ox67\nnand98 OxF9 = Ox67\nnand98 OxFA = Ox67\nnand98 OxFB = Ox67\nnand98 OxFC = Ox67\nnand98 OxFD = Ox67\nnand98 OxFE = Ox67\nnand98 OxFF = Ox67\nnand98 ____ = undefined\nnand99 Ox99 = Ox66\nnand99 Ox9A = Ox67\nnand99 Ox9B = Ox66\nnand99 Ox9C = Ox67\nnand99 Ox9D = Ox66\nnand99 Ox9E = Ox67\nnand99 Ox9F = Ox66\nnand99 OxA0 = Ox7F\nnand99 OxA1 = Ox7E\nnand99 OxA2 = Ox7F\nnand99 OxA3 = Ox7E\nnand99 OxA4 = Ox7F\nnand99 OxA5 = Ox7E\nnand99 OxA6 = Ox7F\nnand99 OxA7 = Ox7E\nnand99 OxA8 = Ox77\nnand99 OxA9 = Ox76\nnand99 OxAA = Ox77\nnand99 OxAB = Ox76\nnand99 OxAC = Ox77\nnand99 OxAE = Ox77\nnand99 OxAF = Ox76\nnand99 OxB0 = Ox6F\nnand99 OxB1 = Ox6E\nnand99 OxB2 = Ox6F\nnand99 OxB3 = Ox6E\nnand99 OxB4 = Ox6F\nnand99 OxB5 = Ox6E\nnand99 OxB6 = Ox6F\nnand99 OxB7 = Ox6E\nnand99 OxB8 = Ox67\nnand99 OxB9 = Ox66\nnand99 OxBA = Ox67\nnand99 OxBB = Ox66\nnand99 OxBC = Ox67\nnand99 OxBD = Ox66\nnand99 OxBE = Ox67\nnand99 OxBF = Ox66\nnand99 OxC0 = Ox7F\nnand99 OxC1 = Ox7E\nnand99 OxC2 = Ox7F\nnand99 OxC3 = Ox7E\nnand99 OxC4 = Ox7F\nnand99 OxC5 = Ox7E\nnand99 OxC6 = Ox7F\nnand99 OxC7 = Ox7E\nnand99 OxC8 = Ox77\nnand99 OxC9 = Ox76\nnand99 OxCA = Ox77\nnand99 OxCB = Ox76\nnand99 OxCC = Ox77\nnand99 OxCD = Ox76\nnand99 OxCE = Ox77\nnand99 OxCF = Ox76\nnand99 OxD0 = Ox6F\nnand99 OxD1 = Ox6E\nnand99 OxD2 = Ox6F\nnand99 OxD3 = Ox6E\nnand99 OxD4 = Ox6F\nnand99 OxD5 = Ox6E\nnand99 OxD6 = Ox6F\nnand99 OxD7 = Ox6E\nnand99 OxD8 = Ox67\nnand99 OxD9 = Ox66\nnand99 OxDA = Ox67\nnand99 OxDB = Ox66\nnand99 OxDC = Ox67\nnand99 OxDD = Ox66\nnand99 OxDE = Ox67\nnand99 OxDF = Ox66\nnand99 OxE0 = Ox7F\nnand99 OxE1 = Ox7E\nnand99 OxE2 = Ox7F\nnand99 OxE3 = Ox7E\nnand99 OxE4 = Ox7F\nnand99 OxE5 = Ox7E\nnand99 OxE6 = Ox7F\nnand99 OxE7 = Ox7E\nnand99 OxE8 = Ox77\nnand99 OxE9 = Ox76\nnand99 OxEA = Ox77\nnand99 OxEB = Ox76\nnand99 OxEC = Ox77\nnand99 OxED = Ox76\nnand99 OxEE = Ox77\nnand99 OxEF = Ox76\nnand99 OxF0 = Ox6F\nnand99 OxF1 = Ox6E\nnand99 OxF2 = Ox6F\nnand99 OxF3 = Ox6E\nnand99 OxF4 = Ox6F\nnand99 OxF5 = Ox6E\nnand99 OxF6 = Ox6F\nnand99 OxF7 = Ox6E\nnand99 OxF8 = Ox67\nnand99 OxF9 = Ox66\nnand99 OxFA = Ox67\nnand99 OxFB = Ox66\nnand99 OxFC = Ox67\nnand99 OxFD = Ox66\nnand99 OxFE = Ox67\nnand99 OxFF = Ox66\nnand99 ____ = undefined\nnand9A Ox9A = Ox65\nnand9A Ox9B = Ox65\nnand9A Ox9C = Ox67\nnand9A Ox9D = Ox67\nnand9A Ox9E = Ox65\nnand9A Ox9F = Ox65\nnand9A OxA0 = Ox7F\nnand9A OxA1 = Ox7F\nnand9A OxA2 = Ox7D\nnand9A OxA3 = Ox7D\nnand9A OxA4 = Ox7F\nnand9A OxA5 = Ox7F\nnand9A OxA6 = Ox7D\nnand9A OxA7 = Ox7D\nnand9A OxA8 = Ox77\nnand9A OxA9 = Ox77\nnand9A OxAA = Ox75\nnand9A OxAB = Ox75\nnand9A OxAC = Ox77\nnand9A OxAE = Ox75\nnand9A OxAF = Ox75\nnand9A OxB0 = Ox6F\nnand9A OxB1 = Ox6F\nnand9A OxB2 = Ox6D\nnand9A OxB3 = Ox6D\nnand9A OxB4 = Ox6F\nnand9A OxB5 = Ox6F\nnand9A OxB6 = Ox6D\nnand9A OxB7 = Ox6D\nnand9A OxB8 = Ox67\nnand9A OxB9 = Ox67\nnand9A OxBA = Ox65\nnand9A OxBB = Ox65\nnand9A OxBC = Ox67\nnand9A OxBD = Ox67\nnand9A OxBE = Ox65\nnand9A OxBF = Ox65\nnand9A OxC0 = Ox7F\nnand9A OxC1 = Ox7F\nnand9A OxC2 = Ox7D\nnand9A OxC3 = Ox7D\nnand9A OxC4 = Ox7F\nnand9A OxC5 = Ox7F\nnand9A OxC6 = Ox7D\nnand9A OxC7 = Ox7D\nnand9A OxC8 = Ox77\nnand9A OxC9 = Ox77\nnand9A OxCA = Ox75\nnand9A OxCB = Ox75\nnand9A OxCC = Ox77\nnand9A OxCD = Ox77\nnand9A OxCE = Ox75\nnand9A OxCF = Ox75\nnand9A OxD0 = Ox6F\nnand9A OxD1 = Ox6F\nnand9A OxD2 = Ox6D\nnand9A OxD3 = Ox6D\nnand9A OxD4 = Ox6F\nnand9A OxD5 = Ox6F\nnand9A OxD6 = Ox6D\nnand9A OxD7 = Ox6D\nnand9A OxD8 = Ox67\nnand9A OxD9 = Ox67\nnand9A OxDA = Ox65\nnand9A OxDB = Ox65\nnand9A OxDC = Ox67\nnand9A OxDD = Ox67\nnand9A OxDE = Ox65\nnand9A OxDF = Ox65\nnand9A OxE0 = Ox7F\nnand9A OxE1 = Ox7F\nnand9A OxE2 = Ox7D\nnand9A OxE3 = Ox7D\nnand9A OxE4 = Ox7F\nnand9A OxE5 = Ox7F\nnand9A OxE6 = Ox7D\nnand9A OxE7 = Ox7D\nnand9A OxE8 = Ox77\nnand9A OxE9 = Ox77\nnand9A OxEA = Ox75\nnand9A OxEB = Ox75\nnand9A OxEC = Ox77\nnand9A OxED = Ox77\nnand9A OxEE = Ox75\nnand9A OxEF = Ox75\nnand9A OxF0 = Ox6F\nnand9A OxF1 = Ox6F\nnand9A OxF2 = Ox6D\nnand9A OxF3 = Ox6D\nnand9A OxF4 = Ox6F\nnand9A OxF5 = Ox6F\nnand9A OxF6 = Ox6D\nnand9A OxF7 = Ox6D\nnand9A OxF8 = Ox67\nnand9A OxF9 = Ox67\nnand9A OxFA = Ox65\nnand9A OxFB = Ox65\nnand9A OxFC = Ox67\nnand9A OxFD = Ox67\nnand9A OxFE = Ox65\nnand9A OxFF = Ox65\nnand9A ____ = undefined\nnand9B Ox9B = Ox64\nnand9B Ox9C = Ox67\nnand9B Ox9D = Ox66\nnand9B Ox9E = Ox65\nnand9B Ox9F = Ox64\nnand9B OxA0 = Ox7F\nnand9B OxA1 = Ox7E\nnand9B OxA2 = Ox7D\nnand9B OxA3 = Ox7C\nnand9B OxA4 = Ox7F\nnand9B OxA5 = Ox7E\nnand9B OxA6 = Ox7D\nnand9B OxA7 = Ox7C\nnand9B OxA8 = Ox77\nnand9B OxA9 = Ox76\nnand9B OxAA = Ox75\nnand9B OxAB = Ox74\nnand9B OxAC = Ox77\nnand9B OxAE = Ox75\nnand9B OxAF = Ox74\nnand9B OxB0 = Ox6F\nnand9B OxB1 = Ox6E\nnand9B OxB2 = Ox6D\nnand9B OxB3 = Ox6C\nnand9B OxB4 = Ox6F\nnand9B OxB5 = Ox6E\nnand9B OxB6 = Ox6D\nnand9B OxB7 = Ox6C\nnand9B OxB8 = Ox67\nnand9B OxB9 = Ox66\nnand9B OxBA = Ox65\nnand9B OxBB = Ox64\nnand9B OxBC = Ox67\nnand9B OxBD = Ox66\nnand9B OxBE = Ox65\nnand9B OxBF = Ox64\nnand9B OxC0 = Ox7F\nnand9B OxC1 = Ox7E\nnand9B OxC2 = Ox7D\nnand9B OxC3 = Ox7C\nnand9B OxC4 = Ox7F\nnand9B OxC5 = Ox7E\nnand9B OxC6 = Ox7D\nnand9B OxC7 = Ox7C\nnand9B OxC8 = Ox77\nnand9B OxC9 = Ox76\nnand9B OxCA = Ox75\nnand9B OxCB = Ox74\nnand9B OxCC = Ox77\nnand9B OxCD = Ox76\nnand9B OxCE = Ox75\nnand9B OxCF = Ox74\nnand9B OxD0 = Ox6F\nnand9B OxD1 = Ox6E\nnand9B OxD2 = Ox6D\nnand9B OxD3 = Ox6C\nnand9B OxD4 = Ox6F\nnand9B OxD5 = Ox6E\nnand9B OxD6 = Ox6D\nnand9B OxD7 = Ox6C\nnand9B OxD8 = Ox67\nnand9B OxD9 = Ox66\nnand9B OxDA = Ox65\nnand9B OxDB = Ox64\nnand9B OxDC = Ox67\nnand9B OxDD = Ox66\nnand9B OxDE = Ox65\nnand9B OxDF = Ox64\nnand9B OxE0 = Ox7F\nnand9B OxE1 = Ox7E\nnand9B OxE2 = Ox7D\nnand9B OxE3 = Ox7C\nnand9B OxE4 = Ox7F\nnand9B OxE5 = Ox7E\nnand9B OxE6 = Ox7D\nnand9B OxE7 = Ox7C\nnand9B OxE8 = Ox77\nnand9B OxE9 = Ox76\nnand9B OxEA = Ox75\nnand9B OxEB = Ox74\nnand9B OxEC = Ox77\nnand9B OxED = Ox76\nnand9B OxEE = Ox75\nnand9B OxEF = Ox74\nnand9B OxF0 = Ox6F\nnand9B OxF1 = Ox6E\nnand9B OxF2 = Ox6D\nnand9B OxF3 = Ox6C\nnand9B OxF4 = Ox6F\nnand9B OxF5 = Ox6E\nnand9B OxF6 = Ox6D\nnand9B OxF7 = Ox6C\nnand9B OxF8 = Ox67\nnand9B OxF9 = Ox66\nnand9B OxFA = Ox65\nnand9B OxFB = Ox64\nnand9B OxFC = Ox67\nnand9B OxFD = Ox66\nnand9B OxFE = Ox65\nnand9B OxFF = Ox64\nnand9B ____ = undefined\nnand9C Ox9C = Ox63\nnand9C Ox9D = Ox63\nnand9C Ox9E = Ox63\nnand9C Ox9F = Ox63\nnand9C OxA0 = Ox7F\nnand9C OxA1 = Ox7F\nnand9C OxA2 = Ox7F\nnand9C OxA3 = Ox7F\nnand9C OxA4 = Ox7B\nnand9C OxA5 = Ox7B\nnand9C OxA6 = Ox7B\nnand9C OxA7 = Ox7B\nnand9C OxA8 = Ox77\nnand9C OxA9 = Ox77\nnand9C OxAA = Ox77\nnand9C OxAB = Ox77\nnand9C OxAC = Ox73\nnand9C OxAE = Ox73\nnand9C OxAF = Ox73\nnand9C OxB0 = Ox6F\nnand9C OxB1 = Ox6F\nnand9C OxB2 = Ox6F\nnand9C OxB3 = Ox6F\nnand9C OxB4 = Ox6B\nnand9C OxB5 = Ox6B\nnand9C OxB6 = Ox6B\nnand9C OxB7 = Ox6B\nnand9C OxB8 = Ox67\nnand9C OxB9 = Ox67\nnand9C OxBA = Ox67\nnand9C OxBB = Ox67\nnand9C OxBC = Ox63\nnand9C OxBD = Ox63\nnand9C OxBE = Ox63\nnand9C OxBF = Ox63\nnand9C OxC0 = Ox7F\nnand9C OxC1 = Ox7F\nnand9C OxC2 = Ox7F\nnand9C OxC3 = Ox7F\nnand9C OxC4 = Ox7B\nnand9C OxC5 = Ox7B\nnand9C OxC6 = Ox7B\nnand9C OxC7 = Ox7B\nnand9C OxC8 = Ox77\nnand9C OxC9 = Ox77\nnand9C OxCA = Ox77\nnand9C OxCB = Ox77\nnand9C OxCC = Ox73\nnand9C OxCD = Ox73\nnand9C OxCE = Ox73\nnand9C OxCF = Ox73\nnand9C OxD0 = Ox6F\nnand9C OxD1 = Ox6F\nnand9C OxD2 = Ox6F\nnand9C OxD3 = Ox6F\nnand9C OxD4 = Ox6B\nnand9C OxD5 = Ox6B\nnand9C OxD6 = Ox6B\nnand9C OxD7 = Ox6B\nnand9C OxD8 = Ox67\nnand9C OxD9 = Ox67\nnand9C OxDA = Ox67\nnand9C OxDB = Ox67\nnand9C OxDC = Ox63\nnand9C OxDD = Ox63\nnand9C OxDE = Ox63\nnand9C OxDF = Ox63\nnand9C OxE0 = Ox7F\nnand9C OxE1 = Ox7F\nnand9C OxE2 = Ox7F\nnand9C OxE3 = Ox7F\nnand9C OxE4 = Ox7B\nnand9C OxE5 = Ox7B\nnand9C OxE6 = Ox7B\nnand9C OxE7 = Ox7B\nnand9C OxE8 = Ox77\nnand9C OxE9 = Ox77\nnand9C OxEA = Ox77\nnand9C OxEB = Ox77\nnand9C OxEC = Ox73\nnand9C OxED = Ox73\nnand9C OxEE = Ox73\nnand9C OxEF = Ox73\nnand9C OxF0 = Ox6F\nnand9C OxF1 = Ox6F\nnand9C OxF2 = Ox6F\nnand9C OxF3 = Ox6F\nnand9C OxF4 = Ox6B\nnand9C OxF5 = Ox6B\nnand9C OxF6 = Ox6B\nnand9C OxF7 = Ox6B\nnand9C OxF8 = Ox67\nnand9C OxF9 = Ox67\nnand9C OxFA = Ox67\nnand9C OxFB = Ox67\nnand9C OxFC = Ox63\nnand9C OxFD = Ox63\nnand9C OxFE = Ox63\nnand9C OxFF = Ox63\nnand9C ____ = undefined\nnand9D Ox9D = Ox62\nnand9D Ox9E = Ox63\nnand9D Ox9F = Ox62\nnand9D OxA0 = Ox7F\nnand9D OxA1 = Ox7E\nnand9D OxA2 = Ox7F\nnand9D OxA3 = Ox7E\nnand9D OxA4 = Ox7B\nnand9D OxA5 = Ox7A\nnand9D OxA6 = Ox7B\nnand9D OxA7 = Ox7A\nnand9D OxA8 = Ox77\nnand9D OxA9 = Ox76\nnand9D OxAA = Ox77\nnand9D OxAB = Ox76\nnand9D OxAC = Ox73\nnand9D OxAE = Ox73\nnand9D OxAF = Ox72\nnand9D OxB0 = Ox6F\nnand9D OxB1 = Ox6E\nnand9D OxB2 = Ox6F\nnand9D OxB3 = Ox6E\nnand9D OxB4 = Ox6B\nnand9D OxB5 = Ox6A\nnand9D OxB6 = Ox6B\nnand9D OxB7 = Ox6A\nnand9D OxB8 = Ox67\nnand9D OxB9 = Ox66\nnand9D OxBA = Ox67\nnand9D OxBB = Ox66\nnand9D OxBC = Ox63\nnand9D OxBD = Ox62\nnand9D OxBE = Ox63\nnand9D OxBF = Ox62\nnand9D OxC0 = Ox7F\nnand9D OxC1 = Ox7E\nnand9D OxC2 = Ox7F\nnand9D OxC3 = Ox7E\nnand9D OxC4 = Ox7B\nnand9D OxC5 = Ox7A\nnand9D OxC6 = Ox7B\nnand9D OxC7 = Ox7A\nnand9D OxC8 = Ox77\nnand9D OxC9 = Ox76\nnand9D OxCA = Ox77\nnand9D OxCB = Ox76\nnand9D OxCC = Ox73\nnand9D OxCD = Ox72\nnand9D OxCE = Ox73\nnand9D OxCF = Ox72\nnand9D OxD0 = Ox6F\nnand9D OxD1 = Ox6E\nnand9D OxD2 = Ox6F\nnand9D OxD3 = Ox6E\nnand9D OxD4 = Ox6B\nnand9D OxD5 = Ox6A\nnand9D OxD6 = Ox6B\nnand9D OxD7 = Ox6A\nnand9D OxD8 = Ox67\nnand9D OxD9 = Ox66\nnand9D OxDA = Ox67\nnand9D OxDB = Ox66\nnand9D OxDC = Ox63\nnand9D OxDD = Ox62\nnand9D OxDE = Ox63\nnand9D OxDF = Ox62\nnand9D OxE0 = Ox7F\nnand9D OxE1 = Ox7E\nnand9D OxE2 = Ox7F\nnand9D OxE3 = Ox7E\nnand9D OxE4 = Ox7B\nnand9D OxE5 = Ox7A\nnand9D OxE6 = Ox7B\nnand9D OxE7 = Ox7A\nnand9D OxE8 = Ox77\nnand9D OxE9 = Ox76\nnand9D OxEA = Ox77\nnand9D OxEB = Ox76\nnand9D OxEC = Ox73\nnand9D OxED = Ox72\nnand9D OxEE = Ox73\nnand9D OxEF = Ox72\nnand9D OxF0 = Ox6F\nnand9D OxF1 = Ox6E\nnand9D OxF2 = Ox6F\nnand9D OxF3 = Ox6E\nnand9D OxF4 = Ox6B\nnand9D OxF5 = Ox6A\nnand9D OxF6 = Ox6B\nnand9D OxF7 = Ox6A\nnand9D OxF8 = Ox67\nnand9D OxF9 = Ox66\nnand9D OxFA = Ox67\nnand9D OxFB = Ox66\nnand9D OxFC = Ox63\nnand9D OxFD = Ox62\nnand9D OxFE = Ox63\nnand9D OxFF = Ox62\nnand9D ____ = undefined\nnand9E Ox9E = Ox61\nnand9E Ox9F = Ox61\nnand9E OxA0 = Ox7F\nnand9E OxA1 = Ox7F\nnand9E OxA2 = Ox7D\nnand9E OxA3 = Ox7D\nnand9E OxA4 = Ox7B\nnand9E OxA5 = Ox7B\nnand9E OxA6 = Ox79\nnand9E OxA7 = Ox79\nnand9E OxA8 = Ox77\nnand9E OxA9 = Ox77\nnand9E OxAA = Ox75\nnand9E OxAB = Ox75\nnand9E OxAC = Ox73\nnand9E OxAE = Ox71\nnand9E OxAF = Ox71\nnand9E OxB0 = Ox6F\nnand9E OxB1 = Ox6F\nnand9E OxB2 = Ox6D\nnand9E OxB3 = Ox6D\nnand9E OxB4 = Ox6B\nnand9E OxB5 = Ox6B\nnand9E OxB6 = Ox69\nnand9E OxB7 = Ox69\nnand9E OxB8 = Ox67\nnand9E OxB9 = Ox67\nnand9E OxBA = Ox65\nnand9E OxBB = Ox65\nnand9E OxBC = Ox63\nnand9E OxBD = Ox63\nnand9E OxBE = Ox61\nnand9E OxBF = Ox61\nnand9E OxC0 = Ox7F\nnand9E OxC1 = Ox7F\nnand9E OxC2 = Ox7D\nnand9E OxC3 = Ox7D\nnand9E OxC4 = Ox7B\nnand9E OxC5 = Ox7B\nnand9E OxC6 = Ox79\nnand9E OxC7 = Ox79\nnand9E OxC8 = Ox77\nnand9E OxC9 = Ox77\nnand9E OxCA = Ox75\nnand9E OxCB = Ox75\nnand9E OxCC = Ox73\nnand9E OxCD = Ox73\nnand9E OxCE = Ox71\nnand9E OxCF = Ox71\nnand9E OxD0 = Ox6F\nnand9E OxD1 = Ox6F\nnand9E OxD2 = Ox6D\nnand9E OxD3 = Ox6D\nnand9E OxD4 = Ox6B\nnand9E OxD5 = Ox6B\nnand9E OxD6 = Ox69\nnand9E OxD7 = Ox69\nnand9E OxD8 = Ox67\nnand9E OxD9 = Ox67\nnand9E OxDA = Ox65\nnand9E OxDB = Ox65\nnand9E OxDC = Ox63\nnand9E OxDD = Ox63\nnand9E OxDE = Ox61\nnand9E OxDF = Ox61\nnand9E OxE0 = Ox7F\nnand9E OxE1 = Ox7F\nnand9E OxE2 = Ox7D\nnand9E OxE3 = Ox7D\nnand9E OxE4 = Ox7B\nnand9E OxE5 = Ox7B\nnand9E OxE6 = Ox79\nnand9E OxE7 = Ox79\nnand9E OxE8 = Ox77\nnand9E OxE9 = Ox77\nnand9E OxEA = Ox75\nnand9E OxEB = Ox75\nnand9E OxEC = Ox73\nnand9E OxED = Ox73\nnand9E OxEE = Ox71\nnand9E OxEF = Ox71\nnand9E OxF0 = Ox6F\nnand9E OxF1 = Ox6F\nnand9E OxF2 = Ox6D\nnand9E OxF3 = Ox6D\nnand9E OxF4 = Ox6B\nnand9E OxF5 = Ox6B\nnand9E OxF6 = Ox69\nnand9E OxF7 = Ox69\nnand9E OxF8 = Ox67\nnand9E OxF9 = Ox67\nnand9E OxFA = Ox65\nnand9E OxFB = Ox65\nnand9E OxFC = Ox63\nnand9E OxFD = Ox63\nnand9E OxFE = Ox61\nnand9E OxFF = Ox61\nnand9E ____ = undefined\nnand9F Ox9F = Ox60\nnand9F OxA0 = Ox7F\nnand9F OxA1 = Ox7E\nnand9F OxA2 = Ox7D\nnand9F OxA3 = Ox7C\nnand9F OxA4 = Ox7B\nnand9F OxA5 = Ox7A\nnand9F OxA6 = Ox79\nnand9F OxA7 = Ox78\nnand9F OxA8 = Ox77\nnand9F OxA9 = Ox76\nnand9F OxAA = Ox75\nnand9F OxAB = Ox74\nnand9F OxAC = Ox73\nnand9F OxAE = Ox71\nnand9F OxAF = Ox70\nnand9F OxB0 = Ox6F\nnand9F OxB1 = Ox6E\nnand9F OxB2 = Ox6D\nnand9F OxB3 = Ox6C\nnand9F OxB4 = Ox6B\nnand9F OxB5 = Ox6A\nnand9F OxB6 = Ox69\nnand9F OxB7 = Ox68\nnand9F OxB8 = Ox67\nnand9F OxB9 = Ox66\nnand9F OxBA = Ox65\nnand9F OxBB = Ox64\nnand9F OxBC = Ox63\nnand9F OxBD = Ox62\nnand9F OxBE = Ox61\nnand9F OxBF = Ox60\nnand9F OxC0 = Ox7F\nnand9F OxC1 = Ox7E\nnand9F OxC2 = Ox7D\nnand9F OxC3 = Ox7C\nnand9F OxC4 = Ox7B\nnand9F OxC5 = Ox7A\nnand9F OxC6 = Ox79\nnand9F OxC7 = Ox78\nnand9F OxC8 = Ox77\nnand9F OxC9 = Ox76\nnand9F OxCA = Ox75\nnand9F OxCB = Ox74\nnand9F OxCC = Ox73\nnand9F OxCD = Ox72\nnand9F OxCE = Ox71\nnand9F OxCF = Ox70\nnand9F OxD0 = Ox6F\nnand9F OxD1 = Ox6E\nnand9F OxD2 = Ox6D\nnand9F OxD3 = Ox6C\nnand9F OxD4 = Ox6B\nnand9F OxD5 = Ox6A\nnand9F OxD6 = Ox69\nnand9F OxD7 = Ox68\nnand9F OxD8 = Ox67\nnand9F OxD9 = Ox66\nnand9F OxDA = Ox65\nnand9F OxDB = Ox64\nnand9F OxDC = Ox63\nnand9F OxDD = Ox62\nnand9F OxDE = Ox61\nnand9F OxDF = Ox60\nnand9F OxE0 = Ox7F\nnand9F OxE1 = Ox7E\nnand9F OxE2 = Ox7D\nnand9F OxE3 = Ox7C\nnand9F OxE4 = Ox7B\nnand9F OxE5 = Ox7A\nnand9F OxE6 = Ox79\nnand9F OxE7 = Ox78\nnand9F OxE8 = Ox77\nnand9F OxE9 = Ox76\nnand9F OxEA = Ox75\nnand9F OxEB = Ox74\nnand9F OxEC = Ox73\nnand9F OxED = Ox72\nnand9F OxEE = Ox71\nnand9F OxEF = Ox70\nnand9F OxF0 = Ox6F\nnand9F OxF1 = Ox6E\nnand9F OxF2 = Ox6D\nnand9F OxF3 = Ox6C\nnand9F OxF4 = Ox6B\nnand9F OxF5 = Ox6A\nnand9F OxF6 = Ox69\nnand9F OxF7 = Ox68\nnand9F OxF8 = Ox67\nnand9F OxF9 = Ox66\nnand9F OxFA = Ox65\nnand9F OxFB = Ox64\nnand9F OxFC = Ox63\nnand9F OxFD = Ox62\nnand9F OxFE = Ox61\nnand9F OxFF = Ox60\nnand9F ____ = undefined\nnandA0 OxA0 = Ox5F\nnandA0 OxA1 = Ox5F\nnandA0 OxA2 = Ox5F\nnandA0 OxA3 = Ox5F\nnandA0 OxA4 = Ox5F\nnandA0 OxA5 = Ox5F\nnandA0 OxA6 = Ox5F\nnandA0 OxA7 = Ox5F\nnandA0 OxA8 = Ox5F\nnandA0 OxA9 = Ox5F\nnandA0 OxAA = Ox5F\nnandA0 OxAB = Ox5F\nnandA0 OxAC = Ox5F\nnandA0 OxAE = Ox5F\nnandA0 OxAF = Ox5F\nnandA0 OxB0 = Ox5F\nnandA0 OxB1 = Ox5F\nnandA0 OxB2 = Ox5F\nnandA0 OxB3 = Ox5F\nnandA0 OxB4 = Ox5F\nnandA0 OxB5 = Ox5F\nnandA0 OxB6 = Ox5F\nnandA0 OxB7 = Ox5F\nnandA0 OxB8 = Ox5F\nnandA0 OxB9 = Ox5F\nnandA0 OxBA = Ox5F\nnandA0 OxBB = Ox5F\nnandA0 OxBC = Ox5F\nnandA0 OxBD = Ox5F\nnandA0 OxBE = Ox5F\nnandA0 OxBF = Ox5F\nnandA0 OxC0 = Ox7F\nnandA0 OxC1 = Ox7F\nnandA0 OxC2 = Ox7F\nnandA0 OxC3 = Ox7F\nnandA0 OxC4 = Ox7F\nnandA0 OxC5 = Ox7F\nnandA0 OxC6 = Ox7F\nnandA0 OxC7 = Ox7F\nnandA0 OxC8 = Ox7F\nnandA0 OxC9 = Ox7F\nnandA0 OxCA = Ox7F\nnandA0 OxCB = Ox7F\nnandA0 OxCC = Ox7F\nnandA0 OxCD = Ox7F\nnandA0 OxCE = Ox7F\nnandA0 OxCF = Ox7F\nnandA0 OxD0 = Ox7F\nnandA0 OxD1 = Ox7F\nnandA0 OxD2 = Ox7F\nnandA0 OxD3 = Ox7F\nnandA0 OxD4 = Ox7F\nnandA0 OxD5 = Ox7F\nnandA0 OxD6 = Ox7F\nnandA0 OxD7 = Ox7F\nnandA0 OxD8 = Ox7F\nnandA0 OxD9 = Ox7F\nnandA0 OxDA = Ox7F\nnandA0 OxDB = Ox7F\nnandA0 OxDC = Ox7F\nnandA0 OxDD = Ox7F\nnandA0 OxDE = Ox7F\nnandA0 OxDF = Ox7F\nnandA0 OxE0 = Ox5F\nnandA0 OxE1 = Ox5F\nnandA0 OxE2 = Ox5F\nnandA0 OxE3 = Ox5F\nnandA0 OxE4 = Ox5F\nnandA0 OxE5 = Ox5F\nnandA0 OxE6 = Ox5F\nnandA0 OxE7 = Ox5F\nnandA0 OxE8 = Ox5F\nnandA0 OxE9 = Ox5F\nnandA0 OxEA = Ox5F\nnandA0 OxEB = Ox5F\nnandA0 OxEC = Ox5F\nnandA0 OxED = Ox5F\nnandA0 OxEE = Ox5F\nnandA0 OxEF = Ox5F\nnandA0 OxF0 = Ox5F\nnandA0 OxF1 = Ox5F\nnandA0 OxF2 = Ox5F\nnandA0 OxF3 = Ox5F\nnandA0 OxF4 = Ox5F\nnandA0 OxF5 = Ox5F\nnandA0 OxF6 = Ox5F\nnandA0 OxF7 = Ox5F\nnandA0 OxF8 = Ox5F\nnandA0 OxF9 = Ox5F\nnandA0 OxFA = Ox5F\nnandA0 OxFB = Ox5F\nnandA0 OxFC = Ox5F\nnandA0 OxFD = Ox5F\nnandA0 OxFE = Ox5F\nnandA0 OxFF = Ox5F\nnandA0 ____ = undefined\nnandA1 OxA1 = Ox5E\nnandA1 OxA2 = Ox5F\nnandA1 OxA3 = Ox5E\nnandA1 OxA4 = Ox5F\nnandA1 OxA5 = Ox5E\nnandA1 OxA6 = Ox5F\nnandA1 OxA7 = Ox5E\nnandA1 OxA8 = Ox5F\nnandA1 OxA9 = Ox5E\nnandA1 OxAA = Ox5F\nnandA1 OxAB = Ox5E\nnandA1 OxAC = Ox5F\nnandA1 OxAE = Ox5F\nnandA1 OxAF = Ox5E\nnandA1 OxB0 = Ox5F\nnandA1 OxB1 = Ox5E\nnandA1 OxB2 = Ox5F\nnandA1 OxB3 = Ox5E\nnandA1 OxB4 = Ox5F\nnandA1 OxB5 = Ox5E\nnandA1 OxB6 = Ox5F\nnandA1 OxB7 = Ox5E\nnandA1 OxB8 = Ox5F\nnandA1 OxB9 = Ox5E\nnandA1 OxBA = Ox5F\nnandA1 OxBB = Ox5E\nnandA1 OxBC = Ox5F\nnandA1 OxBD = Ox5E\nnandA1 OxBE = Ox5F\nnandA1 OxBF = Ox5E\nnandA1 OxC0 = Ox7F\nnandA1 OxC1 = Ox7E\nnandA1 OxC2 = Ox7F\nnandA1 OxC3 = Ox7E\nnandA1 OxC4 = Ox7F\nnandA1 OxC5 = Ox7E\nnandA1 OxC6 = Ox7F\nnandA1 OxC7 = Ox7E\nnandA1 OxC8 = Ox7F\nnandA1 OxC9 = Ox7E\nnandA1 OxCA = Ox7F\nnandA1 OxCB = Ox7E\nnandA1 OxCC = Ox7F\nnandA1 OxCD = Ox7E\nnandA1 OxCE = Ox7F\nnandA1 OxCF = Ox7E\nnandA1 OxD0 = Ox7F\nnandA1 OxD1 = Ox7E\nnandA1 OxD2 = Ox7F\nnandA1 OxD3 = Ox7E\nnandA1 OxD4 = Ox7F\nnandA1 OxD5 = Ox7E\nnandA1 OxD6 = Ox7F\nnandA1 OxD7 = Ox7E\nnandA1 OxD8 = Ox7F\nnandA1 OxD9 = Ox7E\nnandA1 OxDA = Ox7F\nnandA1 OxDB = Ox7E\nnandA1 OxDC = Ox7F\nnandA1 OxDD = Ox7E\nnandA1 OxDE = Ox7F\nnandA1 OxDF = Ox7E\nnandA1 OxE0 = Ox5F\nnandA1 OxE1 = Ox5E\nnandA1 OxE2 = Ox5F\nnandA1 OxE3 = Ox5E\nnandA1 OxE4 = Ox5F\nnandA1 OxE5 = Ox5E\nnandA1 OxE6 = Ox5F\nnandA1 OxE7 = Ox5E\nnandA1 OxE8 = Ox5F\nnandA1 OxE9 = Ox5E\nnandA1 OxEA = Ox5F\nnandA1 OxEB = Ox5E\nnandA1 OxEC = Ox5F\nnandA1 OxED = Ox5E\nnandA1 OxEE = Ox5F\nnandA1 OxEF = Ox5E\nnandA1 OxF0 = Ox5F\nnandA1 OxF1 = Ox5E\nnandA1 OxF2 = Ox5F\nnandA1 OxF3 = Ox5E\nnandA1 OxF4 = Ox5F\nnandA1 OxF5 = Ox5E\nnandA1 OxF6 = Ox5F\nnandA1 OxF7 = Ox5E\nnandA1 OxF8 = Ox5F\nnandA1 OxF9 = Ox5E\nnandA1 OxFA = Ox5F\nnandA1 OxFB = Ox5E\nnandA1 OxFC = Ox5F\nnandA1 OxFD = Ox5E\nnandA1 OxFE = Ox5F\nnandA1 OxFF = Ox5E\nnandA1 ____ = undefined\nnandA2 OxA2 = Ox5D\nnandA2 OxA3 = Ox5D\nnandA2 OxA4 = Ox5F\nnandA2 OxA5 = Ox5F\nnandA2 OxA6 = Ox5D\nnandA2 OxA7 = Ox5D\nnandA2 OxA8 = Ox5F\nnandA2 OxA9 = Ox5F\nnandA2 OxAA = Ox5D\nnandA2 OxAB = Ox5D\nnandA2 OxAC = Ox5F\nnandA2 OxAE = Ox5D\nnandA2 OxAF = Ox5D\nnandA2 OxB0 = Ox5F\nnandA2 OxB1 = Ox5F\nnandA2 OxB2 = Ox5D\nnandA2 OxB3 = Ox5D\nnandA2 OxB4 = Ox5F\nnandA2 OxB5 = Ox5F\nnandA2 OxB6 = Ox5D\nnandA2 OxB7 = Ox5D\nnandA2 OxB8 = Ox5F\nnandA2 OxB9 = Ox5F\nnandA2 OxBA = Ox5D\nnandA2 OxBB = Ox5D\nnandA2 OxBC = Ox5F\nnandA2 OxBD = Ox5F\nnandA2 OxBE = Ox5D\nnandA2 OxBF = Ox5D\nnandA2 OxC0 = Ox7F\nnandA2 OxC1 = Ox7F\nnandA2 OxC2 = Ox7D\nnandA2 OxC3 = Ox7D\nnandA2 OxC4 = Ox7F\nnandA2 OxC5 = Ox7F\nnandA2 OxC6 = Ox7D\nnandA2 OxC7 = Ox7D\nnandA2 OxC8 = Ox7F\nnandA2 OxC9 = Ox7F\nnandA2 OxCA = Ox7D\nnandA2 OxCB = Ox7D\nnandA2 OxCC = Ox7F\nnandA2 OxCD = Ox7F\nnandA2 OxCE = Ox7D\nnandA2 OxCF = Ox7D\nnandA2 OxD0 = Ox7F\nnandA2 OxD1 = Ox7F\nnandA2 OxD2 = Ox7D\nnandA2 OxD3 = Ox7D\nnandA2 OxD4 = Ox7F\nnandA2 OxD5 = Ox7F\nnandA2 OxD6 = Ox7D\nnandA2 OxD7 = Ox7D\nnandA2 OxD8 = Ox7F\nnandA2 OxD9 = Ox7F\nnandA2 OxDA = Ox7D\nnandA2 OxDB = Ox7D\nnandA2 OxDC = Ox7F\nnandA2 OxDD = Ox7F\nnandA2 OxDE = Ox7D\nnandA2 OxDF = Ox7D\nnandA2 OxE0 = Ox5F\nnandA2 OxE1 = Ox5F\nnandA2 OxE2 = Ox5D\nnandA2 OxE3 = Ox5D\nnandA2 OxE4 = Ox5F\nnandA2 OxE5 = Ox5F\nnandA2 OxE6 = Ox5D\nnandA2 OxE7 = Ox5D\nnandA2 OxE8 = Ox5F\nnandA2 OxE9 = Ox5F\nnandA2 OxEA = Ox5D\nnandA2 OxEB = Ox5D\nnandA2 OxEC = Ox5F\nnandA2 OxED = Ox5F\nnandA2 OxEE = Ox5D\nnandA2 OxEF = Ox5D\nnandA2 OxF0 = Ox5F\nnandA2 OxF1 = Ox5F\nnandA2 OxF2 = Ox5D\nnandA2 OxF3 = Ox5D\nnandA2 OxF4 = Ox5F\nnandA2 OxF5 = Ox5F\nnandA2 OxF6 = Ox5D\nnandA2 OxF7 = Ox5D\nnandA2 OxF8 = Ox5F\nnandA2 OxF9 = Ox5F\nnandA2 OxFA = Ox5D\nnandA2 OxFB = Ox5D\nnandA2 OxFC = Ox5F\nnandA2 OxFD = Ox5F\nnandA2 OxFE = Ox5D\nnandA2 OxFF = Ox5D\nnandA2 ____ = undefined\nnandA3 OxA3 = Ox5C\nnandA3 OxA4 = Ox5F\nnandA3 OxA5 = Ox5E\nnandA3 OxA6 = Ox5D\nnandA3 OxA7 = Ox5C\nnandA3 OxA8 = Ox5F\nnandA3 OxA9 = Ox5E\nnandA3 OxAA = Ox5D\nnandA3 OxAB = Ox5C\nnandA3 OxAC = Ox5F\nnandA3 OxAE = Ox5D\nnandA3 OxAF = Ox5C\nnandA3 OxB0 = Ox5F\nnandA3 OxB1 = Ox5E\nnandA3 OxB2 = Ox5D\nnandA3 OxB3 = Ox5C\nnandA3 OxB4 = Ox5F\nnandA3 OxB5 = Ox5E\nnandA3 OxB6 = Ox5D\nnandA3 OxB7 = Ox5C\nnandA3 OxB8 = Ox5F\nnandA3 OxB9 = Ox5E\nnandA3 OxBA = Ox5D\nnandA3 OxBB = Ox5C\nnandA3 OxBC = Ox5F\nnandA3 OxBD = Ox5E\nnandA3 OxBE = Ox5D\nnandA3 OxBF = Ox5C\nnandA3 OxC0 = Ox7F\nnandA3 OxC1 = Ox7E\nnandA3 OxC2 = Ox7D\nnandA3 OxC3 = Ox7C\nnandA3 OxC4 = Ox7F\nnandA3 OxC5 = Ox7E\nnandA3 OxC6 = Ox7D\nnandA3 OxC7 = Ox7C\nnandA3 OxC8 = Ox7F\nnandA3 OxC9 = Ox7E\nnandA3 OxCA = Ox7D\nnandA3 OxCB = Ox7C\nnandA3 OxCC = Ox7F\nnandA3 OxCD = Ox7E\nnandA3 OxCE = Ox7D\nnandA3 OxCF = Ox7C\nnandA3 OxD0 = Ox7F\nnandA3 OxD1 = Ox7E\nnandA3 OxD2 = Ox7D\nnandA3 OxD3 = Ox7C\nnandA3 OxD4 = Ox7F\nnandA3 OxD5 = Ox7E\nnandA3 OxD6 = Ox7D\nnandA3 OxD7 = Ox7C\nnandA3 OxD8 = Ox7F\nnandA3 OxD9 = Ox7E\nnandA3 OxDA = Ox7D\nnandA3 OxDB = Ox7C\nnandA3 OxDC = Ox7F\nnandA3 OxDD = Ox7E\nnandA3 OxDE = Ox7D\nnandA3 OxDF = Ox7C\nnandA3 OxE0 = Ox5F\nnandA3 OxE1 = Ox5E\nnandA3 OxE2 = Ox5D\nnandA3 OxE3 = Ox5C\nnandA3 OxE4 = Ox5F\nnandA3 OxE5 = Ox5E\nnandA3 OxE6 = Ox5D\nnandA3 OxE7 = Ox5C\nnandA3 OxE8 = Ox5F\nnandA3 OxE9 = Ox5E\nnandA3 OxEA = Ox5D\nnandA3 OxEB = Ox5C\nnandA3 OxEC = Ox5F\nnandA3 OxED = Ox5E\nnandA3 OxEE = Ox5D\nnandA3 OxEF = Ox5C\nnandA3 OxF0 = Ox5F\nnandA3 OxF1 = Ox5E\nnandA3 OxF2 = Ox5D\nnandA3 OxF3 = Ox5C\nnandA3 OxF4 = Ox5F\nnandA3 OxF5 = Ox5E\nnandA3 OxF6 = Ox5D\nnandA3 OxF7 = Ox5C\nnandA3 OxF8 = Ox5F\nnandA3 OxF9 = Ox5E\nnandA3 OxFA = Ox5D\nnandA3 OxFB = Ox5C\nnandA3 OxFC = Ox5F\nnandA3 OxFD = Ox5E\nnandA3 OxFE = Ox5D\nnandA3 OxFF = Ox5C\nnandA3 ____ = undefined\nnandA4 OxA4 = Ox5B\nnandA4 OxA5 = Ox5B\nnandA4 OxA6 = Ox5B\nnandA4 OxA7 = Ox5B\nnandA4 OxA8 = Ox5F\nnandA4 OxA9 = Ox5F\nnandA4 OxAA = Ox5F\nnandA4 OxAB = Ox5F\nnandA4 OxAC = Ox5B\nnandA4 OxAE = Ox5B\nnandA4 OxAF = Ox5B\nnandA4 OxB0 = Ox5F\nnandA4 OxB1 = Ox5F\nnandA4 OxB2 = Ox5F\nnandA4 OxB3 = Ox5F\nnandA4 OxB4 = Ox5B\nnandA4 OxB5 = Ox5B\nnandA4 OxB6 = Ox5B\nnandA4 OxB7 = Ox5B\nnandA4 OxB8 = Ox5F\nnandA4 OxB9 = Ox5F\nnandA4 OxBA = Ox5F\nnandA4 OxBB = Ox5F\nnandA4 OxBC = Ox5B\nnandA4 OxBD = Ox5B\nnandA4 OxBE = Ox5B\nnandA4 OxBF = Ox5B\nnandA4 OxC0 = Ox7F\nnandA4 OxC1 = Ox7F\nnandA4 OxC2 = Ox7F\nnandA4 OxC3 = Ox7F\nnandA4 OxC4 = Ox7B\nnandA4 OxC5 = Ox7B\nnandA4 OxC6 = Ox7B\nnandA4 OxC7 = Ox7B\nnandA4 OxC8 = Ox7F\nnandA4 OxC9 = Ox7F\nnandA4 OxCA = Ox7F\nnandA4 OxCB = Ox7F\nnandA4 OxCC = Ox7B\nnandA4 OxCD = Ox7B\nnandA4 OxCE = Ox7B\nnandA4 OxCF = Ox7B\nnandA4 OxD0 = Ox7F\nnandA4 OxD1 = Ox7F\nnandA4 OxD2 = Ox7F\nnandA4 OxD3 = Ox7F\nnandA4 OxD4 = Ox7B\nnandA4 OxD5 = Ox7B\nnandA4 OxD6 = Ox7B\nnandA4 OxD7 = Ox7B\nnandA4 OxD8 = Ox7F\nnandA4 OxD9 = Ox7F\nnandA4 OxDA = Ox7F\nnandA4 OxDB = Ox7F\nnandA4 OxDC = Ox7B\nnandA4 OxDD = Ox7B\nnandA4 OxDE = Ox7B\nnandA4 OxDF = Ox7B\nnandA4 OxE0 = Ox5F\nnandA4 OxE1 = Ox5F\nnandA4 OxE2 = Ox5F\nnandA4 OxE3 = Ox5F\nnandA4 OxE4 = Ox5B\nnandA4 OxE5 = Ox5B\nnandA4 OxE6 = Ox5B\nnandA4 OxE7 = Ox5B\nnandA4 OxE8 = Ox5F\nnandA4 OxE9 = Ox5F\nnandA4 OxEA = Ox5F\nnandA4 OxEB = Ox5F\nnandA4 OxEC = Ox5B\nnandA4 OxED = Ox5B\nnandA4 OxEE = Ox5B\nnandA4 OxEF = Ox5B\nnandA4 OxF0 = Ox5F\nnandA4 OxF1 = Ox5F\nnandA4 OxF2 = Ox5F\nnandA4 OxF3 = Ox5F\nnandA4 OxF4 = Ox5B\nnandA4 OxF5 = Ox5B\nnandA4 OxF6 = Ox5B\nnandA4 OxF7 = Ox5B\nnandA4 OxF8 = Ox5F\nnandA4 OxF9 = Ox5F\nnandA4 OxFA = Ox5F\nnandA4 OxFB = Ox5F\nnandA4 OxFC = Ox5B\nnandA4 OxFD = Ox5B\nnandA4 OxFE = Ox5B\nnandA4 OxFF = Ox5B\nnandA4 ____ = undefined\nnandA5 OxA5 = Ox5A\nnandA5 OxA6 = Ox5B\nnandA5 OxA7 = Ox5A\nnandA5 OxA8 = Ox5F\nnandA5 OxA9 = Ox5E\nnandA5 OxAA = Ox5F\nnandA5 OxAB = Ox5E\nnandA5 OxAC = Ox5B\nnandA5 OxAE = Ox5B\nnandA5 OxAF = Ox5A\nnandA5 OxB0 = Ox5F\nnandA5 OxB1 = Ox5E\nnandA5 OxB2 = Ox5F\nnandA5 OxB3 = Ox5E\nnandA5 OxB4 = Ox5B\nnandA5 OxB5 = Ox5A\nnandA5 OxB6 = Ox5B\nnandA5 OxB7 = Ox5A\nnandA5 OxB8 = Ox5F\nnandA5 OxB9 = Ox5E\nnandA5 OxBA = Ox5F\nnandA5 OxBB = Ox5E\nnandA5 OxBC = Ox5B\nnandA5 OxBD = Ox5A\nnandA5 OxBE = Ox5B\nnandA5 OxBF = Ox5A\nnandA5 OxC0 = Ox7F\nnandA5 OxC1 = Ox7E\nnandA5 OxC2 = Ox7F\nnandA5 OxC3 = Ox7E\nnandA5 OxC4 = Ox7B\nnandA5 OxC5 = Ox7A\nnandA5 OxC6 = Ox7B\nnandA5 OxC7 = Ox7A\nnandA5 OxC8 = Ox7F\nnandA5 OxC9 = Ox7E\nnandA5 OxCA = Ox7F\nnandA5 OxCB = Ox7E\nnandA5 OxCC = Ox7B\nnandA5 OxCD = Ox7A\nnandA5 OxCE = Ox7B\nnandA5 OxCF = Ox7A\nnandA5 OxD0 = Ox7F\nnandA5 OxD1 = Ox7E\nnandA5 OxD2 = Ox7F\nnandA5 OxD3 = Ox7E\nnandA5 OxD4 = Ox7B\nnandA5 OxD5 = Ox7A\nnandA5 OxD6 = Ox7B\nnandA5 OxD7 = Ox7A\nnandA5 OxD8 = Ox7F\nnandA5 OxD9 = Ox7E\nnandA5 OxDA = Ox7F\nnandA5 OxDB = Ox7E\nnandA5 OxDC = Ox7B\nnandA5 OxDD = Ox7A\nnandA5 OxDE = Ox7B\nnandA5 OxDF = Ox7A\nnandA5 OxE0 = Ox5F\nnandA5 OxE1 = Ox5E\nnandA5 OxE2 = Ox5F\nnandA5 OxE3 = Ox5E\nnandA5 OxE4 = Ox5B\nnandA5 OxE5 = Ox5A\nnandA5 OxE6 = Ox5B\nnandA5 OxE7 = Ox5A\nnandA5 OxE8 = Ox5F\nnandA5 OxE9 = Ox5E\nnandA5 OxEA = Ox5F\nnandA5 OxEB = Ox5E\nnandA5 OxEC = Ox5B\nnandA5 OxED = Ox5A\nnandA5 OxEE = Ox5B\nnandA5 OxEF = Ox5A\nnandA5 OxF0 = Ox5F\nnandA5 OxF1 = Ox5E\nnandA5 OxF2 = Ox5F\nnandA5 OxF3 = Ox5E\nnandA5 OxF4 = Ox5B\nnandA5 OxF5 = Ox5A\nnandA5 OxF6 = Ox5B\nnandA5 OxF7 = Ox5A\nnandA5 OxF8 = Ox5F\nnandA5 OxF9 = Ox5E\nnandA5 OxFA = Ox5F\nnandA5 OxFB = Ox5E\nnandA5 OxFC = Ox5B\nnandA5 OxFD = Ox5A\nnandA5 OxFE = Ox5B\nnandA5 OxFF = Ox5A\nnandA5 ____ = undefined\nnandA6 OxA6 = Ox59\nnandA6 OxA7 = Ox59\nnandA6 OxA8 = Ox5F\nnandA6 OxA9 = Ox5F\nnandA6 OxAA = Ox5D\nnandA6 OxAB = Ox5D\nnandA6 OxAC = Ox5B\nnandA6 OxAE = Ox59\nnandA6 OxAF = Ox59\nnandA6 OxB0 = Ox5F\nnandA6 OxB1 = Ox5F\nnandA6 OxB2 = Ox5D\nnandA6 OxB3 = Ox5D\nnandA6 OxB4 = Ox5B\nnandA6 OxB5 = Ox5B\nnandA6 OxB6 = Ox59\nnandA6 OxB7 = Ox59\nnandA6 OxB8 = Ox5F\nnandA6 OxB9 = Ox5F\nnandA6 OxBA = Ox5D\nnandA6 OxBB = Ox5D\nnandA6 OxBC = Ox5B\nnandA6 OxBD = Ox5B\nnandA6 OxBE = Ox59\nnandA6 OxBF = Ox59\nnandA6 OxC0 = Ox7F\nnandA6 OxC1 = Ox7F\nnandA6 OxC2 = Ox7D\nnandA6 OxC3 = Ox7D\nnandA6 OxC4 = Ox7B\nnandA6 OxC5 = Ox7B\nnandA6 OxC6 = Ox79\nnandA6 OxC7 = Ox79\nnandA6 OxC8 = Ox7F\nnandA6 OxC9 = Ox7F\nnandA6 OxCA = Ox7D\nnandA6 OxCB = Ox7D\nnandA6 OxCC = Ox7B\nnandA6 OxCD = Ox7B\nnandA6 OxCE = Ox79\nnandA6 OxCF = Ox79\nnandA6 OxD0 = Ox7F\nnandA6 OxD1 = Ox7F\nnandA6 OxD2 = Ox7D\nnandA6 OxD3 = Ox7D\nnandA6 OxD4 = Ox7B\nnandA6 OxD5 = Ox7B\nnandA6 OxD6 = Ox79\nnandA6 OxD7 = Ox79\nnandA6 OxD8 = Ox7F\nnandA6 OxD9 = Ox7F\nnandA6 OxDA = Ox7D\nnandA6 OxDB = Ox7D\nnandA6 OxDC = Ox7B\nnandA6 OxDD = Ox7B\nnandA6 OxDE = Ox79\nnandA6 OxDF = Ox79\nnandA6 OxE0 = Ox5F\nnandA6 OxE1 = Ox5F\nnandA6 OxE2 = Ox5D\nnandA6 OxE3 = Ox5D\nnandA6 OxE4 = Ox5B\nnandA6 OxE5 = Ox5B\nnandA6 OxE6 = Ox59\nnandA6 OxE7 = Ox59\nnandA6 OxE8 = Ox5F\nnandA6 OxE9 = Ox5F\nnandA6 OxEA = Ox5D\nnandA6 OxEB = Ox5D\nnandA6 OxEC = Ox5B\nnandA6 OxED = Ox5B\nnandA6 OxEE = Ox59\nnandA6 OxEF = Ox59\nnandA6 OxF0 = Ox5F\nnandA6 OxF1 = Ox5F\nnandA6 OxF2 = Ox5D\nnandA6 OxF3 = Ox5D\nnandA6 OxF4 = Ox5B\nnandA6 OxF5 = Ox5B\nnandA6 OxF6 = Ox59\nnandA6 OxF7 = Ox59\nnandA6 OxF8 = Ox5F\nnandA6 OxF9 = Ox5F\nnandA6 OxFA = Ox5D\nnandA6 OxFB = Ox5D\nnandA6 OxFC = Ox5B\nnandA6 OxFD = Ox5B\nnandA6 OxFE = Ox59\nnandA6 OxFF = Ox59\nnandA6 ____ = undefined\nnandA7 OxA7 = Ox58\nnandA7 OxA8 = Ox5F\nnandA7 OxA9 = Ox5E\nnandA7 OxAA = Ox5D\nnandA7 OxAB = Ox5C\nnandA7 OxAC = Ox5B\nnandA7 OxAE = Ox59\nnandA7 OxAF = Ox58\nnandA7 OxB0 = Ox5F\nnandA7 OxB1 = Ox5E\nnandA7 OxB2 = Ox5D\nnandA7 OxB3 = Ox5C\nnandA7 OxB4 = Ox5B\nnandA7 OxB5 = Ox5A\nnandA7 OxB6 = Ox59\nnandA7 OxB7 = Ox58\nnandA7 OxB8 = Ox5F\nnandA7 OxB9 = Ox5E\nnandA7 OxBA = Ox5D\nnandA7 OxBB = Ox5C\nnandA7 OxBC = Ox5B\nnandA7 OxBD = Ox5A\nnandA7 OxBE = Ox59\nnandA7 OxBF = Ox58\nnandA7 OxC0 = Ox7F\nnandA7 OxC1 = Ox7E\nnandA7 OxC2 = Ox7D\nnandA7 OxC3 = Ox7C\nnandA7 OxC4 = Ox7B\nnandA7 OxC5 = Ox7A\nnandA7 OxC6 = Ox79\nnandA7 OxC7 = Ox78\nnandA7 OxC8 = Ox7F\nnandA7 OxC9 = Ox7E\nnandA7 OxCA = Ox7D\nnandA7 OxCB = Ox7C\nnandA7 OxCC = Ox7B\nnandA7 OxCD = Ox7A\nnandA7 OxCE = Ox79\nnandA7 OxCF = Ox78\nnandA7 OxD0 = Ox7F\nnandA7 OxD1 = Ox7E\nnandA7 OxD2 = Ox7D\nnandA7 OxD3 = Ox7C\nnandA7 OxD4 = Ox7B\nnandA7 OxD5 = Ox7A\nnandA7 OxD6 = Ox79\nnandA7 OxD7 = Ox78\nnandA7 OxD8 = Ox7F\nnandA7 OxD9 = Ox7E\nnandA7 OxDA = Ox7D\nnandA7 OxDB = Ox7C\nnandA7 OxDC = Ox7B\nnandA7 OxDD = Ox7A\nnandA7 OxDE = Ox79\nnandA7 OxDF = Ox78\nnandA7 OxE0 = Ox5F\nnandA7 OxE1 = Ox5E\nnandA7 OxE2 = Ox5D\nnandA7 OxE3 = Ox5C\nnandA7 OxE4 = Ox5B\nnandA7 OxE5 = Ox5A\nnandA7 OxE6 = Ox59\nnandA7 OxE7 = Ox58\nnandA7 OxE8 = Ox5F\nnandA7 OxE9 = Ox5E\nnandA7 OxEA = Ox5D\nnandA7 OxEB = Ox5C\nnandA7 OxEC = Ox5B\nnandA7 OxED = Ox5A\nnandA7 OxEE = Ox59\nnandA7 OxEF = Ox58\nnandA7 OxF0 = Ox5F\nnandA7 OxF1 = Ox5E\nnandA7 OxF2 = Ox5D\nnandA7 OxF3 = Ox5C\nnandA7 OxF4 = Ox5B\nnandA7 OxF5 = Ox5A\nnandA7 OxF6 = Ox59\nnandA7 OxF7 = Ox58\nnandA7 OxF8 = Ox5F\nnandA7 OxF9 = Ox5E\nnandA7 OxFA = Ox5D\nnandA7 OxFB = Ox5C\nnandA7 OxFC = Ox5B\nnandA7 OxFD = Ox5A\nnandA7 OxFE = Ox59\nnandA7 OxFF = Ox58\nnandA7 ____ = undefined\nnandA8 OxA8 = Ox57\nnandA8 OxA9 = Ox57\nnandA8 OxAA = Ox57\nnandA8 OxAB = Ox57\nnandA8 OxAC = Ox57\nnandA8 OxAE = Ox57\nnandA8 OxAF = Ox57\nnandA8 OxB0 = Ox5F\nnandA8 OxB1 = Ox5F\nnandA8 OxB2 = Ox5F\nnandA8 OxB3 = Ox5F\nnandA8 OxB4 = Ox5F\nnandA8 OxB5 = Ox5F\nnandA8 OxB6 = Ox5F\nnandA8 OxB7 = Ox5F\nnandA8 OxB8 = Ox57\nnandA8 OxB9 = Ox57\nnandA8 OxBA = Ox57\nnandA8 OxBB = Ox57\nnandA8 OxBC = Ox57\nnandA8 OxBD = Ox57\nnandA8 OxBE = Ox57\nnandA8 OxBF = Ox57\nnandA8 OxC0 = Ox7F\nnandA8 OxC1 = Ox7F\nnandA8 OxC2 = Ox7F\nnandA8 OxC3 = Ox7F\nnandA8 OxC4 = Ox7F\nnandA8 OxC5 = Ox7F\nnandA8 OxC6 = Ox7F\nnandA8 OxC7 = Ox7F\nnandA8 OxC8 = Ox77\nnandA8 OxC9 = Ox77\nnandA8 OxCA = Ox77\nnandA8 OxCB = Ox77\nnandA8 OxCC = Ox77\nnandA8 OxCD = Ox77\nnandA8 OxCE = Ox77\nnandA8 OxCF = Ox77\nnandA8 OxD0 = Ox7F\nnandA8 OxD1 = Ox7F\nnandA8 OxD2 = Ox7F\nnandA8 OxD3 = Ox7F\nnandA8 OxD4 = Ox7F\nnandA8 OxD5 = Ox7F\nnandA8 OxD6 = Ox7F\nnandA8 OxD7 = Ox7F\nnandA8 OxD8 = Ox77\nnandA8 OxD9 = Ox77\nnandA8 OxDA = Ox77\nnandA8 OxDB = Ox77\nnandA8 OxDC = Ox77\nnandA8 OxDD = Ox77\nnandA8 OxDE = Ox77\nnandA8 OxDF = Ox77\nnandA8 OxE0 = Ox5F\nnandA8 OxE1 = Ox5F\nnandA8 OxE2 = Ox5F\nnandA8 OxE3 = Ox5F\nnandA8 OxE4 = Ox5F\nnandA8 OxE5 = Ox5F\nnandA8 OxE6 = Ox5F\nnandA8 OxE7 = Ox5F\nnandA8 OxE8 = Ox57\nnandA8 OxE9 = Ox57\nnandA8 OxEA = Ox57\nnandA8 OxEB = Ox57\nnandA8 OxEC = Ox57\nnandA8 OxED = Ox57\nnandA8 OxEE = Ox57\nnandA8 OxEF = Ox57\nnandA8 OxF0 = Ox5F\nnandA8 OxF1 = Ox5F\nnandA8 OxF2 = Ox5F\nnandA8 OxF3 = Ox5F\nnandA8 OxF4 = Ox5F\nnandA8 OxF5 = Ox5F\nnandA8 OxF6 = Ox5F\nnandA8 OxF7 = Ox5F\nnandA8 OxF8 = Ox57\nnandA8 OxF9 = Ox57\nnandA8 OxFA = Ox57\nnandA8 OxFB = Ox57\nnandA8 OxFC = Ox57\nnandA8 OxFD = Ox57\nnandA8 OxFE = Ox57\nnandA8 OxFF = Ox57\nnandA8 ____ = undefined\nnandA9 OxA9 = Ox56\nnandA9 OxAA = Ox57\nnandA9 OxAB = Ox56\nnandA9 OxAC = Ox57\nnandA9 OxAE = Ox57\nnandA9 OxAF = Ox56\nnandA9 OxB0 = Ox5F\nnandA9 OxB1 = Ox5E\nnandA9 OxB2 = Ox5F\nnandA9 OxB3 = Ox5E\nnandA9 OxB4 = Ox5F\nnandA9 OxB5 = Ox5E\nnandA9 OxB6 = Ox5F\nnandA9 OxB7 = Ox5E\nnandA9 OxB8 = Ox57\nnandA9 OxB9 = Ox56\nnandA9 OxBA = Ox57\nnandA9 OxBB = Ox56\nnandA9 OxBC = Ox57\nnandA9 OxBD = Ox56\nnandA9 OxBE = Ox57\nnandA9 OxBF = Ox56\nnandA9 OxC0 = Ox7F\nnandA9 OxC1 = Ox7E\nnandA9 OxC2 = Ox7F\nnandA9 OxC3 = Ox7E\nnandA9 OxC4 = Ox7F\nnandA9 OxC5 = Ox7E\nnandA9 OxC6 = Ox7F\nnandA9 OxC7 = Ox7E\nnandA9 OxC8 = Ox77\nnandA9 OxC9 = Ox76\nnandA9 OxCA = Ox77\nnandA9 OxCB = Ox76\nnandA9 OxCC = Ox77\nnandA9 OxCD = Ox76\nnandA9 OxCE = Ox77\nnandA9 OxCF = Ox76\nnandA9 OxD0 = Ox7F\nnandA9 OxD1 = Ox7E\nnandA9 OxD2 = Ox7F\nnandA9 OxD3 = Ox7E\nnandA9 OxD4 = Ox7F\nnandA9 OxD5 = Ox7E\nnandA9 OxD6 = Ox7F\nnandA9 OxD7 = Ox7E\nnandA9 OxD8 = Ox77\nnandA9 OxD9 = Ox76\nnandA9 OxDA = Ox77\nnandA9 OxDB = Ox76\nnandA9 OxDC = Ox77\nnandA9 OxDD = Ox76\nnandA9 OxDE = Ox77\nnandA9 OxDF = Ox76\nnandA9 OxE0 = Ox5F\nnandA9 OxE1 = Ox5E\nnandA9 OxE2 = Ox5F\nnandA9 OxE3 = Ox5E\nnandA9 OxE4 = Ox5F\nnandA9 OxE5 = Ox5E\nnandA9 OxE6 = Ox5F\nnandA9 OxE7 = Ox5E\nnandA9 OxE8 = Ox57\nnandA9 OxE9 = Ox56\nnandA9 OxEA = Ox57\nnandA9 OxEB = Ox56\nnandA9 OxEC = Ox57\nnandA9 OxED = Ox56\nnandA9 OxEE = Ox57\nnandA9 OxEF = Ox56\nnandA9 OxF0 = Ox5F\nnandA9 OxF1 = Ox5E\nnandA9 OxF2 = Ox5F\nnandA9 OxF3 = Ox5E\nnandA9 OxF4 = Ox5F\nnandA9 OxF5 = Ox5E\nnandA9 OxF6 = Ox5F\nnandA9 OxF7 = Ox5E\nnandA9 OxF8 = Ox57\nnandA9 OxF9 = Ox56\nnandA9 OxFA = Ox57\nnandA9 OxFB = Ox56\nnandA9 OxFC = Ox57\nnandA9 OxFD = Ox56\nnandA9 OxFE = Ox57\nnandA9 OxFF = Ox56\nnandA9 ____ = undefined\nnandAA OxAA = Ox55\nnandAA OxAB = Ox55\nnandAA OxAC = Ox57\nnandAA OxAE = Ox55\nnandAA OxAF = Ox55\nnandAA OxB0 = Ox5F\nnandAA OxB1 = Ox5F\nnandAA OxB2 = Ox5D\nnandAA OxB3 = Ox5D\nnandAA OxB4 = Ox5F\nnandAA OxB5 = Ox5F\nnandAA OxB6 = Ox5D\nnandAA OxB7 = Ox5D\nnandAA OxB8 = Ox57\nnandAA OxB9 = Ox57\nnandAA OxBA = Ox55\nnandAA OxBB = Ox55\nnandAA OxBC = Ox57\nnandAA OxBD = Ox57\nnandAA OxBE = Ox55\nnandAA OxBF = Ox55\nnandAA OxC0 = Ox7F\nnandAA OxC1 = Ox7F\nnandAA OxC2 = Ox7D\nnandAA OxC3 = Ox7D\nnandAA OxC4 = Ox7F\nnandAA OxC5 = Ox7F\nnandAA OxC6 = Ox7D\nnandAA OxC7 = Ox7D\nnandAA OxC8 = Ox77\nnandAA OxC9 = Ox77\nnandAA OxCA = Ox75\nnandAA OxCB = Ox75\nnandAA OxCC = Ox77\nnandAA OxCD = Ox77\nnandAA OxCE = Ox75\nnandAA OxCF = Ox75\nnandAA OxD0 = Ox7F\nnandAA OxD1 = Ox7F\nnandAA OxD2 = Ox7D\nnandAA OxD3 = Ox7D\nnandAA OxD4 = Ox7F\nnandAA OxD5 = Ox7F\nnandAA OxD6 = Ox7D\nnandAA OxD7 = Ox7D\nnandAA OxD8 = Ox77\nnandAA OxD9 = Ox77\nnandAA OxDA = Ox75\nnandAA OxDB = Ox75\nnandAA OxDC = Ox77\nnandAA OxDD = Ox77\nnandAA OxDE = Ox75\nnandAA OxDF = Ox75\nnandAA OxE0 = Ox5F\nnandAA OxE1 = Ox5F\nnandAA OxE2 = Ox5D\nnandAA OxE3 = Ox5D\nnandAA OxE4 = Ox5F\nnandAA OxE5 = Ox5F\nnandAA OxE6 = Ox5D\nnandAA OxE7 = Ox5D\nnandAA OxE8 = Ox57\nnandAA OxE9 = Ox57\nnandAA OxEA = Ox55\nnandAA OxEB = Ox55\nnandAA OxEC = Ox57\nnandAA OxED = Ox57\nnandAA OxEE = Ox55\nnandAA OxEF = Ox55\nnandAA OxF0 = Ox5F\nnandAA OxF1 = Ox5F\nnandAA OxF2 = Ox5D\nnandAA OxF3 = Ox5D\nnandAA OxF4 = Ox5F\nnandAA OxF5 = Ox5F\nnandAA OxF6 = Ox5D\nnandAA OxF7 = Ox5D\nnandAA OxF8 = Ox57\nnandAA OxF9 = Ox57\nnandAA OxFA = Ox55\nnandAA OxFB = Ox55\nnandAA OxFC = Ox57\nnandAA OxFD = Ox57\nnandAA OxFE = Ox55\nnandAA OxFF = Ox55\nnandAA ____ = undefined\nnandAB OxAB = Ox54\nnandAB OxAC = Ox57\nnandAB OxAE = Ox55\nnandAB OxAF = Ox54\nnandAB OxB0 = Ox5F\nnandAB OxB1 = Ox5E\nnandAB OxB2 = Ox5D\nnandAB OxB3 = Ox5C\nnandAB OxB4 = Ox5F\nnandAB OxB5 = Ox5E\nnandAB OxB6 = Ox5D\nnandAB OxB7 = Ox5C\nnandAB OxB8 = Ox57\nnandAB OxB9 = Ox56\nnandAB OxBA = Ox55\nnandAB OxBB = Ox54\nnandAB OxBC = Ox57\nnandAB OxBD = Ox56\nnandAB OxBE = Ox55\nnandAB OxBF = Ox54\nnandAB OxC0 = Ox7F\nnandAB OxC1 = Ox7E\nnandAB OxC2 = Ox7D\nnandAB OxC3 = Ox7C\nnandAB OxC4 = Ox7F\nnandAB OxC5 = Ox7E\nnandAB OxC6 = Ox7D\nnandAB OxC7 = Ox7C\nnandAB OxC8 = Ox77\nnandAB OxC9 = Ox76\nnandAB OxCA = Ox75\nnandAB OxCB = Ox74\nnandAB OxCC = Ox77\nnandAB OxCD = Ox76\nnandAB OxCE = Ox75\nnandAB OxCF = Ox74\nnandAB OxD0 = Ox7F\nnandAB OxD1 = Ox7E\nnandAB OxD2 = Ox7D\nnandAB OxD3 = Ox7C\nnandAB OxD4 = Ox7F\nnandAB OxD5 = Ox7E\nnandAB OxD6 = Ox7D\nnandAB OxD7 = Ox7C\nnandAB OxD8 = Ox77\nnandAB OxD9 = Ox76\nnandAB OxDA = Ox75\nnandAB OxDB = Ox74\nnandAB OxDC = Ox77\nnandAB OxDD = Ox76\nnandAB OxDE = Ox75\nnandAB OxDF = Ox74\nnandAB OxE0 = Ox5F\nnandAB OxE1 = Ox5E\nnandAB OxE2 = Ox5D\nnandAB OxE3 = Ox5C\nnandAB OxE4 = Ox5F\nnandAB OxE5 = Ox5E\nnandAB OxE6 = Ox5D\nnandAB OxE7 = Ox5C\nnandAB OxE8 = Ox57\nnandAB OxE9 = Ox56\nnandAB OxEA = Ox55\nnandAB OxEB = Ox54\nnandAB OxEC = Ox57\nnandAB OxED = Ox56\nnandAB OxEE = Ox55\nnandAB OxEF = Ox54\nnandAB OxF0 = Ox5F\nnandAB OxF1 = Ox5E\nnandAB OxF2 = Ox5D\nnandAB OxF3 = Ox5C\nnandAB OxF4 = Ox5F\nnandAB OxF5 = Ox5E\nnandAB OxF6 = Ox5D\nnandAB OxF7 = Ox5C\nnandAB OxF8 = Ox57\nnandAB OxF9 = Ox56\nnandAB OxFA = Ox55\nnandAB OxFB = Ox54\nnandAB OxFC = Ox57\nnandAB OxFD = Ox56\nnandAB OxFE = Ox55\nnandAB OxFF = Ox54\nnandAB ____ = undefined\nnandAC OxAC = Ox53\nnandAC OxAE = Ox53\nnandAC OxAF = Ox53\nnandAC OxB0 = Ox5F\nnandAC OxB1 = Ox5F\nnandAC OxB2 = Ox5F\nnandAC OxB3 = Ox5F\nnandAC OxB4 = Ox5B\nnandAC OxB5 = Ox5B\nnandAC OxB6 = Ox5B\nnandAC OxB7 = Ox5B\nnandAC OxB8 = Ox57\nnandAC OxB9 = Ox57\nnandAC OxBA = Ox57\nnandAC OxBB = Ox57\nnandAC OxBC = Ox53\nnandAC OxBD = Ox53\nnandAC OxBE = Ox53\nnandAC OxBF = Ox53\nnandAC OxC0 = Ox7F\nnandAC OxC1 = Ox7F\nnandAC OxC2 = Ox7F\nnandAC OxC3 = Ox7F\nnandAC OxC4 = Ox7B\nnandAC OxC5 = Ox7B\nnandAC OxC6 = Ox7B\nnandAC OxC7 = Ox7B\nnandAC OxC8 = Ox77\nnandAC OxC9 = Ox77\nnandAC OxCA = Ox77\nnandAC OxCB = Ox77\nnandAC OxCC = Ox73\nnandAC OxCD = Ox73\nnandAC OxCE = Ox73\nnandAC OxCF = Ox73\nnandAC OxD0 = Ox7F\nnandAC OxD1 = Ox7F\nnandAC OxD2 = Ox7F\nnandAC OxD3 = Ox7F\nnandAC OxD4 = Ox7B\nnandAC OxD5 = Ox7B\nnandAC OxD6 = Ox7B\nnandAC OxD7 = Ox7B\nnandAC OxD8 = Ox77\nnandAC OxD9 = Ox77\nnandAC OxDA = Ox77\nnandAC OxDB = Ox77\nnandAC OxDC = Ox73\nnandAC OxDD = Ox73\nnandAC OxDE = Ox73\nnandAC OxDF = Ox73\nnandAC OxE0 = Ox5F\nnandAC OxE1 = Ox5F\nnandAC OxE2 = Ox5F\nnandAC OxE3 = Ox5F\nnandAC OxE4 = Ox5B\nnandAC OxE5 = Ox5B\nnandAC OxE6 = Ox5B\nnandAC OxE7 = Ox5B\nnandAC OxE8 = Ox57\nnandAC OxE9 = Ox57\nnandAC OxEA = Ox57\nnandAC OxEB = Ox57\nnandAC OxEC = Ox53\nnandAC OxED = Ox53\nnandAC OxEE = Ox53\nnandAC OxEF = Ox53\nnandAC OxF0 = Ox5F\nnandAC OxF1 = Ox5F\nnandAC OxF2 = Ox5F\nnandAC OxF3 = Ox5F\nnandAC OxF4 = Ox5B\nnandAC OxF5 = Ox5B\nnandAC OxF6 = Ox5B\nnandAC OxF7 = Ox5B\nnandAC OxF8 = Ox57\nnandAC OxF9 = Ox57\nnandAC OxFA = Ox57\nnandAC OxFB = Ox57\nnandAC OxFC = Ox53\nnandAC OxFD = Ox53\nnandAC OxFE = Ox53\nnandAC OxFF = Ox53\nnandAC ____ = undefined\nnandAE OxAE = Ox51\nnandAE OxAF = Ox51\nnandAE OxB0 = Ox5F\nnandAE OxB1 = Ox5F\nnandAE OxB2 = Ox5D\nnandAE OxB3 = Ox5D\nnandAE OxB4 = Ox5B\nnandAE OxB5 = Ox5B\nnandAE OxB6 = Ox59\nnandAE OxB7 = Ox59\nnandAE OxB8 = Ox57\nnandAE OxB9 = Ox57\nnandAE OxBA = Ox55\nnandAE OxBB = Ox55\nnandAE OxBC = Ox53\nnandAE OxBD = Ox53\nnandAE OxBE = Ox51\nnandAE OxBF = Ox51\nnandAE OxC0 = Ox7F\nnandAE OxC1 = Ox7F\nnandAE OxC2 = Ox7D\nnandAE OxC3 = Ox7D\nnandAE OxC4 = Ox7B\nnandAE OxC5 = Ox7B\nnandAE OxC6 = Ox79\nnandAE OxC7 = Ox79\nnandAE OxC8 = Ox77\nnandAE OxC9 = Ox77\nnandAE OxCA = Ox75\nnandAE OxCB = Ox75\nnandAE OxCC = Ox73\nnandAE OxCD = Ox73\nnandAE OxCE = Ox71\nnandAE OxCF = Ox71\nnandAE OxD0 = Ox7F\nnandAE OxD1 = Ox7F\nnandAE OxD2 = Ox7D\nnandAE OxD3 = Ox7D\nnandAE OxD4 = Ox7B\nnandAE OxD5 = Ox7B\nnandAE OxD6 = Ox79\nnandAE OxD7 = Ox79\nnandAE OxD8 = Ox77\nnandAE OxD9 = Ox77\nnandAE OxDA = Ox75\nnandAE OxDB = Ox75\nnandAE OxDC = Ox73\nnandAE OxDD = Ox73\nnandAE OxDE = Ox71\nnandAE OxDF = Ox71\nnandAE OxE0 = Ox5F\nnandAE OxE1 = Ox5F\nnandAE OxE2 = Ox5D\nnandAE OxE3 = Ox5D\nnandAE OxE4 = Ox5B\nnandAE OxE5 = Ox5B\nnandAE OxE6 = Ox59\nnandAE OxE7 = Ox59\nnandAE OxE8 = Ox57\nnandAE OxE9 = Ox57\nnandAE OxEA = Ox55\nnandAE OxEB = Ox55\nnandAE OxEC = Ox53\nnandAE OxED = Ox53\nnandAE OxEE = Ox51\nnandAE OxEF = Ox51\nnandAE OxF0 = Ox5F\nnandAE OxF1 = Ox5F\nnandAE OxF2 = Ox5D\nnandAE OxF3 = Ox5D\nnandAE OxF4 = Ox5B\nnandAE OxF5 = Ox5B\nnandAE OxF6 = Ox59\nnandAE OxF7 = Ox59\nnandAE OxF8 = Ox57\nnandAE OxF9 = Ox57\nnandAE OxFA = Ox55\nnandAE OxFB = Ox55\nnandAE OxFC = Ox53\nnandAE OxFD = Ox53\nnandAE OxFE = Ox51\nnandAE OxFF = Ox51\nnandAE ____ = undefined\nnandAF OxAF = Ox50\nnandAF OxB0 = Ox5F\nnandAF OxB1 = Ox5E\nnandAF OxB2 = Ox5D\nnandAF OxB3 = Ox5C\nnandAF OxB4 = Ox5B\nnandAF OxB5 = Ox5A\nnandAF OxB6 = Ox59\nnandAF OxB7 = Ox58\nnandAF OxB8 = Ox57\nnandAF OxB9 = Ox56\nnandAF OxBA = Ox55\nnandAF OxBB = Ox54\nnandAF OxBC = Ox53\nnandAF OxBD = Ox52\nnandAF OxBE = Ox51\nnandAF OxBF = Ox50\nnandAF OxC0 = Ox7F\nnandAF OxC1 = Ox7E\nnandAF OxC2 = Ox7D\nnandAF OxC3 = Ox7C\nnandAF OxC4 = Ox7B\nnandAF OxC5 = Ox7A\nnandAF OxC6 = Ox79\nnandAF OxC7 = Ox78\nnandAF OxC8 = Ox77\nnandAF OxC9 = Ox76\nnandAF OxCA = Ox75\nnandAF OxCB = Ox74\nnandAF OxCC = Ox73\nnandAF OxCD = Ox72\nnandAF OxCE = Ox71\nnandAF OxCF = Ox70\nnandAF OxD0 = Ox7F\nnandAF OxD1 = Ox7E\nnandAF OxD2 = Ox7D\nnandAF OxD3 = Ox7C\nnandAF OxD4 = Ox7B\nnandAF OxD5 = Ox7A\nnandAF OxD6 = Ox79\nnandAF OxD7 = Ox78\nnandAF OxD8 = Ox77\nnandAF OxD9 = Ox76\nnandAF OxDA = Ox75\nnandAF OxDB = Ox74\nnandAF OxDC = Ox73\nnandAF OxDD = Ox72\nnandAF OxDE = Ox71\nnandAF OxDF = Ox70\nnandAF OxE0 = Ox5F\nnandAF OxE1 = Ox5E\nnandAF OxE2 = Ox5D\nnandAF OxE3 = Ox5C\nnandAF OxE4 = Ox5B\nnandAF OxE5 = Ox5A\nnandAF OxE6 = Ox59\nnandAF OxE7 = Ox58\nnandAF OxE8 = Ox57\nnandAF OxE9 = Ox56\nnandAF OxEA = Ox55\nnandAF OxEB = Ox54\nnandAF OxEC = Ox53\nnandAF OxED = Ox52\nnandAF OxEE = Ox51\nnandAF OxEF = Ox50\nnandAF OxF0 = Ox5F\nnandAF OxF1 = Ox5E\nnandAF OxF2 = Ox5D\nnandAF OxF3 = Ox5C\nnandAF OxF4 = Ox5B\nnandAF OxF5 = Ox5A\nnandAF OxF6 = Ox59\nnandAF OxF7 = Ox58\nnandAF OxF8 = Ox57\nnandAF OxF9 = Ox56\nnandAF OxFA = Ox55\nnandAF OxFB = Ox54\nnandAF OxFC = Ox53\nnandAF OxFD = Ox52\nnandAF OxFE = Ox51\nnandAF OxFF = Ox50\nnandAF ____ = undefined\nnandB0 OxB0 = Ox4F\nnandB0 OxB1 = Ox4F\nnandB0 OxB2 = Ox4F\nnandB0 OxB3 = Ox4F\nnandB0 OxB4 = Ox4F\nnandB0 OxB5 = Ox4F\nnandB0 OxB6 = Ox4F\nnandB0 OxB7 = Ox4F\nnandB0 OxB8 = Ox4F\nnandB0 OxB9 = Ox4F\nnandB0 OxBA = Ox4F\nnandB0 OxBB = Ox4F\nnandB0 OxBC = Ox4F\nnandB0 OxBD = Ox4F\nnandB0 OxBE = Ox4F\nnandB0 OxBF = Ox4F\nnandB0 OxC0 = Ox7F\nnandB0 OxC1 = Ox7F\nnandB0 OxC2 = Ox7F\nnandB0 OxC3 = Ox7F\nnandB0 OxC4 = Ox7F\nnandB0 OxC5 = Ox7F\nnandB0 OxC6 = Ox7F\nnandB0 OxC7 = Ox7F\nnandB0 OxC8 = Ox7F\nnandB0 OxC9 = Ox7F\nnandB0 OxCA = Ox7F\nnandB0 OxCB = Ox7F\nnandB0 OxCC = Ox7F\nnandB0 OxCD = Ox7F\nnandB0 OxCE = Ox7F\nnandB0 OxCF = Ox7F\nnandB0 OxD0 = Ox6F\nnandB0 OxD1 = Ox6F\nnandB0 OxD2 = Ox6F\nnandB0 OxD3 = Ox6F\nnandB0 OxD4 = Ox6F\nnandB0 OxD5 = Ox6F\nnandB0 OxD6 = Ox6F\nnandB0 OxD7 = Ox6F\nnandB0 OxD8 = Ox6F\nnandB0 OxD9 = Ox6F\nnandB0 OxDA = Ox6F\nnandB0 OxDB = Ox6F\nnandB0 OxDC = Ox6F\nnandB0 OxDD = Ox6F\nnandB0 OxDE = Ox6F\nnandB0 OxDF = Ox6F\nnandB0 OxE0 = Ox5F\nnandB0 OxE1 = Ox5F\nnandB0 OxE2 = Ox5F\nnandB0 OxE3 = Ox5F\nnandB0 OxE4 = Ox5F\nnandB0 OxE5 = Ox5F\nnandB0 OxE6 = Ox5F\nnandB0 OxE7 = Ox5F\nnandB0 OxE8 = Ox5F\nnandB0 OxE9 = Ox5F\nnandB0 OxEA = Ox5F\nnandB0 OxEB = Ox5F\nnandB0 OxEC = Ox5F\nnandB0 OxED = Ox5F\nnandB0 OxEE = Ox5F\nnandB0 OxEF = Ox5F\nnandB0 OxF0 = Ox4F\nnandB0 OxF1 = Ox4F\nnandB0 OxF2 = Ox4F\nnandB0 OxF3 = Ox4F\nnandB0 OxF4 = Ox4F\nnandB0 OxF5 = Ox4F\nnandB0 OxF6 = Ox4F\nnandB0 OxF7 = Ox4F\nnandB0 OxF8 = Ox4F\nnandB0 OxF9 = Ox4F\nnandB0 OxFA = Ox4F\nnandB0 OxFB = Ox4F\nnandB0 OxFC = Ox4F\nnandB0 OxFD = Ox4F\nnandB0 OxFE = Ox4F\nnandB0 OxFF = Ox4F\nnandB0 ____ = undefined\nnandB1 OxB1 = Ox4E\nnandB1 OxB2 = Ox4F\nnandB1 OxB3 = Ox4E\nnandB1 OxB4 = Ox4F\nnandB1 OxB5 = Ox4E\nnandB1 OxB6 = Ox4F\nnandB1 OxB7 = Ox4E\nnandB1 OxB8 = Ox4F\nnandB1 OxB9 = Ox4E\nnandB1 OxBA = Ox4F\nnandB1 OxBB = Ox4E\nnandB1 OxBC = Ox4F\nnandB1 OxBD = Ox4E\nnandB1 OxBE = Ox4F\nnandB1 OxBF = Ox4E\nnandB1 OxC0 = Ox7F\nnandB1 OxC1 = Ox7E\nnandB1 OxC2 = Ox7F\nnandB1 OxC3 = Ox7E\nnandB1 OxC4 = Ox7F\nnandB1 OxC5 = Ox7E\nnandB1 OxC6 = Ox7F\nnandB1 OxC7 = Ox7E\nnandB1 OxC8 = Ox7F\nnandB1 OxC9 = Ox7E\nnandB1 OxCA = Ox7F\nnandB1 OxCB = Ox7E\nnandB1 OxCC = Ox7F\nnandB1 OxCD = Ox7E\nnandB1 OxCE = Ox7F\nnandB1 OxCF = Ox7E\nnandB1 OxD0 = Ox6F\nnandB1 OxD1 = Ox6E\nnandB1 OxD2 = Ox6F\nnandB1 OxD3 = Ox6E\nnandB1 OxD4 = Ox6F\nnandB1 OxD5 = Ox6E\nnandB1 OxD6 = Ox6F\nnandB1 OxD7 = Ox6E\nnandB1 OxD8 = Ox6F\nnandB1 OxD9 = Ox6E\nnandB1 OxDA = Ox6F\nnandB1 OxDB = Ox6E\nnandB1 OxDC = Ox6F\nnandB1 OxDD = Ox6E\nnandB1 OxDE = Ox6F\nnandB1 OxDF = Ox6E\nnandB1 OxE0 = Ox5F\nnandB1 OxE1 = Ox5E\nnandB1 OxE2 = Ox5F\nnandB1 OxE3 = Ox5E\nnandB1 OxE4 = Ox5F\nnandB1 OxE5 = Ox5E\nnandB1 OxE6 = Ox5F\nnandB1 OxE7 = Ox5E\nnandB1 OxE8 = Ox5F\nnandB1 OxE9 = Ox5E\nnandB1 OxEA = Ox5F\nnandB1 OxEB = Ox5E\nnandB1 OxEC = Ox5F\nnandB1 OxED = Ox5E\nnandB1 OxEE = Ox5F\nnandB1 OxEF = Ox5E\nnandB1 OxF0 = Ox4F\nnandB1 OxF1 = Ox4E\nnandB1 OxF2 = Ox4F\nnandB1 OxF3 = Ox4E\nnandB1 OxF4 = Ox4F\nnandB1 OxF5 = Ox4E\nnandB1 OxF6 = Ox4F\nnandB1 OxF7 = Ox4E\nnandB1 OxF8 = Ox4F\nnandB1 OxF9 = Ox4E\nnandB1 OxFA = Ox4F\nnandB1 OxFB = Ox4E\nnandB1 OxFC = Ox4F\nnandB1 OxFD = Ox4E\nnandB1 OxFE = Ox4F\nnandB1 OxFF = Ox4E\nnandB1 ____ = undefined\nnandB2 OxB2 = Ox4D\nnandB2 OxB3 = Ox4D\nnandB2 OxB4 = Ox4F\nnandB2 OxB5 = Ox4F\nnandB2 OxB6 = Ox4D\nnandB2 OxB7 = Ox4D\nnandB2 OxB8 = Ox4F\nnandB2 OxB9 = Ox4F\nnandB2 OxBA = Ox4D\nnandB2 OxBB = Ox4D\nnandB2 OxBC = Ox4F\nnandB2 OxBD = Ox4F\nnandB2 OxBE = Ox4D\nnandB2 OxBF = Ox4D\nnandB2 OxC0 = Ox7F\nnandB2 OxC1 = Ox7F\nnandB2 OxC2 = Ox7D\nnandB2 OxC3 = Ox7D\nnandB2 OxC4 = Ox7F\nnandB2 OxC5 = Ox7F\nnandB2 OxC6 = Ox7D\nnandB2 OxC7 = Ox7D\nnandB2 OxC8 = Ox7F\nnandB2 OxC9 = Ox7F\nnandB2 OxCA = Ox7D\nnandB2 OxCB = Ox7D\nnandB2 OxCC = Ox7F\nnandB2 OxCD = Ox7F\nnandB2 OxCE = Ox7D\nnandB2 OxCF = Ox7D\nnandB2 OxD0 = Ox6F\nnandB2 OxD1 = Ox6F\nnandB2 OxD2 = Ox6D\nnandB2 OxD3 = Ox6D\nnandB2 OxD4 = Ox6F\nnandB2 OxD5 = Ox6F\nnandB2 OxD6 = Ox6D\nnandB2 OxD7 = Ox6D\nnandB2 OxD8 = Ox6F\nnandB2 OxD9 = Ox6F\nnandB2 OxDA = Ox6D\nnandB2 OxDB = Ox6D\nnandB2 OxDC = Ox6F\nnandB2 OxDD = Ox6F\nnandB2 OxDE = Ox6D\nnandB2 OxDF = Ox6D\nnandB2 OxE0 = Ox5F\nnandB2 OxE1 = Ox5F\nnandB2 OxE2 = Ox5D\nnandB2 OxE3 = Ox5D\nnandB2 OxE4 = Ox5F\nnandB2 OxE5 = Ox5F\nnandB2 OxE6 = Ox5D\nnandB2 OxE7 = Ox5D\nnandB2 OxE8 = Ox5F\nnandB2 OxE9 = Ox5F\nnandB2 OxEA = Ox5D\nnandB2 OxEB = Ox5D\nnandB2 OxEC = Ox5F\nnandB2 OxED = Ox5F\nnandB2 OxEE = Ox5D\nnandB2 OxEF = Ox5D\nnandB2 OxF0 = Ox4F\nnandB2 OxF1 = Ox4F\nnandB2 OxF2 = Ox4D\nnandB2 OxF3 = Ox4D\nnandB2 OxF4 = Ox4F\nnandB2 OxF5 = Ox4F\nnandB2 OxF6 = Ox4D\nnandB2 OxF7 = Ox4D\nnandB2 OxF8 = Ox4F\nnandB2 OxF9 = Ox4F\nnandB2 OxFA = Ox4D\nnandB2 OxFB = Ox4D\nnandB2 OxFC = Ox4F\nnandB2 OxFD = Ox4F\nnandB2 OxFE = Ox4D\nnandB2 OxFF = Ox4D\nnandB2 ____ = undefined\nnandB3 OxB3 = Ox4C\nnandB3 OxB4 = Ox4F\nnandB3 OxB5 = Ox4E\nnandB3 OxB6 = Ox4D\nnandB3 OxB7 = Ox4C\nnandB3 OxB8 = Ox4F\nnandB3 OxB9 = Ox4E\nnandB3 OxBA = Ox4D\nnandB3 OxBB = Ox4C\nnandB3 OxBC = Ox4F\nnandB3 OxBD = Ox4E\nnandB3 OxBE = Ox4D\nnandB3 OxBF = Ox4C\nnandB3 OxC0 = Ox7F\nnandB3 OxC1 = Ox7E\nnandB3 OxC2 = Ox7D\nnandB3 OxC3 = Ox7C\nnandB3 OxC4 = Ox7F\nnandB3 OxC5 = Ox7E\nnandB3 OxC6 = Ox7D\nnandB3 OxC7 = Ox7C\nnandB3 OxC8 = Ox7F\nnandB3 OxC9 = Ox7E\nnandB3 OxCA = Ox7D\nnandB3 OxCB = Ox7C\nnandB3 OxCC = Ox7F\nnandB3 OxCD = Ox7E\nnandB3 OxCE = Ox7D\nnandB3 OxCF = Ox7C\nnandB3 OxD0 = Ox6F\nnandB3 OxD1 = Ox6E\nnandB3 OxD2 = Ox6D\nnandB3 OxD3 = Ox6C\nnandB3 OxD4 = Ox6F\nnandB3 OxD5 = Ox6E\nnandB3 OxD6 = Ox6D\nnandB3 OxD7 = Ox6C\nnandB3 OxD8 = Ox6F\nnandB3 OxD9 = Ox6E\nnandB3 OxDA = Ox6D\nnandB3 OxDB = Ox6C\nnandB3 OxDC = Ox6F\nnandB3 OxDD = Ox6E\nnandB3 OxDE = Ox6D\nnandB3 OxDF = Ox6C\nnandB3 OxE0 = Ox5F\nnandB3 OxE1 = Ox5E\nnandB3 OxE2 = Ox5D\nnandB3 OxE3 = Ox5C\nnandB3 OxE4 = Ox5F\nnandB3 OxE5 = Ox5E\nnandB3 OxE6 = Ox5D\nnandB3 OxE7 = Ox5C\nnandB3 OxE8 = Ox5F\nnandB3 OxE9 = Ox5E\nnandB3 OxEA = Ox5D\nnandB3 OxEB = Ox5C\nnandB3 OxEC = Ox5F\nnandB3 OxED = Ox5E\nnandB3 OxEE = Ox5D\nnandB3 OxEF = Ox5C\nnandB3 OxF0 = Ox4F\nnandB3 OxF1 = Ox4E\nnandB3 OxF2 = Ox4D\nnandB3 OxF3 = Ox4C\nnandB3 OxF4 = Ox4F\nnandB3 OxF5 = Ox4E\nnandB3 OxF6 = Ox4D\nnandB3 OxF7 = Ox4C\nnandB3 OxF8 = Ox4F\nnandB3 OxF9 = Ox4E\nnandB3 OxFA = Ox4D\nnandB3 OxFB = Ox4C\nnandB3 OxFC = Ox4F\nnandB3 OxFD = Ox4E\nnandB3 OxFE = Ox4D\nnandB3 OxFF = Ox4C\nnandB3 ____ = undefined\nnandB4 OxB4 = Ox4B\nnandB4 OxB5 = Ox4B\nnandB4 OxB6 = Ox4B\nnandB4 OxB7 = Ox4B\nnandB4 OxB8 = Ox4F\nnandB4 OxB9 = Ox4F\nnandB4 OxBA = Ox4F\nnandB4 OxBB = Ox4F\nnandB4 OxBC = Ox4B\nnandB4 OxBD = Ox4B\nnandB4 OxBE = Ox4B\nnandB4 OxBF = Ox4B\nnandB4 OxC0 = Ox7F\nnandB4 OxC1 = Ox7F\nnandB4 OxC2 = Ox7F\nnandB4 OxC3 = Ox7F\nnandB4 OxC4 = Ox7B\nnandB4 OxC5 = Ox7B\nnandB4 OxC6 = Ox7B\nnandB4 OxC7 = Ox7B\nnandB4 OxC8 = Ox7F\nnandB4 OxC9 = Ox7F\nnandB4 OxCA = Ox7F\nnandB4 OxCB = Ox7F\nnandB4 OxCC = Ox7B\nnandB4 OxCD = Ox7B\nnandB4 OxCE = Ox7B\nnandB4 OxCF = Ox7B\nnandB4 OxD0 = Ox6F\nnandB4 OxD1 = Ox6F\nnandB4 OxD2 = Ox6F\nnandB4 OxD3 = Ox6F\nnandB4 OxD4 = Ox6B\nnandB4 OxD5 = Ox6B\nnandB4 OxD6 = Ox6B\nnandB4 OxD7 = Ox6B\nnandB4 OxD8 = Ox6F\nnandB4 OxD9 = Ox6F\nnandB4 OxDA = Ox6F\nnandB4 OxDB = Ox6F\nnandB4 OxDC = Ox6B\nnandB4 OxDD = Ox6B\nnandB4 OxDE = Ox6B\nnandB4 OxDF = Ox6B\nnandB4 OxE0 = Ox5F\nnandB4 OxE1 = Ox5F\nnandB4 OxE2 = Ox5F\nnandB4 OxE3 = Ox5F\nnandB4 OxE4 = Ox5B\nnandB4 OxE5 = Ox5B\nnandB4 OxE6 = Ox5B\nnandB4 OxE7 = Ox5B\nnandB4 OxE8 = Ox5F\nnandB4 OxE9 = Ox5F\nnandB4 OxEA = Ox5F\nnandB4 OxEB = Ox5F\nnandB4 OxEC = Ox5B\nnandB4 OxED = Ox5B\nnandB4 OxEE = Ox5B\nnandB4 OxEF = Ox5B\nnandB4 OxF0 = Ox4F\nnandB4 OxF1 = Ox4F\nnandB4 OxF2 = Ox4F\nnandB4 OxF3 = Ox4F\nnandB4 OxF4 = Ox4B\nnandB4 OxF5 = Ox4B\nnandB4 OxF6 = Ox4B\nnandB4 OxF7 = Ox4B\nnandB4 OxF8 = Ox4F\nnandB4 OxF9 = Ox4F\nnandB4 OxFA = Ox4F\nnandB4 OxFB = Ox4F\nnandB4 OxFC = Ox4B\nnandB4 OxFD = Ox4B\nnandB4 OxFE = Ox4B\nnandB4 OxFF = Ox4B\nnandB4 ____ = undefined\nnandB5 OxB5 = Ox4A\nnandB5 OxB6 = Ox4B\nnandB5 OxB7 = Ox4A\nnandB5 OxB8 = Ox4F\nnandB5 OxB9 = Ox4E\nnandB5 OxBA = Ox4F\nnandB5 OxBB = Ox4E\nnandB5 OxBC = Ox4B\nnandB5 OxBD = Ox4A\nnandB5 OxBE = Ox4B\nnandB5 OxBF = Ox4A\nnandB5 OxC0 = Ox7F\nnandB5 OxC1 = Ox7E\nnandB5 OxC2 = Ox7F\nnandB5 OxC3 = Ox7E\nnandB5 OxC4 = Ox7B\nnandB5 OxC5 = Ox7A\nnandB5 OxC6 = Ox7B\nnandB5 OxC7 = Ox7A\nnandB5 OxC8 = Ox7F\nnandB5 OxC9 = Ox7E\nnandB5 OxCA = Ox7F\nnandB5 OxCB = Ox7E\nnandB5 OxCC = Ox7B\nnandB5 OxCD = Ox7A\nnandB5 OxCE = Ox7B\nnandB5 OxCF = Ox7A\nnandB5 OxD0 = Ox6F\nnandB5 OxD1 = Ox6E\nnandB5 OxD2 = Ox6F\nnandB5 OxD3 = Ox6E\nnandB5 OxD4 = Ox6B\nnandB5 OxD5 = Ox6A\nnandB5 OxD6 = Ox6B\nnandB5 OxD7 = Ox6A\nnandB5 OxD8 = Ox6F\nnandB5 OxD9 = Ox6E\nnandB5 OxDA = Ox6F\nnandB5 OxDB = Ox6E\nnandB5 OxDC = Ox6B\nnandB5 OxDD = Ox6A\nnandB5 OxDE = Ox6B\nnandB5 OxDF = Ox6A\nnandB5 OxE0 = Ox5F\nnandB5 OxE1 = Ox5E\nnandB5 OxE2 = Ox5F\nnandB5 OxE3 = Ox5E\nnandB5 OxE4 = Ox5B\nnandB5 OxE5 = Ox5A\nnandB5 OxE6 = Ox5B\nnandB5 OxE7 = Ox5A\nnandB5 OxE8 = Ox5F\nnandB5 OxE9 = Ox5E\nnandB5 OxEA = Ox5F\nnandB5 OxEB = Ox5E\nnandB5 OxEC = Ox5B\nnandB5 OxED = Ox5A\nnandB5 OxEE = Ox5B\nnandB5 OxEF = Ox5A\nnandB5 OxF0 = Ox4F\nnandB5 OxF1 = Ox4E\nnandB5 OxF2 = Ox4F\nnandB5 OxF3 = Ox4E\nnandB5 OxF4 = Ox4B\nnandB5 OxF5 = Ox4A\nnandB5 OxF6 = Ox4B\nnandB5 OxF7 = Ox4A\nnandB5 OxF8 = Ox4F\nnandB5 OxF9 = Ox4E\nnandB5 OxFA = Ox4F\nnandB5 OxFB = Ox4E\nnandB5 OxFC = Ox4B\nnandB5 OxFD = Ox4A\nnandB5 OxFE = Ox4B\nnandB5 OxFF = Ox4A\nnandB5 ____ = undefined\nnandB6 OxB6 = Ox49\nnandB6 OxB7 = Ox49\nnandB6 OxB8 = Ox4F\nnandB6 OxB9 = Ox4F\nnandB6 OxBA = Ox4D\nnandB6 OxBB = Ox4D\nnandB6 OxBC = Ox4B\nnandB6 OxBD = Ox4B\nnandB6 OxBE = Ox49\nnandB6 OxBF = Ox49\nnandB6 OxC0 = Ox7F\nnandB6 OxC1 = Ox7F\nnandB6 OxC2 = Ox7D\nnandB6 OxC3 = Ox7D\nnandB6 OxC4 = Ox7B\nnandB6 OxC5 = Ox7B\nnandB6 OxC6 = Ox79\nnandB6 OxC7 = Ox79\nnandB6 OxC8 = Ox7F\nnandB6 OxC9 = Ox7F\nnandB6 OxCA = Ox7D\nnandB6 OxCB = Ox7D\nnandB6 OxCC = Ox7B\nnandB6 OxCD = Ox7B\nnandB6 OxCE = Ox79\nnandB6 OxCF = Ox79\nnandB6 OxD0 = Ox6F\nnandB6 OxD1 = Ox6F\nnandB6 OxD2 = Ox6D\nnandB6 OxD3 = Ox6D\nnandB6 OxD4 = Ox6B\nnandB6 OxD5 = Ox6B\nnandB6 OxD6 = Ox69\nnandB6 OxD7 = Ox69\nnandB6 OxD8 = Ox6F\nnandB6 OxD9 = Ox6F\nnandB6 OxDA = Ox6D\nnandB6 OxDB = Ox6D\nnandB6 OxDC = Ox6B\nnandB6 OxDD = Ox6B\nnandB6 OxDE = Ox69\nnandB6 OxDF = Ox69\nnandB6 OxE0 = Ox5F\nnandB6 OxE1 = Ox5F\nnandB6 OxE2 = Ox5D\nnandB6 OxE3 = Ox5D\nnandB6 OxE4 = Ox5B\nnandB6 OxE5 = Ox5B\nnandB6 OxE6 = Ox59\nnandB6 OxE7 = Ox59\nnandB6 OxE8 = Ox5F\nnandB6 OxE9 = Ox5F\nnandB6 OxEA = Ox5D\nnandB6 OxEB = Ox5D\nnandB6 OxEC = Ox5B\nnandB6 OxED = Ox5B\nnandB6 OxEE = Ox59\nnandB6 OxEF = Ox59\nnandB6 OxF0 = Ox4F\nnandB6 OxF1 = Ox4F\nnandB6 OxF2 = Ox4D\nnandB6 OxF3 = Ox4D\nnandB6 OxF4 = Ox4B\nnandB6 OxF5 = Ox4B\nnandB6 OxF6 = Ox49\nnandB6 OxF7 = Ox49\nnandB6 OxF8 = Ox4F\nnandB6 OxF9 = Ox4F\nnandB6 OxFA = Ox4D\nnandB6 OxFB = Ox4D\nnandB6 OxFC = Ox4B\nnandB6 OxFD = Ox4B\nnandB6 OxFE = Ox49\nnandB6 OxFF = Ox49\nnandB6 ____ = undefined\nnandB7 OxB7 = Ox48\nnandB7 OxB8 = Ox4F\nnandB7 OxB9 = Ox4E\nnandB7 OxBA = Ox4D\nnandB7 OxBB = Ox4C\nnandB7 OxBC = Ox4B\nnandB7 OxBD = Ox4A\nnandB7 OxBE = Ox49\nnandB7 OxBF = Ox48\nnandB7 OxC0 = Ox7F\nnandB7 OxC1 = Ox7E\nnandB7 OxC2 = Ox7D\nnandB7 OxC3 = Ox7C\nnandB7 OxC4 = Ox7B\nnandB7 OxC5 = Ox7A\nnandB7 OxC6 = Ox79\nnandB7 OxC7 = Ox78\nnandB7 OxC8 = Ox7F\nnandB7 OxC9 = Ox7E\nnandB7 OxCA = Ox7D\nnandB7 OxCB = Ox7C\nnandB7 OxCC = Ox7B\nnandB7 OxCD = Ox7A\nnandB7 OxCE = Ox79\nnandB7 OxCF = Ox78\nnandB7 OxD0 = Ox6F\nnandB7 OxD1 = Ox6E\nnandB7 OxD2 = Ox6D\nnandB7 OxD3 = Ox6C\nnandB7 OxD4 = Ox6B\nnandB7 OxD5 = Ox6A\nnandB7 OxD6 = Ox69\nnandB7 OxD7 = Ox68\nnandB7 OxD8 = Ox6F\nnandB7 OxD9 = Ox6E\nnandB7 OxDA = Ox6D\nnandB7 OxDB = Ox6C\nnandB7 OxDC = Ox6B\nnandB7 OxDD = Ox6A\nnandB7 OxDE = Ox69\nnandB7 OxDF = Ox68\nnandB7 OxE0 = Ox5F\nnandB7 OxE1 = Ox5E\nnandB7 OxE2 = Ox5D\nnandB7 OxE3 = Ox5C\nnandB7 OxE4 = Ox5B\nnandB7 OxE5 = Ox5A\nnandB7 OxE6 = Ox59\nnandB7 OxE7 = Ox58\nnandB7 OxE8 = Ox5F\nnandB7 OxE9 = Ox5E\nnandB7 OxEA = Ox5D\nnandB7 OxEB = Ox5C\nnandB7 OxEC = Ox5B\nnandB7 OxED = Ox5A\nnandB7 OxEE = Ox59\nnandB7 OxEF = Ox58\nnandB7 OxF0 = Ox4F\nnandB7 OxF1 = Ox4E\nnandB7 OxF2 = Ox4D\nnandB7 OxF3 = Ox4C\nnandB7 OxF4 = Ox4B\nnandB7 OxF5 = Ox4A\nnandB7 OxF6 = Ox49\nnandB7 OxF7 = Ox48\nnandB7 OxF8 = Ox4F\nnandB7 OxF9 = Ox4E\nnandB7 OxFA = Ox4D\nnandB7 OxFB = Ox4C\nnandB7 OxFC = Ox4B\nnandB7 OxFD = Ox4A\nnandB7 OxFE = Ox49\nnandB7 OxFF = Ox48\nnandB7 ____ = undefined\nnandB8 OxB8 = Ox47\nnandB8 OxB9 = Ox47\nnandB8 OxBA = Ox47\nnandB8 OxBB = Ox47\nnandB8 OxBC = Ox47\nnandB8 OxBD = Ox47\nnandB8 OxBE = Ox47\nnandB8 OxBF = Ox47\nnandB8 OxC0 = Ox7F\nnandB8 OxC1 = Ox7F\nnandB8 OxC2 = Ox7F\nnandB8 OxC3 = Ox7F\nnandB8 OxC4 = Ox7F\nnandB8 OxC5 = Ox7F\nnandB8 OxC6 = Ox7F\nnandB8 OxC7 = Ox7F\nnandB8 OxC8 = Ox77\nnandB8 OxC9 = Ox77\nnandB8 OxCA = Ox77\nnandB8 OxCB = Ox77\nnandB8 OxCC = Ox77\nnandB8 OxCD = Ox77\nnandB8 OxCE = Ox77\nnandB8 OxCF = Ox77\nnandB8 OxD0 = Ox6F\nnandB8 OxD1 = Ox6F\nnandB8 OxD2 = Ox6F\nnandB8 OxD3 = Ox6F\nnandB8 OxD4 = Ox6F\nnandB8 OxD5 = Ox6F\nnandB8 OxD6 = Ox6F\nnandB8 OxD7 = Ox6F\nnandB8 OxD8 = Ox67\nnandB8 OxD9 = Ox67\nnandB8 OxDA = Ox67\nnandB8 OxDB = Ox67\nnandB8 OxDC = Ox67\nnandB8 OxDD = Ox67\nnandB8 OxDE = Ox67\nnandB8 OxDF = Ox67\nnandB8 OxE0 = Ox5F\nnandB8 OxE1 = Ox5F\nnandB8 OxE2 = Ox5F\nnandB8 OxE3 = Ox5F\nnandB8 OxE4 = Ox5F\nnandB8 OxE5 = Ox5F\nnandB8 OxE6 = Ox5F\nnandB8 OxE7 = Ox5F\nnandB8 OxE8 = Ox57\nnandB8 OxE9 = Ox57\nnandB8 OxEA = Ox57\nnandB8 OxEB = Ox57\nnandB8 OxEC = Ox57\nnandB8 OxED = Ox57\nnandB8 OxEE = Ox57\nnandB8 OxEF = Ox57\nnandB8 OxF0 = Ox4F\nnandB8 OxF1 = Ox4F\nnandB8 OxF2 = Ox4F\nnandB8 OxF3 = Ox4F\nnandB8 OxF4 = Ox4F\nnandB8 OxF5 = Ox4F\nnandB8 OxF6 = Ox4F\nnandB8 OxF7 = Ox4F\nnandB8 OxF8 = Ox47\nnandB8 OxF9 = Ox47\nnandB8 OxFA = Ox47\nnandB8 OxFB = Ox47\nnandB8 OxFC = Ox47\nnandB8 OxFD = Ox47\nnandB8 OxFE = Ox47\nnandB8 OxFF = Ox47\nnandB8 ____ = undefined\nnandB9 OxB9 = Ox46\nnandB9 OxBA = Ox47\nnandB9 OxBB = Ox46\nnandB9 OxBC = Ox47\nnandB9 OxBD = Ox46\nnandB9 OxBE = Ox47\nnandB9 OxBF = Ox46\nnandB9 OxC0 = Ox7F\nnandB9 OxC1 = Ox7E\nnandB9 OxC2 = Ox7F\nnandB9 OxC3 = Ox7E\nnandB9 OxC4 = Ox7F\nnandB9 OxC5 = Ox7E\nnandB9 OxC6 = Ox7F\nnandB9 OxC7 = Ox7E\nnandB9 OxC8 = Ox77\nnandB9 OxC9 = Ox76\nnandB9 OxCA = Ox77\nnandB9 OxCB = Ox76\nnandB9 OxCC = Ox77\nnandB9 OxCD = Ox76\nnandB9 OxCE = Ox77\nnandB9 OxCF = Ox76\nnandB9 OxD0 = Ox6F\nnandB9 OxD1 = Ox6E\nnandB9 OxD2 = Ox6F\nnandB9 OxD3 = Ox6E\nnandB9 OxD4 = Ox6F\nnandB9 OxD5 = Ox6E\nnandB9 OxD6 = Ox6F\nnandB9 OxD7 = Ox6E\nnandB9 OxD8 = Ox67\nnandB9 OxD9 = Ox66\nnandB9 OxDA = Ox67\nnandB9 OxDB = Ox66\nnandB9 OxDC = Ox67\nnandB9 OxDD = Ox66\nnandB9 OxDE = Ox67\nnandB9 OxDF = Ox66\nnandB9 OxE0 = Ox5F\nnandB9 OxE1 = Ox5E\nnandB9 OxE2 = Ox5F\nnandB9 OxE3 = Ox5E\nnandB9 OxE4 = Ox5F\nnandB9 OxE5 = Ox5E\nnandB9 OxE6 = Ox5F\nnandB9 OxE7 = Ox5E\nnandB9 OxE8 = Ox57\nnandB9 OxE9 = Ox56\nnandB9 OxEA = Ox57\nnandB9 OxEB = Ox56\nnandB9 OxEC = Ox57\nnandB9 OxED = Ox56\nnandB9 OxEE = Ox57\nnandB9 OxEF = Ox56\nnandB9 OxF0 = Ox4F\nnandB9 OxF1 = Ox4E\nnandB9 OxF2 = Ox4F\nnandB9 OxF3 = Ox4E\nnandB9 OxF4 = Ox4F\nnandB9 OxF5 = Ox4E\nnandB9 OxF6 = Ox4F\nnandB9 OxF7 = Ox4E\nnandB9 OxF8 = Ox47\nnandB9 OxF9 = Ox46\nnandB9 OxFA = Ox47\nnandB9 OxFB = Ox46\nnandB9 OxFC = Ox47\nnandB9 OxFD = Ox46\nnandB9 OxFE = Ox47\nnandB9 OxFF = Ox46\nnandB9 ____ = undefined\nnandBA OxBA = Ox45\nnandBA OxBB = Ox45\nnandBA OxBC = Ox47\nnandBA OxBD = Ox47\nnandBA OxBE = Ox45\nnandBA OxBF = Ox45\nnandBA OxC0 = Ox7F\nnandBA OxC1 = Ox7F\nnandBA OxC2 = Ox7D\nnandBA OxC3 = Ox7D\nnandBA OxC4 = Ox7F\nnandBA OxC5 = Ox7F\nnandBA OxC6 = Ox7D\nnandBA OxC7 = Ox7D\nnandBA OxC8 = Ox77\nnandBA OxC9 = Ox77\nnandBA OxCA = Ox75\nnandBA OxCB = Ox75\nnandBA OxCC = Ox77\nnandBA OxCD = Ox77\nnandBA OxCE = Ox75\nnandBA OxCF = Ox75\nnandBA OxD0 = Ox6F\nnandBA OxD1 = Ox6F\nnandBA OxD2 = Ox6D\nnandBA OxD3 = Ox6D\nnandBA OxD4 = Ox6F\nnandBA OxD5 = Ox6F\nnandBA OxD6 = Ox6D\nnandBA OxD7 = Ox6D\nnandBA OxD8 = Ox67\nnandBA OxD9 = Ox67\nnandBA OxDA = Ox65\nnandBA OxDB = Ox65\nnandBA OxDC = Ox67\nnandBA OxDD = Ox67\nnandBA OxDE = Ox65\nnandBA OxDF = Ox65\nnandBA OxE0 = Ox5F\nnandBA OxE1 = Ox5F\nnandBA OxE2 = Ox5D\nnandBA OxE3 = Ox5D\nnandBA OxE4 = Ox5F\nnandBA OxE5 = Ox5F\nnandBA OxE6 = Ox5D\nnandBA OxE7 = Ox5D\nnandBA OxE8 = Ox57\nnandBA OxE9 = Ox57\nnandBA OxEA = Ox55\nnandBA OxEB = Ox55\nnandBA OxEC = Ox57\nnandBA OxED = Ox57\nnandBA OxEE = Ox55\nnandBA OxEF = Ox55\nnandBA OxF0 = Ox4F\nnandBA OxF1 = Ox4F\nnandBA OxF2 = Ox4D\nnandBA OxF3 = Ox4D\nnandBA OxF4 = Ox4F\nnandBA OxF5 = Ox4F\nnandBA OxF6 = Ox4D\nnandBA OxF7 = Ox4D\nnandBA OxF8 = Ox47\nnandBA OxF9 = Ox47\nnandBA OxFA = Ox45\nnandBA OxFB = Ox45\nnandBA OxFC = Ox47\nnandBA OxFD = Ox47\nnandBA OxFE = Ox45\nnandBA OxFF = Ox45\nnandBA ____ = undefined\nnandBB OxBB = Ox44\nnandBB OxBC = Ox47\nnandBB OxBD = Ox46\nnandBB OxBE = Ox45\nnandBB OxBF = Ox44\nnandBB OxC0 = Ox7F\nnandBB OxC1 = Ox7E\nnandBB OxC2 = Ox7D\nnandBB OxC3 = Ox7C\nnandBB OxC4 = Ox7F\nnandBB OxC5 = Ox7E\nnandBB OxC6 = Ox7D\nnandBB OxC7 = Ox7C\nnandBB OxC8 = Ox77\nnandBB OxC9 = Ox76\nnandBB OxCA = Ox75\nnandBB OxCB = Ox74\nnandBB OxCC = Ox77\nnandBB OxCD = Ox76\nnandBB OxCE = Ox75\nnandBB OxCF = Ox74\nnandBB OxD0 = Ox6F\nnandBB OxD1 = Ox6E\nnandBB OxD2 = Ox6D\nnandBB OxD3 = Ox6C\nnandBB OxD4 = Ox6F\nnandBB OxD5 = Ox6E\nnandBB OxD6 = Ox6D\nnandBB OxD7 = Ox6C\nnandBB OxD8 = Ox67\nnandBB OxD9 = Ox66\nnandBB OxDA = Ox65\nnandBB OxDB = Ox64\nnandBB OxDC = Ox67\nnandBB OxDD = Ox66\nnandBB OxDE = Ox65\nnandBB OxDF = Ox64\nnandBB OxE0 = Ox5F\nnandBB OxE1 = Ox5E\nnandBB OxE2 = Ox5D\nnandBB OxE3 = Ox5C\nnandBB OxE4 = Ox5F\nnandBB OxE5 = Ox5E\nnandBB OxE6 = Ox5D\nnandBB OxE7 = Ox5C\nnandBB OxE8 = Ox57\nnandBB OxE9 = Ox56\nnandBB OxEA = Ox55\nnandBB OxEB = Ox54\nnandBB OxEC = Ox57\nnandBB OxED = Ox56\nnandBB OxEE = Ox55\nnandBB OxEF = Ox54\nnandBB OxF0 = Ox4F\nnandBB OxF1 = Ox4E\nnandBB OxF2 = Ox4D\nnandBB OxF3 = Ox4C\nnandBB OxF4 = Ox4F\nnandBB OxF5 = Ox4E\nnandBB OxF6 = Ox4D\nnandBB OxF7 = Ox4C\nnandBB OxF8 = Ox47\nnandBB OxF9 = Ox46\nnandBB OxFA = Ox45\nnandBB OxFB = Ox44\nnandBB OxFC = Ox47\nnandBB OxFD = Ox46\nnandBB OxFE = Ox45\nnandBB OxFF = Ox44\nnandBB ____ = undefined\nnandBC OxBC = Ox43\nnandBC OxBD = Ox43\nnandBC OxBE = Ox43\nnandBC OxBF = Ox43\nnandBC OxC0 = Ox7F\nnandBC OxC1 = Ox7F\nnandBC OxC2 = Ox7F\nnandBC OxC3 = Ox7F\nnandBC OxC4 = Ox7B\nnandBC OxC5 = Ox7B\nnandBC OxC6 = Ox7B\nnandBC OxC7 = Ox7B\nnandBC OxC8 = Ox77\nnandBC OxC9 = Ox77\nnandBC OxCA = Ox77\nnandBC OxCB = Ox77\nnandBC OxCC = Ox73\nnandBC OxCD = Ox73\nnandBC OxCE = Ox73\nnandBC OxCF = Ox73\nnandBC OxD0 = Ox6F\nnandBC OxD1 = Ox6F\nnandBC OxD2 = Ox6F\nnandBC OxD3 = Ox6F\nnandBC OxD4 = Ox6B\nnandBC OxD5 = Ox6B\nnandBC OxD6 = Ox6B\nnandBC OxD7 = Ox6B\nnandBC OxD8 = Ox67\nnandBC OxD9 = Ox67\nnandBC OxDA = Ox67\nnandBC OxDB = Ox67\nnandBC OxDC = Ox63\nnandBC OxDD = Ox63\nnandBC OxDE = Ox63\nnandBC OxDF = Ox63\nnandBC OxE0 = Ox5F\nnandBC OxE1 = Ox5F\nnandBC OxE2 = Ox5F\nnandBC OxE3 = Ox5F\nnandBC OxE4 = Ox5B\nnandBC OxE5 = Ox5B\nnandBC OxE6 = Ox5B\nnandBC OxE7 = Ox5B\nnandBC OxE8 = Ox57\nnandBC OxE9 = Ox57\nnandBC OxEA = Ox57\nnandBC OxEB = Ox57\nnandBC OxEC = Ox53\nnandBC OxED = Ox53\nnandBC OxEE = Ox53\nnandBC OxEF = Ox53\nnandBC OxF0 = Ox4F\nnandBC OxF1 = Ox4F\nnandBC OxF2 = Ox4F\nnandBC OxF3 = Ox4F\nnandBC OxF4 = Ox4B\nnandBC OxF5 = Ox4B\nnandBC OxF6 = Ox4B\nnandBC OxF7 = Ox4B\nnandBC OxF8 = Ox47\nnandBC OxF9 = Ox47\nnandBC OxFA = Ox47\nnandBC OxFB = Ox47\nnandBC OxFC = Ox43\nnandBC OxFD = Ox43\nnandBC OxFE = Ox43\nnandBC OxFF = Ox43\nnandBC ____ = undefined\nnandBD OxBD = Ox42\nnandBD OxBE = Ox43\nnandBD OxBF = Ox42\nnandBD OxC0 = Ox7F\nnandBD OxC1 = Ox7E\nnandBD OxC2 = Ox7F\nnandBD OxC3 = Ox7E\nnandBD OxC4 = Ox7B\nnandBD OxC5 = Ox7A\nnandBD OxC6 = Ox7B\nnandBD OxC7 = Ox7A\nnandBD OxC8 = Ox77\nnandBD OxC9 = Ox76\nnandBD OxCA = Ox77\nnandBD OxCB = Ox76\nnandBD OxCC = Ox73\nnandBD OxCD = Ox72\nnandBD OxCE = Ox73\nnandBD OxCF = Ox72\nnandBD OxD0 = Ox6F\nnandBD OxD1 = Ox6E\nnandBD OxD2 = Ox6F\nnandBD OxD3 = Ox6E\nnandBD OxD4 = Ox6B\nnandBD OxD5 = Ox6A\nnandBD OxD6 = Ox6B\nnandBD OxD7 = Ox6A\nnandBD OxD8 = Ox67\nnandBD OxD9 = Ox66\nnandBD OxDA = Ox67\nnandBD OxDB = Ox66\nnandBD OxDC = Ox63\nnandBD OxDD = Ox62\nnandBD OxDE = Ox63\nnandBD OxDF = Ox62\nnandBD OxE0 = Ox5F\nnandBD OxE1 = Ox5E\nnandBD OxE2 = Ox5F\nnandBD OxE3 = Ox5E\nnandBD OxE4 = Ox5B\nnandBD OxE5 = Ox5A\nnandBD OxE6 = Ox5B\nnandBD OxE7 = Ox5A\nnandBD OxE8 = Ox57\nnandBD OxE9 = Ox56\nnandBD OxEA = Ox57\nnandBD OxEB = Ox56\nnandBD OxEC = Ox53\nnandBD OxED = Ox52\nnandBD OxEE = Ox53\nnandBD OxEF = Ox52\nnandBD OxF0 = Ox4F\nnandBD OxF1 = Ox4E\nnandBD OxF2 = Ox4F\nnandBD OxF3 = Ox4E\nnandBD OxF4 = Ox4B\nnandBD OxF5 = Ox4A\nnandBD OxF6 = Ox4B\nnandBD OxF7 = Ox4A\nnandBD OxF8 = Ox47\nnandBD OxF9 = Ox46\nnandBD OxFA = Ox47\nnandBD OxFB = Ox46\nnandBD OxFC = Ox43\nnandBD OxFD = Ox42\nnandBD OxFE = Ox43\nnandBD OxFF = Ox42\nnandBD ____ = undefined\nnandBE OxBE = Ox41\nnandBE OxBF = Ox41\nnandBE OxC0 = Ox7F\nnandBE OxC1 = Ox7F\nnandBE OxC2 = Ox7D\nnandBE OxC3 = Ox7D\nnandBE OxC4 = Ox7B\nnandBE OxC5 = Ox7B\nnandBE OxC6 = Ox79\nnandBE OxC7 = Ox79\nnandBE OxC8 = Ox77\nnandBE OxC9 = Ox77\nnandBE OxCA = Ox75\nnandBE OxCB = Ox75\nnandBE OxCC = Ox73\nnandBE OxCD = Ox73\nnandBE OxCE = Ox71\nnandBE OxCF = Ox71\nnandBE OxD0 = Ox6F\nnandBE OxD1 = Ox6F\nnandBE OxD2 = Ox6D\nnandBE OxD3 = Ox6D\nnandBE OxD4 = Ox6B\nnandBE OxD5 = Ox6B\nnandBE OxD6 = Ox69\nnandBE OxD7 = Ox69\nnandBE OxD8 = Ox67\nnandBE OxD9 = Ox67\nnandBE OxDA = Ox65\nnandBE OxDB = Ox65\nnandBE OxDC = Ox63\nnandBE OxDD = Ox63\nnandBE OxDE = Ox61\nnandBE OxDF = Ox61\nnandBE OxE0 = Ox5F\nnandBE OxE1 = Ox5F\nnandBE OxE2 = Ox5D\nnandBE OxE3 = Ox5D\nnandBE OxE4 = Ox5B\nnandBE OxE5 = Ox5B\nnandBE OxE6 = Ox59\nnandBE OxE7 = Ox59\nnandBE OxE8 = Ox57\nnandBE OxE9 = Ox57\nnandBE OxEA = Ox55\nnandBE OxEB = Ox55\nnandBE OxEC = Ox53\nnandBE OxED = Ox53\nnandBE OxEE = Ox51\nnandBE OxEF = Ox51\nnandBE OxF0 = Ox4F\nnandBE OxF1 = Ox4F\nnandBE OxF2 = Ox4D\nnandBE OxF3 = Ox4D\nnandBE OxF4 = Ox4B\nnandBE OxF5 = Ox4B\nnandBE OxF6 = Ox49\nnandBE OxF7 = Ox49\nnandBE OxF8 = Ox47\nnandBE OxF9 = Ox47\nnandBE OxFA = Ox45\nnandBE OxFB = Ox45\nnandBE OxFC = Ox43\nnandBE OxFD = Ox43\nnandBE OxFE = Ox41\nnandBE OxFF = Ox41\nnandBE ____ = undefined\nnandBF OxBF = Ox40\nnandBF OxC0 = Ox7F\nnandBF OxC1 = Ox7E\nnandBF OxC2 = Ox7D\nnandBF OxC3 = Ox7C\nnandBF OxC4 = Ox7B\nnandBF OxC5 = Ox7A\nnandBF OxC6 = Ox79\nnandBF OxC7 = Ox78\nnandBF OxC8 = Ox77\nnandBF OxC9 = Ox76\nnandBF OxCA = Ox75\nnandBF OxCB = Ox74\nnandBF OxCC = Ox73\nnandBF OxCD = Ox72\nnandBF OxCE = Ox71\nnandBF OxCF = Ox70\nnandBF OxD0 = Ox6F\nnandBF OxD1 = Ox6E\nnandBF OxD2 = Ox6D\nnandBF OxD3 = Ox6C\nnandBF OxD4 = Ox6B\nnandBF OxD5 = Ox6A\nnandBF OxD6 = Ox69\nnandBF OxD7 = Ox68\nnandBF OxD8 = Ox67\nnandBF OxD9 = Ox66\nnandBF OxDA = Ox65\nnandBF OxDB = Ox64\nnandBF OxDC = Ox63\nnandBF OxDD = Ox62\nnandBF OxDE = Ox61\nnandBF OxDF = Ox60\nnandBF OxE0 = Ox5F\nnandBF OxE1 = Ox5E\nnandBF OxE2 = Ox5D\nnandBF OxE3 = Ox5C\nnandBF OxE4 = Ox5B\nnandBF OxE5 = Ox5A\nnandBF OxE6 = Ox59\nnandBF OxE7 = Ox58\nnandBF OxE8 = Ox57\nnandBF OxE9 = Ox56\nnandBF OxEA = Ox55\nnandBF OxEB = Ox54\nnandBF OxEC = Ox53\nnandBF OxED = Ox52\nnandBF OxEE = Ox51\nnandBF OxEF = Ox50\nnandBF OxF0 = Ox4F\nnandBF OxF1 = Ox4E\nnandBF OxF2 = Ox4D\nnandBF OxF3 = Ox4C\nnandBF OxF4 = Ox4B\nnandBF OxF5 = Ox4A\nnandBF OxF6 = Ox49\nnandBF OxF7 = Ox48\nnandBF OxF8 = Ox47\nnandBF OxF9 = Ox46\nnandBF OxFA = Ox45\nnandBF OxFB = Ox44\nnandBF OxFC = Ox43\nnandBF OxFD = Ox42\nnandBF OxFE = Ox41\nnandBF OxFF = Ox40\nnandBF ____ = undefined\nnandC0 OxC0 = Ox3F\nnandC0 OxC1 = Ox3F\nnandC0 OxC2 = Ox3F\nnandC0 OxC3 = Ox3F\nnandC0 OxC4 = Ox3F\nnandC0 OxC5 = Ox3F\nnandC0 OxC6 = Ox3F\nnandC0 OxC7 = Ox3F\nnandC0 OxC8 = Ox3F\nnandC0 OxC9 = Ox3F\nnandC0 OxCA = Ox3F\nnandC0 OxCB = Ox3F\nnandC0 OxCC = Ox3F\nnandC0 OxCD = Ox3F\nnandC0 OxCE = Ox3F\nnandC0 OxCF = Ox3F\nnandC0 OxD0 = Ox3F\nnandC0 OxD1 = Ox3F\nnandC0 OxD2 = Ox3F\nnandC0 OxD3 = Ox3F\nnandC0 OxD4 = Ox3F\nnandC0 OxD5 = Ox3F\nnandC0 OxD6 = Ox3F\nnandC0 OxD7 = Ox3F\nnandC0 OxD8 = Ox3F\nnandC0 OxD9 = Ox3F\nnandC0 OxDA = Ox3F\nnandC0 OxDB = Ox3F\nnandC0 OxDC = Ox3F\nnandC0 OxDD = Ox3F\nnandC0 OxDE = Ox3F\nnandC0 OxDF = Ox3F\nnandC0 OxE0 = Ox3F\nnandC0 OxE1 = Ox3F\nnandC0 OxE2 = Ox3F\nnandC0 OxE3 = Ox3F\nnandC0 OxE4 = Ox3F\nnandC0 OxE5 = Ox3F\nnandC0 OxE6 = Ox3F\nnandC0 OxE7 = Ox3F\nnandC0 OxE8 = Ox3F\nnandC0 OxE9 = Ox3F\nnandC0 OxEA = Ox3F\nnandC0 OxEB = Ox3F\nnandC0 OxEC = Ox3F\nnandC0 OxED = Ox3F\nnandC0 OxEE = Ox3F\nnandC0 OxEF = Ox3F\nnandC0 OxF0 = Ox3F\nnandC0 OxF1 = Ox3F\nnandC0 OxF2 = Ox3F\nnandC0 OxF3 = Ox3F\nnandC0 OxF4 = Ox3F\nnandC0 OxF5 = Ox3F\nnandC0 OxF6 = Ox3F\nnandC0 OxF7 = Ox3F\nnandC0 OxF8 = Ox3F\nnandC0 OxF9 = Ox3F\nnandC0 OxFA = Ox3F\nnandC0 OxFB = Ox3F\nnandC0 OxFC = Ox3F\nnandC0 OxFD = Ox3F\nnandC0 OxFE = Ox3F\nnandC0 OxFF = Ox3F\nnandC0 ____ = undefined\nnandC1 OxC1 = Ox3E\nnandC1 OxC2 = Ox3F\nnandC1 OxC3 = Ox3E\nnandC1 OxC4 = Ox3F\nnandC1 OxC5 = Ox3E\nnandC1 OxC6 = Ox3F\nnandC1 OxC7 = Ox3E\nnandC1 OxC8 = Ox3F\nnandC1 OxC9 = Ox3E\nnandC1 OxCA = Ox3F\nnandC1 OxCB = Ox3E\nnandC1 OxCC = Ox3F\nnandC1 OxCD = Ox3E\nnandC1 OxCE = Ox3F\nnandC1 OxCF = Ox3E\nnandC1 OxD0 = Ox3F\nnandC1 OxD1 = Ox3E\nnandC1 OxD2 = Ox3F\nnandC1 OxD3 = Ox3E\nnandC1 OxD4 = Ox3F\nnandC1 OxD5 = Ox3E\nnandC1 OxD6 = Ox3F\nnandC1 OxD7 = Ox3E\nnandC1 OxD8 = Ox3F\nnandC1 OxD9 = Ox3E\nnandC1 OxDA = Ox3F\nnandC1 OxDB = Ox3E\nnandC1 OxDC = Ox3F\nnandC1 OxDD = Ox3E\nnandC1 OxDE = Ox3F\nnandC1 OxDF = Ox3E\nnandC1 OxE0 = Ox3F\nnandC1 OxE1 = Ox3E\nnandC1 OxE2 = Ox3F\nnandC1 OxE3 = Ox3E\nnandC1 OxE4 = Ox3F\nnandC1 OxE5 = Ox3E\nnandC1 OxE6 = Ox3F\nnandC1 OxE7 = Ox3E\nnandC1 OxE8 = Ox3F\nnandC1 OxE9 = Ox3E\nnandC1 OxEA = Ox3F\nnandC1 OxEB = Ox3E\nnandC1 OxEC = Ox3F\nnandC1 OxED = Ox3E\nnandC1 OxEE = Ox3F\nnandC1 OxEF = Ox3E\nnandC1 OxF0 = Ox3F\nnandC1 OxF1 = Ox3E\nnandC1 OxF2 = Ox3F\nnandC1 OxF3 = Ox3E\nnandC1 OxF4 = Ox3F\nnandC1 OxF5 = Ox3E\nnandC1 OxF6 = Ox3F\nnandC1 OxF7 = Ox3E\nnandC1 OxF8 = Ox3F\nnandC1 OxF9 = Ox3E\nnandC1 OxFA = Ox3F\nnandC1 OxFB = Ox3E\nnandC1 OxFC = Ox3F\nnandC1 OxFD = Ox3E\nnandC1 OxFE = Ox3F\nnandC1 OxFF = Ox3E\nnandC1 ____ = undefined\nnandC2 OxC2 = Ox3D\nnandC2 OxC3 = Ox3D\nnandC2 OxC4 = Ox3F\nnandC2 OxC5 = Ox3F\nnandC2 OxC6 = Ox3D\nnandC2 OxC7 = Ox3D\nnandC2 OxC8 = Ox3F\nnandC2 OxC9 = Ox3F\nnandC2 OxCA = Ox3D\nnandC2 OxCB = Ox3D\nnandC2 OxCC = Ox3F\nnandC2 OxCD = Ox3F\nnandC2 OxCE = Ox3D\nnandC2 OxCF = Ox3D\nnandC2 OxD0 = Ox3F\nnandC2 OxD1 = Ox3F\nnandC2 OxD2 = Ox3D\nnandC2 OxD3 = Ox3D\nnandC2 OxD4 = Ox3F\nnandC2 OxD5 = Ox3F\nnandC2 OxD6 = Ox3D\nnandC2 OxD7 = Ox3D\nnandC2 OxD8 = Ox3F\nnandC2 OxD9 = Ox3F\nnandC2 OxDA = Ox3D\nnandC2 OxDB = Ox3D\nnandC2 OxDC = Ox3F\nnandC2 OxDD = Ox3F\nnandC2 OxDE = Ox3D\nnandC2 OxDF = Ox3D\nnandC2 OxE0 = Ox3F\nnandC2 OxE1 = Ox3F\nnandC2 OxE2 = Ox3D\nnandC2 OxE3 = Ox3D\nnandC2 OxE4 = Ox3F\nnandC2 OxE5 = Ox3F\nnandC2 OxE6 = Ox3D\nnandC2 OxE7 = Ox3D\nnandC2 OxE8 = Ox3F\nnandC2 OxE9 = Ox3F\nnandC2 OxEA = Ox3D\nnandC2 OxEB = Ox3D\nnandC2 OxEC = Ox3F\nnandC2 OxED = Ox3F\nnandC2 OxEE = Ox3D\nnandC2 OxEF = Ox3D\nnandC2 OxF0 = Ox3F\nnandC2 OxF1 = Ox3F\nnandC2 OxF2 = Ox3D\nnandC2 OxF3 = Ox3D\nnandC2 OxF4 = Ox3F\nnandC2 OxF5 = Ox3F\nnandC2 OxF6 = Ox3D\nnandC2 OxF7 = Ox3D\nnandC2 OxF8 = Ox3F\nnandC2 OxF9 = Ox3F\nnandC2 OxFA = Ox3D\nnandC2 OxFB = Ox3D\nnandC2 OxFC = Ox3F\nnandC2 OxFD = Ox3F\nnandC2 OxFE = Ox3D\nnandC2 OxFF = Ox3D\nnandC2 ____ = undefined\nnandC3 OxC3 = Ox3C\nnandC3 OxC4 = Ox3F\nnandC3 OxC5 = Ox3E\nnandC3 OxC6 = Ox3D\nnandC3 OxC7 = Ox3C\nnandC3 OxC8 = Ox3F\nnandC3 OxC9 = Ox3E\nnandC3 OxCA = Ox3D\nnandC3 OxCB = Ox3C\nnandC3 OxCC = Ox3F\nnandC3 OxCD = Ox3E\nnandC3 OxCE = Ox3D\nnandC3 OxCF = Ox3C\nnandC3 OxD0 = Ox3F\nnandC3 OxD1 = Ox3E\nnandC3 OxD2 = Ox3D\nnandC3 OxD3 = Ox3C\nnandC3 OxD4 = Ox3F\nnandC3 OxD5 = Ox3E\nnandC3 OxD6 = Ox3D\nnandC3 OxD7 = Ox3C\nnandC3 OxD8 = Ox3F\nnandC3 OxD9 = Ox3E\nnandC3 OxDA = Ox3D\nnandC3 OxDB = Ox3C\nnandC3 OxDC = Ox3F\nnandC3 OxDD = Ox3E\nnandC3 OxDE = Ox3D\nnandC3 OxDF = Ox3C\nnandC3 OxE0 = Ox3F\nnandC3 OxE1 = Ox3E\nnandC3 OxE2 = Ox3D\nnandC3 OxE3 = Ox3C\nnandC3 OxE4 = Ox3F\nnandC3 OxE5 = Ox3E\nnandC3 OxE6 = Ox3D\nnandC3 OxE7 = Ox3C\nnandC3 OxE8 = Ox3F\nnandC3 OxE9 = Ox3E\nnandC3 OxEA = Ox3D\nnandC3 OxEB = Ox3C\nnandC3 OxEC = Ox3F\nnandC3 OxED = Ox3E\nnandC3 OxEE = Ox3D\nnandC3 OxEF = Ox3C\nnandC3 OxF0 = Ox3F\nnandC3 OxF1 = Ox3E\nnandC3 OxF2 = Ox3D\nnandC3 OxF3 = Ox3C\nnandC3 OxF4 = Ox3F\nnandC3 OxF5 = Ox3E\nnandC3 OxF6 = Ox3D\nnandC3 OxF7 = Ox3C\nnandC3 OxF8 = Ox3F\nnandC3 OxF9 = Ox3E\nnandC3 OxFA = Ox3D\nnandC3 OxFB = Ox3C\nnandC3 OxFC = Ox3F\nnandC3 OxFD = Ox3E\nnandC3 OxFE = Ox3D\nnandC3 OxFF = Ox3C\nnandC3 ____ = undefined\nnandC4 OxC4 = Ox3B\nnandC4 OxC5 = Ox3B\nnandC4 OxC6 = Ox3B\nnandC4 OxC7 = Ox3B\nnandC4 OxC8 = Ox3F\nnandC4 OxC9 = Ox3F\nnandC4 OxCA = Ox3F\nnandC4 OxCB = Ox3F\nnandC4 OxCC = Ox3B\nnandC4 OxCD = Ox3B\nnandC4 OxCE = Ox3B\nnandC4 OxCF = Ox3B\nnandC4 OxD0 = Ox3F\nnandC4 OxD1 = Ox3F\nnandC4 OxD2 = Ox3F\nnandC4 OxD3 = Ox3F\nnandC4 OxD4 = Ox3B\nnandC4 OxD5 = Ox3B\nnandC4 OxD6 = Ox3B\nnandC4 OxD7 = Ox3B\nnandC4 OxD8 = Ox3F\nnandC4 OxD9 = Ox3F\nnandC4 OxDA = Ox3F\nnandC4 OxDB = Ox3F\nnandC4 OxDC = Ox3B\nnandC4 OxDD = Ox3B\nnandC4 OxDE = Ox3B\nnandC4 OxDF = Ox3B\nnandC4 OxE0 = Ox3F\nnandC4 OxE1 = Ox3F\nnandC4 OxE2 = Ox3F\nnandC4 OxE3 = Ox3F\nnandC4 OxE4 = Ox3B\nnandC4 OxE5 = Ox3B\nnandC4 OxE6 = Ox3B\nnandC4 OxE7 = Ox3B\nnandC4 OxE8 = Ox3F\nnandC4 OxE9 = Ox3F\nnandC4 OxEA = Ox3F\nnandC4 OxEB = Ox3F\nnandC4 OxEC = Ox3B\nnandC4 OxED = Ox3B\nnandC4 OxEE = Ox3B\nnandC4 OxEF = Ox3B\nnandC4 OxF0 = Ox3F\nnandC4 OxF1 = Ox3F\nnandC4 OxF2 = Ox3F\nnandC4 OxF3 = Ox3F\nnandC4 OxF4 = Ox3B\nnandC4 OxF5 = Ox3B\nnandC4 OxF6 = Ox3B\nnandC4 OxF7 = Ox3B\nnandC4 OxF8 = Ox3F\nnandC4 OxF9 = Ox3F\nnandC4 OxFA = Ox3F\nnandC4 OxFB = Ox3F\nnandC4 OxFC = Ox3B\nnandC4 OxFD = Ox3B\nnandC4 OxFE = Ox3B\nnandC4 OxFF = Ox3B\nnandC4 ____ = undefined\nnandC5 OxC5 = Ox3A\nnandC5 OxC6 = Ox3B\nnandC5 OxC7 = Ox3A\nnandC5 OxC8 = Ox3F\nnandC5 OxC9 = Ox3E\nnandC5 OxCA = Ox3F\nnandC5 OxCB = Ox3E\nnandC5 OxCC = Ox3B\nnandC5 OxCD = Ox3A\nnandC5 OxCE = Ox3B\nnandC5 OxCF = Ox3A\nnandC5 OxD0 = Ox3F\nnandC5 OxD1 = Ox3E\nnandC5 OxD2 = Ox3F\nnandC5 OxD3 = Ox3E\nnandC5 OxD4 = Ox3B\nnandC5 OxD5 = Ox3A\nnandC5 OxD6 = Ox3B\nnandC5 OxD7 = Ox3A\nnandC5 OxD8 = Ox3F\nnandC5 OxD9 = Ox3E\nnandC5 OxDA = Ox3F\nnandC5 OxDB = Ox3E\nnandC5 OxDC = Ox3B\nnandC5 OxDD = Ox3A\nnandC5 OxDE = Ox3B\nnandC5 OxDF = Ox3A\nnandC5 OxE0 = Ox3F\nnandC5 OxE1 = Ox3E\nnandC5 OxE2 = Ox3F\nnandC5 OxE3 = Ox3E\nnandC5 OxE4 = Ox3B\nnandC5 OxE5 = Ox3A\nnandC5 OxE6 = Ox3B\nnandC5 OxE7 = Ox3A\nnandC5 OxE8 = Ox3F\nnandC5 OxE9 = Ox3E\nnandC5 OxEA = Ox3F\nnandC5 OxEB = Ox3E\nnandC5 OxEC = Ox3B\nnandC5 OxED = Ox3A\nnandC5 OxEE = Ox3B\nnandC5 OxEF = Ox3A\nnandC5 OxF0 = Ox3F\nnandC5 OxF1 = Ox3E\nnandC5 OxF2 = Ox3F\nnandC5 OxF3 = Ox3E\nnandC5 OxF4 = Ox3B\nnandC5 OxF5 = Ox3A\nnandC5 OxF6 = Ox3B\nnandC5 OxF7 = Ox3A\nnandC5 OxF8 = Ox3F\nnandC5 OxF9 = Ox3E\nnandC5 OxFA = Ox3F\nnandC5 OxFB = Ox3E\nnandC5 OxFC = Ox3B\nnandC5 OxFD = Ox3A\nnandC5 OxFE = Ox3B\nnandC5 OxFF = Ox3A\nnandC5 ____ = undefined\nnandC6 OxC6 = Ox39\nnandC6 OxC7 = Ox39\nnandC6 OxC8 = Ox3F\nnandC6 OxC9 = Ox3F\nnandC6 OxCA = Ox3D\nnandC6 OxCB = Ox3D\nnandC6 OxCC = Ox3B\nnandC6 OxCD = Ox3B\nnandC6 OxCE = Ox39\nnandC6 OxCF = Ox39\nnandC6 OxD0 = Ox3F\nnandC6 OxD1 = Ox3F\nnandC6 OxD2 = Ox3D\nnandC6 OxD3 = Ox3D\nnandC6 OxD4 = Ox3B\nnandC6 OxD5 = Ox3B\nnandC6 OxD6 = Ox39\nnandC6 OxD7 = Ox39\nnandC6 OxD8 = Ox3F\nnandC6 OxD9 = Ox3F\nnandC6 OxDA = Ox3D\nnandC6 OxDB = Ox3D\nnandC6 OxDC = Ox3B\nnandC6 OxDD = Ox3B\nnandC6 OxDE = Ox39\nnandC6 OxDF = Ox39\nnandC6 OxE0 = Ox3F\nnandC6 OxE1 = Ox3F\nnandC6 OxE2 = Ox3D\nnandC6 OxE3 = Ox3D\nnandC6 OxE4 = Ox3B\nnandC6 OxE5 = Ox3B\nnandC6 OxE6 = Ox39\nnandC6 OxE7 = Ox39\nnandC6 OxE8 = Ox3F\nnandC6 OxE9 = Ox3F\nnandC6 OxEA = Ox3D\nnandC6 OxEB = Ox3D\nnandC6 OxEC = Ox3B\nnandC6 OxED = Ox3B\nnandC6 OxEE = Ox39\nnandC6 OxEF = Ox39\nnandC6 OxF0 = Ox3F\nnandC6 OxF1 = Ox3F\nnandC6 OxF2 = Ox3D\nnandC6 OxF3 = Ox3D\nnandC6 OxF4 = Ox3B\nnandC6 OxF5 = Ox3B\nnandC6 OxF6 = Ox39\nnandC6 OxF7 = Ox39\nnandC6 OxF8 = Ox3F\nnandC6 OxF9 = Ox3F\nnandC6 OxFA = Ox3D\nnandC6 OxFB = Ox3D\nnandC6 OxFC = Ox3B\nnandC6 OxFD = Ox3B\nnandC6 OxFE = Ox39\nnandC6 OxFF = Ox39\nnandC6 ____ = undefined\nnandC7 OxC7 = Ox38\nnandC7 OxC8 = Ox3F\nnandC7 OxC9 = Ox3E\nnandC7 OxCA = Ox3D\nnandC7 OxCB = Ox3C\nnandC7 OxCC = Ox3B\nnandC7 OxCD = Ox3A\nnandC7 OxCE = Ox39\nnandC7 OxCF = Ox38\nnandC7 OxD0 = Ox3F\nnandC7 OxD1 = Ox3E\nnandC7 OxD2 = Ox3D\nnandC7 OxD3 = Ox3C\nnandC7 OxD4 = Ox3B\nnandC7 OxD5 = Ox3A\nnandC7 OxD6 = Ox39\nnandC7 OxD7 = Ox38\nnandC7 OxD8 = Ox3F\nnandC7 OxD9 = Ox3E\nnandC7 OxDA = Ox3D\nnandC7 OxDB = Ox3C\nnandC7 OxDC = Ox3B\nnandC7 OxDD = Ox3A\nnandC7 OxDE = Ox39\nnandC7 OxDF = Ox38\nnandC7 OxE0 = Ox3F\nnandC7 OxE1 = Ox3E\nnandC7 OxE2 = Ox3D\nnandC7 OxE3 = Ox3C\nnandC7 OxE4 = Ox3B\nnandC7 OxE5 = Ox3A\nnandC7 OxE6 = Ox39\nnandC7 OxE7 = Ox38\nnandC7 OxE8 = Ox3F\nnandC7 OxE9 = Ox3E\nnandC7 OxEA = Ox3D\nnandC7 OxEB = Ox3C\nnandC7 OxEC = Ox3B\nnandC7 OxED = Ox3A\nnandC7 OxEE = Ox39\nnandC7 OxEF = Ox38\nnandC7 OxF0 = Ox3F\nnandC7 OxF1 = Ox3E\nnandC7 OxF2 = Ox3D\nnandC7 OxF3 = Ox3C\nnandC7 OxF4 = Ox3B\nnandC7 OxF5 = Ox3A\nnandC7 OxF6 = Ox39\nnandC7 OxF7 = Ox38\nnandC7 OxF8 = Ox3F\nnandC7 OxF9 = Ox3E\nnandC7 OxFA = Ox3D\nnandC7 OxFB = Ox3C\nnandC7 OxFC = Ox3B\nnandC7 OxFD = Ox3A\nnandC7 OxFE = Ox39\nnandC7 OxFF = Ox38\nnandC7 ____ = undefined\nnandC8 OxC8 = Ox37\nnandC8 OxC9 = Ox37\nnandC8 OxCA = Ox37\nnandC8 OxCB = Ox37\nnandC8 OxCC = Ox37\nnandC8 OxCD = Ox37\nnandC8 OxCE = Ox37\nnandC8 OxCF = Ox37\nnandC8 OxD0 = Ox3F\nnandC8 OxD1 = Ox3F\nnandC8 OxD2 = Ox3F\nnandC8 OxD3 = Ox3F\nnandC8 OxD4 = Ox3F\nnandC8 OxD5 = Ox3F\nnandC8 OxD6 = Ox3F\nnandC8 OxD7 = Ox3F\nnandC8 OxD8 = Ox37\nnandC8 OxD9 = Ox37\nnandC8 OxDA = Ox37\nnandC8 OxDB = Ox37\nnandC8 OxDC = Ox37\nnandC8 OxDD = Ox37\nnandC8 OxDE = Ox37\nnandC8 OxDF = Ox37\nnandC8 OxE0 = Ox3F\nnandC8 OxE1 = Ox3F\nnandC8 OxE2 = Ox3F\nnandC8 OxE3 = Ox3F\nnandC8 OxE4 = Ox3F\nnandC8 OxE5 = Ox3F\nnandC8 OxE6 = Ox3F\nnandC8 OxE7 = Ox3F\nnandC8 OxE8 = Ox37\nnandC8 OxE9 = Ox37\nnandC8 OxEA = Ox37\nnandC8 OxEB = Ox37\nnandC8 OxEC = Ox37\nnandC8 OxED = Ox37\nnandC8 OxEE = Ox37\nnandC8 OxEF = Ox37\nnandC8 OxF0 = Ox3F\nnandC8 OxF1 = Ox3F\nnandC8 OxF2 = Ox3F\nnandC8 OxF3 = Ox3F\nnandC8 OxF4 = Ox3F\nnandC8 OxF5 = Ox3F\nnandC8 OxF6 = Ox3F\nnandC8 OxF7 = Ox3F\nnandC8 OxF8 = Ox37\nnandC8 OxF9 = Ox37\nnandC8 OxFA = Ox37\nnandC8 OxFB = Ox37\nnandC8 OxFC = Ox37\nnandC8 OxFD = Ox37\nnandC8 OxFE = Ox37\nnandC8 OxFF = Ox37\nnandC8 ____ = undefined\nnandC9 OxC9 = Ox36\nnandC9 OxCA = Ox37\nnandC9 OxCB = Ox36\nnandC9 OxCC = Ox37\nnandC9 OxCD = Ox36\nnandC9 OxCE = Ox37\nnandC9 OxCF = Ox36\nnandC9 OxD0 = Ox3F\nnandC9 OxD1 = Ox3E\nnandC9 OxD2 = Ox3F\nnandC9 OxD3 = Ox3E\nnandC9 OxD4 = Ox3F\nnandC9 OxD5 = Ox3E\nnandC9 OxD6 = Ox3F\nnandC9 OxD7 = Ox3E\nnandC9 OxD8 = Ox37\nnandC9 OxD9 = Ox36\nnandC9 OxDA = Ox37\nnandC9 OxDB = Ox36\nnandC9 OxDC = Ox37\nnandC9 OxDD = Ox36\nnandC9 OxDE = Ox37\nnandC9 OxDF = Ox36\nnandC9 OxE0 = Ox3F\nnandC9 OxE1 = Ox3E\nnandC9 OxE2 = Ox3F\nnandC9 OxE3 = Ox3E\nnandC9 OxE4 = Ox3F\nnandC9 OxE5 = Ox3E\nnandC9 OxE6 = Ox3F\nnandC9 OxE7 = Ox3E\nnandC9 OxE8 = Ox37\nnandC9 OxE9 = Ox36\nnandC9 OxEA = Ox37\nnandC9 OxEB = Ox36\nnandC9 OxEC = Ox37\nnandC9 OxED = Ox36\nnandC9 OxEE = Ox37\nnandC9 OxEF = Ox36\nnandC9 OxF0 = Ox3F\nnandC9 OxF1 = Ox3E\nnandC9 OxF2 = Ox3F\nnandC9 OxF3 = Ox3E\nnandC9 OxF4 = Ox3F\nnandC9 OxF5 = Ox3E\nnandC9 OxF6 = Ox3F\nnandC9 OxF7 = Ox3E\nnandC9 OxF8 = Ox37\nnandC9 OxF9 = Ox36\nnandC9 OxFA = Ox37\nnandC9 OxFB = Ox36\nnandC9 OxFC = Ox37\nnandC9 OxFD = Ox36\nnandC9 OxFE = Ox37\nnandC9 OxFF = Ox36\nnandC9 ____ = undefined\nnandCA OxCA = Ox35\nnandCA OxCB = Ox35\nnandCA OxCC = Ox37\nnandCA OxCD = Ox37\nnandCA OxCE = Ox35\nnandCA OxCF = Ox35\nnandCA OxD0 = Ox3F\nnandCA OxD1 = Ox3F\nnandCA OxD2 = Ox3D\nnandCA OxD3 = Ox3D\nnandCA OxD4 = Ox3F\nnandCA OxD5 = Ox3F\nnandCA OxD6 = Ox3D\nnandCA OxD7 = Ox3D\nnandCA OxD8 = Ox37\nnandCA OxD9 = Ox37\nnandCA OxDA = Ox35\nnandCA OxDB = Ox35\nnandCA OxDC = Ox37\nnandCA OxDD = Ox37\nnandCA OxDE = Ox35\nnandCA OxDF = Ox35\nnandCA OxE0 = Ox3F\nnandCA OxE1 = Ox3F\nnandCA OxE2 = Ox3D\nnandCA OxE3 = Ox3D\nnandCA OxE4 = Ox3F\nnandCA OxE5 = Ox3F\nnandCA OxE6 = Ox3D\nnandCA OxE7 = Ox3D\nnandCA OxE8 = Ox37\nnandCA OxE9 = Ox37\nnandCA OxEA = Ox35\nnandCA OxEB = Ox35\nnandCA OxEC = Ox37\nnandCA OxED = Ox37\nnandCA OxEE = Ox35\nnandCA OxEF = Ox35\nnandCA OxF0 = Ox3F\nnandCA OxF1 = Ox3F\nnandCA OxF2 = Ox3D\nnandCA OxF3 = Ox3D\nnandCA OxF4 = Ox3F\nnandCA OxF5 = Ox3F\nnandCA OxF6 = Ox3D\nnandCA OxF7 = Ox3D\nnandCA OxF8 = Ox37\nnandCA OxF9 = Ox37\nnandCA OxFA = Ox35\nnandCA OxFB = Ox35\nnandCA OxFC = Ox37\nnandCA OxFD = Ox37\nnandCA OxFE = Ox35\nnandCA OxFF = Ox35\nnandCA ____ = undefined\nnandCB OxCB = Ox34\nnandCB OxCC = Ox37\nnandCB OxCD = Ox36\nnandCB OxCE = Ox35\nnandCB OxCF = Ox34\nnandCB OxD0 = Ox3F\nnandCB OxD1 = Ox3E\nnandCB OxD2 = Ox3D\nnandCB OxD3 = Ox3C\nnandCB OxD4 = Ox3F\nnandCB OxD5 = Ox3E\nnandCB OxD6 = Ox3D\nnandCB OxD7 = Ox3C\nnandCB OxD8 = Ox37\nnandCB OxD9 = Ox36\nnandCB OxDA = Ox35\nnandCB OxDB = Ox34\nnandCB OxDC = Ox37\nnandCB OxDD = Ox36\nnandCB OxDE = Ox35\nnandCB OxDF = Ox34\nnandCB OxE0 = Ox3F\nnandCB OxE1 = Ox3E\nnandCB OxE2 = Ox3D\nnandCB OxE3 = Ox3C\nnandCB OxE4 = Ox3F\nnandCB OxE5 = Ox3E\nnandCB OxE6 = Ox3D\nnandCB OxE7 = Ox3C\nnandCB OxE8 = Ox37\nnandCB OxE9 = Ox36\nnandCB OxEA = Ox35\nnandCB OxEB = Ox34\nnandCB OxEC = Ox37\nnandCB OxED = Ox36\nnandCB OxEE = Ox35\nnandCB OxEF = Ox34\nnandCB OxF0 = Ox3F\nnandCB OxF1 = Ox3E\nnandCB OxF2 = Ox3D\nnandCB OxF3 = Ox3C\nnandCB OxF4 = Ox3F\nnandCB OxF5 = Ox3E\nnandCB OxF6 = Ox3D\nnandCB OxF7 = Ox3C\nnandCB OxF8 = Ox37\nnandCB OxF9 = Ox36\nnandCB OxFA = Ox35\nnandCB OxFB = Ox34\nnandCB OxFC = Ox37\nnandCB OxFD = Ox36\nnandCB OxFE = Ox35\nnandCB OxFF = Ox34\nnandCB ____ = undefined\nnandCC OxCC = Ox33\nnandCC OxCD = Ox33\nnandCC OxCE = Ox33\nnandCC OxCF = Ox33\nnandCC OxD0 = Ox3F\nnandCC OxD1 = Ox3F\nnandCC OxD2 = Ox3F\nnandCC OxD3 = Ox3F\nnandCC OxD4 = Ox3B\nnandCC OxD5 = Ox3B\nnandCC OxD6 = Ox3B\nnandCC OxD7 = Ox3B\nnandCC OxD8 = Ox37\nnandCC OxD9 = Ox37\nnandCC OxDA = Ox37\nnandCC OxDB = Ox37\nnandCC OxDC = Ox33\nnandCC OxDD = Ox33\nnandCC OxDE = Ox33\nnandCC OxDF = Ox33\nnandCC OxE0 = Ox3F\nnandCC OxE1 = Ox3F\nnandCC OxE2 = Ox3F\nnandCC OxE3 = Ox3F\nnandCC OxE4 = Ox3B\nnandCC OxE5 = Ox3B\nnandCC OxE6 = Ox3B\nnandCC OxE7 = Ox3B\nnandCC OxE8 = Ox37\nnandCC OxE9 = Ox37\nnandCC OxEA = Ox37\nnandCC OxEB = Ox37\nnandCC OxEC = Ox33\nnandCC OxED = Ox33\nnandCC OxEE = Ox33\nnandCC OxEF = Ox33\nnandCC OxF0 = Ox3F\nnandCC OxF1 = Ox3F\nnandCC OxF2 = Ox3F\nnandCC OxF3 = Ox3F\nnandCC OxF4 = Ox3B\nnandCC OxF5 = Ox3B\nnandCC OxF6 = Ox3B\nnandCC OxF7 = Ox3B\nnandCC OxF8 = Ox37\nnandCC OxF9 = Ox37\nnandCC OxFA = Ox37\nnandCC OxFB = Ox37\nnandCC OxFC = Ox33\nnandCC OxFD = Ox33\nnandCC OxFE = Ox33\nnandCC OxFF = Ox33\nnandCC ____ = undefined\nnandCD OxCD = Ox32\nnandCD OxCE = Ox33\nnandCD OxCF = Ox32\nnandCD OxD0 = Ox3F\nnandCD OxD1 = Ox3E\nnandCD OxD2 = Ox3F\nnandCD OxD3 = Ox3E\nnandCD OxD4 = Ox3B\nnandCD OxD5 = Ox3A\nnandCD OxD6 = Ox3B\nnandCD OxD7 = Ox3A\nnandCD OxD8 = Ox37\nnandCD OxD9 = Ox36\nnandCD OxDA = Ox37\nnandCD OxDB = Ox36\nnandCD OxDC = Ox33\nnandCD OxDD = Ox32\nnandCD OxDE = Ox33\nnandCD OxDF = Ox32\nnandCD OxE0 = Ox3F\nnandCD OxE1 = Ox3E\nnandCD OxE2 = Ox3F\nnandCD OxE3 = Ox3E\nnandCD OxE4 = Ox3B\nnandCD OxE5 = Ox3A\nnandCD OxE6 = Ox3B\nnandCD OxE7 = Ox3A\nnandCD OxE8 = Ox37\nnandCD OxE9 = Ox36\nnandCD OxEA = Ox37\nnandCD OxEB = Ox36\nnandCD OxEC = Ox33\nnandCD OxED = Ox32\nnandCD OxEE = Ox33\nnandCD OxEF = Ox32\nnandCD OxF0 = Ox3F\nnandCD OxF1 = Ox3E\nnandCD OxF2 = Ox3F\nnandCD OxF3 = Ox3E\nnandCD OxF4 = Ox3B\nnandCD OxF5 = Ox3A\nnandCD OxF6 = Ox3B\nnandCD OxF7 = Ox3A\nnandCD OxF8 = Ox37\nnandCD OxF9 = Ox36\nnandCD OxFA = Ox37\nnandCD OxFB = Ox36\nnandCD OxFC = Ox33\nnandCD OxFD = Ox32\nnandCD OxFE = Ox33\nnandCD OxFF = Ox32\nnandCD ____ = undefined\nnandCE OxCE = Ox31\nnandCE OxCF = Ox31\nnandCE OxD0 = Ox3F\nnandCE OxD1 = Ox3F\nnandCE OxD2 = Ox3D\nnandCE OxD3 = Ox3D\nnandCE OxD4 = Ox3B\nnandCE OxD5 = Ox3B\nnandCE OxD6 = Ox39\nnandCE OxD7 = Ox39\nnandCE OxD8 = Ox37\nnandCE OxD9 = Ox37\nnandCE OxDA = Ox35\nnandCE OxDB = Ox35\nnandCE OxDC = Ox33\nnandCE OxDD = Ox33\nnandCE OxDE = Ox31\nnandCE OxDF = Ox31\nnandCE OxE0 = Ox3F\nnandCE OxE1 = Ox3F\nnandCE OxE2 = Ox3D\nnandCE OxE3 = Ox3D\nnandCE OxE4 = Ox3B\nnandCE OxE5 = Ox3B\nnandCE OxE6 = Ox39\nnandCE OxE7 = Ox39\nnandCE OxE8 = Ox37\nnandCE OxE9 = Ox37\nnandCE OxEA = Ox35\nnandCE OxEB = Ox35\nnandCE OxEC = Ox33\nnandCE OxED = Ox33\nnandCE OxEE = Ox31\nnandCE OxEF = Ox31\nnandCE OxF0 = Ox3F\nnandCE OxF1 = Ox3F\nnandCE OxF2 = Ox3D\nnandCE OxF3 = Ox3D\nnandCE OxF4 = Ox3B\nnandCE OxF5 = Ox3B\nnandCE OxF6 = Ox39\nnandCE OxF7 = Ox39\nnandCE OxF8 = Ox37\nnandCE OxF9 = Ox37\nnandCE OxFA = Ox35\nnandCE OxFB = Ox35\nnandCE OxFC = Ox33\nnandCE OxFD = Ox33\nnandCE OxFE = Ox31\nnandCE OxFF = Ox31\nnandCE ____ = undefined\nnandCF OxCF = Ox30\nnandCF OxD0 = Ox3F\nnandCF OxD1 = Ox3E\nnandCF OxD2 = Ox3D\nnandCF OxD3 = Ox3C\nnandCF OxD4 = Ox3B\nnandCF OxD5 = Ox3A\nnandCF OxD6 = Ox39\nnandCF OxD7 = Ox38\nnandCF OxD8 = Ox37\nnandCF OxD9 = Ox36\nnandCF OxDA = Ox35\nnandCF OxDB = Ox34\nnandCF OxDC = Ox33\nnandCF OxDD = Ox32\nnandCF OxDE = Ox31\nnandCF OxDF = Ox30\nnandCF OxE0 = Ox3F\nnandCF OxE1 = Ox3E\nnandCF OxE2 = Ox3D\nnandCF OxE3 = Ox3C\nnandCF OxE4 = Ox3B\nnandCF OxE5 = Ox3A\nnandCF OxE6 = Ox39\nnandCF OxE7 = Ox38\nnandCF OxE8 = Ox37\nnandCF OxE9 = Ox36\nnandCF OxEA = Ox35\nnandCF OxEB = Ox34\nnandCF OxEC = Ox33\nnandCF OxED = Ox32\nnandCF OxEE = Ox31\nnandCF OxEF = Ox30\nnandCF OxF0 = Ox3F\nnandCF OxF1 = Ox3E\nnandCF OxF2 = Ox3D\nnandCF OxF3 = Ox3C\nnandCF OxF4 = Ox3B\nnandCF OxF5 = Ox3A\nnandCF OxF6 = Ox39\nnandCF OxF7 = Ox38\nnandCF OxF8 = Ox37\nnandCF OxF9 = Ox36\nnandCF OxFA = Ox35\nnandCF OxFB = Ox34\nnandCF OxFC = Ox33\nnandCF OxFD = Ox32\nnandCF OxFE = Ox31\nnandCF OxFF = Ox30\nnandCF ____ = undefined\nnandD0 OxD0 = Ox2F\nnandD0 OxD1 = Ox2F\nnandD0 OxD2 = Ox2F\nnandD0 OxD3 = Ox2F\nnandD0 OxD4 = Ox2F\nnandD0 OxD5 = Ox2F\nnandD0 OxD6 = Ox2F\nnandD0 OxD7 = Ox2F\nnandD0 OxD8 = Ox2F\nnandD0 OxD9 = Ox2F\nnandD0 OxDA = Ox2F\nnandD0 OxDB = Ox2F\nnandD0 OxDC = Ox2F\nnandD0 OxDD = Ox2F\nnandD0 OxDE = Ox2F\nnandD0 OxDF = Ox2F\nnandD0 OxE0 = Ox3F\nnandD0 OxE1 = Ox3F\nnandD0 OxE2 = Ox3F\nnandD0 OxE3 = Ox3F\nnandD0 OxE4 = Ox3F\nnandD0 OxE5 = Ox3F\nnandD0 OxE6 = Ox3F\nnandD0 OxE7 = Ox3F\nnandD0 OxE8 = Ox3F\nnandD0 OxE9 = Ox3F\nnandD0 OxEA = Ox3F\nnandD0 OxEB = Ox3F\nnandD0 OxEC = Ox3F\nnandD0 OxED = Ox3F\nnandD0 OxEE = Ox3F\nnandD0 OxEF = Ox3F\nnandD0 OxF0 = Ox2F\nnandD0 OxF1 = Ox2F\nnandD0 OxF2 = Ox2F\nnandD0 OxF3 = Ox2F\nnandD0 OxF4 = Ox2F\nnandD0 OxF5 = Ox2F\nnandD0 OxF6 = Ox2F\nnandD0 OxF7 = Ox2F\nnandD0 OxF8 = Ox2F\nnandD0 OxF9 = Ox2F\nnandD0 OxFA = Ox2F\nnandD0 OxFB = Ox2F\nnandD0 OxFC = Ox2F\nnandD0 OxFD = Ox2F\nnandD0 OxFE = Ox2F\nnandD0 OxFF = Ox2F\nnandD0 ____ = undefined\nnandD1 OxD1 = Ox2E\nnandD1 OxD2 = Ox2F\nnandD1 OxD3 = Ox2E\nnandD1 OxD4 = Ox2F\nnandD1 OxD5 = Ox2E\nnandD1 OxD6 = Ox2F\nnandD1 OxD7 = Ox2E\nnandD1 OxD8 = Ox2F\nnandD1 OxD9 = Ox2E\nnandD1 OxDA = Ox2F\nnandD1 OxDB = Ox2E\nnandD1 OxDC = Ox2F\nnandD1 OxDD = Ox2E\nnandD1 OxDE = Ox2F\nnandD1 OxDF = Ox2E\nnandD1 OxE0 = Ox3F\nnandD1 OxE1 = Ox3E\nnandD1 OxE2 = Ox3F\nnandD1 OxE3 = Ox3E\nnandD1 OxE4 = Ox3F\nnandD1 OxE5 = Ox3E\nnandD1 OxE6 = Ox3F\nnandD1 OxE7 = Ox3E\nnandD1 OxE8 = Ox3F\nnandD1 OxE9 = Ox3E\nnandD1 OxEA = Ox3F\nnandD1 OxEB = Ox3E\nnandD1 OxEC = Ox3F\nnandD1 OxED = Ox3E\nnandD1 OxEE = Ox3F\nnandD1 OxEF = Ox3E\nnandD1 OxF0 = Ox2F\nnandD1 OxF1 = Ox2E\nnandD1 OxF2 = Ox2F\nnandD1 OxF3 = Ox2E\nnandD1 OxF4 = Ox2F\nnandD1 OxF5 = Ox2E\nnandD1 OxF6 = Ox2F\nnandD1 OxF7 = Ox2E\nnandD1 OxF8 = Ox2F\nnandD1 OxF9 = Ox2E\nnandD1 OxFA = Ox2F\nnandD1 OxFB = Ox2E\nnandD1 OxFC = Ox2F\nnandD1 OxFD = Ox2E\nnandD1 OxFE = Ox2F\nnandD1 OxFF = Ox2E\nnandD1 ____ = undefined\nnandD2 OxD2 = Ox2D\nnandD2 OxD3 = Ox2D\nnandD2 OxD4 = Ox2F\nnandD2 OxD5 = Ox2F\nnandD2 OxD6 = Ox2D\nnandD2 OxD7 = Ox2D\nnandD2 OxD8 = Ox2F\nnandD2 OxD9 = Ox2F\nnandD2 OxDA = Ox2D\nnandD2 OxDB = Ox2D\nnandD2 OxDC = Ox2F\nnandD2 OxDD = Ox2F\nnandD2 OxDE = Ox2D\nnandD2 OxDF = Ox2D\nnandD2 OxE0 = Ox3F\nnandD2 OxE1 = Ox3F\nnandD2 OxE2 = Ox3D\nnandD2 OxE3 = Ox3D\nnandD2 OxE4 = Ox3F\nnandD2 OxE5 = Ox3F\nnandD2 OxE6 = Ox3D\nnandD2 OxE7 = Ox3D\nnandD2 OxE8 = Ox3F\nnandD2 OxE9 = Ox3F\nnandD2 OxEA = Ox3D\nnandD2 OxEB = Ox3D\nnandD2 OxEC = Ox3F\nnandD2 OxED = Ox3F\nnandD2 OxEE = Ox3D\nnandD2 OxEF = Ox3D\nnandD2 OxF0 = Ox2F\nnandD2 OxF1 = Ox2F\nnandD2 OxF2 = Ox2D\nnandD2 OxF3 = Ox2D\nnandD2 OxF4 = Ox2F\nnandD2 OxF5 = Ox2F\nnandD2 OxF6 = Ox2D\nnandD2 OxF7 = Ox2D\nnandD2 OxF8 = Ox2F\nnandD2 OxF9 = Ox2F\nnandD2 OxFA = Ox2D\nnandD2 OxFB = Ox2D\nnandD2 OxFC = Ox2F\nnandD2 OxFD = Ox2F\nnandD2 OxFE = Ox2D\nnandD2 OxFF = Ox2D\nnandD2 ____ = undefined\nnandD3 OxD3 = Ox2C\nnandD3 OxD4 = Ox2F\nnandD3 OxD5 = Ox2E\nnandD3 OxD6 = Ox2D\nnandD3 OxD7 = Ox2C\nnandD3 OxD8 = Ox2F\nnandD3 OxD9 = Ox2E\nnandD3 OxDA = Ox2D\nnandD3 OxDB = Ox2C\nnandD3 OxDC = Ox2F\nnandD3 OxDD = Ox2E\nnandD3 OxDE = Ox2D\nnandD3 OxDF = Ox2C\nnandD3 OxE0 = Ox3F\nnandD3 OxE1 = Ox3E\nnandD3 OxE2 = Ox3D\nnandD3 OxE3 = Ox3C\nnandD3 OxE4 = Ox3F\nnandD3 OxE5 = Ox3E\nnandD3 OxE6 = Ox3D\nnandD3 OxE7 = Ox3C\nnandD3 OxE8 = Ox3F\nnandD3 OxE9 = Ox3E\nnandD3 OxEA = Ox3D\nnandD3 OxEB = Ox3C\nnandD3 OxEC = Ox3F\nnandD3 OxED = Ox3E\nnandD3 OxEE = Ox3D\nnandD3 OxEF = Ox3C\nnandD3 OxF0 = Ox2F\nnandD3 OxF1 = Ox2E\nnandD3 OxF2 = Ox2D\nnandD3 OxF3 = Ox2C\nnandD3 OxF4 = Ox2F\nnandD3 OxF5 = Ox2E\nnandD3 OxF6 = Ox2D\nnandD3 OxF7 = Ox2C\nnandD3 OxF8 = Ox2F\nnandD3 OxF9 = Ox2E\nnandD3 OxFA = Ox2D\nnandD3 OxFB = Ox2C\nnandD3 OxFC = Ox2F\nnandD3 OxFD = Ox2E\nnandD3 OxFE = Ox2D\nnandD3 OxFF = Ox2C\nnandD3 ____ = undefined\nnandD4 OxD4 = Ox2B\nnandD4 OxD5 = Ox2B\nnandD4 OxD6 = Ox2B\nnandD4 OxD7 = Ox2B\nnandD4 OxD8 = Ox2F\nnandD4 OxD9 = Ox2F\nnandD4 OxDA = Ox2F\nnandD4 OxDB = Ox2F\nnandD4 OxDC = Ox2B\nnandD4 OxDD = Ox2B\nnandD4 OxDE = Ox2B\nnandD4 OxDF = Ox2B\nnandD4 OxE0 = Ox3F\nnandD4 OxE1 = Ox3F\nnandD4 OxE2 = Ox3F\nnandD4 OxE3 = Ox3F\nnandD4 OxE4 = Ox3B\nnandD4 OxE5 = Ox3B\nnandD4 OxE6 = Ox3B\nnandD4 OxE7 = Ox3B\nnandD4 OxE8 = Ox3F\nnandD4 OxE9 = Ox3F\nnandD4 OxEA = Ox3F\nnandD4 OxEB = Ox3F\nnandD4 OxEC = Ox3B\nnandD4 OxED = Ox3B\nnandD4 OxEE = Ox3B\nnandD4 OxEF = Ox3B\nnandD4 OxF0 = Ox2F\nnandD4 OxF1 = Ox2F\nnandD4 OxF2 = Ox2F\nnandD4 OxF3 = Ox2F\nnandD4 OxF4 = Ox2B\nnandD4 OxF5 = Ox2B\nnandD4 OxF6 = Ox2B\nnandD4 OxF7 = Ox2B\nnandD4 OxF8 = Ox2F\nnandD4 OxF9 = Ox2F\nnandD4 OxFA = Ox2F\nnandD4 OxFB = Ox2F\nnandD4 OxFC = Ox2B\nnandD4 OxFD = Ox2B\nnandD4 OxFE = Ox2B\nnandD4 OxFF = Ox2B\nnandD4 ____ = undefined\nnandD5 OxD5 = Ox2A\nnandD5 OxD6 = Ox2B\nnandD5 OxD7 = Ox2A\nnandD5 OxD8 = Ox2F\nnandD5 OxD9 = Ox2E\nnandD5 OxDA = Ox2F\nnandD5 OxDB = Ox2E\nnandD5 OxDC = Ox2B\nnandD5 OxDD = Ox2A\nnandD5 OxDE = Ox2B\nnandD5 OxDF = Ox2A\nnandD5 OxE0 = Ox3F\nnandD5 OxE1 = Ox3E\nnandD5 OxE2 = Ox3F\nnandD5 OxE3 = Ox3E\nnandD5 OxE4 = Ox3B\nnandD5 OxE5 = Ox3A\nnandD5 OxE6 = Ox3B\nnandD5 OxE7 = Ox3A\nnandD5 OxE8 = Ox3F\nnandD5 OxE9 = Ox3E\nnandD5 OxEA = Ox3F\nnandD5 OxEB = Ox3E\nnandD5 OxEC = Ox3B\nnandD5 OxED = Ox3A\nnandD5 OxEE = Ox3B\nnandD5 OxEF = Ox3A\nnandD5 OxF0 = Ox2F\nnandD5 OxF1 = Ox2E\nnandD5 OxF2 = Ox2F\nnandD5 OxF3 = Ox2E\nnandD5 OxF4 = Ox2B\nnandD5 OxF5 = Ox2A\nnandD5 OxF6 = Ox2B\nnandD5 OxF7 = Ox2A\nnandD5 OxF8 = Ox2F\nnandD5 OxF9 = Ox2E\nnandD5 OxFA = Ox2F\nnandD5 OxFB = Ox2E\nnandD5 OxFC = Ox2B\nnandD5 OxFD = Ox2A\nnandD5 OxFE = Ox2B\nnandD5 OxFF = Ox2A\nnandD5 ____ = undefined\nnandD6 OxD6 = Ox29\nnandD6 OxD7 = Ox29\nnandD6 OxD8 = Ox2F\nnandD6 OxD9 = Ox2F\nnandD6 OxDA = Ox2D\nnandD6 OxDB = Ox2D\nnandD6 OxDC = Ox2B\nnandD6 OxDD = Ox2B\nnandD6 OxDE = Ox29\nnandD6 OxDF = Ox29\nnandD6 OxE0 = Ox3F\nnandD6 OxE1 = Ox3F\nnandD6 OxE2 = Ox3D\nnandD6 OxE3 = Ox3D\nnandD6 OxE4 = Ox3B\nnandD6 OxE5 = Ox3B\nnandD6 OxE6 = Ox39\nnandD6 OxE7 = Ox39\nnandD6 OxE8 = Ox3F\nnandD6 OxE9 = Ox3F\nnandD6 OxEA = Ox3D\nnandD6 OxEB = Ox3D\nnandD6 OxEC = Ox3B\nnandD6 OxED = Ox3B\nnandD6 OxEE = Ox39\nnandD6 OxEF = Ox39\nnandD6 OxF0 = Ox2F\nnandD6 OxF1 = Ox2F\nnandD6 OxF2 = Ox2D\nnandD6 OxF3 = Ox2D\nnandD6 OxF4 = Ox2B\nnandD6 OxF5 = Ox2B\nnandD6 OxF6 = Ox29\nnandD6 OxF7 = Ox29\nnandD6 OxF8 = Ox2F\nnandD6 OxF9 = Ox2F\nnandD6 OxFA = Ox2D\nnandD6 OxFB = Ox2D\nnandD6 OxFC = Ox2B\nnandD6 OxFD = Ox2B\nnandD6 OxFE = Ox29\nnandD6 OxFF = Ox29\nnandD6 ____ = undefined\nnandD7 OxD7 = Ox28\nnandD7 OxD8 = Ox2F\nnandD7 OxD9 = Ox2E\nnandD7 OxDA = Ox2D\nnandD7 OxDB = Ox2C\nnandD7 OxDC = Ox2B\nnandD7 OxDD = Ox2A\nnandD7 OxDE = Ox29\nnandD7 OxDF = Ox28\nnandD7 OxE0 = Ox3F\nnandD7 OxE1 = Ox3E\nnandD7 OxE2 = Ox3D\nnandD7 OxE3 = Ox3C\nnandD7 OxE4 = Ox3B\nnandD7 OxE5 = Ox3A\nnandD7 OxE6 = Ox39\nnandD7 OxE7 = Ox38\nnandD7 OxE8 = Ox3F\nnandD7 OxE9 = Ox3E\nnandD7 OxEA = Ox3D\nnandD7 OxEB = Ox3C\nnandD7 OxEC = Ox3B\nnandD7 OxED = Ox3A\nnandD7 OxEE = Ox39\nnandD7 OxEF = Ox38\nnandD7 OxF0 = Ox2F\nnandD7 OxF1 = Ox2E\nnandD7 OxF2 = Ox2D\nnandD7 OxF3 = Ox2C\nnandD7 OxF4 = Ox2B\nnandD7 OxF5 = Ox2A\nnandD7 OxF6 = Ox29\nnandD7 OxF7 = Ox28\nnandD7 OxF8 = Ox2F\nnandD7 OxF9 = Ox2E\nnandD7 OxFA = Ox2D\nnandD7 OxFB = Ox2C\nnandD7 OxFC = Ox2B\nnandD7 OxFD = Ox2A\nnandD7 OxFE = Ox29\nnandD7 OxFF = Ox28\nnandD7 ____ = undefined\nnandD8 OxD8 = Ox27\nnandD8 OxD9 = Ox27\nnandD8 OxDA = Ox27\nnandD8 OxDB = Ox27\nnandD8 OxDC = Ox27\nnandD8 OxDD = Ox27\nnandD8 OxDE = Ox27\nnandD8 OxDF = Ox27\nnandD8 OxE0 = Ox3F\nnandD8 OxE1 = Ox3F\nnandD8 OxE2 = Ox3F\nnandD8 OxE3 = Ox3F\nnandD8 OxE4 = Ox3F\nnandD8 OxE5 = Ox3F\nnandD8 OxE6 = Ox3F\nnandD8 OxE7 = Ox3F\nnandD8 OxE8 = Ox37\nnandD8 OxE9 = Ox37\nnandD8 OxEA = Ox37\nnandD8 OxEB = Ox37\nnandD8 OxEC = Ox37\nnandD8 OxED = Ox37\nnandD8 OxEE = Ox37\nnandD8 OxEF = Ox37\nnandD8 OxF0 = Ox2F\nnandD8 OxF1 = Ox2F\nnandD8 OxF2 = Ox2F\nnandD8 OxF3 = Ox2F\nnandD8 OxF4 = Ox2F\nnandD8 OxF5 = Ox2F\nnandD8 OxF6 = Ox2F\nnandD8 OxF7 = Ox2F\nnandD8 OxF8 = Ox27\nnandD8 OxF9 = Ox27\nnandD8 OxFA = Ox27\nnandD8 OxFB = Ox27\nnandD8 OxFC = Ox27\nnandD8 OxFD = Ox27\nnandD8 OxFE = Ox27\nnandD8 OxFF = Ox27\nnandD8 ____ = undefined\nnandD9 OxD9 = Ox26\nnandD9 OxDA = Ox27\nnandD9 OxDB = Ox26\nnandD9 OxDC = Ox27\nnandD9 OxDD = Ox26\nnandD9 OxDE = Ox27\nnandD9 OxDF = Ox26\nnandD9 OxE0 = Ox3F\nnandD9 OxE1 = Ox3E\nnandD9 OxE2 = Ox3F\nnandD9 OxE3 = Ox3E\nnandD9 OxE4 = Ox3F\nnandD9 OxE5 = Ox3E\nnandD9 OxE6 = Ox3F\nnandD9 OxE7 = Ox3E\nnandD9 OxE8 = Ox37\nnandD9 OxE9 = Ox36\nnandD9 OxEA = Ox37\nnandD9 OxEB = Ox36\nnandD9 OxEC = Ox37\nnandD9 OxED = Ox36\nnandD9 OxEE = Ox37\nnandD9 OxEF = Ox36\nnandD9 OxF0 = Ox2F\nnandD9 OxF1 = Ox2E\nnandD9 OxF2 = Ox2F\nnandD9 OxF3 = Ox2E\nnandD9 OxF4 = Ox2F\nnandD9 OxF5 = Ox2E\nnandD9 OxF6 = Ox2F\nnandD9 OxF7 = Ox2E\nnandD9 OxF8 = Ox27\nnandD9 OxF9 = Ox26\nnandD9 OxFA = Ox27\nnandD9 OxFB = Ox26\nnandD9 OxFC = Ox27\nnandD9 OxFD = Ox26\nnandD9 OxFE = Ox27\nnandD9 OxFF = Ox26\nnandD9 ____ = undefined\nnandDA OxDA = Ox25\nnandDA OxDB = Ox25\nnandDA OxDC = Ox27\nnandDA OxDD = Ox27\nnandDA OxDE = Ox25\nnandDA OxDF = Ox25\nnandDA OxE0 = Ox3F\nnandDA OxE1 = Ox3F\nnandDA OxE2 = Ox3D\nnandDA OxE3 = Ox3D\nnandDA OxE4 = Ox3F\nnandDA OxE5 = Ox3F\nnandDA OxE6 = Ox3D\nnandDA OxE7 = Ox3D\nnandDA OxE8 = Ox37\nnandDA OxE9 = Ox37\nnandDA OxEA = Ox35\nnandDA OxEB = Ox35\nnandDA OxEC = Ox37\nnandDA OxED = Ox37\nnandDA OxEE = Ox35\nnandDA OxEF = Ox35\nnandDA OxF0 = Ox2F\nnandDA OxF1 = Ox2F\nnandDA OxF2 = Ox2D\nnandDA OxF3 = Ox2D\nnandDA OxF4 = Ox2F\nnandDA OxF5 = Ox2F\nnandDA OxF6 = Ox2D\nnandDA OxF7 = Ox2D\nnandDA OxF8 = Ox27\nnandDA OxF9 = Ox27\nnandDA OxFA = Ox25\nnandDA OxFB = Ox25\nnandDA OxFC = Ox27\nnandDA OxFD = Ox27\nnandDA OxFE = Ox25\nnandDA OxFF = Ox25\nnandDA ____ = undefined\nnandDB OxDB = Ox24\nnandDB OxDC = Ox27\nnandDB OxDD = Ox26\nnandDB OxDE = Ox25\nnandDB OxDF = Ox24\nnandDB OxE0 = Ox3F\nnandDB OxE1 = Ox3E\nnandDB OxE2 = Ox3D\nnandDB OxE3 = Ox3C\nnandDB OxE4 = Ox3F\nnandDB OxE5 = Ox3E\nnandDB OxE6 = Ox3D\nnandDB OxE7 = Ox3C\nnandDB OxE8 = Ox37\nnandDB OxE9 = Ox36\nnandDB OxEA = Ox35\nnandDB OxEB = Ox34\nnandDB OxEC = Ox37\nnandDB OxED = Ox36\nnandDB OxEE = Ox35\nnandDB OxEF = Ox34\nnandDB OxF0 = Ox2F\nnandDB OxF1 = Ox2E\nnandDB OxF2 = Ox2D\nnandDB OxF3 = Ox2C\nnandDB OxF4 = Ox2F\nnandDB OxF5 = Ox2E\nnandDB OxF6 = Ox2D\nnandDB OxF7 = Ox2C\nnandDB OxF8 = Ox27\nnandDB OxF9 = Ox26\nnandDB OxFA = Ox25\nnandDB OxFB = Ox24\nnandDB OxFC = Ox27\nnandDB OxFD = Ox26\nnandDB OxFE = Ox25\nnandDB OxFF = Ox24\nnandDB ____ = undefined\nnandDC OxDC = Ox23\nnandDC OxDD = Ox23\nnandDC OxDE = Ox23\nnandDC OxDF = Ox23\nnandDC OxE0 = Ox3F\nnandDC OxE1 = Ox3F\nnandDC OxE2 = Ox3F\nnandDC OxE3 = Ox3F\nnandDC OxE4 = Ox3B\nnandDC OxE5 = Ox3B\nnandDC OxE6 = Ox3B\nnandDC OxE7 = Ox3B\nnandDC OxE8 = Ox37\nnandDC OxE9 = Ox37\nnandDC OxEA = Ox37\nnandDC OxEB = Ox37\nnandDC OxEC = Ox33\nnandDC OxED = Ox33\nnandDC OxEE = Ox33\nnandDC OxEF = Ox33\nnandDC OxF0 = Ox2F\nnandDC OxF1 = Ox2F\nnandDC OxF2 = Ox2F\nnandDC OxF3 = Ox2F\nnandDC OxF4 = Ox2B\nnandDC OxF5 = Ox2B\nnandDC OxF6 = Ox2B\nnandDC OxF7 = Ox2B\nnandDC OxF8 = Ox27\nnandDC OxF9 = Ox27\nnandDC OxFA = Ox27\nnandDC OxFB = Ox27\nnandDC OxFC = Ox23\nnandDC OxFD = Ox23\nnandDC OxFE = Ox23\nnandDC OxFF = Ox23\nnandDC ____ = undefined\nnandDD OxDD = Ox22\nnandDD OxDE = Ox23\nnandDD OxDF = Ox22\nnandDD OxE0 = Ox3F\nnandDD OxE1 = Ox3E\nnandDD OxE2 = Ox3F\nnandDD OxE3 = Ox3E\nnandDD OxE4 = Ox3B\nnandDD OxE5 = Ox3A\nnandDD OxE6 = Ox3B\nnandDD OxE7 = Ox3A\nnandDD OxE8 = Ox37\nnandDD OxE9 = Ox36\nnandDD OxEA = Ox37\nnandDD OxEB = Ox36\nnandDD OxEC = Ox33\nnandDD OxED = Ox32\nnandDD OxEE = Ox33\nnandDD OxEF = Ox32\nnandDD OxF0 = Ox2F\nnandDD OxF1 = Ox2E\nnandDD OxF2 = Ox2F\nnandDD OxF3 = Ox2E\nnandDD OxF4 = Ox2B\nnandDD OxF5 = Ox2A\nnandDD OxF6 = Ox2B\nnandDD OxF7 = Ox2A\nnandDD OxF8 = Ox27\nnandDD OxF9 = Ox26\nnandDD OxFA = Ox27\nnandDD OxFB = Ox26\nnandDD OxFC = Ox23\nnandDD OxFD = Ox22\nnandDD OxFE = Ox23\nnandDD OxFF = Ox22\nnandDD ____ = undefined\nnandDE OxDE = Ox21\nnandDE OxDF = Ox21\nnandDE OxE0 = Ox3F\nnandDE OxE1 = Ox3F\nnandDE OxE2 = Ox3D\nnandDE OxE3 = Ox3D\nnandDE OxE4 = Ox3B\nnandDE OxE5 = Ox3B\nnandDE OxE6 = Ox39\nnandDE OxE7 = Ox39\nnandDE OxE8 = Ox37\nnandDE OxE9 = Ox37\nnandDE OxEA = Ox35\nnandDE OxEB = Ox35\nnandDE OxEC = Ox33\nnandDE OxED = Ox33\nnandDE OxEE = Ox31\nnandDE OxEF = Ox31\nnandDE OxF0 = Ox2F\nnandDE OxF1 = Ox2F\nnandDE OxF2 = Ox2D\nnandDE OxF3 = Ox2D\nnandDE OxF4 = Ox2B\nnandDE OxF5 = Ox2B\nnandDE OxF6 = Ox29\nnandDE OxF7 = Ox29\nnandDE OxF8 = Ox27\nnandDE OxF9 = Ox27\nnandDE OxFA = Ox25\nnandDE OxFB = Ox25\nnandDE OxFC = Ox23\nnandDE OxFD = Ox23\nnandDE OxFE = Ox21\nnandDE OxFF = Ox21\nnandDE ____ = undefined\nnandDF OxDF = Ox20\nnandDF OxE0 = Ox3F\nnandDF OxE1 = Ox3E\nnandDF OxE2 = Ox3D\nnandDF OxE3 = Ox3C\nnandDF OxE4 = Ox3B\nnandDF OxE5 = Ox3A\nnandDF OxE6 = Ox39\nnandDF OxE7 = Ox38\nnandDF OxE8 = Ox37\nnandDF OxE9 = Ox36\nnandDF OxEA = Ox35\nnandDF OxEB = Ox34\nnandDF OxEC = Ox33\nnandDF OxED = Ox32\nnandDF OxEE = Ox31\nnandDF OxEF = Ox30\nnandDF OxF0 = Ox2F\nnandDF OxF1 = Ox2E\nnandDF OxF2 = Ox2D\nnandDF OxF3 = Ox2C\nnandDF OxF4 = Ox2B\nnandDF OxF5 = Ox2A\nnandDF OxF6 = Ox29\nnandDF OxF7 = Ox28\nnandDF OxF8 = Ox27\nnandDF OxF9 = Ox26\nnandDF OxFA = Ox25\nnandDF OxFB = Ox24\nnandDF OxFC = Ox23\nnandDF OxFD = Ox22\nnandDF OxFE = Ox21\nnandDF OxFF = Ox20\nnandDF ____ = undefined\nnandE0 OxE0 = Ox1F\nnandE0 OxE1 = Ox1F\nnandE0 OxE2 = Ox1F\nnandE0 OxE3 = Ox1F\nnandE0 OxE4 = Ox1F\nnandE0 OxE5 = Ox1F\nnandE0 OxE6 = Ox1F\nnandE0 OxE7 = Ox1F\nnandE0 OxE8 = Ox1F\nnandE0 OxE9 = Ox1F\nnandE0 OxEA = Ox1F\nnandE0 OxEB = Ox1F\nnandE0 OxEC = Ox1F\nnandE0 OxED = Ox1F\nnandE0 OxEE = Ox1F\nnandE0 OxEF = Ox1F\nnandE0 OxF0 = Ox1F\nnandE0 OxF1 = Ox1F\nnandE0 OxF2 = Ox1F\nnandE0 OxF3 = Ox1F\nnandE0 OxF4 = Ox1F\nnandE0 OxF5 = Ox1F\nnandE0 OxF6 = Ox1F\nnandE0 OxF7 = Ox1F\nnandE0 OxF8 = Ox1F\nnandE0 OxF9 = Ox1F\nnandE0 OxFA = Ox1F\nnandE0 OxFB = Ox1F\nnandE0 OxFC = Ox1F\nnandE0 OxFD = Ox1F\nnandE0 OxFE = Ox1F\nnandE0 OxFF = Ox1F\nnandE0 ____ = undefined\nnandE1 OxE1 = Ox1E\nnandE1 OxE2 = Ox1F\nnandE1 OxE3 = Ox1E\nnandE1 OxE4 = Ox1F\nnandE1 OxE5 = Ox1E\nnandE1 OxE6 = Ox1F\nnandE1 OxE7 = Ox1E\nnandE1 OxE8 = Ox1F\nnandE1 OxE9 = Ox1E\nnandE1 OxEA = Ox1F\nnandE1 OxEB = Ox1E\nnandE1 OxEC = Ox1F\nnandE1 OxED = Ox1E\nnandE1 OxEE = Ox1F\nnandE1 OxEF = Ox1E\nnandE1 OxF0 = Ox1F\nnandE1 OxF1 = Ox1E\nnandE1 OxF2 = Ox1F\nnandE1 OxF3 = Ox1E\nnandE1 OxF4 = Ox1F\nnandE1 OxF5 = Ox1E\nnandE1 OxF6 = Ox1F\nnandE1 OxF7 = Ox1E\nnandE1 OxF8 = Ox1F\nnandE1 OxF9 = Ox1E\nnandE1 OxFA = Ox1F\nnandE1 OxFB = Ox1E\nnandE1 OxFC = Ox1F\nnandE1 OxFD = Ox1E\nnandE1 OxFE = Ox1F\nnandE1 OxFF = Ox1E\nnandE1 ____ = undefined\nnandE2 OxE2 = Ox1D\nnandE2 OxE3 = Ox1D\nnandE2 OxE4 = Ox1F\nnandE2 OxE5 = Ox1F\nnandE2 OxE6 = Ox1D\nnandE2 OxE7 = Ox1D\nnandE2 OxE8 = Ox1F\nnandE2 OxE9 = Ox1F\nnandE2 OxEA = Ox1D\nnandE2 OxEB = Ox1D\nnandE2 OxEC = Ox1F\nnandE2 OxED = Ox1F\nnandE2 OxEE = Ox1D\nnandE2 OxEF = Ox1D\nnandE2 OxF0 = Ox1F\nnandE2 OxF1 = Ox1F\nnandE2 OxF2 = Ox1D\nnandE2 OxF3 = Ox1D\nnandE2 OxF4 = Ox1F\nnandE2 OxF5 = Ox1F\nnandE2 OxF6 = Ox1D\nnandE2 OxF7 = Ox1D\nnandE2 OxF8 = Ox1F\nnandE2 OxF9 = Ox1F\nnandE2 OxFA = Ox1D\nnandE2 OxFB = Ox1D\nnandE2 OxFC = Ox1F\nnandE2 OxFD = Ox1F\nnandE2 OxFE = Ox1D\nnandE2 OxFF = Ox1D\nnandE2 ____ = undefined\nnandE3 OxE3 = Ox1C\nnandE3 OxE4 = Ox1F\nnandE3 OxE5 = Ox1E\nnandE3 OxE6 = Ox1D\nnandE3 OxE7 = Ox1C\nnandE3 OxE8 = Ox1F\nnandE3 OxE9 = Ox1E\nnandE3 OxEA = Ox1D\nnandE3 OxEB = Ox1C\nnandE3 OxEC = Ox1F\nnandE3 OxED = Ox1E\nnandE3 OxEE = Ox1D\nnandE3 OxEF = Ox1C\nnandE3 OxF0 = Ox1F\nnandE3 OxF1 = Ox1E\nnandE3 OxF2 = Ox1D\nnandE3 OxF3 = Ox1C\nnandE3 OxF4 = Ox1F\nnandE3 OxF5 = Ox1E\nnandE3 OxF6 = Ox1D\nnandE3 OxF7 = Ox1C\nnandE3 OxF8 = Ox1F\nnandE3 OxF9 = Ox1E\nnandE3 OxFA = Ox1D\nnandE3 OxFB = Ox1C\nnandE3 OxFC = Ox1F\nnandE3 OxFD = Ox1E\nnandE3 OxFE = Ox1D\nnandE3 OxFF = Ox1C\nnandE3 ____ = undefined\nnandE4 OxE4 = Ox1B\nnandE4 OxE5 = Ox1B\nnandE4 OxE6 = Ox1B\nnandE4 OxE7 = Ox1B\nnandE4 OxE8 = Ox1F\nnandE4 OxE9 = Ox1F\nnandE4 OxEA = Ox1F\nnandE4 OxEB = Ox1F\nnandE4 OxEC = Ox1B\nnandE4 OxED = Ox1B\nnandE4 OxEE = Ox1B\nnandE4 OxEF = Ox1B\nnandE4 OxF0 = Ox1F\nnandE4 OxF1 = Ox1F\nnandE4 OxF2 = Ox1F\nnandE4 OxF3 = Ox1F\nnandE4 OxF4 = Ox1B\nnandE4 OxF5 = Ox1B\nnandE4 OxF6 = Ox1B\nnandE4 OxF7 = Ox1B\nnandE4 OxF8 = Ox1F\nnandE4 OxF9 = Ox1F\nnandE4 OxFA = Ox1F\nnandE4 OxFB = Ox1F\nnandE4 OxFC = Ox1B\nnandE4 OxFD = Ox1B\nnandE4 OxFE = Ox1B\nnandE4 OxFF = Ox1B\nnandE4 ____ = undefined\nnandE5 OxE5 = Ox1A\nnandE5 OxE6 = Ox1B\nnandE5 OxE7 = Ox1A\nnandE5 OxE8 = Ox1F\nnandE5 OxE9 = Ox1E\nnandE5 OxEA = Ox1F\nnandE5 OxEB = Ox1E\nnandE5 OxEC = Ox1B\nnandE5 OxED = Ox1A\nnandE5 OxEE = Ox1B\nnandE5 OxEF = Ox1A\nnandE5 OxF0 = Ox1F\nnandE5 OxF1 = Ox1E\nnandE5 OxF2 = Ox1F\nnandE5 OxF3 = Ox1E\nnandE5 OxF4 = Ox1B\nnandE5 OxF5 = Ox1A\nnandE5 OxF6 = Ox1B\nnandE5 OxF7 = Ox1A\nnandE5 OxF8 = Ox1F\nnandE5 OxF9 = Ox1E\nnandE5 OxFA = Ox1F\nnandE5 OxFB = Ox1E\nnandE5 OxFC = Ox1B\nnandE5 OxFD = Ox1A\nnandE5 OxFE = Ox1B\nnandE5 OxFF = Ox1A\nnandE5 ____ = undefined\nnandE6 OxE6 = Ox19\nnandE6 OxE7 = Ox19\nnandE6 OxE8 = Ox1F\nnandE6 OxE9 = Ox1F\nnandE6 OxEA = Ox1D\nnandE6 OxEB = Ox1D\nnandE6 OxEC = Ox1B\nnandE6 OxED = Ox1B\nnandE6 OxEE = Ox19\nnandE6 OxEF = Ox19\nnandE6 OxF0 = Ox1F\nnandE6 OxF1 = Ox1F\nnandE6 OxF2 = Ox1D\nnandE6 OxF3 = Ox1D\nnandE6 OxF4 = Ox1B\nnandE6 OxF5 = Ox1B\nnandE6 OxF6 = Ox19\nnandE6 OxF7 = Ox19\nnandE6 OxF8 = Ox1F\nnandE6 OxF9 = Ox1F\nnandE6 OxFA = Ox1D\nnandE6 OxFB = Ox1D\nnandE6 OxFC = Ox1B\nnandE6 OxFD = Ox1B\nnandE6 OxFE = Ox19\nnandE6 OxFF = Ox19\nnandE6 ____ = undefined\nnandE7 OxE7 = Ox18\nnandE7 OxE8 = Ox1F\nnandE7 OxE9 = Ox1E\nnandE7 OxEA = Ox1D\nnandE7 OxEB = Ox1C\nnandE7 OxEC = Ox1B\nnandE7 OxED = Ox1A\nnandE7 OxEE = Ox19\nnandE7 OxEF = Ox18\nnandE7 OxF0 = Ox1F\nnandE7 OxF1 = Ox1E\nnandE7 OxF2 = Ox1D\nnandE7 OxF3 = Ox1C\nnandE7 OxF4 = Ox1B\nnandE7 OxF5 = Ox1A\nnandE7 OxF6 = Ox19\nnandE7 OxF7 = Ox18\nnandE7 OxF8 = Ox1F\nnandE7 OxF9 = Ox1E\nnandE7 OxFA = Ox1D\nnandE7 OxFB = Ox1C\nnandE7 OxFC = Ox1B\nnandE7 OxFD = Ox1A\nnandE7 OxFE = Ox19\nnandE7 OxFF = Ox18\nnandE7 ____ = undefined\nnandE8 OxE8 = Ox17\nnandE8 OxE9 = Ox17\nnandE8 OxEA = Ox17\nnandE8 OxEB = Ox17\nnandE8 OxEC = Ox17\nnandE8 OxED = Ox17\nnandE8 OxEE = Ox17\nnandE8 OxEF = Ox17\nnandE8 OxF0 = Ox1F\nnandE8 OxF1 = Ox1F\nnandE8 OxF2 = Ox1F\nnandE8 OxF3 = Ox1F\nnandE8 OxF4 = Ox1F\nnandE8 OxF5 = Ox1F\nnandE8 OxF6 = Ox1F\nnandE8 OxF7 = Ox1F\nnandE8 OxF8 = Ox17\nnandE8 OxF9 = Ox17\nnandE8 OxFA = Ox17\nnandE8 OxFB = Ox17\nnandE8 OxFC = Ox17\nnandE8 OxFD = Ox17\nnandE8 OxFE = Ox17\nnandE8 OxFF = Ox17\nnandE8 ____ = undefined\nnandE9 OxE9 = Ox16\nnandE9 OxEA = Ox17\nnandE9 OxEB = Ox16\nnandE9 OxEC = Ox17\nnandE9 OxED = Ox16\nnandE9 OxEE = Ox17\nnandE9 OxEF = Ox16\nnandE9 OxF0 = Ox1F\nnandE9 OxF1 = Ox1E\nnandE9 OxF2 = Ox1F\nnandE9 OxF3 = Ox1E\nnandE9 OxF4 = Ox1F\nnandE9 OxF5 = Ox1E\nnandE9 OxF6 = Ox1F\nnandE9 OxF7 = Ox1E\nnandE9 OxF8 = Ox17\nnandE9 OxF9 = Ox16\nnandE9 OxFA = Ox17\nnandE9 OxFB = Ox16\nnandE9 OxFC = Ox17\nnandE9 OxFD = Ox16\nnandE9 OxFE = Ox17\nnandE9 OxFF = Ox16\nnandE9 ____ = undefined\nnandEA OxEA = Ox15\nnandEA OxEB = Ox15\nnandEA OxEC = Ox17\nnandEA OxED = Ox17\nnandEA OxEE = Ox15\nnandEA OxEF = Ox15\nnandEA OxF0 = Ox1F\nnandEA OxF1 = Ox1F\nnandEA OxF2 = Ox1D\nnandEA OxF3 = Ox1D\nnandEA OxF4 = Ox1F\nnandEA OxF5 = Ox1F\nnandEA OxF6 = Ox1D\nnandEA OxF7 = Ox1D\nnandEA OxF8 = Ox17\nnandEA OxF9 = Ox17\nnandEA OxFA = Ox15\nnandEA OxFB = Ox15\nnandEA OxFC = Ox17\nnandEA OxFD = Ox17\nnandEA OxFE = Ox15\nnandEA OxFF = Ox15\nnandEA ____ = undefined\nnandEB OxEB = Ox14\nnandEB OxEC = Ox17\nnandEB OxED = Ox16\nnandEB OxEE = Ox15\nnandEB OxEF = Ox14\nnandEB OxF0 = Ox1F\nnandEB OxF1 = Ox1E\nnandEB OxF2 = Ox1D\nnandEB OxF3 = Ox1C\nnandEB OxF4 = Ox1F\nnandEB OxF5 = Ox1E\nnandEB OxF6 = Ox1D\nnandEB OxF7 = Ox1C\nnandEB OxF8 = Ox17\nnandEB OxF9 = Ox16\nnandEB OxFA = Ox15\nnandEB OxFB = Ox14\nnandEB OxFC = Ox17\nnandEB OxFD = Ox16\nnandEB OxFE = Ox15\nnandEB OxFF = Ox14\nnandEB ____ = undefined\nnandEC OxEC = Ox13\nnandEC OxED = Ox13\nnandEC OxEE = Ox13\nnandEC OxEF = Ox13\nnandEC OxF0 = Ox1F\nnandEC OxF1 = Ox1F\nnandEC OxF2 = Ox1F\nnandEC OxF3 = Ox1F\nnandEC OxF4 = Ox1B\nnandEC OxF5 = Ox1B\nnandEC OxF6 = Ox1B\nnandEC OxF7 = Ox1B\nnandEC OxF8 = Ox17\nnandEC OxF9 = Ox17\nnandEC OxFA = Ox17\nnandEC OxFB = Ox17\nnandEC OxFC = Ox13\nnandEC OxFD = Ox13\nnandEC OxFE = Ox13\nnandEC OxFF = Ox13\nnandEC ____ = undefined\nnandED OxED = Ox12\nnandED OxEE = Ox13\nnandED OxEF = Ox12\nnandED OxF0 = Ox1F\nnandED OxF1 = Ox1E\nnandED OxF2 = Ox1F\nnandED OxF3 = Ox1E\nnandED OxF4 = Ox1B\nnandED OxF5 = Ox1A\nnandED OxF6 = Ox1B\nnandED OxF7 = Ox1A\nnandED OxF8 = Ox17\nnandED OxF9 = Ox16\nnandED OxFA = Ox17\nnandED OxFB = Ox16\nnandED OxFC = Ox13\nnandED OxFD = Ox12\nnandED OxFE = Ox13\nnandED OxFF = Ox12\nnandED ____ = undefined\nnandEE OxEE = Ox11\nnandEE OxEF = Ox11\nnandEE OxF0 = Ox1F\nnandEE OxF1 = Ox1F\nnandEE OxF2 = Ox1D\nnandEE OxF3 = Ox1D\nnandEE OxF4 = Ox1B\nnandEE OxF5 = Ox1B\nnandEE OxF6 = Ox19\nnandEE OxF7 = Ox19\nnandEE OxF8 = Ox17\nnandEE OxF9 = Ox17\nnandEE OxFA = Ox15\nnandEE OxFB = Ox15\nnandEE OxFC = Ox13\nnandEE OxFD = Ox13\nnandEE OxFE = Ox11\nnandEE OxFF = Ox11\nnandEE ____ = undefined\nnandEF OxEF = Ox10\nnandEF OxF0 = Ox1F\nnandEF OxF1 = Ox1E\nnandEF OxF2 = Ox1D\nnandEF OxF3 = Ox1C\nnandEF OxF4 = Ox1B\nnandEF OxF5 = Ox1A\nnandEF OxF6 = Ox19\nnandEF OxF7 = Ox18\nnandEF OxF8 = Ox17\nnandEF OxF9 = Ox16\nnandEF OxFA = Ox15\nnandEF OxFB = Ox14\nnandEF OxFC = Ox13\nnandEF OxFD = Ox12\nnandEF OxFE = Ox11\nnandEF OxFF = Ox10\nnandEF ____ = undefined\nnandF0 OxF0 = Ox0F\nnandF0 OxF1 = Ox0F\nnandF0 OxF2 = Ox0F\nnandF0 OxF3 = Ox0F\nnandF0 OxF4 = Ox0F\nnandF0 OxF5 = Ox0F\nnandF0 OxF6 = Ox0F\nnandF0 OxF7 = Ox0F\nnandF0 OxF8 = Ox0F\nnandF0 OxF9 = Ox0F\nnandF0 OxFA = Ox0F\nnandF0 OxFB = Ox0F\nnandF0 OxFC = Ox0F\nnandF0 OxFD = Ox0F\nnandF0 OxFE = Ox0F\nnandF0 OxFF = Ox0F\nnandF0 ____ = undefined\nnandF1 OxF1 = Ox0E\nnandF1 OxF2 = Ox0F\nnandF1 OxF3 = Ox0E\nnandF1 OxF4 = Ox0F\nnandF1 OxF5 = Ox0E\nnandF1 OxF6 = Ox0F\nnandF1 OxF7 = Ox0E\nnandF1 OxF8 = Ox0F\nnandF1 OxF9 = Ox0E\nnandF1 OxFA = Ox0F\nnandF1 OxFB = Ox0E\nnandF1 OxFC = Ox0F\nnandF1 OxFD = Ox0E\nnandF1 OxFE = Ox0F\nnandF1 OxFF = Ox0E\nnandF1 ____ = undefined\nnandF2 OxF2 = Ox0D\nnandF2 OxF3 = Ox0D\nnandF2 OxF4 = Ox0F\nnandF2 OxF5 = Ox0F\nnandF2 OxF6 = Ox0D\nnandF2 OxF7 = Ox0D\nnandF2 OxF8 = Ox0F\nnandF2 OxF9 = Ox0F\nnandF2 OxFA = Ox0D\nnandF2 OxFB = Ox0D\nnandF2 OxFC = Ox0F\nnandF2 OxFD = Ox0F\nnandF2 OxFE = Ox0D\nnandF2 OxFF = Ox0D\nnandF2 ____ = undefined\nnandF3 OxF3 = Ox0C\nnandF3 OxF4 = Ox0F\nnandF3 OxF5 = Ox0E\nnandF3 OxF6 = Ox0D\nnandF3 OxF7 = Ox0C\nnandF3 OxF8 = Ox0F\nnandF3 OxF9 = Ox0E\nnandF3 OxFA = Ox0D\nnandF3 OxFB = Ox0C\nnandF3 OxFC = Ox0F\nnandF3 OxFD = Ox0E\nnandF3 OxFE = Ox0D\nnandF3 OxFF = Ox0C\nnandF3 ____ = undefined\nnandF4 OxF4 = Ox0B\nnandF4 OxF5 = Ox0B\nnandF4 OxF6 = Ox0B\nnandF4 OxF7 = Ox0B\nnandF4 OxF8 = Ox0F\nnandF4 OxF9 = Ox0F\nnandF4 OxFA = Ox0F\nnandF4 OxFB = Ox0F\nnandF4 OxFC = Ox0B\nnandF4 OxFD = Ox0B\nnandF4 OxFE = Ox0B\nnandF4 OxFF = Ox0B\nnandF4 ____ = undefined\nnandF5 OxF5 = Ox0A\nnandF5 OxF6 = Ox0B\nnandF5 OxF7 = Ox0A\nnandF5 OxF8 = Ox0F\nnandF5 OxF9 = Ox0E\nnandF5 OxFA = Ox0F\nnandF5 OxFB = Ox0E\nnandF5 OxFC = Ox0B\nnandF5 OxFD = Ox0A\nnandF5 OxFE = Ox0B\nnandF5 OxFF = Ox0A\nnandF5 ____ = undefined\nnandF6 OxF6 = Ox09\nnandF6 OxF7 = Ox09\nnandF6 OxF8 = Ox0F\nnandF6 OxF9 = Ox0F\nnandF6 OxFA = Ox0D\nnandF6 OxFB = Ox0D\nnandF6 OxFC = Ox0B\nnandF6 OxFD = Ox0B\nnandF6 OxFE = Ox09\nnandF6 OxFF = Ox09\nnandF6 ____ = undefined\nnandF7 OxF7 = Ox08\nnandF7 OxF8 = Ox0F\nnandF7 OxF9 = Ox0E\nnandF7 OxFA = Ox0D\nnandF7 OxFB = Ox0C\nnandF7 OxFC = Ox0B\nnandF7 OxFD = Ox0A\nnandF7 OxFE = Ox09\nnandF7 OxFF = Ox08\nnandF7 ____ = undefined\nnandF8 OxF8 = Ox07\nnandF8 OxF9 = Ox07\nnandF8 OxFA = Ox07\nnandF8 OxFB = Ox07\nnandF8 OxFC = Ox07\nnandF8 OxFD = Ox07\nnandF8 OxFE = Ox07\nnandF8 OxFF = Ox07\nnandF8 ____ = undefined\nnandF9 OxF9 = Ox06\nnandF9 OxFA = Ox07\nnandF9 OxFB = Ox06\nnandF9 OxFC = Ox07\nnandF9 OxFD = Ox06\nnandF9 OxFE = Ox07\nnandF9 OxFF = Ox06\nnandF9 ____ = undefined\nnandFA OxFA = Ox05\nnandFA OxFB = Ox05\nnandFA OxFC = Ox07\nnandFA OxFD = Ox07\nnandFA OxFE = Ox05\nnandFA OxFF = Ox05\nnandFA ____ = undefined\nnandFB OxFB = Ox04\nnandFB OxFC = Ox07\nnandFB OxFD = Ox06\nnandFB OxFE = Ox05\nnandFB OxFF = Ox04\nnandFB ____ = undefined\nnandFC OxFC = Ox03\nnandFC OxFD = Ox03\nnandFC OxFE = Ox03\nnandFC OxFF = Ox03\nnandFC ____ = undefined\nnandFD OxFD = Ox02\nnandFD OxFE = Ox03\nnandFD OxFF = Ox02\nnandFD ____ = undefined\nnandFE OxFE = Ox01\nnandFE OxFF = Ox01\nnandFE ____ = undefined\nnandFF OxFF = Ox00\nnandFF ____ = undefined\n\n--------------------------------------------------------------------------------\n\nnot :: Octet -> Octet\nand :: Octet -> Octet -> Octet\nor :: Octet -> Octet -> Octet\nxor' :: Octet -> Octet -> Octet\n\n{-# INLINE not #-}\n{-# INLINE and #-}\n{-# INLINE or #-}\n{-# INLINE xor' #-}\n\n{- https://en.wikipedia.org/wiki/NAND_logic#NOT -}\nnot x =\nx seq x nand x\n\n{- https://en.wikipedia.org/wiki/NAND_logic#AND -}\nand x y =\nk seq k nand k\nwhere\ni = x seq y seq x min y\nj = x seq y seq x max y\n--\nk = i seq j seq i nand j\n\n{- https://en.wikipedia.org/wiki/NAND_logic#OR -}\nor x y =\nm seq n seq m nand n\nwhere\ni = x seq y seq x min y\nj = x seq y seq x max y\n--\nk = i seq i nand i\nl = j seq j nand j\n--\nm = k seq l seq k min l\nn = k seq l seq k max l\n\n{- https://en.wikipedia.org/wiki/NAND_logic#XOR -}\nxor' x y =\nr seq s seq r nand s\nwhere\ni = x min y\nj = x max y\n--\nk = i seq j seq i nand j\n--\nl = i seq k seq i min k\nm = i seq k seq i max k\nn = l seq m seq l nand m\n--\no = j seq k seq j min k\np = j seq k seq j max k\nq = o seq p seq o nand p\n--\nr = n seq q seq n min q\ns = n seq q seq n max q\n\n--------------------------------------------------------------------------------\n\n-- References\n--\n-- Memory footprint of Haskell data types:\n-- * http://stackoverflow.com/a/3256825\n--\n-- GHC Commentary: The Layout of Heap Objects\n\n[johndoe@nixosT480:~/code/haskell/octet]$./bin/octet # foldl' (+) Ox00$ take 5000000 [ Ox00 .. ]:"
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.7224838,"math_prob":0.9999751,"size":663474,"snap":"2022-27-2022-33","text_gpt3_token_len":357272,"char_repetition_ratio":0.38536483,"word_repetition_ratio":0.0019011407,"special_character_ratio":0.4273325,"punctuation_ratio":0.0024969624,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.99251026,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2022-08-07T21:39:47Z\",\"WARC-Record-ID\":\"<urn:uuid:cd9df211-2ff5-43b0-95c8-d457a2e5b97d>\",\"Content-Length\":\"672945\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:74770895-cda4-4e7b-ab0b-675be064be07>\",\"WARC-Concurrent-To\":\"<urn:uuid:36b926fc-a4ba-458b-88c0-38e75d3b720e>\",\"WARC-IP-Address\":\"35.185.44.232\",\"WARC-Target-URI\":\"http://blog.stermon.com/articles/2020/04/06/haskell-data-octet-nand-smaller-but-slower.html\",\"WARC-Payload-Digest\":\"sha1:QSAJP7DL5YSUN5UTCF5C34GISSKROKDF\",\"WARC-Block-Digest\":\"sha1:3A2PLXE7JJJ3F3435EZ4DZTYKMXXWXAG\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2022/CC-MAIN-2022-33/CC-MAIN-2022-33_segments_1659882570730.59_warc_CC-MAIN-20220807211157-20220808001157-00018.warc.gz\"}"} |
https://answers.everydaycalculation.com/divide-fractions/16-30-divided-by-9-8 | [
"Solutions by everydaycalculation.com\n\n## Divide 16/30 with 9/8\n\n1st number: 16/30, 2nd number: 1 1/8\n\n16/30 ÷ 9/8 is 64/135.\n\n#### Steps for dividing fractions\n\n1. Find the reciprocal of the divisor\nReciprocal of 9/8: 8/9\n2. Now, multiply it with the dividend\nSo, 16/30 ÷ 9/8 = 16/30 × 8/9\n3. = 16 × 8/30 × 9 = 128/270\n4. After reducing the fraction, the answer is 64/135\n\nMathStep (Works offline)",
null,
"Download our mobile app and learn to work with fractions in your own time:"
] | [
null,
"https://answers.everydaycalculation.com/mathstep-app-icon.png",
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.629339,"math_prob":0.9757426,"size":391,"snap":"2019-43-2019-47","text_gpt3_token_len":192,"char_repetition_ratio":0.2248062,"word_repetition_ratio":0.0,"special_character_ratio":0.5396419,"punctuation_ratio":0.07920792,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.96108484,"pos_list":[0,1,2],"im_url_duplicate_count":[null,null,null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2019-11-22T17:55:09Z\",\"WARC-Record-ID\":\"<urn:uuid:5c627351-096b-495f-aefe-99cfc63e9092>\",\"Content-Length\":\"8171\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:2ff6955c-d54a-4cb9-a93e-e451d63f8146>\",\"WARC-Concurrent-To\":\"<urn:uuid:2187164d-ef8c-4c1d-bc80-5fe7cd3ada8e>\",\"WARC-IP-Address\":\"96.126.107.130\",\"WARC-Target-URI\":\"https://answers.everydaycalculation.com/divide-fractions/16-30-divided-by-9-8\",\"WARC-Payload-Digest\":\"sha1:NM5UONFS77FIOX4QBLWUZ2ZUEGG23V5Q\",\"WARC-Block-Digest\":\"sha1:4OTQA6PNIEEZJFYTA2Y6FU4UCB52KQ6L\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2019/CC-MAIN-2019-47/CC-MAIN-2019-47_segments_1573496671411.14_warc_CC-MAIN-20191122171140-20191122200140-00013.warc.gz\"}"} |
https://mfaani.com/posts/interviewing/arrays/which-way-am-i-sorting/ | [
"I always got confused as to what’s the end result my sort. I wasn’t sure if it would end up being ascending or descending. The ultimate trick is to not think of up vs down. Instead think of increasing/decreasing from left to right.\nWe perceive arrays as horizontal beings. Hence left and right make more sense vs up and down\n\n``````let nums = [1,4,2,3]\nlet sorted_nums = arr.sorted(by: {\n\\$0 < \\$1 // left is smaller [1,2,3,4] i.e. ascending\n})\n``````\n\nIf you see `\\$0 < \\$1` then left side is smaller than the next item. i.e. it’s ascending.\n\n``````let nums = [1,4,2,3]\nlet sorted_nums = arr.sorted(by: {\n\\$0 > \\$1 // left is bigger [4,3,2,1] i.e. descending\n})\n``````\n\nIf you see `\\$0 > \\$1` then right side is smaller than the next item. i.e. it’s descending. Similarly writing `array.sorted(by: <)` is identical.\n\n#### Alternate way:#\n\n• `array.sorted(by: <)` will make it decreasing.\n• `array.sorted(by: >)` will make it increasing.\n\n#### And if I don’t pass a block?#\n\nIt will make the array increasing. Increasing is more natural as that’s how we’d list numbers from 1…n and we almost never list numbers n…1.\n\n``````let nums = [1,4,2,3]\nprint(nums.sorted()) // [1,2,3,4]\n``````\n\n### \\$0 vs \\$1#\n\nNever place the `\\$1` on the left side when sorting. `\\$0` is the first number, `\\$1` is the second number in the comparison. If you switch them then the order will get reversed."
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.83189607,"math_prob":0.9870485,"size":1279,"snap":"2023-40-2023-50","text_gpt3_token_len":365,"char_repetition_ratio":0.13098039,"word_repetition_ratio":0.10666667,"special_character_ratio":0.31039876,"punctuation_ratio":0.18210863,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9549067,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2023-12-08T15:57:50Z\",\"WARC-Record-ID\":\"<urn:uuid:0e4af9b0-d3d6-4812-941f-6a365fa85d11>\",\"Content-Length\":\"27447\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:ad698e9c-3050-4db6-82cb-2a2064443b2d>\",\"WARC-Concurrent-To\":\"<urn:uuid:f76e278b-6200-400d-b737-cc6e6475dc2b>\",\"WARC-IP-Address\":\"35.169.59.174\",\"WARC-Target-URI\":\"https://mfaani.com/posts/interviewing/arrays/which-way-am-i-sorting/\",\"WARC-Payload-Digest\":\"sha1:AAUOZICQ2PL2L2PARKUY6BVPVZXQJOBU\",\"WARC-Block-Digest\":\"sha1:U6R53S6MVR3IC22TBRE2ID6WSDXZMURP\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2023/CC-MAIN-2023-50/CC-MAIN-2023-50_segments_1700679100762.64_warc_CC-MAIN-20231208144732-20231208174732-00875.warc.gz\"}"} |
http://brewwiki.org/index.php/Estimating_Color | [
"# Estimating Color\n\nThe color of brew can be estimated if one knows the color and quantity of the malts used. There are a two methods for estimating color, but the latter equation by Dan Morey is accepted to be the more accurate of the two. To use either method, you do need to know the Lovibond or SRM color for each ingredient. Several reference tables are available on the Malt page to tell you the color for different types of malt.\n\n## Malt Color Units\n\nThe simplest equation for estimating the color of beer is to use Malt Color Units (MCU). A malt color unit is defined to be simply the color of each grain times the grain weight in pounds divided by the batch volume in gallons. If more than one grain is used, the MCU color is calculated for each addition and then added together. This malt color unit equation provides a good estimate of color in SRM for beers that are light in color (SRM color < 10.5).\n\nMCU = (grain_color * grain_weight_lbs)/volume_gallons -- Good for beer colors < 10.5 SRM\n\n## The Morey Equation\n\nWhile MCU is a good estimate for SRM beer colors < 10.5, the MCU color overestimates the color value for darker beers. In an article on Brewing Techniques Dan Morey proposes using a slightly more complex equation based earlier work and raw data by Mosher and Daniels to handle darker beers. This equation holds for values of SRM up to 50. Most beer software uses the Morey equation. The Morey equation is derived from the MCU value calculated above.\n\nSRM_Color = 1.4922 * [MCU ^ 0.6859] -- Good for beer colors < 50 SRM"
] | [
null
] | {"ft_lang_label":"__label__en","ft_lang_prob":0.87133527,"math_prob":0.9878549,"size":1658,"snap":"2021-21-2021-25","text_gpt3_token_len":397,"char_repetition_ratio":0.15598549,"word_repetition_ratio":0.013422819,"special_character_ratio":0.2291918,"punctuation_ratio":0.07594936,"nsfw_num_words":0,"has_unicode_error":false,"math_prob_llama3":0.9821797,"pos_list":[0],"im_url_duplicate_count":[null],"WARC_HEADER":"{\"WARC-Type\":\"response\",\"WARC-Date\":\"2021-05-14T07:25:08Z\",\"WARC-Record-ID\":\"<urn:uuid:e9d811ed-82c4-4666-a58b-982bd625a1cc>\",\"Content-Length\":\"16526\",\"Content-Type\":\"application/http; msgtype=response\",\"WARC-Warcinfo-ID\":\"<urn:uuid:d3a369f2-ab05-4204-ad62-f5ae4299d92d>\",\"WARC-Concurrent-To\":\"<urn:uuid:6e5fc314-e859-4a81-832c-5de9c0b84118>\",\"WARC-IP-Address\":\"107.6.146.146\",\"WARC-Target-URI\":\"http://brewwiki.org/index.php/Estimating_Color\",\"WARC-Payload-Digest\":\"sha1:5JE2UPVRBDN5A4OVKWJKJJYGZJKFPS7H\",\"WARC-Block-Digest\":\"sha1:LZAZCUO2UIJFGHWLA2T6TSGHGR35BWYJ\",\"WARC-Identified-Payload-Type\":\"text/html\",\"warc_filename\":\"/cc_download/warc_2021/CC-MAIN-2021-21/CC-MAIN-2021-21_segments_1620243991648.40_warc_CC-MAIN-20210514060536-20210514090536-00146.warc.gz\"}"} |
https://www.blackmesapress.com/BurlesonRefinementComplex.htm | [
"Burleson’s Refinement: Convergence to Conjugate\n\nComplex Zeros of a Polynomial\n\nDonald R. Burleson, Ph.D.\n\nprovided original authorship is expressly acknowledged.\n\nIn an earlier research article (see www.blackmesapress.com/NewtonGeneralization.htm) I presented my refinement/generalization of Newton’s Method for successive approximation of real zeros of a function, based on Taylor polynomials:",
null,
"where the algebraic sign in front of the radical is chosen to match the sign of the quantity",
null,
"when the process is to converge to a real-number zero.\n\nIt is possible for this generalized approach to converge to a conjugate pair of complex-number zeros in the case of a polynomial function with all real-number coefficients. For the circumstance of a real-number initial value producing a negative real-number radicand, so that the resulting new value involves non-real complex numbers, one thinks of both algebraic signs in front of the radical as being operative, though one does not always necessarily use them both at the same time in subsequent computations. Consider the following example.\n\nLet",
null,
"where for purposes of straightforward illustration I have chosen a function whose zeros are actually 0 and the conjugate complex pair",
null,
"For successive approximation we will choose the initial value",
null,
"so that for the given function and its derivatives",
null,
"we have, plugging f(1) = 2 and f’(1) = 4 and f”(1) = 6 into the refinement formula, the value",
null,
"Let us first choose to pursue the process by taking in particular",
null,
"from which we compute",
null,
"and",
null,
"Plugging these into f and its derivatives we find that",
null,
"and in turn plugging these into the refinement formula we have the next approximation",
null,
"",
null,
"and the final radical expression can be evaluated in principal complex value using De Moivre’s Formula as",
null,
"which in approximate decimal form works out to\n\n2.317818225 + 0.610148608i which when multiplied by the",
null,
"givcs\n\n0.446064325 + 0.117423154i, where we then add the term",
null,
"to produce",
null,
"A similar computation starting with the conjugate value",
null,
"(and again using only the + sign in the refinement formula) will produce the complex conjugate of the value we just computed. If we were to use the minus sign both times instead of plus, the result would again be a next pair of conjugate complex numbers but with the sign reversed for the real-number component. Either way, when one draws a graph representing these complex numbers as vectors in the complex plane, the result is a sequence of vectors starting to converge in a kind of arc to the actual conjugate complex zeros 0 + 1i and 0 - 1i . Clearly the next stage of approximation will be tedious. (In my experience this convergence is slower than for real-number zeros.)\n\nIn any case the point is that this refinement of Newton’s Method, given a prudent starting value, can concern itself with a pair of conjugate complex-number zeros, whereas the original method xn+1 = xn - f(xn)/f '(xn) (applied to a real-valued function) produces non-real complex values only if one chooses such a number as an initial value."
] | [
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole1.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole2.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole3.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole4.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole5.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole6.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole7.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole8.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole9.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole10.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole11.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole12.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole13.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole14.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole15.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole16.gif",
null,
"https://www.blackmesapress.com/burlesonrefinementcomplex/ole17.gif",
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https://math.answers.com/movies-and-television/Will_a_pair_of_numbers_both_more_than_100_always_have_a_greater_Greatest_common_factor_than_a_pair_of_numbers_less_than_100 | [
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"0\n\n# Will a pair of numbers both more than 100 always have a greater Greatest common factor than a pair of numbers less than 100?\n\nUpdated: 8/30/2023",
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"Wiki User\n\n8y ago\n\nYes. 4 and 8 have a GCF of 4. 104 and 108 have a GCF of 4.\n\nAny set of prime numbers has a GCF of 1, no matter how large or small they are.",
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"Wiki User\n\n10y ago",
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"Study guides\n\n20 cards\n\n## A number a power of a variable or a product of the two is a monomial while a polynomial is the of monomials\n\n➡️\nSee all cards\n3.82\n3055 Reviews",
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"Wiki User\n\n8y ago\n\nNo. 102 and 104 have a GCF of 2.\n\n8 and 12 have a GCF of 4.",
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"Wiki User\n\n8y ago\n\nYes, the greatest common factor of a pair of numbers can equal one of the numbers if one of the numbers is a factor of the other.",
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"Wiki User\n\n8y ago\n\nYes, if one of the numbers is a factor of the other.",
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"Wiki User\n\n8y ago\n\nSure why not!",
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"Wiki User\n\n9y ago\n\nNo.",
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"Earn +20 pts\nQ: Will a pair of numbers both more than 100 always have a greater Greatest common factor than a pair of numbers less than 100?\nSubmit\nStill have questions?",
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"Continue Learning about Movies & Television\nRelated questions\n\n### Is the Greatest common factor of a pair of numbers even greater than both numbers?\n\nNo, the greatest common factor is never greater than the smallest number. The greatest common factor is the largest integer that divides evenly into all of the numbers listed.\n\n### Is the least common multiple of two numbers always divisible by the greatest common factor of the two numbers?\n\nYes, the least common multiple of two numbers is always divisible by those numbers' greatest common factor.\n\nYes it is.\n\n### Can the greatest common factor of positive numbers be greater than both numbers?\n\nNo, the greatest common factor cannot be larger than any of the numbers in the set.\n\n### What are the math terms gcf and LCM?\n\nGCF - Greatest Common Factor (GCF is always smaller or equal to at least one of the numbers) LCM - Least Common Multiple (LCM is always greater or equal to at least one of the numbers)\n\n### Is the greatest common factor of two numbers always greater than 1?\n\nNo, a GCF is not always great than one. For example the GCF of 7 and 3 is 1.\n\n### Does a pair of numbers each greater than 100 always have a greater greatest common denominator than a pair of numbers that are both less than 100?\n\nNo. Although the greatest common denominator of a pair of numbers is infinite, the size of the numbers doesn't affect the GCF as much as the difference between them. The GCF of 100 and 102 is 2. The GCf of 33 and 66 is 33.\n\nNo.\n\nNo.\n\n### Is the greatest common factor of two different prime numbers always 1?\n\nYes, the greatest common factor of two different prime numbers is always 1\n\nNo, the lesser.\n\n### Why is greater common factors greater than common factors?\n\nIn any list of distinct numbers, one will be greater than the others. In the list of common factors, one will be the greatest."
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https://www.statsmodels.org/dev/generated/statsmodels.nonparametric.smoothers_lowess.lowess.html | [
"# statsmodels.nonparametric.smoothers_lowess.lowess¶\n\nstatsmodels.nonparametric.smoothers_lowess.lowess(endog, exog, frac=0.6666666666666666, it=3, delta=0.0, is_sorted=False, missing='drop', return_sorted=True)[source]\n\nLOWESS (Locally Weighted Scatterplot Smoothing)\n\nA lowess function that outs smoothed estimates of endog at the given exog values from points (exog, endog)\n\nParameters\nendog\n\nThe y-values of the observed points\n\nexog\n\nThe x-values of the observed points\n\nfracfloat\n\nBetween 0 and 1. The fraction of the data used when estimating each y-value.\n\nitint\n\nThe number of residual-based reweightings to perform.\n\ndeltafloat\n\nDistance within which to use linear-interpolation instead of weighted regression.\n\nis_sortedbool\n\nIf False (default), then the data will be sorted by exog before calculating lowess. If True, then it is assumed that the data is already sorted by exog.\n\nmissingstr\n\nAvailable options are ‘none’, ‘drop’, and ‘raise’. If ‘none’, no nan checking is done. If ‘drop’, any observations with nans are dropped. If ‘raise’, an error is raised. Default is ‘drop’.\n\nreturn_sortedbool\n\nIf True (default), then the returned array is sorted by exog and has missing (nan or infinite) observations removed. If False, then the returned array is in the same length and the same sequence of observations as the input array.\n\nReturns\nout: ndarray, float\n\nThe returned array is two-dimensional if return_sorted is True, and one dimensional if return_sorted is False. If return_sorted is True, then a numpy array with two columns. The first column contains the sorted x (exog) values and the second column the associated estimated y (endog) values. If return_sorted is False, then only the fitted values are returned, and the observations will be in the same order as the input arrays.\n\nNotes\n\nThis lowess function implements the algorithm given in the reference below using local linear estimates.\n\nSuppose the input data has N points. The algorithm works by estimating the smooth y_i by taking the frac*N closest points to (x_i,y_i) based on their x values and estimating y_i using a weighted linear regression. The weight for (x_j,y_j) is tricube function applied to abs(x_i-x_j).\n\nIf it > 1, then further weighted local linear regressions are performed, where the weights are the same as above times the _lowess_bisquare function of the residuals. Each iteration takes approximately the same amount of time as the original fit, so these iterations are expensive. They are most useful when the noise has extremely heavy tails, such as Cauchy noise. Noise with less heavy-tails, such as t-distributions with df>2, are less problematic. The weights downgrade the influence of points with large residuals. In the extreme case, points whose residuals are larger than 6 times the median absolute residual are given weight 0.\n\ndelta can be used to save computations. For each x_i, regressions are skipped for points closer than delta. The next regression is fit for the farthest point within delta of x_i and all points in between are estimated by linearly interpolating between the two regression fits.\n\nJudicious choice of delta can cut computation time considerably for large data (N > 5000). A good choice is delta = 0.01 * range(exog).\n\nSome experimentation is likely required to find a good choice of frac and iter for a particular dataset.\n\nReferences\n\nCleveland, W.S. (1979) “Robust Locally Weighted Regression and Smoothing Scatterplots”. Journal of the American Statistical Association 74 (368): 829-836.\n\nExamples\n\nThe below allows a comparison between how different the fits from lowess for different values of frac can be.\n\n>>> import numpy as np\n>>> import statsmodels.api as sm\n>>> lowess = sm.nonparametric.lowess\n>>> x = np.random.uniform(low = -2*np.pi, high = 2*np.pi, size=500)\n>>> y = np.sin(x) + np.random.normal(size=len(x))\n>>> z = lowess(y, x)\n>>> w = lowess(y, x, frac=1./3)\n\n\nThis gives a similar comparison for when it is 0 vs not.\n\n>>> import numpy as np\n>>> import scipy.stats as stats\n>>> import statsmodels.api as sm\n>>> lowess = sm.nonparametric.lowess\n>>> x = np.random.uniform(low = -2*np.pi, high = 2*np.pi, size=500)\n>>> y = np.sin(x) + stats.cauchy.rvs(size=len(x))\n>>> z = lowess(y, x, frac= 1./3, it=0)\n>>> w = lowess(y, x, frac=1./3)"
] | [
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