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{'century':'Defined to be 100 years.\nEqual to 3153600000 seconds.', 'day':'Defined to be 24 hours.\nEqual to 86400 seconds.', 'decade':'Defined to be 10 years.\nEqual to 315360000 seconds.', 'fortnight':'Defined to be 2 weeks or 14 days.\nEqual to 1209600 seconds.', 'hour':'Defined to be 60 minutes.\nEqual to 3600 seconds.', 'millenium':'Defined to be 1000 years.\nEqual to 31536000000 seconds.', 'minute':'Defined to be 60 seconds.', 'month':'Defined to be 30 days.\nEqual to 2628000 seconds.', 'second':'SI base unit of time.\nDefined to be the duration of 9,192,631,770 periods of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the caesium 133 atom.', 'sidereal_day':'Defined to be the time it takes for the Earth to make one complete rotation relative to the stars.\nApproximately equal to 86164.09 seconds.', 'sidereal_second':'Defined to be 1/86400 of a sidereal day.\nApproximately equal to 0.997269566329086 seconds.', 'sidereal_year':'Defined to be the time taken by the Earth to orbit the Sun once with respect to the fixed stars.\nApproximately equal to 31558149.7632 seconds.', 'tropical_year':'Defined to be the length of time that the Sun takes to return to the same position in the cycle of seasons, as seen from the Earth.\nApproximately equal to 31556925.1779840 seconds.', 'week':'Defined to be 7 days.\nEqual to 604800 seconds.', 'year':'Defined to be 365 days.\nEqual to 31536000 seconds.'}, | {'century':'Defined to be 100 years.\nEqual to 3153600000 seconds.', 'day':'Defined to be 24 hours.\nEqual to 86400 seconds.', 'decade':'Defined to be 10 years.\nEqual to 315360000 seconds.', 'fortnight':'Defined to be 2 weeks or 14 days.\nEqual to 1209600 seconds.', 'hour':'Defined to be 60 minutes.\nEqual to 3600 seconds.', 'millenium':'Defined to be 1000 years.\nEqual to 31536000000 seconds.', 'minute':'Defined to be 60 seconds.', 'month':'Defined to be 30 days.\nEqual to 2628000 seconds.', 'second':'SI base unit of time.\nDefined to be the duration of 9,192,631,770 periods of the radiation corresponding to the transition between the two hyperfine levels of the ground state of the caesium 133 atom.', 'sidereal_day':'Defined to be the time it takes for the Earth to make one complete rotation relative to the stars.\nApproximately equal to 86164.09 seconds.', 'sidereal_second':'Defined to be 1/86400 of a sidereal day.\nApproximately equal to 0.997269566329086 seconds.', 'sidereal_year':'Defined to be the time taken by the Earth to orbit the Sun once with respect to the fixed stars.\nApproximately equal to 31558149.7632 seconds.', 'tropical_year':'Defined to be the length of time that the Sun takes to return to the same position in the cycle of seasons, as seen from the Earth.\nApproximately equal to 31556925.1779840 seconds.', 'week':'Defined to be 7 days.\nEqual to 604800 seconds.', 'year':'Defined to be 365 days.\nEqual to 31536000 seconds.'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'bakers_dozen':'Defined to be 13 items.', 'dozen':'Defined to be 12 items.', 'gross':'Defined to be 144 items.', 'percent':'Defined to be 1/100 of a quantity.'}, | {'bakers_dozen':'Defined to be 13 items.', 'dozen':'Defined to be 12 items.', 'gross':'Defined to be 144 items.', 'percent':'Defined to be 1/100 of a quantity.'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'knot':'Nautical unit of velocity defined to be a nautical mile per hour.\nApproximately equal to 0.5144 meter/second.'}, | {'knot':'Nautical unit of velocity defined to be a nautical mile per hour.\nApproximately equal to 0.5144 meter/second.'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'poise':'CGS unit defined to be 1/10 of pascal*second.', 'reyn':'Defined to be a pound_force*second/inch^2.\nApproximately equal to 6894.76 pascal*second.'}, | {'poise':'CGS unit defined to be 1/10 of pascal*second.', 'reyn':'Defined to be a pound_force*second/inch^2.\nApproximately equal to 6894.76 pascal*second.'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'stokes':'CGS unit defined to be 1/10000 of meter^2/second.'}, | {'stokes':'CGS unit defined to be 1/10000 of meter^2/second.'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'rhes':'Defined to be 1/poise or 10/(pascal*second).'}, | {'rhes':'Defined to be 1/poise or 10/(pascal*second).'}, | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
{'bag':'Defined to be 3 bushels.\nApproximately equal to 0.10572 cubic meters.', 'barrel':'Defined to be 42 gallons.\nApproximately equal to 0.15899 cubic meters.', 'board_foot':'Defined to be 144 cubic inches.\nApproximately equal to 0.0023597 cubic meters.', 'bucket':'Defined to be 4 gallons.\nApproximately equal to 0.0151416 cubic meters.', 'bushel':'Defined to be 2150.42 cubic inches.\nEquivalent to 4 pecks.\nApproximately equal to 0.035239 cubic meters.', 'butt':'Old English unit of wine casks defined to be 2 hogsheads or 126 gallons.\nApproximately equal to 0.476962 cubic meters.', 'cord':'Defined to be 8 feet x 8 feet x 4 feet.\nApproximately equal to 3.624556 cubic meters.', 'cubic_meter':'SI derived unit of volume.\nDefined to be meter^3.', 'cup':'Defined to be 8 fluid ounces.\nApproximately equal to 0.000236588 cubic meters.', 'ephah':'Ancient Hebrew unit of volume equal to 10 omers.\nApproximately equal to 0.03964 cubic meters.', 'fifth':'Defined to be 1/5 of a gallon.\nApproximately equal to 0.00075708 cubic meters.', 'firkin':'Defined to be 9 imperial gallons.\nApproximately equal to 0.04091 cubic meters.', 'fluid_dram':'Defined to be 1/8 of a fluid ounce.\nApproximately equal to 3.69669*10^-6 cubic meters.', 'fluid_ounce':'Defined to be 1/128 of a gallon.\nApproximately equal to 0.000029574 cubic meters.', 'gallon':'Defined to be 231 cubic inches.\nApproximately equal to 0.0037854 cubic meters.', 'gill':'Defined to be 4 fluid ounces.\nApproximately equal to 0.00011829 cubic meters.', 'hogshead':'Old English unit of wine casks defined to be 63 gallons.\nApproximately equal to 0.23848 cubic meters.', 'imperial_gallon':'Defined to be 4.54609 liters.\nEqual to 0.00454609 cubic meters.', 'imperial_pint':'Defined to be 1/8 of an imperial gallon.\nApproximately equal to 0.00056826 cubic meters.', 'jeroboam':'Defined to be 4/5 of a gallon.\nApproximately equal to 0.0030283 cubic meters.', 'jigger':'Defined to be 1 1/2 fluid ounces.\nApproximately equal to 0.00004436 cubic meters.', 'liter':'Defined to be 1 decimeter^3.\nEqual to 1/1000 of a cubic meter.', 'magnum':'Defined to be 1/2 a gallon.\nApproximately equal to 0.0018927 cubic meters.', 'minim':'Defined to be 1/480 of a fluid ounce.\nApproximately equal to 6.16115*10^-8 cubic meters.', 'noggin':'Equivalent to gill.\nDefined to be 4 fluid ounces.\nApproximately equal to 0.00011829 cubic meters.', 'omer':'Ancient Hebrew unit of volume equal to 9/20 of a peck.\nApproximately equal to 0.0039644 cubic meters.', 'peck':'Defined to be 1/4 of a bushel.\nApproximately equal to 0.0088098 cubic meters.', 'pint':'Defined to be 1/8 of a gallon.\nApproximately equal to 0.00047318 cubic meters.', 'pony':'Defined to be 3/4 of a fluid ounce.\nApproximately equal to 0.00002218 cubic meters.', 'puncheon':'Old English unit of wine casks defined to be 84 gallons.\nApproximately equal to 0.31797 cubic meters.', 'quart':'Defined to be 1/4 of a gallon.\nApproximately equal to 0.00094635 cubic meters.', 'register_ton':'Defined to be 100 cubic feet.\nApproximately equal to 2.83168 cubic meters.', 'seam':'Defined to be 8 bushels.\nApproximately equal to 0.281913 cubic meters.', 'shot':'Defined to be 1 fluid ounce.\nApproximately equal to 0.000029574 cubic meters.', 'stere':'Equivalent to cubic meter.', 'tablespoon':'Defined to be 1/2 of a fluid ounce.\nApproximately equal to 0.000014787 cubic meters.', 'teaspoon':'Defined to be 1/6 of a fluid ounce.\nEqual to 1/3 of a tablespoon.\nApproximately equal to 4.9289*10^-6 cubic meters.', 'tun':'Old English unit of wine casks defined to be 252 gallons.\nApproximately equal to 0.95392 cubic meters.', 'uk_gallon':'Equivalent to an imperial gallon.\nEqual to 0.00454609 cubic meters.', 'uk_pint':'Equivalent to and imperial pint.\nApproximately equal to 0.00056826 cubic meters.', 'wine_bottle':'Defined to be 750 milliliters.\nEqual to 0.00075 cubic meters.'} | {'bag':'Defined to be 3 bushels.\nApproximately equal to 0.10572 cubic meters.', 'barrel':'Defined to be 42 gallons.\nApproximately equal to 0.15899 cubic meters.', 'board_foot':'Defined to be 144 cubic inches.\nApproximately equal to 0.0023597 cubic meters.', 'bucket':'Defined to be 4 gallons.\nApproximately equal to 0.0151416 cubic meters.', 'bushel':'Defined to be 2150.42 cubic inches.\nEquivalent to 4 pecks.\nApproximately equal to 0.035239 cubic meters.', 'butt':'Old English unit of wine casks defined to be 2 hogsheads or 126 gallons.\nApproximately equal to 0.476962 cubic meters.', 'cord':'Defined to be 8 feet x 8 feet x 4 feet.\nApproximately equal to 3.624556 cubic meters.', 'cubic_meter':'SI derived unit of volume.\nDefined to be meter^3.', 'cup':'Defined to be 8 fluid ounces.\nApproximately equal to 0.000236588 cubic meters.', 'ephah':'Ancient Hebrew unit of volume equal to 10 omers.\nApproximately equal to 0.03964 cubic meters.', 'fifth':'Defined to be 1/5 of a gallon.\nApproximately equal to 0.00075708 cubic meters.', 'firkin':'Defined to be 9 imperial gallons.\nApproximately equal to 0.04091 cubic meters.', 'fluid_dram':'Defined to be 1/8 of a fluid ounce.\nApproximately equal to 3.69669*10^-6 cubic meters.', 'fluid_ounce':'Defined to be 1/128 of a gallon.\nApproximately equal to 0.000029574 cubic meters.', 'gallon':'Defined to be 231 cubic inches.\nApproximately equal to 0.0037854 cubic meters.', 'gill':'Defined to be 4 fluid ounces.\nApproximately equal to 0.00011829 cubic meters.', 'hogshead':'Old English unit of wine casks defined to be 63 gallons.\nApproximately equal to 0.23848 cubic meters.', 'imperial_gallon':'Defined to be 4.54609 liters.\nEqual to 0.00454609 cubic meters.', 'imperial_pint':'Defined to be 1/8 of an imperial gallon.\nApproximately equal to 0.00056826 cubic meters.', 'jeroboam':'Defined to be 4/5 of a gallon.\nApproximately equal to 0.0030283 cubic meters.', 'jigger':'Defined to be 1 1/2 fluid ounces.\nApproximately equal to 0.00004436 cubic meters.', 'liter':'Defined to be 1 decimeter^3.\nEqual to 1/1000 of a cubic meter.', 'magnum':'Defined to be 1/2 a gallon.\nApproximately equal to 0.0018927 cubic meters.', 'minim':'Defined to be 1/480 of a fluid ounce.\nApproximately equal to 6.16115*10^-8 cubic meters.', 'noggin':'Equivalent to gill.\nDefined to be 4 fluid ounces.\nApproximately equal to 0.00011829 cubic meters.', 'omer':'Ancient Hebrew unit of volume equal to 9/20 of a peck.\nApproximately equal to 0.0039644 cubic meters.', 'peck':'Defined to be 1/4 of a bushel.\nApproximately equal to 0.0088098 cubic meters.', 'pint':'Defined to be 1/8 of a gallon.\nApproximately equal to 0.00047318 cubic meters.', 'pony':'Defined to be 3/4 of a fluid ounce.\nApproximately equal to 0.00002218 cubic meters.', 'puncheon':'Old English unit of wine casks defined to be 84 gallons.\nApproximately equal to 0.31797 cubic meters.', 'quart':'Defined to be 1/4 of a gallon.\nApproximately equal to 0.00094635 cubic meters.', 'register_ton':'Defined to be 100 cubic feet.\nApproximately equal to 2.83168 cubic meters.', 'seam':'Defined to be 8 bushels.\nApproximately equal to 0.281913 cubic meters.', 'shot':'Defined to be 1 fluid ounce.\nApproximately equal to 0.000029574 cubic meters.', 'stere':'Equivalent to cubic meter.', 'tablespoon':'Defined to be 1/2 of a fluid ounce.\nApproximately equal to 0.000014787 cubic meters.', 'teaspoon':'Defined to be 1/6 of a fluid ounce.\nEqual to 1/3 of a tablespoon.\nApproximately equal to 4.9289*10^-6 cubic meters.', 'tun':'Old English unit of wine casks defined to be 252 gallons.\nApproximately equal to 0.95392 cubic meters.', 'uk_gallon':'Equivalent to an imperial gallon.\nEqual to 0.00454609 cubic meters.', 'uk_pint':'Equivalent to and imperial pint.\nApproximately equal to 0.00056826 cubic meters.', 'wine_bottle':'Defined to be 750 milliliters.\nEqual to 0.00075 cubic meters.'} | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
'area':'length^2', 'capacitance':'time^4*current^2/(length^2*mass)', 'charge':'current*time', 'conductance':'current^2*time^3/(mass*length^2)', 'electric_potential':'mass*length^2/(current*time^3)', 'energy':'mass*length^2/time^2', 'fiber_linear_mass_density':'mass/length', 'force':'mass*length/time^2', 'frequency':'1/time', 'illuminance':'luminous_intensity*solid_angle/length^2', 'inductance':'length^2*mass/(time^2*current^2)', 'information_rate':'information/time', 'inverse_length':'1/length', 'luminance':'luminous_intensity/length^2', 'luminous_energy':'luminous_intensity*solid_angle*time', 'luminous_flux':'luminous_intensity*solid_angle', 'magnetic_field':'mass/(current*time^2)', 'magnetic_flux':'mass*length^2/(current*time^2)', 'magnetic_intensity':'current/length', 'magnetic_moment':'current*length^2', 'power':'mass*length^2/time^3', 'pressure':'mass/(length*time^2)', 'radiation':'1/time', 'radiation_absorbed':'length^2/time^2', 'radiation_ionizing':'current*time/mass', 'resistance':'mass*length^2/(current^2*time^3)', 'velocity':'length/time', 'viscosity_absolute':'mass/(length*time)', 'viscosity_kinematic':'length^2/time', 'viscosity_other':'length*time/mass', 'volume':'length^3' } | 'area':'length^2', 'capacitance':'time^4*current^2/(length^2*mass)', 'charge':'current*time', 'conductance':'current^2*time^3/(mass*length^2)', 'electric_potential':'mass*length^2/(current*time^3)', 'energy':'mass*length^2/time^2', 'fiber_linear_mass_density':'mass/length', 'force':'mass*length/time^2', 'frequency':'1/time', 'illuminance':'luminous_intensity*solid_angle/length^2', 'inductance':'length^2*mass/(time^2*current^2)', 'information_rate':'information/time', 'inverse_length':'1/length', 'luminance':'luminous_intensity/length^2', 'luminous_energy':'luminous_intensity*solid_angle*time', 'luminous_flux':'luminous_intensity*solid_angle', 'magnetic_field':'mass/(current*time^2)', 'magnetic_flux':'mass*length^2/(current*time^2)', 'magnetic_intensity':'current/length', 'magnetic_moment':'current*length^2', 'power':'mass*length^2/time^3', 'pressure':'mass/(length*time^2)', 'radiation':'1/time', 'radiation_absorbed':'length^2/time^2', 'radiation_ionizing':'current*time/mass', 'resistance':'mass*length^2/(current^2*time^3)', 'velocity':'length/time', 'viscosity_absolute':'mass/(length*time)', 'viscosity_kinematic':'length^2/time', 'viscosity_other':'length*time/mass', 'volume':'length^3' } | def evalunitdict(): """ Replace all the string values of the unitdict variable by their evaluated forms, and builds some other tables for ease of use. This function is mainly used internally, for efficiency (and flexibility) purposes, making it easier to describe the units. EXAMPLES:: sage: sage.symbolic.units.evalunitdict() """ from sage.misc.all import sage_eval for key, value in unitdict.iteritems(): unitdict[key] = dict([(a,sage_eval(repr(b))) for a, b in value.iteritems()]) # FEATURE IDEA: create a function that would allow users to add # new entries to the table without having to know anything about # how the table is stored internally. # # Format the table for easier use. # for k, v in unitdict.iteritems(): for a in v: unit_to_type[a] = k for w in unitdict.iterkeys(): for j in unitdict[w].iterkeys(): if type(unitdict[w][j]) == tuple: unitdict[w][j] = unitdict[w][j][0] value_to_unit[w] = dict(zip(unitdict[w].itervalues(), unitdict[w].iterkeys())) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- `s` -- string | - `s` -- string | def vars_in_str(s): """ Given a string like 'mass/(length*time)', return the list ['mass', 'length', 'time']. INPUT: - `s` -- string OUTPUT: - list of strings (unit names) EXAMPLES:: sage: sage.symbolic.units.vars_in_str('mass/(length*time)') ['mass', 'length', 'time'] """ return re.findall('[a-z|_]+', s) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- list of strings (unit names) | - list of strings (unit names) | def vars_in_str(s): """ Given a string like 'mass/(length*time)', return the list ['mass', 'length', 'time']. INPUT: - `s` -- string OUTPUT: - list of strings (unit names) EXAMPLES:: sage: sage.symbolic.units.vars_in_str('mass/(length*time)') ['mass', 'length', 'time'] """ return re.findall('[a-z|_]+', s) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.vars_in_str('mass/(length*time)') ['mass', 'length', 'time'] | sage: sage.symbolic.units.vars_in_str('mass/(length*time)') ['mass', 'length', 'time'] | def vars_in_str(s): """ Given a string like 'mass/(length*time)', return the list ['mass', 'length', 'time']. INPUT: - `s` -- string OUTPUT: - list of strings (unit names) EXAMPLES:: sage: sage.symbolic.units.vars_in_str('mass/(length*time)') ['mass', 'length', 'time'] """ return re.findall('[a-z|_]+', s) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- `v` -- string, name of a unit type such as 'area', 'volume', etc. | - `v` -- string, name of a unit type such as 'area', 'volume', etc. | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- symbolic expression | - symbolic expression | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) | sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' | sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z | d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: acre = units.area.acre sage: type(acre) <class 'sage.symbolic.units.UnitExpression'> | sage: acre = units.area.acre sage: type(acre) <class 'sage.symbolic.units.UnitExpression'> | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: bool(loads(dumps(acre)) == acre) True sage: type(loads(dumps(acre))) <class 'sage.symbolic.units.UnitExpression'> | sage: bool(loads(dumps(acre)) == acre) True sage: type(loads(dumps(acre))) <class 'sage.symbolic.units.UnitExpression'> | def unit_derivations_expr(v): """ Given derived units name, returns the corresponding units expression. For example, given 'acceleration' output the symbolic expression length/time^2. INPUT: - `v` -- string, name of a unit type such as 'area', 'volume', etc. OUTPUT: - symbolic expression EXAMPLES:: sage: sage.symbolic.units.unit_derivations_expr('volume') length^3 sage: sage.symbolic.units.unit_derivations_expr('electric_potential') length^2*mass/(current*time^3) If the unit name is unknown, a KeyError is raised:: sage: sage.symbolic.units.unit_derivations_expr('invalid') Traceback (most recent call last): ... KeyError: 'invalid' """ v = str(v) Z = unit_derivations[v] if isinstance(Z,str): d = dict([(x,str_to_unit(x)) for x in vars_in_str(Z)]) from sage.misc.all import sage_eval Z = sage_eval(Z, d) unit_derivations[v] = Z return Z | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Return docstring for this unit. EXAMPLES:: sage: print units.area.acre._sage_doc_() Defined to be 10 square chains or 4840 square yards. Approximately equal to 4046.856 square meters. """ return unitdocs(self) | """ Return docstring for this unit. EXAMPLES:: sage: print units.area.acre._sage_doc_() Defined to be 10 square chains or 4840 square yards. Approximately equal to 4046.856 square meters. """ return unitdocs(self) | def _sage_doc_(self): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- ``name`` -- string | - ``name`` -- string | def str_to_unit(name): """ Create the symbolic unit with given name. A symbolic unit is a class that derives from symbolic expression, and has a specialized docstring. INPUT: - ``name`` -- string OUTPUT: - UnitExpression EXAMPLES:: sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> """ return UnitExpression(SR, SR.var(name)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- UnitExpression | - UnitExpression | def str_to_unit(name): """ Create the symbolic unit with given name. A symbolic unit is a class that derives from symbolic expression, and has a specialized docstring. INPUT: - ``name`` -- string OUTPUT: - UnitExpression EXAMPLES:: sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> """ return UnitExpression(SR, SR.var(name)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> | sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> | def str_to_unit(name): """ Create the symbolic unit with given name. A symbolic unit is a class that derives from symbolic expression, and has a specialized docstring. INPUT: - ``name`` -- string OUTPUT: - UnitExpression EXAMPLES:: sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> """ return UnitExpression(SR, SR.var(name)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
EXAMPLES:: sage: units.power Collection power of units: cheval_vapeur horsepower watt | EXAMPLES:: sage: units.power Collection power of units: cheval_vapeur horsepower watt | def str_to_unit(name): """ Create the symbolic unit with given name. A symbolic unit is a class that derives from symbolic expression, and has a specialized docstring. INPUT: - ``name`` -- string OUTPUT: - UnitExpression EXAMPLES:: sage: sage.symbolic.units.str_to_unit('acre') acre sage: type(sage.symbolic.units.str_to_unit('acre')) <class 'sage.symbolic.units.UnitExpression'> """ return UnitExpression(SR, SR.var(name)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" EXAMPLES:: sage: sage.symbolic.units.Units(sage.symbolic.units.unitdict, 'all units') Collection all units of units: acceleration ... volume """ self.__name = name self.__data = data self.__units = {} | """ EXAMPLES:: sage: sage.symbolic.units.Units(sage.symbolic.units.unitdict, 'all units') Collection all units of units: acceleration ... volume """ self.__name = name self.__data = data self.__units = {} | def __init__(self, data, name=''): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Used for pickling. We throw away all cached information. EXAMPLES:: sage: type(units.__getstate__()[0]) <type 'str'> sage: type(units.__getstate__()[1]) <type 'dict'> sage: loads(dumps(units)) == units True sage: loads(dumps(units.area)) == units.area True sage: bool(loads(dumps(units.area.acre)) == units.area.acre) True """ return (self.__name, self.__data) | """ Used for pickling. We throw away all cached information. EXAMPLES:: sage: type(units.__getstate__()[0]) <type 'str'> sage: type(units.__getstate__()[1]) <type 'dict'> sage: loads(dumps(units)) == units True sage: loads(dumps(units.area)) == units.area True sage: bool(loads(dumps(units.area.acre)) == units.area.acre) True """ return (self.__name, self.__data) | def __getstate__(self): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Used for unpickling. See __getstate__. EXAMPLES:: sage: state = units.__getstate__() sage: units.__setstate__(state) """ self.__name = state[0] self.__data = state[1] self.__units = {} | """ Used for unpickling. See __getstate__. EXAMPLES:: sage: state = units.__getstate__() sage: units.__setstate__(state) """ self.__name = state[0] self.__data = state[1] self.__units = {} | def __setstate__(self, state): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Compare two collections of units, or a collection of units with some other object. EXAMPLES:: sage: units.length == 10 False sage: units.length == units.length True sage: units.length == units.mass False """ if not isinstance(other, Units): return cmp(type(self), type(other)) return cmp((self.__name, self.__data), (other.__name, other.__data)) | """ Compare two collections of units, or a collection of units with some other object. EXAMPLES:: sage: units.length == 10 False sage: units.length == units.length True sage: units.length == units.mass False """ if not isinstance(other, Units): return cmp(type(self), type(other)) return cmp((self.__name, self.__data), (other.__name, other.__data)) | def __cmp__(self, other): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Return completions of this unit objects. This is used by the Sage command line and notebook to create the list of method names. EXAMPLES:: sage: units.area.trait_names() ['acre', 'are', 'barn', 'hectare', 'rood', 'section', 'square_chain', 'square_meter', 'township'] """ return sorted([x for x in self.__data.keys() if '/' not in x]) | """ Return completions of this unit objects. This is used by the Sage command line and notebook to create the list of method names. EXAMPLES:: sage: units.area.trait_names() ['acre', 'are', 'barn', 'hectare', 'rood', 'section', 'square_chain', 'square_meter', 'township'] """ return sorted([x for x in self.__data.keys() if '/' not in x]) | def trait_names(self): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Return the unit with the given name. EXAMPLES:: sage: units.area Collection area of units: acre are barn hectare rood section square_chain square_meter township sage: units.area.barn barn Units are cached:: sage: units.area.acre is units.area.acre True """ if self.__units.has_key(name): return self.__units[name] if len(unit_to_type) == 0: evalunitdict() try: v = self.__data[name] except KeyError: raise AttributeError if isinstance(v, dict): U = Units(self.__data[name], name) else: U = str_to_unit(name) self.__units[name] = U return U | """ Return the unit with the given name. EXAMPLES:: sage: units.area Collection area of units: acre are barn hectare rood section square_chain square_meter township sage: units.area.barn barn Units are cached:: sage: units.area.acre is units.area.acre True """ if self.__units.has_key(name): return self.__units[name] if len(unit_to_type) == 0: evalunitdict() try: v = self.__data[name] except KeyError: raise AttributeError if isinstance(v, dict): U = Units(self.__data[name], name) else: U = str_to_unit(name) self.__units[name] = U return U | def __getattr__(self, name): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
""" Return string representation of this collection of units. EXAMPLES:: sage: units.__repr__() 'Collection of units: acceleration ... volume' sage: units.area.__repr__() 'Collection area of units: acre are barn hectare rood section square_chain square_meter township' """ name = self.__name + ' ' if self.__name else '' return "Collection %sof units: %s"%(name, ' '.join(sorted([str(x) for x in self.__data]))) | """ Return string representation of this collection of units. EXAMPLES:: sage: units.__repr__() 'Collection of units: acceleration ... volume' sage: units.area.__repr__() 'Collection area of units: acre are barn hectare rood section square_chain square_meter township' """ name = self.__name + ' ' if self.__name else '' return "Collection %sof units: %s"%(name, ' '.join(sorted([str(x) for x in self.__data]))) | def __repr__(self): | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' | sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' | def unitdocs(unit): """ Returns docstring for the given unit. INPUT: - ``unit`` OUTPUT: - ``string`` EXAMPLES:: sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' Units not in the list unit_docs will raise a ValueError:: sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. """ if is_unit(unit): return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] else: raise ValueError, "No documentation exists for the unit %s."%unit | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. | sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. | def unitdocs(unit): """ Returns docstring for the given unit. INPUT: - ``unit`` OUTPUT: - ``string`` EXAMPLES:: sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' Units not in the list unit_docs will raise a ValueError:: sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. """ if is_unit(unit): return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] else: raise ValueError, "No documentation exists for the unit %s."%unit | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] | return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] | def unitdocs(unit): """ Returns docstring for the given unit. INPUT: - ``unit`` OUTPUT: - ``string`` EXAMPLES:: sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' Units not in the list unit_docs will raise a ValueError:: sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. """ if is_unit(unit): return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] else: raise ValueError, "No documentation exists for the unit %s."%unit | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
raise ValueError, "No documentation exists for the unit %s."%unit | raise ValueError, "No documentation exists for the unit %s."%unit | def unitdocs(unit): """ Returns docstring for the given unit. INPUT: - ``unit`` OUTPUT: - ``string`` EXAMPLES:: sage: sage.symbolic.units.unitdocs('meter') 'SI base unit of length.\nDefined to be the distance light travels in vacuum in 1/299792458 of a second.' sage: sage.symbolic.units.unitdocs('amu') 'Abbreviation for atomic mass unit.\nApproximately equal to 1.660538782*10^-27 kilograms.' Units not in the list unit_docs will raise a ValueError:: sage: sage.symbolic.units.unitdocs('earth') Traceback (most recent call last): ... ValueError: No documentation exists for the unit earth. """ if is_unit(unit): return unit_docs[unit_to_type[str(unit)]+"_docs"][str(unit)] else: raise ValueError, "No documentation exists for the unit %s."%unit | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- `s` -- an object | - `s` -- an object | def is_unit(s): """ Returns a boolean when asked whether the input is in the list of units. INPUT: - `s` -- an object OUTPUT: - ``bool`` EXAMPLES:: sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True The square of a unit is not a unit:: sage: sage.symbolic.units.is_unit(units.length.meter^2) False You can also directly create units using var, though they won't have a nice docstring describing the unit:: sage: sage.symbolic.units.is_unit(var('meter')) True """ return unit_to_type.has_key(str(s)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- ``bool`` | - ``bool`` | def is_unit(s): """ Returns a boolean when asked whether the input is in the list of units. INPUT: - `s` -- an object OUTPUT: - ``bool`` EXAMPLES:: sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True The square of a unit is not a unit:: sage: sage.symbolic.units.is_unit(units.length.meter^2) False You can also directly create units using var, though they won't have a nice docstring describing the unit:: sage: sage.symbolic.units.is_unit(var('meter')) True """ return unit_to_type.has_key(str(s)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True | sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True | def is_unit(s): """ Returns a boolean when asked whether the input is in the list of units. INPUT: - `s` -- an object OUTPUT: - ``bool`` EXAMPLES:: sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True The square of a unit is not a unit:: sage: sage.symbolic.units.is_unit(units.length.meter^2) False You can also directly create units using var, though they won't have a nice docstring describing the unit:: sage: sage.symbolic.units.is_unit(var('meter')) True """ return unit_to_type.has_key(str(s)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.is_unit(units.length.meter^2) False | sage: sage.symbolic.units.is_unit(units.length.meter^2) False | def is_unit(s): """ Returns a boolean when asked whether the input is in the list of units. INPUT: - `s` -- an object OUTPUT: - ``bool`` EXAMPLES:: sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True The square of a unit is not a unit:: sage: sage.symbolic.units.is_unit(units.length.meter^2) False You can also directly create units using var, though they won't have a nice docstring describing the unit:: sage: sage.symbolic.units.is_unit(var('meter')) True """ return unit_to_type.has_key(str(s)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.is_unit(var('meter')) True | sage: sage.symbolic.units.is_unit(var('meter')) True | def is_unit(s): """ Returns a boolean when asked whether the input is in the list of units. INPUT: - `s` -- an object OUTPUT: - ``bool`` EXAMPLES:: sage: sage.symbolic.units.is_unit(1) False sage: sage.symbolic.units.is_unit(units.length.meter) True The square of a unit is not a unit:: sage: sage.symbolic.units.is_unit(units.length.meter^2) False You can also directly create units using var, though they won't have a nice docstring describing the unit:: sage: sage.symbolic.units.is_unit(var('meter')) True """ return unit_to_type.has_key(str(s)) | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to | - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound | sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units | sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch | sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch | sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) | if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
return expr | return expr | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | def convert(expr, target): """ Converts units between expr and target. If target is None then converts to SI base units. INPUT: - `expr` -- the symbolic expression converting from - `target` -- (default None) the symbolic expression converting to OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.convert(units.length.foot, None) 381/1250*meter sage: sage.symbolic.units.convert(units.mass.kilogram, units.mass.pound) 100000000/45359237*pound Raises ValueError if expr and target are not convertible:: sage: sage.symbolic.units.convert(units.mass.kilogram, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units sage: sage.symbolic.units.convert(units.length.meter^2, units.length.foot) Traceback (most recent call last): ... ValueError: Incompatible units Recognizes derived unit relationships to base units and other derived units:: sage: sage.symbolic.units.convert(units.length.foot/units.time.second^2, units.acceleration.galileo) 762/25*galileo sage: sage.symbolic.units.convert(units.mass.kilogram*units.length.meter/units.time.second^2, units.force.newton) newton sage: sage.symbolic.units.convert(units.length.foot^3, units.area.acre*units.length.inch) 1/3630*acre*inch sage: sage.symbolic.units.convert(units.charge.coulomb, units.current.ampere*units.time.second) ampere*second sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch) 1290320000000/8896443230521*pounds_per_square_inch For decimal answers multiply 1.0:: sage: sage.symbolic.units.convert(units.pressure.pascal*units.si_prefixes.kilo, units.pressure.pounds_per_square_inch)*1.0 0.145037737730209*pounds_per_square_inch """ base_target = target z = {} tz = {} for x in expr.variables(): if is_unit(x): if unit_to_type[str(x)] == 'temperature': return convert_temperature(expr, target) else: z[x] = base_units(x) expr = expr.subs(z) if target is None: return expr else: for y in base_target.variables(): if is_unit(y): tz[y] = base_units(y) base_target = base_target.subs(tz) coeff = (expr/base_target).expand() if len(coeff.variables()) != 0: raise ValueError, "Incompatible units" return coeff*target | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- ``unit`` | - ``unit`` | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
- `symbolic expression` | - `symbolic expression` | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter | sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.base_units(units.length.meter) meter | sage: sage.symbolic.units.base_units(units.length.meter) meter | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 | sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
sage: sage.symbolic.units.base_units(var('x')) x | sage: sage.symbolic.units.base_units(var('x')) x | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
return unit | return unit | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) | return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | def base_units(unit): """ Converts unit to base SI units. INPUT: - ``unit`` OUTPUT: - `symbolic expression` EXAMPLES:: sage: sage.symbolic.units.base_units(units.length.foot) 381/1250*meter If unit is already a base unit, it just returns that unit:: sage: sage.symbolic.units.base_units(units.length.meter) meter Derived units get broken down into their base parts:: sage: sage.symbolic.units.base_units(units.force.newton) kilogram*meter/second^2 sage: sage.symbolic.units.base_units(units.volume.liter) 1/1000*meter^3 Returns variable if 'unit' is not a unit:: sage: sage.symbolic.units.base_units(var('x')) x """ from sage.misc.all import sage_eval if not unit_to_type.has_key(str(unit)): return unit elif unit_to_type[str(unit)] == 'si_prefixes' or unit_to_type[str(unit)] == 'unit_multipliers': return sage_eval(unitdict[unit_to_type[str(unit)]][str(unit)]) else: v = SR.var(unit_to_type[str(unit)]) if unit_derivations.has_key(str(v)): base = unit_derivations_expr(v) for i in base.variables(): base = base.subs({i:SR.var(value_to_unit[str(i)]['1'])}) return base*sage_eval(unitdict[str(v)][str(unit)]) else: base = SR.var(value_to_unit[str(v)]['1'])*sage_eval(unitdict[str(v)][str(unit)]) return base | 04717bf1b9b9ac138edf5b9001954a2a12d3790d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/04717bf1b9b9ac138edf5b9001954a2a12d3790d/units.py |
def CharacteristicSturmianWord(self, cf, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word of the given slope ``cf``. The `n`-th term of the characteristic Sturmian word of an irrational slope `\alpha` is `\lfloor\alpha(n+1)\rfloor - \lfloor\alpha n\rfloor + \lfloor\alpha\rfloor`. [1] | def CharacteristicSturmianWord(self, slope, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word (also called standard Sturmian word) of given slope. Over a binary alphabet `\{a,b\}`, the characteristic Sturmian word `c_\alpha` of slope `\alpha` is the infinite word satisfying `s_{\alpha,0} = ac_\alpha` and `s'_{\alpha,0} = bc_\alpha`, where `s_{\alpha,0}` and `s'_{\alpha,0}` are respectively the lower and upper mechanical words with slope `\alpha` and intercept `0`. Equivalently, `c_\alpha = s_{\alpha,\alpha} = s'_{\alpha,\alpha}`. Let `\alpha = [0, d_1 + 1, d_2, d_3, \ldots]` be the continued fraction expansion of `\alpha`. It has been shown that the characteristic Sturmian word of slope `\alpha` is also the limit of the sequence: `s_0 = b, s_1 = a, \ldots, s_{n+1} = s_n^{d_n} s_{n-1}` for `n > 0`. See Section 2.1 of [1] for more details. | def CharacteristicSturmianWord(self, cf, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word of the given slope ``cf``. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
- ``cf`` - the slope of the word. It can be one of the following : | - ``slope`` - the slope of the word. It can be one of the following : | def CharacteristicSturmianWord(self, cf, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word of the given slope ``cf``. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
- ``bits`` - integer (optional and considered only if ``cf`` is a real number) the number of bits to consider when computing the | - ``bits`` - integer (optional and considered only if ``slope`` is a real number) the number of bits to consider when computing the | def CharacteristicSturmianWord(self, cf, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word of the given slope ``cf``. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
slope `\alpha` is the limit of the sequence: `s_0 = 1`, `s_1 = 0` | slope `\alpha` is the limit of the sequence: `s_0 = b`, `s_1 = a` | def CharacteristicSturmianWord(self, cf, alphabet=(0, 1), bits=None): r""" Returns the characteristic Sturmian word of the given slope ``cf``. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
The characteristic sturmian word of slope `(\sqrt(3)-1)/2`:: | The characteristic sturmian word of slope `(\sqrt{3}-1)/2`:: | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
`(\sqrt(3)-1)/2`:: | `(\sqrt{3}-1)/2`:: | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
sturmian word of slope `(\sqrt(3)-1)/2`:: | sturmian word of slope `(\sqrt{3}-1)/2`:: | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
NotImplementedError: The argument cf (=5/4) must be in ]0,1[. | ValueError: The argument slope (=5/4) must be in ]0,1[. | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
if cf in RR: if not 0 < cf < 1: msg = "The argument cf (=%s) must be in ]0,1[."%cf raise NotImplementedError, msg | if slope in RR: if not 0 < slope < 1: msg = "The argument slope (=%s) must be in ]0,1[."%slope raise ValueError, msg | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
cf = iter(CFF(cf, bits=bits)) | cf = iter(CFF(slope, bits=bits)) | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
elif hasattr(cf, '__iter__'): cf = iter(cf) | elif hasattr(slope, '__iter__'): cf = iter(slope) | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
raise TypeError("cf (=%s) must be a real number"%cf + | raise TypeError("slope (=%s) must be a real number"%slope + | sage: def cf(): | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
Returns the lower mechanical word. The word `s_{\alpha,\rho}` is the *lower mechanical word* with slope `\alpha` and intercept `\rho` defined by | Returns the lower mechanical word with slope `\alpha` and intercept `\rho` The lower mechanical word `s_{\alpha,\rho}` with slope `\alpha` and intercept `\rho` is defined by | def LowerMechanicalWord(self, alpha, rho=0, alphabet=None): r""" Returns the lower mechanical word. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
\lfloor\alpha n + \rho\rfloor`. [1] | \lfloor\alpha n + \rho\rfloor` [1]. | def LowerMechanicalWord(self, alpha, rho=0, alphabet=None): r""" Returns the lower mechanical word. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
raise NotImplementedError, msg | raise ValueError, msg | def LowerMechanicalWord(self, alpha, rho=0, alphabet=None): r""" Returns the lower mechanical word. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
Returns the upper mechanical word. The word `s'_{\alpha,\rho}` is the *upper mechanical word* with slope `\alpha` and intercept `\rho` defined by | Returns the upper mechanical word with slope `\alpha` and intercept `\rho` The upper mechanical word `s'_{\alpha,\rho}` with slope `\alpha` and intercept `\rho` is defined by | def UpperMechanicalWord(self, alpha, rho=0, alphabet=None): r""" Returns the upper mechanical word. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
raise NotImplementedError, msg | raise ValueError, msg | def UpperMechanicalWord(self, alpha, rho=0, alphabet=None): r""" Returns the upper mechanical word. | 84c9b810c2ff0413ad303dbed17d39757703c31f /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/84c9b810c2ff0413ad303dbed17d39757703c31f/word_generators.py |
def induced_subgraph_search(self, G): | def subgraph_search(self, G, induced=False): | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
Returns an induced copy of `G` in self. | Returns a copy of ``G`` in ``self``. | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
- ``G`` -- the graph whose copy we are looking for in ``self`` | - ``G`` -- the graph whose copy we are looking for in ``self``. - ``induced`` -- boolean (default: ``False``). Whether or not to search for an induced copy of ``G`` in ``self``. OUTPUT: - If ``induced=False``, return a copy of ``G`` in this graph. Otherwise, return an induced copy of ``G`` in ``self``. If ``G`` is the empty graph, return the empty graph since it is a subgraph of every graph. Now suppose ``G`` is not the empty graph. If there is no copy (induced or otherwise) of ``G`` in ``self``, we return ``None``. | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
Brute-force | Brute-force search. | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
A Petersen Graph contains a `P_5` :: | The Petersen graph contains the path graph `P_5`:: | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
sage: h1 = g.induced_subgraph_search(graphs.PathGraph(5)) sage: h1 | sage: h1 = g.subgraph_search(graphs.PathGraph(5)); h1 | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
It also contains a Claw (`K_{1,3}`):: sage: h2 = g.induced_subgraph_search(graphs.ClawGraph()) sage: h2 | It also contains the claw `K_{1,3}`:: sage: h2 = g.subgraph_search(graphs.ClawGraph()); h2 | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
Of course both copies are isomorphic to the graphs we were looking for :: sage: h1.is_isomorphic(graphs.PathGraph(5)) | sage: I2 = g.subgraph_search(graphs.ClawGraph(), induced=True); I2 Subgraph of (Petersen graph): Graph on 4 vertices sage: I2.vertices() [0, 1, 4, 5] Of course the induced copies are isomorphic to the graphs we were looking for:: sage: I1.is_isomorphic(graphs.PathGraph(5)) | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
sage: h2.is_isomorphic(graphs.ClawGraph()) | sage: I2.is_isomorphic(graphs.ClawGraph()) | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
However, as it contains no induced subgraphs isomorphic to `P_6`, an exception is raised in this case :: sage: g.induced_subgraph_search(graphs.PathGraph(6)) Traceback (most recent call last): ... ValueError: No induced copy of the graph exists | However, the Petersen graph does not contain a subgraph isomorphic to `K_3`:: sage: g.subgraph_search(graphs.CompleteGraph(3)) is None True Nor does it contain a nonempty induced subgraph isomorphic to `P_6`:: sage: g.subgraph_search(graphs.PathGraph(6), induced=True) is None True The empty graph is a subgraph of every graph:: sage: g.subgraph_search(graphs.EmptyGraph()) Graph on 0 vertices sage: g.subgraph_search(graphs.EmptyGraph(), induced=True) Graph on 0 vertices | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
H = subgraph_search(self, G, induced = True) | from sage.graphs.graph_generators import GraphGenerators if G.order() == 0: return GraphGenerators().EmptyGraph() H = subgraph_search(self, G, induced=induced) | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
raise ValueError('No induced copy of the graph exists') return self.subgraph(H) def subgraph_search(self, G): r""" Returns an of `G` included in self. INPUT: - ``G`` -- the graph whose copy we are looking for in ``self`` ALGORITHM: Brute-force EXAMPLES: A Petersen Graph contains a `P_5` :: sage: g = graphs.PetersenGraph() sage: h1 = g.subgraph_search(graphs.PathGraph(5)) sage: h1 Subgraph of (Petersen graph): Graph on 5 vertices sage: h1.vertices() [0, 1, 2, 3, 4] It also contains a Claw (`K_{1,3}`):: sage: h2 = g.subgraph_search(graphs.ClawGraph()) sage: h2 Subgraph of (Petersen graph): Graph on 4 vertices sage: h2.vertices() [0, 1, 4, 5] However, as it contains no subgraph isomorphic to `K_3`, an exception is raised in this case :: sage: g.subgraph_search(graphs.CompleteGraph(3)) Traceback (most recent call last): ... ValueError: No copy of the graph exists """ from sage.graphs.generic_graph_pyx import subgraph_search H = subgraph_search(self, G) if H == []: raise ValueError('No copy of the graph exists') | return None | def induced_subgraph_search(self, G): r""" Returns an induced copy of `G` in self. | 8df00654035f400e2bfe288bcd227f8eb0525ff2 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8df00654035f400e2bfe288bcd227f8eb0525ff2/generic_graph.py |
xy_data_arrays = map(lambda g: [[g(x, y) for x in xsrange(*ranges[0], include_endpoint=True)] for y in xsrange(*ranges[1], include_endpoint=True)], g) xy_data_array = map(lambda *rows: map(lambda *vals: mangle_neg(vals), *rows), *xy_data_arrays) | xy_data_arrays = numpy.asarray([[[func(x, y) for x in xsrange(*ranges[0], include_endpoint=True)] for y in xsrange(*ranges[1], include_endpoint=True)] for func in g],dtype=float) xy_data_array=numpy.abs(xy_data_arrays.prod(axis=0)) neg_indices = (xy_data_arrays<0).all(axis=0) xy_data_array[neg_indices]=-xy_data_array[neg_indices] | def region_plot(f, xrange, yrange, plot_points, incol, outcol, bordercol, borderstyle, borderwidth): r""" ``region_plot`` takes a boolean function of two variables, `f(x,y)` and plots the region where f is True over the specified ``xrange`` and ``yrange`` as demonstrated below. ``region_plot(f, (xmin, xmax), (ymin, ymax), ...)`` INPUT: - ``f`` -- a boolean function of two variables - ``(xmin, xmax)`` -- 2-tuple, the range of ``x`` values OR 3-tuple ``(x,xmin,xmax)`` - ``(ymin, ymax)`` -- 2-tuple, the range of ``y`` values OR 3-tuple ``(y,ymin,ymax)`` - ``plot_points`` -- integer (default: 100); number of points to plot in each direction of the grid - ``incol`` -- a color (default: ``'blue'``), the color inside the region - ``outcol`` -- a color (default: ``'white'``), the color of the outside of the region If any of these options are specified, the border will be shown as indicated, otherwise it is only implicit (with color ``incol``) as the border of the inside of the region. - ``bordercol`` -- a color (default: ``None``), the color of the border (``'black'`` if ``borderwidth`` or ``borderstyle`` is specified but not ``bordercol``) - ``borderstyle`` -- string (default: 'solid'), one of 'solid', 'dashed', 'dotted', 'dashdot' - ``borderwidth`` -- integer (default: None), the width of the border in pixels EXAMPLES: Here we plot a simple function of two variables:: sage: x,y = var('x,y') sage: region_plot(cos(x^2+y^2) <= 0, (x, -3, 3), (y, -3, 3)) Here we play with the colors:: sage: region_plot(x^2+y^3 < 2, (x, -2, 2), (y, -2, 2), incol='lightblue', bordercol='gray') An even more complicated plot, with dashed borders:: sage: region_plot(sin(x)*sin(y) >= 1/4, (x,-10,10), (y,-10,10), incol='yellow', bordercol='black', borderstyle='dashed', plot_points=250) A disk centered at the origin:: sage: region_plot(x^2+y^2<1, (x,-1,1), (y,-1,1)).show(aspect_ratio=1) A plot with more than one condition:: sage: region_plot([x^2+y^2<1, x<y], (x,-2,2), (y,-2,2)) Since it doesn't look very good, let's increase plot_points:: sage: region_plot([x^2+y^2<1, x<y], (x,-2,2), (y,-2,2), plot_points=400).show(aspect_ratio=1) #long time The first quadrant of the unit circle:: sage: region_plot([y>0, x>0, x^2+y^2<1], (x,-1.1, 1.1), (y,-1.1, 1.1), plot_points = 400).show(aspect_ratio=1) Here is another plot, with a huge border:: sage: region_plot(x*(x-1)*(x+1)+y^2<0, (x, -3, 2), (y, -3, 3), incol='lightblue', bordercol='gray', borderwidth=10, plot_points=50) If we want to keep only the region where x is positive:: sage: region_plot([x*(x-1)*(x+1)+y^2<0, x>-1], (x, -3, 2), (y, -3, 3), incol='lightblue', plot_points=50) Here we have a cut circle:: sage: region_plot([x^2+y^2<4, x>-1], (x, -2, 2), (y, -2, 2), incol='lightblue', bordercol='gray', plot_points=200).show(aspect_ratio=1) """ from sage.plot.plot import Graphics from sage.plot.misc import setup_for_eval_on_grid if not isinstance(f, (list, tuple)): f = [f] f = [equify(g) for g in f] g, ranges = setup_for_eval_on_grid(f, [xrange, yrange], plot_points) xrange,yrange=[r[:2] for r in ranges] xy_data_arrays = map(lambda g: [[g(x, y) for x in xsrange(*ranges[0], include_endpoint=True)] for y in xsrange(*ranges[1], include_endpoint=True)], g) xy_data_array = map(lambda *rows: map(lambda *vals: mangle_neg(vals), *rows), *xy_data_arrays) from matplotlib.colors import ListedColormap incol = rgbcolor(incol) outcol = rgbcolor(outcol) cmap = ListedColormap([incol, outcol]) cmap.set_over(outcol) cmap.set_under(incol) g = Graphics() opt = contour_plot.options.copy() opt.pop('plot_points') opt.pop('fill') opt.pop('contours') opt.pop('frame') g.add_primitive(ContourPlot(xy_data_array, xrange,yrange, dict(plot_points=plot_points, contours=[-1e307, 0, 1e307], cmap=cmap, fill=True, **opt))) if bordercol or borderstyle or borderwidth: cmap = [rgbcolor(bordercol)] if bordercol else ['black'] linestyles = [borderstyle] if borderstyle else None linewidths = [borderwidth] if borderwidth else None opt.pop('linestyles') opt.pop('linewidths') g.add_primitive(ContourPlot(xy_data_array, xrange, yrange, dict(plot_points=plot_points, linestyles=linestyles, linewidths=linewidths, contours=[0], cmap=[bordercol], fill=False, **opt))) return g | 74c5cab11c38d207f9706bcaeba8f6b2cdf5d3b7 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/74c5cab11c38d207f9706bcaeba8f6b2cdf5d3b7/contour_plot.py |
def mangle_neg(vals): """ Returns the product of all values in vals, with the result nonnegative if any of the values is nonnegative. EXAMPLES:: sage: from sage.plot.contour_plot import mangle_neg sage: mangle_neg([-1.2, -0.74, -2.56, -1.01]) -2.29601280000000 sage: mangle_neg([-1.2, 0.0, -2.56]) 0.000000000000000 sage: mangle_neg([-1.2, -0.74, -2.56, 1.01]) 2.29601280000000 """ from sage.misc.misc_c import prod res = abs(prod(vals)) if any(map(lambda v: v>=0, vals)): return res else: return -res | def equify(f): """ Returns the equation rewritten as a symbolic function to give negative values when True, positive when False. EXAMPLES:: sage: from sage.plot.contour_plot import equify sage: var('x, y') (x, y) sage: equify(x^2 < 2) x^2 - 2 sage: equify(x^2 > 2) -x^2 + 2 sage: equify(x*y > 1) -x*y + 1 sage: equify(y > 0) -y """ import operator from sage.calculus.all import symbolic_expression op = f.operator() if op is operator.gt or op is operator.ge: return symbolic_expression(f.rhs() - f.lhs()) else: return symbolic_expression(f.lhs() - f.rhs()) | 74c5cab11c38d207f9706bcaeba8f6b2cdf5d3b7 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/74c5cab11c38d207f9706bcaeba8f6b2cdf5d3b7/contour_plot.py |
|
return CRT_list(vec,mod) | return tuple(CRT_vectors(vec,mod)) | def basiclemmavec(self,M): """ Finds a vector where the value of the quadratic form is coprime to M. EXAMPLES: sage: Q = QuadraticForm(ZZ, 2, [2, 1, 5]) sage: Q.basiclemmavec(10) (6, 5) sage: Q(_) 227 """ V=FreeModule(self.base_ring(),self.dim()) mat = self.matrix() vec = [] mod = [] M0 = abs(M) if M0 == 1: return V(0) for i in range(self.dim()): M1 = prime_to_m_part(M0, self[i,i]) if M1 != 1: vec.append(V.gen(i)) mod.append(M1) M0 = M0/M1 if M0 == 1: return CRT_list(vec,mod) for i in range(self.dim()): for j in range(i): M1 = prime_to_m_part(M0, self[i,j]) if M1 != 1: vec.append(V.i + V.j) mod.append(M1) M0 = M0/M1 if M0 == 1: return __crt_list(vec,mod) raise ValueError, "not primitive form" | 8160c8c5a53f8bf4689397ad65346da436a91ec8 /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/8160c8c5a53f8bf4689397ad65346da436a91ec8/quadratic_form__ternary_Tornaria.py |
self._option["pdflatex"] = False | self._option["engine"] = "latex" self._option["engine_name"] = "LaTeX" | def __init__(self, bb=False, delimiters=["(", ")"]): """ Define an object that holds LaTeX global preferences. """ self._option = {} self._option["blackboard_bold"] = bb self._option["matrix_delimiters"] = list(delimiters) self._option["vector_delimiters"] = list(delimiters) self._option["macros"] = "" self._option["preamble"] = "" self._option["pdflatex"] = False self._option["jsmath_avoid"] = [] | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): | def _run_latex_(filename, debug=False, density=150, engine=None, png=False, do_in_background=False): | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
"filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. | "filename.dvi" (or "filename.pdf"` if engine is either ``pdflatex`` or ``xelatex'') and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
- ``pdflatex`` - bool (optional, default False): whether to use pdflatex. | - ``engine`` - string: latex engine to use. | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
``pdflatex`` is False, then a dvi file is created, but if there | engine is latex or None, then a dvi file is created, but if there | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
returned.) If ``pdflatex`` is True and there are no errors, then | returned.) If engine is pdflatex or xelatex and there are no errors, then | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
pdflatex, you must have 'convert' installed. | pdflatex or xelatex, you must have 'convert' installed. | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): | if engine is None: engine = _Latex_prefs._option["engine"] if not engine and not have_latex(): | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" | if engine and not have_pdflatex() and not have_xelatex(): print "Error: %s does not seem to be installed. Download it from" % _Latex_prefs._option["engine_name"] | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
if not pdflatex and not (have_dvipng() or have_convert()): | if (not engine or engine == "latex") and not (have_dvipng() or have_convert()): | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
print "appear to be installed. Displaying LaTeX or PDFLaTeX output" | print "appear to be installed. Displaying LaTeX, PDFLaTeX output" | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
elif pdflatex and not have_convert(): | elif engine == "pdflatex" and not have_convert(): | def _run_latex_(filename, debug=False, density=150, pdflatex=None, png=False, do_in_background=False): """ This runs LaTeX on the TeX file "filename.tex". It produces files "filename.dvi" (or "filename.pdf"` if ``pdflatex`` is ``True``) and if ``png`` is True, "filename.png". If ``png`` is True and dvipng can't convert the dvi file to png (because of postscript specials or other issues), then dvips is called, and the PS file is converted to a png file. INPUT: - ``filename`` - string: file to process, including full path - ``debug`` - bool (optional, default False): whether to print verbose debugging output - ``density`` - integer (optional, default 150): how big output image is. - ``pdflatex`` - bool (optional, default False): whether to use pdflatex. - ``png`` - bool (optional, default False): whether to produce a png file. - ``do_in_background`` - bool (optional, default False): whether to run in the background. OUTPUT: string, which could be a string starting with 'Error' (if there was a problem), or it could be 'pdf' or 'dvi'. If ``pdflatex`` is False, then a dvi file is created, but if there appear to be problems with it (because of PS special commands, for example), then a pdf file is created instead. The function returns 'dvi' or 'pdf' to indicate which type of file is created. (Detecting problems requires that dvipng be installed; if it is not, then the dvi file is not checked for problems and 'dvi' is returned.) If ``pdflatex`` is True and there are no errors, then 'pdf' is returned. .. warning:: If ``png`` is True, then when using latex (the default), you must have 'dvipng' (or 'dvips' and 'convert') installed on your operating system, or this command won't work. When using pdflatex, you must have 'convert' installed. EXAMPLES:: sage: from sage.misc.latex import _run_latex_, _latex_file_ sage: file = os.path.join(SAGE_TMP, "temp.tex") sage: O = open(file, 'w') sage: O.write(_latex_file_([ZZ[x], RR])); O.close() sage: _run_latex_(file) # random - depends on whether latex is installed 'dvi' """ if pdflatex is None: pdflatex = _Latex_prefs._option["pdflatex"] if not pdflatex and not have_latex(): print "Error: LaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" if pdflatex and not have_pdflatex(): print "Error: PDFLaTeX does not seem to be installed. Download it from" print "ctan.org and try again." return "Error" # if png output + latex, check to see if dvipng or convert is installed. if png: if not pdflatex and not (have_dvipng() or have_convert()): print "" print "Error: neither dvipng nor convert (from the ImageMagick suite)" print "appear to be installed. Displaying LaTeX or PDFLaTeX output" print "requires at least one of these programs, so please install" print "and try again." print "" print "Go to http://sourceforge.net/projects/dvipng/ and" print "http://www.imagemagick.org to download these programs." return "Error" # if png output + pdflatex, check to see if convert is installed. elif pdflatex and not have_convert(): print "" print "Error: convert (from the ImageMagick suite) does not" print "appear to be installed. Displaying PDFLaTeX output" print "requires this program, so please install and try again." print "" print "Go to http://www.imagemagick.org to download it." return "Error" # check_validity: check to see if the dvi file is okay by trying # to convert to a png file. if this fails, return_suffix will be # set to "pdf". return_suffix is the return value for this # function. # # thus if not png output, check validity of dvi output if dvipng # or convert is installed. else: check_validity = have_dvipng() # set up filenames, other strings: base, filename = os.path.split(filename) filename = os.path.splitext(filename)[0] # get rid of extension if len(filename.split()) > 1: raise ValueError, "filename must contain no spaces" if not debug: redirect=' 2>/dev/null 1>/dev/null ' else: redirect='' if do_in_background: background = ' &' else: background = '' if pdflatex: command = "pdflatex" # 'suffix' is used in the string 'convert' ... suffix = "pdf" return_suffix = "pdf" else: command = "latex" suffix = "ps" return_suffix = "dvi" # Define the commands to be used: lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) # dvipng is run with the 'picky' option: this means that if # there are warnings, no png file is created. dvipng = 'cd "%s"&& sage-native-execute dvipng --picky -q -T tight -D %s %s.dvi -o %s.png'%(base, density, filename, filename) dvips = 'sage-native-execute dvips %s.dvi %s'%(filename, redirect) ps2pdf = 'sage-native-execute ps2pdf %s.ps %s'%(filename, redirect) # We seem to need a larger size when using convert compared to # when using dvipng: density = int(1.4 * density / 1.3) convert = 'sage-native-execute convert -density %sx%s -trim %s.%s %s.png %s '%\ (density,density, filename, suffix, filename, redirect) e = 1 # it is possible to get through the following commands # without running a program, so in that case we force error if pdflatex: if png: cmd = ' && '.join([lt, convert]) else: cmd = lt if debug: print cmd e = os.system(cmd + ' ' + redirect + background) else: # latex, not pdflatex if (png or check_validity): if have_dvipng(): cmd = ' && '.join([lt, dvipng]) if debug: print cmd e = os.system(cmd + ' ' + redirect) dvipng_error = not os.path.exists(base + '/' + filename + '.png') # If there is no png file, then either the latex # process failed or dvipng failed. Assume that dvipng # failed, and try running dvips and convert. (If the # latex process failed, then dvips and convert will # fail also, so we'll still catch the error.) if dvipng_error: if png: if have_convert(): cmd = ' && '.join(['cd "%s"'%(base,), dvips, convert]) if debug: print "'dvipng' failed; trying 'convert' instead..." print cmd e = os.system(cmd + ' ' + redirect + background) else: print "Error: 'dvipng' failed and 'convert' is not installed." return "Error: dvipng failed." else: # not png, i.e., check_validity return_suffix = "pdf" cmd = ' && '.join(['cd "%s"'%(base,), dvips, ps2pdf]) if debug: print "bad dvi file; running dvips and ps2pdf instead..." print cmd e = os.system(cmd) if e: # error running dvips and/or ps2pdf command = "pdflatex" lt = 'cd "%s"&& sage-native-execute %s \\\\nonstopmode \\\\input{%s.tex} %s'%(base, command, filename, redirect) if debug: print "error running dvips and ps2pdf; trying pdflatex instead..." print cmd e = os.system(cmd + background) else: # don't have dvipng, so must have convert. run latex, dvips, convert. cmd = ' && '.join([lt, dvips, convert]) if debug: print cmd e = os.system(cmd + ' ' + redirect + background) if e: print "An error occurred." try: print open(base + '/' + filename + '.log').read() except IOError: pass return "Error latexing slide." return return_suffix | 12cbced4c423573c5a4da0ddb9e58a2d0102170d /local1/tlutelli/issta_data/temp/all_python//python/2010_temp/2010/9417/12cbced4c423573c5a4da0ddb9e58a2d0102170d/latex.py |
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