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50fdf268d01c51cf4dd28e496aeb9f9c891c3563a93b751b26373dcecd93eab1 | olegkapitonov/tubeAmp-Designer | kpp_tubeamp.dsp | /*
* Copyright (C) 2019 Oleg Kapitonov
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* --------------------------------------------------------------------------
*/
/*
* This plugin is the universal tube amplifier emulator
* with tonestack, gain and volume(mastergain) knobs.
*
* Process chain:
*
* IN->preamp_convolver->*drive_knob->preamp->tonestack->
* <-----------------------------<----------------<---
* -->*volume_knob->power_amp->cabsym_convolver->OUT
*
* Distortion and tonestack parameters loaded
* from *.tapf profile file.
* Convolvers work outside this FAUST module.
* Cabsym convolver may be bypassed.
*/
declare name "kpp_tubeamp";
declare author "Oleg Kapitonov";
declare license "GPLv3";
declare version "1.0";
import("stdfaust.lib");
process = preamp_amp with {
// Link parameters from *.tapf profile file
// and knob values with FAUST code.
drive = fvariable(float DRIVE_CTRL, <math.h>);
volume = fvariable(float VOLUME_CTRL, <math.h>);
mastergain = fvariable(float MASTERGAIN_CTRL, <math.h>);
// Bias signal before distortion
amp_bias = fvariable(float AMP_BIAS_CTRL, <math.h>);
// Threshold of distortion
amp_Upor = fvariable(float AMP_UPOR_CTRL, <math.h>);
// Severity/softness of distortion
amp_Kreg = fvariable(float AMP_KREG_CTRL, <math.h>);
// The same parameters for preamp
preamp_bias = fvariable(float PREAMP_BIAS_CTRL, <math.h>);
preamp_Upor = fvariable(float PREAMP_UPOR_CTRL, <math.h>);
preamp_Kreg = fvariable(float PREAMP_KREG_CTRL, <math.h>);
tonestack_low = fvariable(float LOW_CTRL, <math.h>);
tonestack_middle = fvariable(float MIDDLE_CTRL, <math.h>);
tonestack_high = fvariable(float HIGH_CTRL, <math.h>);
tonestack_low_freq = fvariable(float LOW_FREQ_CTRL, <math.h>);
tonestack_middle_freq = fvariable(float MIDDLE_FREQ_CTRL, <math.h>);
tonestack_high_freq = fvariable(float HIGH_FREQ_CTRL, <math.h>);
tonestack_low_band = fvariable(float LOW_BAND_CTRL, <math.h>);
tonestack_middle_band = fvariable(float MIDDLE_BAND_CTRL, <math.h>);
tonestack_high_band = fvariable(float HIGH_BAND_CTRL, <math.h>);
// Gain before preamp
preamp_level = fvariable(float PREAMP_LEVEL, <math.h>);
// Gain before amp
amp_level = fvariable(float AMP_LEVEL, <math.h>);
// Voltage Sag parameters
sag_time = fvariable(float SAG_TIME, <math.h>);
sag_coeff = fvariable(float SAG_COEFF, <math.h>);
// Output gain
output_level = fvariable(float OUTPUT_LEVEL, <math.h>);
// Model of tube nonlinear distortion
tube(Kreg,Upor,bias,cut) = main : +(bias) : max(cut) with {
Ks(x) = 1/(max((x-Upor)*(Kreg),0)+1);
Ksplus(x) = Upor - x*Upor;
main(Uin) = (Uin * Ks(Uin) + Ksplus(Ks(Uin)));
};
// Preamp - has 1 class A tube distortion (non symmetric)
stage_preamp = fi.lowpass(1,11000) :
tube(preamp_Kreg,preamp_Upor,preamp_bias,-preamp_Upor);
stage_tonestack = fi.peak_eq(tonestack_low,tonestack_low_freq,tonestack_low_band) :
fi.peak_eq(tonestack_middle,tonestack_middle_freq,tonestack_middle_band) :
fi.peak_eq(tonestack_high,tonestack_high_freq,tonestack_high_band): fi.lowpass(1,11000);
// Power Amp - has 1 class B tube distortion (symmetric)
stage_amp = _<: _,*(-1.0) :
tube(amp_Kreg,amp_Upor,amp_bias,0),
tube(amp_Kreg,amp_Upor,amp_bias,0) :
- :
fi.lowpass(1, 11000);
// Part of the chain before Voltage Sag in power amp
pre_sag = _ : fi.dcblocker : *(ba.db2linear(drive * 0.4) - 1) :
*(preamp_level) : stage_preamp : fi.dcblocker :*(amp_level) :
*(ba.db2linear(mastergain * 0.4) - 1) : stage_tonestack;
// All chain, pre-sag + power amp with Voltage Sag
preamp_amp = pre_sag :
(_,_ : (_<: (1.0/_),_),_ : _,* : _,stage_amp : *)
~ (_ <: _,_: * : fi.lowpass(1,sag_time) : *(sag_coeff) :
max(1.0) : min(2.5)) : *(volume) :
*(output_level) : fi.dcblocker : _;
};
| https://raw.githubusercontent.com/olegkapitonov/tubeAmp-Designer/adefa848111538e264f1433a5de1eba73d0845f7/FAUST/kpp_tubeamp.dsp | faust |
* Copyright (C) 2019 Oleg Kapitonov
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* --------------------------------------------------------------------------
* This plugin is the universal tube amplifier emulator
* with tonestack, gain and volume(mastergain) knobs.
*
* Process chain:
*
* IN->preamp_convolver->*drive_knob->preamp->tonestack->
* <-----------------------------<----------------<---
* -->*volume_knob->power_amp->cabsym_convolver->OUT
*
* Distortion and tonestack parameters loaded
* from *.tapf profile file.
* Convolvers work outside this FAUST module.
* Cabsym convolver may be bypassed.
Link parameters from *.tapf profile file
and knob values with FAUST code.
Bias signal before distortion
Threshold of distortion
Severity/softness of distortion
The same parameters for preamp
Gain before preamp
Gain before amp
Voltage Sag parameters
Output gain
Model of tube nonlinear distortion
Preamp - has 1 class A tube distortion (non symmetric)
Power Amp - has 1 class B tube distortion (symmetric)
Part of the chain before Voltage Sag in power amp
All chain, pre-sag + power amp with Voltage Sag |
declare name "kpp_tubeamp";
declare author "Oleg Kapitonov";
declare license "GPLv3";
declare version "1.0";
import("stdfaust.lib");
process = preamp_amp with {
drive = fvariable(float DRIVE_CTRL, <math.h>);
volume = fvariable(float VOLUME_CTRL, <math.h>);
mastergain = fvariable(float MASTERGAIN_CTRL, <math.h>);
amp_bias = fvariable(float AMP_BIAS_CTRL, <math.h>);
amp_Upor = fvariable(float AMP_UPOR_CTRL, <math.h>);
amp_Kreg = fvariable(float AMP_KREG_CTRL, <math.h>);
preamp_bias = fvariable(float PREAMP_BIAS_CTRL, <math.h>);
preamp_Upor = fvariable(float PREAMP_UPOR_CTRL, <math.h>);
preamp_Kreg = fvariable(float PREAMP_KREG_CTRL, <math.h>);
tonestack_low = fvariable(float LOW_CTRL, <math.h>);
tonestack_middle = fvariable(float MIDDLE_CTRL, <math.h>);
tonestack_high = fvariable(float HIGH_CTRL, <math.h>);
tonestack_low_freq = fvariable(float LOW_FREQ_CTRL, <math.h>);
tonestack_middle_freq = fvariable(float MIDDLE_FREQ_CTRL, <math.h>);
tonestack_high_freq = fvariable(float HIGH_FREQ_CTRL, <math.h>);
tonestack_low_band = fvariable(float LOW_BAND_CTRL, <math.h>);
tonestack_middle_band = fvariable(float MIDDLE_BAND_CTRL, <math.h>);
tonestack_high_band = fvariable(float HIGH_BAND_CTRL, <math.h>);
preamp_level = fvariable(float PREAMP_LEVEL, <math.h>);
amp_level = fvariable(float AMP_LEVEL, <math.h>);
sag_time = fvariable(float SAG_TIME, <math.h>);
sag_coeff = fvariable(float SAG_COEFF, <math.h>);
output_level = fvariable(float OUTPUT_LEVEL, <math.h>);
tube(Kreg,Upor,bias,cut) = main : +(bias) : max(cut) with {
Ks(x) = 1/(max((x-Upor)*(Kreg),0)+1);
Ksplus(x) = Upor - x*Upor;
main(Uin) = (Uin * Ks(Uin) + Ksplus(Ks(Uin)));
};
stage_preamp = fi.lowpass(1,11000) :
tube(preamp_Kreg,preamp_Upor,preamp_bias,-preamp_Upor);
stage_tonestack = fi.peak_eq(tonestack_low,tonestack_low_freq,tonestack_low_band) :
fi.peak_eq(tonestack_middle,tonestack_middle_freq,tonestack_middle_band) :
fi.peak_eq(tonestack_high,tonestack_high_freq,tonestack_high_band): fi.lowpass(1,11000);
stage_amp = _<: _,*(-1.0) :
tube(amp_Kreg,amp_Upor,amp_bias,0),
tube(amp_Kreg,amp_Upor,amp_bias,0) :
- :
fi.lowpass(1, 11000);
pre_sag = _ : fi.dcblocker : *(ba.db2linear(drive * 0.4) - 1) :
*(preamp_level) : stage_preamp : fi.dcblocker :*(amp_level) :
*(ba.db2linear(mastergain * 0.4) - 1) : stage_tonestack;
preamp_amp = pre_sag :
(_,_ : (_<: (1.0/_),_),_ : _,* : _,stage_amp : *)
~ (_ <: _,_: * : fi.lowpass(1,sag_time) : *(sag_coeff) :
max(1.0) : min(2.5)) : *(volume) :
*(output_level) : fi.dcblocker : _;
};
|
03e08c1b968771f955d49937a571829f61b3c26468ebe78b669459c2b26dae67 | friskgit/snares | o_dispersed_snare.dsp | q// -*- compile-command: "cd .. && make jack src=o_dispersed_snare.dsp && cd -"; -*-&& cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
import("math.lib") ; // for PI definition
import("music.lib") ; // for osci definition
//---------------`Snare drum dispersing over X channels` --------------------------
//
// Generating an impulse and feeding it to a generic_snarefs and on to a disperser.
// disperse.dsp does not pass on the impules as generic_snarefs does.
//
// 18 Juli 2019 Henrik Frisk [email protected]
//---------------------------------------------------
process = component("generic_snarefs.dsp") : component("disperse.dsp")[channels = 29;] ;
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/o_dispersed_snare.dsp | faust | -*- compile-command: "cd .. && make jack src=o_dispersed_snare.dsp && cd -"; -*-&& cd -"; -*-
for PI definition
for osci definition
---------------`Snare drum dispersing over X channels` --------------------------
Generating an impulse and feeding it to a generic_snarefs and on to a disperser.
disperse.dsp does not pass on the impules as generic_snarefs does.
18 Juli 2019 Henrik Frisk [email protected]
--------------------------------------------------- |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
process = component("generic_snarefs.dsp") : component("disperse.dsp")[channels = 29;] ;
|
dd2a816f5f5fdf08219075506e969042b8284f71af9af6b59679779bb8a67829 | friskgit/snares | o_bass_snare.dsp | // -*- compile-command: "cd .. && make jack src=o_bass_snare.dsp && cd -"; -*-&& cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
import("math.lib") ; // for PI definition
import("music.lib") ; // for osci definition
//---------------`Bass snare drum` --------------------------
//
// Generating an impulse and feeding it to a bass_drum synth.
// o_bass_snare.dsp does not pass on the impules as generic_snarefs does.
//
// 03 Maj 2020 Henrik Frisk [email protected]
//---------------------------------------------------
impgrp(x) = vgroup("impulse", x);
imp = ba.pulse(impgrp(hslider("tempo", 5000, 500, 10000, 1)));
process = component("bass_snare.dsp");
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/o_bass_snare.dsp | faust | -*- compile-command: "cd .. && make jack src=o_bass_snare.dsp && cd -"; -*-&& cd -"; -*-
for PI definition
for osci definition
---------------`Bass snare drum` --------------------------
Generating an impulse and feeding it to a bass_drum synth.
o_bass_snare.dsp does not pass on the impules as generic_snarefs does.
03 Maj 2020 Henrik Frisk [email protected]
--------------------------------------------------- |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
impgrp(x) = vgroup("impulse", x);
imp = ba.pulse(impgrp(hslider("tempo", 5000, 500, 10000, 1)));
process = component("bass_snare.dsp");
|
e4b5853c42246a1c261dce9a18f6489c2e3507e33abb59b2a2cb9d678f3d5121 | brummer10/ModularAmpToolKit.lv2 | orangedarkterror.dsp | // generated automatically
// DO NOT MODIFY!
declare id "orangedarkterror";
declare name "Push Pull EL84";
declare shortname "OrangeDarkTerror";
declare description "Push Pull EL84";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : orangedarkterrorp3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(-6.57377333665727e-19*fs - 4.01607201070155e-17) - 4.37865590304316e-21) + 1.22291757237028e-24);
b1 = fs*(pow(fs,2)*(2.62950933466291e-18*fs + 8.03214402140309e-17) + 2.44583514474056e-24);
b2 = pow(fs,2)*(-3.94426400199436e-18*pow(fs,2) + 8.75731180608631e-21);
b3 = fs*(pow(fs,2)*(2.62950933466291e-18*fs - 8.03214402140309e-17) - 2.44583514474056e-24);
b4 = fs*(fs*(fs*(-6.57377333665727e-19*fs + 4.01607201070155e-17) - 4.37865590304316e-21) - 1.22291757237028e-24);
a0 = fs*(fs*(fs*(1.86957288162412e-19*fs + 6.82010407286301e-17) + 4.53454013961264e-15) + 6.51104139918237e-14) + 4.73642640396319e-17;
a1 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs - 1.3640208145726e-16) + 1.30220827983647e-13) + 1.89457056158527e-16;
a2 = pow(fs,2)*(1.12174372897447e-18*pow(fs,2) - 9.06908027922528e-15) + 2.84185584237791e-16;
a3 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs + 1.3640208145726e-16) - 1.30220827983647e-13) + 1.89457056158527e-16;
a4 = fs*(fs*(fs*(1.86957288162412e-19*fs - 6.82010407286301e-17) + 4.53454013961264e-15) - 6.51104139918237e-14) + 4.73642640396319e-17;
};
orangedarkterrorp3clip = _<: ba.if(signbit(_), orangedarkterrorp3_neg_clip, orangedarkterrorp3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
orangedarkterrorp3_clip = ffunction(float orangedarkterrorp3clip(float), "orangedarkterrorp3_table.h", "");
orangedarkterrorp3_neg_clip = ffunction(float orangedarkterrorp3_negclip(float), "orangedarkterrorp3_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(0.6) : *(outgain);
| https://raw.githubusercontent.com/brummer10/ModularAmpToolKit.lv2/6a27486df4392b32cdf2efb59fe9049f57c399f6/PowerAmps/dsp/orangedarkterror.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "orangedarkterror";
declare name "Push Pull EL84";
declare shortname "OrangeDarkTerror";
declare description "Push Pull EL84";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : orangedarkterrorp3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(-6.57377333665727e-19*fs - 4.01607201070155e-17) - 4.37865590304316e-21) + 1.22291757237028e-24);
b1 = fs*(pow(fs,2)*(2.62950933466291e-18*fs + 8.03214402140309e-17) + 2.44583514474056e-24);
b2 = pow(fs,2)*(-3.94426400199436e-18*pow(fs,2) + 8.75731180608631e-21);
b3 = fs*(pow(fs,2)*(2.62950933466291e-18*fs - 8.03214402140309e-17) - 2.44583514474056e-24);
b4 = fs*(fs*(fs*(-6.57377333665727e-19*fs + 4.01607201070155e-17) - 4.37865590304316e-21) - 1.22291757237028e-24);
a0 = fs*(fs*(fs*(1.86957288162412e-19*fs + 6.82010407286301e-17) + 4.53454013961264e-15) + 6.51104139918237e-14) + 4.73642640396319e-17;
a1 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs - 1.3640208145726e-16) + 1.30220827983647e-13) + 1.89457056158527e-16;
a2 = pow(fs,2)*(1.12174372897447e-18*pow(fs,2) - 9.06908027922528e-15) + 2.84185584237791e-16;
a3 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs + 1.3640208145726e-16) - 1.30220827983647e-13) + 1.89457056158527e-16;
a4 = fs*(fs*(fs*(1.86957288162412e-19*fs - 6.82010407286301e-17) + 4.53454013961264e-15) - 6.51104139918237e-14) + 4.73642640396319e-17;
};
orangedarkterrorp3clip = _<: ba.if(signbit(_), orangedarkterrorp3_neg_clip, orangedarkterrorp3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
orangedarkterrorp3_clip = ffunction(float orangedarkterrorp3clip(float), "orangedarkterrorp3_table.h", "");
orangedarkterrorp3_neg_clip = ffunction(float orangedarkterrorp3_negclip(float), "orangedarkterrorp3_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(0.6) : *(outgain);
|
8265997425202fa6e7441bd1cfbacc561cbaea61e98991cb51167e3c830a7fc6 | brummer10/ModularAmpToolKit.lv2 | plexiel34.dsp | // generated automatically
// DO NOT MODIFY!
declare id "plexiel34";
declare name "Push Pull EL34";
declare shortname "PlexiEL34";
declare description "PlexiEL34";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : plexipowerampel34clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(3.87560926163844e-19*fs + 4.30800903120125e-16) + 3.17509705609174e-17) + 5.3495467261267e-19);
b1 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs - 8.61601806240251e-16) + 1.06990934522534e-18);
b2 = pow(fs,2)*(2.32536555698307e-18*pow(fs,2) - 6.35019411218347e-17);
b3 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs + 8.61601806240251e-16) - 1.06990934522534e-18);
b4 = fs*(fs*(fs*(3.87560926163844e-19*fs - 4.30800903120125e-16) + 3.17509705609174e-17) - 5.3495467261267e-19);
a0 = fs*(fs*(fs*(1.82693733893894e-19*fs + 2.71243523616587e-16) + 8.16290535602033e-14) + 4.64147298174261e-12) + 4.00158102875003e-12;
a1 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs - 5.42487047233173e-16) + 9.28294596348523e-12) + 1.60063241150001e-11;
a2 = pow(fs,2)*(1.09616240336336e-18*pow(fs,2) - 1.63258107120407e-13) + 2.40094861725002e-11;
a3 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs + 5.42487047233173e-16) - 9.28294596348523e-12) + 1.60063241150001e-11;
a4 = fs*(fs*(fs*(1.82693733893894e-19*fs - 2.71243523616587e-16) + 8.16290535602033e-14) - 4.64147298174261e-12) + 4.00158102875003e-12;
};
plexipowerampel34clip = _<: ba.if(signbit(_), plexipowerampel34_neg_clip, plexipowerampel34_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
plexipowerampel34_clip = ffunction(float plexipowerampel34clip(float), "plexipowerampel34_table.h", "");
plexipowerampel34_neg_clip = ffunction(float plexipowerampel34_negclip(float), "plexipowerampel34_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(outgain) ;
| https://raw.githubusercontent.com/brummer10/ModularAmpToolKit.lv2/6a27486df4392b32cdf2efb59fe9049f57c399f6/PowerAmps/dsp/plexiel34.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "plexiel34";
declare name "Push Pull EL34";
declare shortname "PlexiEL34";
declare description "PlexiEL34";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : plexipowerampel34clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(3.87560926163844e-19*fs + 4.30800903120125e-16) + 3.17509705609174e-17) + 5.3495467261267e-19);
b1 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs - 8.61601806240251e-16) + 1.06990934522534e-18);
b2 = pow(fs,2)*(2.32536555698307e-18*pow(fs,2) - 6.35019411218347e-17);
b3 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs + 8.61601806240251e-16) - 1.06990934522534e-18);
b4 = fs*(fs*(fs*(3.87560926163844e-19*fs - 4.30800903120125e-16) + 3.17509705609174e-17) - 5.3495467261267e-19);
a0 = fs*(fs*(fs*(1.82693733893894e-19*fs + 2.71243523616587e-16) + 8.16290535602033e-14) + 4.64147298174261e-12) + 4.00158102875003e-12;
a1 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs - 5.42487047233173e-16) + 9.28294596348523e-12) + 1.60063241150001e-11;
a2 = pow(fs,2)*(1.09616240336336e-18*pow(fs,2) - 1.63258107120407e-13) + 2.40094861725002e-11;
a3 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs + 5.42487047233173e-16) - 9.28294596348523e-12) + 1.60063241150001e-11;
a4 = fs*(fs*(fs*(1.82693733893894e-19*fs - 2.71243523616587e-16) + 8.16290535602033e-14) - 4.64147298174261e-12) + 4.00158102875003e-12;
};
plexipowerampel34clip = _<: ba.if(signbit(_), plexipowerampel34_neg_clip, plexipowerampel34_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
plexipowerampel34_clip = ffunction(float plexipowerampel34clip(float), "plexipowerampel34_table.h", "");
plexipowerampel34_neg_clip = ffunction(float plexipowerampel34_negclip(float), "plexipowerampel34_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(outgain) ;
|
b5305d31d36e6fef6c7fed138e30a9d24d3eaaae18359b82376956f525e9dca1 | olegkapitonov/KPP-VST3 | kpp_tubeamp.dsp | /*
* Copyright (C) 2018-2020 Oleg Kapitonov
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* --------------------------------------------------------------------------
*/
/*
* This plugin is the universal tube amplifier emulator
* with tonestack, gain and volume(mastergain) knobs.
*
* Process chain:
*
* IN->preamp_convolver->*drive_knob->preamp->tonestack->
* <-----------------------------<----------------<---
* -->*volume_knob->power_amp->cabsym_convolver->OUT
*
* Distortion and tonestack parameters loaded
* from *.tapf profile file.
* Convolvers work outside this FAUST module.
* Cabsym convolver may be bypassed.
*/
declare name "kpp_tubeamp";
declare author "Oleg Kapitonov";
declare license "GPLv3";
declare version "1.2";
import("stdfaust.lib");
process = preamp_amp with {
// Link parameters from *.tapf profile file
// and knob values with FAUST code.
drive = fvariable(float DRIVE_CTRL, <math.h>);
volume = fvariable(float VOLUME_CTRL, <math.h>);
mastergain = fvariable(float MASTERGAIN_CTRL, <math.h>);
// Bias signal before distortion
amp_bias = fvariable(float AMP_BIAS_CTRL, <math.h>);
// Threshold of distortion
amp_Upor = fvariable(float AMP_UPOR_CTRL, <math.h>);
// Severity/softness of distortion
amp_Kreg = fvariable(float AMP_KREG_CTRL, <math.h>);
// The same parameters for preamp
preamp_bias = fvariable(float PREAMP_BIAS_CTRL, <math.h>);
preamp_Upor = fvariable(float PREAMP_UPOR_CTRL, <math.h>);
preamp_Kreg = fvariable(float PREAMP_KREG_CTRL, <math.h>);
tonestack_low = fvariable(float LOW_CTRL, <math.h>);
tonestack_middle = fvariable(float MIDDLE_CTRL, <math.h>);
tonestack_high = fvariable(float HIGH_CTRL, <math.h>);
tonestack_low_freq = fvariable(float LOW_FREQ_CTRL, <math.h>);
tonestack_middle_freq = fvariable(float MIDDLE_FREQ_CTRL, <math.h>);
tonestack_high_freq = fvariable(float HIGH_FREQ_CTRL, <math.h>);
tonestack_low_band = fvariable(float LOW_BAND_CTRL, <math.h>);
tonestack_middle_band = fvariable(float MIDDLE_BAND_CTRL, <math.h>);
tonestack_high_band = fvariable(float HIGH_BAND_CTRL, <math.h>);
// Gain before preamp
preamp_level = fvariable(float PREAMP_LEVEL, <math.h>);
// Gain before amp
amp_level = fvariable(float AMP_LEVEL, <math.h>);
// Voltage Sag parameters
sag_time = fvariable(float SAG_TIME, <math.h>);
sag_coeff = fvariable(float SAG_COEFF, <math.h>);
// Output gain
output_level = fvariable(float OUTPUT_LEVEL, <math.h>);
// Model of tube nonlinear distortion
tube(Kreg,Upor,bias,cut) = main : +(bias) : max(cut) with {
Ks(x) = 1/(max((x-Upor)*(Kreg),0)+1);
Ksplus(x) = Upor - x*Upor;
main(Uin) = (Uin * Ks(Uin) + Ksplus(Ks(Uin)));
};
// Preamp - has 1 class A tube distortion (non symmetric)
stage_preamp = fi.lowpass(1,11000) :
tube(preamp_Kreg,preamp_Upor,preamp_bias,-preamp_Upor);
stage_tonestack = fi.peak_eq(tonestack_low,tonestack_low_freq,tonestack_low_band) :
fi.peak_eq(tonestack_middle,tonestack_middle_freq,tonestack_middle_band) :
fi.peak_eq(tonestack_high,tonestack_high_freq,tonestack_high_band): fi.lowpass(1,11000);
// Power Amp - has 1 class B tube distortion (symmetric)
stage_amp = _<: _,*(-1.0) :
tube(amp_Kreg,amp_Upor,amp_bias,0),
tube(amp_Kreg,amp_Upor,amp_bias,0) :
- :
fi.lowpass(1, 11000);
// Part of the chain before Voltage Sag in power amp
pre_sag = _,_ : + : fi.dcblocker : *(ba.db2linear(drive * 0.4) - 1) :
*(preamp_level) : stage_preamp : fi.dcblocker :*(amp_level) :
*(ba.db2linear(mastergain * 0.4) - 1) : stage_tonestack;
// All chain, pre-sag + power amp with Voltage Sag
preamp_amp = pre_sag :
(_,_ : (_<: (1.0/_),_),_ : _,* : _,stage_amp : *)
~ (_ <: _,_: * : fi.lowpass(1,sag_time) : *(sag_coeff) :
max(1.0) : min(2.5)) : *(volume) :
*(output_level) : fi.dcblocker <: _,_;
};
| https://raw.githubusercontent.com/olegkapitonov/KPP-VST3/91af48938c94d5a72009e01ef139bc3de8cf8dcd/kpp_tubeamp/include/kpp_tubeamp.dsp | faust |
* Copyright (C) 2018-2020 Oleg Kapitonov
*
* This program is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3 of the License, or
* (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program; if not, write to the Free Software
* Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA.
* --------------------------------------------------------------------------
* This plugin is the universal tube amplifier emulator
* with tonestack, gain and volume(mastergain) knobs.
*
* Process chain:
*
* IN->preamp_convolver->*drive_knob->preamp->tonestack->
* <-----------------------------<----------------<---
* -->*volume_knob->power_amp->cabsym_convolver->OUT
*
* Distortion and tonestack parameters loaded
* from *.tapf profile file.
* Convolvers work outside this FAUST module.
* Cabsym convolver may be bypassed.
Link parameters from *.tapf profile file
and knob values with FAUST code.
Bias signal before distortion
Threshold of distortion
Severity/softness of distortion
The same parameters for preamp
Gain before preamp
Gain before amp
Voltage Sag parameters
Output gain
Model of tube nonlinear distortion
Preamp - has 1 class A tube distortion (non symmetric)
Power Amp - has 1 class B tube distortion (symmetric)
Part of the chain before Voltage Sag in power amp
All chain, pre-sag + power amp with Voltage Sag |
declare name "kpp_tubeamp";
declare author "Oleg Kapitonov";
declare license "GPLv3";
declare version "1.2";
import("stdfaust.lib");
process = preamp_amp with {
drive = fvariable(float DRIVE_CTRL, <math.h>);
volume = fvariable(float VOLUME_CTRL, <math.h>);
mastergain = fvariable(float MASTERGAIN_CTRL, <math.h>);
amp_bias = fvariable(float AMP_BIAS_CTRL, <math.h>);
amp_Upor = fvariable(float AMP_UPOR_CTRL, <math.h>);
amp_Kreg = fvariable(float AMP_KREG_CTRL, <math.h>);
preamp_bias = fvariable(float PREAMP_BIAS_CTRL, <math.h>);
preamp_Upor = fvariable(float PREAMP_UPOR_CTRL, <math.h>);
preamp_Kreg = fvariable(float PREAMP_KREG_CTRL, <math.h>);
tonestack_low = fvariable(float LOW_CTRL, <math.h>);
tonestack_middle = fvariable(float MIDDLE_CTRL, <math.h>);
tonestack_high = fvariable(float HIGH_CTRL, <math.h>);
tonestack_low_freq = fvariable(float LOW_FREQ_CTRL, <math.h>);
tonestack_middle_freq = fvariable(float MIDDLE_FREQ_CTRL, <math.h>);
tonestack_high_freq = fvariable(float HIGH_FREQ_CTRL, <math.h>);
tonestack_low_band = fvariable(float LOW_BAND_CTRL, <math.h>);
tonestack_middle_band = fvariable(float MIDDLE_BAND_CTRL, <math.h>);
tonestack_high_band = fvariable(float HIGH_BAND_CTRL, <math.h>);
preamp_level = fvariable(float PREAMP_LEVEL, <math.h>);
amp_level = fvariable(float AMP_LEVEL, <math.h>);
sag_time = fvariable(float SAG_TIME, <math.h>);
sag_coeff = fvariable(float SAG_COEFF, <math.h>);
output_level = fvariable(float OUTPUT_LEVEL, <math.h>);
tube(Kreg,Upor,bias,cut) = main : +(bias) : max(cut) with {
Ks(x) = 1/(max((x-Upor)*(Kreg),0)+1);
Ksplus(x) = Upor - x*Upor;
main(Uin) = (Uin * Ks(Uin) + Ksplus(Ks(Uin)));
};
stage_preamp = fi.lowpass(1,11000) :
tube(preamp_Kreg,preamp_Upor,preamp_bias,-preamp_Upor);
stage_tonestack = fi.peak_eq(tonestack_low,tonestack_low_freq,tonestack_low_band) :
fi.peak_eq(tonestack_middle,tonestack_middle_freq,tonestack_middle_band) :
fi.peak_eq(tonestack_high,tonestack_high_freq,tonestack_high_band): fi.lowpass(1,11000);
stage_amp = _<: _,*(-1.0) :
tube(amp_Kreg,amp_Upor,amp_bias,0),
tube(amp_Kreg,amp_Upor,amp_bias,0) :
- :
fi.lowpass(1, 11000);
pre_sag = _,_ : + : fi.dcblocker : *(ba.db2linear(drive * 0.4) - 1) :
*(preamp_level) : stage_preamp : fi.dcblocker :*(amp_level) :
*(ba.db2linear(mastergain * 0.4) - 1) : stage_tonestack;
preamp_amp = pre_sag :
(_,_ : (_<: (1.0/_),_),_ : _,* : _,stage_amp : *)
~ (_ <: _,_: * : fi.lowpass(1,sag_time) : *(sag_coeff) :
max(1.0) : min(2.5)) : *(volume) :
*(output_level) : fi.dcblocker <: _,_;
};
|
fe1908379374393b2f790b3a5d9c1df3186c2102559de564b7bc1094e96d0198 | brummer10/ModularAmpToolKit.lv2 | supersonic.dsp | // generated automatically
// DO NOT MODIFY!
declare id "supersonic";
declare name "Push Pull 6L6";
declare shortname "SuperSonic";
declare description "Push Pull 6L6";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) : supersonicclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(fs*(2.20682184684432e-26*fs + 8.17344554235261e-19) + 1.15906710571025e-16) + 4.2235930719266e-15) + 7.76975700660911e-14) + 1.26979539981828e-12;
b1 = fs*(fs*(fs*(fs*(-1.10341092342216e-25*fs - 2.45203366270578e-18) - 1.15906710571025e-16) + 4.2235930719266e-15) + 2.33092710198273e-13) + 6.34897699909141e-12;
b2 = fs*(fs*(fs*(fs*(2.20682184684432e-25*fs + 1.63468910847052e-18) - 2.31813421142051e-16) - 8.44718614385319e-15) + 1.55395140132182e-13) + 1.26979539981828e-11;
b3 = fs*(fs*(fs*(fs*(-2.20682184684432e-25*fs + 1.63468910847052e-18) + 2.31813421142051e-16) - 8.44718614385319e-15) - 1.55395140132182e-13) + 1.26979539981828e-11;
b4 = fs*(fs*(fs*(fs*(1.10341092342216e-25*fs - 2.45203366270578e-18) + 1.15906710571025e-16) + 4.2235930719266e-15) - 2.33092710198273e-13) + 6.34897699909141e-12;
b5 = fs*(fs*(fs*(fs*(-2.20682184684432e-26*fs + 8.17344554235261e-19) - 1.15906710571025e-16) + 4.2235930719266e-15) - 7.76975700660911e-14) + 1.26979539981828e-12;
a0 = fs*(fs*(fs*(fs*(5.00590822563103e-27*fs + 1.85439561729349e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) + 9.77706930886932e-13) + 1.59787065310447e-11;
a1 = fs*(fs*(fs*(fs*(-2.50295411281552e-26*fs - 5.56318685188047e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) + 2.9331207926608e-12) + 7.98935326552235e-11;
a2 = fs*(fs*(fs*(fs*(5.00590822563103e-26*fs + 3.70879123458698e-19) - 2.58426091728115e-16) - 3.83351471280476e-14) + 1.95541386177386e-12) + 1.59787065310447e-10;
a3 = fs*(fs*(fs*(fs*(-5.00590822563103e-26*fs + 3.70879123458698e-19) + 2.58426091728115e-16) - 3.83351471280476e-14) - 1.95541386177386e-12) + 1.59787065310447e-10;
a4 = fs*(fs*(fs*(fs*(2.50295411281552e-26*fs - 5.56318685188047e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) - 2.9331207926608e-12) + 7.98935326552235e-11;
a5 = fs*(fs*(fs*(fs*(-5.00590822563103e-27*fs + 1.85439561729349e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) - 9.77706930886932e-13) + 1.59787065310447e-11;
};
supersonicclip = _<: ba.if(signbit(_), supersonic_neg_clip, supersonic_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
supersonic_clip = ffunction(float supersonicclip(float), "supersonic_table.h", "");
supersonic_neg_clip = ffunction(float supersonic_negclip(float), "supersonic_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(0.8) : *(outgain);
| https://raw.githubusercontent.com/brummer10/ModularAmpToolKit.lv2/6a27486df4392b32cdf2efb59fe9049f57c399f6/PowerAmps/dsp/supersonic.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "supersonic";
declare name "Push Pull 6L6";
declare shortname "SuperSonic";
declare description "Push Pull 6L6";
declare samplerate "96000";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) : supersonicclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(fs*(2.20682184684432e-26*fs + 8.17344554235261e-19) + 1.15906710571025e-16) + 4.2235930719266e-15) + 7.76975700660911e-14) + 1.26979539981828e-12;
b1 = fs*(fs*(fs*(fs*(-1.10341092342216e-25*fs - 2.45203366270578e-18) - 1.15906710571025e-16) + 4.2235930719266e-15) + 2.33092710198273e-13) + 6.34897699909141e-12;
b2 = fs*(fs*(fs*(fs*(2.20682184684432e-25*fs + 1.63468910847052e-18) - 2.31813421142051e-16) - 8.44718614385319e-15) + 1.55395140132182e-13) + 1.26979539981828e-11;
b3 = fs*(fs*(fs*(fs*(-2.20682184684432e-25*fs + 1.63468910847052e-18) + 2.31813421142051e-16) - 8.44718614385319e-15) - 1.55395140132182e-13) + 1.26979539981828e-11;
b4 = fs*(fs*(fs*(fs*(1.10341092342216e-25*fs - 2.45203366270578e-18) + 1.15906710571025e-16) + 4.2235930719266e-15) - 2.33092710198273e-13) + 6.34897699909141e-12;
b5 = fs*(fs*(fs*(fs*(-2.20682184684432e-26*fs + 8.17344554235261e-19) - 1.15906710571025e-16) + 4.2235930719266e-15) - 7.76975700660911e-14) + 1.26979539981828e-12;
a0 = fs*(fs*(fs*(fs*(5.00590822563103e-27*fs + 1.85439561729349e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) + 9.77706930886932e-13) + 1.59787065310447e-11;
a1 = fs*(fs*(fs*(fs*(-2.50295411281552e-26*fs - 5.56318685188047e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) + 2.9331207926608e-12) + 7.98935326552235e-11;
a2 = fs*(fs*(fs*(fs*(5.00590822563103e-26*fs + 3.70879123458698e-19) - 2.58426091728115e-16) - 3.83351471280476e-14) + 1.95541386177386e-12) + 1.59787065310447e-10;
a3 = fs*(fs*(fs*(fs*(-5.00590822563103e-26*fs + 3.70879123458698e-19) + 2.58426091728115e-16) - 3.83351471280476e-14) - 1.95541386177386e-12) + 1.59787065310447e-10;
a4 = fs*(fs*(fs*(fs*(2.50295411281552e-26*fs - 5.56318685188047e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) - 2.9331207926608e-12) + 7.98935326552235e-11;
a5 = fs*(fs*(fs*(fs*(-5.00590822563103e-27*fs + 1.85439561729349e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) - 9.77706930886932e-13) + 1.59787065310447e-11;
};
supersonicclip = _<: ba.if(signbit(_), supersonic_neg_clip, supersonic_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
supersonic_clip = ffunction(float supersonicclip(float), "supersonic_table.h", "");
supersonic_neg_clip = ffunction(float supersonic_negclip(float), "supersonic_neg_table.h", "");
};
ingain = vslider("Gain",0,-30,30,0.1) : ba.db2linear : si.smooth(0.999);
outgain = vslider("Volume", 0, -30.0, 30.0, 0.1) : ba.db2linear : si.smooth(0.999);
process = *(ingain) : p1 : *(0.8) : *(outgain);
|
dcca42a941fcd9de585f489821b59d2f2f4d3f1616cdea44b35d7fc244fb8f11 | brummer10/HarmonicExciter | harmonic_exciter.dsp |
/*******************************************************************************
**************************** File generated by *********************************
********************************************************************************
./build-plug.py -i Harmonic_exiter.sch -b
*******************************************************************************/
// generated automatically
// DO NOT MODIFY!
declare id "harmonic_exciter";
declare name "harmonic_exciter";
declare category "Extern";
declare shortname "harmonic_exciter";
declare description "harmonic_exciter";
import("stdfaust.lib");
/*******************************************************************************
* harmonic_exciter_p1 generated by dkbuiler from Harmonic_exiter_p1.sch
*******************************************************************************/
p1 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Amp = vslider("Amp[name:Amp][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000442226399954678*Amp*fs - 2.07846407978698e-5*fs;
b1 = 0.000442226399954678*Amp*fs + 2.07846407978698e-5*fs;
a0 = Amp*(4.42226399954678e-9*fs + 3.36313388885063e-23) + 2.07850564906858e-5*fs + 0.00221115411109339;
a1 = Amp*(-4.42226399954678e-9*fs + 3.36313388885063e-23) - 2.07850564906858e-5*fs + 0.00221115411109339;
};
/*******************************************************************************
* harmonic_exciter generated by dkbuiler from Harmonic_exiter.sch
*******************************************************************************/
p2 = pre : fi.tf21(b0/a0,b1/a0,b2/a0,a1/a0,a2/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
BPF = vslider("BPF[name:BPF][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : si.smooth(s);
b0 = BPF*(-5.63050629674648e-10*BPF*pow(fs,2) + fs*(1.29501644825169e-9*fs + 1.28092737323609e-12)) + fs*(-7.44634457744722e-10*fs - 1.47306647922151e-12) - 2.9082612026393e-18;
b1 = BPF*(1.1261012593493e-9*BPF*pow(fs,2) - 2.59003289650338e-9*pow(fs,2)) + 1.48926891548944e-9*pow(fs,2) - 5.81652240527859e-18;
b2 = BPF*(-5.63050629674648e-10*BPF*pow(fs,2) + fs*(1.29501644825169e-9*fs - 1.28092737323609e-12)) + fs*(-7.44634457744722e-10*fs + 1.47306647922151e-12) - 2.9082612026393e-18;
a0 = BPF*(1.01351703374333e-9*BPF*pow(fs,2) + fs*(-2.33108917760966e-9*fs - 4.29548920615801e-7)) + fs*(1.34037627712556e-9*fs + 4.93981258708171e-7) + 5.23496778852866e-8;
a1 = BPF*(-2.02703406748666e-9*BPF*pow(fs,2) + 4.66217835521933e-9*pow(fs,2)) - 2.68075255425111e-9*pow(fs,2) + 1.04699355770573e-7;
a2 = BPF*(1.01351703374333e-9*BPF*pow(fs,2) + fs*(-2.33108917760966e-9*fs + 4.29548920615801e-7)) + fs*(1.34037627712556e-9*fs - 4.93981258708171e-7) + 5.23496778852866e-8;
};
/*******************************************************************************
* harmonic_exciter_p2 generated by dkbuiler from Harmonic_exiter_p2.sch
*******************************************************************************/
p3 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Mix = vslider("Harmonics[name:Harmonics][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -9.6513901108519e-5*Mix*fs;
b1 = 9.6513901108519e-5*Mix*fs;
a0 = 2.07413945278023e-5*fs + 0.00441306266548985;
a1 = -2.07413945278023e-5*fs + 0.00441306266548985;
};
harmonic_exciter_clip = _<: ba.if(signbit(_), harmonic_exciterclip, _) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
harmonic_exciterclip = ffunction(float harmonic_exciterclip(float), "harmonic_exciter_table.h", "");
};
/*******************************************************************************
* harmonic_exciter_mixer generated by dkbuiler from Harmonic_exiter_mixer.sch
*******************************************************************************/
p4 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = -2.08326996677116e-5*fs;
b1 = 2.08326996677116e-5*fs;
a0 = 2.0833116321705e-5*fs + 1.04165581608525e-5;
a1 = -2.0833116321705e-5*fs + 1.04165581608525e-5;
};
wet = vslider("Direct[name:Direct]", 0.5, 0, 1, 0.01) : si.smooth(0.993);
process = p1 <:*(wet), (p2 : harmonic_exciter_clip(p3)):> p4 : fi.dcblockerat(1.0);
| https://raw.githubusercontent.com/brummer10/HarmonicExciter/497c9c99e701cf019a17535c568dd6d39c4c9638/Harmonic_Exciter/harmonic_exciter.dsp | faust | ******************************************************************************
**************************** File generated by *********************************
********************************************************************************
./build-plug.py -i Harmonic_exiter.sch -b
******************************************************************************
generated automatically
DO NOT MODIFY!
******************************************************************************
* harmonic_exciter_p1 generated by dkbuiler from Harmonic_exiter_p1.sch
******************************************************************************
******************************************************************************
* harmonic_exciter generated by dkbuiler from Harmonic_exiter.sch
******************************************************************************
******************************************************************************
* harmonic_exciter_p2 generated by dkbuiler from Harmonic_exiter_p2.sch
******************************************************************************
******************************************************************************
* harmonic_exciter_mixer generated by dkbuiler from Harmonic_exiter_mixer.sch
****************************************************************************** |
declare id "harmonic_exciter";
declare name "harmonic_exciter";
declare category "Extern";
declare shortname "harmonic_exciter";
declare description "harmonic_exciter";
import("stdfaust.lib");
p1 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Amp = vslider("Amp[name:Amp][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000442226399954678*Amp*fs - 2.07846407978698e-5*fs;
b1 = 0.000442226399954678*Amp*fs + 2.07846407978698e-5*fs;
a0 = Amp*(4.42226399954678e-9*fs + 3.36313388885063e-23) + 2.07850564906858e-5*fs + 0.00221115411109339;
a1 = Amp*(-4.42226399954678e-9*fs + 3.36313388885063e-23) - 2.07850564906858e-5*fs + 0.00221115411109339;
};
p2 = pre : fi.tf21(b0/a0,b1/a0,b2/a0,a1/a0,a2/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
BPF = vslider("BPF[name:BPF][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : si.smooth(s);
b0 = BPF*(-5.63050629674648e-10*BPF*pow(fs,2) + fs*(1.29501644825169e-9*fs + 1.28092737323609e-12)) + fs*(-7.44634457744722e-10*fs - 1.47306647922151e-12) - 2.9082612026393e-18;
b1 = BPF*(1.1261012593493e-9*BPF*pow(fs,2) - 2.59003289650338e-9*pow(fs,2)) + 1.48926891548944e-9*pow(fs,2) - 5.81652240527859e-18;
b2 = BPF*(-5.63050629674648e-10*BPF*pow(fs,2) + fs*(1.29501644825169e-9*fs - 1.28092737323609e-12)) + fs*(-7.44634457744722e-10*fs + 1.47306647922151e-12) - 2.9082612026393e-18;
a0 = BPF*(1.01351703374333e-9*BPF*pow(fs,2) + fs*(-2.33108917760966e-9*fs - 4.29548920615801e-7)) + fs*(1.34037627712556e-9*fs + 4.93981258708171e-7) + 5.23496778852866e-8;
a1 = BPF*(-2.02703406748666e-9*BPF*pow(fs,2) + 4.66217835521933e-9*pow(fs,2)) - 2.68075255425111e-9*pow(fs,2) + 1.04699355770573e-7;
a2 = BPF*(1.01351703374333e-9*BPF*pow(fs,2) + fs*(-2.33108917760966e-9*fs + 4.29548920615801e-7)) + fs*(1.34037627712556e-9*fs - 4.93981258708171e-7) + 5.23496778852866e-8;
};
p3 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Mix = vslider("Harmonics[name:Harmonics][style:knob]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -9.6513901108519e-5*Mix*fs;
b1 = 9.6513901108519e-5*Mix*fs;
a0 = 2.07413945278023e-5*fs + 0.00441306266548985;
a1 = -2.07413945278023e-5*fs + 0.00441306266548985;
};
harmonic_exciter_clip = _<: ba.if(signbit(_), harmonic_exciterclip, _) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
harmonic_exciterclip = ffunction(float harmonic_exciterclip(float), "harmonic_exciter_table.h", "");
};
p4 = pre : fi.tf1(b0/a0,b1/a0,a1/a0) with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = -2.08326996677116e-5*fs;
b1 = 2.08326996677116e-5*fs;
a0 = 2.0833116321705e-5*fs + 1.04165581608525e-5;
a1 = -2.0833116321705e-5*fs + 1.04165581608525e-5;
};
wet = vslider("Direct[name:Direct]", 0.5, 0, 1, 0.01) : si.smooth(0.993);
process = p1 <:*(wet), (p2 : harmonic_exciter_clip(p3)):> p4 : fi.dcblockerat(1.0);
|
cf66a077db0d38157bd742a4a1e9789fa3115f841a7ef5b3aefdaad92dd68a69 | friskgit/snares | generic_snarefs.dsp | // -*- compile-command: "cd .. && make sc src=src/generic_snarefs.dsp && cd -"; -*-&& cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
import("math.lib") ; // for PI definition
import("music.lib") ; // for osci definition
//---------------`Snare drum synth` --------------------------
// A snare drum synth based on a frequency shifted osc.
//
// It takes a single input as the impulse for the synthesis and
// outputs a pair of signals where the first is the trigger and
// the second is the signal.
//
// Paramters:
// - osc1f: oscilator 1 frequency
// - osc2f: oscilator 2 frequency
// - tri1: tringle osc frequency
// - attack: envelope attack time
// - rel: envelope release time
// - noise attack: noise envelope attack time
// - noise rel: noise envelope release time
// - noise lvl: noise level
//
// 30 Juni 2018 Henrik Frisk [email protected]
//---------------------------------------------------
synthgrp(x) = vgroup("snare", x);
accent = 1;
amp = synthgrp(hslider("amp", 0.5, 0, 2, 0.001));
osc1f = synthgrp(hslider("osc 1 freq", 330, 50, 2000, 0.1));
osc2f = synthgrp(hslider("osc 2 freq", 180, 50, 2000, 0.1));
tri1f = synthgrp(hslider("triangle freq", 111, 50, 2000, 0.1));
fltsw = synthgrp(hslider("filter sweep", 1, 0, 2, 0.001));
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(tri1f) *(0.1);
env(x) = en.ar(attack, rel, x)
with {
attack = synthgrp(hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = synthgrp(hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
noiseenv(x) = en.ar(attack, rel, x)
with {
attack = synthgrp(hslider("noise attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = synthgrp(hslider("noise rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
// Noise
noiselv = synthgrp(hslider("noise lvl", 0.1, 0, 1.5, 0.0001));
n(x) = no.multinoise(8) : par(i, 8, _ * env(x) * noiselv);
// Reduce to stereo
nse(x) = n(x) :> _ * noiseenv(x) : *(amp);
// filt = fi.resonbp(frq, q, gain)
// with {
// frq = hslider("frq", 200, 50, 5000, 0.1);
// q = hslider("q", 1, 0.01, 10, 0.01);
// gain = hslider("gn", 0, 0, 2, 0.00001);
// };
// Frequence shift
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq : / ) ;
phasor(smp) = fltsw : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
volume(s) = s : *(amp) : *(accent);
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs(x) = osc1, osc2 : par(i, 2, _* env(x));
process(x) = trimod : par(i, 2, _ * env(x)), oscs(x) :> _+nse(x) ,_+nse(x) :> _ ; //x,volume(_) ;
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/generic_snarefs.dsp | faust | -*- compile-command: "cd .. && make sc src=src/generic_snarefs.dsp && cd -"; -*-&& cd -"; -*-
for PI definition
for osci definition
---------------`Snare drum synth` --------------------------
A snare drum synth based on a frequency shifted osc.
It takes a single input as the impulse for the synthesis and
outputs a pair of signals where the first is the trigger and
the second is the signal.
Paramters:
- osc1f: oscilator 1 frequency
- osc2f: oscilator 2 frequency
- tri1: tringle osc frequency
- attack: envelope attack time
- rel: envelope release time
- noise attack: noise envelope attack time
- noise rel: noise envelope release time
- noise lvl: noise level
30 Juni 2018 Henrik Frisk [email protected]
---------------------------------------------------
Noise
Reduce to stereo
filt = fi.resonbp(frq, q, gain)
with {
frq = hslider("frq", 200, 50, 5000, 0.1);
q = hslider("q", 1, 0.01, 10, 0.01);
gain = hslider("gn", 0, 0, 2, 0.00001);
};
Frequence shift
x,volume(_) ; |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
synthgrp(x) = vgroup("snare", x);
accent = 1;
amp = synthgrp(hslider("amp", 0.5, 0, 2, 0.001));
osc1f = synthgrp(hslider("osc 1 freq", 330, 50, 2000, 0.1));
osc2f = synthgrp(hslider("osc 2 freq", 180, 50, 2000, 0.1));
tri1f = synthgrp(hslider("triangle freq", 111, 50, 2000, 0.1));
fltsw = synthgrp(hslider("filter sweep", 1, 0, 2, 0.001));
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(tri1f) *(0.1);
env(x) = en.ar(attack, rel, x)
with {
attack = synthgrp(hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = synthgrp(hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
noiseenv(x) = en.ar(attack, rel, x)
with {
attack = synthgrp(hslider("noise attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = synthgrp(hslider("noise rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
noiselv = synthgrp(hslider("noise lvl", 0.1, 0, 1.5, 0.0001));
n(x) = no.multinoise(8) : par(i, 8, _ * env(x) * noiselv);
nse(x) = n(x) :> _ * noiseenv(x) : *(amp);
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq : / ) ;
phasor(smp) = fltsw : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
volume(s) = s : *(amp) : *(accent);
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs(x) = osc1, osc2 : par(i, 2, _* env(x));
|
f6193f60a4193e443ea2df751b7f5955cb10994771c3de27c9078d64695ffd5c | friskgit/snares | nosnare.dsp | // -*- compile-command: "cd .. && make jack src=src/nosnare.dsp && cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
import("math.lib") ; // for PI definition
//---------------`Snare drum synth` --------------------------
// A take at a snare drum synth
//
// Where:
// * midi note 67-89
// * stiffness 0-0.55 (mapped to note as in note 67 -> 0)
// * midi velocity 75-127
// * midi velocity is mapped to pressure
// A useful parameter setting is:
//
//
// 30 Juni 2018 Henrik Frisk [email protected]
//---------------------------------------------------
channels = 14;
focus = hslider("focus", 1, 0, 1, 0.0001);
position = hslider("position", 1, 0, channels, 1);
rate = ma.SR/1000.0;
rndctrl = (no.lfnoise(rate) * (channels + 1)) * focus : ma.fabs + position : int ;
outputctrl = rndctrl : ba.sAndH(imp);
ch_wrapped = ma.modulo(outputctrl, channels);
imp = ba.pulse(hslider("tempo", 5000, 500, 10000, 1));
trif = hslider("triangle freq", 111, 10, 5000, 0.1);
osc1f = hslider("osc 1 freq", 360, 10, 5000, 0.1);
osc2f = hslider("osc 2 freq", 180, 10, 5000, 0.1);
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(trif) *(0.1);
env = en.ar(attack, rel, imp)
with {
attack = hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1);
rel = hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2);
};
// Noise envelope
n_env = en.asr(attack, sustain, rel, imp)
with {
attack = hslider("noise attack", 0.00000001, 0, 0.1, 0.0001) : si.smooth(0.1);
sustain = hslider("noise sustain", 0.5, 0, 1, 0.0001) : si.smooth(0.1);
rel = hslider("noise rel", 0.1, 0.0000001, 0.5, 0.0001) : si.smooth(0.2);
};
// Noise
nse_vol = hslider("noise vol", 0.1, 0, 1.0, 0.0000001) : si.smooth(0.1);
n = no.multinoise(8) : par(i, 8, _ * n_env * nse_vol);
filt = fi.resonbp(frq, q, gain)
with {
frq = hslider("frq", 200, 50, 5000, 0.1);
q = hslider("q", 1, 0.01, 10, 0.01);
gain = hslider("gn", 0, 0, 2, 0.00001);
};
nse = n :> _,_;
// Frequence shift
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq:/) ;
phasor(smp) = 1 : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
// random amp
samp = no.lfnoise(100) : ma.fabs;
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs = osc1, osc2 : par(i, 2, _* env);
process = trimod : par(i, 2, _ * env), oscs :> _,_ , nse :> ba.selectoutn(channels, ch_wrapped);
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/extras/nosnare.dsp | faust | -*- compile-command: "cd .. && make jack src=src/nosnare.dsp && cd -"; -*-
for PI definition
---------------`Snare drum synth` --------------------------
A take at a snare drum synth
Where:
* midi note 67-89
* stiffness 0-0.55 (mapped to note as in note 67 -> 0)
* midi velocity 75-127
* midi velocity is mapped to pressure
A useful parameter setting is:
30 Juni 2018 Henrik Frisk [email protected]
---------------------------------------------------
Noise envelope
Noise
Frequence shift
random amp |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
channels = 14;
focus = hslider("focus", 1, 0, 1, 0.0001);
position = hslider("position", 1, 0, channels, 1);
rate = ma.SR/1000.0;
rndctrl = (no.lfnoise(rate) * (channels + 1)) * focus : ma.fabs + position : int ;
outputctrl = rndctrl : ba.sAndH(imp);
ch_wrapped = ma.modulo(outputctrl, channels);
imp = ba.pulse(hslider("tempo", 5000, 500, 10000, 1));
trif = hslider("triangle freq", 111, 10, 5000, 0.1);
osc1f = hslider("osc 1 freq", 360, 10, 5000, 0.1);
osc2f = hslider("osc 2 freq", 180, 10, 5000, 0.1);
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(trif) *(0.1);
env = en.ar(attack, rel, imp)
with {
attack = hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1);
rel = hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2);
};
n_env = en.asr(attack, sustain, rel, imp)
with {
attack = hslider("noise attack", 0.00000001, 0, 0.1, 0.0001) : si.smooth(0.1);
sustain = hslider("noise sustain", 0.5, 0, 1, 0.0001) : si.smooth(0.1);
rel = hslider("noise rel", 0.1, 0.0000001, 0.5, 0.0001) : si.smooth(0.2);
};
nse_vol = hslider("noise vol", 0.1, 0, 1.0, 0.0000001) : si.smooth(0.1);
n = no.multinoise(8) : par(i, 8, _ * n_env * nse_vol);
filt = fi.resonbp(frq, q, gain)
with {
frq = hslider("frq", 200, 50, 5000, 0.1);
q = hslider("q", 1, 0.01, 10, 0.01);
gain = hslider("gn", 0, 0, 2, 0.00001);
};
nse = n :> _,_;
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq:/) ;
phasor(smp) = 1 : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
samp = no.lfnoise(100) : ma.fabs;
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs = osc1, osc2 : par(i, 2, _* env);
process = trimod : par(i, 2, _ * env), oscs :> _,_ , nse :> ba.selectoutn(channels, ch_wrapped);
|
ee48b18a66d708dd2bee5c2a26a221b731fae8c5a94781ac37ec940e30d2c9d9 | friskgit/snares | bass_snare.dsp | // -*- compile-command: "cd .. && make jack src=src/bass_snare.dsp && cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
import("math.lib") ; // for PI definition
//---------------`Snare drum synth` --------------------------
// A bassy snare drum with controllable noise level and
// independent envelope. It takes the impulse as input.
//
//
// 04 Augusti 2019 Henrik Frisk [email protected]
//---------------------------------------------------
// GUI
syngroup(x) = vgroup("[0]synthesis", x);
envgroup(x) = vgroup("[1]envelopes", x);
nsegroup(x) = vgroup("[2]noise", x);
trif = syngroup(hslider("[2]triangle freq", 10, 10, 5000, 0.1));
osc1f = syngroup(hslider("[0]osc 1 freq", 50, 10, 5000, 0.1));
osc2f = syngroup(hslider("[1]osc 2 freq", 130, 10, 5000, 0.1));
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(trif) *(0.1);
env(imp) = en.ar(attack, rel, imp)
with {
attack = envgroup(hslider("[0]attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = envgroup(hslider("[1]rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
// Noise envelope
n_env(imp) = en.asr(attack, sustain, rel, imp)
with {
attack = envgroup(hslider("[2]noise attack", 0.00000001, 0, 0.1, 0.0001) : si.smooth(0.1));
sustain = envgroup(hslider("[3]noise sustain", 0.016, 0, 1, 0.0001) : si.smooth(0.1));
rel = envgroup(hslider("[4] noise rel", 0.1, 0.049, 0.5, 0.0001) : si.smooth(0.2));
};
// Noise
nse_vol = nsegroup(hslider("noise vol", 0.073, 0, 1.0, 0.0000001) : si.smooth(0.1));
n(imp) = no.multinoise(8) : par(i, 8, _ * n_env(imp) * nse_vol);
filt = fi.resonbp(frq, q, gain)
with {
frq = nsegroup(hslider("frq", 200, 50, 5000, 0.1));
q = nsegroup(hslider("q", 1, 0.01, 10, 0.01));
gain = nsegroup(hslider("gn", 0, 0, 2, 0.00001));
};
nse(imp) = n(imp) :> _,_;
// Frequence shift
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq:/) ;
phasor(smp) = syngroup(hslider("modulation freq", 0, 0, 10, 0.0001)) : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
// Bandbass to give punch to the sound
bpass(x) = x : fi.resonlp(fc, q, gain)
with {
fc = syngroup(hslider("flt frq", 100, 10, 10000, 0.1));
q = syngroup(hslider("flt Q", 0.1, 0.00001, 20, 0.01));
gain = syngroup(hslider("flt gain", 1, 0.0001, 2, 0.001));
};
// random amp
// samp = no.lfnoise(100) : ma.fabs;
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs(imp) = osc1, osc2 : par(i, 2, _* env(imp));
// take the impulse as input
process(x) = trimod : par(i, 2, _ * env(x)), oscs(x) :> _,_ , nse(x) :> bpass(_) ;
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/bass_snare.dsp | faust | -*- compile-command: "cd .. && make jack src=src/bass_snare.dsp && cd -"; -*-
for PI definition
---------------`Snare drum synth` --------------------------
A bassy snare drum with controllable noise level and
independent envelope. It takes the impulse as input.
04 Augusti 2019 Henrik Frisk [email protected]
---------------------------------------------------
GUI
Noise envelope
Noise
Frequence shift
Bandbass to give punch to the sound
random amp
samp = no.lfnoise(100) : ma.fabs;
take the impulse as input |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
syngroup(x) = vgroup("[0]synthesis", x);
envgroup(x) = vgroup("[1]envelopes", x);
nsegroup(x) = vgroup("[2]noise", x);
trif = syngroup(hslider("[2]triangle freq", 10, 10, 5000, 0.1));
osc1f = syngroup(hslider("[0]osc 1 freq", 50, 10, 5000, 0.1));
osc2f = syngroup(hslider("[1]osc 2 freq", 130, 10, 5000, 0.1));
osc1 = os.osc(osc1f) *(0.1);
osc2 = os.osc(osc2f) *(0.1);
tri1 = os.triangle(trif) *(0.1);
env(imp) = en.ar(attack, rel, imp)
with {
attack = envgroup(hslider("[0]attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = envgroup(hslider("[1]rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
};
n_env(imp) = en.asr(attack, sustain, rel, imp)
with {
attack = envgroup(hslider("[2]noise attack", 0.00000001, 0, 0.1, 0.0001) : si.smooth(0.1));
sustain = envgroup(hslider("[3]noise sustain", 0.016, 0, 1, 0.0001) : si.smooth(0.1));
rel = envgroup(hslider("[4] noise rel", 0.1, 0.049, 0.5, 0.0001) : si.smooth(0.2));
};
nse_vol = nsegroup(hslider("noise vol", 0.073, 0, 1.0, 0.0000001) : si.smooth(0.1));
n(imp) = no.multinoise(8) : par(i, 8, _ * n_env(imp) * nse_vol);
filt = fi.resonbp(frq, q, gain)
with {
frq = nsegroup(hslider("frq", 200, 50, 5000, 0.1));
q = nsegroup(hslider("q", 1, 0.01, 10, 0.01));
gain = nsegroup(hslider("gn", 0, 0, 2, 0.00001));
};
nse(imp) = n(imp) :> _,_;
mSR = fconstant(int fSamplingFreq , <math.h>);
f2smp(freq) = (mSR, freq:/) ;
phasor(smp) = syngroup(hslider("modulation freq", 0, 0, 10, 0.0001)) : +~_ : _,smp : fmod : _,smp : / ;
unit(v1) = (_ <: *(v1) , _'' : - ) : + ~ (_', v1 : *);
filters = _ <: _,_' :( unit(0.161758): unit(.733029) : unit (.94535) : unit(.990598) ), (unit(.479401) : unit(.876218) : unit (.976599) : unit(.9975) ) ;
cmpl_osc(freq) = f2smp(freq) : phasor : _, 6.2831853 : *<: sin,cos;
cmpl_mul(in1,in2,in3,in4) = in1*(in3), in2*(in4) ;
bpass(x) = x : fi.resonlp(fc, q, gain)
with {
fc = syngroup(hslider("flt frq", 100, 10, 10000, 0.1));
q = syngroup(hslider("flt Q", 0.1, 0.00001, 20, 0.01));
gain = syngroup(hslider("flt gain", 1, 0.0001, 2, 0.001));
};
trimod = tri1, tri1 : (filters, cmpl_osc) : cmpl_mul <: +,- ;
oscs(imp) = osc1, osc2 : par(i, 2, _* env(imp));
process(x) = trimod : par(i, 2, _ * env(x)), oscs(x) :> _,_ , nse(x) :> bpass(_) ;
|
1b27c568600bc20625f4db5d780830688888ae862b55a764f96945d8d56175f3 | maximalexanian/guitarix-vst | gxpreamp.dsp | declare name "PreAmp";
import("stdfaust.lib");
import("../../src/faust/guitarix.lib");
Xprocess = PreAmp with { PreAmp = ffunction(float PreAmp1(float), <math.h>, ""); };
process = *(gain1) : PreAmp1 : fi.highpass(1,31.0) : *(2/92)
: *(gain2) : PreAmp2 : fi.highpass(1,31.0) : *(2/92)
: *(gain3) : PreAmp3 : fi.highpass(1,31.0) : *(2/92)
with {
PreAmp1 = ffunction(float PreAmp1(float), <math.h>, "");
PreAmp2 = ffunction(float PreAmp2(float), <math.h>, "");
PreAmp3 = ffunction(float PreAmp3(float), <math.h>, "");
gain1 = vslider("gain1",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain2 = vslider("gain2",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain3 = vslider("gain3",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
};
/*
process = *(gain3) : PreAmp3 : fi.highpass(1,31.0) : *(2/92)
: *(gain1) : mix(gain2, PreAmp1 : fi.highpass(1,31.0), PreAmp2 : fi.highpass(1,31.0)) : *(2/92)
with {
mix(w, Fx1, Fx2) = _ <: Fx1, Fx2 : balance(w) : +;
PreAmp1 = ffunction(float PreAmp1(float), <math.h>, "");
PreAmp2 = ffunction(float PreAmp2(float), <math.h>, "");
PreAmp3 = ffunction(float PreAmp3(float), <math.h>, "");
PreAmp4 = ffunction(float PreAmp4(float), <math.h>, "");
PreAmp5 = ffunction(float PreAmp5(float), <math.h>, "");
PreAmp6 = ffunction(float PreAmp6(float), <math.h>, "");
gain1 = vslider("gain1",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain2 = vslider("gain2",0,-1,1,0.1);
gain3 = vslider("gain3",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
};
*/
| https://raw.githubusercontent.com/maximalexanian/guitarix-vst/83fd0cbec9588fb2ef47d80f7c6cb0775bfb9f89/guitarix/tools/ampsim/gxpreamp.dsp | faust |
process = *(gain3) : PreAmp3 : fi.highpass(1,31.0) : *(2/92)
: *(gain1) : mix(gain2, PreAmp1 : fi.highpass(1,31.0), PreAmp2 : fi.highpass(1,31.0)) : *(2/92)
with {
mix(w, Fx1, Fx2) = _ <: Fx1, Fx2 : balance(w) : +;
PreAmp1 = ffunction(float PreAmp1(float), <math.h>, "");
PreAmp2 = ffunction(float PreAmp2(float), <math.h>, "");
PreAmp3 = ffunction(float PreAmp3(float), <math.h>, "");
PreAmp4 = ffunction(float PreAmp4(float), <math.h>, "");
PreAmp5 = ffunction(float PreAmp5(float), <math.h>, "");
PreAmp6 = ffunction(float PreAmp6(float), <math.h>, "");
gain1 = vslider("gain1",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain2 = vslider("gain2",0,-1,1,0.1);
gain3 = vslider("gain3",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
};
| declare name "PreAmp";
import("stdfaust.lib");
import("../../src/faust/guitarix.lib");
Xprocess = PreAmp with { PreAmp = ffunction(float PreAmp1(float), <math.h>, ""); };
process = *(gain1) : PreAmp1 : fi.highpass(1,31.0) : *(2/92)
: *(gain2) : PreAmp2 : fi.highpass(1,31.0) : *(2/92)
: *(gain3) : PreAmp3 : fi.highpass(1,31.0) : *(2/92)
with {
PreAmp1 = ffunction(float PreAmp1(float), <math.h>, "");
PreAmp2 = ffunction(float PreAmp2(float), <math.h>, "");
PreAmp3 = ffunction(float PreAmp3(float), <math.h>, "");
gain1 = vslider("gain1",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain2 = vslider("gain2",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
gain3 = vslider("gain3",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
};
|
e23eba68087fb22aaed8cd6257f282adc9c1f6b1ffb5df8ab99c2df2b7e79268 | brummer10/guitarix | epiphone.dsp | // generated automatically
// DO NOT MODIFY!
declare id "epiphone";
declare name "Single ended EL84";
declare shortname "Epiphone";
declare description "Single ended EL84";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : epiphone_jr_outclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(5.16589926047446e-10*fs + 5.33527722168907e-8);
b1 = -1.03317985209489e-9*pow(fs,2);
b2 = fs*(5.16589926047446e-10*fs - 5.33527722168907e-8);
a0 = fs*(4.33069857761234e-10*fs + 4.59724862995143e-8) + 3.68375740341601e-7;
a1 = -8.66139715522468e-10*pow(fs,2) + 7.36751480683202e-7;
a2 = fs*(4.33069857761234e-10*fs - 4.59724862995143e-8) + 3.68375740341601e-7;
};
epiphone_jr_outclip = _<: ba.if(signbit(_), epiphone_jr_out_neg_clip, epiphone_jr_out_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
epiphone_jr_out_clip = ffunction(float epiphone_jr_outclip(float), "epiphone_jr_out_table.h", "");
epiphone_jr_out_neg_clip = ffunction(float epiphone_jr_out_negclip(float), "epiphone_jr_out_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(2.0) : *(poweramp_ctrl.outgain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/epiphone.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "epiphone";
declare name "Single ended EL84";
declare shortname "Epiphone";
declare description "Single ended EL84";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : epiphone_jr_outclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(5.16589926047446e-10*fs + 5.33527722168907e-8);
b1 = -1.03317985209489e-9*pow(fs,2);
b2 = fs*(5.16589926047446e-10*fs - 5.33527722168907e-8);
a0 = fs*(4.33069857761234e-10*fs + 4.59724862995143e-8) + 3.68375740341601e-7;
a1 = -8.66139715522468e-10*pow(fs,2) + 7.36751480683202e-7;
a2 = fs*(4.33069857761234e-10*fs - 4.59724862995143e-8) + 3.68375740341601e-7;
};
epiphone_jr_outclip = _<: ba.if(signbit(_), epiphone_jr_out_neg_clip, epiphone_jr_out_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
epiphone_jr_out_clip = ffunction(float epiphone_jr_outclip(float), "epiphone_jr_out_table.h", "");
epiphone_jr_out_neg_clip = ffunction(float epiphone_jr_out_negclip(float), "epiphone_jr_out_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(2.0) : *(poweramp_ctrl.outgain);
|
f8c9eca996f3ccd7c05dda93f7e90a9f4c91c90a1d1a970b5625bcce674c0208 | maximalexanian/guitarix-vst | flanger_gx.dsp | declare id "flanger_mono_gx";
declare name "Flanger GX";
declare category "Modulation";
import("stdfaust.lib");
h_flanger(dmax, curdel, fb, wet) = _ <: _, (dly : (+:dly)~*(fb)) : mix with {
dly = de.fdelay(dmax/2, curdel/2);
mix = *(2-wet), _*(wet) : +;
};
flanger(dmax, curdel, fb, wet) = _ <: _, (+:dly)~*(fb) : mix with {
dly = de.fdelay(dmax, curdel);
mix = *(2-wet), _*(wet) : +;
};
process = h_flanger(dmax, curdel, fb, wet1) :
flanger( dmax, curdel, -fb, wet2) :
*(0.25) with {
// ma.SR = component("math.lib").ma.SR;
dflange = 0.001 * ma.SR * hslider("width[name:Width]", 5.0, 0, 10, 0.01);
odflange = 0.001 * ma.SR * hslider("depth[name:Depth]", 0.5, 0, 5, 0.01);
dmax = 2048; // > max(dflange+odflange) at rate 96000
freq = hslider("freq[log][name:Speed][unit:Hz]", 0.2, 0.05, 10, 1.06);
fb = hslider("feedback[name:Feedback]", -0.707, -0.99, 0.99, 0.01) * (2+abs(mix))/3;
lfo = os.oscrs;
curdel = odflange+dflange*(1+lfo(freq))/2;
//curdel = hslider("de.delay", 20, 0, 400, 0.1);
wet = hslider("wet[name:Wet]", 100, 0, 100, 1)/100;
mix = hslider("mix[name:Mix]", 0, -1, 1, 0.1);
wet1 = wet*min(1,1+mix);
wet2 = wet*min(1,1-mix);
};
| https://raw.githubusercontent.com/maximalexanian/guitarix-vst/83fd0cbec9588fb2ef47d80f7c6cb0775bfb9f89/guitarix/src/plugins/flanger_gx.dsp | faust | ma.SR = component("math.lib").ma.SR;
> max(dflange+odflange) at rate 96000
curdel = hslider("de.delay", 20, 0, 400, 0.1); | declare id "flanger_mono_gx";
declare name "Flanger GX";
declare category "Modulation";
import("stdfaust.lib");
h_flanger(dmax, curdel, fb, wet) = _ <: _, (dly : (+:dly)~*(fb)) : mix with {
dly = de.fdelay(dmax/2, curdel/2);
mix = *(2-wet), _*(wet) : +;
};
flanger(dmax, curdel, fb, wet) = _ <: _, (+:dly)~*(fb) : mix with {
dly = de.fdelay(dmax, curdel);
mix = *(2-wet), _*(wet) : +;
};
process = h_flanger(dmax, curdel, fb, wet1) :
flanger( dmax, curdel, -fb, wet2) :
*(0.25) with {
dflange = 0.001 * ma.SR * hslider("width[name:Width]", 5.0, 0, 10, 0.01);
odflange = 0.001 * ma.SR * hslider("depth[name:Depth]", 0.5, 0, 5, 0.01);
freq = hslider("freq[log][name:Speed][unit:Hz]", 0.2, 0.05, 10, 1.06);
fb = hslider("feedback[name:Feedback]", -0.707, -0.99, 0.99, 0.01) * (2+abs(mix))/3;
lfo = os.oscrs;
curdel = odflange+dflange*(1+lfo(freq))/2;
wet = hslider("wet[name:Wet]", 100, 0, 100, 1)/100;
mix = hslider("mix[name:Mix]", 0, -1, 1, 0.1);
wet1 = wet*min(1,1+mix);
wet2 = wet*min(1,1-mix);
};
|
2bc348e4574b6e58ef4690e2fe61be3872b178f522a26fb0d96533925774bc4e | maximalexanian/guitarix-vst | gxpoweramp.dsp | declare name "PowerAmp";
import("stdfaust.lib");
import("../../src/faust/guitarix.lib");
feedbackfilter = (_ <: *(b0), (mem : *(b1)) :> + ~ *(a1)) with {
k = *(1e3);
M = *(1e6);
nF = *(1e-9);
pF = *(1e-12);
R3 = 100:k;
R4m = 22:k;
R4 = vslider("R4", R4m, 0, R4m, 100);
R5 = 4.7:k;
C3 = 100:nF;
B0 = R5;
B1 = R4*R5*C3;
A0 = R3 + R5;
A1 = C3*R4*R5 + C3*R3*R5 + C3*R3*R4;
a = A0 + 2*A1*ma.SR;
a1 = -1 * (A0 - 2*A1*ma.SR) / a;
b0 = (B0 + 2*B1*ma.SR) / a;
b1 = (B0 - 2*B1*ma.SR) / a;
};
Xprocess = PowAmp with { PowAmp = ffunction(float PowAmp(float), <math.h>, ""); };
process = *(pregain) : (+ : PowAmp) ~ (feedbackfilter : *(-fbgain)) : *(postgain) with {
PowAmp = ffunction(float PowAmp(float), <math.h>, "");
pregain = vslider("Pregain",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
postgain = vslider("postgain", 0, -20.0, 20.0, 0.1) : ba.db2linear : /(450): smoothi(0.999);
fbgain = vslider("fbgain", -1, -40.0, 20.0, 0.1) : ba.db2linear : /(15): smoothi(0.999);
};
| https://raw.githubusercontent.com/maximalexanian/guitarix-vst/83fd0cbec9588fb2ef47d80f7c6cb0775bfb9f89/guitarix/tools/ampsim/gxpoweramp.dsp | faust | declare name "PowerAmp";
import("stdfaust.lib");
import("../../src/faust/guitarix.lib");
feedbackfilter = (_ <: *(b0), (mem : *(b1)) :> + ~ *(a1)) with {
k = *(1e3);
M = *(1e6);
nF = *(1e-9);
pF = *(1e-12);
R3 = 100:k;
R4m = 22:k;
R4 = vslider("R4", R4m, 0, R4m, 100);
R5 = 4.7:k;
C3 = 100:nF;
B0 = R5;
B1 = R4*R5*C3;
A0 = R3 + R5;
A1 = C3*R4*R5 + C3*R3*R5 + C3*R3*R4;
a = A0 + 2*A1*ma.SR;
a1 = -1 * (A0 - 2*A1*ma.SR) / a;
b0 = (B0 + 2*B1*ma.SR) / a;
b1 = (B0 - 2*B1*ma.SR) / a;
};
Xprocess = PowAmp with { PowAmp = ffunction(float PowAmp(float), <math.h>, ""); };
process = *(pregain) : (+ : PowAmp) ~ (feedbackfilter : *(-fbgain)) : *(postgain) with {
PowAmp = ffunction(float PowAmp(float), <math.h>, "");
pregain = vslider("Pregain",0,-20,40,0.1) : ba.db2linear : smoothi(0.999);
postgain = vslider("postgain", 0, -20.0, 20.0, 0.1) : ba.db2linear : /(450): smoothi(0.999);
fbgain = vslider("fbgain", -1, -40.0, 20.0, 0.1) : ba.db2linear : /(15): smoothi(0.999);
};
|
|
7aa9d50b96b25f752ee6b0e9b25a172451329fe2f5b509b87ca7c8c80d153474 | brummer10/guitarix | champ.dsp | // generated automatically
// DO NOT MODIFY!
declare id "camp";
declare name "Single ended 6V6GT";
declare shortname "Champ";
declare description "Single ended 6V6GT";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : tweedchampclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(1.34550628657417e-13*fs + 6.51622383244889e-12) + 2.15398655450798e-14);
b1 = fs*(fs*(-4.0365188597225e-13*fs - 6.51622383244889e-12) + 2.15398655450798e-14);
b2 = fs*(fs*(4.0365188597225e-13*fs - 6.51622383244889e-12) - 2.15398655450798e-14);
b3 = fs*(fs*(-1.34550628657417e-13*fs + 6.51622383244889e-12) - 2.15398655450798e-14);
a0 = fs*(fs*(9.02998098452965e-15*fs + 5.88367790860307e-13) + 1.54838623349919e-11) + 3.43362590256886e-10;
a1 = fs*(fs*(-2.7089942953589e-14*fs - 5.88367790860307e-13) + 1.54838623349919e-11) + 1.03008777077066e-9;
a2 = fs*(fs*(2.7089942953589e-14*fs - 5.88367790860307e-13) - 1.54838623349919e-11) + 1.03008777077066e-9;
a3 = fs*(fs*(-9.02998098452965e-15*fs + 5.88367790860307e-13) - 1.54838623349919e-11) + 3.43362590256886e-10;
};
tweedchampclip = _<: ba.if(signbit(_), tweedchamp_neg_clip, tweedchamp_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tweedchamp_clip = ffunction(float tweedchampclip(float), "tweedchamp_table.h", "");
tweedchamp_neg_clip = ffunction(float tweedchamp_negclip(float), "tweedchamp_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.2) : *(poweramp_ctrl.outgain) ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/champ.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "camp";
declare name "Single ended 6V6GT";
declare shortname "Champ";
declare description "Single ended 6V6GT";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : tweedchampclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(1.34550628657417e-13*fs + 6.51622383244889e-12) + 2.15398655450798e-14);
b1 = fs*(fs*(-4.0365188597225e-13*fs - 6.51622383244889e-12) + 2.15398655450798e-14);
b2 = fs*(fs*(4.0365188597225e-13*fs - 6.51622383244889e-12) - 2.15398655450798e-14);
b3 = fs*(fs*(-1.34550628657417e-13*fs + 6.51622383244889e-12) - 2.15398655450798e-14);
a0 = fs*(fs*(9.02998098452965e-15*fs + 5.88367790860307e-13) + 1.54838623349919e-11) + 3.43362590256886e-10;
a1 = fs*(fs*(-2.7089942953589e-14*fs - 5.88367790860307e-13) + 1.54838623349919e-11) + 1.03008777077066e-9;
a2 = fs*(fs*(2.7089942953589e-14*fs - 5.88367790860307e-13) - 1.54838623349919e-11) + 1.03008777077066e-9;
a3 = fs*(fs*(-9.02998098452965e-15*fs + 5.88367790860307e-13) - 1.54838623349919e-11) + 3.43362590256886e-10;
};
tweedchampclip = _<: ba.if(signbit(_), tweedchamp_neg_clip, tweedchamp_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tweedchamp_clip = ffunction(float tweedchampclip(float), "tweedchamp_table.h", "");
tweedchamp_neg_clip = ffunction(float tweedchamp_negclip(float), "tweedchamp_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.2) : *(poweramp_ctrl.outgain) ;
|
c26a0b444fd954ea3886f7a77d47952c46ad736b22c5a34ddba17d9b561daefe | sadko4u/tamgamp.lv2 | vox_ac30_normal.dsp | /*
* Simulation of VOX AC-30 normal channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "vox_ac30_normal";
declare name "vox_ac30_normal";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = fs*gain*(-2.95426319132753e-8*fs - 3.93901758843667e-7);
b1 = 5.90852638265507e-8*pow(fs,2)*gain;
b2 = fs*gain*(-2.95426319132753e-8*fs + 3.93901758843667e-7);
a0 = fs*(4.33649382290441e-10*fs + 1.81594277789899e-8) + 1.7066943322007e-7;
a1 = -8.67298764580881e-10*pow(fs,2) + 3.4133886644014e-7;
a2 = fs*(4.33649382290441e-10*fs - 1.81594277789899e-8) + 1.7066943322007e-7;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/vox_ac30_normal/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/vox_ac30_normal/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(1.66051214997777e-13*fs + 6.26909307070816e-14);
b1 = pow(fs,2)*(-4.9815364499333e-13*fs - 6.26909307070816e-14);
b2 = pow(fs,2)*(4.9815364499333e-13*fs - 6.26909307070816e-14);
b3 = pow(fs,2)*(-1.66051214997777e-13*fs + 6.26909307070816e-14);
a0 = fs*(fs*(9.03712610288755e-15*fs + 2.45691087748693e-13) + 1.6200511205926e-12) + 8.32789355310672e-13;
a1 = fs*(fs*(-2.71113783086627e-14*fs - 2.45691087748693e-13) + 1.6200511205926e-12) + 2.49836806593202e-12;
a2 = fs*(fs*(2.71113783086627e-14*fs - 2.45691087748693e-13) - 1.6200511205926e-12) + 2.49836806593202e-12;
a3 = fs*(fs*(-9.03712610288755e-15*fs + 2.45691087748693e-13) - 1.6200511205926e-12) + 8.32789355310672e-13;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/vox_ac30_normal/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/vox_ac30_normal/s02_stage2_neg_table.h", "");
};
process =
*(pregain) :
*(0.12) :
p1 :
*(0.89) :
p2 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/vox_ac30_normal.dsp | faust |
* Simulation of VOX AC-30 normal channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "vox_ac30_normal";
declare name "vox_ac30_normal";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = fs*gain*(-2.95426319132753e-8*fs - 3.93901758843667e-7);
b1 = 5.90852638265507e-8*pow(fs,2)*gain;
b2 = fs*gain*(-2.95426319132753e-8*fs + 3.93901758843667e-7);
a0 = fs*(4.33649382290441e-10*fs + 1.81594277789899e-8) + 1.7066943322007e-7;
a1 = -8.67298764580881e-10*pow(fs,2) + 3.4133886644014e-7;
a2 = fs*(4.33649382290441e-10*fs - 1.81594277789899e-8) + 1.7066943322007e-7;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/vox_ac30_normal/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/vox_ac30_normal/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(1.66051214997777e-13*fs + 6.26909307070816e-14);
b1 = pow(fs,2)*(-4.9815364499333e-13*fs - 6.26909307070816e-14);
b2 = pow(fs,2)*(4.9815364499333e-13*fs - 6.26909307070816e-14);
b3 = pow(fs,2)*(-1.66051214997777e-13*fs + 6.26909307070816e-14);
a0 = fs*(fs*(9.03712610288755e-15*fs + 2.45691087748693e-13) + 1.6200511205926e-12) + 8.32789355310672e-13;
a1 = fs*(fs*(-2.71113783086627e-14*fs - 2.45691087748693e-13) + 1.6200511205926e-12) + 2.49836806593202e-12;
a2 = fs*(fs*(2.71113783086627e-14*fs - 2.45691087748693e-13) - 1.6200511205926e-12) + 2.49836806593202e-12;
a3 = fs*(fs*(-9.03712610288755e-15*fs + 2.45691087748693e-13) - 1.6200511205926e-12) + 8.32789355310672e-13;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/vox_ac30_normal/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/vox_ac30_normal/s02_stage2_neg_table.h", "");
};
process =
*(pregain) :
*(0.12) :
p1 :
*(0.89) :
p2 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
58e42e7814a9e0cf1142fa7f074ec9ac91c34ff82fae6c96b408c3df61f07447 | brummer10/guitarix | orangedarkterror.dsp | // generated automatically
// DO NOT MODIFY!
declare id "orangedarkterror";
declare name "Push Pull EL84";
declare shortname "OrangeDarkTerror";
declare description "Push Pull EL84";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : orangedarkterrorp3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(-6.57377333665727e-19*fs - 4.01607201070155e-17) - 4.37865590304316e-21) + 1.22291757237028e-24);
b1 = fs*(pow(fs,2)*(2.62950933466291e-18*fs + 8.03214402140309e-17) + 2.44583514474056e-24);
b2 = pow(fs,2)*(-3.94426400199436e-18*pow(fs,2) + 8.75731180608631e-21);
b3 = fs*(pow(fs,2)*(2.62950933466291e-18*fs - 8.03214402140309e-17) - 2.44583514474056e-24);
b4 = fs*(fs*(fs*(-6.57377333665727e-19*fs + 4.01607201070155e-17) - 4.37865590304316e-21) - 1.22291757237028e-24);
a0 = fs*(fs*(fs*(1.86957288162412e-19*fs + 6.82010407286301e-17) + 4.53454013961264e-15) + 6.51104139918237e-14) + 4.73642640396319e-17;
a1 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs - 1.3640208145726e-16) + 1.30220827983647e-13) + 1.89457056158527e-16;
a2 = pow(fs,2)*(1.12174372897447e-18*pow(fs,2) - 9.06908027922528e-15) + 2.84185584237791e-16;
a3 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs + 1.3640208145726e-16) - 1.30220827983647e-13) + 1.89457056158527e-16;
a4 = fs*(fs*(fs*(1.86957288162412e-19*fs - 6.82010407286301e-17) + 4.53454013961264e-15) - 6.51104139918237e-14) + 4.73642640396319e-17;
};
orangedarkterrorp3clip = _<: ba.if(signbit(_), orangedarkterrorp3_neg_clip, orangedarkterrorp3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
orangedarkterrorp3_clip = ffunction(float orangedarkterrorp3clip(float), "orangedarkterrorp3_table.h", "");
orangedarkterrorp3_neg_clip = ffunction(float orangedarkterrorp3_negclip(float), "orangedarkterrorp3_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.6) : *(poweramp_ctrl.outgain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/orangedarkterror.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "orangedarkterror";
declare name "Push Pull EL84";
declare shortname "OrangeDarkTerror";
declare description "Push Pull EL84";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : orangedarkterrorp3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(-6.57377333665727e-19*fs - 4.01607201070155e-17) - 4.37865590304316e-21) + 1.22291757237028e-24);
b1 = fs*(pow(fs,2)*(2.62950933466291e-18*fs + 8.03214402140309e-17) + 2.44583514474056e-24);
b2 = pow(fs,2)*(-3.94426400199436e-18*pow(fs,2) + 8.75731180608631e-21);
b3 = fs*(pow(fs,2)*(2.62950933466291e-18*fs - 8.03214402140309e-17) - 2.44583514474056e-24);
b4 = fs*(fs*(fs*(-6.57377333665727e-19*fs + 4.01607201070155e-17) - 4.37865590304316e-21) - 1.22291757237028e-24);
a0 = fs*(fs*(fs*(1.86957288162412e-19*fs + 6.82010407286301e-17) + 4.53454013961264e-15) + 6.51104139918237e-14) + 4.73642640396319e-17;
a1 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs - 1.3640208145726e-16) + 1.30220827983647e-13) + 1.89457056158527e-16;
a2 = pow(fs,2)*(1.12174372897447e-18*pow(fs,2) - 9.06908027922528e-15) + 2.84185584237791e-16;
a3 = fs*(pow(fs,2)*(-7.47829152649647e-19*fs + 1.3640208145726e-16) - 1.30220827983647e-13) + 1.89457056158527e-16;
a4 = fs*(fs*(fs*(1.86957288162412e-19*fs - 6.82010407286301e-17) + 4.53454013961264e-15) - 6.51104139918237e-14) + 4.73642640396319e-17;
};
orangedarkterrorp3clip = _<: ba.if(signbit(_), orangedarkterrorp3_neg_clip, orangedarkterrorp3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
orangedarkterrorp3_clip = ffunction(float orangedarkterrorp3clip(float), "orangedarkterrorp3_table.h", "");
orangedarkterrorp3_neg_clip = ffunction(float orangedarkterrorp3_negclip(float), "orangedarkterrorp3_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.6) : *(poweramp_ctrl.outgain);
|
df7c423bc04e53120d499925b7979780ebf4e4a4b817f366a94bc718a45d80ff | brummer10/guitarix | plexiel34.dsp | // generated automatically
// DO NOT MODIFY!
declare id "plexiel34";
declare name "Push Pull EL34";
declare shortname "PlexiEL34";
declare description "PlexiEL34";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : plexipowerampel34clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(3.87560926163844e-19*fs + 4.30800903120125e-16) + 3.17509705609174e-17) + 5.3495467261267e-19);
b1 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs - 8.61601806240251e-16) + 1.06990934522534e-18);
b2 = pow(fs,2)*(2.32536555698307e-18*pow(fs,2) - 6.35019411218347e-17);
b3 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs + 8.61601806240251e-16) - 1.06990934522534e-18);
b4 = fs*(fs*(fs*(3.87560926163844e-19*fs - 4.30800903120125e-16) + 3.17509705609174e-17) - 5.3495467261267e-19);
a0 = fs*(fs*(fs*(1.82693733893894e-19*fs + 2.71243523616587e-16) + 8.16290535602033e-14) + 4.64147298174261e-12) + 4.00158102875003e-12;
a1 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs - 5.42487047233173e-16) + 9.28294596348523e-12) + 1.60063241150001e-11;
a2 = pow(fs,2)*(1.09616240336336e-18*pow(fs,2) - 1.63258107120407e-13) + 2.40094861725002e-11;
a3 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs + 5.42487047233173e-16) - 9.28294596348523e-12) + 1.60063241150001e-11;
a4 = fs*(fs*(fs*(1.82693733893894e-19*fs - 2.71243523616587e-16) + 8.16290535602033e-14) - 4.64147298174261e-12) + 4.00158102875003e-12;
};
plexipowerampel34clip = _<: ba.if(signbit(_), plexipowerampel34_neg_clip, plexipowerampel34_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
plexipowerampel34_clip = ffunction(float plexipowerampel34clip(float), "plexipowerampel34_table.h", "");
plexipowerampel34_neg_clip = ffunction(float plexipowerampel34_negclip(float), "plexipowerampel34_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(poweramp_ctrl.outgain) ;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/plexiel34.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "plexiel34";
declare name "Push Pull EL34";
declare shortname "PlexiEL34";
declare description "PlexiEL34";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : plexipowerampel34clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(3.87560926163844e-19*fs + 4.30800903120125e-16) + 3.17509705609174e-17) + 5.3495467261267e-19);
b1 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs - 8.61601806240251e-16) + 1.06990934522534e-18);
b2 = pow(fs,2)*(2.32536555698307e-18*pow(fs,2) - 6.35019411218347e-17);
b3 = fs*(pow(fs,2)*(-1.55024370465538e-18*fs + 8.61601806240251e-16) - 1.06990934522534e-18);
b4 = fs*(fs*(fs*(3.87560926163844e-19*fs - 4.30800903120125e-16) + 3.17509705609174e-17) - 5.3495467261267e-19);
a0 = fs*(fs*(fs*(1.82693733893894e-19*fs + 2.71243523616587e-16) + 8.16290535602033e-14) + 4.64147298174261e-12) + 4.00158102875003e-12;
a1 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs - 5.42487047233173e-16) + 9.28294596348523e-12) + 1.60063241150001e-11;
a2 = pow(fs,2)*(1.09616240336336e-18*pow(fs,2) - 1.63258107120407e-13) + 2.40094861725002e-11;
a3 = fs*(pow(fs,2)*(-7.30774935575574e-19*fs + 5.42487047233173e-16) - 9.28294596348523e-12) + 1.60063241150001e-11;
a4 = fs*(fs*(fs*(1.82693733893894e-19*fs - 2.71243523616587e-16) + 8.16290535602033e-14) - 4.64147298174261e-12) + 4.00158102875003e-12;
};
plexipowerampel34clip = _<: ba.if(signbit(_), plexipowerampel34_neg_clip, plexipowerampel34_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
plexipowerampel34_clip = ffunction(float plexipowerampel34clip(float), "plexipowerampel34_table.h", "");
plexipowerampel34_neg_clip = ffunction(float plexipowerampel34_negclip(float), "plexipowerampel34_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(poweramp_ctrl.outgain) ;
|
c354317deb3a5f3d1eb851be7deefd9c583beae232085ac1e7fde0a795cd4568 | magnetophon/shapeLimiter | shapeLimiter.dsp | declare author "Bart Brouns";
declare license "GPLv3";
declare name "shaperLimiter";
import("stdfaust.lib");
// power = 5;
power = 11;
// power = 13;
// power = 16;
process =
limTest;
testRouting =
(
ro.interleave(power,2)
:
par(i, power, (FB~(_,!):(!,_)))
:minOfN(power)
)
~(_<:si.bus(power))
;
FB(prev,prev2,x) = prev+1,prev+x;
// TODO: sprecial state for going up and attacking at the same time: shorter keepDirection
// make speed dependant on distance to target trough min(0) or max(0)
//
// crossfade from old-dir to newval: faster if speed-difference is small
limTest =
testSignal*checkbox("signal")
: ParalelOpsOfPow2(min,power)
: ((_<:(si.bus(power+2))),si.bus(power-1),(_<:(si.bus(power+2))))
: (
// si.bus(power+1)
// par(i, power+1, _@restDelay(power,hslider("delay", 0, 0, power, 1):pow2) ) // restDelay is 0 in this case, but I might want to change that
par(i, power+1, _@restDelay(power,i) )
, par(i, power+1, _@restDelay(power,i) )
, par(i, power+1, _@restDelay(power,power) ) // restDelay is 0 in this case, but I might want to change that
// , par(i, power+1, _@restDelay(power,hslider("delay", 0, 0, power, 1):pow2) ) // restDelay is 0 in this case, but I might want to change that
)
:
(
ro.interleave(power+1,5)
:
par(i, power+1, (rampFromTo(i)~_):(!,_,_))
: ro.interleave(2,power+1)
// :(minOfN(power+1),minOfN(power+1))
:(ba.selectn(power+1,sel),minOfN(power+1))
)
~((_<:si.bus((power+1))),(_<:si.bus((power+1))))
// : ParalelOpsOfPow2(min,power) : (par(i, power, !),_)
// : ((rampFromTo(power)~(_,_)):(!,_))
// : ((rampFromTo(power)~(_,_,_)):(_,_,_))
,testSignal@(pow2(power)-1)
with {
sel = hslider("sel", 0, 0, power+1, 1);
// ramp 0 = 1
// ramp 1 = 1/2
// ramp 2 = 1/4
// ramp 3 = 1/8
// ramp 4 = 1/16
// ramp 5 = 1/32
rampFromTo(i,prevRamp,prevVal,prevLin,momentaryTarget,target,lowestTarget) =
ramp(pow2(i),trig)
// , (it.interpolate_linear(
// ramp(pow2(i),trig):shaper
// ,keepDirection,to)
// : slowDownNearTarget
// <: (_,overShootShaper)
// )
// , trig
, ramp(pow2(i),trig)
// , target
, linCur
// ,attacking
// , 1
// , linCur
// ,to
// ,currentDirection
// , slowDownAmount
// ,proposedDirection
// , state
// , (ramp(pow2(i),trig):shaper)
with {
// ramp(n,reset) = ((select2(reset*((_==1)|(_==0)),_+(1/n):min(1),1/n))+(n<1):min(1))~(_<:(_,_,_));
ramp(n,reset) = ((select2(reset,_+(1/n):min(1),1/n))+(n<1):min(1))~_;
keepDirection = ((_+oldDirection)~(_*(1-trig)))+from;
oldDirection =
((prevVal-prevVal'):ba.sAndH(trig));
// currentDirection = (to-from);
currentDirection = (prevLin - prevLin')*pow2(i);
// / pow2(i);
// proposedDirection = (linCur - linCur')*pow2(i);
proposedDirection = (lowestTarget - prevLin );
// / pow2(i);
from = prevVal:ba.sAndH(trig);
linFrom = prevLin:ba.sAndH(trig);
to = target:ba.sAndH(trig);
momentaryTo = momentaryTarget:ba.sAndH(trig);
// trig = (target!=target');
trig = loop~_ with {
loop(FB) =
// proposedDirection < currentDirection
// | (currentDirection == 0)
select2(attacking
, (
// target<(target:ba.sAndH(FB))
// target<(target')
// (proposedDirection < (currentDirection*((pow2(i)+offset)/pow2(i) )))
// ((proposedDirection * (1-(offset*prevRamp))) < currentDirection)
( momentaryTarget<(momentaryTarget:ba.sAndH(FB)) )
// ( lowestTarget<(lowestTarget:ba.sAndH(FB)) )
// | lowestTarget < target
// | (lowestTarget > prevLin : ba.impulsify)
// | (lowestTarget > target )
// ((proposedDirection*(1+(prevRamp*pow2(i)))) < currentDirection)
| (currentDirection == 0)
)
, proposedDirection < currentDirection
)
// | impulse // TODO: replace with os.impulse:
| button("reset")
// | ((prevVal == prevVal'):ba.impulsify)
;
};
offset = hslider("offset", 0, -pow2(power), pow2(power), 1);
// attacking = lowestTarget < prevLin;
attacking = momentaryTarget < prevLin;
impulse = 1-1';
// trig = (target<target') | ((prevRamp == 1) & (target>target')) ;
// trig = (target<target') | ((prevRamp == 1) & (min(target,target@pow2(i))>target')) ;
// trig = (target<target') | ((prevRamp == 1) & (target>min(target',prevVal))) ;
state = prevVal>to;
linCur =
it.interpolate_linear(
ramp(pow2(i),trig)
,linFrom,select2(attacking,momentaryTo,to));
slowDownNearTarget(x) =
select2(checkbox("slowdown enable")
, x
, (x-prevVal) *(slowDownAmount) + prevVal);
// slowDownNearTarget(x) = (x-x') * slowDownAmount + x';
slowDownAmount =
// 1
(1-(1-normalisedDelta :pow(hslider("slowDown", 0.5, 0.00001, 30, 0.001))))
*const:min(1):max(0)
// :hbargraph("slow", 0, 1)
;
const = hslider("const", 1, 0, 10, 0.001);
// delta = (prevVal-(testSignal@pow2(i)));
delta = (prevVal-target);
deltaTrig = abs(delta)>abs(delta');
normalisedDelta = delta:abs
;
// / (delta:ba.sAndH(trig));
// normalisedDelta = delta / (delta:ba.sAndH(deltaTrig));
overShootShaper(x) =
select2(checkbox("overs"),x,
select2(to == 0, max(x/to,sin(ma.PI*(x/to-0.5)))*to, x)
);
};
// minOfN(0) = !;
// minOfN(1) = _;
// minOfN(N) = seq(i, N-1, min,myBus(N-i-2));
// delays(N) = (par(i, N-1, (_@restDelay(N,i))),_);
// restDelay(N,i) = pow2(N)-pow2(i);
};
minOfN(0) = !;
minOfN(1) = _;
minOfN(N) = seq(i, N-1, min,myBus(N-i-2));
maxOfN(0) = !;
maxOfN(1) = _;
maxOfN(N) = seq(i, N-1, max,myBus(N-i-2));
delays(N) = (par(i, N-1, (_@restDelay(N,i))),_);
restDelay(N,i) = pow2(N)-pow2(i);
SOFTenvelope = it.interpolate_linear(theRamp,keepDirection,to(state));
xParalelOpsOfPow2(op,power) = _<:(si.bus(power+1));
ParalelOpsOfPow2(op,power) =
seq(i, power,
myBus(i)
,
( _<:
(
_
, ((_,_@pow2(i)):op)
)
)
);
pow2(i) = 1<<i;
myBus(0) = 0:!;
myBus(i) = si.bus(i);
// https://www.desmos.com/calculator/oufrdvzdcv
// based on:
// Adjustable Sigmoid Curve (S-Curve)
// https://math.stackexchange.com/questions/459872/adjustable-sigmoid-curve-s-curve-from-0-0-to-1-1
// https://www.desmos.com/calculator/tswgrnoosy
shaper(x) = nts3(sin(ma.PI*(x-0.5)),k1,k2,k3)*0.5+0.5;
// shaper(x,k1,k2,k3) = nts3(sin(ma.PI*(x-0.5)),k1,k2,k3);
nts3(x,k1,k2,k3) = fd(nts(fc(nts(fd(nts(fc(x),k1)),k2)),k3))
with {
nts(x,k) = (x-x*k)/(k-abs(x)*2*k+1);
fc(x) = x*0.5 + 0.5;
fd(x) = 2*x-1;
};
// ntsSin(x,k1,k2,k3) =
// .99 = .956
// limiter shaper:
// https://www.desmos.com/calculator/hkqvmomfzp
k1 = hslider("k1", 0, -1, 1, 0.001):si.smoo;
k2 = hslider("k2", 0, -1, 1, 0.001):si.smoo;
k3 = hslider("k3", 0, -1, 1, 0.001):si.smoo;
blockRate = hslider("[0]block rate", 0.001, 0, 10, 0.001)*100000;
noiseLevel = hslider("[1]noise level", 0, 0, 1, 0.01);
noiseRate = hslider("[2]noise rate", 20, 10, 20000, 10);
totalLatency = pow2(power);
testSignal =
vgroup("testSignal",
no.lfnoise0(blockRate / totalLatency * (1+((no.lfnoise(blockRate/totalLatency):pow(8):abs)*totalLatency*hslider("blockVar", 0, 0, 1, 0.001)) ))
:pow(3)*(1-noiseLevel) +(no.lfnoise(noiseRate):pow(3) *noiseLevel):min(0)) ;
| https://raw.githubusercontent.com/magnetophon/shapeLimiter/eeb9bda3eb07b53dada515ccc2452ac47d14cc07/shapeLimiter.dsp | faust | power = 5;
power = 13;
power = 16;
TODO: sprecial state for going up and attacking at the same time: shorter keepDirection
make speed dependant on distance to target trough min(0) or max(0)
crossfade from old-dir to newval: faster if speed-difference is small
si.bus(power+1)
par(i, power+1, _@restDelay(power,hslider("delay", 0, 0, power, 1):pow2) ) // restDelay is 0 in this case, but I might want to change that
restDelay is 0 in this case, but I might want to change that
, par(i, power+1, _@restDelay(power,hslider("delay", 0, 0, power, 1):pow2) ) // restDelay is 0 in this case, but I might want to change that
:(minOfN(power+1),minOfN(power+1))
: ParalelOpsOfPow2(min,power) : (par(i, power, !),_)
: ((rampFromTo(power)~(_,_)):(!,_))
: ((rampFromTo(power)~(_,_,_)):(_,_,_))
ramp 0 = 1
ramp 1 = 1/2
ramp 2 = 1/4
ramp 3 = 1/8
ramp 4 = 1/16
ramp 5 = 1/32
, (it.interpolate_linear(
ramp(pow2(i),trig):shaper
,keepDirection,to)
: slowDownNearTarget
<: (_,overShootShaper)
)
, trig
, target
,attacking
, 1
, linCur
,to
,currentDirection
, slowDownAmount
,proposedDirection
, state
, (ramp(pow2(i),trig):shaper)
ramp(n,reset) = ((select2(reset*((_==1)|(_==0)),_+(1/n):min(1),1/n))+(n<1):min(1))~(_<:(_,_,_));
currentDirection = (to-from);
/ pow2(i);
proposedDirection = (linCur - linCur')*pow2(i);
/ pow2(i);
trig = (target!=target');
proposedDirection < currentDirection
| (currentDirection == 0)
target<(target:ba.sAndH(FB))
target<(target')
(proposedDirection < (currentDirection*((pow2(i)+offset)/pow2(i) )))
((proposedDirection * (1-(offset*prevRamp))) < currentDirection)
( lowestTarget<(lowestTarget:ba.sAndH(FB)) )
| lowestTarget < target
| (lowestTarget > prevLin : ba.impulsify)
| (lowestTarget > target )
((proposedDirection*(1+(prevRamp*pow2(i)))) < currentDirection)
| impulse // TODO: replace with os.impulse:
| ((prevVal == prevVal'):ba.impulsify)
attacking = lowestTarget < prevLin;
trig = (target<target') | ((prevRamp == 1) & (target>target')) ;
trig = (target<target') | ((prevRamp == 1) & (min(target,target@pow2(i))>target')) ;
trig = (target<target') | ((prevRamp == 1) & (target>min(target',prevVal))) ;
slowDownNearTarget(x) = (x-x') * slowDownAmount + x';
1
:hbargraph("slow", 0, 1)
delta = (prevVal-(testSignal@pow2(i)));
/ (delta:ba.sAndH(trig));
normalisedDelta = delta / (delta:ba.sAndH(deltaTrig));
minOfN(0) = !;
minOfN(1) = _;
minOfN(N) = seq(i, N-1, min,myBus(N-i-2));
delays(N) = (par(i, N-1, (_@restDelay(N,i))),_);
restDelay(N,i) = pow2(N)-pow2(i);
https://www.desmos.com/calculator/oufrdvzdcv
based on:
Adjustable Sigmoid Curve (S-Curve)
https://math.stackexchange.com/questions/459872/adjustable-sigmoid-curve-s-curve-from-0-0-to-1-1
https://www.desmos.com/calculator/tswgrnoosy
shaper(x,k1,k2,k3) = nts3(sin(ma.PI*(x-0.5)),k1,k2,k3);
ntsSin(x,k1,k2,k3) =
.99 = .956
limiter shaper:
https://www.desmos.com/calculator/hkqvmomfzp | declare author "Bart Brouns";
declare license "GPLv3";
declare name "shaperLimiter";
import("stdfaust.lib");
power = 11;
process =
limTest;
testRouting =
(
ro.interleave(power,2)
:
par(i, power, (FB~(_,!):(!,_)))
:minOfN(power)
)
~(_<:si.bus(power))
;
FB(prev,prev2,x) = prev+1,prev+x;
limTest =
testSignal*checkbox("signal")
: ParalelOpsOfPow2(min,power)
: ((_<:(si.bus(power+2))),si.bus(power-1),(_<:(si.bus(power+2))))
: (
par(i, power+1, _@restDelay(power,i) )
, par(i, power+1, _@restDelay(power,i) )
)
:
(
ro.interleave(power+1,5)
:
par(i, power+1, (rampFromTo(i)~_):(!,_,_))
: ro.interleave(2,power+1)
:(ba.selectn(power+1,sel),minOfN(power+1))
)
~((_<:si.bus((power+1))),(_<:si.bus((power+1))))
,testSignal@(pow2(power)-1)
with {
sel = hslider("sel", 0, 0, power+1, 1);
rampFromTo(i,prevRamp,prevVal,prevLin,momentaryTarget,target,lowestTarget) =
ramp(pow2(i),trig)
, ramp(pow2(i),trig)
, linCur
with {
ramp(n,reset) = ((select2(reset,_+(1/n):min(1),1/n))+(n<1):min(1))~_;
keepDirection = ((_+oldDirection)~(_*(1-trig)))+from;
oldDirection =
((prevVal-prevVal'):ba.sAndH(trig));
currentDirection = (prevLin - prevLin')*pow2(i);
proposedDirection = (lowestTarget - prevLin );
from = prevVal:ba.sAndH(trig);
linFrom = prevLin:ba.sAndH(trig);
to = target:ba.sAndH(trig);
momentaryTo = momentaryTarget:ba.sAndH(trig);
trig = loop~_ with {
loop(FB) =
select2(attacking
, (
( momentaryTarget<(momentaryTarget:ba.sAndH(FB)) )
| (currentDirection == 0)
)
, proposedDirection < currentDirection
)
| button("reset")
;
};
offset = hslider("offset", 0, -pow2(power), pow2(power), 1);
attacking = momentaryTarget < prevLin;
impulse = 1-1';
state = prevVal>to;
linCur =
it.interpolate_linear(
ramp(pow2(i),trig)
,linFrom,select2(attacking,momentaryTo,to));
slowDownNearTarget(x) =
select2(checkbox("slowdown enable")
, x
, (x-prevVal) *(slowDownAmount) + prevVal);
slowDownAmount =
(1-(1-normalisedDelta :pow(hslider("slowDown", 0.5, 0.00001, 30, 0.001))))
*const:min(1):max(0)
;
const = hslider("const", 1, 0, 10, 0.001);
delta = (prevVal-target);
deltaTrig = abs(delta)>abs(delta');
normalisedDelta = delta:abs
;
overShootShaper(x) =
select2(checkbox("overs"),x,
select2(to == 0, max(x/to,sin(ma.PI*(x/to-0.5)))*to, x)
);
};
};
minOfN(0) = !;
minOfN(1) = _;
minOfN(N) = seq(i, N-1, min,myBus(N-i-2));
maxOfN(0) = !;
maxOfN(1) = _;
maxOfN(N) = seq(i, N-1, max,myBus(N-i-2));
delays(N) = (par(i, N-1, (_@restDelay(N,i))),_);
restDelay(N,i) = pow2(N)-pow2(i);
SOFTenvelope = it.interpolate_linear(theRamp,keepDirection,to(state));
xParalelOpsOfPow2(op,power) = _<:(si.bus(power+1));
ParalelOpsOfPow2(op,power) =
seq(i, power,
myBus(i)
,
( _<:
(
_
, ((_,_@pow2(i)):op)
)
)
);
pow2(i) = 1<<i;
myBus(0) = 0:!;
myBus(i) = si.bus(i);
shaper(x) = nts3(sin(ma.PI*(x-0.5)),k1,k2,k3)*0.5+0.5;
nts3(x,k1,k2,k3) = fd(nts(fc(nts(fd(nts(fc(x),k1)),k2)),k3))
with {
nts(x,k) = (x-x*k)/(k-abs(x)*2*k+1);
fc(x) = x*0.5 + 0.5;
fd(x) = 2*x-1;
};
k1 = hslider("k1", 0, -1, 1, 0.001):si.smoo;
k2 = hslider("k2", 0, -1, 1, 0.001):si.smoo;
k3 = hslider("k3", 0, -1, 1, 0.001):si.smoo;
blockRate = hslider("[0]block rate", 0.001, 0, 10, 0.001)*100000;
noiseLevel = hslider("[1]noise level", 0, 0, 1, 0.01);
noiseRate = hslider("[2]noise rate", 20, 10, 20000, 10);
totalLatency = pow2(power);
testSignal =
vgroup("testSignal",
no.lfnoise0(blockRate / totalLatency * (1+((no.lfnoise(blockRate/totalLatency):pow(8):abs)*totalLatency*hslider("blockVar", 0, 0, 1, 0.001)) ))
:pow(3)*(1-noiseLevel) +(no.lfnoise(noiseRate):pow(3) *noiseLevel):min(0)) ;
|
2e04cfe829b4759ee830e4267ad78ccfdc70b9caa3e44b68741b4dc94caa620c | RuolunWeng/ruolunweng.github.io | ZitaReverb.dsp | declare name "EK_Verb2";
declare version "0.1";
declare author "CL GRAME";
declare license "BSD";
declare copyright "(c)GRAME 2013";
import("stdfaust.lib");
/* ============= DESCRIPTION ============
- Reverberation
- Head = ON
- Bottom = OFF
*/
process =_<:zita_rev3:>_;
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y) : out_eq
with {
//Reverb parameters:
t60dc = hslider("[2] Low Frequencies Decay Time[acc:1 1 -10 0 10][unit:s][style:knob][tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band]", 1.5, 0.5, 6, 0.01):si.smooth(0.999):min(6):max(0.5);
t60m = hslider("[3] Mid Frequencies Decay Time[acc:1 1 -10 0 10][unit:s][style:knob][tooltip: T60 = time (in seconds) to decay 60dB in middle band]", 1.5, 0.5, 6, 0.01):si.smooth(0.999):min(6):max(0.5);
fsmax = 48000.0; // highest sampling rate that will be used
rdel =50;
f1 =500;
f2 = 8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q)
with {
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f =315;
eq1l =0;
eq1q =3;
eq2f =3000;
eq2l =0;
eq2q =3;
};
};
//---------------------------------------- Zita_Rev1_Stereo4 -------------------------------------
// from effect.lib but with only N=4 for mobilephone application
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
((si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
// Delay-line lengths in seconds:
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904, 0.029291, 0.013458, 0.019123); // feedforward delays in seconds
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713, 0.192303, 0.125000, 0.219991); // total delays in seconds
tdelay(i) = floor(0.5 + ma.SR*ba.take(i+1,tdelays)); // samples
apdelay(i) = floor(0.5 + ma.SR*ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
// NOTE: Since ma.SR is not bounded at compile time, we can't use it to
// allocate de.delay lines; hence, the fsmax parameter:
tdelaymaxfs(i) = floor(0.5 + fsmax*ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax*ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
apcoeff(i) = select2(i&1,0.6,-0.6); // allpass comb-filter coefficient
allpass_combs(N) =
par(i,N,(fi.allpass_comb(maxapdelay(i),apdelay(i),apcoeff(i)))); // filter.lib
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
feedbackmatrix(N) = ro.hadamard(N); // math.lib
staynormal = 10.0^(-20); // let signals decay well below LSB, but not to zero
special_lowpass(g,f) = si.smooth(p) with {
// unity-dc-gain fi.lowpass needs gain g at frequency f => quadratic formula:
p = mbo2 - sqrt(max(0,mbo2*mbo2 - 1.0)); // other solution is unstable
mbo2 = (1.0 - gs*c)/(1.0 - gs); // NOTE: must ensure |g|<1 (t60m finite)
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
low_shelf1_l(G0,fx,x) = x + (G0-1)*fi.lowpass(1,fx,x); // filter.lib
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.take(k,freqs);
dur(j) = ba.take(j+1,durs);
n60(j) = dur(j)*ma.SR; // decay time in samples
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) = re.zita_in_delay(rdel) : re.zita_distrib2(N) : zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) : output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
t1 = 0.37; // zita-rev1 linearly ramps from 0 to t1 over one buffer
outmix(4) = !,ro.butterfly(2),!; // probably the result of some experimenting!
outmix(N) = outmix(N/2),par(i,N/2,!);
};
| https://raw.githubusercontent.com/RuolunWeng/ruolunweng.github.io/035564bb7e36eb4e810ca80077ffa8a9d3e5130b/faustplayground/faust-modules/effects/ZitaReverb.dsp | faust | ============= DESCRIPTION ============
- Reverberation
- Head = ON
- Bottom = OFF
Reverb parameters:
highest sampling rate that will be used
---------------------------------------- Zita_Rev1_Stereo4 -------------------------------------
from effect.lib but with only N=4 for mobilephone application
Delay-line lengths in seconds:
feedforward delays in seconds
total delays in seconds
samples
NOTE: Since ma.SR is not bounded at compile time, we can't use it to
allocate de.delay lines; hence, the fsmax parameter:
allpass comb-filter coefficient
filter.lib
math.lib
let signals decay well below LSB, but not to zero
unity-dc-gain fi.lowpass needs gain g at frequency f => quadratic formula:
other solution is unstable
NOTE: must ensure |g|<1 (t60m finite)
filter.lib
decay time in samples
zita-rev1 linearly ramps from 0 to t1 over one buffer
probably the result of some experimenting! | declare name "EK_Verb2";
declare version "0.1";
declare author "CL GRAME";
declare license "BSD";
declare copyright "(c)GRAME 2013";
import("stdfaust.lib");
process =_<:zita_rev3:>_;
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y) : out_eq
with {
t60dc = hslider("[2] Low Frequencies Decay Time[acc:1 1 -10 0 10][unit:s][style:knob][tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band]", 1.5, 0.5, 6, 0.01):si.smooth(0.999):min(6):max(0.5);
t60m = hslider("[3] Mid Frequencies Decay Time[acc:1 1 -10 0 10][unit:s][style:knob][tooltip: T60 = time (in seconds) to decay 60dB in middle band]", 1.5, 0.5, 6, 0.01):si.smooth(0.999):min(6):max(0.5);
rdel =50;
f1 =500;
f2 = 8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q)
with {
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f =315;
eq1l =0;
eq1q =3;
eq2f =3000;
eq2l =0;
eq2q =3;
};
};
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
((si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
apdelay(i) = floor(0.5 + ma.SR*ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
tdelaymaxfs(i) = floor(0.5 + fsmax*ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax*ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
allpass_combs(N) =
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
special_lowpass(g,f) = si.smooth(p) with {
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.take(k,freqs);
dur(j) = ba.take(j+1,durs);
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) = re.zita_in_delay(rdel) : re.zita_distrib2(N) : zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) : output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
outmix(N) = outmix(N/2),par(i,N/2,!);
};
|
abe43f475b155bb2292c37cd0573ea1aaaaa621b4fb8a4228556f421fba1e90c | brummer10/guitarix | supersonic.dsp | // generated automatically
// DO NOT MODIFY!
declare id "supersonic";
declare name "Push Pull 6L6";
declare shortname "SuperSonic";
declare description "Push Pull 6L6";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) : supersonicclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(fs*(2.20682184684432e-26*fs + 8.17344554235261e-19) + 1.15906710571025e-16) + 4.2235930719266e-15) + 7.76975700660911e-14) + 1.26979539981828e-12;
b1 = fs*(fs*(fs*(fs*(-1.10341092342216e-25*fs - 2.45203366270578e-18) - 1.15906710571025e-16) + 4.2235930719266e-15) + 2.33092710198273e-13) + 6.34897699909141e-12;
b2 = fs*(fs*(fs*(fs*(2.20682184684432e-25*fs + 1.63468910847052e-18) - 2.31813421142051e-16) - 8.44718614385319e-15) + 1.55395140132182e-13) + 1.26979539981828e-11;
b3 = fs*(fs*(fs*(fs*(-2.20682184684432e-25*fs + 1.63468910847052e-18) + 2.31813421142051e-16) - 8.44718614385319e-15) - 1.55395140132182e-13) + 1.26979539981828e-11;
b4 = fs*(fs*(fs*(fs*(1.10341092342216e-25*fs - 2.45203366270578e-18) + 1.15906710571025e-16) + 4.2235930719266e-15) - 2.33092710198273e-13) + 6.34897699909141e-12;
b5 = fs*(fs*(fs*(fs*(-2.20682184684432e-26*fs + 8.17344554235261e-19) - 1.15906710571025e-16) + 4.2235930719266e-15) - 7.76975700660911e-14) + 1.26979539981828e-12;
a0 = fs*(fs*(fs*(fs*(5.00590822563103e-27*fs + 1.85439561729349e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) + 9.77706930886932e-13) + 1.59787065310447e-11;
a1 = fs*(fs*(fs*(fs*(-2.50295411281552e-26*fs - 5.56318685188047e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) + 2.9331207926608e-12) + 7.98935326552235e-11;
a2 = fs*(fs*(fs*(fs*(5.00590822563103e-26*fs + 3.70879123458698e-19) - 2.58426091728115e-16) - 3.83351471280476e-14) + 1.95541386177386e-12) + 1.59787065310447e-10;
a3 = fs*(fs*(fs*(fs*(-5.00590822563103e-26*fs + 3.70879123458698e-19) + 2.58426091728115e-16) - 3.83351471280476e-14) - 1.95541386177386e-12) + 1.59787065310447e-10;
a4 = fs*(fs*(fs*(fs*(2.50295411281552e-26*fs - 5.56318685188047e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) - 2.9331207926608e-12) + 7.98935326552235e-11;
a5 = fs*(fs*(fs*(fs*(-5.00590822563103e-27*fs + 1.85439561729349e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) - 9.77706930886932e-13) + 1.59787065310447e-11;
};
supersonicclip = _<: ba.if(signbit(_), supersonic_neg_clip, supersonic_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
supersonic_clip = ffunction(float supersonicclip(float), "supersonic_table.h", "");
supersonic_neg_clip = ffunction(float supersonic_negclip(float), "supersonic_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.8) : *(poweramp_ctrl.outgain);
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/faust/supersonic.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "supersonic";
declare name "Push Pull 6L6";
declare shortname "SuperSonic";
declare description "Push Pull 6L6";
declare samplerate "96000";
import("stdfaust.lib");
import("guitarix.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) : supersonicclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(fs*(fs*(2.20682184684432e-26*fs + 8.17344554235261e-19) + 1.15906710571025e-16) + 4.2235930719266e-15) + 7.76975700660911e-14) + 1.26979539981828e-12;
b1 = fs*(fs*(fs*(fs*(-1.10341092342216e-25*fs - 2.45203366270578e-18) - 1.15906710571025e-16) + 4.2235930719266e-15) + 2.33092710198273e-13) + 6.34897699909141e-12;
b2 = fs*(fs*(fs*(fs*(2.20682184684432e-25*fs + 1.63468910847052e-18) - 2.31813421142051e-16) - 8.44718614385319e-15) + 1.55395140132182e-13) + 1.26979539981828e-11;
b3 = fs*(fs*(fs*(fs*(-2.20682184684432e-25*fs + 1.63468910847052e-18) + 2.31813421142051e-16) - 8.44718614385319e-15) - 1.55395140132182e-13) + 1.26979539981828e-11;
b4 = fs*(fs*(fs*(fs*(1.10341092342216e-25*fs - 2.45203366270578e-18) + 1.15906710571025e-16) + 4.2235930719266e-15) - 2.33092710198273e-13) + 6.34897699909141e-12;
b5 = fs*(fs*(fs*(fs*(-2.20682184684432e-26*fs + 8.17344554235261e-19) - 1.15906710571025e-16) + 4.2235930719266e-15) - 7.76975700660911e-14) + 1.26979539981828e-12;
a0 = fs*(fs*(fs*(fs*(5.00590822563103e-27*fs + 1.85439561729349e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) + 9.77706930886932e-13) + 1.59787065310447e-11;
a1 = fs*(fs*(fs*(fs*(-2.50295411281552e-26*fs - 5.56318685188047e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) + 2.9331207926608e-12) + 7.98935326552235e-11;
a2 = fs*(fs*(fs*(fs*(5.00590822563103e-26*fs + 3.70879123458698e-19) - 2.58426091728115e-16) - 3.83351471280476e-14) + 1.95541386177386e-12) + 1.59787065310447e-10;
a3 = fs*(fs*(fs*(fs*(-5.00590822563103e-26*fs + 3.70879123458698e-19) + 2.58426091728115e-16) - 3.83351471280476e-14) - 1.95541386177386e-12) + 1.59787065310447e-10;
a4 = fs*(fs*(fs*(fs*(2.50295411281552e-26*fs - 5.56318685188047e-19) + 1.29213045864058e-16) + 1.91675735640238e-14) - 2.9331207926608e-12) + 7.98935326552235e-11;
a5 = fs*(fs*(fs*(fs*(-5.00590822563103e-27*fs + 1.85439561729349e-19) - 1.29213045864058e-16) + 1.91675735640238e-14) - 9.77706930886932e-13) + 1.59787065310447e-11;
};
supersonicclip = _<: ba.if(signbit(_), supersonic_neg_clip, supersonic_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
supersonic_clip = ffunction(float supersonicclip(float), "supersonic_table.h", "");
supersonic_neg_clip = ffunction(float supersonic_negclip(float), "supersonic_neg_table.h", "");
};
process = *(poweramp_ctrl.ingain) : p1 : *(0.8) : *(poweramp_ctrl.outgain);
|
c070c99bd5befc3d10d079080d7459761b1ae7f63aa04c48d06298d669038bdb | Blumealc/43PR3 | spanner10.dsp | declare filename "spanner10.dsp"; declare name "spanner10"; declare compilation_options "-single -scal -I libraries/ -I project/ -lang wasm";
declare library_path0 "/libraries/stdfaust.lib";
declare library_path1 "/libraries/maths.lib";
declare library_path2 "/libraries/signals.lib";
declare library_path3 "/libraries/basics.lib";
declare library_path4 "/libraries/platform.lib";
declare author "THC-SCALAS";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.6";
declare copyright "Cecilia-labs";
declare filename "FaustDSP";
declare license "BSD";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.5";
declare name "spanner_1x8";
declare platform_lib_name "Generic Platform Library";
declare platform_lib_version "0.2";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.1";
declare version "1.0";
process = \(x1).((x1,(10,((((0.5f,(0.0f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(0.62831853071795862f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(1.2566370614359172f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(1.8849555921538759f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(2.5132741228718345f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(3.1415926535897931f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(3.7699111843077517f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(4.3982297150257104f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(5.026548245743669f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(5.6548667764616276f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *));
| https://raw.githubusercontent.com/Blumealc/43PR3/0bd1e28c690d43d2905a0a06e69a60e55b0b6116/spanner10%7E.mxo/spanner10.dsp | faust | declare filename "spanner10.dsp"; declare name "spanner10"; declare compilation_options "-single -scal -I libraries/ -I project/ -lang wasm";
declare library_path0 "/libraries/stdfaust.lib";
declare library_path1 "/libraries/maths.lib";
declare library_path2 "/libraries/signals.lib";
declare library_path3 "/libraries/basics.lib";
declare library_path4 "/libraries/platform.lib";
declare author "THC-SCALAS";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.6";
declare copyright "Cecilia-labs";
declare filename "FaustDSP";
declare license "BSD";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.5";
declare name "spanner_1x8";
declare platform_lib_name "Generic Platform Library";
declare platform_lib_version "0.2";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.1";
declare version "1.0";
process = \(x1).((x1,(10,((((0.5f,(0.0f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(0.62831853071795862f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(1.2566370614359172f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(1.8849555921538759f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(2.5132741228718345f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(3.1415926535897931f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(3.7699111843077517f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(4.3982297150257104f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(5.026548245743669f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *),(x1,(10,((((0.5f,(5.6548667764616276f,(((nentry("Angle[style:knob]", 0.0f, -36000000.0f, 36000000.0f, 0.10000000000000001f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)),3.1415926535897931f : *),180 : /) : - : cos) : *),0.5f : -),(hslider("Separation", 12.0f, 0.0f, 100.0f, 0.01f) : \(x2).(\(x3).(((1.0f,(0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x2 : *),((0,(-1.0f,((0,0.02f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x3 : *) : +)~_)) : *),0.20000000000000001f : *) : pow) : *));
|
|
621e429e5a8741976ead8ae82cc0baf63d4b2d966af6b01b423aa32444f00ccc | brummer10/guitarix | gx_chump.dsp | declare id "Redeye Chump";
declare name "Redeye Chump";
declare category "Amplifier";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
// Power Amp With Feedback
powerfb = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : redeyechumppowfclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(5.2572119847844e-14*fs + 2.22632342602781e-12) + 5.41994006909799e-15);
b1 = fs*(fs*(-1.57716359543532e-13*fs - 2.22632342602781e-12) + 5.41994006909799e-15);
b2 = fs*(fs*(1.57716359543532e-13*fs - 2.22632342602781e-12) - 5.41994006909799e-15);
b3 = fs*(fs*(-5.2572119847844e-14*fs + 2.22632342602781e-12) - 5.41994006909799e-15);
a0 = fs*(fs*(9.01314076551628e-15*fs + 1.3955910672935e-12) + 6.86346038146649e-11) + 1.79996158094636e-10;
a1 = fs*(fs*(-2.70394222965488e-14*fs - 1.3955910672935e-12) + 6.86346038146649e-11) + 5.39988474283909e-10;
a2 = fs*(fs*(2.70394222965488e-14*fs - 1.3955910672935e-12) - 6.86346038146649e-11) + 5.39988474283909e-10;
a3 = fs*(fs*(-9.01314076551628e-15*fs + 1.3955910672935e-12) - 6.86346038146649e-11) + 1.79996158094636e-10;
};
redeyechumppowfclip = _<: ba.if(signbit(_), redeyechumppowf_neg_clip, redeyechumppowf_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
redeyechumppowf_clip = ffunction(float redeyechumppowfclip(float), "redeyechumppowf_table.h", "");
redeyechumppowf_neg_clip = ffunction(float redeyechumppowf_negclip(float), "redeyechumppowf_neg_table.h", "");
};
// Power Amp No feedback
powernfb = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : redeyechumppowclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = pow(fs,2)*(8.08665507806617e-14*fs + 3.42440032262935e-12);
b1 = pow(fs,2)*(-2.42599652341985e-13*fs - 3.42440032262935e-12);
b2 = pow(fs,2)*(2.42599652341985e-13*fs - 3.42440032262935e-12);
b3 = pow(fs,2)*(-8.08665507806617e-14*fs + 3.42440032262935e-12);
a0 = fs*(fs*(9.00050108040552e-15*fs + 2.00144504609273e-12) + 1.09475884941298e-10) + 2.87117546539927e-10;
a1 = fs*(fs*(-2.70015032412166e-14*fs - 2.00144504609273e-12) + 1.09475884941298e-10) + 8.6135263961978e-10;
a2 = fs*(fs*(2.70015032412166e-14*fs - 2.00144504609273e-12) - 1.09475884941298e-10) + 8.6135263961978e-10;
a3 = fs*(fs*(-9.00050108040552e-15*fs + 2.00144504609273e-12) - 1.09475884941298e-10) + 2.87117546539927e-10;
};
redeyechumppowclip = _<: ba.if(signbit(_), redeyechumppow_neg_clip, redeyechumppow_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
redeyechumppow_clip = ffunction(float redeyechumppowclip(float), "redeyechumppow_table.h", "");
redeyechumppow_neg_clip = ffunction(float redeyechumppow_negclip(float), "redeyechumppow_neg_table.h", "");
};
//volume = vslider("Volume[alias][style:knob]",3.0,0.0,12.0,0.01):ba.db2linear:smoothi(0.999);
volume = vslider("Volume[alias][style:knob]",2.0,0.0,4.0,0.01):smoothi(0.999);
amp = chumpPreamp:poweramp:*(volume) ;
poweramp = _<:powerfb,powernfb:select2( checkbox("feedback") ) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_chump.dsp | faust | Power Amp With Feedback
Power Amp No feedback
volume = vslider("Volume[alias][style:knob]",3.0,0.0,12.0,0.01):ba.db2linear:smoothi(0.999); | declare id "Redeye Chump";
declare name "Redeye Chump";
declare category "Amplifier";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
powerfb = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : redeyechumppowfclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(fs*(5.2572119847844e-14*fs + 2.22632342602781e-12) + 5.41994006909799e-15);
b1 = fs*(fs*(-1.57716359543532e-13*fs - 2.22632342602781e-12) + 5.41994006909799e-15);
b2 = fs*(fs*(1.57716359543532e-13*fs - 2.22632342602781e-12) - 5.41994006909799e-15);
b3 = fs*(fs*(-5.2572119847844e-14*fs + 2.22632342602781e-12) - 5.41994006909799e-15);
a0 = fs*(fs*(9.01314076551628e-15*fs + 1.3955910672935e-12) + 6.86346038146649e-11) + 1.79996158094636e-10;
a1 = fs*(fs*(-2.70394222965488e-14*fs - 1.3955910672935e-12) + 6.86346038146649e-11) + 5.39988474283909e-10;
a2 = fs*(fs*(2.70394222965488e-14*fs - 1.3955910672935e-12) - 6.86346038146649e-11) + 5.39988474283909e-10;
a3 = fs*(fs*(-9.01314076551628e-15*fs + 1.3955910672935e-12) - 6.86346038146649e-11) + 1.79996158094636e-10;
};
redeyechumppowfclip = _<: ba.if(signbit(_), redeyechumppowf_neg_clip, redeyechumppowf_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
redeyechumppowf_clip = ffunction(float redeyechumppowfclip(float), "redeyechumppowf_table.h", "");
redeyechumppowf_neg_clip = ffunction(float redeyechumppowf_negclip(float), "redeyechumppowf_neg_table.h", "");
};
powernfb = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : redeyechumppowclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = pow(fs,2)*(8.08665507806617e-14*fs + 3.42440032262935e-12);
b1 = pow(fs,2)*(-2.42599652341985e-13*fs - 3.42440032262935e-12);
b2 = pow(fs,2)*(2.42599652341985e-13*fs - 3.42440032262935e-12);
b3 = pow(fs,2)*(-8.08665507806617e-14*fs + 3.42440032262935e-12);
a0 = fs*(fs*(9.00050108040552e-15*fs + 2.00144504609273e-12) + 1.09475884941298e-10) + 2.87117546539927e-10;
a1 = fs*(fs*(-2.70015032412166e-14*fs - 2.00144504609273e-12) + 1.09475884941298e-10) + 8.6135263961978e-10;
a2 = fs*(fs*(2.70015032412166e-14*fs - 2.00144504609273e-12) - 1.09475884941298e-10) + 8.6135263961978e-10;
a3 = fs*(fs*(-9.00050108040552e-15*fs + 2.00144504609273e-12) - 1.09475884941298e-10) + 2.87117546539927e-10;
};
redeyechumppowclip = _<: ba.if(signbit(_), redeyechumppow_neg_clip, redeyechumppow_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
redeyechumppow_clip = ffunction(float redeyechumppowclip(float), "redeyechumppow_table.h", "");
redeyechumppow_neg_clip = ffunction(float redeyechumppow_negclip(float), "redeyechumppow_neg_table.h", "");
};
volume = vslider("Volume[alias][style:knob]",2.0,0.0,4.0,0.01):smoothi(0.999);
amp = chumpPreamp:poweramp:*(volume) ;
poweramp = _<:powerfb,powernfb:select2( checkbox("feedback") ) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
|
7b6e534c3b7766c316e76d5f8d941dc40c4b637da9668a2d9b524a22e70b84e7 | brummer10/guitarix | gx_w20.dsp | // generated automatically
// DO NOT MODIFY!
declare id "w20";
declare name "Westbury W-20";
declare category "External";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : w20_1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Gain = vslider("Gain[name:Gain]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = Gain*(Gain*pow(fs,2)*(1.44375296887024e-12*fs + 2.1875044982882e-11) + fs*(fs*(-1.44375296887024e-12*fs - 7.24063988933406e-9) - 1.0937522491441e-7));
b1 = Gain*(Gain*pow(fs,2)*(-4.33125890661071e-12*fs - 2.1875044982882e-11) + fs*(fs*(4.33125890661071e-12*fs + 7.24063988933406e-9) - 1.0937522491441e-7));
b2 = Gain*(Gain*pow(fs,2)*(4.33125890661071e-12*fs - 2.1875044982882e-11) + fs*(fs*(-4.33125890661071e-12*fs + 7.24063988933406e-9) + 1.0937522491441e-7));
b3 = Gain*(Gain*pow(fs,2)*(-1.44375296887024e-12*fs + 2.1875044982882e-11) + fs*(fs*(1.44375296887024e-12*fs - 7.24063988933406e-9) + 1.0937522491441e-7));
a0 = Gain*(Gain*pow(fs,2)*(-2.37114810573187e-14*fs - 6.90938348698522e-13) + fs*(fs*(2.29013691097909e-14*fs - 1.12102439518276e-11) - 3.45469174349261e-10)) + fs*(fs*(8.10111947527771e-16*fs + 1.34509147324758e-10) + 6.33060724204724e-8) + 1.72734587174631e-6;
a1 = Gain*(Gain*pow(fs,2)*(7.1134443171956e-14*fs + 6.90938348698522e-13) + fs*(fs*(-6.87041073293727e-14*fs + 1.12102439518276e-11) - 3.45469174349261e-10)) + fs*(fs*(-2.43033584258331e-15*fs - 1.34509147324758e-10) + 6.33060724204724e-8) + 5.18203761523892e-6;
a2 = Gain*(Gain*pow(fs,2)*(-7.1134443171956e-14*fs + 6.90938348698522e-13) + fs*(fs*(6.87041073293727e-14*fs + 1.12102439518276e-11) + 3.45469174349261e-10)) + fs*(fs*(2.43033584258331e-15*fs - 1.34509147324758e-10) - 6.33060724204724e-8) + 5.18203761523892e-6;
a3 = Gain*(Gain*pow(fs,2)*(2.37114810573187e-14*fs - 6.90938348698522e-13) + fs*(fs*(-2.29013691097909e-14*fs - 1.12102439518276e-11) + 3.45469174349261e-10)) + fs*(fs*(-8.10111947527771e-16*fs + 1.34509147324758e-10) - 6.33060724204724e-8) + 1.72734587174631e-6;
};
w20_1clip = _<: ba.if(signbit(_), w20_1_neg_clip, w20_1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
w20_1_clip = ffunction(float w20_1clip(float), "w20_1_table.h", "");
w20_1_neg_clip = ffunction(float w20_1_negclip(float), "w20_1_neg_table.h", "");
};
p2 = pre : fi.iir((b0/a0,b1/a0),(a1/a0)) : w20_2aclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Level = vslider("Level[name:Level]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000616100994039436*Level*fs;
b1 = 0.000616100994039436*Level*fs;
a0 = 2.07411011655813e-5*fs + 0.00442714405209691;
a1 = -2.07411011655813e-5*fs + 0.00442714405209691;
};
w20_2aclip = _<: ba.if(signbit(_), w20_2a_neg_clip, w20_2a_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
w20_2a_clip = ffunction(float w20_2aclip(float), "w20_2a_table.h", "");
w20_2a_neg_clip = ffunction(float w20_2a_negclip(float), "w20_2a_neg_table.h", "");
};
amp = p1:p2 ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gx_w20.dsp | faust | generated automatically
DO NOT MODIFY! | declare id "w20";
declare name "Westbury W-20";
declare category "External";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : w20_1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Gain = vslider("Gain[name:Gain]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = Gain*(Gain*pow(fs,2)*(1.44375296887024e-12*fs + 2.1875044982882e-11) + fs*(fs*(-1.44375296887024e-12*fs - 7.24063988933406e-9) - 1.0937522491441e-7));
b1 = Gain*(Gain*pow(fs,2)*(-4.33125890661071e-12*fs - 2.1875044982882e-11) + fs*(fs*(4.33125890661071e-12*fs + 7.24063988933406e-9) - 1.0937522491441e-7));
b2 = Gain*(Gain*pow(fs,2)*(4.33125890661071e-12*fs - 2.1875044982882e-11) + fs*(fs*(-4.33125890661071e-12*fs + 7.24063988933406e-9) + 1.0937522491441e-7));
b3 = Gain*(Gain*pow(fs,2)*(-1.44375296887024e-12*fs + 2.1875044982882e-11) + fs*(fs*(1.44375296887024e-12*fs - 7.24063988933406e-9) + 1.0937522491441e-7));
a0 = Gain*(Gain*pow(fs,2)*(-2.37114810573187e-14*fs - 6.90938348698522e-13) + fs*(fs*(2.29013691097909e-14*fs - 1.12102439518276e-11) - 3.45469174349261e-10)) + fs*(fs*(8.10111947527771e-16*fs + 1.34509147324758e-10) + 6.33060724204724e-8) + 1.72734587174631e-6;
a1 = Gain*(Gain*pow(fs,2)*(7.1134443171956e-14*fs + 6.90938348698522e-13) + fs*(fs*(-6.87041073293727e-14*fs + 1.12102439518276e-11) - 3.45469174349261e-10)) + fs*(fs*(-2.43033584258331e-15*fs - 1.34509147324758e-10) + 6.33060724204724e-8) + 5.18203761523892e-6;
a2 = Gain*(Gain*pow(fs,2)*(-7.1134443171956e-14*fs + 6.90938348698522e-13) + fs*(fs*(6.87041073293727e-14*fs + 1.12102439518276e-11) + 3.45469174349261e-10)) + fs*(fs*(2.43033584258331e-15*fs - 1.34509147324758e-10) - 6.33060724204724e-8) + 5.18203761523892e-6;
a3 = Gain*(Gain*pow(fs,2)*(2.37114810573187e-14*fs - 6.90938348698522e-13) + fs*(fs*(-2.29013691097909e-14*fs - 1.12102439518276e-11) + 3.45469174349261e-10)) + fs*(fs*(-8.10111947527771e-16*fs + 1.34509147324758e-10) - 6.33060724204724e-8) + 1.72734587174631e-6;
};
w20_1clip = _<: ba.if(signbit(_), w20_1_neg_clip, w20_1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
w20_1_clip = ffunction(float w20_1clip(float), "w20_1_table.h", "");
w20_1_neg_clip = ffunction(float w20_1_negclip(float), "w20_1_neg_table.h", "");
};
p2 = pre : fi.iir((b0/a0,b1/a0),(a1/a0)) : w20_2aclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Level = vslider("Level[name:Level]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000616100994039436*Level*fs;
b1 = 0.000616100994039436*Level*fs;
a0 = 2.07411011655813e-5*fs + 0.00442714405209691;
a1 = -2.07411011655813e-5*fs + 0.00442714405209691;
};
w20_2aclip = _<: ba.if(signbit(_), w20_2a_neg_clip, w20_2a_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
w20_2a_clip = ffunction(float w20_2aclip(float), "w20_2a_table.h", "");
w20_2a_neg_clip = ffunction(float w20_2a_negclip(float), "w20_2a_neg_table.h", "");
};
amp = p1:p2 ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
|
0422f8f66146aeba6a973d7d3eaea1a852cd6b4e54838adc5f99a7a645033e6c | nyanpasu64-backup/snes-echo | snes-echo.dsp | declare name "snes-echo";
declare version "0.";
declare author "nyanpasu64";
declare license "BSD";
declare copyright "nyanpasu64";
// import("math.lib");
import("stdfaust.lib");
import("delays.lib");
SR = ma.SR;
// **** UTILITY FUNCTIONS ****
/// kilo
K = 1024;
// do not use pow2up/down, (passing in SR?) causes infinite runtime in FAUST compiler.
// Zero-indexing.
at(list, idx) = ba.subseq(list, idx, 1);
yes (bool) = bool;
not (bool) = 1-bool;
if(cond, yes, no) = select2(cond, no, yes);
signed (bool) = if(bool, 1, -1);
nsign (bool) = if(bool, -1, 1);
clamp(x, low, high) = min(max(x, low), high);
// **** BEGIN PROGRAM
FIR_TAP_COUNT = 8;
bypass = checkbox("h:/v:[1]/[1]Bypass Echo");
normalized = checkbox("h:/v:[1]/[2]Normalize Volumes");
output_vol = 1; // vslider("h:/v:[1]/[3]Output Volume", 2, 1, 2, 0.1);
// EDL register
MAX_BLOCKS = 15; // * 16ms/blk = 1024ms
nblocks = vslider("h:/v:[1]/[0]Echo blocks (16ms)", 5, 0, MAX_BLOCKS, 1):rint;
mvolSign = checkbox("h:/v:[2]Dry Volume/[2]Negative"):nsign;
mvolR = vslider("h:/v:[2]Dry Volume/[1]Dry Volume", 63, 0, 127, 1) * mvolSign:rint;
mvolL = checkbox("h:/v:[2]Dry Volume/[3]Surround") : nsign(_)*mvolR;
evolSign = checkbox("h:/v:[3]Wet Volume/[2]Negative"):nsign;
evolR = vslider("h:/v:[3]Wet Volume/[1]Wet Volume", 25, 0, 127, 1) * evolSign:rint;
evolL = checkbox("h:/v:[3]Wet Volume/[3]Surround") : nsign(_)*evolR;
efbSign = checkbox("h:/v:[4]Echo Feedback/[2]Negative"):nsign;
efbR = vslider("h:/v:[4]Echo Feedback/[1]Echo Feedback", 70, 0, 127, 1) * efbSign:rint;
efbL = checkbox("h:/v:[4]Echo Feedback/[3]Surround (not on SNES)") : nsign(_)*efbR;
DEFAULT_FIR = 127,0,0,0,0,0,0,0;
firs = par(i, FIR_TAP_COUNT,
vslider("h:/h:[5]FIR Filter/%i", at(DEFAULT_FIR, i), -128, 127, 1):rint
);
// **** CALCULATIONS
/// Convert [-128..127] volume to [-1, 1) float.
volf = _ / 128.0;
/// The PC sampling rate should not exceed MAX_SAMPLING_RATIO * 32000 Hz.
/// Otherwise undefined behavior or incorrect results may occur.
MAX_SAMPLING_RATIO = 8;
/// The ratio of (PC sampling rate) / (SNES sampling rate = 32000 Hz).
/// Converts SNES sample count to PC samples.
SAMPLING_RATIO_F = min(MAX_SAMPLING_RATIO, SR / 32000.0);
/// Only used with EDL=0 (single-sample echo buffer)
/// where the echo buffer is too short for high-quality fractional delays.
SAMPLING_RATIO_I = max(int(SAMPLING_RATIO_F), 1);
// Samples per block?
// 16 ms/block * sec/1000ms * SR smp/sec * blocks
/// Echo duration in SNES samples.
echo_len_snes = 512*nblocks;
/// Echo duration in PC samples.
echo_len = rint(SAMPLING_RATIO_F * echo_len_snes);
// # SNES echo buffer
// https://github.com/grame-cncm/faustlibraries/blob/master/delays.lib
// FDELAY = fdelay;
ORDER = 8;
/// How many samples to allow for each FIR filter tap's acausal fractional delay.
FIR_LOOKAHEAD = 32;
// NOTE: The requested delay should not be less than `(order-1)/2`.
FDELAY(nsmp, signal) = fdelaylti(
ORDER, // order
FIR_LOOKAHEAD + MAX_SAMPLING_RATIO * FIR_TAP_COUNT, // maxdelay
nsmp, // delay
signal); // inputsignal
DELAY_TAP(nsmp, signal) = delay(
MAX_SAMPLING_RATIO * (FIR_TAP_COUNT - 1), // maxdelay
nsmp, // delay
signal); // signal
/// Maximum volume level before sound is hard-clipped.
CLIP_LEVEL = 1;
/// This replicates the SNES echo buffer.
/// - Data gets fed into the echo buffer at full volume
/// - Echo buffer sent through the FIR filter, and {
/// - multiplied by feedback (and added to input) and
/// - multiplied by evol (and sent to output)
/// }
snes_feedback_nonzero(x, feedback) = (
// Add master and feedback.
clamp(x + _, -CLIP_LEVEL, CLIP_LEVEL)
// Store in echo buffer.
// The maximum possible delay is capped at 128K samples,
// which *may* be necessary for compilation.
// Subtract 1 from the echo length, because the ~ operator has 1 sample of delay.
// Subtract FIR_LOOKAHEAD from the echo buffer and add it to the per-tap delay,
// because per-tap fractional delays (required to emulate 32000Hz integer delays
// on PC sampling rates) are acausal.
: delay(128*K, echo_len - 1 - FIR_LOOKAHEAD, _)
// 8 FIR taps numbered i=0..7.
<: volf(sum(i, FIR_TAP_COUNT,
// coeff i is multiplied with delay 7-i.
at(firs, i) * FDELAY(FIR_LOOKAHEAD + SAMPLING_RATIO_F * (FIR_TAP_COUNT - 1 - i), _)
// : attach(_, hbargraph("FIR delay %i", 0, FIR_TAP_COUNT)(i))
))
) ~ (
// Feed output into input, delayed by 1 sample.
volf(feedback*_)
) : (
// Output audio, delayed by 1 sample.
_'
);
/// Emulates the SNES echo buffer, when set to 0 blocks long (1-sample delay).
///
/// The SNES FIR filter comes after the echo buffer.
/// It has 8 taps, each of which delays the signal by an integer number of SNES samples.
///
/// When EDL is zero, the echo buffer is effectively one SNES sample long.
///
/// If the PC sampling rate is not a multiple of 32000,
/// emulating the FIR filter delays accurately requires fractional delays.
/// And high-quality fractional delays (with a flat frequency response and linear phase response)
/// are acausal and have a minimum delay value higher than the total delay
/// of the echo buffer plus FIR filter.
///
/// To cope with this, use integer delays.
/// This will cause the FIR filter to be stretched in the frequency domain
/// proportionally to (PC sampling rate) / (multiple of 32000 Hz).
/// However the shape will be correct.
snes_feedback_zero(x, feedback) = (
// SNES feedback is immediate, but both input and feedback are delayed by 1 SNES sample.
// But Faust's feedback operator imposes a 1-PC-sample delay,
// so delay the input by 1 PC sample.
clamp(x' + _, -CLIP_LEVEL, CLIP_LEVEL)
// And delay the result by (1 SNES sample) - (1 PC sample).
: delay(MAX_SAMPLING_RATIO - 1, SAMPLING_RATIO_I - 1, _)
// 8 FIR taps numbered i=0..7.
<: volf(sum(i, FIR_TAP_COUNT,
// coeff i is multiplied with delay 7-i.
at(firs, i) * DELAY_TAP(SAMPLING_RATIO_I * (FIR_TAP_COUNT - 1 - i), _)
))
) ~ (
// Feed output into input, delayed by 1 sample.
volf(feedback*_)
) : (
// Output audio, delayed by 1 sample.
_'
);
snes_feedback(x, feedback) = if(nblocks == 0,
snes_feedback_zero(x, feedback),
snes_feedback_nonzero(x, feedback));
// **** AUDIO MIXER
snes_echo(signal, mvol, evol, feedback, max_vol) = (
if(bypass == 0,
output * if(normalized, 1/max_vol, output_vol),
signal
)
) with {
output = volf(
mvol*signal + evol*snes_feedback(signal, feedback)
);
};
nbgraph = vbargraph("h:/[6]Echo blocks", 0, MAX_BLOCKS);
srgraph = vbargraph("h:/[6]Sample Rate", 32000, 48000);
esnesgraph = vbargraph("h:/[7]SNES samples", 0, 32000);
elengraph = vbargraph("h:/[8]PC samples", 0, 32000);
process(l,r) =
(snes_echo(l, mvolL, evolL, efbL, max_vol)),
(snes_echo(r, mvolR, evolR, efbR, max_vol))
// : attach(_, nbgraph(nblocks))
// : attach(_, srgraph(SR))
// : attach(_, esnesgraph(echo_len_snes))
// : attach(_, elengraph(echo_len))
with {
mabs(x, y) = max(abs(x), abs(y));
max_mvol = mabs(mvolL, mvolR);
max_evol = mabs(evolL, evolR);
max_vol = max(max(max_mvol, max_evol), 1) : volf;
};
| https://raw.githubusercontent.com/nyanpasu64-backup/snes-echo/8378166012807e96eca69cb2bc3ee9cf5537a69f/snes-echo/snes-echo.dsp | faust | import("math.lib");
**** UTILITY FUNCTIONS ****
/ kilo
do not use pow2up/down, (passing in SR?) causes infinite runtime in FAUST compiler.
Zero-indexing.
**** BEGIN PROGRAM
vslider("h:/v:[1]/[3]Output Volume", 2, 1, 2, 0.1);
EDL register
* 16ms/blk = 1024ms
**** CALCULATIONS
/ Convert [-128..127] volume to [-1, 1) float.
/ The PC sampling rate should not exceed MAX_SAMPLING_RATIO * 32000 Hz.
/ Otherwise undefined behavior or incorrect results may occur.
/ The ratio of (PC sampling rate) / (SNES sampling rate = 32000 Hz).
/ Converts SNES sample count to PC samples.
/ Only used with EDL=0 (single-sample echo buffer)
/ where the echo buffer is too short for high-quality fractional delays.
Samples per block?
16 ms/block * sec/1000ms * SR smp/sec * blocks
/ Echo duration in SNES samples.
/ Echo duration in PC samples.
# SNES echo buffer
https://github.com/grame-cncm/faustlibraries/blob/master/delays.lib
FDELAY = fdelay;
/ How many samples to allow for each FIR filter tap's acausal fractional delay.
NOTE: The requested delay should not be less than `(order-1)/2`.
order
maxdelay
delay
inputsignal
maxdelay
delay
signal
/ Maximum volume level before sound is hard-clipped.
/ This replicates the SNES echo buffer.
/ - Data gets fed into the echo buffer at full volume
/ - Echo buffer sent through the FIR filter, and {
/ - multiplied by feedback (and added to input) and
/ - multiplied by evol (and sent to output)
/ }
Add master and feedback.
Store in echo buffer.
The maximum possible delay is capped at 128K samples,
which *may* be necessary for compilation.
Subtract 1 from the echo length, because the ~ operator has 1 sample of delay.
Subtract FIR_LOOKAHEAD from the echo buffer and add it to the per-tap delay,
because per-tap fractional delays (required to emulate 32000Hz integer delays
on PC sampling rates) are acausal.
8 FIR taps numbered i=0..7.
coeff i is multiplied with delay 7-i.
: attach(_, hbargraph("FIR delay %i", 0, FIR_TAP_COUNT)(i))
Feed output into input, delayed by 1 sample.
Output audio, delayed by 1 sample.
/ Emulates the SNES echo buffer, when set to 0 blocks long (1-sample delay).
/
/ The SNES FIR filter comes after the echo buffer.
/ It has 8 taps, each of which delays the signal by an integer number of SNES samples.
/
/ When EDL is zero, the echo buffer is effectively one SNES sample long.
/
/ If the PC sampling rate is not a multiple of 32000,
/ emulating the FIR filter delays accurately requires fractional delays.
/ And high-quality fractional delays (with a flat frequency response and linear phase response)
/ are acausal and have a minimum delay value higher than the total delay
/ of the echo buffer plus FIR filter.
/
/ To cope with this, use integer delays.
/ This will cause the FIR filter to be stretched in the frequency domain
/ proportionally to (PC sampling rate) / (multiple of 32000 Hz).
/ However the shape will be correct.
SNES feedback is immediate, but both input and feedback are delayed by 1 SNES sample.
But Faust's feedback operator imposes a 1-PC-sample delay,
so delay the input by 1 PC sample.
And delay the result by (1 SNES sample) - (1 PC sample).
8 FIR taps numbered i=0..7.
coeff i is multiplied with delay 7-i.
Feed output into input, delayed by 1 sample.
Output audio, delayed by 1 sample.
**** AUDIO MIXER
: attach(_, nbgraph(nblocks))
: attach(_, srgraph(SR))
: attach(_, esnesgraph(echo_len_snes))
: attach(_, elengraph(echo_len)) | declare name "snes-echo";
declare version "0.";
declare author "nyanpasu64";
declare license "BSD";
declare copyright "nyanpasu64";
import("stdfaust.lib");
import("delays.lib");
SR = ma.SR;
K = 1024;
at(list, idx) = ba.subseq(list, idx, 1);
yes (bool) = bool;
not (bool) = 1-bool;
if(cond, yes, no) = select2(cond, no, yes);
signed (bool) = if(bool, 1, -1);
nsign (bool) = if(bool, -1, 1);
clamp(x, low, high) = min(max(x, low), high);
FIR_TAP_COUNT = 8;
bypass = checkbox("h:/v:[1]/[1]Bypass Echo");
normalized = checkbox("h:/v:[1]/[2]Normalize Volumes");
nblocks = vslider("h:/v:[1]/[0]Echo blocks (16ms)", 5, 0, MAX_BLOCKS, 1):rint;
mvolSign = checkbox("h:/v:[2]Dry Volume/[2]Negative"):nsign;
mvolR = vslider("h:/v:[2]Dry Volume/[1]Dry Volume", 63, 0, 127, 1) * mvolSign:rint;
mvolL = checkbox("h:/v:[2]Dry Volume/[3]Surround") : nsign(_)*mvolR;
evolSign = checkbox("h:/v:[3]Wet Volume/[2]Negative"):nsign;
evolR = vslider("h:/v:[3]Wet Volume/[1]Wet Volume", 25, 0, 127, 1) * evolSign:rint;
evolL = checkbox("h:/v:[3]Wet Volume/[3]Surround") : nsign(_)*evolR;
efbSign = checkbox("h:/v:[4]Echo Feedback/[2]Negative"):nsign;
efbR = vslider("h:/v:[4]Echo Feedback/[1]Echo Feedback", 70, 0, 127, 1) * efbSign:rint;
efbL = checkbox("h:/v:[4]Echo Feedback/[3]Surround (not on SNES)") : nsign(_)*efbR;
DEFAULT_FIR = 127,0,0,0,0,0,0,0;
firs = par(i, FIR_TAP_COUNT,
vslider("h:/h:[5]FIR Filter/%i", at(DEFAULT_FIR, i), -128, 127, 1):rint
);
volf = _ / 128.0;
MAX_SAMPLING_RATIO = 8;
SAMPLING_RATIO_F = min(MAX_SAMPLING_RATIO, SR / 32000.0);
SAMPLING_RATIO_I = max(int(SAMPLING_RATIO_F), 1);
echo_len_snes = 512*nblocks;
echo_len = rint(SAMPLING_RATIO_F * echo_len_snes);
ORDER = 8;
FIR_LOOKAHEAD = 32;
FDELAY(nsmp, signal) = fdelaylti(
DELAY_TAP(nsmp, signal) = delay(
CLIP_LEVEL = 1;
snes_feedback_nonzero(x, feedback) = (
clamp(x + _, -CLIP_LEVEL, CLIP_LEVEL)
: delay(128*K, echo_len - 1 - FIR_LOOKAHEAD, _)
<: volf(sum(i, FIR_TAP_COUNT,
at(firs, i) * FDELAY(FIR_LOOKAHEAD + SAMPLING_RATIO_F * (FIR_TAP_COUNT - 1 - i), _)
))
) ~ (
volf(feedback*_)
) : (
_'
);
snes_feedback_zero(x, feedback) = (
clamp(x' + _, -CLIP_LEVEL, CLIP_LEVEL)
: delay(MAX_SAMPLING_RATIO - 1, SAMPLING_RATIO_I - 1, _)
<: volf(sum(i, FIR_TAP_COUNT,
at(firs, i) * DELAY_TAP(SAMPLING_RATIO_I * (FIR_TAP_COUNT - 1 - i), _)
))
) ~ (
volf(feedback*_)
) : (
_'
);
snes_feedback(x, feedback) = if(nblocks == 0,
snes_feedback_zero(x, feedback),
snes_feedback_nonzero(x, feedback));
snes_echo(signal, mvol, evol, feedback, max_vol) = (
if(bypass == 0,
output * if(normalized, 1/max_vol, output_vol),
signal
)
) with {
output = volf(
mvol*signal + evol*snes_feedback(signal, feedback)
);
};
nbgraph = vbargraph("h:/[6]Echo blocks", 0, MAX_BLOCKS);
srgraph = vbargraph("h:/[6]Sample Rate", 32000, 48000);
esnesgraph = vbargraph("h:/[7]SNES samples", 0, 32000);
elengraph = vbargraph("h:/[8]PC samples", 0, 32000);
process(l,r) =
(snes_echo(l, mvolL, evolL, efbL, max_vol)),
(snes_echo(r, mvolR, evolR, efbR, max_vol))
with {
mabs(x, y) = max(abs(x), abs(y));
max_mvol = mabs(mvolL, mvolR);
max_evol = mabs(evolL, evolR);
max_vol = max(max(max_mvol, max_evol), 1) : volf;
};
|
7225696a2c2ed5bf8413d7085055db46fd5ac778a7b3370ffc8b49224b9f4dbb | sadko4u/tamgamp.lv2 | fender_princeton.dsp | /*
* Simulation of Fender Princeton Reverb-amp AA1164 (without reverb module)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "fender_princeton";
declare name "fender_princeton";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00121958463123679*fs - 0.0162611284164904;
b1 = 0.00121958463123679*fs - 0.0162611284164904;
a0 = 2.08224169602437e-5*fs + 0.000523985908304094;
a1 = -2.08224169602437e-5*fs + 0.000523985908304094;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_princeton/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_princeton/s01_stage1_neg_table.h", "");
};
p2 = fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(fs*(1.34457306503762e-15*fs + 1.00884809971388e-11) + 1.20501921839819e-8) + fs*(8.41073364087361e-14*fs + 4.81430720551463e-10) + treble*(1.41236666495548e-14*bass*pow(fs,3) + fs*(8.83480424461513e-13*fs + 3.00503545735209e-11));
b1 = bass*fs*(fs*(-4.03371919511285e-15*fs - 1.00884809971388e-11) + 1.20501921839819e-8) + fs*(-8.41073364087361e-14*fs + 4.81430720551463e-10) + treble*(-4.23709999486644e-14*bass*pow(fs,3) + fs*(-8.83480424461513e-13*fs + 3.00503545735209e-11));
b2 = bass*fs*(fs*(4.03371919511285e-15*fs - 1.00884809971388e-11) - 1.20501921839819e-8) + fs*(-8.41073364087361e-14*fs - 4.81430720551463e-10) + treble*(4.23709999486644e-14*bass*pow(fs,3) + fs*(-8.83480424461513e-13*fs - 3.00503545735209e-11));
b3 = bass*fs*(fs*(-1.34457306503762e-15*fs + 1.00884809971388e-11) - 1.20501921839819e-8) + fs*(8.41073364087361e-14*fs - 4.81430720551463e-10) + treble*(-1.41236666495548e-14*bass*pow(fs,3) + fs*(8.83480424461513e-13*fs - 3.00503545735209e-11));
a0 = bass*fs*(fs*(1.54682397145924e-14*fs + 1.23077814193577e-10) + 1.20501921839819e-8) + fs*(9.67587760870249e-13*fs + 7.57932447081709e-9) + 2.40402836588167e-7;
a1 = bass*fs*(fs*(-4.64047191437773e-14*fs - 1.23077814193577e-10) + 1.20501921839819e-8) + fs*(-9.67587760870249e-13*fs + 7.57932447081709e-9) + 7.21208509764501e-7;
a2 = bass*fs*(fs*(4.64047191437773e-14*fs - 1.23077814193577e-10) - 1.20501921839819e-8) + fs*(-9.67587760870249e-13*fs - 7.57932447081709e-9) + 7.21208509764501e-7;
a3 = bass*fs*(fs*(-1.54682397145924e-14*fs + 1.23077814193577e-10) - 1.20501921839819e-8) + fs*(9.67587760870249e-13*fs - 7.57932447081709e-9) + 2.40402836588167e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*(-2.39054193785811e-8*fs - 2.42241583036289e-5) - 0.000318738925047744);
b1 = gain*(4.78108387571622e-8*pow(fs,2) - 0.000637477850095488);
b2 = gain*(fs*(-2.39054193785811e-8*fs + 2.42241583036289e-5) - 0.000318738925047744);
a0 = fs*(4.25078851900361e-10*fs + 4.29329117862591e-7) + 1.05275641642752e-5;
a1 = -8.50157703800721e-10*pow(fs,2) + 2.10551283285504e-5;
a2 = fs*(4.25078851900361e-10*fs - 4.29329117862591e-7) + 1.05275641642752e-5;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_princeton/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_princeton/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = fs*(-7.18566052160675e-9*fs - 0.000108969453073724) - 0.00145164859022357;
b1 = 1.43713210432135e-8*pow(fs,2) - 0.00290329718044715;
b2 = fs*(-7.18566052160675e-9*fs + 0.000108969453073724) - 0.00145164859022357;
a0 = fs*(1.228211327564e-10*fs + 1.49300944816928e-5) + 0.000375575007998186;
a1 = -2.456422655128e-10*pow(fs,2) + 0.000751150015996373;
a2 = fs*(1.228211327564e-10*fs - 1.49300944816928e-5) + 0.000375575007998186;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_princeton/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_princeton/s04_stage3_neg_table.h", "");
};
p5 = s05_stage4clip;
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/fender_princeton/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/fender_princeton/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.06) :
p1 :
p2 :
*(0.35) :
p3 :
*(0.65) :
p4 :
*(32.0) :
p5
*(12.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/fender_princeton.dsp | faust |
* Simulation of Fender Princeton Reverb-amp AA1164 (without reverb module)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "fender_princeton";
declare name "fender_princeton";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00121958463123679*fs - 0.0162611284164904;
b1 = 0.00121958463123679*fs - 0.0162611284164904;
a0 = 2.08224169602437e-5*fs + 0.000523985908304094;
a1 = -2.08224169602437e-5*fs + 0.000523985908304094;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_princeton/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_princeton/s01_stage1_neg_table.h", "");
};
p2 = fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(fs*(1.34457306503762e-15*fs + 1.00884809971388e-11) + 1.20501921839819e-8) + fs*(8.41073364087361e-14*fs + 4.81430720551463e-10) + treble*(1.41236666495548e-14*bass*pow(fs,3) + fs*(8.83480424461513e-13*fs + 3.00503545735209e-11));
b1 = bass*fs*(fs*(-4.03371919511285e-15*fs - 1.00884809971388e-11) + 1.20501921839819e-8) + fs*(-8.41073364087361e-14*fs + 4.81430720551463e-10) + treble*(-4.23709999486644e-14*bass*pow(fs,3) + fs*(-8.83480424461513e-13*fs + 3.00503545735209e-11));
b2 = bass*fs*(fs*(4.03371919511285e-15*fs - 1.00884809971388e-11) - 1.20501921839819e-8) + fs*(-8.41073364087361e-14*fs - 4.81430720551463e-10) + treble*(4.23709999486644e-14*bass*pow(fs,3) + fs*(-8.83480424461513e-13*fs - 3.00503545735209e-11));
b3 = bass*fs*(fs*(-1.34457306503762e-15*fs + 1.00884809971388e-11) - 1.20501921839819e-8) + fs*(8.41073364087361e-14*fs - 4.81430720551463e-10) + treble*(-1.41236666495548e-14*bass*pow(fs,3) + fs*(8.83480424461513e-13*fs - 3.00503545735209e-11));
a0 = bass*fs*(fs*(1.54682397145924e-14*fs + 1.23077814193577e-10) + 1.20501921839819e-8) + fs*(9.67587760870249e-13*fs + 7.57932447081709e-9) + 2.40402836588167e-7;
a1 = bass*fs*(fs*(-4.64047191437773e-14*fs - 1.23077814193577e-10) + 1.20501921839819e-8) + fs*(-9.67587760870249e-13*fs + 7.57932447081709e-9) + 7.21208509764501e-7;
a2 = bass*fs*(fs*(4.64047191437773e-14*fs - 1.23077814193577e-10) - 1.20501921839819e-8) + fs*(-9.67587760870249e-13*fs - 7.57932447081709e-9) + 7.21208509764501e-7;
a3 = bass*fs*(fs*(-1.54682397145924e-14*fs + 1.23077814193577e-10) - 1.20501921839819e-8) + fs*(9.67587760870249e-13*fs - 7.57932447081709e-9) + 2.40402836588167e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*(-2.39054193785811e-8*fs - 2.42241583036289e-5) - 0.000318738925047744);
b1 = gain*(4.78108387571622e-8*pow(fs,2) - 0.000637477850095488);
b2 = gain*(fs*(-2.39054193785811e-8*fs + 2.42241583036289e-5) - 0.000318738925047744);
a0 = fs*(4.25078851900361e-10*fs + 4.29329117862591e-7) + 1.05275641642752e-5;
a1 = -8.50157703800721e-10*pow(fs,2) + 2.10551283285504e-5;
a2 = fs*(4.25078851900361e-10*fs - 4.29329117862591e-7) + 1.05275641642752e-5;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_princeton/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_princeton/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = fs*(-7.18566052160675e-9*fs - 0.000108969453073724) - 0.00145164859022357;
b1 = 1.43713210432135e-8*pow(fs,2) - 0.00290329718044715;
b2 = fs*(-7.18566052160675e-9*fs + 0.000108969453073724) - 0.00145164859022357;
a0 = fs*(1.228211327564e-10*fs + 1.49300944816928e-5) + 0.000375575007998186;
a1 = -2.456422655128e-10*pow(fs,2) + 0.000751150015996373;
a2 = fs*(1.228211327564e-10*fs - 1.49300944816928e-5) + 0.000375575007998186;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_princeton/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_princeton/s04_stage3_neg_table.h", "");
};
p5 = s05_stage4clip;
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/fender_princeton/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/fender_princeton/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.06) :
p1 :
p2 :
*(0.35) :
p3 :
*(0.65) :
p4 :
*(32.0) :
p5
*(12.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
a5e1b4fb5fe461abec1abaa0083618328ed0aa9381771cd7a72a3593e30d7661 | webaudiomodules/wam-examples | BigMuff.dsp |
import("stdfaust.lib");
import("filter.lib");
import("effect.lib");
/* -*- faust -*- */
/****************************************************************
** helper definitions
*/
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
//add_dc = +(anti_denormal);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
/****************************************************************
** nonlinear functions
*/
// from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
valve = environment {
ex(x) = (1 - exp(-x));
nlim = 50; // exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
/* 2 exp() */
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
/* 4 exp() because contains 2 valve.tr */
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : neg : vt(dist, q) : neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :neg : *(g) : vt_scaled(dist, q) : /(g) : neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
// simple triode circuit emulation
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = tube : hpf with {
lpfk = lowpass(1,fck);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tube = (+ : -(Vk0) : Ftube(tb) : +(VkC-vplus)) ~ (*(Rk/Rp) : lpfk) : /(divider);
hpf = highpass(1,31.0);
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
/****************************************************************
** filter
*/
//---------------------second order Parametric Equalizer---------
// filter(Q,F,G)
// Q : quality factor [1..100]
// F : frequency (Hz)
// G : gain [0..1]
//---------------------------------------------------------------
// from "bandfilter.dsp" in the faust2pd distribution
// which was released under the BSD license.
eqfilter(Q,F,G) = TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(PI*F/SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
/****************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
*/
//----- Flanging effect renamed in faust-0.9.27 from
//----- flangermono -> flanger_mono
//----- flangerstereo -> flanger_stereo
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
//----- Moog "Voltage Controlled Filter" (VCF)
//----- filter renamed in faust-0.9.27 from
//----- moogvcf -> moog_vcf
import("filter.lib");
moogvcfN(Q,fr) = (+ : pole(p) : pole(p)
: pole(p) : pole(p) : *(scale(p))) ~ *(mk)
with {
p = 1.0 - fr * 2.0 * PI / SR; // approx for fr << SR
scale(p) = pow(1-p,4);
mk = 0-Q;
};
/****************************************************************
** building blocks
*/
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
/****************************************************************
** parameter definitions for use in alternative module
*/
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:St.df][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
declare id "bmpf";
declare name "BigMuffFuzzPedal";
declare shortname "FuzzPedal";
declare category "Distortion";
declare description "BigMuffFuzzPedal";
bigmuff = _<: filter1,filter2:>_ with {
tone = vslider("Tone[style:knob][OWL:PARAMETER_C]",0.5,0,1,0.01);
filter1 = highpass( 1, 1856):*(tone);
filter2 = lowpass( 1, 408 ) :*(1-tone);
};
bigmuff2 = _<:*(dry),(*(wet):*(gain):bigmuff:fuzz:fuzzy:fiz):>downfilter with {
//fuzz(x) = x-0.15*x^2-0.15*x^3;
//fuzz(x) = 1.5*x-0.5*x^3;
fuzz(x) = (1+drive/101)*x/(1+drive/101*abs(x));
drive = vslider("Drive[style:knob][OWL:PARAMETER_B]", 1, -3, 100, 1);
fuzzy = fuzzy_tube(2,1,0.5,drive);
fiz(x) = x+(x^7);
downfilter = lowpass(1,5631): highpass(1,80);
gain = vslider("Input[style:knob][OWL:PARAMETER_A]",0,-24,12,0.1) : db2linear : smoothi(0.999);
wet = vslider("Output[style:knob][OWL:PARAMETER_D]", 100, 50, 100, 1) : /(100);
dry = 1 - wet;
};
process = ba.bypass_fade(ma.SR/10, checkbox("bypass"), bigmuff2);
| https://raw.githubusercontent.com/webaudiomodules/wam-examples/ebf5ed23d7543411901b24f12c48164fac9e78bf/packages/BigMuff/BigMuff.dsp | faust | -*- faust -*-
***************************************************************
** helper definitions
add_dc = +(anti_denormal);
***************************************************************
** nonlinear functions
from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
2 exp()
4 exp() because contains 2 valve.tr
simple triode circuit emulation
***************************************************************
** filter
---------------------second order Parametric Equalizer---------
filter(Q,F,G)
Q : quality factor [1..100]
F : frequency (Hz)
G : gain [0..1]
---------------------------------------------------------------
from "bandfilter.dsp" in the faust2pd distribution
which was released under the BSD license.
***************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
----- Flanging effect renamed in faust-0.9.27 from
----- flangermono -> flanger_mono
----- flangerstereo -> flanger_stereo
----- Moog "Voltage Controlled Filter" (VCF)
----- filter renamed in faust-0.9.27 from
----- moogvcf -> moog_vcf
approx for fr << SR
***************************************************************
** building blocks
***************************************************************
** parameter definitions for use in alternative module
fuzz(x) = x-0.15*x^2-0.15*x^3;
fuzz(x) = 1.5*x-0.5*x^3; |
import("stdfaust.lib");
import("filter.lib");
import("effect.lib");
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
valve = environment {
ex(x) = (1 - exp(-x));
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : neg : vt(dist, q) : neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :neg : *(g) : vt_scaled(dist, q) : /(g) : neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = tube : hpf with {
lpfk = lowpass(1,fck);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tube = (+ : -(Vk0) : Ftube(tb) : +(VkC-vplus)) ~ (*(Rk/Rp) : lpfk) : /(divider);
hpf = highpass(1,31.0);
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
eqfilter(Q,F,G) = TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(PI*F/SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
import("filter.lib");
moogvcfN(Q,fr) = (+ : pole(p) : pole(p)
: pole(p) : pole(p) : *(scale(p))) ~ *(mk)
with {
scale(p) = pow(1-p,4);
mk = 0-Q;
};
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:St.df][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
declare id "bmpf";
declare name "BigMuffFuzzPedal";
declare shortname "FuzzPedal";
declare category "Distortion";
declare description "BigMuffFuzzPedal";
bigmuff = _<: filter1,filter2:>_ with {
tone = vslider("Tone[style:knob][OWL:PARAMETER_C]",0.5,0,1,0.01);
filter1 = highpass( 1, 1856):*(tone);
filter2 = lowpass( 1, 408 ) :*(1-tone);
};
bigmuff2 = _<:*(dry),(*(wet):*(gain):bigmuff:fuzz:fuzzy:fiz):>downfilter with {
fuzz(x) = (1+drive/101)*x/(1+drive/101*abs(x));
drive = vslider("Drive[style:knob][OWL:PARAMETER_B]", 1, -3, 100, 1);
fuzzy = fuzzy_tube(2,1,0.5,drive);
fiz(x) = x+(x^7);
downfilter = lowpass(1,5631): highpass(1,80);
gain = vslider("Input[style:knob][OWL:PARAMETER_A]",0,-24,12,0.1) : db2linear : smoothi(0.999);
wet = vslider("Output[style:knob][OWL:PARAMETER_D]", 100, 50, 100, 1) : /(100);
dry = 1 - wet;
};
process = ba.bypass_fade(ma.SR/10, checkbox("bypass"), bigmuff2);
|
ff600e589e8ebd7182e06a172c1f74dc392be746d371df202f4c2b472ad6ffbe | grame-cncm/smartfaust | sampler_Zverb4_2_v0.2.dsp | declare name "sfZverb";
declare version "1.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
//-------------------- MAIN -------------------------------
process = _<:zita_rev3:>_;
//-------------------- PARAMETERS -------------------------------
lowpassmotion = fi.lowpass(N,fc)
with {
//fc= hslider("h:motion filter/high_cut [hidden:1]",10,0.01,10,0.01);
fc=10;
N= 1; // order of filter
};
// from effect.lib but with only N=4 for mobilephone application
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
// Delay-line lengths in seconds:
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
0.029291, 0.013458, 0.019123); // feedforward delays in seconds
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
0.192303, 0.125000, 0.219991); // total delays in seconds
tdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,tdelays)); // samples
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
// NOTE: Since SR is not bounded at compile time, we can't use it to
// allocate delay lines; hence, the fsmax parameter:
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
apcoeff(i) = select2(i&1,0.6,-0.6); // allpass comb-filter coefficient
allpass_combs(N) = par(i,N,(fi.allpass_comb(maxapdelay(i),apdelay(i),apcoeff(i)))); // filter.lib
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
feedbackmatrix(N) = ro.hadamard(N); // math.lib
staynormal = 10.0^(-20); // let signals decay well below LSB, but not to zero
special_lowpass(g,f) = si.smooth(p) with {
// unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
p = mbo2 - sqrt(max(0,mbo2*mbo2 - 1.0)); // other solution is unstable
mbo2 = (1.0 - gs*c)/(1.0 - gs); // NOTE: must ensure |g|<1 (t60m finite)
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
low_shelf1_l(G0,fx,x) = x + (G0-1)* fi.lowpass(1,fx,x); // filter.lib
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
n60(j) = dur(j)* ma.SR; // decay time in samples
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
t1 = 0.37; // zita-rev1 linearly ramps from 0 to t1 over one buffer
outmix(4) = !,ro.butterfly(2),!; // probably the result of some experimenting!
outmix(N) = outmix(N/2),par(i,N/2,!);
};
// from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
//---------------------------------- zita_rev1 ------------------------------
// Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
//
// Only the dry/wet and output level parameters are "dezippered" here. If
// parameters are to be varied in real time, use "smooth(0.999)" or the like
// in the same way.
//
// REFERENCE:
// http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
//
// DEPENDENCIES:
// filter.lib (peak_eq_rm)
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
fsmax = 48000.0; // highest sampling rate that will be used
// rdel = vslider("[1] Pre_Delay [hidden:1]", 50,1,100,1);
rdel=50;
// f1 = vslider("[1] LF X [hidden:1]", 500, 50, 1000, 1);
f1=500;
t60dc = hslider("v:sfPlayer parameter(s)/[2] Low RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 1, 7, 0.1);
//[accy:-1 0 5 0]
t60m = hslider("v:sfPlayer parameter(s)/[3] Mid RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 1, 7, 0.1);
// f2 = vslider("[4] HF Damping [hidden:1]", 13340, 1500, 0.49*fsmax, 1);
f2=13340;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);// Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
// pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
// Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
//pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
// with {
// tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
// wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
//g = db2linear(eql); // peak gain
// };
// pareq use directly peak_eq_cp from filter.lib
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
// eq1f = vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1);
eq1f=315;
// eq1l = vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1);
eq1l=0;
// eq1q = vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1);
eq1q=3;
// eq2f = vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1);
eq2f=3000;
// eq2l = vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1);
eq2l=0;
// eq2q = vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1);
eq2q=3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet =(hslider("v:sfPlayer parameter(s)/[1] Dry/Wet Mix [tooltip: -1 = dry, 1 = wet] [acc:1 1 -10 5 10][color:255 255 0][hidden:1]", 5, 0, 17, 0.1)*0.02)-1:fi.lowpass(1,1):max(-1):min(1);
// out_level = *(gain),*(gain);
// gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear;
};
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfPlayer/sampler_Zverb4_2_v0.2.dsp | faust | -------------------- MAIN -------------------------------
-------------------- PARAMETERS -------------------------------
fc= hslider("h:motion filter/high_cut [hidden:1]",10,0.01,10,0.01);
order of filter
from effect.lib but with only N=4 for mobilephone application
Delay-line lengths in seconds:
feedforward delays in seconds
total delays in seconds
samples
NOTE: Since SR is not bounded at compile time, we can't use it to
allocate delay lines; hence, the fsmax parameter:
allpass comb-filter coefficient
filter.lib
math.lib
let signals decay well below LSB, but not to zero
unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
other solution is unstable
NOTE: must ensure |g|<1 (t60m finite)
filter.lib
decay time in samples
zita-rev1 linearly ramps from 0 to t1 over one buffer
probably the result of some experimenting!
from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
---------------------------------- zita_rev1 ------------------------------
Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
Only the dry/wet and output level parameters are "dezippered" here. If
parameters are to be varied in real time, use "smooth(0.999)" or the like
in the same way.
REFERENCE:
http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
DEPENDENCIES:
filter.lib (peak_eq_rm)
highest sampling rate that will be used
rdel = vslider("[1] Pre_Delay [hidden:1]", 50,1,100,1);
f1 = vslider("[1] LF X [hidden:1]", 500, 50, 1000, 1);
[accy:-1 0 5 0]
f2 = vslider("[4] HF Damping [hidden:1]", 13340, 1500, 0.49*fsmax, 1);
Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
with {
tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
g = db2linear(eql); // peak gain
};
pareq use directly peak_eq_cp from filter.lib
eq1f = vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1);
eq1l = vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1);
eq1q = vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1);
eq2f = vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1);
eq2l = vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1);
eq2q = vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1);
out_level = *(gain),*(gain);
gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear; | declare name "sfZverb";
declare version "1.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
process = _<:zita_rev3:>_;
lowpassmotion = fi.lowpass(N,fc)
with {
fc=10;
};
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
special_lowpass(g,f) = si.smooth(p) with {
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
outmix(N) = outmix(N/2),par(i,N/2,!);
};
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
rdel=50;
f1=500;
t60dc = hslider("v:sfPlayer parameter(s)/[2] Low RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 1, 7, 0.1);
t60m = hslider("v:sfPlayer parameter(s)/[3] Mid RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 1, 7, 0.1);
f2=13340;
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f=315;
eq1l=0;
eq1q=3;
eq2f=3000;
eq2l=0;
eq2q=3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet =(hslider("v:sfPlayer parameter(s)/[1] Dry/Wet Mix [tooltip: -1 = dry, 1 = wet] [acc:1 1 -10 5 10][color:255 255 0][hidden:1]", 5, 0, 17, 0.1)*0.02)-1:fi.lowpass(1,1):max(-1):min(1);
};
|
64a223efeee3aed8bfcf14c05133ac108bc6b6cb6b5e3f8ca9444a4674bb3102 | sadko4u/tamgamp.lv2 | fender_twin_reverb_normal.dsp | /*
* Simulation of Fender Twin Reverb-Amp AA769 (Normal channel, bright off)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "fender_twin_reverb_normal";
declare name "fender_twin_reverb_normal";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00129014420144197*fs - 0.017201922685893;
b1 = 0.00129014420144197*fs - 0.017201922685893;
a0 = 2.08221197518557e-5*fs + 0.000538251910926107;
a1 = -2.08221197518557e-5*fs + 0.000538251910926107;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_twin_reverb_normal/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_twin_reverb_normal/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs + 3.07290665441977e-11));
b1 = bass*fs*(-2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(-4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs + 3.07290665441977e-11));
b2 = bass*fs*(-2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs - 3.07290665441977e-11));
b3 = bass*fs*(2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(-1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs - 3.07290665441977e-11));
a0 = bass*fs*(fs*(1.44426612757729e-14*fs + 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + 2.45832532353582e-7;
a1 = bass*fs*(fs*(-4.33279838273188e-14*fs - 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + 7.37497597060746e-7;
a2 = bass*fs*(fs*(4.33279838273188e-14*fs - 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + 7.37497597060746e-7;
a3 = bass*fs*(fs*(-1.44426612757729e-14*fs + 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + 2.45832532353582e-7;
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(-0.00135874808711943*fs - 0.0331401972468152);
b1 = gain*(0.00135874808711943*fs - 0.0331401972468152);
a0 = 2.0817038124151e-5*fs + 0.000782170040754152;
a1 = -2.0817038124151e-5*fs + 0.000782170040754152;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_twin_reverb_normal/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_twin_reverb_normal/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs - 5.17684011327779e-17) - 3.4215978904891e-17);
b1 = pow(fs,3)*(1.49698844666277e-17*fs + 1.03536802265556e-16);
b2 = pow(fs,2)*(-2.24548266999415e-17*pow(fs,2) + 6.8431957809782e-17);
b3 = pow(fs,3)*(1.49698844666277e-17*fs - 1.03536802265556e-16);
b4 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs + 5.17684011327779e-17) - 3.4215978904891e-17);
a0 = fs*(fs*(fs*(1.87256459364461e-19*fs + 5.38993753233175e-17) + 1.72508035993432e-15) + 1.46964199243802e-14) + 1.08177249568012e-14;
a1 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs - 1.07798750646635e-16) + 2.93928398487605e-14) + 4.32708998272046e-14;
a2 = pow(fs,2)*(1.12353875618677e-18*pow(fs,2) - 3.45016071986864e-15) + 6.4906349740807e-14;
a3 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs + 1.07798750646635e-16) - 2.93928398487605e-14) + 4.32708998272046e-14;
a4 = fs*(fs*(fs*(1.87256459364461e-19*fs - 5.38993753233175e-17) + 1.72508035993432e-15) - 1.46964199243802e-14) + 1.08177249568012e-14;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_twin_reverb_normal/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_twin_reverb_normal/s04_stage3_neg_table.h", "");
};
process =
*(pregain) :
*(0.06) :
p1 :
p2 :
*(0.12) :
p3 :
*(0.02) :
p4 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/fender_twin_reverb_normal.dsp | faust |
* Simulation of Fender Twin Reverb-Amp AA769 (Normal channel, bright off)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "fender_twin_reverb_normal";
declare name "fender_twin_reverb_normal";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00129014420144197*fs - 0.017201922685893;
b1 = 0.00129014420144197*fs - 0.017201922685893;
a0 = 2.08221197518557e-5*fs + 0.000538251910926107;
a1 = -2.08221197518557e-5*fs + 0.000538251910926107;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_twin_reverb_normal/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_twin_reverb_normal/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs + 3.07290665441977e-11));
b1 = bass*fs*(-2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(-4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs + 3.07290665441977e-11));
b2 = bass*fs*(-2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs - 3.07290665441977e-11));
b3 = bass*fs*(2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(-1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs - 3.07290665441977e-11));
a0 = bass*fs*(fs*(1.44426612757729e-14*fs + 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + 2.45832532353582e-7;
a1 = bass*fs*(fs*(-4.33279838273188e-14*fs - 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + 7.37497597060746e-7;
a2 = bass*fs*(fs*(4.33279838273188e-14*fs - 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + 7.37497597060746e-7;
a3 = bass*fs*(fs*(-1.44426612757729e-14*fs + 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + 2.45832532353582e-7;
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(-0.00135874808711943*fs - 0.0331401972468152);
b1 = gain*(0.00135874808711943*fs - 0.0331401972468152);
a0 = 2.0817038124151e-5*fs + 0.000782170040754152;
a1 = -2.0817038124151e-5*fs + 0.000782170040754152;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_twin_reverb_normal/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_twin_reverb_normal/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs - 5.17684011327779e-17) - 3.4215978904891e-17);
b1 = pow(fs,3)*(1.49698844666277e-17*fs + 1.03536802265556e-16);
b2 = pow(fs,2)*(-2.24548266999415e-17*pow(fs,2) + 6.8431957809782e-17);
b3 = pow(fs,3)*(1.49698844666277e-17*fs - 1.03536802265556e-16);
b4 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs + 5.17684011327779e-17) - 3.4215978904891e-17);
a0 = fs*(fs*(fs*(1.87256459364461e-19*fs + 5.38993753233175e-17) + 1.72508035993432e-15) + 1.46964199243802e-14) + 1.08177249568012e-14;
a1 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs - 1.07798750646635e-16) + 2.93928398487605e-14) + 4.32708998272046e-14;
a2 = pow(fs,2)*(1.12353875618677e-18*pow(fs,2) - 3.45016071986864e-15) + 6.4906349740807e-14;
a3 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs + 1.07798750646635e-16) - 2.93928398487605e-14) + 4.32708998272046e-14;
a4 = fs*(fs*(fs*(1.87256459364461e-19*fs - 5.38993753233175e-17) + 1.72508035993432e-15) - 1.46964199243802e-14) + 1.08177249568012e-14;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_twin_reverb_normal/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_twin_reverb_normal/s04_stage3_neg_table.h", "");
};
process =
*(pregain) :
*(0.06) :
p1 :
p2 :
*(0.12) :
p3 :
*(0.02) :
p4 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
70ac2c7ba241c8cb4a82434896818433823f5640bcfc465a694e854f4801396f | Sylcantor/wam-web-components | OscTube.dsp | declare id "tube2";
import("music.lib");
import("effect.lib");
//guitarxlib
/* -*- faust -*- */
/****************************************************************
** helper definitions
*/
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
//add_dc = +(anti_denormal);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
/****************************************************************
** nonlinear functions
*/
// from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
valve = environment {
ex(x) = (1 - exp(-x));
nlim = 50; // exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
/* 2 exp() */
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
/* 4 exp() because contains 2 valve.tr */
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : ma.neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : ma.neg : vt(dist, q) : ma.neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :ma.neg : *(g) : vt_scaled(dist, q) : /(g) : ma.neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
// simple triode circuit emulation
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
Ranode = ffunction(float Ranode(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
//fix me dcblock
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = anti_aliase : tube : hpf with {
lpfk = fi.lowpass(1,fck);
anti_aliase = fi.lowpass(3,ma.SR/2.1);
Rp = 100.0e3;
//VkC = Vk0 * (Rp + Ranode(tb)) / Rk;
//Vp = -(Vk0) : Ftube(tb);
//tubeVp = Vp <: +(VkC - vplus);
VkC = Vk0 * (Rp/Rk);
tubeVp = -(Vk0) : Ftube(tb) : +(VkC-vplus);
tube(x) = x : (+ : (tubeVp)) ~ (x*Rk/(Rp + Ranode(tb)) : lpfk) : /(divider);
switch1 = checkbox(".amp.highgain[tooltip:Allow frequencies below 31Hz][alias]");
hpf = _<: select2(switch1, fi.highpass(1,31.0), fi.dcblockerat(1.0));
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
/****************************************************************
** filter
*/
//---------------------second order Parametric Equalizer---------
// filter(Q,F,G)
// Q : quality factor [1..100]
// F : frequency (Hz)
// G : gain [0..1]
//---------------------------------------------------------------
// from "bandfilter.dsp" in the faust2pd distribution
// which was released under the BSD license.
eqfilter(Q,F,G) = fi.TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(ma.PI*F/ma.SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
/****************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
*/
//----- Flanging effect renamed in faust-0.9.27 from
//----- flangermono -> pf.flanger_mono
//----- flangerstereo -> pf.flanger_stereo
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
//----- Moog "Voltage Controlled Filter" (VCF)
//----- filter renamed in faust-0.9.27 from
//----- moogvcf -> ve.moog_vcf
import("stdfaust.lib");
moogvcfN(Q,fr) = (+ : fi.pole(p) : fi.pole(p)
: fi.pole(p) : fi.pole(p) : *(scale(p))) ~ *(mk)
with {
p = 1.0 - fr * 2.0 * ma.PI / ma.SR; // approx for fr << ma.SR
scale(p) = pow(1-p,4);
mk = 0-Q;
};
/****************************************************************
** building blocks
*/
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
/****************************************************************
** parameter definitions for use in alternative module
*/
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01) : smoothi(0.999);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : ba.db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
wah_ctrl = environment {
mode = vslider(".wah.mode[enum:manual|auto|alien][alias]", 0, 0, 2, 1);
wah = vslider(".wah.Wah[alias]", 0, 0, 1, 0.01);
freq = vslider(".wah.freq[name:Alien Freq][tooltip:LFO in Beats per Minute][alias]",24,24,360,1)/60;
wet_dry = vslider(".wah.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:Phase][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * ma.PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
poweramp_ctrl = environment {
ingain = vslider(".poweramp.Pregain[alias]",0,-30,30,0.1) : ba.db2linear : smoothi(0.999);
outgain = vslider(".poweramp.Gain[alias]", 0, -30.0, 30.0, 0.1) : ba.db2linear : smoothi(0.999);
};
/****************************************************************
** reverb building blocks
*/
opf(a) = (_+_*(1-a)~@(1)*a);
// BEWARE: This is not allpass filter.
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
// This is true allpass below.
allpass_filter(dt,fb) = (+ <:(@(dt):_),*(fb)) ~ *(-fb) : mem,_ : + ;
allpass_with_fdelay(dt1,coef,dt2,dt2pos) =
(_,_ <: (*(coef),_:+:@(dt1):de.fdelay(dt2,dt2pos)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
//end guitarxlib
resonator = (+ <: (delay(4096, d-1) + delay(4096, d))/2.0)~*(1.0-a)
with {
d = 1 - vslider("Vibrato[style:knob][OWL:PARAMETER_C]", 1, 0, 1, 0.01);
a = 0.9 - vslider("Resonance[style:knob][OWL:PARAMETER_B]", 0.5, 0, 0.9, 0.01);
};
fuzzy = vslider("Fuzz[name:tube][style:knob][OWL:PARAMETER_A]", 1, -3, 10, 1);
declare id "HighShelf";
import("maxmsp.lib");
hs(x) = highShelf(x,F,G,Q)
with {
G = -20.;
F = SR/2 -100.;
Q = 100.;
};
tube1 = hs : nonlin1 : resonator : +(anti_denormal_ac) : speakerbp(130,5000) * fuzzy * 0.5;
processOsc(x) = x + tube1(x) : sym_clip(0.7);
process = ba.bypass_fade(ma.SR/10, checkbox("bypass"), processOsc); | https://raw.githubusercontent.com/Sylcantor/wam-web-components/c54352dae5b80bcf6d8d4c306ea22e2c91a12b08/plugins/OscTube/OscTube.dsp | faust | guitarxlib
-*- faust -*-
***************************************************************
** helper definitions
add_dc = +(anti_denormal);
***************************************************************
** nonlinear functions
from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
2 exp()
4 exp() because contains 2 valve.tr
simple triode circuit emulation
fix me dcblock
VkC = Vk0 * (Rp + Ranode(tb)) / Rk;
Vp = -(Vk0) : Ftube(tb);
tubeVp = Vp <: +(VkC - vplus);
***************************************************************
** filter
---------------------second order Parametric Equalizer---------
filter(Q,F,G)
Q : quality factor [1..100]
F : frequency (Hz)
G : gain [0..1]
---------------------------------------------------------------
from "bandfilter.dsp" in the faust2pd distribution
which was released under the BSD license.
***************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
----- Flanging effect renamed in faust-0.9.27 from
----- flangermono -> pf.flanger_mono
----- flangerstereo -> pf.flanger_stereo
----- Moog "Voltage Controlled Filter" (VCF)
----- filter renamed in faust-0.9.27 from
----- moogvcf -> ve.moog_vcf
approx for fr << ma.SR
***************************************************************
** building blocks
***************************************************************
** parameter definitions for use in alternative module
***************************************************************
** reverb building blocks
BEWARE: This is not allpass filter.
This is true allpass below.
end guitarxlib | declare id "tube2";
import("music.lib");
import("effect.lib");
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
valve = environment {
ex(x) = (1 - exp(-x));
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : ma.neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : ma.neg : vt(dist, q) : ma.neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :ma.neg : *(g) : vt_scaled(dist, q) : /(g) : ma.neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
Ranode = ffunction(float Ranode(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = anti_aliase : tube : hpf with {
lpfk = fi.lowpass(1,fck);
anti_aliase = fi.lowpass(3,ma.SR/2.1);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tubeVp = -(Vk0) : Ftube(tb) : +(VkC-vplus);
tube(x) = x : (+ : (tubeVp)) ~ (x*Rk/(Rp + Ranode(tb)) : lpfk) : /(divider);
switch1 = checkbox(".amp.highgain[tooltip:Allow frequencies below 31Hz][alias]");
hpf = _<: select2(switch1, fi.highpass(1,31.0), fi.dcblockerat(1.0));
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
eqfilter(Q,F,G) = fi.TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(ma.PI*F/ma.SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
import("stdfaust.lib");
moogvcfN(Q,fr) = (+ : fi.pole(p) : fi.pole(p)
: fi.pole(p) : fi.pole(p) : *(scale(p))) ~ *(mk)
with {
scale(p) = pow(1-p,4);
mk = 0-Q;
};
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01) : smoothi(0.999);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : ba.db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
wah_ctrl = environment {
mode = vslider(".wah.mode[enum:manual|auto|alien][alias]", 0, 0, 2, 1);
wah = vslider(".wah.Wah[alias]", 0, 0, 1, 0.01);
freq = vslider(".wah.freq[name:Alien Freq][tooltip:LFO in Beats per Minute][alias]",24,24,360,1)/60;
wet_dry = vslider(".wah.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:Phase][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * ma.PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
poweramp_ctrl = environment {
ingain = vslider(".poweramp.Pregain[alias]",0,-30,30,0.1) : ba.db2linear : smoothi(0.999);
outgain = vslider(".poweramp.Gain[alias]", 0, -30.0, 30.0, 0.1) : ba.db2linear : smoothi(0.999);
};
opf(a) = (_+_*(1-a)~@(1)*a);
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
allpass_filter(dt,fb) = (+ <:(@(dt):_),*(fb)) ~ *(-fb) : mem,_ : + ;
allpass_with_fdelay(dt1,coef,dt2,dt2pos) =
(_,_ <: (*(coef),_:+:@(dt1):de.fdelay(dt2,dt2pos)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
resonator = (+ <: (delay(4096, d-1) + delay(4096, d))/2.0)~*(1.0-a)
with {
d = 1 - vslider("Vibrato[style:knob][OWL:PARAMETER_C]", 1, 0, 1, 0.01);
a = 0.9 - vslider("Resonance[style:knob][OWL:PARAMETER_B]", 0.5, 0, 0.9, 0.01);
};
fuzzy = vslider("Fuzz[name:tube][style:knob][OWL:PARAMETER_A]", 1, -3, 10, 1);
declare id "HighShelf";
import("maxmsp.lib");
hs(x) = highShelf(x,F,G,Q)
with {
G = -20.;
F = SR/2 -100.;
Q = 100.;
};
tube1 = hs : nonlin1 : resonator : +(anti_denormal_ac) : speakerbp(130,5000) * fuzzy * 0.5;
processOsc(x) = x + tube1(x) : sym_clip(0.7);
process = ba.bypass_fade(ma.SR/10, checkbox("bypass"), processOsc); |
87806598702f5020d648b83b55a27d6d49af0a83a84cb162a42449717393abe1 | sadko4u/tamgamp.lv2 | fender_twin_reverb_vibrato.dsp | /*
* Simulation of Fender Twin Reverb-Amp AA769 (Vibrato channel, bright on)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "fender_twin_reverb_vibrato";
declare name "fender_twin_reverb_vibrato";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00129014420144197*fs - 0.017201922685893;
b1 = 0.00129014420144197*fs - 0.017201922685893;
a0 = 2.08221197518557e-5*fs + 0.000538251910926107;
a1 = -2.08221197518557e-5*fs + 0.000538251910926107;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_twin_reverb_vibrato/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs + 3.07290665441977e-11));
b1 = bass*fs*(-2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(-4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs + 3.07290665441977e-11));
b2 = bass*fs*(-2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs - 3.07290665441977e-11));
b3 = bass*fs*(2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(-1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs - 3.07290665441977e-11));
a0 = bass*fs*(fs*(1.44426612757729e-14*fs + 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + 2.45832532353582e-7;
a1 = bass*fs*(fs*(-4.33279838273188e-14*fs - 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + 7.37497597060746e-7;
a2 = bass*fs*(fs*(4.33279838273188e-14*fs - 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + 7.37497597060746e-7;
a3 = bass*fs*(fs*(-1.44426612757729e-14*fs + 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + 2.45832532353582e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(8.40462734303842e-8*fs + 2.04990910805815e-6) + fs*(-8.40462734303842e-8*fs - 0.000352242715067992) - 0.00854128795024229);
b1 = gain*(-1.68092546860768e-7*pow(fs,2)*gain + 1.68092546860768e-7*pow(fs,2) - 0.0170825759004846);
b2 = gain*(fs*gain*(8.40462734303842e-8*fs - 2.04990910805815e-6) + fs*(-8.40462734303842e-8*fs + 0.000352242715067992) - 0.00854128795024229);
a0 = 5.36521601137911e-6*fs + gain*(fs*gain*(-1.28765184273099e-9*fs - 4.83816520054756e-8) + fs*(1.28765184273099e-9*fs + 4.83816520054756e-8)) + 0.000201590216689482;
a1 = gain*(2.57530368546197e-9*pow(fs,2)*gain - 2.57530368546197e-9*pow(fs,2)) + 0.000403180433378964;
a2 = -5.36521601137911e-6*fs + gain*(fs*gain*(-1.28765184273099e-9*fs + 4.83816520054756e-8) + fs*(1.28765184273099e-9*fs - 4.83816520054756e-8)) + 0.000201590216689482;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_twin_reverb_vibrato/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = fs*(-4.67849403955662e-9*fs - 7.10003829373363e-5) - 0.00172893349577111;
b1 = 9.35698807911324e-9*pow(fs,2) - 0.00345786699154223;
b2 = fs*(-4.67849403955662e-9*fs + 7.10003829373363e-5) - 0.00172893349577111;
a0 = fs*(7.16780319383327e-11*fs + 1.73791857892897e-5) + 0.000652896528176287;
a1 = -1.43356063876665e-10*pow(fs,2) + 0.00130579305635257;
a2 = fs*(7.16780319383327e-11*fs - 1.73791857892897e-5) + 0.000652896528176287;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_twin_reverb_vibrato/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s04_stage3_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs - 5.17684011327779e-17) - 3.4215978904891e-17);
b1 = pow(fs,3)*(1.49698844666277e-17*fs + 1.03536802265556e-16);
b2 = pow(fs,2)*(-2.24548266999415e-17*pow(fs,2) + 6.8431957809782e-17);
b3 = pow(fs,3)*(1.49698844666277e-17*fs - 1.03536802265556e-16);
b4 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs + 5.17684011327779e-17) - 3.4215978904891e-17);
a0 = fs*(fs*(fs*(1.87256459364461e-19*fs + 5.38993753233175e-17) + 1.72508035993432e-15) + 1.46964199243802e-14) + 1.08177249568012e-14;
a1 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs - 1.07798750646635e-16) + 2.93928398487605e-14) + 4.32708998272046e-14;
a2 = pow(fs,2)*(1.12353875618677e-18*pow(fs,2) - 3.45016071986864e-15) + 6.4906349740807e-14;
a3 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs + 1.07798750646635e-16) - 2.93928398487605e-14) + 4.32708998272046e-14;
a4 = fs*(fs*(fs*(1.87256459364461e-19*fs - 5.38993753233175e-17) + 1.72508035993432e-15) - 1.46964199243802e-14) + 1.08177249568012e-14;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/fender_twin_reverb_vibrato/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.044) :
p1 :
p2 :
*(0.019) :
p3 :
*(0.05) :
p4 :
*(0.15) :
p5 :
*(70.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/fender_twin_reverb_vibrato.dsp | faust |
* Simulation of Fender Twin Reverb-Amp AA769 (Vibrato channel, bright on)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "fender_twin_reverb_vibrato";
declare name "fender_twin_reverb_vibrato";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00129014420144197*fs - 0.017201922685893;
b1 = 0.00129014420144197*fs - 0.017201922685893;
a0 = 2.08221197518557e-5*fs + 0.000538251910926107;
a1 = -2.08221197518557e-5*fs + 0.000538251910926107;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/fender_twin_reverb_vibrato/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*fs*(2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs + 3.07290665441977e-11));
b1 = bass*fs*(-2.4398878836093e-12*fs + 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + treble*(-4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs + 3.07290665441977e-11));
b2 = bass*fs*(-2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(4.33279838273188e-14*bass*pow(fs,3) + fs*(-9.03434556399414e-13*fs - 3.07290665441977e-11));
b3 = bass*fs*(2.4398878836093e-12*fs - 1.23223556842233e-8) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + treble*(-1.44426612757729e-14*bass*pow(fs,3) + fs*(9.03434556399414e-13*fs - 3.07290665441977e-11));
a0 = bass*fs*(fs*(1.44426612757729e-14*fs + 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs + 7.23976807781299e-10)) + 2.45832532353582e-7;
a1 = bass*fs*(fs*(-4.33279838273188e-14*fs - 1.17981178089793e-10) + 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs + 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs + 7.23976807781299e-10)) + 7.37497597060746e-7;
a2 = bass*fs*(fs*(4.33279838273188e-14*fs - 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(-9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(6.06591773582464e-15*fs - 1.15830143431699e-11) + fs*(-1.26480837895918e-13*fs - 7.23976807781299e-10)) + 7.37497597060746e-7;
a3 = bass*fs*(fs*(-1.44426612757729e-14*fs + 1.17981178089793e-10) - 1.23223556842233e-8) + fs*(9.03434556399414e-13*fs - 7.25820551773951e-9) + middle*(bass*pow(fs,2)*(-2.02197257860821e-15*fs + 1.15830143431699e-11) + fs*(1.26480837895918e-13*fs - 7.23976807781299e-10)) + 2.45832532353582e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s03_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(8.40462734303842e-8*fs + 2.04990910805815e-6) + fs*(-8.40462734303842e-8*fs - 0.000352242715067992) - 0.00854128795024229);
b1 = gain*(-1.68092546860768e-7*pow(fs,2)*gain + 1.68092546860768e-7*pow(fs,2) - 0.0170825759004846);
b2 = gain*(fs*gain*(8.40462734303842e-8*fs - 2.04990910805815e-6) + fs*(-8.40462734303842e-8*fs + 0.000352242715067992) - 0.00854128795024229);
a0 = 5.36521601137911e-6*fs + gain*(fs*gain*(-1.28765184273099e-9*fs - 4.83816520054756e-8) + fs*(1.28765184273099e-9*fs + 4.83816520054756e-8)) + 0.000201590216689482;
a1 = gain*(2.57530368546197e-9*pow(fs,2)*gain - 2.57530368546197e-9*pow(fs,2)) + 0.000403180433378964;
a2 = -5.36521601137911e-6*fs + gain*(fs*gain*(-1.28765184273099e-9*fs + 4.83816520054756e-8) + fs*(1.28765184273099e-9*fs - 4.83816520054756e-8)) + 0.000201590216689482;
};
s03_stage2clip =
_<:
ba.if(signbit(_), s03_stage2_neg_clip, s03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage2_clip = ffunction(float s03_stage2clip(float), "generated/stage/fender_twin_reverb_vibrato/s03_stage2_table.h", "");
s03_stage2_neg_clip = ffunction(float s03_stage2_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s04_stage3clip
with {
fs = float(ma.SR);
b0 = fs*(-4.67849403955662e-9*fs - 7.10003829373363e-5) - 0.00172893349577111;
b1 = 9.35698807911324e-9*pow(fs,2) - 0.00345786699154223;
b2 = fs*(-4.67849403955662e-9*fs + 7.10003829373363e-5) - 0.00172893349577111;
a0 = fs*(7.16780319383327e-11*fs + 1.73791857892897e-5) + 0.000652896528176287;
a1 = -1.43356063876665e-10*pow(fs,2) + 0.00130579305635257;
a2 = fs*(7.16780319383327e-11*fs - 1.73791857892897e-5) + 0.000652896528176287;
};
s04_stage3clip =
_<:
ba.if(signbit(_), s04_stage3_neg_clip, s04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage3_clip = ffunction(float s04_stage3clip(float), "generated/stage/fender_twin_reverb_vibrato/s04_stage3_table.h", "");
s04_stage3_neg_clip = ffunction(float s04_stage3_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s04_stage3_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs - 5.17684011327779e-17) - 3.4215978904891e-17);
b1 = pow(fs,3)*(1.49698844666277e-17*fs + 1.03536802265556e-16);
b2 = pow(fs,2)*(-2.24548266999415e-17*pow(fs,2) + 6.8431957809782e-17);
b3 = pow(fs,3)*(1.49698844666277e-17*fs - 1.03536802265556e-16);
b4 = pow(fs,2)*(fs*(-3.74247111665692e-18*fs + 5.17684011327779e-17) - 3.4215978904891e-17);
a0 = fs*(fs*(fs*(1.87256459364461e-19*fs + 5.38993753233175e-17) + 1.72508035993432e-15) + 1.46964199243802e-14) + 1.08177249568012e-14;
a1 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs - 1.07798750646635e-16) + 2.93928398487605e-14) + 4.32708998272046e-14;
a2 = pow(fs,2)*(1.12353875618677e-18*pow(fs,2) - 3.45016071986864e-15) + 6.4906349740807e-14;
a3 = fs*(pow(fs,2)*(-7.49025837457845e-19*fs + 1.07798750646635e-16) - 2.93928398487605e-14) + 4.32708998272046e-14;
a4 = fs*(fs*(fs*(1.87256459364461e-19*fs - 5.38993753233175e-17) + 1.72508035993432e-15) - 1.46964199243802e-14) + 1.08177249568012e-14;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/fender_twin_reverb_vibrato/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/fender_twin_reverb_vibrato/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.044) :
p1 :
p2 :
*(0.019) :
p3 :
*(0.05) :
p4 :
*(0.15) :
p5 :
*(70.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
2d339e43104814082a65de2433d3d05e45c9b56a5dc6b800063b425c0ed5e7ba | sadko4u/tamgamp.lv2 | mesa_dc3_rhythm.dsp | /*
* This is simulation of Mesa/Boogie DC3 preamplifier (rhythm channel)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "mesa_dc3_rhythm";
declare name "mesa_dc3_rhythm";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c01_stage1clip
with {
fs = float(ma.SR);
b0 = fs*(-6.65791056489004e-9*fs - 1.30019802277314e-5) - 0.00124540040495512;
b1 = 1.33158211297801e-8*pow(fs,2) - 0.00249080080991024;
b2 = fs*(-6.65791056489004e-9*fs + 1.30019802277314e-5) - 0.00124540040495512;
a0 = fs*(4.21532937697353e-10*fs + 5.9768182392539e-7) + 9.93839968788513e-5;
a1 = -8.43065875394707e-10*pow(fs,2) + 0.000198767993757703;
a2 = fs*(4.21532937697353e-10*fs - 5.9768182392539e-7) + 9.93839968788513e-5;
};
c01_stage1clip =
_<:
ba.if(signbit(_), c01_stage1_neg_clip, c01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c01_stage1_clip = ffunction(float c01_stage1clip(float), "generated/stage/mesa_dc3_rhythm/c01_stage1_table.h", "");
c01_stage1_neg_clip = ffunction(float c01_stage1_negclip(float), "generated/stage/mesa_dc3_rhythm/c01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
b0 = bass*(1.36964577800476e-14*pow(fs,3)*treble + fs*(1.82813713064181e-12*fs + 7.79046747489232e-9)) + fs*treble*(8.56757146241275e-13*fs + 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs + 1.14428562162383e-9));
b1 = bass*(-4.10893733401428e-14*pow(fs,3)*treble + fs*(-1.82813713064181e-12*fs + 7.79046747489232e-9)) + fs*treble*(-8.56757146241275e-13*fs + 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(-1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs + 1.14428562162383e-9));
b2 = bass*(4.10893733401428e-14*pow(fs,3)*treble + fs*(-1.82813713064181e-12*fs - 7.79046747489232e-9)) + fs*treble*(-8.56757146241275e-13*fs - 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs - 1.14428562162383e-9));
b3 = bass*(-1.36964577800476e-14*pow(fs,3)*treble + fs*(1.82813713064181e-12*fs - 7.79046747489232e-9)) + fs*treble*(8.56757146241275e-13*fs - 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(-3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs - 1.14428562162383e-9));
a0 = bass*fs*(fs*(1.36964577800476e-14*fs + 1.11399799371023e-10) + 7.79046747489232e-9) + fs*(8.56757146241275e-13*fs + 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs + 1.14428562162383e-9)) + 1.55420797504086e-7;
a1 = bass*fs*(fs*(-4.10893733401428e-14*fs - 1.11399799371023e-10) + 7.79046747489232e-9) + fs*(-8.56757146241275e-13*fs + 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(-1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs + 1.14428562162383e-9)) + 4.66262392512259e-7;
a2 = bass*fs*(fs*(4.10893733401428e-14*fs - 1.11399799371023e-10) - 7.79046747489232e-9) + fs*(-8.56757146241275e-13*fs - 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs - 1.14428562162383e-9)) + 4.66262392512259e-7;
a3 = bass*fs*(fs*(-1.36964577800476e-14*fs + 1.11399799371023e-10) - 7.79046747489232e-9) + fs*(8.56757146241275e-13*fs - 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(-3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs - 1.14428562162383e-9)) + 1.55420797504086e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c03_stage2clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(gain*fs*(fs*(5.65465860286515e-13*fs + 5.72373344015806e-10) + 1.21527156734691e-7) + fs*(fs*(-5.65465860286515e-13*fs - 2.92848109520962e-9) - 2.50641609013388e-6) - 0.000506363153061214);
b1 = gain*(gain*fs*(fs*(-1.69639758085955e-12*fs - 5.72373344015806e-10) + 1.21527156734691e-7) + fs*(fs*(1.69639758085955e-12*fs + 2.92848109520962e-9) - 2.50641609013388e-6) - 0.00151908945918364);
b2 = gain*(gain*fs*(fs*(1.69639758085955e-12*fs - 5.72373344015806e-10) - 1.21527156734691e-7) + fs*(fs*(-1.69639758085955e-12*fs + 2.92848109520962e-9) + 2.50641609013388e-6) - 0.00151908945918364);
b3 = gain*(gain*fs*(fs*(-5.65465860286515e-13*fs + 5.72373344015806e-10) - 1.21527156734691e-7) + fs*(fs*(5.65465860286515e-13*fs - 2.92848109520962e-9) + 2.50641609013388e-6) - 0.000506363153061214);
a0 = gain*(gain*fs*(fs*(-2.92202561207851e-14*fs - 1.68076623635913e-10) - 9.76391727987263e-8) + fs*(fs*(2.92202561207851e-14*fs + 1.68076623635913e-10) + 9.76391727987263e-8)) + fs*(3.94868325956556e-11*fs + 6.54318313030122e-8) + 1.61632817279244e-5;
a1 = gain*(gain*fs*(fs*(8.76607683623553e-14*fs + 1.68076623635913e-10) - 9.76391727987263e-8) + fs*(fs*(-8.76607683623553e-14*fs - 1.68076623635913e-10) + 9.76391727987263e-8)) + fs*(-3.94868325956556e-11*fs + 6.54318313030122e-8) + 4.84898451837732e-5;
a2 = gain*(gain*fs*(fs*(-8.76607683623553e-14*fs + 1.68076623635913e-10) + 9.76391727987263e-8) + fs*(fs*(8.76607683623553e-14*fs - 1.68076623635913e-10) - 9.76391727987263e-8)) + fs*(-3.94868325956556e-11*fs - 6.54318313030122e-8) + 4.84898451837732e-5;
a3 = gain*(gain*fs*(fs*(2.92202561207851e-14*fs - 1.68076623635913e-10) + 9.76391727987263e-8) + fs*(fs*(-2.92202561207851e-14*fs + 1.68076623635913e-10) - 9.76391727987263e-8)) + fs*(3.94868325956556e-11*fs - 6.54318313030122e-8) + 1.61632817279244e-5;
};
c03_stage2clip =
_<:
ba.if(signbit(_), c03_stage2_neg_clip, c03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c03_stage2_clip = ffunction(float c03_stage2clip(float), "generated/stage/mesa_dc3_rhythm/c03_stage2_table.h", "");
c03_stage2_neg_clip = ffunction(float c03_stage2_negclip(float), "generated/stage/mesa_dc3_rhythm/c03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c04_stage3clip
with {
fs = float(ma.SR);
master = ampctrl.master : si.smooth(0.999);
b0 = fs*master*(-2.85655611199869e-10*fs - 6.34790247110823e-9);
b1 = fs*master*(2.85655611199869e-10*fs - 6.34790247110823e-9);
b2 = fs*master*(2.85655611199869e-10*fs + 6.34790247110823e-9);
b3 = fs*master*(-2.85655611199869e-10*fs + 6.34790247110823e-9);
a0 = fs*(fs*(3.64313785972838e-15*fs + 2.5884168432943e-10) + 1.51395602310821e-8) + 1.58230819183179e-7;
a1 = fs*(fs*(-1.09294135791852e-14*fs - 2.5884168432943e-10) + 1.51395602310821e-8) + 4.74692457549537e-7;
a2 = fs*(fs*(1.09294135791852e-14*fs - 2.5884168432943e-10) - 1.51395602310821e-8) + 4.74692457549537e-7;
a3 = fs*(fs*(-3.64313785972838e-15*fs + 2.5884168432943e-10) - 1.51395602310821e-8) + 1.58230819183179e-7;
};
c04_stage3clip =
_<:
ba.if(signbit(_), c04_stage3_neg_clip, c04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c04_stage3_clip = ffunction(float c04_stage3clip(float), "generated/stage/mesa_dc3_rhythm/c04_stage3_table.h", "");
c04_stage3_neg_clip = ffunction(float c04_stage3_negclip(float), "generated/stage/mesa_dc3_rhythm/c04_stage3_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c05_stage4clip
with {
fs = float(ma.SR);
b0 = (fs*(4.43030830836957e-10*fs + 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs - 4.72566219559423e-7));
b1 = (-8.86061661673914e-10*pow(fs,2) + 2.83539731735652e-9*pow(fs,2));
b2 = (fs*(4.43030830836957e-10*fs - 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs + 4.72566219559423e-7));
a0 = fs*(4.60626343739698e-10*fs + 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs - 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs - 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
a1 = -9.21252687479396e-10*pow(fs,2) + (6.38538513058588e-11*pow(fs,2) + (1.32763030240861e-10*pow(fs,2) + 3.27403958923153e-20) - 7.08953770134946e-6) + 2.26865206443179e-5;
a2 = fs*(4.60626343739698e-10*fs - 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs + 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs + 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
};
c05_stage4clip =
_<:
ba.if(signbit(_), c05_stage4_neg_clip, c05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c05_stage4_clip = ffunction(float c05_stage4clip(float), "generated/stage/mesa_dc3_rhythm/c05_stage4_table.h", "");
c05_stage4_neg_clip = ffunction(float c05_stage4_negclip(float), "generated/stage/mesa_dc3_rhythm/c05_stage4_neg_table.h", "");
};
process =
*(pregain) :
// *(0.05) :
*(0.05) :
p1 :
p2 :
// *(7.5) :
*(7.65) :
p3 :
// *(8.4) :
*(8.1) :
p4 :
// *(8.4) :
*(5.27) :
p5 :
// *(0.5) :
*(1.86) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/mesa_dc3_rhythm.dsp | faust |
* This is simulation of Mesa/Boogie DC3 preamplifier (rhythm channel)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*(0.05) :
*(7.5) :
*(8.4) :
*(8.4) :
*(0.5) : |
declare id "mesa_dc3_rhythm";
declare name "mesa_dc3_rhythm";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c01_stage1clip
with {
fs = float(ma.SR);
b0 = fs*(-6.65791056489004e-9*fs - 1.30019802277314e-5) - 0.00124540040495512;
b1 = 1.33158211297801e-8*pow(fs,2) - 0.00249080080991024;
b2 = fs*(-6.65791056489004e-9*fs + 1.30019802277314e-5) - 0.00124540040495512;
a0 = fs*(4.21532937697353e-10*fs + 5.9768182392539e-7) + 9.93839968788513e-5;
a1 = -8.43065875394707e-10*pow(fs,2) + 0.000198767993757703;
a2 = fs*(4.21532937697353e-10*fs - 5.9768182392539e-7) + 9.93839968788513e-5;
};
c01_stage1clip =
_<:
ba.if(signbit(_), c01_stage1_neg_clip, c01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c01_stage1_clip = ffunction(float c01_stage1clip(float), "generated/stage/mesa_dc3_rhythm/c01_stage1_table.h", "");
c01_stage1_neg_clip = ffunction(float c01_stage1_negclip(float), "generated/stage/mesa_dc3_rhythm/c01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
b0 = bass*(1.36964577800476e-14*pow(fs,3)*treble + fs*(1.82813713064181e-12*fs + 7.79046747489232e-9)) + fs*treble*(8.56757146241275e-13*fs + 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs + 1.14428562162383e-9));
b1 = bass*(-4.10893733401428e-14*pow(fs,3)*treble + fs*(-1.82813713064181e-12*fs + 7.79046747489232e-9)) + fs*treble*(-8.56757146241275e-13*fs + 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(-1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs + 1.14428562162383e-9));
b2 = bass*(4.10893733401428e-14*pow(fs,3)*treble + fs*(-1.82813713064181e-12*fs - 7.79046747489232e-9)) + fs*treble*(-8.56757146241275e-13*fs - 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs - 1.14428562162383e-9));
b3 = bass*(-1.36964577800476e-14*pow(fs,3)*treble + fs*(1.82813713064181e-12*fs - 7.79046747489232e-9)) + fs*treble*(8.56757146241275e-13*fs - 1.94275996880108e-11) + middle*(bass*pow(fs,2)*(-3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs - 1.14428562162383e-9));
a0 = bass*fs*(fs*(1.36964577800476e-14*fs + 1.11399799371023e-10) + 7.79046747489232e-9) + fs*(8.56757146241275e-13*fs + 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs + 1.14428562162383e-9)) + 1.55420797504086e-7;
a1 = bass*fs*(fs*(-4.10893733401428e-14*fs - 1.11399799371023e-10) + 7.79046747489232e-9) + fs*(-8.56757146241275e-13*fs + 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(-1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs + 1.14428562162383e-9)) + 4.66262392512259e-7;
a2 = bass*fs*(fs*(4.10893733401428e-14*fs - 1.11399799371023e-10) - 7.79046747489232e-9) + fs*(-8.56757146241275e-13*fs - 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(1.09571662240381e-14*fs - 1.8307598565997e-11) + fs*(-2.28468572331007e-13*fs - 1.14428562162383e-9)) + 4.66262392512259e-7;
a3 = bass*fs*(fs*(-1.36964577800476e-14*fs + 1.11399799371023e-10) - 7.79046747489232e-9) + fs*(8.56757146241275e-13*fs - 6.87348476961821e-9) + middle*(bass*pow(fs,2)*(-3.65238874134603e-15*fs + 1.8307598565997e-11) + fs*(2.28468572331007e-13*fs - 1.14428562162383e-9)) + 1.55420797504086e-7;
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c03_stage2clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(gain*fs*(fs*(5.65465860286515e-13*fs + 5.72373344015806e-10) + 1.21527156734691e-7) + fs*(fs*(-5.65465860286515e-13*fs - 2.92848109520962e-9) - 2.50641609013388e-6) - 0.000506363153061214);
b1 = gain*(gain*fs*(fs*(-1.69639758085955e-12*fs - 5.72373344015806e-10) + 1.21527156734691e-7) + fs*(fs*(1.69639758085955e-12*fs + 2.92848109520962e-9) - 2.50641609013388e-6) - 0.00151908945918364);
b2 = gain*(gain*fs*(fs*(1.69639758085955e-12*fs - 5.72373344015806e-10) - 1.21527156734691e-7) + fs*(fs*(-1.69639758085955e-12*fs + 2.92848109520962e-9) + 2.50641609013388e-6) - 0.00151908945918364);
b3 = gain*(gain*fs*(fs*(-5.65465860286515e-13*fs + 5.72373344015806e-10) - 1.21527156734691e-7) + fs*(fs*(5.65465860286515e-13*fs - 2.92848109520962e-9) + 2.50641609013388e-6) - 0.000506363153061214);
a0 = gain*(gain*fs*(fs*(-2.92202561207851e-14*fs - 1.68076623635913e-10) - 9.76391727987263e-8) + fs*(fs*(2.92202561207851e-14*fs + 1.68076623635913e-10) + 9.76391727987263e-8)) + fs*(3.94868325956556e-11*fs + 6.54318313030122e-8) + 1.61632817279244e-5;
a1 = gain*(gain*fs*(fs*(8.76607683623553e-14*fs + 1.68076623635913e-10) - 9.76391727987263e-8) + fs*(fs*(-8.76607683623553e-14*fs - 1.68076623635913e-10) + 9.76391727987263e-8)) + fs*(-3.94868325956556e-11*fs + 6.54318313030122e-8) + 4.84898451837732e-5;
a2 = gain*(gain*fs*(fs*(-8.76607683623553e-14*fs + 1.68076623635913e-10) + 9.76391727987263e-8) + fs*(fs*(8.76607683623553e-14*fs - 1.68076623635913e-10) - 9.76391727987263e-8)) + fs*(-3.94868325956556e-11*fs - 6.54318313030122e-8) + 4.84898451837732e-5;
a3 = gain*(gain*fs*(fs*(2.92202561207851e-14*fs - 1.68076623635913e-10) + 9.76391727987263e-8) + fs*(fs*(-2.92202561207851e-14*fs + 1.68076623635913e-10) - 9.76391727987263e-8)) + fs*(3.94868325956556e-11*fs - 6.54318313030122e-8) + 1.61632817279244e-5;
};
c03_stage2clip =
_<:
ba.if(signbit(_), c03_stage2_neg_clip, c03_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c03_stage2_clip = ffunction(float c03_stage2clip(float), "generated/stage/mesa_dc3_rhythm/c03_stage2_table.h", "");
c03_stage2_neg_clip = ffunction(float c03_stage2_negclip(float), "generated/stage/mesa_dc3_rhythm/c03_stage2_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c04_stage3clip
with {
fs = float(ma.SR);
master = ampctrl.master : si.smooth(0.999);
b0 = fs*master*(-2.85655611199869e-10*fs - 6.34790247110823e-9);
b1 = fs*master*(2.85655611199869e-10*fs - 6.34790247110823e-9);
b2 = fs*master*(2.85655611199869e-10*fs + 6.34790247110823e-9);
b3 = fs*master*(-2.85655611199869e-10*fs + 6.34790247110823e-9);
a0 = fs*(fs*(3.64313785972838e-15*fs + 2.5884168432943e-10) + 1.51395602310821e-8) + 1.58230819183179e-7;
a1 = fs*(fs*(-1.09294135791852e-14*fs - 2.5884168432943e-10) + 1.51395602310821e-8) + 4.74692457549537e-7;
a2 = fs*(fs*(1.09294135791852e-14*fs - 2.5884168432943e-10) - 1.51395602310821e-8) + 4.74692457549537e-7;
a3 = fs*(fs*(-3.64313785972838e-15*fs + 2.5884168432943e-10) - 1.51395602310821e-8) + 1.58230819183179e-7;
};
c04_stage3clip =
_<:
ba.if(signbit(_), c04_stage3_neg_clip, c04_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c04_stage3_clip = ffunction(float c04_stage3clip(float), "generated/stage/mesa_dc3_rhythm/c04_stage3_table.h", "");
c04_stage3_neg_clip = ffunction(float c04_stage3_negclip(float), "generated/stage/mesa_dc3_rhythm/c04_stage3_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c05_stage4clip
with {
fs = float(ma.SR);
b0 = (fs*(4.43030830836957e-10*fs + 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs - 4.72566219559423e-7));
b1 = (-8.86061661673914e-10*pow(fs,2) + 2.83539731735652e-9*pow(fs,2));
b2 = (fs*(4.43030830836957e-10*fs - 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs + 4.72566219559423e-7));
a0 = fs*(4.60626343739698e-10*fs + 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs - 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs - 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
a1 = -9.21252687479396e-10*pow(fs,2) + (6.38538513058588e-11*pow(fs,2) + (1.32763030240861e-10*pow(fs,2) + 3.27403958923153e-20) - 7.08953770134946e-6) + 2.26865206443179e-5;
a2 = fs*(4.60626343739698e-10*fs - 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs + 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs + 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
};
c05_stage4clip =
_<:
ba.if(signbit(_), c05_stage4_neg_clip, c05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c05_stage4_clip = ffunction(float c05_stage4clip(float), "generated/stage/mesa_dc3_rhythm/c05_stage4_table.h", "");
c05_stage4_neg_clip = ffunction(float c05_stage4_negclip(float), "generated/stage/mesa_dc3_rhythm/c05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.05) :
p1 :
p2 :
*(7.65) :
p3 :
*(8.1) :
p4 :
*(5.27) :
p5 :
*(1.86) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
47683596a977376e509323a27f0ad99f1fb63a506a985cb47b008c1be4437f13 | Sylcantor/wam-web-components | OverdriveRix.dsp | declare name "Overdrive";
declare category "Distortion";
import("music.lib");
/* -*- faust -*- */
/****************************************************************
** helper definitions
*/
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
//add_dc = +(anti_denormal);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
/****************************************************************
** nonlinear functions
*/
// from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
valve = environment {
ex(x) = (1 - exp(-x));
nlim = 50; // exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
/* 2 exp() */
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
/* 4 exp() because contains 2 valve.tr */
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : ma.neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : ma.neg : vt(dist, q) : ma.neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :ma.neg : *(g) : vt_scaled(dist, q) : /(g) : ma.neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
// simple triode circuit emulation
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
Ranode = ffunction(float Ranode(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
//fix me dcblock
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = anti_aliase : tube : hpf with {
lpfk = fi.lowpass(1,fck);
anti_aliase = fi.lowpass(3,ma.SR/2.1);
Rp = 100.0e3;
//VkC = Vk0 * (Rp + Ranode(tb)) / Rk;
//Vp = -(Vk0) : Ftube(tb);
//tubeVp = Vp <: +(VkC - vplus);
VkC = Vk0 * (Rp/Rk);
tubeVp = -(Vk0) : Ftube(tb) : +(VkC-vplus);
tube(x) = x : (+ : (tubeVp)) ~ (x*Rk/(Rp + Ranode(tb)) : lpfk) : /(divider);
switch1 = checkbox(".amp.highgain[tooltip:Allow frequencies below 31Hz][alias]");
hpf = _<: select2(switch1, fi.highpass(1,31.0), fi.dcblockerat(1.0));
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
/****************************************************************
** filter
*/
//---------------------second order Parametric Equalizer---------
// filter(Q,F,G)
// Q : quality factor [1..100]
// F : frequency (Hz)
// G : gain [0..1]
//---------------------------------------------------------------
// from "bandfilter.dsp" in the faust2pd distribution
// which was released under the BSD license.
eqfilter(Q,F,G) = fi.TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(ma.PI*F/ma.SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
/****************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
*/
//----- Flanging effect renamed in faust-0.9.27 from
//----- flangermono -> pf.flanger_mono
//----- flangerstereo -> pf.flanger_stereo
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
//----- Moog "Voltage Controlled Filter" (VCF)
//----- filter renamed in faust-0.9.27 from
//----- moogvcf -> ve.moog_vcf
import("stdfaust.lib");
moogvcfN(Q,fr) = (+ : fi.pole(p) : fi.pole(p)
: fi.pole(p) : fi.pole(p) : *(scale(p))) ~ *(mk)
with {
p = 1.0 - fr * 2.0 * ma.PI / ma.SR; // approx for fr << ma.SR
scale(p) = pow(1-p,4);
mk = 0-Q;
};
/****************************************************************
** building blocks
*/
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
/****************************************************************
** parameter definitions for use in alternative module
*/
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01) : smoothi(0.999);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : ba.db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
wah_ctrl = environment {
mode = vslider(".wah.mode[enum:manual|auto|alien][alias]", 0, 0, 2, 1);
wah = vslider(".wah.Wah[alias]", 0, 0, 1, 0.01);
freq = vslider(".wah.freq[name:Alien Freq][tooltip:LFO in Beats per Minute][alias]",24,24,360,1)/60;
wet_dry = vslider(".wah.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:Phase][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * ma.PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
poweramp_ctrl = environment {
ingain = vslider(".poweramp.Pregain[alias]",0,-30,30,0.1) : ba.db2linear : smoothi(0.999);
outgain = vslider(".poweramp.Gain[alias]", 0, -30.0, 30.0, 0.1) : ba.db2linear : smoothi(0.999);
};
/****************************************************************
** reverb building blocks
*/
opf(a) = (_+_*(1-a)~@(1)*a);
// BEWARE: This is not allpass filter.
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
// This is true allpass below.
allpass_filter(dt,fb) = (+ <:(@(dt):_),*(fb)) ~ *(-fb) : mem,_ : + ;
allpass_with_fdelay(dt1,coef,dt2,dt2pos) =
(_,_ <: (*(coef),_:+:@(dt1):de.fdelay(dt2,dt2pos)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
drive = vslider("Drive[style:knob][OWL:PARAMETER_A]", 1, 1, 20, 0.1);
f = drive * -0.5 : db2linear : smoothi(0.999);
wet = vslider("Dry/Wet[tooltip:percentage of processed signal in output signal][style:knob][OWL:PARAMETER_D]", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
overdrive(x) = (x*(abs(x) + drive)/(x*x + (drive-1)*abs(x) + 1)) * f;
main = _<:*(dry),(*(wet) : overdrive):>_;
output = _,_ : + : ba.bypass1(bypass,main) <: _,_;
process = ba.bypass_fade(0, checkbox("bypass"), main); | https://raw.githubusercontent.com/Sylcantor/wam-web-components/c54352dae5b80bcf6d8d4c306ea22e2c91a12b08/plugins/OverdriveRix/OverdriveRix.dsp | faust | -*- faust -*-
***************************************************************
** helper definitions
add_dc = +(anti_denormal);
***************************************************************
** nonlinear functions
from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
2 exp()
4 exp() because contains 2 valve.tr
simple triode circuit emulation
fix me dcblock
VkC = Vk0 * (Rp + Ranode(tb)) / Rk;
Vp = -(Vk0) : Ftube(tb);
tubeVp = Vp <: +(VkC - vplus);
***************************************************************
** filter
---------------------second order Parametric Equalizer---------
filter(Q,F,G)
Q : quality factor [1..100]
F : frequency (Hz)
G : gain [0..1]
---------------------------------------------------------------
from "bandfilter.dsp" in the faust2pd distribution
which was released under the BSD license.
***************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
----- Flanging effect renamed in faust-0.9.27 from
----- flangermono -> pf.flanger_mono
----- flangerstereo -> pf.flanger_stereo
----- Moog "Voltage Controlled Filter" (VCF)
----- filter renamed in faust-0.9.27 from
----- moogvcf -> ve.moog_vcf
approx for fr << ma.SR
***************************************************************
** building blocks
***************************************************************
** parameter definitions for use in alternative module
***************************************************************
** reverb building blocks
BEWARE: This is not allpass filter.
This is true allpass below. | declare name "Overdrive";
declare category "Distortion";
import("music.lib");
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
valve = environment {
ex(x) = (1 - exp(-x));
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : ma.neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : ma.neg : vt(dist, q) : ma.neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :ma.neg : *(g) : vt_scaled(dist, q) : /(g) : ma.neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
Ranode = ffunction(float Ranode(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = anti_aliase : tube : hpf with {
lpfk = fi.lowpass(1,fck);
anti_aliase = fi.lowpass(3,ma.SR/2.1);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tubeVp = -(Vk0) : Ftube(tb) : +(VkC-vplus);
tube(x) = x : (+ : (tubeVp)) ~ (x*Rk/(Rp + Ranode(tb)) : lpfk) : /(divider);
switch1 = checkbox(".amp.highgain[tooltip:Allow frequencies below 31Hz][alias]");
hpf = _<: select2(switch1, fi.highpass(1,31.0), fi.dcblockerat(1.0));
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
eqfilter(Q,F,G) = fi.TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(ma.PI*F/ma.SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
import("stdfaust.lib");
moogvcfN(Q,fr) = (+ : fi.pole(p) : fi.pole(p)
: fi.pole(p) : fi.pole(p) : *(scale(p))) ~ *(mk)
with {
scale(p) = pow(1-p,4);
mk = 0-Q;
};
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01) : smoothi(0.999);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : ba.db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : ba.db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
wah_ctrl = environment {
mode = vslider(".wah.mode[enum:manual|auto|alien][alias]", 0, 0, 2, 1);
wah = vslider(".wah.Wah[alias]", 0, 0, 1, 0.01);
freq = vslider(".wah.freq[name:Alien Freq][tooltip:LFO in Beats per Minute][alias]",24,24,360,1)/60;
wet_dry = vslider(".wah.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:Phase][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * ma.PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
poweramp_ctrl = environment {
ingain = vslider(".poweramp.Pregain[alias]",0,-30,30,0.1) : ba.db2linear : smoothi(0.999);
outgain = vslider(".poweramp.Gain[alias]", 0, -30.0, 30.0, 0.1) : ba.db2linear : smoothi(0.999);
};
opf(a) = (_+_*(1-a)~@(1)*a);
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
allpass_filter(dt,fb) = (+ <:(@(dt):_),*(fb)) ~ *(-fb) : mem,_ : + ;
allpass_with_fdelay(dt1,coef,dt2,dt2pos) =
(_,_ <: (*(coef),_:+:@(dt1):de.fdelay(dt2,dt2pos)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
drive = vslider("Drive[style:knob][OWL:PARAMETER_A]", 1, 1, 20, 0.1);
f = drive * -0.5 : db2linear : smoothi(0.999);
wet = vslider("Dry/Wet[tooltip:percentage of processed signal in output signal][style:knob][OWL:PARAMETER_D]", 100, 0, 100, 1) : /(100);
dry = 1 - wet;
overdrive(x) = (x*(abs(x) + drive)/(x*x + (drive-1)*abs(x) + 1)) * f;
main = _<:*(dry),(*(wet) : overdrive):>_;
output = _,_ : + : ba.bypass1(bypass,main) <: _,_;
process = ba.bypass_fade(0, checkbox("bypass"), main); |
d99a44c6ac68496eeeb7d7bf491c18d6b7e19a031d12c59283a2ff1dd259f420 | sadko4u/tamgamp.lv2 | vox_ac30_brilliant.dsp | /*
* Simulation of VOX AC-30 brilliant channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "vox_ac30_brilliant";
declare name "vox_ac30_brilliant";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(1.21691030264956e-12*fs + 1.62254707019943e-11) + fs*(fs*(-1.21691030264956e-12*fs - 1.21853284971976e-8) - 1.62254707019943e-7));
b1 = gain*(pow(fs,2)*gain*(-3.65073090794867e-12*fs - 1.62254707019943e-11) + fs*(fs*(3.65073090794867e-12*fs + 1.21853284971976e-8) - 1.62254707019943e-7));
b2 = gain*(pow(fs,2)*gain*(3.65073090794867e-12*fs - 1.62254707019943e-11) + fs*(fs*(-3.65073090794867e-12*fs + 1.21853284971976e-8) + 1.62254707019943e-7));
b3 = gain*(pow(fs,2)*gain*(-1.21691030264956e-12*fs + 1.62254707019943e-11) + fs*(fs*(1.21691030264956e-12*fs - 1.21853284971976e-8) + 1.62254707019943e-7));
a0 = fs*(fs*(1.46759132724008e-15*fs + 2.11486483634959e-10) + 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(-1.63951503064558e-14*fs - 3.30417460278931e-13) + fs*(fs*(1.49275589792157e-14*fs - 3.25286498377207e-11) - 6.60834920557862e-10)) + 6.60834920557862e-6;
a1 = fs*(fs*(-4.40277398172025e-15*fs - 2.11486483634959e-10) + 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(4.91854509193674e-14*fs + 3.30417460278931e-13) + fs*(fs*(-4.47826769376472e-14*fs + 3.25286498377207e-11) - 6.60834920557862e-10)) + 1.98250476167359e-5;
a2 = fs*(fs*(4.40277398172025e-15*fs - 2.11486483634959e-10) - 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(-4.91854509193674e-14*fs + 3.30417460278931e-13) + fs*(fs*(4.47826769376472e-14*fs + 3.25286498377207e-11) + 6.60834920557862e-10)) + 1.98250476167359e-5;
a3 = fs*(fs*(-1.46759132724008e-15*fs + 2.11486483634959e-10) - 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(1.63951503064558e-14*fs - 3.30417460278931e-13) + fs*(fs*(-1.49275589792157e-14*fs - 3.25286498377207e-11) + 6.60834920557862e-10)) + 6.60834920557862e-6;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/vox_ac30_brilliant/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/vox_ac30_brilliant/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*(bass*(pow(fs,3)*treble*(3.05797947138973e-17*fs + 4.63330222937843e-16) + fs*(fs*(fs*(3.3637774185287e-18*fs + 4.09921063749909e-14) + 7.47139476619465e-11) + 1.12263071754777e-9)) + fs*treble*(fs*(fs*(-3.08855926610362e-17*fs + 9.2202714364629e-16) + 1.79013949771437e-13) + 2.39323462261283e-12) + fs*(fs*(fs*(-3.3637774185287e-18*fs - 4.09226068415502e-14) - 7.3973537899982e-11) - 1.11142834271851e-9)) + fs*treble*(fs*(-1.40389057550165e-15*fs - 1.80804089269152e-13) - 2.41716696883895e-12) + fs*(fs*(-1.52898973569486e-16*fs - 1.4826096634268e-12) - 2.24286820047292e-11);
b1 = bass*(bass*(pow(fs,3)*treble*(-1.22319178855589e-16*fs - 9.26660445875686e-16) + fs*(pow(fs,2)*(-1.34551096741148e-17*fs - 8.19842127499818e-14) + 2.24526143509553e-9)) + fs*treble*(pow(fs,2)*(1.23542370644145e-16*fs - 1.84405428729258e-15) + 4.78646924522565e-12) + fs*(pow(fs,2)*(1.34551096741148e-17*fs + 8.18452136831005e-14) - 2.22285668543703e-9)) + fs*treble*(2.80778115100329e-15*pow(fs,2) - 4.83433393767791e-12) + fs*(3.05797947138973e-16*pow(fs,2) - 4.48573640094584e-11);
b2 = bass*(bass*(1.83478768283384e-16*pow(fs,4)*treble + pow(fs,2)*(2.01826645111722e-17*pow(fs,2) - 1.49427895323893e-10)) + pow(fs,2)*treble*(-1.85313555966217e-16*pow(fs,2) - 3.58027899542875e-13) + pow(fs,2)*(-2.01826645111722e-17*pow(fs,2) + 1.47947075799964e-10)) + 3.61608178538304e-13*pow(fs,2)*treble + 2.96521932685359e-12*pow(fs,2);
b3 = bass*(bass*(pow(fs,3)*treble*(-1.22319178855589e-16*fs + 9.26660445875686e-16) + fs*(pow(fs,2)*(-1.34551096741148e-17*fs + 8.19842127499818e-14) - 2.24526143509553e-9)) + fs*treble*(pow(fs,2)*(1.23542370644145e-16*fs + 1.84405428729258e-15) - 4.78646924522565e-12) + fs*(pow(fs,2)*(1.34551096741148e-17*fs - 8.18452136831005e-14) + 2.22285668543703e-9)) + fs*treble*(-2.80778115100329e-15*pow(fs,2) + 4.83433393767791e-12) + fs*(-3.05797947138973e-16*pow(fs,2) + 4.48573640094584e-11);
b4 = bass*(bass*(pow(fs,3)*treble*(3.05797947138973e-17*fs - 4.63330222937843e-16) + fs*(fs*(fs*(3.3637774185287e-18*fs - 4.09921063749909e-14) + 7.47139476619465e-11) - 1.12263071754777e-9)) + fs*treble*(fs*(fs*(-3.08855926610362e-17*fs - 9.2202714364629e-16) + 1.79013949771437e-13) - 2.39323462261283e-12) + fs*(fs*(fs*(-3.3637774185287e-18*fs + 4.09226068415502e-14) - 7.3973537899982e-11) + 1.11142834271851e-9)) + fs*treble*(fs*(1.40389057550165e-15*fs - 1.80804089269152e-13) + 2.41716696883895e-12) + fs*(fs*(1.52898973569486e-16*fs - 1.4826096634268e-12) + 2.24286820047292e-11);
a0 = bass*(bass*fs*(fs*(fs*(-6.02672969538652e-19*fs - 6.49932574103903e-15) - 1.47032744910494e-12) - 3.81165435253458e-11) + fs*(fs*(fs*(6.08122466362163e-19*fs + 6.53131301878959e-15) + 1.19327043205117e-12) + 7.38273127010344e-13) - 8.64438325516983e-10) + fs*(fs*(2.76419302891892e-17*fs + 2.94253695876191e-13) + 3.812941500894e-11) + 8.73082708772152e-10;
a1 = bass*(bass*fs*(pow(fs,2)*(2.41069187815461e-18*fs + 1.29986514820781e-14) - 7.62330870506917e-11) + fs*(pow(fs,2)*(-2.43248986544865e-18*fs - 1.30626260375792e-14) + 1.47654625402069e-12) - 3.45775330206793e-9) + fs*(-5.52838605783785e-17*pow(fs,2) + 7.62588300178801e-11) + 3.49233083508861e-9;
a2 = bass*(bass*pow(fs,2)*(-3.61603781723191e-18*pow(fs,2) + 2.94065489820987e-12) + pow(fs,2)*(3.64873479817298e-18*pow(fs,2) - 2.38654086410234e-12) - 5.1866299531019e-9) - 5.88507391752382e-13*pow(fs,2) + 5.23849625263291e-9;
a3 = bass*(bass*fs*(pow(fs,2)*(2.41069187815461e-18*fs - 1.29986514820781e-14) + 7.62330870506917e-11) + fs*(pow(fs,2)*(-2.43248986544865e-18*fs + 1.30626260375792e-14) - 1.47654625402069e-12) - 3.45775330206793e-9) + fs*(5.52838605783785e-17*pow(fs,2) - 7.62588300178801e-11) + 3.49233083508861e-9;
a4 = bass*(bass*fs*(fs*(fs*(-6.02672969538652e-19*fs + 6.49932574103903e-15) - 1.47032744910494e-12) + 3.81165435253458e-11) + fs*(fs*(fs*(6.08122466362163e-19*fs - 6.53131301878959e-15) + 1.19327043205117e-12) - 7.38273127010344e-13) - 8.64438325516983e-10) + fs*(fs*(-2.76419302891892e-17*fs + 2.94253695876191e-13) - 3.812941500894e-11) + 8.73082708772152e-10;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/vox_ac30_brilliant/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/vox_ac30_brilliant/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(1.66051214997777e-13*fs + 6.26909307070816e-14);
b1 = pow(fs,2)*(-4.9815364499333e-13*fs - 6.26909307070816e-14);
b2 = pow(fs,2)*(4.9815364499333e-13*fs - 6.26909307070816e-14);
b3 = pow(fs,2)*(-1.66051214997777e-13*fs + 6.26909307070816e-14);
a0 = fs*(fs*(9.03712610288755e-15*fs + 2.45691087748693e-13) + 1.6200511205926e-12) + 8.32789355310672e-13;
a1 = fs*(fs*(-2.71113783086627e-14*fs - 2.45691087748693e-13) + 1.6200511205926e-12) + 2.49836806593202e-12;
a2 = fs*(fs*(2.71113783086627e-14*fs - 2.45691087748693e-13) - 1.6200511205926e-12) + 2.49836806593202e-12;
a3 = fs*(fs*(-9.03712610288755e-15*fs + 2.45691087748693e-13) - 1.6200511205926e-12) + 8.32789355310672e-13;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/vox_ac30_brilliant/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/vox_ac30_brilliant/s03_stage3_neg_table.h", "");
};
process =
*(pregain) :
*(0.13) :
p1 :
*(0.075) :
p2 :
*(0.205) :
p3 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/vox_ac30_brilliant.dsp | faust |
* Simulation of VOX AC-30 brilliant channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "vox_ac30_brilliant";
declare name "vox_ac30_brilliant";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(1.21691030264956e-12*fs + 1.62254707019943e-11) + fs*(fs*(-1.21691030264956e-12*fs - 1.21853284971976e-8) - 1.62254707019943e-7));
b1 = gain*(pow(fs,2)*gain*(-3.65073090794867e-12*fs - 1.62254707019943e-11) + fs*(fs*(3.65073090794867e-12*fs + 1.21853284971976e-8) - 1.62254707019943e-7));
b2 = gain*(pow(fs,2)*gain*(3.65073090794867e-12*fs - 1.62254707019943e-11) + fs*(fs*(-3.65073090794867e-12*fs + 1.21853284971976e-8) + 1.62254707019943e-7));
b3 = gain*(pow(fs,2)*gain*(-1.21691030264956e-12*fs + 1.62254707019943e-11) + fs*(fs*(1.21691030264956e-12*fs - 1.21853284971976e-8) + 1.62254707019943e-7));
a0 = fs*(fs*(1.46759132724008e-15*fs + 2.11486483634959e-10) + 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(-1.63951503064558e-14*fs - 3.30417460278931e-13) + fs*(fs*(1.49275589792157e-14*fs - 3.25286498377207e-11) - 6.60834920557862e-10)) + 6.60834920557862e-6;
a1 = fs*(fs*(-4.40277398172025e-15*fs - 2.11486483634959e-10) + 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(4.91854509193674e-14*fs + 3.30417460278931e-13) + fs*(fs*(-4.47826769376472e-14*fs + 3.25286498377207e-11) - 6.60834920557862e-10)) + 1.98250476167359e-5;
a2 = fs*(fs*(4.40277398172025e-15*fs - 2.11486483634959e-10) - 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(-4.91854509193674e-14*fs + 3.30417460278931e-13) + fs*(fs*(4.47826769376472e-14*fs + 3.25286498377207e-11) + 6.60834920557862e-10)) + 1.98250476167359e-5;
a3 = fs*(fs*(-1.46759132724008e-15*fs + 2.11486483634959e-10) - 3.32555682503344e-7) + gain*(pow(fs,2)*gain*(1.63951503064558e-14*fs - 3.30417460278931e-13) + fs*(fs*(-1.49275589792157e-14*fs - 3.25286498377207e-11) + 6.60834920557862e-10)) + 6.60834920557862e-6;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/vox_ac30_brilliant/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/vox_ac30_brilliant/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
treble = ampctrl.treble : LogPot(3.0) : si.smooth(0.999);
b0 = bass*(bass*(pow(fs,3)*treble*(3.05797947138973e-17*fs + 4.63330222937843e-16) + fs*(fs*(fs*(3.3637774185287e-18*fs + 4.09921063749909e-14) + 7.47139476619465e-11) + 1.12263071754777e-9)) + fs*treble*(fs*(fs*(-3.08855926610362e-17*fs + 9.2202714364629e-16) + 1.79013949771437e-13) + 2.39323462261283e-12) + fs*(fs*(fs*(-3.3637774185287e-18*fs - 4.09226068415502e-14) - 7.3973537899982e-11) - 1.11142834271851e-9)) + fs*treble*(fs*(-1.40389057550165e-15*fs - 1.80804089269152e-13) - 2.41716696883895e-12) + fs*(fs*(-1.52898973569486e-16*fs - 1.4826096634268e-12) - 2.24286820047292e-11);
b1 = bass*(bass*(pow(fs,3)*treble*(-1.22319178855589e-16*fs - 9.26660445875686e-16) + fs*(pow(fs,2)*(-1.34551096741148e-17*fs - 8.19842127499818e-14) + 2.24526143509553e-9)) + fs*treble*(pow(fs,2)*(1.23542370644145e-16*fs - 1.84405428729258e-15) + 4.78646924522565e-12) + fs*(pow(fs,2)*(1.34551096741148e-17*fs + 8.18452136831005e-14) - 2.22285668543703e-9)) + fs*treble*(2.80778115100329e-15*pow(fs,2) - 4.83433393767791e-12) + fs*(3.05797947138973e-16*pow(fs,2) - 4.48573640094584e-11);
b2 = bass*(bass*(1.83478768283384e-16*pow(fs,4)*treble + pow(fs,2)*(2.01826645111722e-17*pow(fs,2) - 1.49427895323893e-10)) + pow(fs,2)*treble*(-1.85313555966217e-16*pow(fs,2) - 3.58027899542875e-13) + pow(fs,2)*(-2.01826645111722e-17*pow(fs,2) + 1.47947075799964e-10)) + 3.61608178538304e-13*pow(fs,2)*treble + 2.96521932685359e-12*pow(fs,2);
b3 = bass*(bass*(pow(fs,3)*treble*(-1.22319178855589e-16*fs + 9.26660445875686e-16) + fs*(pow(fs,2)*(-1.34551096741148e-17*fs + 8.19842127499818e-14) - 2.24526143509553e-9)) + fs*treble*(pow(fs,2)*(1.23542370644145e-16*fs + 1.84405428729258e-15) - 4.78646924522565e-12) + fs*(pow(fs,2)*(1.34551096741148e-17*fs - 8.18452136831005e-14) + 2.22285668543703e-9)) + fs*treble*(-2.80778115100329e-15*pow(fs,2) + 4.83433393767791e-12) + fs*(-3.05797947138973e-16*pow(fs,2) + 4.48573640094584e-11);
b4 = bass*(bass*(pow(fs,3)*treble*(3.05797947138973e-17*fs - 4.63330222937843e-16) + fs*(fs*(fs*(3.3637774185287e-18*fs - 4.09921063749909e-14) + 7.47139476619465e-11) - 1.12263071754777e-9)) + fs*treble*(fs*(fs*(-3.08855926610362e-17*fs - 9.2202714364629e-16) + 1.79013949771437e-13) - 2.39323462261283e-12) + fs*(fs*(fs*(-3.3637774185287e-18*fs + 4.09226068415502e-14) - 7.3973537899982e-11) + 1.11142834271851e-9)) + fs*treble*(fs*(1.40389057550165e-15*fs - 1.80804089269152e-13) + 2.41716696883895e-12) + fs*(fs*(1.52898973569486e-16*fs - 1.4826096634268e-12) + 2.24286820047292e-11);
a0 = bass*(bass*fs*(fs*(fs*(-6.02672969538652e-19*fs - 6.49932574103903e-15) - 1.47032744910494e-12) - 3.81165435253458e-11) + fs*(fs*(fs*(6.08122466362163e-19*fs + 6.53131301878959e-15) + 1.19327043205117e-12) + 7.38273127010344e-13) - 8.64438325516983e-10) + fs*(fs*(2.76419302891892e-17*fs + 2.94253695876191e-13) + 3.812941500894e-11) + 8.73082708772152e-10;
a1 = bass*(bass*fs*(pow(fs,2)*(2.41069187815461e-18*fs + 1.29986514820781e-14) - 7.62330870506917e-11) + fs*(pow(fs,2)*(-2.43248986544865e-18*fs - 1.30626260375792e-14) + 1.47654625402069e-12) - 3.45775330206793e-9) + fs*(-5.52838605783785e-17*pow(fs,2) + 7.62588300178801e-11) + 3.49233083508861e-9;
a2 = bass*(bass*pow(fs,2)*(-3.61603781723191e-18*pow(fs,2) + 2.94065489820987e-12) + pow(fs,2)*(3.64873479817298e-18*pow(fs,2) - 2.38654086410234e-12) - 5.1866299531019e-9) - 5.88507391752382e-13*pow(fs,2) + 5.23849625263291e-9;
a3 = bass*(bass*fs*(pow(fs,2)*(2.41069187815461e-18*fs - 1.29986514820781e-14) + 7.62330870506917e-11) + fs*(pow(fs,2)*(-2.43248986544865e-18*fs + 1.30626260375792e-14) - 1.47654625402069e-12) - 3.45775330206793e-9) + fs*(5.52838605783785e-17*pow(fs,2) - 7.62588300178801e-11) + 3.49233083508861e-9;
a4 = bass*(bass*fs*(fs*(fs*(-6.02672969538652e-19*fs + 6.49932574103903e-15) - 1.47032744910494e-12) + 3.81165435253458e-11) + fs*(fs*(fs*(6.08122466362163e-19*fs - 6.53131301878959e-15) + 1.19327043205117e-12) - 7.38273127010344e-13) - 8.64438325516983e-10) + fs*(fs*(-2.76419302891892e-17*fs + 2.94253695876191e-13) - 3.812941500894e-11) + 8.73082708772152e-10;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/vox_ac30_brilliant/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/vox_ac30_brilliant/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(1.66051214997777e-13*fs + 6.26909307070816e-14);
b1 = pow(fs,2)*(-4.9815364499333e-13*fs - 6.26909307070816e-14);
b2 = pow(fs,2)*(4.9815364499333e-13*fs - 6.26909307070816e-14);
b3 = pow(fs,2)*(-1.66051214997777e-13*fs + 6.26909307070816e-14);
a0 = fs*(fs*(9.03712610288755e-15*fs + 2.45691087748693e-13) + 1.6200511205926e-12) + 8.32789355310672e-13;
a1 = fs*(fs*(-2.71113783086627e-14*fs - 2.45691087748693e-13) + 1.6200511205926e-12) + 2.49836806593202e-12;
a2 = fs*(fs*(2.71113783086627e-14*fs - 2.45691087748693e-13) - 1.6200511205926e-12) + 2.49836806593202e-12;
a3 = fs*(fs*(-9.03712610288755e-15*fs + 2.45691087748693e-13) - 1.6200511205926e-12) + 8.32789355310672e-13;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/vox_ac30_brilliant/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/vox_ac30_brilliant/s03_stage3_neg_table.h", "");
};
process =
*(pregain) :
*(0.13) :
p1 :
*(0.075) :
p2 :
*(0.205) :
p3 :
*(1.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
84c7ec1cd7e9c95e338700af83021e27bf5f3006883eb7536a7f0c6d2db1d19d | grame-cncm/smartfaust | sfIter.dsp | declare name "sfIter";
declare version "0.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
//-------------------- MAIN -------------------------------
process = Gringo <:zita_rev3:>_:*(out)
with {
out = checkbox ("v:sfIter/ON/OFF"):si.smooth(0.998);
};
//-------------------- PARAMETERS -------------------------------
// to be compatible with android smartphone
filter_accel = fi.lowpass(N,fc)
with {
fc= hslider("v:sfIter parameter(s)/high_cut [hidden:1]",0.5,0.01,10,0.01);
N= 1; // order of filter
};
// ratio of the envelope at high level to the tempo
ratio_env = hslider ("v:sfIter parameter(s)/ratio_env [osc:/ratio -1 1] [acc:1 0 -10 0 10] [color:255 255 0][hidden:1]",0.166,0.,0.5,0.0001):filter_accel;
//fade = vslider ("fade",0.5,0.0001,0.5,0.0001); // min > 0 pour eviter division par 0
fade = (0.5);
// in hz
speed = hslider ("v:sfIter parameter(s)/speed [osc:/speed -1 1][acc:1 1 -10 0 10][color:255 255 0][hidden:1]",10,0.001,20,0.0001):filter_accel;
//proba = vslider ("proba",1.,0.,1.,0.01);
proba = (1);
// PHASOR_BIN //////////////////////////////
//phasor_bin (speed, init) = (+(float(speed)/float(SR)) : fmod(_,1.0)) ~ *(init); // version with freq controled by singal
phasor_bin (init) = (+(float(speed)/float(ma.SR)) : fmod(_,1.0)) ~ *(init);
// PULSAR //////////////////////////////
//pulsar = ((_)<(_))*((_)>((_:-(0.001),(noise:abs):latch)); // version with signal input
//pulsar = _<:((_)<(ratio_env))*((proba)>((_),(noise:abs):latch)); // this version have a artefact of synchro
pulsar = _<:(((_)<(ratio_env)):@(100))*((proba)>((_),(no.noise:abs):ba.latch)); //this version introduce a delay of 100 samples to resynchronize prob to output without artefact
// ENVELOPPE PULSAR ////////////////////
duree_env = 1/(speed: / (ratio_env*(0.25)*fade));
// SYNHT FM ///////////////////////////
oscillateur(vol, freq, modul) = vol * os.osci(freq + modul);
vln = oscillateur(vol, freq, modul1)
with {
modul1 = oscillateur(volmod, freqmod, modul1mod);
vol = hslider ( "v:sfIter parameter(s)/vol [osc:/vol -1 1][acc:0 1 -10 0 10] [color:255 0 0][hidden:1]",0.5,0,1,0.0001):filter_accel;
freq = hslider ( "v:sfIter parameter(s)/freq [osc:/freq -1 1][acc:0 0 -10 0 10][color:255 0 0][hidden:1]",390,100,2000,1):si.smooth(0.998);
volmod = vol:*(freqmod);
freqmod = hslider ("v:sfIter parameter(s)/freqmod [osc:/freqmod -1 1][acc:2 0 -10 0 10][color:0 255 0][hidden:1]", 0.1,0.1,9.5,0.1):*(freq):filter_accel;
//modul1mod = vslider ("modulo", 0., 0.,100.,0.1);
modul1mod = (10);
};
Gringo = vln * (phasor_bin(1) :-(0.001): pulsar : an.amp_follower_ud(duree_env,duree_env));
// from effect.lib but with only N=4 for mobilephone applications (C.Lebreton)
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
// Delay-line lengths in seconds:
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
0.029291, 0.013458, 0.019123); // feedforward delays in seconds
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
0.192303, 0.125000, 0.219991); // total delays in seconds
tdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,tdelays)); // samples
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
// NOTE: Since SR is not bounded at compile time, we can't use it to
// allocate delay lines; hence, the fsmax parameter:
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
apcoeff(i) = select2(i&1,0.6,-0.6); // allpass comb-filter coefficient
allpass_combs(N) = par(i,N,(fi.allpass_comb(maxapdelay(i),apdelay(i),apcoeff(i)))); // filter.lib
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
feedbackmatrix(N) = ro.hadamard(N); // math.lib
staynormal = 10.0^(-20); // let signals decay well below LSB, but not to zero
special_lowpass(g,f) = si.smooth(p) with {
// unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
p = mbo2 - sqrt(max(0,mbo2*mbo2 - 1.0)); // other solution is unstable
mbo2 = (1.0 - gs*c)/(1.0 - gs); // NOTE: must ensure |g|<1 (t60m finite)
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
low_shelf1_l(G0,fx,x) = x + (G0-1)* fi.lowpass(1,fx,x); // filter.lib
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
n60(j) = dur(j)* ma.SR; // decay time in samples
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
t1 = 0.37; // zita-rev1 linearly ramps from 0 to t1 over one buffer
outmix(4) = !,ro.butterfly(2),!; // probably the result of some experimenting!
outmix(N) = outmix(N/2),par(i,N/2,!);
};
// from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
//---------------------------------- zita_rev1 ------------------------------
// Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
//
// Only the dry/wet and output level parameters are "dezippered" here. If
// parameters are to be varied in real time, use "si.smooth(0.999)" or the like
// in the same way.
//
// REFERENCE:
// http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
//
// DEPENDENCIES:
// filter.lib (peak_eq_rm)
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
fsmax = 48000.0; // highest sampling rate that will be used
// rdel = vslider("[1] Pre_Delay [hidden:1] [unit:ms] [style:knob][tooltip: Delay in ms before reverberation begins]", 50,1,100,1);
rdel = 50;
// f1 = vslider("[1] LF X [hidden:1][unit:Hz] [style:knob] [tooltip: Crossover frequency (Hz) separating low and middle frequencies]", 500, 50, 1000, 1);
f1=500;
t60dc = hslider("v:sfIter parameter(s)/[2] Low RT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band][acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
t60m = hslider("v:sfIter parameter(s)/[3] Mid RT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in middle band][acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
//f2 = vslider("[4] HF Damping [hidden:1][unit:Hz] [style:knob] [tooltip: Frequency (Hz) at which the high-frequency T60 is half the middle-band's T60]", 8000, 1500, 0.49*fsmax, 1);
f2=8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);
// Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
// pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
// Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
//pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
// with {
// tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
// wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
//g = db2linear(eql); // peak gain
// };
// pareq use directly peak_eq_cp from filter.lib
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
// eq1f = vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1);
eq1f = 315;
// eq1l = vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1);
eq1l = 0;
// eq1q = vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1);
eq1q =3;
// eq2f = vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1);
eq2f =3000;
// eq2l = vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1);
eq2l =0;
// eq2q = vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1);
eq2q =3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet = (hslider("v:sfIter parameter(s)/[1] Dry/Wet Mix [tooltip: -1 = dry, 1 = wet] [acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 5, 0, 20, 0.1)*0.02)-1 : si.smooth(0.99);
// out_level = *(gain),*(gain);
// gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear;
};
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfIter/sfIter.dsp | faust | -------------------- MAIN -------------------------------
-------------------- PARAMETERS -------------------------------
to be compatible with android smartphone
order of filter
ratio of the envelope at high level to the tempo
fade = vslider ("fade",0.5,0.0001,0.5,0.0001); // min > 0 pour eviter division par 0
in hz
proba = vslider ("proba",1.,0.,1.,0.01);
PHASOR_BIN //////////////////////////////
phasor_bin (speed, init) = (+(float(speed)/float(SR)) : fmod(_,1.0)) ~ *(init); // version with freq controled by singal
PULSAR //////////////////////////////
pulsar = ((_)<(_))*((_)>((_:-(0.001),(noise:abs):latch)); // version with signal input
pulsar = _<:((_)<(ratio_env))*((proba)>((_),(noise:abs):latch)); // this version have a artefact of synchro
this version introduce a delay of 100 samples to resynchronize prob to output without artefact
ENVELOPPE PULSAR ////////////////////
SYNHT FM ///////////////////////////
modul1mod = vslider ("modulo", 0., 0.,100.,0.1);
from effect.lib but with only N=4 for mobilephone applications (C.Lebreton)
Delay-line lengths in seconds:
feedforward delays in seconds
total delays in seconds
samples
NOTE: Since SR is not bounded at compile time, we can't use it to
allocate delay lines; hence, the fsmax parameter:
allpass comb-filter coefficient
filter.lib
math.lib
let signals decay well below LSB, but not to zero
unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
other solution is unstable
NOTE: must ensure |g|<1 (t60m finite)
filter.lib
decay time in samples
zita-rev1 linearly ramps from 0 to t1 over one buffer
probably the result of some experimenting!
from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
---------------------------------- zita_rev1 ------------------------------
Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
Only the dry/wet and output level parameters are "dezippered" here. If
parameters are to be varied in real time, use "si.smooth(0.999)" or the like
in the same way.
REFERENCE:
http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
DEPENDENCIES:
filter.lib (peak_eq_rm)
highest sampling rate that will be used
rdel = vslider("[1] Pre_Delay [hidden:1] [unit:ms] [style:knob][tooltip: Delay in ms before reverberation begins]", 50,1,100,1);
f1 = vslider("[1] LF X [hidden:1][unit:Hz] [style:knob] [tooltip: Crossover frequency (Hz) separating low and middle frequencies]", 500, 50, 1000, 1);
f2 = vslider("[4] HF Damping [hidden:1][unit:Hz] [style:knob] [tooltip: Frequency (Hz) at which the high-frequency T60 is half the middle-band's T60]", 8000, 1500, 0.49*fsmax, 1);
Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
with {
tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
g = db2linear(eql); // peak gain
};
pareq use directly peak_eq_cp from filter.lib
eq1f = vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1);
eq1l = vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1);
eq1q = vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1);
eq2f = vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1);
eq2l = vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1);
eq2q = vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1);
out_level = *(gain),*(gain);
gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear; | declare name "sfIter";
declare version "0.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
process = Gringo <:zita_rev3:>_:*(out)
with {
out = checkbox ("v:sfIter/ON/OFF"):si.smooth(0.998);
};
filter_accel = fi.lowpass(N,fc)
with {
fc= hslider("v:sfIter parameter(s)/high_cut [hidden:1]",0.5,0.01,10,0.01);
};
ratio_env = hslider ("v:sfIter parameter(s)/ratio_env [osc:/ratio -1 1] [acc:1 0 -10 0 10] [color:255 255 0][hidden:1]",0.166,0.,0.5,0.0001):filter_accel;
fade = (0.5);
speed = hslider ("v:sfIter parameter(s)/speed [osc:/speed -1 1][acc:1 1 -10 0 10][color:255 255 0][hidden:1]",10,0.001,20,0.0001):filter_accel;
proba = (1);
phasor_bin (init) = (+(float(speed)/float(ma.SR)) : fmod(_,1.0)) ~ *(init);
duree_env = 1/(speed: / (ratio_env*(0.25)*fade));
oscillateur(vol, freq, modul) = vol * os.osci(freq + modul);
vln = oscillateur(vol, freq, modul1)
with {
modul1 = oscillateur(volmod, freqmod, modul1mod);
vol = hslider ( "v:sfIter parameter(s)/vol [osc:/vol -1 1][acc:0 1 -10 0 10] [color:255 0 0][hidden:1]",0.5,0,1,0.0001):filter_accel;
freq = hslider ( "v:sfIter parameter(s)/freq [osc:/freq -1 1][acc:0 0 -10 0 10][color:255 0 0][hidden:1]",390,100,2000,1):si.smooth(0.998);
volmod = vol:*(freqmod);
freqmod = hslider ("v:sfIter parameter(s)/freqmod [osc:/freqmod -1 1][acc:2 0 -10 0 10][color:0 255 0][hidden:1]", 0.1,0.1,9.5,0.1):*(freq):filter_accel;
modul1mod = (10);
};
Gringo = vln * (phasor_bin(1) :-(0.001): pulsar : an.amp_follower_ud(duree_env,duree_env));
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
special_lowpass(g,f) = si.smooth(p) with {
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
outmix(N) = outmix(N/2),par(i,N/2,!);
};
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
rdel = 50;
f1=500;
t60dc = hslider("v:sfIter parameter(s)/[2] Low RT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band][acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
t60m = hslider("v:sfIter parameter(s)/[3] Mid RT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in middle band][acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
f2=8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f = 315;
eq1l = 0;
eq1q =3;
eq2f =3000;
eq2l =0;
eq2q =3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet = (hslider("v:sfIter parameter(s)/[1] Dry/Wet Mix [tooltip: -1 = dry, 1 = wet] [acc:1 0 -10 0 10][color:255 255 0][hidden:1]", 5, 0, 20, 0.1)*0.02)-1 : si.smooth(0.99);
};
|
32733f3da9eed4db2fbfc3d11635307ecc4cb809c2074c72652f6f8066b93be7 | brummer10/guitarix | gxechocat.dsp | declare name "Tape Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
/*
HEAD SPACING
I have lold Selmer unit where playback heads are 1.5 inches apart
and record head is 1.8 inches from last playback so :
record - play4 - play 3 - play 2 - play 1
1.8 - 1.5 - 1.5 - 1.5 - 1.5
Se we have record -1.8inches - head1, 2.3 to head2, 3.8 to head3 5.3 to head 4 !
Or at 15ips head1 120ms head2 220ms head3 320ms head4 420ms
According to what I have read the heads are not parallel but output from each one is fed into next ??? What ??? Also max de.delay from one head is 425ms
Apparently originsl units has 23 inch tapes!
Actual topology
In -> stage1 -> pentode driver for record head ->play heads -> 2stage valve amp ->mixer->out and feedback to pentode
Sounds OK maybe too much bandwidth loss try cleaner path
Look ay adding soft clip before machine to simulate saturation
Frequency response of tape in copicat would be poor due to design and use
Tape usually has steep low end frop with a hump and not quite so steep high drop, maybe as for guitar we can lower this but would guess that should start around
40 - 80Hz steep fi.highpass with possible hump ( ? resonant filter )
5- 6k fi.lowpass
Am concerned that as each valve stage already has same lowapss filter that this
may have same effect as in real amp of creating a resonance an will try same solution : stagger filters and identify dominant one ( biggest effect ) and slug it or drastically reduce it.
*/
// So we need multiple de.delay heads
// Each head can be bypassed or moved to alter de.delay time
// so tape speed in inches per second
// distance from record head in inches
// thus we get de.delay in milliseconds
//speed = 7.5 ;
bpm = hgroup( "Echo", vslider("BPM[style:knob]", 120, 24, 360, 0.1)) ;
// The wow should be preset by experiment...
// Lets introduce just a little
sine(freq) = (os.oscs(freq) + 1) / 2 : max(0); // max(0) because of numerical inaccuracy
freq= 4 ; // 4Hz
depth = 0.005 ; // Play with this
wow = sine( freq) * depth ;
speed = ( 72/(2*bpm)) ;
tapespeed = hgroup( "Tape Control",speed + wow );
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
s = 0.993;
echo = hgroup( "Echo", vslider("Swell[style:knob]", 0, 0, 1, 0.01)): LogPot(1):si.smooth(s):*(0.25) ;
feedback = hgroup( "Echo", vslider("Sustain[style:knob]", 0, 0.0, 1.0, 0.01)):LogPot(1):si.smooth(s):*(0.25);
// Play with delays to get following ranges
// 83.33ms => 1.25s on head1
// 166.6ms => 2.5s on head1
// 250ms => 3.75s on head1
dtime1 = ma.SR*( 30/bpm) ;
dtime2 = ma.SR*( 60/ bpm) ;
dtime3 = ma.SR*( 90/bpm ) ;
dtime4 = ma.SR*( 240/bpm ) ;
head1 = de.sdelay(N, interp, dtime1):*(checkbox("Head1")) with {
interp = ma.SR/10.0; // 100*SER/1000
N = int( 2^19 ) ;
};
head2 = de.sdelay(N, interp, dtime2):*(checkbox("Head2")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head3 = de.sdelay(N, interp, dtime3):*(checkbox("Head3")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head4 = de.sdelay(N, interp, dtime4):*(checkbox("Head4")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
input = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicat1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
// Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
Input = vslider("AUDIO_IN[name:Input]", 0.5, 0, 1, 0.01) : si.smooth(s);
b0 = Input*fs*(-2.06740841499587e-8*fs - 5.51308910665569e-7);
b1 = 4.13481682999174e-8*Input*pow(fs,2);
b2 = Input*fs*(-2.06740841499587e-8*fs + 5.51308910665569e-7);
a0 = Input*(Input*fs*(-7.83789728824443e-11*fs - 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs + 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs + 2.49068229273233e-8) + 3.09696552478371e-7;
a1 = Input*(1.56757945764889e-10*Input*pow(fs,2) - 1.66568855633991e-10*pow(fs,2) + 1.25383219626868e-7) - 8.22850146831931e-10*pow(fs,2) + 6.19393104956741e-7;
a2 = Input*(Input*fs*(-7.83789728824443e-11*fs + 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs - 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs - 2.49068229273233e-8) + 3.09696552478371e-7;
};
copicat1clip = _<: ba.if(signbit(_), copicat1_neg_clip, copicat1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicat1_clip = ffunction(float copicat1clip(float), "copicat1_table.h", "");
copicat1_neg_clip = ffunction(float copicat1_negclip(float), "copicat1_neg_table.h", "");
};
record = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : copicatrecord_2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.23938408071082e-8*fs - 7.13052376187718e-7) - 9.98795811595446e-6;
b1 = fs*(1.23938408071082e-8*fs - 7.13052376187718e-7) - 2.99638743478634e-5;
b2 = fs*(1.23938408071082e-8*fs + 7.13052376187718e-7) - 2.99638743478634e-5;
b3 = fs*(-1.23938408071082e-8*fs + 7.13052376187718e-7) - 9.98795811595446e-6;
a0 = fs*(fs*(6.73029102377671e-15*fs + 1.10493997854221e-10) + 2.30183843147656e-8) + 6.01595252726883e-7;
a1 = fs*(fs*(-2.01908730713301e-14*fs - 1.10493997854221e-10) + 2.30183843147656e-8) + 1.80478575818065e-6;
a2 = fs*(fs*(2.01908730713301e-14*fs - 1.10493997854221e-10) - 2.30183843147656e-8) + 1.80478575818065e-6;
a3 = fs*(fs*(-6.73029102377671e-15*fs + 1.10493997854221e-10) - 2.30183843147656e-8) + 6.01595252726883e-7;
};
copicatrecord_2clip = _<: ba.if(signbit(_), copicatrecord_2_neg_clip, copicatrecord_2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatrecord_2_clip = ffunction(float copicatrecord_2clip(float), "copicatrecord_2_table.h", "");
copicatrecord_2_neg_clip = ffunction(float copicatrecord_2_negclip(float), "copicatrecord_2_neg_table.h", "");
};
replay1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-2.16461324600193e-8*fs - 1.31188681575873e-7);
b1 = 4.32922649200386e-8*pow(fs,2);
b2 = fs*(-2.16461324600193e-8*fs + 1.31188681575873e-7);
a0 = fs*(4.33785780482415e-10*fs + 1.16144315716444e-8) + 6.90530766455131e-8;
a1 = -8.6757156096483e-10*pow(fs,2) + 1.38106153291026e-7;
a2 = fs*(4.33785780482415e-10*fs - 1.16144315716444e-8) + 6.90530766455131e-8;
};
copicatreplay1clip = _<: ba.if(signbit(_), copicatreplay1_neg_clip, copicatreplay1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay1_clip = ffunction(float copicatreplay1clip(float), "copicatreplay1_table.h", "");
copicatreplay1_neg_clip = ffunction(float copicatreplay1_negclip(float), "copicatreplay1_neg_table.h", "");
};
replay2 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.02325156488485e-9*fs - 1.05707806289759e-8);
b1 = 2.0465031297697e-9*pow(fs,2);
b2 = fs*(-1.02325156488485e-9*fs + 1.05707806289759e-8);
a0 = fs*(4.3361242466424e-10*fs + 1.99329936161353e-8) + 1.89880017035189e-7;
a1 = -8.6722484932848e-10*pow(fs,2) + 3.79760034070379e-7;
a2 = fs*(4.3361242466424e-10*fs - 1.99329936161353e-8) + 1.89880017035189e-7;
};
copicatreplay2clip = _<: ba.if(signbit(_), copicatreplay2_neg_clip, copicatreplay2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay2_clip = ffunction(float copicatreplay2clip(float), "copicatreplay2_table.h", "");
copicatreplay2_neg_clip = ffunction(float copicatreplay2_negclip(float), "copicatreplay2_neg_table.h", "");
};
machine = record:vgroup( "Tape Heads", fi.highpass( 4, 40 )<:head1,head2,head3:>fi.lowpass( 1, 6500 ):fi.dcblocker ):replay1:replay2;
// May need to look at levels here
fbloop = fi.lowpass( 1, 7500 ):*(feedback):fi.highpass( 1, 150 ) ;
Output = vslider("Output[name:Output]", 1.0, 0.0, 2.0, 0.01) : LogPot(3) : si.smooth(s);
amp = input<:_,((+:_<:machine :>_)~fbloop:*(echo)):>*(Output) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
| https://raw.githubusercontent.com/brummer10/guitarix/9734478d71ac7190dc8814ce250e28ce174ebaf1/trunk/src/LV2/faust/gxechocat.dsp | faust |
HEAD SPACING
I have lold Selmer unit where playback heads are 1.5 inches apart
and record head is 1.8 inches from last playback so :
record - play4 - play 3 - play 2 - play 1
1.8 - 1.5 - 1.5 - 1.5 - 1.5
Se we have record -1.8inches - head1, 2.3 to head2, 3.8 to head3 5.3 to head 4 !
Or at 15ips head1 120ms head2 220ms head3 320ms head4 420ms
According to what I have read the heads are not parallel but output from each one is fed into next ??? What ??? Also max de.delay from one head is 425ms
Apparently originsl units has 23 inch tapes!
Actual topology
In -> stage1 -> pentode driver for record head ->play heads -> 2stage valve amp ->mixer->out and feedback to pentode
Sounds OK maybe too much bandwidth loss try cleaner path
Look ay adding soft clip before machine to simulate saturation
Frequency response of tape in copicat would be poor due to design and use
Tape usually has steep low end frop with a hump and not quite so steep high drop, maybe as for guitar we can lower this but would guess that should start around
40 - 80Hz steep fi.highpass with possible hump ( ? resonant filter )
5- 6k fi.lowpass
Am concerned that as each valve stage already has same lowapss filter that this
may have same effect as in real amp of creating a resonance an will try same solution : stagger filters and identify dominant one ( biggest effect ) and slug it or drastically reduce it.
So we need multiple de.delay heads
Each head can be bypassed or moved to alter de.delay time
so tape speed in inches per second
distance from record head in inches
thus we get de.delay in milliseconds
speed = 7.5 ;
The wow should be preset by experiment...
Lets introduce just a little
max(0) because of numerical inaccuracy
4Hz
Play with this
Play with delays to get following ranges
83.33ms => 1.25s on head1
166.6ms => 2.5s on head1
250ms => 3.75s on head1
100*SER/1000
Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
May need to look at levels here | declare name "Tape Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
bpm = hgroup( "Echo", vslider("BPM[style:knob]", 120, 24, 360, 0.1)) ;
wow = sine( freq) * depth ;
speed = ( 72/(2*bpm)) ;
tapespeed = hgroup( "Tape Control",speed + wow );
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
s = 0.993;
echo = hgroup( "Echo", vslider("Swell[style:knob]", 0, 0, 1, 0.01)): LogPot(1):si.smooth(s):*(0.25) ;
feedback = hgroup( "Echo", vslider("Sustain[style:knob]", 0, 0.0, 1.0, 0.01)):LogPot(1):si.smooth(s):*(0.25);
dtime1 = ma.SR*( 30/bpm) ;
dtime2 = ma.SR*( 60/ bpm) ;
dtime3 = ma.SR*( 90/bpm ) ;
dtime4 = ma.SR*( 240/bpm ) ;
head1 = de.sdelay(N, interp, dtime1):*(checkbox("Head1")) with {
N = int( 2^19 ) ;
};
head2 = de.sdelay(N, interp, dtime2):*(checkbox("Head2")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head3 = de.sdelay(N, interp, dtime3):*(checkbox("Head3")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head4 = de.sdelay(N, interp, dtime4):*(checkbox("Head4")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
input = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicat1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Input = vslider("AUDIO_IN[name:Input]", 0.5, 0, 1, 0.01) : si.smooth(s);
b0 = Input*fs*(-2.06740841499587e-8*fs - 5.51308910665569e-7);
b1 = 4.13481682999174e-8*Input*pow(fs,2);
b2 = Input*fs*(-2.06740841499587e-8*fs + 5.51308910665569e-7);
a0 = Input*(Input*fs*(-7.83789728824443e-11*fs - 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs + 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs + 2.49068229273233e-8) + 3.09696552478371e-7;
a1 = Input*(1.56757945764889e-10*Input*pow(fs,2) - 1.66568855633991e-10*pow(fs,2) + 1.25383219626868e-7) - 8.22850146831931e-10*pow(fs,2) + 6.19393104956741e-7;
a2 = Input*(Input*fs*(-7.83789728824443e-11*fs + 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs - 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs - 2.49068229273233e-8) + 3.09696552478371e-7;
};
copicat1clip = _<: ba.if(signbit(_), copicat1_neg_clip, copicat1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicat1_clip = ffunction(float copicat1clip(float), "copicat1_table.h", "");
copicat1_neg_clip = ffunction(float copicat1_negclip(float), "copicat1_neg_table.h", "");
};
record = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : copicatrecord_2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.23938408071082e-8*fs - 7.13052376187718e-7) - 9.98795811595446e-6;
b1 = fs*(1.23938408071082e-8*fs - 7.13052376187718e-7) - 2.99638743478634e-5;
b2 = fs*(1.23938408071082e-8*fs + 7.13052376187718e-7) - 2.99638743478634e-5;
b3 = fs*(-1.23938408071082e-8*fs + 7.13052376187718e-7) - 9.98795811595446e-6;
a0 = fs*(fs*(6.73029102377671e-15*fs + 1.10493997854221e-10) + 2.30183843147656e-8) + 6.01595252726883e-7;
a1 = fs*(fs*(-2.01908730713301e-14*fs - 1.10493997854221e-10) + 2.30183843147656e-8) + 1.80478575818065e-6;
a2 = fs*(fs*(2.01908730713301e-14*fs - 1.10493997854221e-10) - 2.30183843147656e-8) + 1.80478575818065e-6;
a3 = fs*(fs*(-6.73029102377671e-15*fs + 1.10493997854221e-10) - 2.30183843147656e-8) + 6.01595252726883e-7;
};
copicatrecord_2clip = _<: ba.if(signbit(_), copicatrecord_2_neg_clip, copicatrecord_2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatrecord_2_clip = ffunction(float copicatrecord_2clip(float), "copicatrecord_2_table.h", "");
copicatrecord_2_neg_clip = ffunction(float copicatrecord_2_negclip(float), "copicatrecord_2_neg_table.h", "");
};
replay1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-2.16461324600193e-8*fs - 1.31188681575873e-7);
b1 = 4.32922649200386e-8*pow(fs,2);
b2 = fs*(-2.16461324600193e-8*fs + 1.31188681575873e-7);
a0 = fs*(4.33785780482415e-10*fs + 1.16144315716444e-8) + 6.90530766455131e-8;
a1 = -8.6757156096483e-10*pow(fs,2) + 1.38106153291026e-7;
a2 = fs*(4.33785780482415e-10*fs - 1.16144315716444e-8) + 6.90530766455131e-8;
};
copicatreplay1clip = _<: ba.if(signbit(_), copicatreplay1_neg_clip, copicatreplay1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay1_clip = ffunction(float copicatreplay1clip(float), "copicatreplay1_table.h", "");
copicatreplay1_neg_clip = ffunction(float copicatreplay1_negclip(float), "copicatreplay1_neg_table.h", "");
};
replay2 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.02325156488485e-9*fs - 1.05707806289759e-8);
b1 = 2.0465031297697e-9*pow(fs,2);
b2 = fs*(-1.02325156488485e-9*fs + 1.05707806289759e-8);
a0 = fs*(4.3361242466424e-10*fs + 1.99329936161353e-8) + 1.89880017035189e-7;
a1 = -8.6722484932848e-10*pow(fs,2) + 3.79760034070379e-7;
a2 = fs*(4.3361242466424e-10*fs - 1.99329936161353e-8) + 1.89880017035189e-7;
};
copicatreplay2clip = _<: ba.if(signbit(_), copicatreplay2_neg_clip, copicatreplay2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay2_clip = ffunction(float copicatreplay2clip(float), "copicatreplay2_table.h", "");
copicatreplay2_neg_clip = ffunction(float copicatreplay2_negclip(float), "copicatreplay2_neg_table.h", "");
};
machine = record:vgroup( "Tape Heads", fi.highpass( 4, 40 )<:head1,head2,head3:>fi.lowpass( 1, 6500 ):fi.dcblocker ):replay1:replay2;
fbloop = fi.lowpass( 1, 7500 ):*(feedback):fi.highpass( 1, 150 ) ;
Output = vslider("Output[name:Output]", 1.0, 0.0, 2.0, 0.01) : LogPot(3) : si.smooth(s);
amp = input<:_,((+:_<:machine :>_)~fbloop:*(echo)):>*(Output) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
|
f5320afb4dd1fe3ad87992a5b8202b792c06ee7db8db84e0ed27b4bf0e99285d | grame-cncm/smartfaust | sfHell.dsp | declare name "fstHell";
declare version "1.1";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
//-------------------- MAIN -------------------------------
process = Hell_EKS2: Hell_comb2:Hell_Verb2:*(out):max(-0.99):min(0.99)
with {
out = checkbox ("v:sfHell/ON OFF"):si.smooth(0.998);
};
//-------------------- PARAMETERS -------------------------------
freq = hslider("v:sfHell parameter(s)/freq [acc:2 1 -10 0 10][color:0 255 0][hidden:1]",3570,120,7040,1);
//gain = vgroup ("EKS:source", hslider("gain", 1, 0, 10, 0.01)); // 0 to 1
gain =1;
//gate = button("gate"); // 0 or 1
gate = phasor_bin(1) :-(0.001): pulsar;
// Pick angle in [0,0.9]:
//pickangle = vgroup ("EKS:source", 0.9 * hslider("pick_angle",0.9,0,0.9,0.01));
pickangle =0.9;
// Normalized pick-position in [0,0.5]:
//beta = vgroup ("EKS:source", hslider("pick_position [midi: ctrl 0x81]", 0.334, 0.02, 0.5, 0.001));
beta =0.334;
// String decay time in seconds:
//t60 = vgroup ("EKS:source", hslider("decaytime_T60", 8.615, 0, 10, 0.01)); // -60db decay time (sec)
t60 =8;
// Normalized brightness in [0,1]:
B = hslider("v:sfHell parameter(s)/brightness [midi:ctrl 0x74][acc:0 0 -10 0 10][color:255 0 0][hidden:1]", 0, 0, 1, 0.01);// 0-1
// Dynamic level specified as dB level desired at Nyquist limit:
//L = vgroup ("EKS:source", hslider("dynamic_level", -60, -60, 0, 1) : db2linear);
L =-60 : ba.db2linear;
//----------------------- noiseburst -------------------------
// White noise burst (adapted from Faust karplus.dsp example)
noiseburst(gate,P) = no.noise : *(gate : trigger(P))
with { diffgtz(x) = (x-x') > 0;
decay(n,x) = x - (x>0)/n;
release(n) = + ~ decay(n);
trigger(n) = diffgtz : release(n) : > (0.0);
};
P = ma.SR/freq; // fundamental period in samples
Pmax = 4096; // maximum P (for delay-line allocation)
ppdel = beta*P; // pick position delay
pickposfilter = fi.ffcombfilter(Pmax,ppdel,-1); // defined in filter.lib
excitation = noiseburst(gate,P) : *(gain); // defined in signal.lib
rho = pow(0.001,1.0/(freq*t60)); // multiplies loop-gain
// Original EKS damping filter:
b1 = 0.5*B; b0 = 1.0-b1; // S and 1-S
dampingfilter1(x) = rho * ((b0 * x) + (b1 * x'));
// Linear phase FIR3 damping filter:
h0 = (1.0 + B)/2; h1 = (1.0 - B)/4;
dampingfilter2(x) = rho * (h0 * x' + h1*(x+x''));
loopfilter = dampingfilter2; // or dampingfilter1
filtered_excitation = excitation : si.smooth(pickangle) : pickposfilter : fi.levelfilter(L,freq); // see filter.lib
stringloop = (+ : de.fdelay4(Pmax, P-2)) ~ (loopfilter);
//Adequate when when brightness or dynamic level are sufficiently low:
//stringloop = (+ : fdelay1(Pmax, P-2)) ~ (loopfilter);
// Second output decorrelated somewhat for spatial diversity over imaging:
//widthdelay = delay(Pmax,W*P/2);
// Assumes an optionally spatialized mono signal, centrally panned:
//stereopanner(A) = _,_ : *(1.0-A), *(A);
//ratio_env = hgroup("rythm",vslider ("ratio_env",0.5,0.,0.5,0.0001)); // ratio de l'enveloppe au niveau haut par rapport au tempo.
ratio_env = (0.5);
fade = (0.5); // min > 0 pour eviter division par 0
speed = hslider ("v:sfHell parameter(s)/speed [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",10,0.001,40,0.0001):fi.lowpass(1,1); // in hz
proba = hslider ("v:sfHell parameter(s)/proba [acc:1 0 -10 0 10][color:255 255 0][hidden:1]",0.32,0.,1.,0.01):fi.lowpass(1,1);
// PHASOR_BIN //////////////////////////////
//phasor_bin (speed, init) = (+(float(speed)/float(SR)) : fmod(_,1.0)) ~ *(init); // version with freq controled by singal
phasor_bin (init) = (+(float(speed)/float(ma.SR)) : fmod(_,1.0)) ~ *(init);
// PULSAR //////////////////////////////
//pulsar = ((_)<(_))*((_)>((_:-(0.001),(noise:abs):latch)); // version with signal input
//pulsar = _<:((_)<(ratio_env))*((proba)>((_),(noise:abs):latch)); // this version have a artefact of synchro
pulsar = _<:(((_)<(ratio_env)):@(100))*((proba)>((_),(no.noise:abs):ba.latch)); //this version introduce a delay of 100 samples to resynchronize prob to output without artefact
//=============================================================
//process = filtered_excitation : stringloop <: _,_ : widthdelay,_ : stereopanner(A);
Hell_EKS2 = filtered_excitation : stringloop ;
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Hell_comb2 ///
Hell_comb2 = fi.fb_fcomb(maxdel,del,b0,aN)
with {
maxdel = 1<<16; // 2 exposant 16 soit 65536 samples 1<<16
freq = 1/(hslider("v:sfHell parameter(s)/freqcomb [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",10000,100,20000,0.001)); //[accx:1 0 10000 0]
del = freq * ma.SR: si.si.smooth(0.99);
//b0 = vslider("gain ",10,0,10,0.001):si.smooth(0.99);
b0 =10;
//aN = vslider("feedback",100,0,100,0.01)*(0.01):si.smooth(0.99);
aN =1;
};
/////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
// Hell_Verb2
Hell_Verb2 =_<:zita_rev3:>_;
// from effect.lib but with only N=4 for mobilephone applications (C.Lebreton)
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
// Delay-line lengths in seconds:
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
0.029291, 0.013458, 0.019123); // feedforward delays in seconds
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
0.192303, 0.125000, 0.219991); // total delays in seconds
tdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,tdelays)); // samples
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
// NOTE: Since SR is not bounded at compile time, we can't use it to
// allocate delay lines; hence, the fsmax parameter:
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
apcoeff(i) = select2(i&1,0.6,-0.6); // allpass comb-filter coefficient
allpass_combs(N) = par(i,N,(fi.allpass_comb(maxapdelay(i),apdelay(i),apcoeff(i)))); // filter.lib
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
feedbackmatrix(N) = ro.hadamard(N); // math.lib
staynormal = 10.0^(-20); // let signals decay well below LSB, but not to zero
special_lowpass(g,f) = si.smooth(p) with {
// unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
p = mbo2 - sqrt(max(0,mbo2*mbo2 - 1.0)); // other solution is unstable
mbo2 = (1.0 - gs*c)/(1.0 - gs); // NOTE: must ensure |g|<1 (t60m finite)
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
low_shelf1_l(G0,fx,x) = x + (G0-1)* fi.lowpass(1,fx,x); // filter.lib
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
n60(j) = dur(j)* ma.SR; // decay time in samples
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
t1 = 0.37; // zita-rev1 linearly ramps from 0 to t1 over one buffer
outmix(4) = !,ro.butterfly(2),!; // probably the result of some experimenting!
outmix(N) = outmix(N/2),par(i,N/2,!);
};
// from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
//---------------------------------- zita_rev1 ------------------------------
// Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
//
// Only the dry/wet and output level parameters are "dezippered" here. If
// parameters are to be varied in real time, use "si.smooth(0.999)" or the like
// in the same way.
//
// REFERENCE:
// http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
//
// DEPENDENCIES:
// filter.lib (peak_eq_rm)
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
fsmax = 48000.0; // highest sampling rate that will be used
//rdel = in_group(vslider("[1] Pre_Delay [hidden:1] [unit:ms] [style:knob][tooltip: Delay in ms before reverberation begins]", 50,1,100,1));
rdel =50;
//f1 = freq_group(vslider("[1] LF X [hidden:1][unit:Hz] [style:knob] [tooltip: Crossover frequency (Hz) separating low and middle frequencies]", 500, 50, 1000, 1));
f1 =500;
//[accy:-1 0 6.5 0]
t60dc = hslider("v:sfHell parameter(s)/[2] LowRT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
//[accy:-1 0 6.5 0]
t60m = hslider("v:sfHell parameter(s)/[3] MidRT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in middle band] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
//f2 = freq_group(vslider("[4] HF Damping [hidden:1][unit:Hz] [style:knob] [tooltip: Frequency (Hz) at which the high-frequency T60 is half the middle-band's T60]", 8000, 1500, 0.49*fsmax, 1));
f2 = 8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);
// Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
// pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
// Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
//pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
// with {
// tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
// wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
//g = db2linear(eql); // peak gain
// };
// pareq use directly peak_eq_cp from filter.lib
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
//eq1_group(x) = fdn_group(hgroup("[3] RM Peaking Equalizer 1[hidden:1]", x));
//eq1f = eq1_group (vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1));
eq1f =315;
//eq1l = eq1_group(vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1));
eq1l =0;
//eq1q = eq1_group(vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1));
eq1q =3;
//eq2_group(x) = fdn_group(hgroup("[4] RM Peaking Equalizer 2[hidden:1]", x));
//eq2f = eq2_group(vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1));
eq2f =3000;
//eq2l = eq2_group(vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1));
eq2l =0;
//eq2q = eq2_group(vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1));
eq2q =3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet = (hslider("v:sfHell parameter(s)/[1] DryWetMix [tooltip: -1 = dry, 1 = wet] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 0, 20, 0.1)*0.02)-1 : si.smooth(0.99):max(-1):min(1);
// out_level = *(gain),*(gain);
// gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear;
};
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfHell/sfHell.dsp | faust | -------------------- MAIN -------------------------------
-------------------- PARAMETERS -------------------------------
gain = vgroup ("EKS:source", hslider("gain", 1, 0, 10, 0.01)); // 0 to 1
gate = button("gate"); // 0 or 1
Pick angle in [0,0.9]:
pickangle = vgroup ("EKS:source", 0.9 * hslider("pick_angle",0.9,0,0.9,0.01));
Normalized pick-position in [0,0.5]:
beta = vgroup ("EKS:source", hslider("pick_position [midi: ctrl 0x81]", 0.334, 0.02, 0.5, 0.001));
String decay time in seconds:
t60 = vgroup ("EKS:source", hslider("decaytime_T60", 8.615, 0, 10, 0.01)); // -60db decay time (sec)
Normalized brightness in [0,1]:
0-1
Dynamic level specified as dB level desired at Nyquist limit:
L = vgroup ("EKS:source", hslider("dynamic_level", -60, -60, 0, 1) : db2linear);
----------------------- noiseburst -------------------------
White noise burst (adapted from Faust karplus.dsp example)
fundamental period in samples
maximum P (for delay-line allocation)
pick position delay
defined in filter.lib
defined in signal.lib
multiplies loop-gain
Original EKS damping filter:
S and 1-S
Linear phase FIR3 damping filter:
or dampingfilter1
see filter.lib
Adequate when when brightness or dynamic level are sufficiently low:
stringloop = (+ : fdelay1(Pmax, P-2)) ~ (loopfilter);
Second output decorrelated somewhat for spatial diversity over imaging:
widthdelay = delay(Pmax,W*P/2);
Assumes an optionally spatialized mono signal, centrally panned:
stereopanner(A) = _,_ : *(1.0-A), *(A);
ratio_env = hgroup("rythm",vslider ("ratio_env",0.5,0.,0.5,0.0001)); // ratio de l'enveloppe au niveau haut par rapport au tempo.
min > 0 pour eviter division par 0
in hz
PHASOR_BIN //////////////////////////////
phasor_bin (speed, init) = (+(float(speed)/float(SR)) : fmod(_,1.0)) ~ *(init); // version with freq controled by singal
PULSAR //////////////////////////////
pulsar = ((_)<(_))*((_)>((_:-(0.001),(noise:abs):latch)); // version with signal input
pulsar = _<:((_)<(ratio_env))*((proba)>((_),(noise:abs):latch)); // this version have a artefact of synchro
this version introduce a delay of 100 samples to resynchronize prob to output without artefact
=============================================================
process = filtered_excitation : stringloop <: _,_ : widthdelay,_ : stereopanner(A);
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Hell_comb2 ///
2 exposant 16 soit 65536 samples 1<<16
[accx:1 0 10000 0]
b0 = vslider("gain ",10,0,10,0.001):si.smooth(0.99);
aN = vslider("feedback",100,0,100,0.01)*(0.01):si.smooth(0.99);
///////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////////
Hell_Verb2
from effect.lib but with only N=4 for mobilephone applications (C.Lebreton)
Delay-line lengths in seconds:
feedforward delays in seconds
total delays in seconds
samples
NOTE: Since SR is not bounded at compile time, we can't use it to
allocate delay lines; hence, the fsmax parameter:
allpass comb-filter coefficient
filter.lib
math.lib
let signals decay well below LSB, but not to zero
unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
other solution is unstable
NOTE: must ensure |g|<1 (t60m finite)
filter.lib
decay time in samples
zita-rev1 linearly ramps from 0 to t1 over one buffer
probably the result of some experimenting!
from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
---------------------------------- zita_rev1 ------------------------------
Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
Only the dry/wet and output level parameters are "dezippered" here. If
parameters are to be varied in real time, use "si.smooth(0.999)" or the like
in the same way.
REFERENCE:
http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
DEPENDENCIES:
filter.lib (peak_eq_rm)
highest sampling rate that will be used
rdel = in_group(vslider("[1] Pre_Delay [hidden:1] [unit:ms] [style:knob][tooltip: Delay in ms before reverberation begins]", 50,1,100,1));
f1 = freq_group(vslider("[1] LF X [hidden:1][unit:Hz] [style:knob] [tooltip: Crossover frequency (Hz) separating low and middle frequencies]", 500, 50, 1000, 1));
[accy:-1 0 6.5 0]
[accy:-1 0 6.5 0]
f2 = freq_group(vslider("[4] HF Damping [hidden:1][unit:Hz] [style:knob] [tooltip: Frequency (Hz) at which the high-frequency T60 is half the middle-band's T60]", 8000, 1500, 0.49*fsmax, 1));
Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
with {
tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
g = db2linear(eql); // peak gain
};
pareq use directly peak_eq_cp from filter.lib
eq1_group(x) = fdn_group(hgroup("[3] RM Peaking Equalizer 1[hidden:1]", x));
eq1f = eq1_group (vslider("[1] F1[hidden:1] [unit:Hz] [style:knob] [tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 1]", 315, 40, 10000, 1));
eq1l = eq1_group(vslider("[2] L1 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 1]", 0, -15, 15, 0.1));
eq1q = eq1_group(vslider("[3] Q1[hidden:1] [style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 1]", 3, 0.1, 10, 0.1));
eq2_group(x) = fdn_group(hgroup("[4] RM Peaking Equalizer 2[hidden:1]", x));
eq2f = eq2_group(vslider("[1] F2[hidden:1] [unit:Hz] [style:knob][tooltip: Center-frequency of second-order Regalia-Mitra peaking equalizer section 2]", 3000, 40, 10000, 1));
eq2l = eq2_group(vslider("[2] L2 [hidden:1][unit:dB] [style:knob] [tooltip: Peak level in dB of second-order Regalia-Mitra peaking equalizer section 2]", 0, -15, 15, 0.1));
eq2q = eq2_group(vslider("[3] Q2 [hidden:1][style:knob] [tooltip: Q = centerFrequency/bandwidth of second-order peaking equalizer section 2]", 3, 0.1, 10, 0.1));
out_level = *(gain),*(gain);
gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear; | declare name "fstHell";
declare version "1.1";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
process = Hell_EKS2: Hell_comb2:Hell_Verb2:*(out):max(-0.99):min(0.99)
with {
out = checkbox ("v:sfHell/ON OFF"):si.smooth(0.998);
};
freq = hslider("v:sfHell parameter(s)/freq [acc:2 1 -10 0 10][color:0 255 0][hidden:1]",3570,120,7040,1);
gain =1;
gate = phasor_bin(1) :-(0.001): pulsar;
pickangle =0.9;
beta =0.334;
t60 =8;
L =-60 : ba.db2linear;
noiseburst(gate,P) = no.noise : *(gate : trigger(P))
with { diffgtz(x) = (x-x') > 0;
decay(n,x) = x - (x>0)/n;
release(n) = + ~ decay(n);
trigger(n) = diffgtz : release(n) : > (0.0);
};
dampingfilter1(x) = rho * ((b0 * x) + (b1 * x'));
h0 = (1.0 + B)/2; h1 = (1.0 - B)/4;
dampingfilter2(x) = rho * (h0 * x' + h1*(x+x''));
stringloop = (+ : de.fdelay4(Pmax, P-2)) ~ (loopfilter);
ratio_env = (0.5);
proba = hslider ("v:sfHell parameter(s)/proba [acc:1 0 -10 0 10][color:255 255 0][hidden:1]",0.32,0.,1.,0.01):fi.lowpass(1,1);
phasor_bin (init) = (+(float(speed)/float(ma.SR)) : fmod(_,1.0)) ~ *(init);
Hell_EKS2 = filtered_excitation : stringloop ;
Hell_comb2 = fi.fb_fcomb(maxdel,del,b0,aN)
with {
del = freq * ma.SR: si.si.smooth(0.99);
b0 =10;
aN =1;
};
Hell_Verb2 =_<:zita_rev3:>_;
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
special_lowpass(g,f) = si.smooth(p) with {
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
outmix(N) = outmix(N/2),par(i,N/2,!);
};
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
rdel =50;
f1 =500;
t60dc = hslider("v:sfHell parameter(s)/[2] LowRT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in low-frequency band] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
t60m = hslider("v:sfHell parameter(s)/[3] MidRT60 [unit:s] [tooltip: T60 = time (in seconds) to decay 60dB in middle band] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 6.5, 1, 10, 0.1);
f2 = 8000;
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f =315;
eq1l =0;
eq1q =3;
eq2f =3000;
eq2l =0;
eq2q =3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet = (hslider("v:sfHell parameter(s)/[1] DryWetMix [tooltip: -1 = dry, 1 = wet] [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 5, 0, 20, 0.1)*0.02)-1 : si.smooth(0.99):max(-1):min(1);
};
|
97be2d974ad27d1a937feecc0e2fa05a6f494aeb71f0f2fe671c5a6dd9745bab | Pro19/guitarix | gxechocat.dsp | declare name "Tape Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
/*
HEAD SPACING
I have lold Selmer unit where playback heads are 1.5 inches apart
and record head is 1.8 inches from last playback so :
record - play4 - play 3 - play 2 - play 1
1.8 - 1.5 - 1.5 - 1.5 - 1.5
Se we have record -1.8inches - head1, 2.3 to head2, 3.8 to head3 5.3 to head 4 !
Or at 15ips head1 120ms head2 220ms head3 320ms head4 420ms
According to what I have read the heads are not parallel but output from each one is fed into next ??? What ??? Also max de.delay from one head is 425ms
Apparently originsl units has 23 inch tapes!
Actual topology
In -> stage1 -> pentode driver for record head ->play heads -> 2stage valve amp ->mixer->out and feedback to pentode
Sounds OK maybe too much bandwidth loss try cleaner path
Look ay adding soft clip before machine to simulate saturation
Frequency response of tape in copicat would be poor due to design and use
Tape usually has steep low end frop with a hump and not quite so steep high drop, maybe as for guitar we can lower this but would guess that should start around
40 - 80Hz steep fi.highpass with possible hump ( ? resonant filter )
5- 6k fi.lowpass
Am concerned that as each valve stage already has same lowapss filter that this
may have same effect as in real amp of creating a resonance an will try same solution : stagger filters and identify dominant one ( biggest effect ) and slug it or drastically reduce it.
*/
// So we need multiple de.delay heads
// Each head can be bypassed or moved to alter de.delay time
// so tape speed in inches per second
// distance from record head in inches
// thus we get de.delay in milliseconds
//speed = 7.5 ;
bpm = hgroup( "Echo", vslider("BPM[style:knob]", 120, 24, 360, 0.1)) ;
// The wow should be preset by experiment...
// Lets introduce just a little
sine(freq) = (os.oscs(freq) + 1) / 2 : max(0); // max(0) because of numerical inaccuracy
freq= 4 ; // 4Hz
depth = 0.005 ; // Play with this
wow = sine( freq) * depth ;
speed = ( 72/(2*bpm)) ;
tapespeed = hgroup( "Tape Control",speed + wow );
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
s = 0.993;
echo = hgroup( "Echo", vslider("Swell[style:knob]", 0, 0, 1, 0.01)): LogPot(1):si.smooth(s):*(0.25) ;
feedback = hgroup( "Echo", vslider("Sustain[style:knob]", 0, 0.0, 1.0, 0.01)):LogPot(1):si.smooth(s):*(0.25);
// Play with delays to get following ranges
// 83.33ms => 1.25s on head1
// 166.6ms => 2.5s on head1
// 250ms => 3.75s on head1
dtime1 = ma.SR*( 30/bpm) ;
dtime2 = ma.SR*( 60/ bpm) ;
dtime3 = ma.SR*( 90/bpm ) ;
dtime4 = ma.SR*( 240/bpm ) ;
head1 = de.sdelay(N, interp, dtime1):*(checkbox("Head1")) with {
interp = ma.SR/10.0; // 100*SER/1000
N = int( 2^19 ) ;
};
head2 = de.sdelay(N, interp, dtime2):*(checkbox("Head2")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head3 = de.sdelay(N, interp, dtime3):*(checkbox("Head3")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head4 = de.sdelay(N, interp, dtime4):*(checkbox("Head4")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
input = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicat1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
// Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : si.smooth(s);
b0 = Input*fs*(-2.06740841499587e-8*fs - 5.51308910665569e-7);
b1 = 4.13481682999174e-8*Input*pow(fs,2);
b2 = Input*fs*(-2.06740841499587e-8*fs + 5.51308910665569e-7);
a0 = Input*(Input*fs*(-7.83789728824443e-11*fs - 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs + 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs + 2.49068229273233e-8) + 3.09696552478371e-7;
a1 = Input*(1.56757945764889e-10*Input*pow(fs,2) - 1.66568855633991e-10*pow(fs,2) + 1.25383219626868e-7) - 8.22850146831931e-10*pow(fs,2) + 6.19393104956741e-7;
a2 = Input*(Input*fs*(-7.83789728824443e-11*fs + 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs - 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs - 2.49068229273233e-8) + 3.09696552478371e-7;
};
copicat1clip = _<: ba.if(signbit(_), copicat1_neg_clip, copicat1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicat1_clip = ffunction(float copicat1clip(float), "copicat1_table.h", "");
copicat1_neg_clip = ffunction(float copicat1_negclip(float), "copicat1_neg_table.h", "");
};
record = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : copicatrecord_2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.23938408071082e-8*fs - 7.13052376187718e-7) - 9.98795811595446e-6;
b1 = fs*(1.23938408071082e-8*fs - 7.13052376187718e-7) - 2.99638743478634e-5;
b2 = fs*(1.23938408071082e-8*fs + 7.13052376187718e-7) - 2.99638743478634e-5;
b3 = fs*(-1.23938408071082e-8*fs + 7.13052376187718e-7) - 9.98795811595446e-6;
a0 = fs*(fs*(6.73029102377671e-15*fs + 1.10493997854221e-10) + 2.30183843147656e-8) + 6.01595252726883e-7;
a1 = fs*(fs*(-2.01908730713301e-14*fs - 1.10493997854221e-10) + 2.30183843147656e-8) + 1.80478575818065e-6;
a2 = fs*(fs*(2.01908730713301e-14*fs - 1.10493997854221e-10) - 2.30183843147656e-8) + 1.80478575818065e-6;
a3 = fs*(fs*(-6.73029102377671e-15*fs + 1.10493997854221e-10) - 2.30183843147656e-8) + 6.01595252726883e-7;
};
copicatrecord_2clip = _<: ba.if(signbit(_), copicatrecord_2_neg_clip, copicatrecord_2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatrecord_2_clip = ffunction(float copicatrecord_2clip(float), "copicatrecord_2_table.h", "");
copicatrecord_2_neg_clip = ffunction(float copicatrecord_2_negclip(float), "copicatrecord_2_neg_table.h", "");
};
replay1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-2.16461324600193e-8*fs - 1.31188681575873e-7);
b1 = 4.32922649200386e-8*pow(fs,2);
b2 = fs*(-2.16461324600193e-8*fs + 1.31188681575873e-7);
a0 = fs*(4.33785780482415e-10*fs + 1.16144315716444e-8) + 6.90530766455131e-8;
a1 = -8.6757156096483e-10*pow(fs,2) + 1.38106153291026e-7;
a2 = fs*(4.33785780482415e-10*fs - 1.16144315716444e-8) + 6.90530766455131e-8;
};
copicatreplay1clip = _<: ba.if(signbit(_), copicatreplay1_neg_clip, copicatreplay1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay1_clip = ffunction(float copicatreplay1clip(float), "copicatreplay1_table.h", "");
copicatreplay1_neg_clip = ffunction(float copicatreplay1_negclip(float), "copicatreplay1_neg_table.h", "");
};
replay2 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.02325156488485e-9*fs - 1.05707806289759e-8);
b1 = 2.0465031297697e-9*pow(fs,2);
b2 = fs*(-1.02325156488485e-9*fs + 1.05707806289759e-8);
a0 = fs*(4.3361242466424e-10*fs + 1.99329936161353e-8) + 1.89880017035189e-7;
a1 = -8.6722484932848e-10*pow(fs,2) + 3.79760034070379e-7;
a2 = fs*(4.3361242466424e-10*fs - 1.99329936161353e-8) + 1.89880017035189e-7;
};
copicatreplay2clip = _<: ba.if(signbit(_), copicatreplay2_neg_clip, copicatreplay2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay2_clip = ffunction(float copicatreplay2clip(float), "copicatreplay2_table.h", "");
copicatreplay2_neg_clip = ffunction(float copicatreplay2_negclip(float), "copicatreplay2_neg_table.h", "");
};
machine = record:vgroup( "Tape Heads", fi.highpass( 4, 40 )<:head1,head2,head3:>fi.lowpass( 1, 6500 ):fi.dcblocker ):replay1:replay2;
// May need to look at levels here
fbloop = fi.lowpass( 1, 7500 ):*(feedback):fi.highpass( 1, 150 ) ;
Output = vslider("Output[name:Output]", 1.0, 0.0, 2.0, 0.01) : LogPot(3) : si.smooth(s);
amp = input<:_,((+:_<:machine :>_)~fbloop:*(echo)):>*(Output) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
| https://raw.githubusercontent.com/Pro19/guitarix/b1c686212332d1ea40683262bf95ad2b486b2bb6/trunk/src/LV2/faust/gxechocat.dsp | faust |
HEAD SPACING
I have lold Selmer unit where playback heads are 1.5 inches apart
and record head is 1.8 inches from last playback so :
record - play4 - play 3 - play 2 - play 1
1.8 - 1.5 - 1.5 - 1.5 - 1.5
Se we have record -1.8inches - head1, 2.3 to head2, 3.8 to head3 5.3 to head 4 !
Or at 15ips head1 120ms head2 220ms head3 320ms head4 420ms
According to what I have read the heads are not parallel but output from each one is fed into next ??? What ??? Also max de.delay from one head is 425ms
Apparently originsl units has 23 inch tapes!
Actual topology
In -> stage1 -> pentode driver for record head ->play heads -> 2stage valve amp ->mixer->out and feedback to pentode
Sounds OK maybe too much bandwidth loss try cleaner path
Look ay adding soft clip before machine to simulate saturation
Frequency response of tape in copicat would be poor due to design and use
Tape usually has steep low end frop with a hump and not quite so steep high drop, maybe as for guitar we can lower this but would guess that should start around
40 - 80Hz steep fi.highpass with possible hump ( ? resonant filter )
5- 6k fi.lowpass
Am concerned that as each valve stage already has same lowapss filter that this
may have same effect as in real amp of creating a resonance an will try same solution : stagger filters and identify dominant one ( biggest effect ) and slug it or drastically reduce it.
So we need multiple de.delay heads
Each head can be bypassed or moved to alter de.delay time
so tape speed in inches per second
distance from record head in inches
thus we get de.delay in milliseconds
speed = 7.5 ;
The wow should be preset by experiment...
Lets introduce just a little
max(0) because of numerical inaccuracy
4Hz
Play with this
Play with delays to get following ranges
83.33ms => 1.25s on head1
166.6ms => 2.5s on head1
250ms => 3.75s on head1
100*SER/1000
Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
May need to look at levels here | declare name "Tape Delay";
declare category "Echo / Delay";
import("stdfaust.lib");
import("guitarix.lib");
import("redeye.lib");
bpm = hgroup( "Echo", vslider("BPM[style:knob]", 120, 24, 360, 0.1)) ;
wow = sine( freq) * depth ;
speed = ( 72/(2*bpm)) ;
tapespeed = hgroup( "Tape Control",speed + wow );
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
s = 0.993;
echo = hgroup( "Echo", vslider("Swell[style:knob]", 0, 0, 1, 0.01)): LogPot(1):si.smooth(s):*(0.25) ;
feedback = hgroup( "Echo", vslider("Sustain[style:knob]", 0, 0.0, 1.0, 0.01)):LogPot(1):si.smooth(s):*(0.25);
dtime1 = ma.SR*( 30/bpm) ;
dtime2 = ma.SR*( 60/ bpm) ;
dtime3 = ma.SR*( 90/bpm ) ;
dtime4 = ma.SR*( 240/bpm ) ;
head1 = de.sdelay(N, interp, dtime1):*(checkbox("Head1")) with {
N = int( 2^19 ) ;
};
head2 = de.sdelay(N, interp, dtime2):*(checkbox("Head2")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head3 = de.sdelay(N, interp, dtime3):*(checkbox("Head3")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
head4 = de.sdelay(N, interp, dtime4):*(checkbox("Head4")) with {
interp = 100*ma.SR/1000.0;
N = int( 2^19 ) ;
};
input = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicat1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Input = vslider("Input[name:Input]", 0.5, 0, 1, 0.01) : si.smooth(s);
b0 = Input*fs*(-2.06740841499587e-8*fs - 5.51308910665569e-7);
b1 = 4.13481682999174e-8*Input*pow(fs,2);
b2 = Input*fs*(-2.06740841499587e-8*fs + 5.51308910665569e-7);
a0 = Input*(Input*fs*(-7.83789728824443e-11*fs - 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs + 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs + 2.49068229273233e-8) + 3.09696552478371e-7;
a1 = Input*(1.56757945764889e-10*Input*pow(fs,2) - 1.66568855633991e-10*pow(fs,2) + 1.25383219626868e-7) - 8.22850146831931e-10*pow(fs,2) + 6.19393104956741e-7;
a2 = Input*(Input*fs*(-7.83789728824443e-11*fs + 3.13458049067171e-9) + fs*(8.32844278169955e-11*fs - 5.0418669893366e-9) + 6.26916098134342e-8) + fs*(4.11425073415965e-10*fs - 2.49068229273233e-8) + 3.09696552478371e-7;
};
copicat1clip = _<: ba.if(signbit(_), copicat1_neg_clip, copicat1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicat1_clip = ffunction(float copicat1clip(float), "copicat1_table.h", "");
copicat1_neg_clip = ffunction(float copicat1_negclip(float), "copicat1_neg_table.h", "");
};
record = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) : copicatrecord_2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.23938408071082e-8*fs - 7.13052376187718e-7) - 9.98795811595446e-6;
b1 = fs*(1.23938408071082e-8*fs - 7.13052376187718e-7) - 2.99638743478634e-5;
b2 = fs*(1.23938408071082e-8*fs + 7.13052376187718e-7) - 2.99638743478634e-5;
b3 = fs*(-1.23938408071082e-8*fs + 7.13052376187718e-7) - 9.98795811595446e-6;
a0 = fs*(fs*(6.73029102377671e-15*fs + 1.10493997854221e-10) + 2.30183843147656e-8) + 6.01595252726883e-7;
a1 = fs*(fs*(-2.01908730713301e-14*fs - 1.10493997854221e-10) + 2.30183843147656e-8) + 1.80478575818065e-6;
a2 = fs*(fs*(2.01908730713301e-14*fs - 1.10493997854221e-10) - 2.30183843147656e-8) + 1.80478575818065e-6;
a3 = fs*(fs*(-6.73029102377671e-15*fs + 1.10493997854221e-10) - 2.30183843147656e-8) + 6.01595252726883e-7;
};
copicatrecord_2clip = _<: ba.if(signbit(_), copicatrecord_2_neg_clip, copicatrecord_2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatrecord_2_clip = ffunction(float copicatrecord_2clip(float), "copicatrecord_2_table.h", "");
copicatrecord_2_neg_clip = ffunction(float copicatrecord_2_negclip(float), "copicatrecord_2_neg_table.h", "");
};
replay1 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay1clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-2.16461324600193e-8*fs - 1.31188681575873e-7);
b1 = 4.32922649200386e-8*pow(fs,2);
b2 = fs*(-2.16461324600193e-8*fs + 1.31188681575873e-7);
a0 = fs*(4.33785780482415e-10*fs + 1.16144315716444e-8) + 6.90530766455131e-8;
a1 = -8.6757156096483e-10*pow(fs,2) + 1.38106153291026e-7;
a2 = fs*(4.33785780482415e-10*fs - 1.16144315716444e-8) + 6.90530766455131e-8;
};
copicatreplay1clip = _<: ba.if(signbit(_), copicatreplay1_neg_clip, copicatreplay1_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay1_clip = ffunction(float copicatreplay1clip(float), "copicatreplay1_table.h", "");
copicatreplay1_neg_clip = ffunction(float copicatreplay1_negclip(float), "copicatreplay1_neg_table.h", "");
};
replay2 = pre : fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) : copicatreplay2clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
b0 = fs*(-1.02325156488485e-9*fs - 1.05707806289759e-8);
b1 = 2.0465031297697e-9*pow(fs,2);
b2 = fs*(-1.02325156488485e-9*fs + 1.05707806289759e-8);
a0 = fs*(4.3361242466424e-10*fs + 1.99329936161353e-8) + 1.89880017035189e-7;
a1 = -8.6722484932848e-10*pow(fs,2) + 3.79760034070379e-7;
a2 = fs*(4.3361242466424e-10*fs - 1.99329936161353e-8) + 1.89880017035189e-7;
};
copicatreplay2clip = _<: ba.if(signbit(_), copicatreplay2_neg_clip, copicatreplay2_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
copicatreplay2_clip = ffunction(float copicatreplay2clip(float), "copicatreplay2_table.h", "");
copicatreplay2_neg_clip = ffunction(float copicatreplay2_negclip(float), "copicatreplay2_neg_table.h", "");
};
machine = record:vgroup( "Tape Heads", fi.highpass( 4, 40 )<:head1,head2,head3:>fi.lowpass( 1, 6500 ):fi.dcblocker ):replay1:replay2;
fbloop = fi.lowpass( 1, 7500 ):*(feedback):fi.highpass( 1, 150 ) ;
Output = vslider("Output[name:Output]", 1.0, 0.0, 2.0, 0.01) : LogPot(3) : si.smooth(s);
amp = input<:_,((+:_<:machine :>_)~fbloop:*(echo)):>*(Output) ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
|
193959b018eca3a408700ab46bd670e65311dc929b72ac887789030acb4bc402 | grame-cncm/smartfaust | sfTrumpet.dsp | declare name "sfTrumpet";
declare version "0.3";
declare author "Christophe Lebreton";
declare license "BSD & STK-4.3";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
import("instrument.lib");
//----- NOTA 0.3 ----
// to comply with the new lib it was necessary to use asr_old otherwise a division by 0
// and use en.adsr but setting an envelopeRelease value to 0.001 instead of 0 to also avoid a division by 0
//-------------------- MAIN -------------------------------
process = trumpet : Zverb4 :max(-0.99):min(0.99);
//==================== GUI SPECIFICATION ================
freq = hslider ( "v:sfTrumpet parameter(s)/freq [1] [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",165,117,290,1):fi.lowpass(1,0.5);
//gain = nentry("h:Basic_Parameters/gain [1][hidden:1][tooltip:Gain (value between 0 and 1)]",1,0,1,0.01):smooth(0.998);
gain = 1;
gate = checkbox("v:sfTrumpet/ON/OFF");
pressure = hslider("v:sfTrumpet parameter(s)/Pressure[2][tooltip:A value between 0 and 1][color:255 255 0][acc:1 0 -10 0 10][hidden:1]",0.095,0.001,0.198,0.001) : si.bsmooth;
lipTension = hslider("v:sfTrumpet parameter(s)/Lip_Tension[2][tooltip:A value between 0 and 1][color:255 0 0][acc:0 0 -10 0 10][hidden:1]",0.688,0.626,0.751,0.001);
//slideLength = hslider("h:Physical_and_Nonlinearity/v:Physical_Parameters/Slide_Length[2][tooltip:A value between 0 and 1]",0.326,0.01,1,0.001);
slideLength = 0.01;
/*typeModulation = nentry("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Modulation_Type [3][tooltip: 0=theta is modulated by the incoming signal; 1=theta is modulated by the averaged incoming signal;
2=theta is modulated by the squared incoming signal;
3=theta is modulated by a sine wave of frequency freqMod;
4=theta is modulated by a sine wave of frequency freq;]",0,0,4,1);
*/
typeModulation = 1;
//nonLinearity = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Nonlinearity [3][tooltip:Nonlinearity factor (value between 0 and 1)]",0,0,1,0.01);
nonLinearity = 0.1;
//frequencyMod = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Mod_Freq [3][unit:Hz][tooltip:Frequency of the sine wave for the modulation of theta (works if Modulation Type=3)]",329.7,20,1000,0.1);
frequencyMod = 204.8;
//nonLinAttack = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/NL_Attack[3][unit:s][Attack duration of the nonlinearity]",0.1,0,2,0.01);
nonLinAttack = 0;
//vibratoFreq = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Freq [4][unit:Hz][color:255 0 0][accx:-1.3 0 7.5 0]",6,1,15,0.1);
vibratoFreq = 0;
//vibratoGain = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Gain[4][tooltip:A value between 0 and 1][color:255 255 0][accy:1 0 0.5 0]",0.05,0,1,0.01);
vibratoGain = 0;
//vibratoBegin = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Begin[4][unit:s][tooltip:Vibrato silence duration before attack]",1.954,0,2,0.01);
vibratoBegin = 0;
//vibratoAttack = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Attack [4][unit:s][tooltip:Vibrato attack duration]",0,0,2,0.01);
vibratoAttack = 0;
//vibratoRelease = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Release [4][unit:s][tooltip:Vibrato release duration]",0,0,2,0.01);
vibratoRelease = 0;
//envelopeAttack = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Attack [5][unit:s][tooltip:Envelope attack duration]",0.005,0,2,0.01);
envelopeAttack = 0.005;
//envelopeDecay = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Decay [5][unit:s][tooltip:Envelope decay duration]",0.001,0,2,0.01);
envelopeDecay = 0.001;
//envelopeRelease = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Release [5][unit:s][tooltip:Envelope release duration]",0,0,2,0.01);
envelopeRelease = 0.001; // était à 0 dans la version d'origine mais génère une division par 0 dans faust 2017
//==================== SIGNAL PROCESSING ================
//----------------------- Nonlinear filter ----------------------------
//nonlinearities are created by the nonlinear passive allpass ladder filter declared in filter.lib
//nonlinear filter order
nlfOrder = 6;
//attack - sustain - release envelope for nonlinearity (declared in instrument.lib)
envelopeMod = asr_old(nonLinAttack,100,envelopeRelease,gate);
//envelopeMod = 1;
//nonLinearModultor is declared in instrument.lib, it adapts allpassnn from filter.lib
//for using it with waveguide instruments
NLFM = nonLinearModulator((nonLinearity : si.smooth(0.999)),envelopeMod,freq,
typeModulation,(frequencyMod : si.smooth(0.999)),nlfOrder);
//----------------------- Synthesis parameters computing and functions declaration ----------------------------
//lips are simulated by a biquad filter whose output is squared and hard-clipped, bandPassH and saturationPos are declared in instrument.lib
lipFilterFrequency = freq*pow(4,(2*lipTension)-1);
lipFilter = *(0.03) : bandPassH(lipFilterFrequency,0.997) <: * : saturationPos;
//stereoizer is declared in instrument.lib and implement a stereo spacialisation in function of
//the frequency period in number of samples
stereo = stereoizer(ma.SR/freq);
//delay times in number of samples
slideTarget = ((ma.SR/freq)*2 + 3)*(0.5 + slideLength);
boreDelay = de.fdelay(4096,slideTarget);
//----------------------- Algorithm implementation ----------------------------
//vibrato
vibrato = vibratoGain*os.osc(vibratoFreq)*envVibrato(vibratoBegin,vibratoAttack,100,vibratoRelease,gate);
//envelope (Attack / Decay / Sustain / Release), breath pressure and vibrato
breathPressure = pressure * en.adsr(envelopeAttack,envelopeDecay,1,envelopeRelease,gate) + vibrato;
mouthPressure = 0.3*breathPressure;
//scale the delay feedback
borePressure = *(0.85);
//differencial presure
deltaPressure = mouthPressure - _;
trumpet = (borePressure <: deltaPressure,_ :
(lipFilter <: *(mouthPressure),(1-_)),_ : _, * :> + :
fi.dcblocker) ~ (boreDelay : NLFM) :
*(gain)*4;
//trumpet = NLFM;
////////////////////////////////////////
// ZITA VERB 4 /////////////////////////
////////////////////////////////////////
lowpassmotion = fi.lowpass(N,fc)
with {
//fc= hslider("high_cut [hidden:1]",10,0.01,10,0.01);
fc=10;
N= 1; // order of filter
};
// from effect.lib but with only N=4 for mobilephone application
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
// Delay-line lengths in seconds:
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
0.029291, 0.013458, 0.019123); // feedforward delays in seconds
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
0.192303, 0.125000, 0.219991); // total delays in seconds
tdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,tdelays)); // samples
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
// NOTE: Since SR is not bounded at compile time, we can't use it to
// allocate delay lines; hence, the fsmax parameter:
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
apcoeff(i) = select2(i&1,0.6,-0.6); // allpass comb-filter coefficient
allpass_combs(N) = par(i,N,(fi.allpass_comb(maxapdelay(i),apdelay(i),apcoeff(i)))); // filter.lib
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
feedbackmatrix(N) = ro.hadamard(N); // math.lib
staynormal = 10.0^(-20); // let signals decay well below LSB, but not to zero
special_lowpass(g,f) = si.smooth(p) with {
// unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
p = mbo2 - sqrt(max(0,mbo2*mbo2 - 1.0)); // other solution is unstable
mbo2 = (1.0 - gs*c)/(1.0 - gs); // NOTE: must ensure |g|<1 (t60m finite)
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
low_shelf1_l(G0,fx,x) = x + (G0-1)* fi.lowpass(1,fx,x); // filter.lib
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
n60(j) = dur(j)* ma.SR; // decay time in samples
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
t1 = 0.37; // zita-rev1 linearly ramps from 0 to t1 over one buffer
outmix(4) = !,ro.butterfly(2),!; // probably the result of some experimenting!
outmix(N) = outmix(N/2),par(i,N/2,!);
};
// direct from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
//---------------------------------- zita_rev1 ------------------------------
// Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
//
// Only the dry/wet and output level parameters are "dezippered" here. If
// parameters are to be varied in real time, use "smooth(0.999)" or the like
// in the same way.
//
// REFERENCE:
// http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
//
// DEPENDENCIES:
// filter.lib (peak_eq_rm)
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
fsmax = 48000.0; // highest sampling rate that will be used
// rdel = vslider(" Pre_Delay [hidden:1]", 50,1,100,1);
rdel=50;
// f1 = vslider("LF X [hidden:1]", 500, 50, 1000, 1);
f1=500;
//[accy:-1 0 7 0]
t60dc = hslider("v:sfTrumpet parameter(s)/Low RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 7, 1, 16, 0.1):fi.lowpass(1,1):max(1):min(16);
//[accy:-1 0 7 0]
t60m = hslider("v:sfTrumpet parameter(s)/Mid RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 7, 1, 16, 0.1):fi.lowpass(1,1):max(1):min(16);
f2 = hslider("v:sfTrumpet parameter(s)/HF Damping[hidden:1]", 13340, 1500, 0.49*fsmax, 1);
out_eq = pareq_stereo(eq1f,eq1l,eq1q) : pareq_stereo(eq2f,eq2l,eq2q);// Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
// pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
// Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
//pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
// with {
// tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
// wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
//g = db2linear(eql); // peak gain
// };
// pareq use directly peak_eq_cp from filter.lib
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
// eq1f = vslider("F1 [hidden:1]", 315, 40, 10000, 1);
eq1f=315;
// eq1l = vslider("L1 [hidden:1]", 0, -15, 15, 0.1);
eq1l=0;
// eq1q = vslider("Q1 [hidden:1]", 3, 0.1, 10, 0.1);
eq1q=3;
// eq2f = vslider("F2 [hidden:1]", 3000, 40, 10000, 1);
eq2f=3000;
// eq2l = vslider("L2 [hidden:1]", 0, -15, 15, 0.1);
eq2l=0;
// eq2q = vslider("Q2 [hidden:1]", 3, 0.1, 10, 0.1);
eq2q=3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
//[accy:-1. 0. 20 0]
drywet = (hslider("v:sfTrumpet parameter(s)/Dry/Wet Mix [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 20, 0, 55, 0.1)*0.02)-1:fi.lowpass(1,1):max(-1):min(1);
// out_level = *(gain),*(gain);
// gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear;
};
Zverb4 = _<:zita_rev3:>_;
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfTrumpet/sfTrumpet.dsp | faust | ----- NOTA 0.3 ----
to comply with the new lib it was necessary to use asr_old otherwise a division by 0
and use en.adsr but setting an envelopeRelease value to 0.001 instead of 0 to also avoid a division by 0
-------------------- MAIN -------------------------------
==================== GUI SPECIFICATION ================
gain = nentry("h:Basic_Parameters/gain [1][hidden:1][tooltip:Gain (value between 0 and 1)]",1,0,1,0.01):smooth(0.998);
slideLength = hslider("h:Physical_and_Nonlinearity/v:Physical_Parameters/Slide_Length[2][tooltip:A value between 0 and 1]",0.326,0.01,1,0.001);
typeModulation = nentry("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Modulation_Type [3][tooltip: 0=theta is modulated by the incoming signal; 1=theta is modulated by the averaged incoming signal;
2=theta is modulated by the squared incoming signal;
3=theta is modulated by a sine wave of frequency freqMod;
4=theta is modulated by a sine wave of frequency freq;]",0,0,4,1);
nonLinearity = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Nonlinearity [3][tooltip:Nonlinearity factor (value between 0 and 1)]",0,0,1,0.01);
frequencyMod = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/Mod_Freq [3][unit:Hz][tooltip:Frequency of the sine wave for the modulation of theta (works if Modulation Type=3)]",329.7,20,1000,0.1);
nonLinAttack = hslider("h:Physical_and_Nonlinearity/v:Nonlinear_Filter_Parameters/NL_Attack[3][unit:s][Attack duration of the nonlinearity]",0.1,0,2,0.01);
vibratoFreq = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Freq [4][unit:Hz][color:255 0 0][accx:-1.3 0 7.5 0]",6,1,15,0.1);
vibratoGain = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Gain[4][tooltip:A value between 0 and 1][color:255 255 0][accy:1 0 0.5 0]",0.05,0,1,0.01);
vibratoBegin = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Begin[4][unit:s][tooltip:Vibrato silence duration before attack]",1.954,0,2,0.01);
vibratoAttack = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Attack [4][unit:s][tooltip:Vibrato attack duration]",0,0,2,0.01);
vibratoRelease = hslider("h:Envelopes_and_Vibrato/v:Vibrato_Parameters/V_Release [4][unit:s][tooltip:Vibrato release duration]",0,0,2,0.01);
envelopeAttack = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Attack [5][unit:s][tooltip:Envelope attack duration]",0.005,0,2,0.01);
envelopeDecay = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Decay [5][unit:s][tooltip:Envelope decay duration]",0.001,0,2,0.01);
envelopeRelease = hslider("h:Envelopes_and_Vibrato/v:Envelope_Parameters/E_Release [5][unit:s][tooltip:Envelope release duration]",0,0,2,0.01);
était à 0 dans la version d'origine mais génère une division par 0 dans faust 2017
==================== SIGNAL PROCESSING ================
----------------------- Nonlinear filter ----------------------------
nonlinearities are created by the nonlinear passive allpass ladder filter declared in filter.lib
nonlinear filter order
attack - sustain - release envelope for nonlinearity (declared in instrument.lib)
envelopeMod = 1;
nonLinearModultor is declared in instrument.lib, it adapts allpassnn from filter.lib
for using it with waveguide instruments
----------------------- Synthesis parameters computing and functions declaration ----------------------------
lips are simulated by a biquad filter whose output is squared and hard-clipped, bandPassH and saturationPos are declared in instrument.lib
stereoizer is declared in instrument.lib and implement a stereo spacialisation in function of
the frequency period in number of samples
delay times in number of samples
----------------------- Algorithm implementation ----------------------------
vibrato
envelope (Attack / Decay / Sustain / Release), breath pressure and vibrato
scale the delay feedback
differencial presure
trumpet = NLFM;
//////////////////////////////////////
ZITA VERB 4 /////////////////////////
//////////////////////////////////////
fc= hslider("high_cut [hidden:1]",10,0.01,10,0.01);
order of filter
from effect.lib but with only N=4 for mobilephone application
Delay-line lengths in seconds:
feedforward delays in seconds
total delays in seconds
samples
NOTE: Since SR is not bounded at compile time, we can't use it to
allocate delay lines; hence, the fsmax parameter:
allpass comb-filter coefficient
filter.lib
math.lib
let signals decay well below LSB, but not to zero
unity-dc-gain lowpass needs gain g at frequency f => quadratic formula:
other solution is unstable
NOTE: must ensure |g|<1 (t60m finite)
filter.lib
decay time in samples
zita-rev1 linearly ramps from 0 to t1 over one buffer
probably the result of some experimenting!
direct from effect.lib and adapted by Christophe Lebreton with EQ and some parameters ranges changed .... no level out sliders
---------------------------------- zita_rev1 ------------------------------
Example GUI for zita_rev1_stereo (mostly following the Linux zita-rev1 GUI).
Only the dry/wet and output level parameters are "dezippered" here. If
parameters are to be varied in real time, use "smooth(0.999)" or the like
in the same way.
REFERENCE:
http://www.kokkinizita.net/linuxaudio/zita-rev1-doc/quickguide.html
DEPENDENCIES:
filter.lib (peak_eq_rm)
highest sampling rate that will be used
rdel = vslider(" Pre_Delay [hidden:1]", 50,1,100,1);
f1 = vslider("LF X [hidden:1]", 500, 50, 1000, 1);
[accy:-1 0 7 0]
[accy:-1 0 7 0]
Zolzer style peaking eq (not used in zita-rev1) (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq(eql,eqf,eqf/Q), peak_eq(eql,eqf,eqf/Q);
Regalia-Mitra peaking eq with "Q" hard-wired near sqrt(g)/2 (filter.lib):
pareq_stereo(eqf,eql,Q) = peak_eq_rm(eql,eqf,tpbt), peak_eq_rm(eql,eqf,tpbt)
with {
tpbt = wcT/sqrt(g); // tan(PI*B/SR) where B bandwidth in Hz (Q^2 ~ g/4)
wcT = 2*PI*eqf/SR; // peak frequency in rad/sample
g = db2linear(eql); // peak gain
};
pareq use directly peak_eq_cp from filter.lib
eq1f = vslider("F1 [hidden:1]", 315, 40, 10000, 1);
eq1l = vslider("L1 [hidden:1]", 0, -15, 15, 0.1);
eq1q = vslider("Q1 [hidden:1]", 3, 0.1, 10, 0.1);
eq2f = vslider("F2 [hidden:1]", 3000, 40, 10000, 1);
eq2l = vslider("L2 [hidden:1]", 0, -15, 15, 0.1);
eq2q = vslider("Q2 [hidden:1]", 3, 0.1, 10, 0.1);
[accy:-1. 0. 20 0]
out_level = *(gain),*(gain);
gain = out_group(vslider("[2] Level [unit:dB] [style:knob] [tooltip: Output scale factor]", -0, -70, 40, 0.1)) : db2linear; | declare name "sfTrumpet";
declare version "0.3";
declare author "Christophe Lebreton";
declare license "BSD & STK-4.3";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
import("instrument.lib");
process = trumpet : Zverb4 :max(-0.99):min(0.99);
freq = hslider ( "v:sfTrumpet parameter(s)/freq [1] [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",165,117,290,1):fi.lowpass(1,0.5);
gain = 1;
gate = checkbox("v:sfTrumpet/ON/OFF");
pressure = hslider("v:sfTrumpet parameter(s)/Pressure[2][tooltip:A value between 0 and 1][color:255 255 0][acc:1 0 -10 0 10][hidden:1]",0.095,0.001,0.198,0.001) : si.bsmooth;
lipTension = hslider("v:sfTrumpet parameter(s)/Lip_Tension[2][tooltip:A value between 0 and 1][color:255 0 0][acc:0 0 -10 0 10][hidden:1]",0.688,0.626,0.751,0.001);
slideLength = 0.01;
typeModulation = 1;
nonLinearity = 0.1;
frequencyMod = 204.8;
nonLinAttack = 0;
vibratoFreq = 0;
vibratoGain = 0;
vibratoBegin = 0;
vibratoAttack = 0;
vibratoRelease = 0;
envelopeAttack = 0.005;
envelopeDecay = 0.001;
nlfOrder = 6;
envelopeMod = asr_old(nonLinAttack,100,envelopeRelease,gate);
NLFM = nonLinearModulator((nonLinearity : si.smooth(0.999)),envelopeMod,freq,
typeModulation,(frequencyMod : si.smooth(0.999)),nlfOrder);
lipFilterFrequency = freq*pow(4,(2*lipTension)-1);
lipFilter = *(0.03) : bandPassH(lipFilterFrequency,0.997) <: * : saturationPos;
stereo = stereoizer(ma.SR/freq);
slideTarget = ((ma.SR/freq)*2 + 3)*(0.5 + slideLength);
boreDelay = de.fdelay(4096,slideTarget);
vibrato = vibratoGain*os.osc(vibratoFreq)*envVibrato(vibratoBegin,vibratoAttack,100,vibratoRelease,gate);
breathPressure = pressure * en.adsr(envelopeAttack,envelopeDecay,1,envelopeRelease,gate) + vibrato;
mouthPressure = 0.3*breathPressure;
borePressure = *(0.85);
deltaPressure = mouthPressure - _;
trumpet = (borePressure <: deltaPressure,_ :
(lipFilter <: *(mouthPressure),(1-_)),_ : _, * :> + :
fi.dcblocker) ~ (boreDelay : NLFM) :
*(gain)*4;
lowpassmotion = fi.lowpass(N,fc)
with {
fc=10;
};
zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax) =
(( si.bus(2*N) :> allpass_combs(N) : feedbackmatrix(N)) ~
(delayfilters(N,freqs,durs) : fbdelaylines(N)))
with {
N = 4;
apdelays = (0.020346, 0.024421, 0.031604, 0.027333, 0.022904,
tdelays = ( 0.153129, 0.210389, 0.127837, 0.256891, 0.174713,
apdelay(i) = floor(0.5 + ma.SR * ba.take(i+1,apdelays));
fbdelay(i) = tdelay(i) - apdelay(i);
tdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,tdelays));
apdelaymaxfs(i) = floor(0.5 + fsmax * ba.take(i+1,apdelays));
fbdelaymaxfs(i) = tdelaymaxfs(i) - apdelaymaxfs(i);
nextpow2(x) = ceil(log(x)/log(2.0));
maxapdelay(i) = int(2.0^max(1.0,nextpow2(apdelaymaxfs(i))));
maxfbdelay(i) = int(2.0^max(1.0,nextpow2(fbdelaymaxfs(i))));
fbdelaylines(N) = par(i,N,(de.delay(maxfbdelay(i),(fbdelay(i)))));
freqs = (f1,f2); durs = (t60dc,t60m);
delayfilters(N,freqs,durs) = par(i,N,filter(i,freqs,durs));
special_lowpass(g,f) = si.smooth(p) with {
gs = g*g;
c = cos(2.0*ma.PI*f/float(ma.SR));
};
filter(i,freqs,durs) = lowshelf_lowpass(i)/sqrt(float(N))+staynormal
with {
lowshelf_lowpass(i) = gM*low_shelf1_l(g0/gM,f(1)):special_lowpass(gM,f(2));
g0 = g(0,i);
gM = g(1,i);
f(k) = ba.ba.take(k,freqs);
dur(j) = ba.ba.take(j+1,durs);
g(j,i) = exp(-3.0*log(10.0)*tdelay(i)/n60(j));
};
};
zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax) =
re.zita_in_delay(rdel)
: re.zita_distrib2(N)
: zita_rev_fdn4(f1,f2,t60dc,t60m,fsmax)
: output2(N)
with {
N = 4;
output2(N) = outmix(N) : *(t1),*(t1);
outmix(N) = outmix(N/2),par(i,N/2,!);
};
zita_rev3(x,y) = zita_rev1_stereo4(rdel,f1,f2,t60dc,t60m,fsmax,x,y)
: out_eq : dry_wet(x,y)
with {
rdel=50;
f1=500;
t60dc = hslider("v:sfTrumpet parameter(s)/Low RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 7, 1, 16, 0.1):fi.lowpass(1,1):max(1):min(16);
t60m = hslider("v:sfTrumpet parameter(s)/Mid RT60 [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 7, 1, 16, 0.1):fi.lowpass(1,1):max(1):min(16);
f2 = hslider("v:sfTrumpet parameter(s)/HF Damping[hidden:1]", 13340, 1500, 0.49*fsmax, 1);
pareq_stereo (eqf,eql,Q) = fi.peak_eq_cq (eql,eqf,Q) , fi.peak_eq_cq (eql,eqf,Q) ;
eq1f=315;
eq1l=0;
eq1q=3;
eq2f=3000;
eq2l=0;
eq2q=3;
dry_wet(x,y) = *(wet) + dry*x, *(wet) + dry*y
with {
wet = 0.5*(drywet+1.0);
dry = 1.0-wet;
};
drywet = (hslider("v:sfTrumpet parameter(s)/Dry/Wet Mix [acc:1 1 -10 0 10][color:255 255 0][hidden:1]", 20, 0, 55, 0.1)*0.02)-1:fi.lowpass(1,1):max(-1):min(1);
};
Zverb4 = _<:zita_rev3:>_;
|
b148a8b26581fadd3251bbf24cf75fc9086976dd1c1b5bd73f4c6e36afb5700b | JoaoSvidzinski/HermesV2 | compresseur.dsp | declare filename "compresseur.dsp"; declare name "compresseur"; declare compilation_options "-single -scal -I libraries/ -I project/ -lang wasm";
declare library_path0 "/libraries/stdfaust.lib";
declare library_path1 "/libraries/demos.lib";
declare library_path2 "/libraries/basics.lib";
declare library_path3 "/libraries/compressors.lib";
declare library_path4 "/libraries/maths.lib";
declare library_path5 "/libraries/platform.lib";
declare library_path6 "/libraries/analyzers.lib";
declare library_path7 "/libraries/signals.lib";
declare library_path8 "/libraries/routes.lib";
declare analyzers_lib_name "Faust Analyzer Library";
declare analyzers_lib_version "0.1";
declare author "JOS, revised by RM";
declare basics_lib_bypass2_author "Julius Smith";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.6";
declare compressors_lib_compression_gain_mono_author "Julius O. Smith III";
declare compressors_lib_compression_gain_mono_copyright "Copyright (C) 2014-2020 by Julius O. Smith III <[email protected]>";
declare compressors_lib_compression_gain_mono_license "MIT-style STK-4.3 license";
declare compressors_lib_compressor_stereo_author "Julius O. Smith III";
declare compressors_lib_compressor_stereo_copyright "Copyright (C) 2014-2020 by Julius O. Smith III <[email protected]>";
declare compressors_lib_compressor_stereo_license "MIT-style STK-4.3 license";
declare compressors_lib_name "Faust Compressor Effect Library";
declare compressors_lib_version "0.2";
declare demos_lib_name "Faust Demos Library";
declare demos_lib_version "0.1";
declare description "Compressor demo application";
declare filename "FaustDSP";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.5";
declare name "compressor";
declare platform_lib_name "Generic Platform Library";
declare platform_lib_version "0.2";
declare routes_lib_name "Faust Signal Routing Library";
declare routes_lib_version "0.2";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.1";
declare version "0.0";
ID_54 = ID_50, 1.0f;
ID_55 = ID_53, ID_54;
ID_56 = (ID_55 : select2);
ID_57 = ID_56, ID_37;
ID_58 = (ID_57 : *);
ID_59 = -1.0f, ID_58;
ID_60 = ID_59 : /;
ID_61 = (ID_60 : exp);
ID_62 = ID_61, 0.0f;
ID_63 = ID_53, ID_62;
ID_64 = (ID_63 : select2);
ID_65 = ID_45, ID_64;
ID_66 = >, ID_65;
ID_67 = (ID_66 : select2);
ID_68 = ID_67, _;
ID_77 = hbargraph("[1] Compressor Gain [unit:dB] [tooltip: Current gain of the compressor in dB]", -50.0f, 10.0f);
ID_78 = hgroup("[0]", ID_77);
ID_79 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_78);
ID_69 = (ID_68 : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)));
ID_70 = ID_69 ~ _;
ID_71 = _ <: ID_70;
ID_72 = abs : ID_71;
ID_89 = hslider("[5] Makeup Gain [unit:dB] [tooltip: The compressed-signal output level is increased by this amount (in dB) to make up for the level lost due to compression]", 40.0f, -96.0f, 96.0f, 0.10000000000000001f);
ID_90 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_89);
ID_2 = hgroup("[0]", ID_1);
ID_3 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_2);
ID_4 = _, 0;
ID_5 = ID_3, ID_4;
ID_6 = (ID_5 : select2);
ID_7 = ID_6, ID_6;
ID_8 = ID_7 : ID_0;
ID_9 = ID_0 : ID_8;
ID_98 = 2, 1;
ID_99 = 2, ID_98;
ID_100 = 1, ID_99;
ID_101 = route(2,2,ID_100);
ID_102 = ID_101, _;
ID_103 = _, ID_102;
ID_104 = ID_3, ID_0;
ID_105 = (ID_104 : select2);
ID_106 = ID_105, ID_105;
ID_107 = ID_106 : ID_0;
ID_108 = ID_103 : ID_107;
ID_73 = \(x35).(\(x36).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x35 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x36 : *) : +)~_) : \(x37).(10.0f,(x37,20.0f : /) : pow);
ID_74 = \(x34).(((x34,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : ID_73;
ID_75 = \(x33).(20.0f,(1.175494351e-38f,x33 : max : log10) : *) : ID_74;
ID_76 = ID_72 : ID_75;
ID_80 = \(x38).(20.0f,(1.175494351e-38f,x38 : max : log10) : *) : ID_79;
ID_81 = (ID_76 : ID_80);
ID_82 = _, ID_81;
ID_83 = _, ID_82;
ID_85 = ID_83 : ID_84;
ID_86 = ID_13 : ID_85;
ID_87 = ID_0 <: ID_86;
ID_88 = \(x28).(\(x29).((((x28 : abs),(x29 : abs) : + : abs : _<:((>,(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : select2),_ : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)))~_ : \(x4).(20.0f,(1.175494351e-38f,x4 : max : log10) : *) : \(x30).(((x30,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : \(x31).(\(x32).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x31 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x32 : *) : +)~_) : \(x8).(10.0f,(x8,20.0f : /) : pow)),x28 : *),(((x28 : abs),(x29 : abs) : + : abs : _<:((>,(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : select2),_ : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)))~_ : \(x4).(20.0f,(1.175494351e-38f,x4 : max : log10) : *) : \(x30).(((x30,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : \(x31).(\(x32).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x31 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x32 : *) : +)~_) : \(x8).(10.0f,(x8,20.0f : /) : pow)),x29 : *))) : ID_87;
ID_91 = (ID_90 : \(x39).(10.0f,(x39,20.0f : /) : pow));
ID_92 = _, ID_91;
ID_93 = (ID_92 : *);
ID_94 = ID_93, ID_93;
ID_95 = ID_88 : ID_94;
ID_96 = (ID_9 : ID_95);
ID_97 = ID_96, ID_0;
ID_109 = ID_97 : ID_108;
ID_110 = ID_0 <: ID_109;
ID_1 = checkbox("[0] Bypass [tooltip: When this is checked, the compressor has no effect]");
ID_0 = _, _;
ID_10 = abs, abs;
ID_11 = (ID_10 : +);
ID_12 = _, ID_11;
ID_13 = _, ID_12;
ID_84 = _, attach;
ID_42 = (ID_41 : exp);
ID_39 = (ID_38 : *);
ID_40 = -1.0f, ID_39;
ID_38 = ID_36, ID_37;
ID_41 = ID_40 : /;
ID_37 = (ID_24 : float);
ID_43 = ID_42, 0.0f;
ID_44 = ID_33, ID_43;
ID_45 = (ID_44 : select2);
ID_46 = hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f);
ID_47 = hgroup("[4] Compression Response", ID_46);
ID_48 = hgroup("[1]", ID_47);
ID_49 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_48);
ID_18 = _, 0.001f;
ID_19 = ID_18 : *;
ID_20 = fconstant(int fSamplingFreq, <math.h>);
ID_21 = 1.0f, ID_20;
ID_22 = (ID_21 : max);
ID_23 = 192000.0f, ID_22;
ID_24 = (ID_23 : min);
ID_25 = 1, ID_24;
ID_26 = (ID_25 : /);
ID_27 = ID_26, _;
ID_28 = ID_27 : max;
ID_29 = ID_19 : ID_28;
ID_50 = ID_49 : ID_29;
ID_14 = hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f);
ID_15 = hgroup("[4] Compression Response", ID_14);
ID_16 = hgroup("[1]", ID_15);
ID_17 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_16);
ID_30 = ID_17 : ID_29;
ID_31 = (ID_30 : abs);
ID_32 = ID_31, 1.1920928960000001e-07f;
ID_33 = (ID_32 : <);
ID_34 = ID_30, 1.0f;
ID_35 = ID_33, ID_34;
ID_36 = (ID_35 : select2);
ID_51 = (ID_50 : abs);
ID_52 = ID_51, 1.1920928960000001e-07f;
ID_53 = (ID_52 : <);
process = ID_110;
| https://raw.githubusercontent.com/JoaoSvidzinski/HermesV2/a96f9cd288d5cb68be2f5bb5788d5869008d8cef/Patch%20Max/_external/compresseur%7E.mxo/compresseur.dsp | faust | declare filename "compresseur.dsp"; declare name "compresseur"; declare compilation_options "-single -scal -I libraries/ -I project/ -lang wasm";
declare library_path0 "/libraries/stdfaust.lib";
declare library_path1 "/libraries/demos.lib";
declare library_path2 "/libraries/basics.lib";
declare library_path3 "/libraries/compressors.lib";
declare library_path4 "/libraries/maths.lib";
declare library_path5 "/libraries/platform.lib";
declare library_path6 "/libraries/analyzers.lib";
declare library_path7 "/libraries/signals.lib";
declare library_path8 "/libraries/routes.lib";
declare analyzers_lib_name "Faust Analyzer Library";
declare analyzers_lib_version "0.1";
declare author "JOS, revised by RM";
declare basics_lib_bypass2_author "Julius Smith";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.6";
declare compressors_lib_compression_gain_mono_author "Julius O. Smith III";
declare compressors_lib_compression_gain_mono_copyright "Copyright (C) 2014-2020 by Julius O. Smith III <[email protected]>";
declare compressors_lib_compression_gain_mono_license "MIT-style STK-4.3 license";
declare compressors_lib_compressor_stereo_author "Julius O. Smith III";
declare compressors_lib_compressor_stereo_copyright "Copyright (C) 2014-2020 by Julius O. Smith III <[email protected]>";
declare compressors_lib_compressor_stereo_license "MIT-style STK-4.3 license";
declare compressors_lib_name "Faust Compressor Effect Library";
declare compressors_lib_version "0.2";
declare demos_lib_name "Faust Demos Library";
declare demos_lib_version "0.1";
declare description "Compressor demo application";
declare filename "FaustDSP";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.5";
declare name "compressor";
declare platform_lib_name "Generic Platform Library";
declare platform_lib_version "0.2";
declare routes_lib_name "Faust Signal Routing Library";
declare routes_lib_version "0.2";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.1";
declare version "0.0";
ID_54 = ID_50, 1.0f;
ID_55 = ID_53, ID_54;
ID_56 = (ID_55 : select2);
ID_57 = ID_56, ID_37;
ID_58 = (ID_57 : *);
ID_59 = -1.0f, ID_58;
ID_60 = ID_59 : /;
ID_61 = (ID_60 : exp);
ID_62 = ID_61, 0.0f;
ID_63 = ID_53, ID_62;
ID_64 = (ID_63 : select2);
ID_65 = ID_45, ID_64;
ID_66 = >, ID_65;
ID_67 = (ID_66 : select2);
ID_68 = ID_67, _;
ID_77 = hbargraph("[1] Compressor Gain [unit:dB] [tooltip: Current gain of the compressor in dB]", -50.0f, 10.0f);
ID_78 = hgroup("[0]", ID_77);
ID_79 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_78);
ID_69 = (ID_68 : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)));
ID_70 = ID_69 ~ _;
ID_71 = _ <: ID_70;
ID_72 = abs : ID_71;
ID_89 = hslider("[5] Makeup Gain [unit:dB] [tooltip: The compressed-signal output level is increased by this amount (in dB) to make up for the level lost due to compression]", 40.0f, -96.0f, 96.0f, 0.10000000000000001f);
ID_90 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_89);
ID_2 = hgroup("[0]", ID_1);
ID_3 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_2);
ID_4 = _, 0;
ID_5 = ID_3, ID_4;
ID_6 = (ID_5 : select2);
ID_7 = ID_6, ID_6;
ID_8 = ID_7 : ID_0;
ID_9 = ID_0 : ID_8;
ID_98 = 2, 1;
ID_99 = 2, ID_98;
ID_100 = 1, ID_99;
ID_101 = route(2,2,ID_100);
ID_102 = ID_101, _;
ID_103 = _, ID_102;
ID_104 = ID_3, ID_0;
ID_105 = (ID_104 : select2);
ID_106 = ID_105, ID_105;
ID_107 = ID_106 : ID_0;
ID_108 = ID_103 : ID_107;
ID_73 = \(x35).(\(x36).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x35 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x36 : *) : +)~_) : \(x37).(10.0f,(x37,20.0f : /) : pow);
ID_74 = \(x34).(((x34,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : ID_73;
ID_75 = \(x33).(20.0f,(1.175494351e-38f,x33 : max : log10) : *) : ID_74;
ID_76 = ID_72 : ID_75;
ID_80 = \(x38).(20.0f,(1.175494351e-38f,x38 : max : log10) : *) : ID_79;
ID_81 = (ID_76 : ID_80);
ID_82 = _, ID_81;
ID_83 = _, ID_82;
ID_85 = ID_83 : ID_84;
ID_86 = ID_13 : ID_85;
ID_87 = ID_0 <: ID_86;
ID_88 = \(x28).(\(x29).((((x28 : abs),(x29 : abs) : + : abs : _<:((>,(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : select2),_ : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)))~_ : \(x4).(20.0f,(1.175494351e-38f,x4 : max : log10) : *) : \(x30).(((x30,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : \(x31).(\(x32).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x31 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x32 : *) : +)~_) : \(x8).(10.0f,(x8,20.0f : /) : pow)),x28 : *),(((x28 : abs),(x29 : abs) : + : abs : _<:((>,(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),(((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(-1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max : abs),1.1920928960000001e-07f : <),(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : select2),_ : \(x1).(\(x2).(\(x3).(((1.0f,x1 : -),x2 : *),(x1,x3 : *) : +)~_)))~_ : \(x4).(20.0f,(1.175494351e-38f,x4 : max : log10) : *) : \(x30).(((x30,vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[1] Threshold [unit:dB] [style:knob] [tooltip: When the signal level exceeds the Threshold (in dB), its level is compressed according to the Ratio]", -30.0f, -100.0f, 10.0f, 0.10000000000000001f)))) : -),0.0f : max),((1.0f,(1.1920928960000001e-07f,(vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[3] Compression Control", hslider("[0] Ratio [style:knob] [tooltip: A compression Ratio of N means that for each N dB increase in input signal level above Threshold, the output level goes up 1 dB]", 5.0f, 1.0f, 20.0f, 0.10000000000000001f)))) : float) : max) : /),1.0f : -) : *) : \(x31).(\(x32).(((1.0f,((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -),x31 : *),(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),(-1.0f,(((((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : / : abs),1.1920928960000001e-07f : <),((vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", hgroup("[1]", hgroup("[4] Compression Response", hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f)))) : _,0.001f : * : (1,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : /),_ : max),2.0f : /),1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2),x32 : *) : +)~_) : \(x8).(10.0f,(x8,20.0f : /) : pow)),x29 : *))) : ID_87;
ID_91 = (ID_90 : \(x39).(10.0f,(x39,20.0f : /) : pow));
ID_92 = _, ID_91;
ID_93 = (ID_92 : *);
ID_94 = ID_93, ID_93;
ID_95 = ID_88 : ID_94;
ID_96 = (ID_9 : ID_95);
ID_97 = ID_96, ID_0;
ID_109 = ID_97 : ID_108;
ID_110 = ID_0 <: ID_109;
ID_1 = checkbox("[0] Bypass [tooltip: When this is checked, the compressor has no effect]");
ID_0 = _, _;
ID_10 = abs, abs;
ID_11 = (ID_10 : +);
ID_12 = _, ID_11;
ID_13 = _, ID_12;
ID_84 = _, attach;
ID_42 = (ID_41 : exp);
ID_39 = (ID_38 : *);
ID_40 = -1.0f, ID_39;
ID_38 = ID_36, ID_37;
ID_41 = ID_40 : /;
ID_37 = (ID_24 : float);
ID_43 = ID_42, 0.0f;
ID_44 = ID_33, ID_43;
ID_45 = (ID_44 : select2);
ID_46 = hslider("[2] Release [unit:ms] [style: knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new higher target level (the compression 'releasing')]", 500.0f, 1.0f, 1000.0f, 0.10000000000000001f);
ID_47 = hgroup("[4] Compression Response", ID_46);
ID_48 = hgroup("[1]", ID_47);
ID_49 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_48);
ID_18 = _, 0.001f;
ID_19 = ID_18 : *;
ID_20 = fconstant(int fSamplingFreq, <math.h>);
ID_21 = 1.0f, ID_20;
ID_22 = (ID_21 : max);
ID_23 = 192000.0f, ID_22;
ID_24 = (ID_23 : min);
ID_25 = 1, ID_24;
ID_26 = (ID_25 : /);
ID_27 = ID_26, _;
ID_28 = ID_27 : max;
ID_29 = ID_19 : ID_28;
ID_50 = ID_49 : ID_29;
ID_14 = hslider("[1] Attack [unit:ms] [style:knob] [scale:log] [tooltip: Time constant in ms (1/e smoothing time) for the compression gain to approach (exponentially) a new lower target level (the compression `kicking in')]", 50.0f, 1.0f, 1000.0f, 0.10000000000000001f);
ID_15 = hgroup("[4] Compression Response", ID_14);
ID_16 = hgroup("[1]", ID_15);
ID_17 = vgroup("COMPRESSOR [tooltip: Reference: http://en.wikipedia.org/wiki/Dynamic_range_compression]", ID_16);
ID_30 = ID_17 : ID_29;
ID_31 = (ID_30 : abs);
ID_32 = ID_31, 1.1920928960000001e-07f;
ID_33 = (ID_32 : <);
ID_34 = ID_30, 1.0f;
ID_35 = ID_33, ID_34;
ID_36 = (ID_35 : select2);
ID_51 = (ID_50 : abs);
ID_52 = ID_51, 1.1920928960000001e-07f;
ID_53 = (ID_52 : <);
process = ID_110;
|
|
7641f13fc3f7ea3d7c364770dd00e571d3685dc6aa3b9eceeb530e32f7e5bd0f | sadko4u/tamgamp.lv2 | marshall_jcm800hi.dsp | /*
* Simulation of Marshall JCM-800 High-gain input
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "marshall_jcm800hi";
declare name "marshall_jcm800hi";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00100706000116536*fs - 2.74253812953532;
b1 = 0.00100706000116536*fs - 2.74253812953532;
a0 = 1.82383685270143e-5*fs + 0.124558310703316;
a1 = -1.82383685270143e-5*fs + 0.124558310703316;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/marshall_jcm800hi/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/marshall_jcm800hi/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(1.18724587211056e-8*fs + 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs - 3.28091553929331e-5) - 0.0134364630161901);
b1 = gain*(-2.37449174422112e-8*pow(fs,2)*gain + 2.37449174422112e-8*pow(fs,2) - 0.0268729260323803);
b2 = gain*(fs*gain*(1.18724587211056e-8*fs - 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs + 3.28091553929331e-5) - 0.0134364630161901);
a0 = 2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs - 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs + 1.83330739030423e-6)) + 0.00254241685259171;
a1 = gain*(3.05643473598644e-9*pow(fs,2)*gain - 3.05643473598644e-9*pow(fs,2)) + 0.00508483370518342;
a2 = -2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs + 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs - 1.83330739030423e-6)) + 0.00254241685259171;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/marshall_jcm800hi/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/marshall_jcm800hi/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s03_stage3clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
b0 = bass*(pow(fs,3)*treble*(-9.188187558692e-18*fs - 2.07971651396379e-14) + pow(fs,2)*middle*(fs*(-7.04427712833053e-18*fs - 4.61974934559815e-14) - 6.84766866959239e-11) + fs*(fs*(-8.22633872334683e-15*fs - 4.9873150795398e-11) - 7.07403788181033e-8)) + fs*(fs*(-1.8097945191363e-16*fs - 1.09720931749876e-12) - 1.55628833399827e-9) + middle*(pow(fs,2)*middle*(fs*(1.54974096823272e-19*fs + 1.01634485603159e-15) + 1.50648710731033e-12) + fs*(fs*(fs*(-1.54974096823272e-19*fs - 1.15555981904208e-15) - 2.49478214493775e-12) - 1.52373579652701e-9)) + treble*(pow(fs,3)*middle*(2.02140126291224e-19*fs + 4.57537633072034e-16) + fs*(fs*(fs*(-2.02140126291224e-19*fs - 8.75182522103488e-16) - 1.08914279871338e-12) - 3.25525374712589e-10));
b1 = bass*(pow(fs,3)*middle*(2.81771085133221e-17*fs + 9.2394986911963e-14) + pow(fs,3)*treble*(3.6752750234768e-17*fs + 4.15943302792758e-14) + fs*(1.64526774466937e-14*pow(fs,2) - 1.41480757636207e-7)) + fs*(3.61958903827261e-16*pow(fs,2) - 3.11257666799654e-9) + middle*(pow(fs,3)*middle*(-6.19896387293087e-19*fs - 2.03268971206319e-15) + fs*(pow(fs,2)*(6.19896387293087e-19*fs + 2.31111963808416e-15) - 3.04747159305403e-9)) + treble*(pow(fs,3)*middle*(-8.08560505164896e-19*fs - 9.15075266144067e-16) + fs*(pow(fs,2)*(8.08560505164896e-19*fs + 1.75036504420698e-15) - 6.51050749425178e-10));
b2 = bass*(-5.5129125352152e-17*pow(fs,4)*treble + pow(fs,2)*middle*(-4.22656627699832e-17*pow(fs,2) + 1.36953373391848e-10) + 9.97463015907961e-11*pow(fs,2)) + 2.19441863499751e-12*pow(fs,2) + middle*(pow(fs,2)*middle*(9.2984458093963e-19*pow(fs,2) - 3.01297421462065e-12) + pow(fs,2)*(-9.2984458093963e-19*pow(fs,2) + 4.98956428987549e-12)) + treble*(1.21284075774734e-18*pow(fs,4)*middle + pow(fs,2)*(-1.21284075774734e-18*pow(fs,2) + 2.17828559742676e-12));
b3 = bass*(pow(fs,3)*middle*(2.81771085133221e-17*fs - 9.2394986911963e-14) + pow(fs,3)*treble*(3.6752750234768e-17*fs - 4.15943302792758e-14) + fs*(-1.64526774466937e-14*pow(fs,2) + 1.41480757636207e-7)) + fs*(-3.61958903827261e-16*pow(fs,2) + 3.11257666799654e-9) + middle*(pow(fs,3)*middle*(-6.19896387293087e-19*fs + 2.03268971206319e-15) + fs*(pow(fs,2)*(6.19896387293087e-19*fs - 2.31111963808416e-15) + 3.04747159305403e-9)) + treble*(pow(fs,3)*middle*(-8.08560505164896e-19*fs + 9.15075266144067e-16) + fs*(pow(fs,2)*(8.08560505164896e-19*fs - 1.75036504420698e-15) + 6.51050749425178e-10));
b4 = bass*(pow(fs,3)*treble*(-9.188187558692e-18*fs + 2.07971651396379e-14) + pow(fs,2)*middle*(fs*(-7.04427712833053e-18*fs + 4.61974934559815e-14) - 6.84766866959239e-11) + fs*(fs*(8.22633872334683e-15*fs - 4.9873150795398e-11) + 7.07403788181033e-8)) + fs*(fs*(1.8097945191363e-16*fs - 1.09720931749876e-12) + 1.55628833399827e-9) + middle*(pow(fs,2)*middle*(fs*(1.54974096823272e-19*fs - 1.01634485603159e-15) + 1.50648710731033e-12) + fs*(fs*(fs*(-1.54974096823272e-19*fs + 1.15555981904208e-15) - 2.49478214493775e-12) + 1.52373579652701e-9)) + treble*(pow(fs,3)*middle*(2.02140126291224e-19*fs - 4.57537633072034e-16) + fs*(fs*(fs*(-2.02140126291224e-19*fs + 8.75182522103488e-16) - 1.08914279871338e-12) + 3.25525374712589e-10));
a0 = bass*(pow(fs,2)*middle*(fs*(1.66033922737963e-19*fs + 1.46468936918562e-15) + 3.22799705380621e-12) + fs*(fs*(fs*(2.19386941982751e-19*fs + 2.24638509167905e-15) + 6.40994887020324e-12) + 3.33470770021303e-9)) + fs*(fs*(fs*(4.82651272362052e-21*fs + 5.93926057434279e-17) + 2.37697888066948e-13) + 3.23054405974956e-10) + middle*(pow(fs,2)*middle*(fs*(-3.65274630023519e-21*fs - 3.22231661220837e-17) - 7.10159351837366e-14) + fs*(fs*(fs*(-1.17376642338534e-21*fs - 9.65030940676621e-18) - 3.76512801644073e-15) + 7.1829039915581e-11)) + 7.42035536317985e-8;
a1 = bass*(pow(fs,3)*middle*(-6.64135690951852e-19*fs - 2.92937873837125e-15) + fs*(pow(fs,2)*(-8.77547767931004e-19*fs - 4.49277018335811e-15) + 6.66941540042605e-9)) + fs*(pow(fs,2)*(-1.93060508944821e-20*fs - 1.18785211486856e-16) + 6.46108811949911e-10) + middle*(pow(fs,3)*middle*(1.46109852009407e-20*fs + 6.44463322441675e-17) + fs*(pow(fs,2)*(4.69506569354134e-21*fs + 1.93006188135324e-17) + 1.43658079831162e-10)) + 2.96814214527194e-7;
a2 = bass*(pow(fs,2)*middle*(9.96203536427778e-19*pow(fs,2) - 6.45599410761242e-12) + pow(fs,2)*(1.31632165189651e-18*pow(fs,2) - 1.28198977404065e-11)) + pow(fs,2)*(2.89590763417231e-20*pow(fs,2) - 4.75395776133895e-13) + middle*(pow(fs,2)*middle*(-2.19164778014111e-20*pow(fs,2) + 1.42031870367473e-13) + pow(fs,2)*(-7.04259854031202e-21*pow(fs,2) + 7.53025603288146e-15)) + 4.45221321790791e-7;
a3 = bass*(pow(fs,3)*middle*(-6.64135690951852e-19*fs + 2.92937873837125e-15) + fs*(pow(fs,2)*(-8.77547767931004e-19*fs + 4.49277018335811e-15) - 6.66941540042605e-9)) + fs*(pow(fs,2)*(-1.93060508944821e-20*fs + 1.18785211486856e-16) - 6.46108811949911e-10) + middle*(pow(fs,3)*middle*(1.46109852009407e-20*fs - 6.44463322441675e-17) + fs*(pow(fs,2)*(4.69506569354134e-21*fs - 1.93006188135324e-17) - 1.43658079831162e-10)) + 2.96814214527194e-7;
a4 = bass*(pow(fs,2)*middle*(fs*(1.66033922737963e-19*fs - 1.46468936918562e-15) + 3.22799705380621e-12) + fs*(fs*(fs*(2.19386941982751e-19*fs - 2.24638509167905e-15) + 6.40994887020324e-12) - 3.33470770021303e-9)) + fs*(fs*(fs*(4.82651272362052e-21*fs - 5.93926057434279e-17) + 2.37697888066948e-13) - 3.23054405974956e-10) + middle*(pow(fs,2)*middle*(fs*(-3.65274630023519e-21*fs + 3.22231661220837e-17) - 7.10159351837366e-14) + fs*(fs*(fs*(-1.17376642338534e-21*fs + 9.65030940676621e-18) - 3.76512801644073e-15) - 7.1829039915581e-11)) + 7.42035536317985e-8;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/marshall_jcm800hi/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/marshall_jcm800hi/s03_stage3_neg_table.h", "");
};
p4 = fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
master = ampctrl.master : LogPot(3.0) : si.smooth(0.999);
presence = ampctrl.presence : si.smooth(0.999);
b0 = master*(pow(fs,2)*presence*(fs*(9.12394327531584e-21*fs + 1.74558527699721e-15) + 8.64128766812471e-15) + fs*(fs*(2.07362347166269e-18*fs + 3.96723926590274e-13) + 1.96392901548289e-12));
b1 = master*(pow(fs,3)*presence*(-3.64957731012633e-20*fs - 3.49117055399442e-15) + fs*(-4.14724694332538e-18*pow(fs,2) + 3.92785803096578e-12));
b2 = master*(pow(fs,2)*presence*(5.4743659651895e-20*pow(fs,2) - 1.72825753362494e-14) - 7.93447853180549e-13*pow(fs,2));
b3 = master*(pow(fs,3)*presence*(-3.64957731012633e-20*fs + 3.49117055399442e-15) + fs*(4.14724694332538e-18*pow(fs,2) - 3.92785803096578e-12));
b4 = master*(pow(fs,2)*presence*(fs*(9.12394327531584e-21*fs - 1.74558527699721e-15) + 8.64128766812471e-15) + fs*(fs*(-2.07362347166269e-18*fs + 3.96723926590274e-13) - 1.96392901548289e-12));
a0 = fs*presence*(fs*(fs*(5.1560102834067e-20*fs + 9.48192763255562e-15) + 1.23816215364688e-13) + 1.03383405136796e-13) + fs*(fs*(fs*(9.02577972632804e-21*fs + 1.65716792398355e-15) + 2.17938668748945e-12) + 2.81613125818046e-11) + master*(pow(fs,2)*presence*(fs*(2.32157187007022e-20*fs + 4.05857493481995e-15) + 4.54886982601903e-15) + fs*(fs*(fs*(4.91959463392667e-21*fs + 8.65022072411122e-16) + 9.23338994229777e-13) + 1.03383405136796e-12) + master*(pow(fs,2)*presence*(fs*(-2.32157187007022e-20*fs - 4.05857493481995e-15) - 4.54886982601903e-15) + fs*(fs*(fs*(-4.91959463392667e-21*fs - 8.65022072411122e-16) - 9.23338994229777e-13) - 1.03383405136796e-12))) + 2.34962284401809e-11;
a1 = fs*presence*(pow(fs,2)*(-2.06240411336268e-19*fs - 1.89638552651112e-14) + 2.06766810273592e-13) + fs*(pow(fs,2)*(-3.61031189053122e-20*fs - 3.3143358479671e-15) + 5.63226251636091e-11) + master*(pow(fs,3)*presence*(-9.28628748028089e-20*fs - 8.11714986963989e-15) + fs*(pow(fs,2)*(-1.96783785357067e-20*fs - 1.73004414482224e-15) + 2.06766810273592e-12) + master*(pow(fs,3)*presence*(9.28628748028089e-20*fs + 8.11714986963989e-15) + fs*(pow(fs,2)*(1.96783785357067e-20*fs + 1.73004414482224e-15) - 2.06766810273592e-12))) + 9.39849137607238e-11;
a2 = pow(fs,2)*presence*(3.09360617004402e-19*pow(fs,2) - 2.47632430729377e-13) + pow(fs,2)*(5.41546783579682e-20*pow(fs,2) - 4.3587733749789e-12) + master*(pow(fs,2)*presence*(1.39294312204213e-19*pow(fs,2) - 9.09773965203806e-15) + pow(fs,2)*(2.951756780356e-20*pow(fs,2) - 1.84667798845955e-12) + master*(pow(fs,2)*presence*(-1.39294312204213e-19*pow(fs,2) + 9.09773965203806e-15) + pow(fs,2)*(-2.951756780356e-20*pow(fs,2) + 1.84667798845955e-12))) + 1.40977370641086e-10;
a3 = fs*presence*(pow(fs,2)*(-2.06240411336268e-19*fs + 1.89638552651112e-14) - 2.06766810273592e-13) + fs*(pow(fs,2)*(-3.61031189053122e-20*fs + 3.3143358479671e-15) - 5.63226251636091e-11) + master*(pow(fs,3)*presence*(-9.28628748028089e-20*fs + 8.11714986963989e-15) + fs*(pow(fs,2)*(-1.96783785357067e-20*fs + 1.73004414482224e-15) - 2.06766810273592e-12) + master*(pow(fs,3)*presence*(9.28628748028089e-20*fs - 8.11714986963989e-15) + fs*(pow(fs,2)*(1.96783785357067e-20*fs - 1.73004414482224e-15) + 2.06766810273592e-12))) + 9.39849137607238e-11;
a4 = fs*presence*(fs*(fs*(5.1560102834067e-20*fs - 9.48192763255562e-15) + 1.23816215364688e-13) - 1.03383405136796e-13) + fs*(fs*(fs*(9.02577972632804e-21*fs - 1.65716792398355e-15) + 2.17938668748945e-12) - 2.81613125818046e-11) + master*(pow(fs,2)*presence*(fs*(2.32157187007022e-20*fs - 4.05857493481995e-15) + 4.54886982601903e-15) + fs*(fs*(fs*(4.91959463392667e-21*fs - 8.65022072411122e-16) + 9.23338994229777e-13) - 1.03383405136796e-12) + master*(pow(fs,2)*presence*(fs*(-2.32157187007022e-20*fs + 4.05857493481995e-15) - 4.54886982601903e-15) + fs*(fs*(fs*(-4.91959463392667e-21*fs + 8.65022072411122e-16) - 9.23338994229777e-13) + 1.03383405136796e-12))) + 2.34962284401809e-11;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/marshall_jcm800hi/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/marshall_jcm800hi/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.5) :
p1 :
*(28.0) :
p2 :
*(13.0) :
p3 :
*(70.0) :
p4 :
*(100.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/marshall_jcm800hi.dsp | faust |
* Simulation of Marshall JCM-800 High-gain input
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "marshall_jcm800hi";
declare name "marshall_jcm800hi";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = -0.00100706000116536*fs - 2.74253812953532;
b1 = 0.00100706000116536*fs - 2.74253812953532;
a0 = 1.82383685270143e-5*fs + 0.124558310703316;
a1 = -1.82383685270143e-5*fs + 0.124558310703316;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/marshall_jcm800hi/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/marshall_jcm800hi/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(1.18724587211056e-8*fs + 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs - 3.28091553929331e-5) - 0.0134364630161901);
b1 = gain*(-2.37449174422112e-8*pow(fs,2)*gain + 2.37449174422112e-8*pow(fs,2) - 0.0268729260323803);
b2 = gain*(fs*gain*(1.18724587211056e-8*fs - 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs + 3.28091553929331e-5) - 0.0134364630161901);
a0 = 2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs - 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs + 1.83330739030423e-6)) + 0.00254241685259171;
a1 = gain*(3.05643473598644e-9*pow(fs,2)*gain - 3.05643473598644e-9*pow(fs,2)) + 0.00508483370518342;
a2 = -2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs + 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs - 1.83330739030423e-6)) + 0.00254241685259171;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/marshall_jcm800hi/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/marshall_jcm800hi/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s03_stage3clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3.0) : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
b0 = bass*(pow(fs,3)*treble*(-9.188187558692e-18*fs - 2.07971651396379e-14) + pow(fs,2)*middle*(fs*(-7.04427712833053e-18*fs - 4.61974934559815e-14) - 6.84766866959239e-11) + fs*(fs*(-8.22633872334683e-15*fs - 4.9873150795398e-11) - 7.07403788181033e-8)) + fs*(fs*(-1.8097945191363e-16*fs - 1.09720931749876e-12) - 1.55628833399827e-9) + middle*(pow(fs,2)*middle*(fs*(1.54974096823272e-19*fs + 1.01634485603159e-15) + 1.50648710731033e-12) + fs*(fs*(fs*(-1.54974096823272e-19*fs - 1.15555981904208e-15) - 2.49478214493775e-12) - 1.52373579652701e-9)) + treble*(pow(fs,3)*middle*(2.02140126291224e-19*fs + 4.57537633072034e-16) + fs*(fs*(fs*(-2.02140126291224e-19*fs - 8.75182522103488e-16) - 1.08914279871338e-12) - 3.25525374712589e-10));
b1 = bass*(pow(fs,3)*middle*(2.81771085133221e-17*fs + 9.2394986911963e-14) + pow(fs,3)*treble*(3.6752750234768e-17*fs + 4.15943302792758e-14) + fs*(1.64526774466937e-14*pow(fs,2) - 1.41480757636207e-7)) + fs*(3.61958903827261e-16*pow(fs,2) - 3.11257666799654e-9) + middle*(pow(fs,3)*middle*(-6.19896387293087e-19*fs - 2.03268971206319e-15) + fs*(pow(fs,2)*(6.19896387293087e-19*fs + 2.31111963808416e-15) - 3.04747159305403e-9)) + treble*(pow(fs,3)*middle*(-8.08560505164896e-19*fs - 9.15075266144067e-16) + fs*(pow(fs,2)*(8.08560505164896e-19*fs + 1.75036504420698e-15) - 6.51050749425178e-10));
b2 = bass*(-5.5129125352152e-17*pow(fs,4)*treble + pow(fs,2)*middle*(-4.22656627699832e-17*pow(fs,2) + 1.36953373391848e-10) + 9.97463015907961e-11*pow(fs,2)) + 2.19441863499751e-12*pow(fs,2) + middle*(pow(fs,2)*middle*(9.2984458093963e-19*pow(fs,2) - 3.01297421462065e-12) + pow(fs,2)*(-9.2984458093963e-19*pow(fs,2) + 4.98956428987549e-12)) + treble*(1.21284075774734e-18*pow(fs,4)*middle + pow(fs,2)*(-1.21284075774734e-18*pow(fs,2) + 2.17828559742676e-12));
b3 = bass*(pow(fs,3)*middle*(2.81771085133221e-17*fs - 9.2394986911963e-14) + pow(fs,3)*treble*(3.6752750234768e-17*fs - 4.15943302792758e-14) + fs*(-1.64526774466937e-14*pow(fs,2) + 1.41480757636207e-7)) + fs*(-3.61958903827261e-16*pow(fs,2) + 3.11257666799654e-9) + middle*(pow(fs,3)*middle*(-6.19896387293087e-19*fs + 2.03268971206319e-15) + fs*(pow(fs,2)*(6.19896387293087e-19*fs - 2.31111963808416e-15) + 3.04747159305403e-9)) + treble*(pow(fs,3)*middle*(-8.08560505164896e-19*fs + 9.15075266144067e-16) + fs*(pow(fs,2)*(8.08560505164896e-19*fs - 1.75036504420698e-15) + 6.51050749425178e-10));
b4 = bass*(pow(fs,3)*treble*(-9.188187558692e-18*fs + 2.07971651396379e-14) + pow(fs,2)*middle*(fs*(-7.04427712833053e-18*fs + 4.61974934559815e-14) - 6.84766866959239e-11) + fs*(fs*(8.22633872334683e-15*fs - 4.9873150795398e-11) + 7.07403788181033e-8)) + fs*(fs*(1.8097945191363e-16*fs - 1.09720931749876e-12) + 1.55628833399827e-9) + middle*(pow(fs,2)*middle*(fs*(1.54974096823272e-19*fs - 1.01634485603159e-15) + 1.50648710731033e-12) + fs*(fs*(fs*(-1.54974096823272e-19*fs + 1.15555981904208e-15) - 2.49478214493775e-12) + 1.52373579652701e-9)) + treble*(pow(fs,3)*middle*(2.02140126291224e-19*fs - 4.57537633072034e-16) + fs*(fs*(fs*(-2.02140126291224e-19*fs + 8.75182522103488e-16) - 1.08914279871338e-12) + 3.25525374712589e-10));
a0 = bass*(pow(fs,2)*middle*(fs*(1.66033922737963e-19*fs + 1.46468936918562e-15) + 3.22799705380621e-12) + fs*(fs*(fs*(2.19386941982751e-19*fs + 2.24638509167905e-15) + 6.40994887020324e-12) + 3.33470770021303e-9)) + fs*(fs*(fs*(4.82651272362052e-21*fs + 5.93926057434279e-17) + 2.37697888066948e-13) + 3.23054405974956e-10) + middle*(pow(fs,2)*middle*(fs*(-3.65274630023519e-21*fs - 3.22231661220837e-17) - 7.10159351837366e-14) + fs*(fs*(fs*(-1.17376642338534e-21*fs - 9.65030940676621e-18) - 3.76512801644073e-15) + 7.1829039915581e-11)) + 7.42035536317985e-8;
a1 = bass*(pow(fs,3)*middle*(-6.64135690951852e-19*fs - 2.92937873837125e-15) + fs*(pow(fs,2)*(-8.77547767931004e-19*fs - 4.49277018335811e-15) + 6.66941540042605e-9)) + fs*(pow(fs,2)*(-1.93060508944821e-20*fs - 1.18785211486856e-16) + 6.46108811949911e-10) + middle*(pow(fs,3)*middle*(1.46109852009407e-20*fs + 6.44463322441675e-17) + fs*(pow(fs,2)*(4.69506569354134e-21*fs + 1.93006188135324e-17) + 1.43658079831162e-10)) + 2.96814214527194e-7;
a2 = bass*(pow(fs,2)*middle*(9.96203536427778e-19*pow(fs,2) - 6.45599410761242e-12) + pow(fs,2)*(1.31632165189651e-18*pow(fs,2) - 1.28198977404065e-11)) + pow(fs,2)*(2.89590763417231e-20*pow(fs,2) - 4.75395776133895e-13) + middle*(pow(fs,2)*middle*(-2.19164778014111e-20*pow(fs,2) + 1.42031870367473e-13) + pow(fs,2)*(-7.04259854031202e-21*pow(fs,2) + 7.53025603288146e-15)) + 4.45221321790791e-7;
a3 = bass*(pow(fs,3)*middle*(-6.64135690951852e-19*fs + 2.92937873837125e-15) + fs*(pow(fs,2)*(-8.77547767931004e-19*fs + 4.49277018335811e-15) - 6.66941540042605e-9)) + fs*(pow(fs,2)*(-1.93060508944821e-20*fs + 1.18785211486856e-16) - 6.46108811949911e-10) + middle*(pow(fs,3)*middle*(1.46109852009407e-20*fs - 6.44463322441675e-17) + fs*(pow(fs,2)*(4.69506569354134e-21*fs - 1.93006188135324e-17) - 1.43658079831162e-10)) + 2.96814214527194e-7;
a4 = bass*(pow(fs,2)*middle*(fs*(1.66033922737963e-19*fs - 1.46468936918562e-15) + 3.22799705380621e-12) + fs*(fs*(fs*(2.19386941982751e-19*fs - 2.24638509167905e-15) + 6.40994887020324e-12) - 3.33470770021303e-9)) + fs*(fs*(fs*(4.82651272362052e-21*fs - 5.93926057434279e-17) + 2.37697888066948e-13) - 3.23054405974956e-10) + middle*(pow(fs,2)*middle*(fs*(-3.65274630023519e-21*fs + 3.22231661220837e-17) - 7.10159351837366e-14) + fs*(fs*(fs*(-1.17376642338534e-21*fs + 9.65030940676621e-18) - 3.76512801644073e-15) - 7.1829039915581e-11)) + 7.42035536317985e-8;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/marshall_jcm800hi/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/marshall_jcm800hi/s03_stage3_neg_table.h", "");
};
p4 = fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
master = ampctrl.master : LogPot(3.0) : si.smooth(0.999);
presence = ampctrl.presence : si.smooth(0.999);
b0 = master*(pow(fs,2)*presence*(fs*(9.12394327531584e-21*fs + 1.74558527699721e-15) + 8.64128766812471e-15) + fs*(fs*(2.07362347166269e-18*fs + 3.96723926590274e-13) + 1.96392901548289e-12));
b1 = master*(pow(fs,3)*presence*(-3.64957731012633e-20*fs - 3.49117055399442e-15) + fs*(-4.14724694332538e-18*pow(fs,2) + 3.92785803096578e-12));
b2 = master*(pow(fs,2)*presence*(5.4743659651895e-20*pow(fs,2) - 1.72825753362494e-14) - 7.93447853180549e-13*pow(fs,2));
b3 = master*(pow(fs,3)*presence*(-3.64957731012633e-20*fs + 3.49117055399442e-15) + fs*(4.14724694332538e-18*pow(fs,2) - 3.92785803096578e-12));
b4 = master*(pow(fs,2)*presence*(fs*(9.12394327531584e-21*fs - 1.74558527699721e-15) + 8.64128766812471e-15) + fs*(fs*(-2.07362347166269e-18*fs + 3.96723926590274e-13) - 1.96392901548289e-12));
a0 = fs*presence*(fs*(fs*(5.1560102834067e-20*fs + 9.48192763255562e-15) + 1.23816215364688e-13) + 1.03383405136796e-13) + fs*(fs*(fs*(9.02577972632804e-21*fs + 1.65716792398355e-15) + 2.17938668748945e-12) + 2.81613125818046e-11) + master*(pow(fs,2)*presence*(fs*(2.32157187007022e-20*fs + 4.05857493481995e-15) + 4.54886982601903e-15) + fs*(fs*(fs*(4.91959463392667e-21*fs + 8.65022072411122e-16) + 9.23338994229777e-13) + 1.03383405136796e-12) + master*(pow(fs,2)*presence*(fs*(-2.32157187007022e-20*fs - 4.05857493481995e-15) - 4.54886982601903e-15) + fs*(fs*(fs*(-4.91959463392667e-21*fs - 8.65022072411122e-16) - 9.23338994229777e-13) - 1.03383405136796e-12))) + 2.34962284401809e-11;
a1 = fs*presence*(pow(fs,2)*(-2.06240411336268e-19*fs - 1.89638552651112e-14) + 2.06766810273592e-13) + fs*(pow(fs,2)*(-3.61031189053122e-20*fs - 3.3143358479671e-15) + 5.63226251636091e-11) + master*(pow(fs,3)*presence*(-9.28628748028089e-20*fs - 8.11714986963989e-15) + fs*(pow(fs,2)*(-1.96783785357067e-20*fs - 1.73004414482224e-15) + 2.06766810273592e-12) + master*(pow(fs,3)*presence*(9.28628748028089e-20*fs + 8.11714986963989e-15) + fs*(pow(fs,2)*(1.96783785357067e-20*fs + 1.73004414482224e-15) - 2.06766810273592e-12))) + 9.39849137607238e-11;
a2 = pow(fs,2)*presence*(3.09360617004402e-19*pow(fs,2) - 2.47632430729377e-13) + pow(fs,2)*(5.41546783579682e-20*pow(fs,2) - 4.3587733749789e-12) + master*(pow(fs,2)*presence*(1.39294312204213e-19*pow(fs,2) - 9.09773965203806e-15) + pow(fs,2)*(2.951756780356e-20*pow(fs,2) - 1.84667798845955e-12) + master*(pow(fs,2)*presence*(-1.39294312204213e-19*pow(fs,2) + 9.09773965203806e-15) + pow(fs,2)*(-2.951756780356e-20*pow(fs,2) + 1.84667798845955e-12))) + 1.40977370641086e-10;
a3 = fs*presence*(pow(fs,2)*(-2.06240411336268e-19*fs + 1.89638552651112e-14) - 2.06766810273592e-13) + fs*(pow(fs,2)*(-3.61031189053122e-20*fs + 3.3143358479671e-15) - 5.63226251636091e-11) + master*(pow(fs,3)*presence*(-9.28628748028089e-20*fs + 8.11714986963989e-15) + fs*(pow(fs,2)*(-1.96783785357067e-20*fs + 1.73004414482224e-15) - 2.06766810273592e-12) + master*(pow(fs,3)*presence*(9.28628748028089e-20*fs - 8.11714986963989e-15) + fs*(pow(fs,2)*(1.96783785357067e-20*fs - 1.73004414482224e-15) + 2.06766810273592e-12))) + 9.39849137607238e-11;
a4 = fs*presence*(fs*(fs*(5.1560102834067e-20*fs - 9.48192763255562e-15) + 1.23816215364688e-13) - 1.03383405136796e-13) + fs*(fs*(fs*(9.02577972632804e-21*fs - 1.65716792398355e-15) + 2.17938668748945e-12) - 2.81613125818046e-11) + master*(pow(fs,2)*presence*(fs*(2.32157187007022e-20*fs - 4.05857493481995e-15) + 4.54886982601903e-15) + fs*(fs*(fs*(4.91959463392667e-21*fs - 8.65022072411122e-16) + 9.23338994229777e-13) - 1.03383405136796e-12) + master*(pow(fs,2)*presence*(fs*(-2.32157187007022e-20*fs + 4.05857493481995e-15) - 4.54886982601903e-15) + fs*(fs*(fs*(-4.91959463392667e-21*fs + 8.65022072411122e-16) - 9.23338994229777e-13) + 1.03383405136796e-12))) + 2.34962284401809e-11;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/marshall_jcm800hi/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/marshall_jcm800hi/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(0.5) :
p1 :
*(28.0) :
p2 :
*(13.0) :
p3 :
*(70.0) :
p4 :
*(100.0) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
45c15f6cc31ccc2fae70916cb0a82150caa5d7685e0c8180dec16ead4a22dd55 | JoaoSvidzinski/lorenz-dream | jgrain3.dsp | declare compilation_options "-single -scal";
declare library_path "jgrain3";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 3";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "1.0";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : -) : *),((x8,(((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int),1 : + : int),(262144,1 : -) : &) : @),((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : *) : +) : _,(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : + : _,0.5f : *),hslider("h:Grain/v:Grain_Rarefaction/rar 0", 0.5f, 0.0f, 1.0f, 0.0001f) : < : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : _,(192000,((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(192000 : float) : / : sin<:*),(((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x7).(x7,(x7 : floor) : -))~_ : _,(1 : float) : *),192000 : * : int) : rdtable) : *) : *),(+ : _,1 : * : \(x19).(((x19,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 1", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 1", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 1", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : 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\(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : _,(192000,((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(192000 : float) : / : sin<:*),(((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x7).(x7,(x7 : floor) : -))~_ : _,(1 : float) : *),192000 : * : int) : rdtable) : *) : *))~((_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 0", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 1", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 2", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : _,_,_<:((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 0") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 1") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 2") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 3") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 4") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 5") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 6") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 7") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 8") : *):>_)) : (_,(hslider("h:Grain/v:Output/out 0 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 1 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 2 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *);
| https://raw.githubusercontent.com/JoaoSvidzinski/lorenz-dream/9d6014145d8101e92c34418f81c9be210650cf05/Patch_concert_2019/Dep/Jgrain/jgrain3%7E.mxo/jgrain3.dsp | faust | declare compilation_options "-single -scal";
declare library_path "jgrain3";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 3";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "1.0";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : -) : *),((x8,(((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int),1 : + : int),(262144,1 : -) : &) : @),((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : 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/),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : -) : *),((x20,(((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 2", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int),1 : + : int),(262144,1 : -) : &) : @),((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 2", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 2", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : 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\(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : _,(192000,((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(192000 : float) : / : sin<:*),(((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x7).(x7,(x7 : floor) : -))~_ : _,(1 : float) : *),192000 : * : int) : rdtable) : *) : *))~((_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 0", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 1", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 2", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : _,_,_<:((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 0") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 1") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 2") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 3") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 4") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 5") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 6") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 7") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 8") : *):>_)) : (_,(hslider("h:Grain/v:Output/out 0 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 1 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 2 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *);
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3c9589fd48b34a7b4f49e86d0d9c235f7113cae0b386470ebfacdd73b9db7ce4 | JoaoSvidzinski/lorenz-dream | jgrain3.dsp | declare compilation_options "-single -scal";
declare library_path "jgrain3";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 7";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "1.0";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : 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| https://raw.githubusercontent.com/JoaoSvidzinski/lorenz-dream/9d6014145d8101e92c34418f81c9be210650cf05/_Patch/jgrain3%7E.mxo/jgrain3.dsp | faust | declare compilation_options "-single -scal";
declare library_path "jgrain3";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 7";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "1.0";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_,!,!,!,_,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : -) : *),((x8,(((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int),1 : + : int),(262144,1 : -) : &) : @),((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : *) : +) : _,(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : + : _,0.5f : *),hslider("h:Grain/v:Grain_Rarefaction/rar 0", 0.5f, 0.0f, 1.0f, 0.0001f) : < : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : _,(192000,((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(192000 : float) : / : sin<:*),(((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x7).(x7,(x7 : floor) : -))~_ : _,(1 : float) : *),192000 : * : int) : rdtable) : *) : *),(+ : _,1 : * : \(x19).(((x19,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 1", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 1", 50.0f, 0.0f, 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* : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 2", 0.0f, 0.0f, 5000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : *) : +) : _,(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : + : _,0.5f : *),hslider("h:Grain/v:Grain_Rarefaction/rar 2", 0.5f, 0.0f, 1.0f, 0.0001f) : < : _,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x3).(x3,(x3 : floor) : -))~_ : _,(1 : float) : * : \(x4).(x4,(x4 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : _,(192000,((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(192000 : float) : / : sin<:*),(((1000,hslider("h:Grain/v:Grain_Size/size 2", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x7).(x7,(x7 : floor) : -))~_ : _,(1 : float) : *),192000 : * : int) : rdtable) : *) : *))~((_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 0", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 1", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 2", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : _,_,_<:((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 0") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 1") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 2") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 3") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 4") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 5") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 6") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 7") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 8") : *):>_)) : (_,(hslider("h:Grain/v:Output/out 0 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 1 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 2 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *);
|
|
160ac1769d88ca039726421d131007f708d12652ef52c22fd1ac10a2d92dafac | sadko4u/tamgamp.lv2 | peavey_5150ii_lead.dsp | /*
* Simulation of Peavey 5150II lead channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "peavey_5150ii_lead";
declare name "peavey_5150ii_lead";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(-1.41619366649534e-13*fs - 8.63532723472799e-13);
b1 = 2.83238733299068e-13*pow(fs,3);
b2 = 1.7270654469456e-12*pow(fs,2);
b3 = -2.83238733299068e-13*pow(fs,3);
b4 = pow(fs,2)*(1.41619366649534e-13*fs - 8.63532723472799e-13);
a0 = fs*(fs*(fs*(6.72246728677859e-21*fs + 8.7052636265908e-15) + 6.86307224330787e-13) + 1.208780256712e-11) + 4.40771504790753e-11;
a1 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs - 1.74105272531816e-14) + 2.41756051342399e-11) + 1.76308601916301e-10;
a2 = pow(fs,2)*(4.03348037206715e-20*pow(fs,2) - 1.37261444866157e-12) + 2.64462902874452e-10;
a3 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs + 1.74105272531816e-14) - 2.41756051342399e-11) + 1.76308601916301e-10;
a4 = fs*(fs*(fs*(6.72246728677859e-21*fs - 8.7052636265908e-15) + 6.86307224330787e-13) - 1.208780256712e-11) + 4.40771504790753e-11;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/peavey_5150ii_lead/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/peavey_5150ii_lead/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(fs*(3.4063252169753e-13*fs + 1.72393288420091e-10) + 1.03851378566326e-9) + fs*(fs*(-3.4063252169753e-13*fs - 3.42709549268856e-10) - 2.07702757132652e-9));
b1 = gain*(fs*gain*(fs*(-1.02189756509259e-12*fs - 1.72393288420091e-10) + 1.03851378566326e-9) + fs*(fs*(1.02189756509259e-12*fs + 3.42709549268856e-10) - 2.07702757132652e-9));
b2 = gain*(fs*gain*(fs*(1.02189756509259e-12*fs - 1.72393288420091e-10) - 1.03851378566326e-9) + fs*(fs*(-1.02189756509259e-12*fs + 3.42709549268856e-10) + 2.07702757132652e-9));
b3 = gain*(fs*gain*(fs*(-3.4063252169753e-13*fs + 1.72393288420091e-10) - 1.03851378566326e-9) + fs*(fs*(3.4063252169753e-13*fs - 3.42709549268856e-10) + 2.07702757132652e-9));
a0 = fs*(5.03890839310646e-11*fs + 5.44278531556381e-8) + gain*(fs*(fs*(3.22215910851706e-14*fs + 1.80358263851319e-11) + 9.62515421273177e-10) + gain*(fs*(fs*(-3.22215910851706e-14*fs - 5.23141147736113e-11) - 2.01495647671585e-8) - 1.02395257582279e-6) - 1.45699490863443e-20) + 3.07185772746841e-6;
a1 = fs*(-5.03890839310646e-11*fs + 5.44278531556381e-8) + gain*(fs*(fs*(-9.66647732555118e-14*fs - 1.80358263851319e-11) + 9.62515421273177e-10) + gain*(fs*(fs*(9.66647732555118e-14*fs + 5.23141147736113e-11) - 2.01495647671585e-8) - 3.07185772746838e-6) - 4.37098472590328e-20) + 9.21557318240523e-6;
a2 = fs*(-5.03890839310646e-11*fs - 5.44278531556381e-8) + gain*(fs*(fs*(9.66647732555118e-14*fs - 1.80358263851319e-11) - 9.62515421273177e-10) + gain*(fs*(fs*(-9.66647732555118e-14*fs + 5.23141147736113e-11) + 2.01495647671585e-8) - 3.07185772746838e-6) - 4.37098472590328e-20) + 9.21557318240523e-6;
a3 = fs*(5.03890839310646e-11*fs - 5.44278531556381e-8) + gain*(fs*(fs*(-3.22215910851706e-14*fs + 1.80358263851319e-11) - 9.62515421273177e-10) + gain*(fs*(fs*(3.22215910851706e-14*fs - 5.23141147736113e-11) + 2.01495647671585e-8) - 1.02395257582279e-6) - 1.45699490863443e-20) + 3.07185772746841e-6;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/peavey_5150ii_lead/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/peavey_5150ii_lead/s02_stage2_neg_table.h", "");
};
p3 = s03_stage3clip;
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/peavey_5150ii_lead/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/peavey_5150ii_lead/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.000408700311197658*fs - 0.00249207506827852;
b1 = 0.000408700311197658*fs - 0.00249207506827852;
a0 = 2.08110484866641e-5*fs + 0.00106967264012324;
a1 = -2.08110484866641e-5*fs + 0.00106967264012324;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/peavey_5150ii_lead/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/peavey_5150ii_lead/s04_stage4_neg_table.h", "");
};
p5 = s05_stage5clip;
s05_stage5clip =
_<:
ba.if(signbit(_), s05_stage5_neg_clip, s05_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage5_clip = ffunction(float s05_stage5clip(float), "generated/stage/peavey_5150ii_lead/s05_stage5_table.h", "");
s05_stage5_neg_clip = ffunction(float s05_stage5_negclip(float), "generated/stage/peavey_5150ii_lead/s05_stage5_neg_table.h", "");
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage6clip
with {
fs = float(ma.SR);
b0 = fs*(-3.52021176770952e-10*fs - 5.33049166798005e-7) + 4.79170533214517e-7;
b1 = 7.04042353541903e-10*pow(fs,2) + 9.58341066429035e-7;
b2 = fs*(-3.52021176770952e-10*fs + 5.33049166798005e-7) + 4.79170533214517e-7;
a0 = fs*(4.27669797848661e-10*fs + 3.04860828397743e-7) + 1.54659935933281e-5;
a1 = -8.55339595697322e-10*pow(fs,2) + 3.09319871866562e-5;
a2 = fs*(4.27669797848661e-10*fs - 3.04860828397743e-7) + 1.54659935933281e-5;
};
s06_stage6clip =
_<:
ba.if(signbit(_), s06_stage6_neg_clip, s06_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage6_clip = ffunction(float s06_stage6clip(float), "generated/stage/peavey_5150ii_lead/s06_stage6_table.h", "");
s06_stage6_neg_clip = ffunction(float s06_stage6_negclip(float), "generated/stage/peavey_5150ii_lead/s06_stage6_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3) : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : LogPot(3) : si.smooth(0.999);
b0 = bass*fs*(7.21272904185746e-12*fs + 2.27820978547042e-8) + fs*(1.74741373694485e-13*fs + 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(1.36999917324118e-14*fs + 5.01206152803492e-11) + pow(fs,2)*treble*(1.67629806160407e-17*fs + 1.35098167440689e-13) + fs*(fs*(3.31907016197606e-16*fs + 1.34125460635116e-12) + 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(-7.0618514084597e-15*fs - 2.58353687012109e-11) + pow(fs,2)*treble*(-2.79383010267345e-16*fs - 1.35098167440689e-13) + pow(fs,2)*(-3.31907016197606e-16*fs - 1.21426232895691e-12))) + treble*(1.0840060798373e-14*bass*pow(fs,3) + fs*(fs*(2.62620029651304e-16*fs + 4.9273003628968e-13) + 1.19132020379517e-10));
b1 = bass*fs*(-7.21272904185746e-12*fs + 2.27820978547042e-8) + fs*(-1.74741373694485e-13*fs + 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(-4.10999751972355e-14*fs - 5.01206152803492e-11) + pow(fs,2)*treble*(-5.0288941848122e-17*fs - 1.35098167440689e-13) + fs*(fs*(-9.95721048592818e-16*fs - 1.34125460635116e-12) + 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(2.11855542253791e-14*fs + 2.58353687012109e-11) + pow(fs,2)*treble*(8.38149030802034e-16*fs + 1.35098167440689e-13) + pow(fs,2)*(9.95721048592818e-16*fs + 1.21426232895691e-12))) + treble*(-3.25201823951189e-14*bass*pow(fs,3) + fs*(fs*(-7.87860088953912e-16*fs - 4.9273003628968e-13) + 1.19132020379517e-10));
b2 = bass*fs*(-7.21272904185746e-12*fs - 2.27820978547042e-8) + fs*(-1.74741373694485e-13*fs - 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(4.10999751972355e-14*fs - 5.01206152803492e-11) + pow(fs,2)*treble*(5.0288941848122e-17*fs - 1.35098167440689e-13) + fs*(fs*(9.95721048592818e-16*fs - 1.34125460635116e-12) - 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(-2.11855542253791e-14*fs + 2.58353687012109e-11) + pow(fs,2)*treble*(-8.38149030802034e-16*fs + 1.35098167440689e-13) + pow(fs,2)*(-9.95721048592818e-16*fs + 1.21426232895691e-12))) + treble*(3.25201823951189e-14*bass*pow(fs,3) + fs*(fs*(7.87860088953912e-16*fs - 4.9273003628968e-13) - 1.19132020379517e-10));
b3 = bass*fs*(7.21272904185746e-12*fs - 2.27820978547042e-8) + fs*(1.74741373694485e-13*fs - 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(-1.36999917324118e-14*fs + 5.01206152803492e-11) + pow(fs,2)*treble*(-1.67629806160407e-17*fs + 1.35098167440689e-13) + fs*(fs*(-3.31907016197606e-16*fs + 1.34125460635116e-12) - 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(7.0618514084597e-15*fs - 2.58353687012109e-11) + pow(fs,2)*treble*(2.79383010267345e-16*fs - 1.35098167440689e-13) + pow(fs,2)*(3.31907016197606e-16*fs - 1.21426232895691e-12))) + treble*(-1.0840060798373e-14*bass*pow(fs,3) + fs*(fs*(-2.62620029651304e-16*fs + 4.9273003628968e-13) - 1.19132020379517e-10));
a0 = bass*fs*(fs*(1.0840060798373e-14*fs + 5.33406473328063e-11) + 2.27820978547042e-8) + fs*(fs*(2.62620029651304e-16*fs + 1.78500345105354e-12) + 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(1.36999917324118e-14*fs + 5.01206152803492e-11) + fs*(fs*(3.48669996813647e-16*fs + 1.54768460620053e-12) + 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(-7.0618514084597e-15*fs - 2.58353687012109e-11) + fs*(fs*(-6.11290026464951e-16*fs - 2.53822436987567e-12) - 5.7488581889655e-10))) + 5.06944767572412e-7;
a1 = bass*fs*(fs*(-3.25201823951189e-14*fs - 5.33406473328063e-11) + 2.27820978547042e-8) + fs*(fs*(-7.87860088953912e-16*fs - 1.78500345105354e-12) + 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(-4.10999751972355e-14*fs - 5.01206152803492e-11) + fs*(fs*(-1.04600999044094e-15*fs - 1.54768460620053e-12) + 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(2.11855542253791e-14*fs + 2.58353687012109e-11) + fs*(fs*(1.83387007939485e-15*fs + 2.53822436987567e-12) - 5.7488581889655e-10))) + 1.52083430271724e-6;
a2 = bass*fs*(fs*(3.25201823951189e-14*fs - 5.33406473328063e-11) - 2.27820978547042e-8) + fs*(fs*(7.87860088953912e-16*fs - 1.78500345105354e-12) - 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(4.10999751972355e-14*fs - 5.01206152803492e-11) + fs*(fs*(1.04600999044094e-15*fs - 1.54768460620053e-12) - 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(-2.11855542253791e-14*fs + 2.58353687012109e-11) + fs*(fs*(-1.83387007939485e-15*fs + 2.53822436987567e-12) + 5.7488581889655e-10))) + 1.52083430271724e-6;
a3 = bass*fs*(fs*(-1.0840060798373e-14*fs + 5.33406473328063e-11) - 2.27820978547042e-8) + fs*(fs*(-2.62620029651304e-16*fs + 1.78500345105354e-12) - 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(-1.36999917324118e-14*fs + 5.01206152803492e-11) + fs*(fs*(-3.48669996813647e-16*fs + 1.54768460620053e-12) - 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(7.0618514084597e-15*fs - 2.58353687012109e-11) + fs*(fs*(6.11290026464951e-16*fs - 2.53822436987567e-12) + 5.7488581889655e-10))) + 5.06944767572412e-7;
};
p8 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s08_stage7clip
with {
fs = float(ma.SR);
b0 = 8.82123032648896e-15*pow(fs,3);
b1 = -2.64636909794669e-14*pow(fs,3);
b2 = 2.64636909794669e-14*pow(fs,3);
b3 = -8.82123032648896e-15*pow(fs,3);
a0 = fs*(fs*(9.03361060537002e-15*fs + 4.14420870053604e-13) + 2.29677429297512e-12) + 1.14901989819789e-12;
a1 = fs*(fs*(-2.71008318161101e-14*fs - 4.14420870053604e-13) + 2.29677429297512e-12) + 3.44705969459367e-12;
a2 = fs*(fs*(2.71008318161101e-14*fs - 4.14420870053604e-13) - 2.29677429297512e-12) + 3.44705969459367e-12;
a3 = fs*(fs*(-9.03361060537002e-15*fs + 4.14420870053604e-13) - 2.29677429297512e-12) + 1.14901989819789e-12;
};
s08_stage7clip =
_<:
ba.if(signbit(_), s08_stage7_neg_clip, s08_stage7_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s08_stage7_clip = ffunction(float s08_stage7clip(float), "generated/stage/peavey_5150ii_lead/s08_stage7_table.h", "");
s08_stage7_neg_clip = ffunction(float s08_stage7_negclip(float), "generated/stage/peavey_5150ii_lead/s08_stage7_neg_table.h", "");
};
p9 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s09_stage8clip
with {
fs = float(ma.SR);
b0 = fs*(-6.2021647107889e-9*fs - 0.000199940835293);
b1 = 1.24043294215778e-8*pow(fs,2);
b2 = fs*(-6.2021647107889e-9*fs + 0.000199940835293);
a0 = fs*(1.3725322285498e-10*fs + 1.42420224832928e-5) + 0.00015149534407047;
a1 = -2.74506445709959e-10*pow(fs,2) + 0.00030299068814094;
a2 = fs*(1.3725322285498e-10*fs - 1.42420224832928e-5) + 0.00015149534407047;
};
s09_stage8clip =
_<:
ba.if(signbit(_), s09_stage8_neg_clip, s09_stage8_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s09_stage8_clip = ffunction(float s09_stage8clip(float), "generated/stage/peavey_5150ii_lead/s09_stage8_table.h", "");
s09_stage8_neg_clip = ffunction(float s09_stage8_negclip(float), "generated/stage/peavey_5150ii_lead/s09_stage8_neg_table.h", "");
};
p10 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s10_stage9clip
with {
fs = float(ma.SR);
b0 = fs*(2.57276196211087e-11*fs + 4.08266440921021e-12);
b1 = -5.14552392422173e-11*pow(fs,2);
b2 = fs*(2.57276196211087e-11*fs - 4.08266440921021e-12);
a0 = fs*(4.3370466939498e-10*fs + 1.55086385348147e-8) + 2.70642953771017e-8;
a1 = -8.6740933878996e-10*pow(fs,2) + 5.41285907542035e-8;
a2 = fs*(4.3370466939498e-10*fs - 1.55086385348147e-8) + 2.70642953771017e-8;
};
s10_stage9clip =
_<:
ba.if(signbit(_), s10_stage9_neg_clip, s10_stage9_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s10_stage9_clip = ffunction(float s10_stage9clip(float), "generated/stage/peavey_5150ii_lead/s10_stage9_table.h", "");
s10_stage9_neg_clip = ffunction(float s10_stage9_negclip(float), "generated/stage/peavey_5150ii_lead/s10_stage9_neg_table.h", "");
};
process =
*(pregain) :
*(0.08) :
p1 :
*(7.0) :
p2 :
*(4.0) :
p3 :
*(20.9) :
p4 :
*(73.0) :
p5 :
*(71.0) :
p6 :
p7 :
*(90.0) :
p8 :
*(90.0) :
p9 :
*(68.0) :
p10 :
*(4.15) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/peavey_5150ii_lead.dsp | faust |
* Simulation of Peavey 5150II lead channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "peavey_5150ii_lead";
declare name "peavey_5150ii_lead";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(-1.41619366649534e-13*fs - 8.63532723472799e-13);
b1 = 2.83238733299068e-13*pow(fs,3);
b2 = 1.7270654469456e-12*pow(fs,2);
b3 = -2.83238733299068e-13*pow(fs,3);
b4 = pow(fs,2)*(1.41619366649534e-13*fs - 8.63532723472799e-13);
a0 = fs*(fs*(fs*(6.72246728677859e-21*fs + 8.7052636265908e-15) + 6.86307224330787e-13) + 1.208780256712e-11) + 4.40771504790753e-11;
a1 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs - 1.74105272531816e-14) + 2.41756051342399e-11) + 1.76308601916301e-10;
a2 = pow(fs,2)*(4.03348037206715e-20*pow(fs,2) - 1.37261444866157e-12) + 2.64462902874452e-10;
a3 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs + 1.74105272531816e-14) - 2.41756051342399e-11) + 1.76308601916301e-10;
a4 = fs*(fs*(fs*(6.72246728677859e-21*fs - 8.7052636265908e-15) + 6.86307224330787e-13) - 1.208780256712e-11) + 4.40771504790753e-11;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/peavey_5150ii_lead/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/peavey_5150ii_lead/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(fs*(3.4063252169753e-13*fs + 1.72393288420091e-10) + 1.03851378566326e-9) + fs*(fs*(-3.4063252169753e-13*fs - 3.42709549268856e-10) - 2.07702757132652e-9));
b1 = gain*(fs*gain*(fs*(-1.02189756509259e-12*fs - 1.72393288420091e-10) + 1.03851378566326e-9) + fs*(fs*(1.02189756509259e-12*fs + 3.42709549268856e-10) - 2.07702757132652e-9));
b2 = gain*(fs*gain*(fs*(1.02189756509259e-12*fs - 1.72393288420091e-10) - 1.03851378566326e-9) + fs*(fs*(-1.02189756509259e-12*fs + 3.42709549268856e-10) + 2.07702757132652e-9));
b3 = gain*(fs*gain*(fs*(-3.4063252169753e-13*fs + 1.72393288420091e-10) - 1.03851378566326e-9) + fs*(fs*(3.4063252169753e-13*fs - 3.42709549268856e-10) + 2.07702757132652e-9));
a0 = fs*(5.03890839310646e-11*fs + 5.44278531556381e-8) + gain*(fs*(fs*(3.22215910851706e-14*fs + 1.80358263851319e-11) + 9.62515421273177e-10) + gain*(fs*(fs*(-3.22215910851706e-14*fs - 5.23141147736113e-11) - 2.01495647671585e-8) - 1.02395257582279e-6) - 1.45699490863443e-20) + 3.07185772746841e-6;
a1 = fs*(-5.03890839310646e-11*fs + 5.44278531556381e-8) + gain*(fs*(fs*(-9.66647732555118e-14*fs - 1.80358263851319e-11) + 9.62515421273177e-10) + gain*(fs*(fs*(9.66647732555118e-14*fs + 5.23141147736113e-11) - 2.01495647671585e-8) - 3.07185772746838e-6) - 4.37098472590328e-20) + 9.21557318240523e-6;
a2 = fs*(-5.03890839310646e-11*fs - 5.44278531556381e-8) + gain*(fs*(fs*(9.66647732555118e-14*fs - 1.80358263851319e-11) - 9.62515421273177e-10) + gain*(fs*(fs*(-9.66647732555118e-14*fs + 5.23141147736113e-11) + 2.01495647671585e-8) - 3.07185772746838e-6) - 4.37098472590328e-20) + 9.21557318240523e-6;
a3 = fs*(5.03890839310646e-11*fs - 5.44278531556381e-8) + gain*(fs*(fs*(-3.22215910851706e-14*fs + 1.80358263851319e-11) - 9.62515421273177e-10) + gain*(fs*(fs*(3.22215910851706e-14*fs - 5.23141147736113e-11) + 2.01495647671585e-8) - 1.02395257582279e-6) - 1.45699490863443e-20) + 3.07185772746841e-6;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/peavey_5150ii_lead/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/peavey_5150ii_lead/s02_stage2_neg_table.h", "");
};
p3 = s03_stage3clip;
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/peavey_5150ii_lead/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/peavey_5150ii_lead/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.000408700311197658*fs - 0.00249207506827852;
b1 = 0.000408700311197658*fs - 0.00249207506827852;
a0 = 2.08110484866641e-5*fs + 0.00106967264012324;
a1 = -2.08110484866641e-5*fs + 0.00106967264012324;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/peavey_5150ii_lead/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/peavey_5150ii_lead/s04_stage4_neg_table.h", "");
};
p5 = s05_stage5clip;
s05_stage5clip =
_<:
ba.if(signbit(_), s05_stage5_neg_clip, s05_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage5_clip = ffunction(float s05_stage5clip(float), "generated/stage/peavey_5150ii_lead/s05_stage5_table.h", "");
s05_stage5_neg_clip = ffunction(float s05_stage5_negclip(float), "generated/stage/peavey_5150ii_lead/s05_stage5_neg_table.h", "");
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage6clip
with {
fs = float(ma.SR);
b0 = fs*(-3.52021176770952e-10*fs - 5.33049166798005e-7) + 4.79170533214517e-7;
b1 = 7.04042353541903e-10*pow(fs,2) + 9.58341066429035e-7;
b2 = fs*(-3.52021176770952e-10*fs + 5.33049166798005e-7) + 4.79170533214517e-7;
a0 = fs*(4.27669797848661e-10*fs + 3.04860828397743e-7) + 1.54659935933281e-5;
a1 = -8.55339595697322e-10*pow(fs,2) + 3.09319871866562e-5;
a2 = fs*(4.27669797848661e-10*fs - 3.04860828397743e-7) + 1.54659935933281e-5;
};
s06_stage6clip =
_<:
ba.if(signbit(_), s06_stage6_neg_clip, s06_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage6_clip = ffunction(float s06_stage6clip(float), "generated/stage/peavey_5150ii_lead/s06_stage6_table.h", "");
s06_stage6_neg_clip = ffunction(float s06_stage6_negclip(float), "generated/stage/peavey_5150ii_lead/s06_stage6_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3) : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : LogPot(3) : si.smooth(0.999);
b0 = bass*fs*(7.21272904185746e-12*fs + 2.27820978547042e-8) + fs*(1.74741373694485e-13*fs + 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(1.36999917324118e-14*fs + 5.01206152803492e-11) + pow(fs,2)*treble*(1.67629806160407e-17*fs + 1.35098167440689e-13) + fs*(fs*(3.31907016197606e-16*fs + 1.34125460635116e-12) + 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(-7.0618514084597e-15*fs - 2.58353687012109e-11) + pow(fs,2)*treble*(-2.79383010267345e-16*fs - 1.35098167440689e-13) + pow(fs,2)*(-3.31907016197606e-16*fs - 1.21426232895691e-12))) + treble*(1.0840060798373e-14*bass*pow(fs,3) + fs*(fs*(2.62620029651304e-16*fs + 4.9273003628968e-13) + 1.19132020379517e-10));
b1 = bass*fs*(-7.21272904185746e-12*fs + 2.27820978547042e-8) + fs*(-1.74741373694485e-13*fs + 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(-4.10999751972355e-14*fs - 5.01206152803492e-11) + pow(fs,2)*treble*(-5.0288941848122e-17*fs - 1.35098167440689e-13) + fs*(fs*(-9.95721048592818e-16*fs - 1.34125460635116e-12) + 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(2.11855542253791e-14*fs + 2.58353687012109e-11) + pow(fs,2)*treble*(8.38149030802034e-16*fs + 1.35098167440689e-13) + pow(fs,2)*(9.95721048592818e-16*fs + 1.21426232895691e-12))) + treble*(-3.25201823951189e-14*bass*pow(fs,3) + fs*(fs*(-7.87860088953912e-16*fs - 4.9273003628968e-13) + 1.19132020379517e-10));
b2 = bass*fs*(-7.21272904185746e-12*fs - 2.27820978547042e-8) + fs*(-1.74741373694485e-13*fs - 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(4.10999751972355e-14*fs - 5.01206152803492e-11) + pow(fs,2)*treble*(5.0288941848122e-17*fs - 1.35098167440689e-13) + fs*(fs*(9.95721048592818e-16*fs - 1.34125460635116e-12) - 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(-2.11855542253791e-14*fs + 2.58353687012109e-11) + pow(fs,2)*treble*(-8.38149030802034e-16*fs + 1.35098167440689e-13) + pow(fs,2)*(-9.95721048592818e-16*fs + 1.21426232895691e-12))) + treble*(3.25201823951189e-14*bass*pow(fs,3) + fs*(fs*(7.87860088953912e-16*fs - 4.9273003628968e-13) - 1.19132020379517e-10));
b3 = bass*fs*(7.21272904185746e-12*fs - 2.27820978547042e-8) + fs*(1.74741373694485e-13*fs - 5.51937422253143e-10) + middle*(bass*pow(fs,2)*(-1.36999917324118e-14*fs + 5.01206152803492e-11) + pow(fs,2)*treble*(-1.67629806160407e-17*fs + 1.35098167440689e-13) + fs*(fs*(-3.31907016197606e-16*fs + 1.34125460635116e-12) - 5.40392669762757e-10) + middle*(bass*pow(fs,2)*(7.0618514084597e-15*fs - 2.58353687012109e-11) + pow(fs,2)*treble*(2.79383010267345e-16*fs - 1.35098167440689e-13) + pow(fs,2)*(3.31907016197606e-16*fs - 1.21426232895691e-12))) + treble*(-1.0840060798373e-14*bass*pow(fs,3) + fs*(fs*(-2.62620029651304e-16*fs + 4.9273003628968e-13) - 1.19132020379517e-10));
a0 = bass*fs*(fs*(1.0840060798373e-14*fs + 5.33406473328063e-11) + 2.27820978547042e-8) + fs*(fs*(2.62620029651304e-16*fs + 1.78500345105354e-12) + 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(1.36999917324118e-14*fs + 5.01206152803492e-11) + fs*(fs*(3.48669996813647e-16*fs + 1.54768460620053e-12) + 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(-7.0618514084597e-15*fs - 2.58353687012109e-11) + fs*(fs*(-6.11290026464951e-16*fs - 2.53822436987567e-12) - 5.7488581889655e-10))) + 5.06944767572412e-7;
a1 = bass*fs*(fs*(-3.25201823951189e-14*fs - 5.33406473328063e-11) + 2.27820978547042e-8) + fs*(fs*(-7.87860088953912e-16*fs - 1.78500345105354e-12) + 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(-4.10999751972355e-14*fs - 5.01206152803492e-11) + fs*(fs*(-1.04600999044094e-15*fs - 1.54768460620053e-12) + 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(2.11855542253791e-14*fs + 2.58353687012109e-11) + fs*(fs*(1.83387007939485e-15*fs + 2.53822436987567e-12) - 5.7488581889655e-10))) + 1.52083430271724e-6;
a2 = bass*fs*(fs*(3.25201823951189e-14*fs - 5.33406473328063e-11) - 2.27820978547042e-8) + fs*(fs*(7.87860088953912e-16*fs - 1.78500345105354e-12) - 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(4.10999751972355e-14*fs - 5.01206152803492e-11) + fs*(fs*(1.04600999044094e-15*fs - 1.54768460620053e-12) - 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(-2.11855542253791e-14*fs + 2.58353687012109e-11) + fs*(fs*(-1.83387007939485e-15*fs + 2.53822436987567e-12) + 5.7488581889655e-10))) + 1.52083430271724e-6;
a3 = bass*fs*(fs*(-1.0840060798373e-14*fs + 5.33406473328063e-11) - 2.27820978547042e-8) + fs*(fs*(-2.62620029651304e-16*fs + 1.78500345105354e-12) - 2.76779300131215e-9) + middle*(bass*pow(fs,2)*(-1.36999917324118e-14*fs + 5.01206152803492e-11) + fs*(fs*(-3.48669996813647e-16*fs + 1.54768460620053e-12) - 1.11527848865931e-9) + middle*(bass*pow(fs,2)*(7.0618514084597e-15*fs - 2.58353687012109e-11) + fs*(fs*(6.11290026464951e-16*fs - 2.53822436987567e-12) + 5.7488581889655e-10))) + 5.06944767572412e-7;
};
p8 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s08_stage7clip
with {
fs = float(ma.SR);
b0 = 8.82123032648896e-15*pow(fs,3);
b1 = -2.64636909794669e-14*pow(fs,3);
b2 = 2.64636909794669e-14*pow(fs,3);
b3 = -8.82123032648896e-15*pow(fs,3);
a0 = fs*(fs*(9.03361060537002e-15*fs + 4.14420870053604e-13) + 2.29677429297512e-12) + 1.14901989819789e-12;
a1 = fs*(fs*(-2.71008318161101e-14*fs - 4.14420870053604e-13) + 2.29677429297512e-12) + 3.44705969459367e-12;
a2 = fs*(fs*(2.71008318161101e-14*fs - 4.14420870053604e-13) - 2.29677429297512e-12) + 3.44705969459367e-12;
a3 = fs*(fs*(-9.03361060537002e-15*fs + 4.14420870053604e-13) - 2.29677429297512e-12) + 1.14901989819789e-12;
};
s08_stage7clip =
_<:
ba.if(signbit(_), s08_stage7_neg_clip, s08_stage7_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s08_stage7_clip = ffunction(float s08_stage7clip(float), "generated/stage/peavey_5150ii_lead/s08_stage7_table.h", "");
s08_stage7_neg_clip = ffunction(float s08_stage7_negclip(float), "generated/stage/peavey_5150ii_lead/s08_stage7_neg_table.h", "");
};
p9 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s09_stage8clip
with {
fs = float(ma.SR);
b0 = fs*(-6.2021647107889e-9*fs - 0.000199940835293);
b1 = 1.24043294215778e-8*pow(fs,2);
b2 = fs*(-6.2021647107889e-9*fs + 0.000199940835293);
a0 = fs*(1.3725322285498e-10*fs + 1.42420224832928e-5) + 0.00015149534407047;
a1 = -2.74506445709959e-10*pow(fs,2) + 0.00030299068814094;
a2 = fs*(1.3725322285498e-10*fs - 1.42420224832928e-5) + 0.00015149534407047;
};
s09_stage8clip =
_<:
ba.if(signbit(_), s09_stage8_neg_clip, s09_stage8_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s09_stage8_clip = ffunction(float s09_stage8clip(float), "generated/stage/peavey_5150ii_lead/s09_stage8_table.h", "");
s09_stage8_neg_clip = ffunction(float s09_stage8_negclip(float), "generated/stage/peavey_5150ii_lead/s09_stage8_neg_table.h", "");
};
p10 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s10_stage9clip
with {
fs = float(ma.SR);
b0 = fs*(2.57276196211087e-11*fs + 4.08266440921021e-12);
b1 = -5.14552392422173e-11*pow(fs,2);
b2 = fs*(2.57276196211087e-11*fs - 4.08266440921021e-12);
a0 = fs*(4.3370466939498e-10*fs + 1.55086385348147e-8) + 2.70642953771017e-8;
a1 = -8.6740933878996e-10*pow(fs,2) + 5.41285907542035e-8;
a2 = fs*(4.3370466939498e-10*fs - 1.55086385348147e-8) + 2.70642953771017e-8;
};
s10_stage9clip =
_<:
ba.if(signbit(_), s10_stage9_neg_clip, s10_stage9_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s10_stage9_clip = ffunction(float s10_stage9clip(float), "generated/stage/peavey_5150ii_lead/s10_stage9_table.h", "");
s10_stage9_neg_clip = ffunction(float s10_stage9_negclip(float), "generated/stage/peavey_5150ii_lead/s10_stage9_neg_table.h", "");
};
process =
*(pregain) :
*(0.08) :
p1 :
*(7.0) :
p2 :
*(4.0) :
p3 :
*(20.9) :
p4 :
*(73.0) :
p5 :
*(71.0) :
p6 :
p7 :
*(90.0) :
p8 :
*(90.0) :
p9 :
*(68.0) :
p10 :
*(4.15) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
a0e9eb17614fb0159a3dca007be5f9876d5c88b05d4b4b71da6ecbb40f658bd8 | HexHive/datAFLow | comb_bug_exp.dsp | declare compilation_options "-single -scal -e comb_bug.dsp -o comb_bug_exp.dsp";
declare library_path "/Documents/Recherche/Expressive E/CombFilter/comb_bug.dsp";
declare library_path "/usr/local/share/faust/stdfaust.lib";
declare library_path "/usr/local/share/faust/envelopes.lib";
declare library_path "/usr/local/share/faust/maths.lib";
declare library_path "/usr/local/share/faust/noises.lib";
declare library_path "/usr/local/share/faust/signals.lib";
declare library_path "/usr/local/share/faust/basics.lib";
declare library_path "/usr/local/share/faust/filters.lib";
declare library_path "/usr/local/share/faust/delays.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.1";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.1";
declare envelopes_lib_adsr_author "Yann Orlarey";
declare envelopes_lib_ar_author "Yann Orlarey, Stéphane Letz";
declare envelopes_lib_author "GRAME";
declare envelopes_lib_copyright "GRAME";
declare envelopes_lib_license "LGPL with exception";
declare envelopes_lib_name "Faust Envelope Library";
declare envelopes_lib_version "0.0";
declare filename "comb_bug.dsp";
declare filters_lib_fb_fcomb_author "Julius O. Smith III";
declare filters_lib_fb_fcomb_copyright "Copyright (C) 2003-2019 by Julius O. Smith III <[email protected]>";
declare filters_lib_fb_fcomb_license "MIT-style STK-4.3 license";
declare filters_lib_lowpass0_highpass1 "Copyright (C) 2003-2019 by Julius O. Smith III <[email protected]>";
declare filters_lib_name "Faust Filters Library";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.1";
declare name "comb_bug";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
process = (((_,12345 : +)~((_,1103515245 : *),-1 : &),2147483647.0f : /),((((\(x3).(x3,(x3,0 : >) : +),(button("gate"),(button("gate") : mem) : <=) : *),(button("gate"),(button("gate") : mem) : >) : +)~_,(1,(1,(hslider("env_a", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *),((1,((1,(hslider("env_a", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max),(1,(1,(hslider("env_r", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : +),(((\(x3).(x3,(x3,0 : >) : +),(button("gate"),(button("gate") : mem) : <=) : *),(button("gate"),(button("gate") : mem) : >) : +)~_,(1,(1,(hslider("env_r", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : -) : min : 0,_ : max : _,(hslider("vitesse", 127.0f, 0.0f, 127.0f, 1.0f),127.0f : / : float) : *) : *),((((_,button("gate") : +)~(_,((button("gate") : mem),button("gate") : >=) : *),(1,(1,(0.10000000000000001f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *),(((1,((1,(0.10000000000000001f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max),(0.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : +),((_,button("gate") : +)~(_,((button("gate") : mem),button("gate") : >=) : *),(0.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : -),1.0f : max) : min),((_,1 : + : _,(button("gate"),0 : ==) : *)~_,(1.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : - : 0,_ : max) : * : _<:0,(0,_,0 : select2 : (+<:\(x5).(((x5,(1025,(0,((((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.94999999999999996f : >=),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : -) : select2),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * 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-),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.94999999999999996f : >=),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : -) : select2),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : +) : select2 : float),1.0f : -),((((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.94999999999999996f : >=),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : -) : select2),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : +) : select2 : float),1.0f : - : floor) : -) : *) : +),_)~(_,(0,(hslider("comb_res", 0.999f, -0.999f, 0.999f, 0.01f),-1 : *) : -) : *) : !,(_,(hslider("gain", 0.80000000000000004f, 0.0f, 1.0f, 0.01f) : _,0.0010000000000000009f : * : +~(_,0.999f : *)) : *) : mem),_ : select2 : _,0.29999999999999999f : *<:_,_;
| https://raw.githubusercontent.com/HexHive/datAFLow/b9f3cbc42b1970f8655817c9fb67b1eaba3ae4c0/evaluation/ddfuzz/seeds/faust/comb_bug_exp.dsp | faust | declare compilation_options "-single -scal -e comb_bug.dsp -o comb_bug_exp.dsp";
declare library_path "/Documents/Recherche/Expressive E/CombFilter/comb_bug.dsp";
declare library_path "/usr/local/share/faust/stdfaust.lib";
declare library_path "/usr/local/share/faust/envelopes.lib";
declare library_path "/usr/local/share/faust/maths.lib";
declare library_path "/usr/local/share/faust/noises.lib";
declare library_path "/usr/local/share/faust/signals.lib";
declare library_path "/usr/local/share/faust/basics.lib";
declare library_path "/usr/local/share/faust/filters.lib";
declare library_path "/usr/local/share/faust/delays.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.1";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.1";
declare envelopes_lib_adsr_author "Yann Orlarey";
declare envelopes_lib_ar_author "Yann Orlarey, Stéphane Letz";
declare envelopes_lib_author "GRAME";
declare envelopes_lib_copyright "GRAME";
declare envelopes_lib_license "LGPL with exception";
declare envelopes_lib_name "Faust Envelope Library";
declare envelopes_lib_version "0.0";
declare filename "comb_bug.dsp";
declare filters_lib_fb_fcomb_author "Julius O. Smith III";
declare filters_lib_fb_fcomb_copyright "Copyright (C) 2003-2019 by Julius O. Smith III <[email protected]>";
declare filters_lib_fb_fcomb_license "MIT-style STK-4.3 license";
declare filters_lib_lowpass0_highpass1 "Copyright (C) 2003-2019 by Julius O. Smith III <[email protected]>";
declare filters_lib_name "Faust Filters Library";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.1";
declare name "comb_bug";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
process = (((_,12345 : +)~((_,1103515245 : *),-1 : &),2147483647.0f : /),((((\(x3).(x3,(x3,0 : >) : +),(button("gate"),(button("gate") : mem) : <=) : *),(button("gate"),(button("gate") : mem) : >) : +)~_,(1,(1,(hslider("env_a", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *),((1,((1,(hslider("env_a", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max),(1,(1,(hslider("env_r", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : +),(((\(x3).(x3,(x3,0 : >) : +),(button("gate"),(button("gate") : mem) : <=) : *),(button("gate"),(button("gate") : mem) : >) : +)~_,(1,(1,(hslider("env_r", 0.94999999999999996f, 0.001f, 1.0f, 0.01f),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : -) : min : 0,_ : max : _,(hslider("vitesse", 127.0f, 0.0f, 127.0f, 1.0f),127.0f : / : float) : *) : *),((((_,button("gate") : +)~(_,((button("gate") : mem),button("gate") : >=) : *),(1,(1,(0.10000000000000001f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *),(((1,((1,(0.10000000000000001f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max),(0.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : +),((_,button("gate") : +)~(_,((button("gate") : mem),button("gate") : >=) : *),(0.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : -),1.0f : max) : min),((_,1 : + : _,(button("gate"),0 : ==) : *)~_,(1.0f,(1,(0.01f,(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min) : *) : max) : /) : *) : - : 0,_ : max) : * : _<:0,(0,_,0 : select2 : (+<:\(x5).(((x5,(1025,(0,((((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 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*)) : /) : +) : select2 : float),1.0f : - : int),1 : +) : max) : min) : @),(((((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.94999999999999996f : >=),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : -) : select2),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : +) : select2 : float),1.0f : -),((((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.059999999999999998f : <=),(((((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : / : floor) : -),0.94999999999999996f : >=),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : -) : select2),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /),(((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),0.00067350000000000005f : *),(hslider("freq", 200.0f, 200.0f, 800.0f, 1.0f) : _,(1.0f,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : -) : * : +~(_,(0,(-1.0f,((0,0.001f,1.0f : select2),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : *) : / : exp),0.0f : select2) : *)) : /) : +) : select2 : float),1.0f : - : floor) : -) : *) : +),_)~(_,(0,(hslider("comb_res", 0.999f, -0.999f, 0.999f, 0.01f),-1 : *) : -) : *) : !,(_,(hslider("gain", 0.80000000000000004f, 0.0f, 1.0f, 0.01f) : _,0.0010000000000000009f : * : +~(_,0.999f : *)) : *) : mem),_ : select2 : _,0.29999999999999999f : *<:_,_;
|
|
34a75353b9b04cc8c40767a075e72753db17ee81c67266ee5973b52eb0449f96 | sadko4u/tamgamp.lv2 | peavey_5150ii_crunch.dsp | /*
* Simulation of Peavey 5150II crunch channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "peavey_5150ii_crunch";
declare name "peavey_5150ii_crunch";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(-1.41619366649534e-13*fs - 8.63532723472799e-13);
b1 = 2.83238733299068e-13*pow(fs,3);
b2 = 1.7270654469456e-12*pow(fs,2);
b3 = -2.83238733299068e-13*pow(fs,3);
b4 = pow(fs,2)*(1.41619366649534e-13*fs - 8.63532723472799e-13);
a0 = fs*(fs*(fs*(6.72246728677859e-21*fs + 8.7052636265908e-15) + 6.86307224330787e-13) + 1.208780256712e-11) + 4.40771504790753e-11;
a1 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs - 1.74105272531816e-14) + 2.41756051342399e-11) + 1.76308601916301e-10;
a2 = pow(fs,2)*(4.03348037206715e-20*pow(fs,2) - 1.37261444866157e-12) + 2.64462902874452e-10;
a3 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs + 1.74105272531816e-14) - 2.41756051342399e-11) + 1.76308601916301e-10;
a4 = fs*(fs*(fs*(6.72246728677859e-21*fs - 8.7052636265908e-15) + 6.86307224330787e-13) - 1.208780256712e-11) + 4.40771504790753e-11;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/peavey_5150ii_crunch/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/peavey_5150ii_crunch/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.65094790958669e-17*fs + 1.37304022225245e-13) + 7.25018598718153e-11) + fs*(fs*(fs*(-4.65094790958669e-17*fs - 1.40723836864647e-13) - 8.25977438589657e-11) - 5.33101910822171e-9));
b1 = gain*(pow(fs,3)*gain*(-1.86037916383467e-16*fs - 2.7460804445049e-13) + fs*(pow(fs,2)*(1.86037916383467e-16*fs + 2.81447673729294e-13) - 1.06620382164434e-8));
b2 = gain*(pow(fs,2)*gain*(2.79056874575201e-16*pow(fs,2) - 1.45003719743631e-10) + pow(fs,2)*(-2.79056874575201e-16*pow(fs,2) + 1.65195487717931e-10));
b3 = gain*(pow(fs,3)*gain*(-1.86037916383467e-16*fs + 2.7460804445049e-13) + fs*(pow(fs,2)*(1.86037916383467e-16*fs - 2.81447673729294e-13) + 1.06620382164434e-8));
b4 = gain*(pow(fs,2)*gain*(fs*(4.65094790958669e-17*fs - 1.37304022225245e-13) + 7.25018598718153e-11) + fs*(fs*(fs*(-4.65094790958669e-17*fs + 1.40723836864647e-13) - 8.25977438589657e-11) + 5.33101910822171e-9));
a0 = fs*(fs*(1.96553718457028e-16*fs + 1.13349301191717e-12) + 1.11617868321251e-9) + gain*(fs*gain*(fs*(fs*(-6.53431917359364e-19*fs - 4.15013217407039e-15) - 4.94521757525643e-12) - 1.12107818776202e-9) + fs*(fs*(fs*(6.53431917359364e-19*fs + 4.00162492012508e-15) + 4.12028433597e-12) + 4.0496760992863e-10) + 6.22821215423343e-8) + 5.85451942497945e-8;
a1 = fs*(-3.93107436914056e-16*pow(fs,2) + 2.23235736642502e-9) + gain*(fs*gain*(pow(fs,2)*(2.61372766943745e-18*fs + 8.30026434814079e-15) - 2.24215637552403e-9) + fs*(pow(fs,2)*(-2.61372766943745e-18*fs - 8.00324984025017e-15) + 8.09935219857261e-10) + 2.49128486169337e-7) + 2.34180776999178e-7;
a2 = -2.26698602383433e-12*pow(fs,2) + gain*(pow(fs,2)*gain*(-3.92059150415618e-18*pow(fs,2) + 9.89043515051286e-12) + pow(fs,2)*(3.92059150415618e-18*pow(fs,2) - 8.24056867194e-12) + 3.73692729254006e-7) + 3.51271165498767e-7;
a3 = fs*(3.93107436914056e-16*pow(fs,2) - 2.23235736642502e-9) + gain*(fs*gain*(pow(fs,2)*(2.61372766943745e-18*fs - 8.30026434814079e-15) + 2.24215637552403e-9) + fs*(pow(fs,2)*(-2.61372766943745e-18*fs + 8.00324984025017e-15) - 8.09935219857261e-10) + 2.49128486169337e-7) + 2.34180776999178e-7;
a4 = fs*(fs*(-1.96553718457028e-16*fs + 1.13349301191717e-12) - 1.11617868321251e-9) + gain*(fs*gain*(fs*(fs*(-6.53431917359364e-19*fs + 4.15013217407039e-15) - 4.94521757525643e-12) + 1.12107818776202e-9) + fs*(fs*(fs*(6.53431917359364e-19*fs - 4.00162492012508e-15) + 4.12028433597e-12) - 4.0496760992863e-10) + 6.22821215423343e-8) + 5.85451942497945e-8;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/peavey_5150ii_crunch/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/peavey_5150ii_crunch/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.000471052261884848*fs - 0.0486624237484344;
b1 = 0.000471052261884848*fs - 0.0486624237484344;
a0 = 2.07565118653794e-5*fs + 0.00368743046178661;
a1 = -2.07565118653794e-5*fs + 0.00368743046178661;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/peavey_5150ii_crunch/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/peavey_5150ii_crunch/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0))
with {
fs = float(ma.SR);
b0 = 5.82287201278019e-6*fs + 0.00107591870154845;
b1 = -5.82287201278019e-6*fs + 0.00107591870154845;
a0 = 2.07583450601951e-5*fs + 0.0035994371106348;
a1 = -2.07583450601951e-5*fs + 0.0035994371106348;
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3) : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : LogPot(3) : si.smooth(0.999);
b0 = bass*fs*(9.89404969304451e-12*fs + 2.81767586220316e-8) + fs*(2.47351242326113e-13*fs + 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(2.4367228397506e-16*fs + 9.70550136098047e-13) + 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(4.54625321338628e-13*fs + 3.95761987721781e-10) + 1.12707034488126e-6) + fs*(fs*(2.27312660669314e-14*fs + 3.05588370266185e-11) + 3.52927322217472e-8)) + fs*(fs*(2.84140825836642e-16*fs + 5.1661968333935e-13) + 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(3.89875654360096e-13*fs + 1.23977737936939e-9) + fs*(fs*(-1.2984374707929e-14*fs + 2.89279557508774e-11) - 7.11597359971556e-10)) + fs*(fs*(-5.68281651673284e-16*fs - 7.63970925665462e-13) - 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(-1.94937827180048e-14*fs - 6.19888689684695e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs + 7.74860862105869e-13) + fs*(fs*(4.04685418615824e-17*fs - 9.70550136098047e-13) - 6.86629031551501e-10))));
b1 = bass*fs*(-9.89404969304451e-12*fs + 2.81767586220316e-8) + fs*(-2.47351242326113e-13*fs + 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(-2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(-7.3101685192518e-16*fs - 9.70550136098047e-13) + 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(-1.36387596401588e-12*fs - 3.95761987721781e-10) + 1.12707034488126e-6) + fs*(fs*(-6.81937982007941e-14*fs - 3.05588370266185e-11) + 3.52927322217472e-8)) + fs*(fs*(-8.52422477509927e-16*fs - 5.1661968333935e-13) + 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(-1.16962696308029e-12*fs - 1.23977737936939e-9) + fs*(fs*(3.8953124123787e-14*fs - 2.89279557508774e-11) - 7.11597359971556e-10)) + fs*(fs*(1.70484495501985e-15*fs + 7.63970925665462e-13) - 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(5.84813481540144e-14*fs + 6.19888689684695e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs - 7.74860862105869e-13) + fs*(fs*(-1.21405625584747e-16*fs + 9.70550136098047e-13) - 6.86629031551501e-10))));
b2 = bass*fs*(-9.89404969304451e-12*fs - 2.81767586220316e-8) + fs*(-2.47351242326113e-13*fs - 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(7.3101685192518e-16*fs - 9.70550136098047e-13) - 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(1.36387596401588e-12*fs - 3.95761987721781e-10) - 1.12707034488126e-6) + fs*(fs*(6.81937982007941e-14*fs - 3.05588370266185e-11) - 3.52927322217472e-8)) + fs*(fs*(8.52422477509927e-16*fs - 5.1661968333935e-13) - 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(1.16962696308029e-12*fs - 1.23977737936939e-9) + fs*(fs*(-3.8953124123787e-14*fs - 2.89279557508774e-11) + 7.11597359971556e-10)) + fs*(fs*(-1.70484495501985e-15*fs + 7.63970925665462e-13) + 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(-5.84813481540144e-14*fs + 6.19888689684695e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs - 7.74860862105869e-13) + fs*(fs*(1.21405625584747e-16*fs + 9.70550136098047e-13) + 6.86629031551501e-10))));
b3 = bass*fs*(9.89404969304451e-12*fs - 2.81767586220316e-8) + fs*(2.47351242326113e-13*fs - 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(-9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(-2.4367228397506e-16*fs + 9.70550136098047e-13) - 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(-4.54625321338628e-13*fs + 3.95761987721781e-10) - 1.12707034488126e-6) + fs*(fs*(-2.27312660669314e-14*fs + 3.05588370266185e-11) - 3.52927322217472e-8)) + fs*(fs*(-2.84140825836642e-16*fs + 5.1661968333935e-13) - 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(-3.89875654360096e-13*fs + 1.23977737936939e-9) + fs*(fs*(1.2984374707929e-14*fs + 2.89279557508774e-11) + 7.11597359971556e-10)) + fs*(fs*(5.68281651673284e-16*fs - 7.63970925665462e-13) + 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(1.94937827180048e-14*fs - 6.19888689684695e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs + 7.74860862105869e-13) + fs*(fs*(-4.04685418615824e-17*fs - 9.70550136098047e-13) + 6.86629031551501e-10))));
a0 = bass*fs*(fs*(1.13656330334657e-14*fs + 4.97734638455557e-11) + 2.81767586220316e-8) + fs*(fs*(2.84140825836642e-16*fs + 1.76095627947824e-12) + 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(-4.04685418615824e-17*fs - 2.64352177147328e-14) + 6.86629031551501e-10)) + 6.24208210501365e-7;
a1 = bass*fs*(fs*(-3.40968991003971e-14*fs - 4.97734638455557e-11) + 2.81767586220316e-8) + fs*(fs*(-8.52422477509927e-16*fs - 1.76095627947824e-12) + 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(-2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(1.21405625584747e-16*fs + 2.64352177147328e-14) + 6.86629031551501e-10)) + 1.87262463150409e-6;
a2 = bass*fs*(fs*(3.40968991003971e-14*fs - 4.97734638455557e-11) - 2.81767586220316e-8) + fs*(fs*(8.52422477509927e-16*fs - 1.76095627947824e-12) - 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(-1.21405625584747e-16*fs + 2.64352177147328e-14) - 6.86629031551501e-10)) + 1.87262463150409e-6;
a3 = bass*fs*(fs*(-1.13656330334657e-14*fs + 4.97734638455557e-11) - 2.81767586220316e-8) + fs*(fs*(-2.84140825836642e-16*fs + 1.76095627947824e-12) - 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(-9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(4.04685418615824e-17*fs - 2.64352177147328e-14) - 6.86629031551501e-10)) + 6.24208210501365e-7;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s06_stage4clip
with {
fs = float(ma.SR);
b0 = 8.82123032648896e-15*pow(fs,3);
b1 = -2.64636909794669e-14*pow(fs,3);
b2 = 2.64636909794669e-14*pow(fs,3);
b3 = -8.82123032648896e-15*pow(fs,3);
a0 = fs*(fs*(9.03361060537002e-15*fs + 4.14420870053604e-13) + 2.29677429297512e-12) + 1.14901989819789e-12;
a1 = fs*(fs*(-2.71008318161101e-14*fs - 4.14420870053604e-13) + 2.29677429297512e-12) + 3.44705969459367e-12;
a2 = fs*(fs*(2.71008318161101e-14*fs - 4.14420870053604e-13) - 2.29677429297512e-12) + 3.44705969459367e-12;
a3 = fs*(fs*(-9.03361060537002e-15*fs + 4.14420870053604e-13) - 2.29677429297512e-12) + 1.14901989819789e-12;
};
s06_stage4clip =
_<:
ba.if(signbit(_), s06_stage4_neg_clip, s06_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage4_clip = ffunction(float s06_stage4clip(float), "generated/stage/peavey_5150ii_crunch/s06_stage4_table.h", "");
s06_stage4_neg_clip = ffunction(float s06_stage4_negclip(float), "generated/stage/peavey_5150ii_crunch/s06_stage4_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s07_stage5clip
with {
fs = float(ma.SR);
b0 = fs*(-6.2021647107889e-9*fs - 0.000199940835293);
b1 = 1.24043294215778e-8*pow(fs,2);
b2 = fs*(-6.2021647107889e-9*fs + 0.000199940835293);
a0 = fs*(1.3725322285498e-10*fs + 1.42420224832928e-5) + 0.00015149534407047;
a1 = -2.74506445709959e-10*pow(fs,2) + 0.00030299068814094;
a2 = fs*(1.3725322285498e-10*fs - 1.42420224832928e-5) + 0.00015149534407047;
};
s07_stage5clip =
_<:
ba.if(signbit(_), s07_stage5_neg_clip, s07_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage5_clip = ffunction(float s07_stage5clip(float), "generated/stage/peavey_5150ii_crunch/s07_stage5_table.h", "");
s07_stage5_neg_clip = ffunction(float s07_stage5_negclip(float), "generated/stage/peavey_5150ii_crunch/s07_stage5_neg_table.h", "");
};
p8 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s08_stage6clip
with {
fs = float(ma.SR);
b0 = fs*(4.86576834283976e-12*fs + 6.31789783214569e-10) + 6.84578809362547e-11;
b1 = -9.73153668567952e-12*pow(fs,2) + 1.36915761872509e-10;
b2 = fs*(4.86576834283976e-12*fs - 6.31789783214569e-10) + 6.84578809362547e-11;
a0 = fs*(4.33699283765577e-10*fs + 1.57671526976176e-8) + 2.6874624433038e-8;
a1 = -8.67398567531154e-10*pow(fs,2) + 5.37492488660761e-8;
a2 = fs*(4.33699283765577e-10*fs - 1.57671526976176e-8) + 2.6874624433038e-8;
};
s08_stage6clip =
_<:
ba.if(signbit(_), s08_stage6_neg_clip, s08_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s08_stage6_clip = ffunction(float s08_stage6clip(float), "generated/stage/peavey_5150ii_crunch/s08_stage6_table.h", "");
s08_stage6_neg_clip = ffunction(float s08_stage6_negclip(float), "generated/stage/peavey_5150ii_crunch/s08_stage6_neg_table.h", "");
};
process =
*(pregain) :
// *(0.2) :
*(0.1) :
p1 :
// *(1.05) :
*(0.7) :
p2 :
*(1.35) :
p3 :
p4 :
// *(2.15) :
*(2.4) :
p5 :
// *(3.4) :
*(4.9) :
p6 :
// *(5.0) :
*(10.24) :
p7 :
// *(11.8) :
*(21.9) :
p8 :
// *(71.5) :
*(75.21) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/peavey_5150ii_crunch.dsp | faust |
* Simulation of Peavey 5150II crunch channel
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*(0.2) :
*(1.05) :
*(2.15) :
*(3.4) :
*(5.0) :
*(11.8) :
*(71.5) : | declare id "peavey_5150ii_crunch";
declare name "peavey_5150ii_crunch";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s01_stage1clip
with {
fs = float(ma.SR);
b0 = pow(fs,2)*(-1.41619366649534e-13*fs - 8.63532723472799e-13);
b1 = 2.83238733299068e-13*pow(fs,3);
b2 = 1.7270654469456e-12*pow(fs,2);
b3 = -2.83238733299068e-13*pow(fs,3);
b4 = pow(fs,2)*(1.41619366649534e-13*fs - 8.63532723472799e-13);
a0 = fs*(fs*(fs*(6.72246728677859e-21*fs + 8.7052636265908e-15) + 6.86307224330787e-13) + 1.208780256712e-11) + 4.40771504790753e-11;
a1 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs - 1.74105272531816e-14) + 2.41756051342399e-11) + 1.76308601916301e-10;
a2 = pow(fs,2)*(4.03348037206715e-20*pow(fs,2) - 1.37261444866157e-12) + 2.64462902874452e-10;
a3 = fs*(pow(fs,2)*(-2.68898691471143e-20*fs + 1.74105272531816e-14) - 2.41756051342399e-11) + 1.76308601916301e-10;
a4 = fs*(fs*(fs*(6.72246728677859e-21*fs - 8.7052636265908e-15) + 6.86307224330787e-13) - 1.208780256712e-11) + 4.40771504790753e-11;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/peavey_5150ii_crunch/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/peavey_5150ii_crunch/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s02_stage2clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.65094790958669e-17*fs + 1.37304022225245e-13) + 7.25018598718153e-11) + fs*(fs*(fs*(-4.65094790958669e-17*fs - 1.40723836864647e-13) - 8.25977438589657e-11) - 5.33101910822171e-9));
b1 = gain*(pow(fs,3)*gain*(-1.86037916383467e-16*fs - 2.7460804445049e-13) + fs*(pow(fs,2)*(1.86037916383467e-16*fs + 2.81447673729294e-13) - 1.06620382164434e-8));
b2 = gain*(pow(fs,2)*gain*(2.79056874575201e-16*pow(fs,2) - 1.45003719743631e-10) + pow(fs,2)*(-2.79056874575201e-16*pow(fs,2) + 1.65195487717931e-10));
b3 = gain*(pow(fs,3)*gain*(-1.86037916383467e-16*fs + 2.7460804445049e-13) + fs*(pow(fs,2)*(1.86037916383467e-16*fs - 2.81447673729294e-13) + 1.06620382164434e-8));
b4 = gain*(pow(fs,2)*gain*(fs*(4.65094790958669e-17*fs - 1.37304022225245e-13) + 7.25018598718153e-11) + fs*(fs*(fs*(-4.65094790958669e-17*fs + 1.40723836864647e-13) - 8.25977438589657e-11) + 5.33101910822171e-9));
a0 = fs*(fs*(1.96553718457028e-16*fs + 1.13349301191717e-12) + 1.11617868321251e-9) + gain*(fs*gain*(fs*(fs*(-6.53431917359364e-19*fs - 4.15013217407039e-15) - 4.94521757525643e-12) - 1.12107818776202e-9) + fs*(fs*(fs*(6.53431917359364e-19*fs + 4.00162492012508e-15) + 4.12028433597e-12) + 4.0496760992863e-10) + 6.22821215423343e-8) + 5.85451942497945e-8;
a1 = fs*(-3.93107436914056e-16*pow(fs,2) + 2.23235736642502e-9) + gain*(fs*gain*(pow(fs,2)*(2.61372766943745e-18*fs + 8.30026434814079e-15) - 2.24215637552403e-9) + fs*(pow(fs,2)*(-2.61372766943745e-18*fs - 8.00324984025017e-15) + 8.09935219857261e-10) + 2.49128486169337e-7) + 2.34180776999178e-7;
a2 = -2.26698602383433e-12*pow(fs,2) + gain*(pow(fs,2)*gain*(-3.92059150415618e-18*pow(fs,2) + 9.89043515051286e-12) + pow(fs,2)*(3.92059150415618e-18*pow(fs,2) - 8.24056867194e-12) + 3.73692729254006e-7) + 3.51271165498767e-7;
a3 = fs*(3.93107436914056e-16*pow(fs,2) - 2.23235736642502e-9) + gain*(fs*gain*(pow(fs,2)*(2.61372766943745e-18*fs - 8.30026434814079e-15) + 2.24215637552403e-9) + fs*(pow(fs,2)*(-2.61372766943745e-18*fs + 8.00324984025017e-15) - 8.09935219857261e-10) + 2.49128486169337e-7) + 2.34180776999178e-7;
a4 = fs*(fs*(-1.96553718457028e-16*fs + 1.13349301191717e-12) - 1.11617868321251e-9) + gain*(fs*gain*(fs*(fs*(-6.53431917359364e-19*fs + 4.15013217407039e-15) - 4.94521757525643e-12) + 1.12107818776202e-9) + fs*(fs*(fs*(6.53431917359364e-19*fs - 4.00162492012508e-15) + 4.12028433597e-12) - 4.0496760992863e-10) + 6.22821215423343e-8) + 5.85451942497945e-8;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/peavey_5150ii_crunch/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/peavey_5150ii_crunch/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.000471052261884848*fs - 0.0486624237484344;
b1 = 0.000471052261884848*fs - 0.0486624237484344;
a0 = 2.07565118653794e-5*fs + 0.00368743046178661;
a1 = -2.07565118653794e-5*fs + 0.00368743046178661;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/peavey_5150ii_crunch/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/peavey_5150ii_crunch/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0))
with {
fs = float(ma.SR);
b0 = 5.82287201278019e-6*fs + 0.00107591870154845;
b1 = -5.82287201278019e-6*fs + 0.00107591870154845;
a0 = 2.07583450601951e-5*fs + 0.0035994371106348;
a1 = -2.07583450601951e-5*fs + 0.0035994371106348;
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
bass = ampctrl.bass : LogPot(3) : si.smooth(0.999);
middle = ampctrl.middle : LogPot(3) : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : LogPot(3) : si.smooth(0.999);
b0 = bass*fs*(9.89404969304451e-12*fs + 2.81767586220316e-8) + fs*(2.47351242326113e-13*fs + 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(2.4367228397506e-16*fs + 9.70550136098047e-13) + 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(4.54625321338628e-13*fs + 3.95761987721781e-10) + 1.12707034488126e-6) + fs*(fs*(2.27312660669314e-14*fs + 3.05588370266185e-11) + 3.52927322217472e-8)) + fs*(fs*(2.84140825836642e-16*fs + 5.1661968333935e-13) + 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(3.89875654360096e-13*fs + 1.23977737936939e-9) + fs*(fs*(-1.2984374707929e-14*fs + 2.89279557508774e-11) - 7.11597359971556e-10)) + fs*(fs*(-5.68281651673284e-16*fs - 7.63970925665462e-13) - 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(-1.94937827180048e-14*fs - 6.19888689684695e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs + 7.74860862105869e-13) + fs*(fs*(4.04685418615824e-17*fs - 9.70550136098047e-13) - 6.86629031551501e-10))));
b1 = bass*fs*(-9.89404969304451e-12*fs + 2.81767586220316e-8) + fs*(-2.47351242326113e-13*fs + 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(-2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(-7.3101685192518e-16*fs - 9.70550136098047e-13) + 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(-1.36387596401588e-12*fs - 3.95761987721781e-10) + 1.12707034488126e-6) + fs*(fs*(-6.81937982007941e-14*fs - 3.05588370266185e-11) + 3.52927322217472e-8)) + fs*(fs*(-8.52422477509927e-16*fs - 5.1661968333935e-13) + 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(-1.16962696308029e-12*fs - 1.23977737936939e-9) + fs*(fs*(3.8953124123787e-14*fs - 2.89279557508774e-11) - 7.11597359971556e-10)) + fs*(fs*(1.70484495501985e-15*fs + 7.63970925665462e-13) - 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(5.84813481540144e-14*fs + 6.19888689684695e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs - 7.74860862105869e-13) + fs*(fs*(-1.21405625584747e-16*fs + 9.70550136098047e-13) - 6.86629031551501e-10))));
b2 = bass*fs*(-9.89404969304451e-12*fs - 2.81767586220316e-8) + fs*(-2.47351242326113e-13*fs - 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(7.3101685192518e-16*fs - 9.70550136098047e-13) - 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(1.36387596401588e-12*fs - 3.95761987721781e-10) - 1.12707034488126e-6) + fs*(fs*(6.81937982007941e-14*fs - 3.05588370266185e-11) - 3.52927322217472e-8)) + fs*(fs*(8.52422477509927e-16*fs - 5.1661968333935e-13) - 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(1.16962696308029e-12*fs - 1.23977737936939e-9) + fs*(fs*(-3.8953124123787e-14*fs - 2.89279557508774e-11) + 7.11597359971556e-10)) + fs*(fs*(-1.70484495501985e-15*fs + 7.63970925665462e-13) + 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(-5.84813481540144e-14*fs + 6.19888689684695e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs - 7.74860862105869e-13) + fs*(fs*(1.21405625584747e-16*fs + 9.70550136098047e-13) + 6.86629031551501e-10))));
b3 = bass*fs*(9.89404969304451e-12*fs - 2.81767586220316e-8) + fs*(2.47351242326113e-13*fs - 7.0441896555079e-10) + middle*(bass*pow(fs,2)*(-9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(-2.4367228397506e-16*fs + 9.70550136098047e-13) - 6.86629031551501e-10)) + treble*(bass*(bass*fs*(fs*(-4.54625321338628e-13*fs + 3.95761987721781e-10) - 1.12707034488126e-6) + fs*(fs*(-2.27312660669314e-14*fs + 3.05588370266185e-11) - 3.52927322217472e-8)) + fs*(fs*(-2.84140825836642e-16*fs + 5.1661968333935e-13) - 1.77899339992889e-10) + middle*(bass*(bass*pow(fs,2)*(-3.89875654360096e-13*fs + 1.23977737936939e-9) + fs*(fs*(1.2984374707929e-14*fs + 2.89279557508774e-11) + 7.11597359971556e-10)) + fs*(fs*(5.68281651673284e-16*fs - 7.63970925665462e-13) + 8.82318305543679e-10) + middle*(bass*pow(fs,2)*(1.94937827180048e-14*fs - 6.19888689684695e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs + 7.74860862105869e-13) + fs*(fs*(-4.04685418615824e-17*fs - 9.70550136098047e-13) + 6.86629031551501e-10))));
a0 = bass*fs*(fs*(1.13656330334657e-14*fs + 4.97734638455557e-11) + 2.81767586220316e-8) + fs*(fs*(2.84140825836642e-16*fs + 1.76095627947824e-12) + 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(-2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(-4.04685418615824e-17*fs - 2.64352177147328e-14) + 6.86629031551501e-10)) + 6.24208210501365e-7;
a1 = bass*fs*(fs*(-3.40968991003971e-14*fs - 4.97734638455557e-11) + 2.81767586220316e-8) + fs*(fs*(-8.52422477509927e-16*fs - 1.76095627947824e-12) + 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(-2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(1.21405625584747e-16*fs + 2.64352177147328e-14) + 6.86629031551501e-10)) + 1.87262463150409e-6;
a2 = bass*fs*(fs*(3.40968991003971e-14*fs - 4.97734638455557e-11) - 2.81767586220316e-8) + fs*(fs*(8.52422477509927e-16*fs - 1.76095627947824e-12) - 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(2.92406740770072e-14*fs - 3.09944344842348e-11) + pow(fs,2)*middle*(-7.3101685192518e-16*fs + 7.74860862105869e-13) + fs*(fs*(-1.21405625584747e-16*fs + 2.64352177147328e-14) - 6.86629031551501e-10)) + 1.87262463150409e-6;
a3 = bass*fs*(fs*(-1.13656330334657e-14*fs + 4.97734638455557e-11) - 2.81767586220316e-8) + fs*(fs*(-2.84140825836642e-16*fs + 1.76095627947824e-12) - 2.69501894883964e-9) + middle*(bass*pow(fs,2)*(-9.74689135900239e-15*fs + 3.09944344842348e-11) + pow(fs,2)*middle*(2.4367228397506e-16*fs - 7.74860862105869e-13) + fs*(fs*(4.04685418615824e-17*fs - 2.64352177147328e-14) - 6.86629031551501e-10)) + 6.24208210501365e-7;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
s06_stage4clip
with {
fs = float(ma.SR);
b0 = 8.82123032648896e-15*pow(fs,3);
b1 = -2.64636909794669e-14*pow(fs,3);
b2 = 2.64636909794669e-14*pow(fs,3);
b3 = -8.82123032648896e-15*pow(fs,3);
a0 = fs*(fs*(9.03361060537002e-15*fs + 4.14420870053604e-13) + 2.29677429297512e-12) + 1.14901989819789e-12;
a1 = fs*(fs*(-2.71008318161101e-14*fs - 4.14420870053604e-13) + 2.29677429297512e-12) + 3.44705969459367e-12;
a2 = fs*(fs*(2.71008318161101e-14*fs - 4.14420870053604e-13) - 2.29677429297512e-12) + 3.44705969459367e-12;
a3 = fs*(fs*(-9.03361060537002e-15*fs + 4.14420870053604e-13) - 2.29677429297512e-12) + 1.14901989819789e-12;
};
s06_stage4clip =
_<:
ba.if(signbit(_), s06_stage4_neg_clip, s06_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage4_clip = ffunction(float s06_stage4clip(float), "generated/stage/peavey_5150ii_crunch/s06_stage4_table.h", "");
s06_stage4_neg_clip = ffunction(float s06_stage4_negclip(float), "generated/stage/peavey_5150ii_crunch/s06_stage4_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s07_stage5clip
with {
fs = float(ma.SR);
b0 = fs*(-6.2021647107889e-9*fs - 0.000199940835293);
b1 = 1.24043294215778e-8*pow(fs,2);
b2 = fs*(-6.2021647107889e-9*fs + 0.000199940835293);
a0 = fs*(1.3725322285498e-10*fs + 1.42420224832928e-5) + 0.00015149534407047;
a1 = -2.74506445709959e-10*pow(fs,2) + 0.00030299068814094;
a2 = fs*(1.3725322285498e-10*fs - 1.42420224832928e-5) + 0.00015149534407047;
};
s07_stage5clip =
_<:
ba.if(signbit(_), s07_stage5_neg_clip, s07_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage5_clip = ffunction(float s07_stage5clip(float), "generated/stage/peavey_5150ii_crunch/s07_stage5_table.h", "");
s07_stage5_neg_clip = ffunction(float s07_stage5_negclip(float), "generated/stage/peavey_5150ii_crunch/s07_stage5_neg_table.h", "");
};
p8 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s08_stage6clip
with {
fs = float(ma.SR);
b0 = fs*(4.86576834283976e-12*fs + 6.31789783214569e-10) + 6.84578809362547e-11;
b1 = -9.73153668567952e-12*pow(fs,2) + 1.36915761872509e-10;
b2 = fs*(4.86576834283976e-12*fs - 6.31789783214569e-10) + 6.84578809362547e-11;
a0 = fs*(4.33699283765577e-10*fs + 1.57671526976176e-8) + 2.6874624433038e-8;
a1 = -8.67398567531154e-10*pow(fs,2) + 5.37492488660761e-8;
a2 = fs*(4.33699283765577e-10*fs - 1.57671526976176e-8) + 2.6874624433038e-8;
};
s08_stage6clip =
_<:
ba.if(signbit(_), s08_stage6_neg_clip, s08_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s08_stage6_clip = ffunction(float s08_stage6clip(float), "generated/stage/peavey_5150ii_crunch/s08_stage6_table.h", "");
s08_stage6_neg_clip = ffunction(float s08_stage6_negclip(float), "generated/stage/peavey_5150ii_crunch/s08_stage6_neg_table.h", "");
};
process =
*(pregain) :
*(0.1) :
p1 :
*(0.7) :
p2 :
*(1.35) :
p3 :
p4 :
*(2.4) :
p5 :
*(4.9) :
p6 :
*(10.24) :
p7 :
*(21.9) :
p8 :
*(75.21) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
7ac3a291b90a1aa19df6f708067eaedac688759169f3b443ed4a57cb9f9c29d8 | sadko4u/tamgamp.lv2 | marshall_jcm800lo.dsp | /*
* Simulation of Marshall JCM-800 Low-gain input
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "marshall_jcm800lo";
declare name "marshall_jcm800lo";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(1.18724587211056e-8*fs + 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs - 3.28091553929331e-5) - 0.0134364630161901);
b1 = gain*(-2.37449174422112e-8*pow(fs,2)*gain + 2.37449174422112e-8*pow(fs,2) - 0.0268729260323803);
b2 = gain*(fs*gain*(1.18724587211056e-8*fs - 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs + 3.28091553929331e-5) - 0.0134364630161901);
a0 = 2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs - 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs + 1.83330739030423e-6)) + 0.00254241685259171;
a1 = gain*(3.05643473598644e-9*pow(fs,2)*gain - 3.05643473598644e-9*pow(fs,2)) + 0.00508483370518342;
a2 = -2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs + 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs - 1.83330739030423e-6)) + 0.00254241685259171;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/marshall_jcm800lo/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/marshall_jcm800lo/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.000807713873033297*fs - 1.8282342078617;
b1 = 0.000807713873033297*fs - 1.8282342078617;
a0 = 1.90378516271373e-5*fs + 0.0861831218974076;
a1 = -1.90378516271373e-5*fs + 0.0861831218974076;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/marshall_jcm800lo/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/marshall_jcm800lo/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
bass = ampctrl.bass : LogPot(10) : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : si.smooth(0.999);
b0 = master*(bass*(bass*(-5.40199666291365e-12*pow(fs,3)*treble + pow(fs,2)*middle*(-4.14153077490047e-12*fs - 1.77865988241706e-8) + fs*(-4.83649838966099e-9*fs - 1.83745855621597e-5)) + fs*(-2.12805929145083e-10*fs - 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(1.82227354095621e-13*fs + 7.82610348263506e-10) + fs*(fs*(-1.82227354095621e-13*fs - 7.58055817977535e-10) + 8.45541676514158e-9)) + treble*(2.37687853168201e-13*pow(fs,3)*middle + fs*(fs*(-2.37687853168201e-13*fs - 2.45545302859712e-10) - 8.45541676514158e-8))) + fs*(-2.34086522059592e-12*fs - 8.8932994120853e-9) + middle*(fs*(fs*(-2.00450089505183e-15*fs - 8.0685141646072e-12) + 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(-2.00450089505183e-15*fs - 8.60871383089857e-12) + fs*(fs*(4.00900179010365e-15*fs + 1.90180932161017e-11) + 8.70728024325218e-9))) + treble*(fs*(fs*(-2.61456638485021e-15*fs - 5.40199666291365e-12) - 1.86019168833115e-9) + middle*(-2.61456638485021e-15*pow(fs,3)*middle + fs*(fs*(5.22913276970042e-15*fs + 5.40199666291365e-12) + 1.86019168833115e-9))));
b1 = master*(bass*(bass*(1.6205989988741e-11*pow(fs,3)*treble + pow(fs,2)*middle*(1.24245923247014e-11*fs + 1.77865988241706e-8) + fs*(4.83649838966099e-9*fs - 1.83745855621597e-5)) + fs*(2.12805929145083e-10*fs - 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(-5.46682062286862e-13*fs - 7.82610348263506e-10) + fs*(fs*(5.46682062286862e-13*fs + 7.58055817977535e-10) + 8.45541676514158e-9)) + treble*(-7.13063559504602e-13*pow(fs,3)*middle + fs*(fs*(7.13063559504602e-13*fs + 2.45545302859712e-10) - 8.45541676514158e-8))) + fs*(2.34086522059592e-12*fs - 8.8932994120853e-9) + middle*(fs*(fs*(6.01350268515548e-15*fs + 8.0685141646072e-12) + 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(6.01350268515548e-15*fs + 8.60871383089857e-12) + fs*(fs*(-1.2027005370311e-14*fs - 1.90180932161017e-11) + 8.70728024325218e-9))) + treble*(fs*(fs*(7.84369915455063e-15*fs + 5.40199666291365e-12) - 1.86019168833115e-9) + middle*(7.84369915455063e-15*pow(fs,3)*middle + fs*(fs*(-1.56873983091013e-14*fs - 5.40199666291365e-12) + 1.86019168833115e-9))));
b2 = master*(bass*(bass*(-1.6205989988741e-11*pow(fs,3)*treble + pow(fs,2)*middle*(-1.24245923247014e-11*fs + 1.77865988241706e-8) + fs*(4.83649838966099e-9*fs + 1.83745855621597e-5)) + fs*(2.12805929145083e-10*fs + 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(5.46682062286862e-13*fs - 7.82610348263506e-10) + fs*(fs*(-5.46682062286862e-13*fs + 7.58055817977535e-10) - 8.45541676514158e-9)) + treble*(7.13063559504602e-13*pow(fs,3)*middle + fs*(fs*(-7.13063559504602e-13*fs + 2.45545302859712e-10) + 8.45541676514158e-8))) + fs*(2.34086522059592e-12*fs + 8.8932994120853e-9) + middle*(fs*(fs*(-6.01350268515548e-15*fs + 8.0685141646072e-12) - 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(-6.01350268515548e-15*fs + 8.60871383089857e-12) + fs*(fs*(1.2027005370311e-14*fs - 1.90180932161017e-11) - 8.70728024325218e-9))) + treble*(fs*(fs*(-7.84369915455063e-15*fs + 5.40199666291365e-12) + 1.86019168833115e-9) + middle*(-7.84369915455063e-15*pow(fs,3)*middle + fs*(fs*(1.56873983091013e-14*fs - 5.40199666291365e-12) - 1.86019168833115e-9))));
b3 = master*(bass*(bass*(5.40199666291365e-12*pow(fs,3)*treble + pow(fs,2)*middle*(4.14153077490047e-12*fs - 1.77865988241706e-8) + fs*(-4.83649838966099e-9*fs + 1.83745855621597e-5)) + fs*(-2.12805929145083e-10*fs + 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(-1.82227354095621e-13*fs + 7.82610348263506e-10) + fs*(fs*(1.82227354095621e-13*fs - 7.58055817977535e-10) - 8.45541676514158e-9)) + treble*(-2.37687853168201e-13*pow(fs,3)*middle + fs*(fs*(2.37687853168201e-13*fs - 2.45545302859712e-10) + 8.45541676514158e-8))) + fs*(-2.34086522059592e-12*fs + 8.8932994120853e-9) + middle*(fs*(fs*(2.00450089505183e-15*fs - 8.0685141646072e-12) - 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(2.00450089505183e-15*fs - 8.60871383089857e-12) + fs*(fs*(-4.00900179010365e-15*fs + 1.90180932161017e-11) - 8.70728024325218e-9))) + treble*(fs*(fs*(2.61456638485021e-15*fs - 5.40199666291365e-12) + 1.86019168833115e-9) + middle*(2.61456638485021e-15*pow(fs,3)*middle + fs*(fs*(-5.22913276970042e-15*fs + 5.40199666291365e-12) - 1.86019168833115e-9))));
a0 = bass*(fs*middle*(fs*(8.52074940296914e-15*fs + 3.68862555090236e-11) + 7.91570931204744e-10) + fs*(fs*(1.08039933258273e-14*fs + 6.24077688445545e-11) + 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(1.3468978346198e-15*fs + 7.49870974548878e-12) + fs*(fs*(2.37687853168201e-15*fs + 1.26394880011049e-11) + 7.74660097674461e-9) + treble*(-1.58458568778801e-15*pow(fs,3)*middle + pow(fs,2)*(-2.37687853168201e-15*fs - 1.63696868573141e-12))) + 8.17738565294157e-7) + fs*(fs*(2.37687853168201e-16*fs + 1.86406152029962e-12) + 3.40826695848827e-9) + middle*(fs*middle*(fs*(-1.87456486865321e-16*fs - 8.1149762119852e-13) - 1.74145604865044e-11) + fs*(fs*(-5.02313663028798e-17*fs - 1.74166502337627e-13) + 8.08985491691248e-10)) + treble*(fs*(fs*(5.22913276970042e-17*fs + 3.8610866928258e-13) + 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(-2.96317523616357e-17*fs - 1.64971614400753e-13) + fs*(fs*(-2.26595753353685e-17*fs - 5.18744927771992e-14) + 1.74145604865044e-10)) + treble*(fs*(fs*(-5.22913276970042e-17*fs - 1.44053244344364e-13) - 3.7203833766623e-11) + middle*(3.48608851313361e-17*pow(fs,3)*middle + pow(fs,2)*(1.74304425656681e-17*fs - 3.6013311086091e-14))) + 1.79902484364715e-7) + 8.35728813730628e-7;
a1 = bass*(fs*middle*(fs*(-2.55622482089074e-14*fs - 3.68862555090236e-11) + 7.91570931204744e-10) + fs*(fs*(-3.24119799774819e-14*fs - 6.24077688445545e-11) + 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(-4.04069350385941e-15*fs - 7.49870974548878e-12) + fs*(fs*(-7.13063559504602e-15*fs - 1.26394880011049e-11) + 7.74660097674461e-9) + treble*(4.75375706336402e-15*pow(fs,3)*middle + pow(fs,2)*(7.13063559504602e-15*fs + 1.63696868573141e-12))) + 2.45321569588247e-6) + fs*(fs*(-7.13063559504602e-16*fs - 1.86406152029962e-12) + 3.40826695848827e-9) + middle*(fs*middle*(fs*(5.62369460595963e-16*fs + 8.1149762119852e-13) - 1.74145604865044e-11) + fs*(fs*(1.50694098908639e-16*fs + 1.74166502337627e-13) + 8.08985491691248e-10)) + treble*(fs*(fs*(-1.56873983091013e-16*fs - 3.8610866928258e-13) + 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(8.88952570849071e-17*fs + 1.64971614400753e-13) + fs*(fs*(6.79787260061054e-17*fs + 5.18744927771992e-14) + 1.74145604865044e-10)) + treble*(fs*(fs*(1.56873983091013e-16*fs + 1.44053244344364e-13) - 3.7203833766623e-11) + middle*(-1.04582655394008e-16*pow(fs,3)*middle + pow(fs,2)*(-5.22913276970042e-17*fs + 3.6013311086091e-14))) + 5.39707453094144e-7) + 2.50718644119189e-6;
a2 = bass*(fs*middle*(fs*(2.55622482089074e-14*fs - 3.68862555090236e-11) - 7.91570931204744e-10) + fs*(fs*(3.24119799774819e-14*fs - 6.24077688445545e-11) - 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(4.04069350385941e-15*fs - 7.49870974548878e-12) + fs*(fs*(7.13063559504602e-15*fs - 1.26394880011049e-11) - 7.74660097674461e-9) + treble*(-4.75375706336402e-15*pow(fs,3)*middle + pow(fs,2)*(-7.13063559504602e-15*fs + 1.63696868573141e-12))) + 2.45321569588247e-6) + fs*(fs*(7.13063559504602e-16*fs - 1.86406152029962e-12) - 3.40826695848827e-9) + middle*(fs*middle*(fs*(-5.62369460595963e-16*fs + 8.1149762119852e-13) + 1.74145604865044e-11) + fs*(fs*(-1.50694098908639e-16*fs + 1.74166502337627e-13) - 8.08985491691248e-10)) + treble*(fs*(fs*(1.56873983091013e-16*fs - 3.8610866928258e-13) - 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(-8.88952570849071e-17*fs + 1.64971614400753e-13) + fs*(fs*(-6.79787260061054e-17*fs + 5.18744927771992e-14) - 1.74145604865044e-10)) + treble*(fs*(fs*(-1.56873983091013e-16*fs + 1.44053244344364e-13) + 3.7203833766623e-11) + middle*(1.04582655394008e-16*pow(fs,3)*middle + pow(fs,2)*(5.22913276970042e-17*fs + 3.6013311086091e-14))) + 5.39707453094144e-7) + 2.50718644119189e-6;
a3 = bass*(fs*middle*(fs*(-8.52074940296914e-15*fs + 3.68862555090236e-11) - 7.91570931204744e-10) + fs*(fs*(-1.08039933258273e-14*fs + 6.24077688445545e-11) - 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(-1.3468978346198e-15*fs + 7.49870974548878e-12) + fs*(fs*(-2.37687853168201e-15*fs + 1.26394880011049e-11) - 7.74660097674461e-9) + treble*(1.58458568778801e-15*pow(fs,3)*middle + pow(fs,2)*(2.37687853168201e-15*fs - 1.63696868573141e-12))) + 8.17738565294157e-7) + fs*(fs*(-2.37687853168201e-16*fs + 1.86406152029962e-12) - 3.40826695848827e-9) + middle*(fs*middle*(fs*(1.87456486865321e-16*fs - 8.1149762119852e-13) + 1.74145604865044e-11) + fs*(fs*(5.02313663028798e-17*fs - 1.74166502337627e-13) - 8.08985491691248e-10)) + treble*(fs*(fs*(-5.22913276970042e-17*fs + 3.8610866928258e-13) - 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(2.96317523616357e-17*fs - 1.64971614400753e-13) + fs*(fs*(2.26595753353685e-17*fs - 5.18744927771992e-14) - 1.74145604865044e-10)) + treble*(fs*(fs*(5.22913276970042e-17*fs - 1.44053244344364e-13) + 3.7203833766623e-11) + middle*(-3.48608851313361e-17*pow(fs,3)*middle + pow(fs,2)*(-1.74304425656681e-17*fs - 3.6013311086091e-14))) + 1.79902484364715e-7) + 8.35728813730628e-7;
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
fs = float(ma.SR);
presence = ampctrl.presence : si.smooth(0.999);
b0 = pow(fs,2)*presence*(fs*(1.01658253199921e-20*fs + 1.94491729153694e-15) + 9.62805428549019e-15) + fs*(fs*(2.31041484545276e-18*fs + 4.42026657167486e-13) + 2.18819415579322e-12);
b1 = pow(fs,3)*presence*(-4.06633012799685e-20*fs - 3.88983458307388e-15) + fs*(-4.62082969090551e-18*pow(fs,2) + 4.37638831158645e-12);
b2 = pow(fs,2)*presence*(6.09949519199528e-20*pow(fs,2) - 1.92561085709804e-14) - 8.84053314334972e-13*pow(fs,2);
b3 = pow(fs,3)*presence*(-4.06633012799685e-20*fs + 3.88983458307388e-15) + fs*(4.62082969090551e-18*pow(fs,2) - 4.37638831158645e-12);
b4 = pow(fs,2)*presence*(fs*(1.01658253199921e-20*fs - 1.94491729153694e-15) + 9.62805428549019e-15) + fs*(fs*(-2.31041484545276e-18*fs + 4.42026657167486e-13) - 2.18819415579322e-12);
a0 = fs*presence*(fs*(fs*(5.74478583620837e-20*fs + 1.05646886954294e-14) + 1.3795504704645e-13) + 1.15188971565309e-13) + fs*(fs*(fs*(1.00564523200911e-20*fs + 1.84640338108797e-15) + 2.4282553920437e-12) + 3.1377111557384e-11) + 2.61793117193885e-11;
a1 = fs*presence*(pow(fs,2)*(-2.29791433448335e-19*fs - 2.11293773908589e-14) + 2.30377943130619e-13) + fs*(pow(fs,2)*(-4.02258092803644e-20*fs - 3.69280676217593e-15) + 6.2754223114768e-11) + 1.04717246877554e-10;
a2 = pow(fs,2)*presence*(3.44687150172502e-19*pow(fs,2) - 2.75910094092901e-13) + pow(fs,2)*(6.03387139205466e-20*pow(fs,2) - 4.85651078408741e-12) + 1.57075870316331e-10;
a3 = fs*presence*(pow(fs,2)*(-2.29791433448335e-19*fs + 2.11293773908589e-14) - 2.30377943130619e-13) + fs*(pow(fs,2)*(-4.02258092803644e-20*fs + 3.69280676217593e-15) - 6.2754223114768e-11) + 1.04717246877554e-10;
a4 = fs*presence*(fs*(fs*(5.74478583620837e-20*fs - 1.05646886954294e-14) + 1.3795504704645e-13) - 1.15188971565309e-13) + fs*(fs*(fs*(1.00564523200911e-20*fs - 1.84640338108797e-15) + 2.4282553920437e-12) - 3.1377111557384e-11) + 2.61793117193885e-11;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/marshall_jcm800lo/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/marshall_jcm800lo/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
// *(6.5) :
*(7.86) :
p2 :
*(14.280) :
// *(15.85) :
p3 :
p4 :
*(31.6) :
// *(31.6) :
p5
*(15.85)
// *(15.85) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/marshall_jcm800lo.dsp | faust |
* Simulation of Marshall JCM-800 Low-gain input
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*(6.5) :
*(15.85) :
*(31.6) :
*(15.85) : | declare id "marshall_jcm800lo";
declare name "marshall_jcm800lo";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(fs*gain*(1.18724587211056e-8*fs + 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs - 3.28091553929331e-5) - 0.0134364630161901);
b1 = gain*(-2.37449174422112e-8*pow(fs,2)*gain + 2.37449174422112e-8*pow(fs,2) - 0.0268729260323803);
b2 = gain*(fs*gain*(1.18724587211056e-8*fs - 2.68729260323803e-5) + fs*(-1.18724587211056e-8*fs + 3.28091553929331e-5) - 0.0134364630161901);
a0 = 2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs - 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs + 1.83330739030423e-6)) + 0.00254241685259171;
a1 = gain*(3.05643473598644e-9*pow(fs,2)*gain - 3.05643473598644e-9*pow(fs,2)) + 0.00508483370518342;
a2 = -2.38987184143621e-6*fs + gain*(fs*gain*(-1.52821736799322e-9*fs + 3.45907054774382e-6) + fs*(1.52821736799322e-9*fs - 1.83330739030423e-6)) + 0.00254241685259171;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/marshall_jcm800lo/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/marshall_jcm800lo/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.000807713873033297*fs - 1.8282342078617;
b1 = 0.000807713873033297*fs - 1.8282342078617;
a0 = 1.90378516271373e-5*fs + 0.0861831218974076;
a1 = -1.90378516271373e-5*fs + 0.0861831218974076;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/marshall_jcm800lo/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/marshall_jcm800lo/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0))
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
bass = ampctrl.bass : LogPot(10) : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999) ;
master = ampctrl.master : si.smooth(0.999);
b0 = master*(bass*(bass*(-5.40199666291365e-12*pow(fs,3)*treble + pow(fs,2)*middle*(-4.14153077490047e-12*fs - 1.77865988241706e-8) + fs*(-4.83649838966099e-9*fs - 1.83745855621597e-5)) + fs*(-2.12805929145083e-10*fs - 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(1.82227354095621e-13*fs + 7.82610348263506e-10) + fs*(fs*(-1.82227354095621e-13*fs - 7.58055817977535e-10) + 8.45541676514158e-9)) + treble*(2.37687853168201e-13*pow(fs,3)*middle + fs*(fs*(-2.37687853168201e-13*fs - 2.45545302859712e-10) - 8.45541676514158e-8))) + fs*(-2.34086522059592e-12*fs - 8.8932994120853e-9) + middle*(fs*(fs*(-2.00450089505183e-15*fs - 8.0685141646072e-12) + 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(-2.00450089505183e-15*fs - 8.60871383089857e-12) + fs*(fs*(4.00900179010365e-15*fs + 1.90180932161017e-11) + 8.70728024325218e-9))) + treble*(fs*(fs*(-2.61456638485021e-15*fs - 5.40199666291365e-12) - 1.86019168833115e-9) + middle*(-2.61456638485021e-15*pow(fs,3)*middle + fs*(fs*(5.22913276970042e-15*fs + 5.40199666291365e-12) + 1.86019168833115e-9))));
b1 = master*(bass*(bass*(1.6205989988741e-11*pow(fs,3)*treble + pow(fs,2)*middle*(1.24245923247014e-11*fs + 1.77865988241706e-8) + fs*(4.83649838966099e-9*fs - 1.83745855621597e-5)) + fs*(2.12805929145083e-10*fs - 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(-5.46682062286862e-13*fs - 7.82610348263506e-10) + fs*(fs*(5.46682062286862e-13*fs + 7.58055817977535e-10) + 8.45541676514158e-9)) + treble*(-7.13063559504602e-13*pow(fs,3)*middle + fs*(fs*(7.13063559504602e-13*fs + 2.45545302859712e-10) - 8.45541676514158e-8))) + fs*(2.34086522059592e-12*fs - 8.8932994120853e-9) + middle*(fs*(fs*(6.01350268515548e-15*fs + 8.0685141646072e-12) + 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(6.01350268515548e-15*fs + 8.60871383089857e-12) + fs*(fs*(-1.2027005370311e-14*fs - 1.90180932161017e-11) + 8.70728024325218e-9))) + treble*(fs*(fs*(7.84369915455063e-15*fs + 5.40199666291365e-12) - 1.86019168833115e-9) + middle*(7.84369915455063e-15*pow(fs,3)*middle + fs*(fs*(-1.56873983091013e-14*fs - 5.40199666291365e-12) + 1.86019168833115e-9))));
b2 = master*(bass*(bass*(-1.6205989988741e-11*pow(fs,3)*treble + pow(fs,2)*middle*(-1.24245923247014e-11*fs + 1.77865988241706e-8) + fs*(4.83649838966099e-9*fs + 1.83745855621597e-5)) + fs*(2.12805929145083e-10*fs + 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(5.46682062286862e-13*fs - 7.82610348263506e-10) + fs*(fs*(-5.46682062286862e-13*fs + 7.58055817977535e-10) - 8.45541676514158e-9)) + treble*(7.13063559504602e-13*pow(fs,3)*middle + fs*(fs*(-7.13063559504602e-13*fs + 2.45545302859712e-10) + 8.45541676514158e-8))) + fs*(2.34086522059592e-12*fs + 8.8932994120853e-9) + middle*(fs*(fs*(-6.01350268515548e-15*fs + 8.0685141646072e-12) - 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(-6.01350268515548e-15*fs + 8.60871383089857e-12) + fs*(fs*(1.2027005370311e-14*fs - 1.90180932161017e-11) - 8.70728024325218e-9))) + treble*(fs*(fs*(-7.84369915455063e-15*fs + 5.40199666291365e-12) + 1.86019168833115e-9) + middle*(-7.84369915455063e-15*pow(fs,3)*middle + fs*(fs*(1.56873983091013e-14*fs - 5.40199666291365e-12) - 1.86019168833115e-9))));
b3 = master*(bass*(bass*(5.40199666291365e-12*pow(fs,3)*treble + pow(fs,2)*middle*(4.14153077490047e-12*fs - 1.77865988241706e-8) + fs*(-4.83649838966099e-9*fs + 1.83745855621597e-5)) + fs*(-2.12805929145083e-10*fs + 8.08481764735027e-7) + middle*(pow(fs,2)*middle*(-1.82227354095621e-13*fs + 7.82610348263506e-10) + fs*(fs*(1.82227354095621e-13*fs - 7.58055817977535e-10) - 8.45541676514158e-9)) + treble*(-2.37687853168201e-13*pow(fs,3)*middle + fs*(fs*(2.37687853168201e-13*fs - 2.45545302859712e-10) + 8.45541676514158e-8))) + fs*(-2.34086522059592e-12*fs + 8.8932994120853e-9) + middle*(fs*(fs*(2.00450089505183e-15*fs - 8.0685141646072e-12) - 1.86019168833115e-10) + middle*(pow(fs,2)*middle*(2.00450089505183e-15*fs - 8.60871383089857e-12) + fs*(fs*(-4.00900179010365e-15*fs + 1.90180932161017e-11) - 8.70728024325218e-9))) + treble*(fs*(fs*(2.61456638485021e-15*fs - 5.40199666291365e-12) + 1.86019168833115e-9) + middle*(2.61456638485021e-15*pow(fs,3)*middle + fs*(fs*(-5.22913276970042e-15*fs + 5.40199666291365e-12) - 1.86019168833115e-9))));
a0 = bass*(fs*middle*(fs*(8.52074940296914e-15*fs + 3.68862555090236e-11) + 7.91570931204744e-10) + fs*(fs*(1.08039933258273e-14*fs + 6.24077688445545e-11) + 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(1.3468978346198e-15*fs + 7.49870974548878e-12) + fs*(fs*(2.37687853168201e-15*fs + 1.26394880011049e-11) + 7.74660097674461e-9) + treble*(-1.58458568778801e-15*pow(fs,3)*middle + pow(fs,2)*(-2.37687853168201e-15*fs - 1.63696868573141e-12))) + 8.17738565294157e-7) + fs*(fs*(2.37687853168201e-16*fs + 1.86406152029962e-12) + 3.40826695848827e-9) + middle*(fs*middle*(fs*(-1.87456486865321e-16*fs - 8.1149762119852e-13) - 1.74145604865044e-11) + fs*(fs*(-5.02313663028798e-17*fs - 1.74166502337627e-13) + 8.08985491691248e-10)) + treble*(fs*(fs*(5.22913276970042e-17*fs + 3.8610866928258e-13) + 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(-2.96317523616357e-17*fs - 1.64971614400753e-13) + fs*(fs*(-2.26595753353685e-17*fs - 5.18744927771992e-14) + 1.74145604865044e-10)) + treble*(fs*(fs*(-5.22913276970042e-17*fs - 1.44053244344364e-13) - 3.7203833766623e-11) + middle*(3.48608851313361e-17*pow(fs,3)*middle + pow(fs,2)*(1.74304425656681e-17*fs - 3.6013311086091e-14))) + 1.79902484364715e-7) + 8.35728813730628e-7;
a1 = bass*(fs*middle*(fs*(-2.55622482089074e-14*fs - 3.68862555090236e-11) + 7.91570931204744e-10) + fs*(fs*(-3.24119799774819e-14*fs - 6.24077688445545e-11) + 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(-4.04069350385941e-15*fs - 7.49870974548878e-12) + fs*(fs*(-7.13063559504602e-15*fs - 1.26394880011049e-11) + 7.74660097674461e-9) + treble*(4.75375706336402e-15*pow(fs,3)*middle + pow(fs,2)*(7.13063559504602e-15*fs + 1.63696868573141e-12))) + 2.45321569588247e-6) + fs*(fs*(-7.13063559504602e-16*fs - 1.86406152029962e-12) + 3.40826695848827e-9) + middle*(fs*middle*(fs*(5.62369460595963e-16*fs + 8.1149762119852e-13) - 1.74145604865044e-11) + fs*(fs*(1.50694098908639e-16*fs + 1.74166502337627e-13) + 8.08985491691248e-10)) + treble*(fs*(fs*(-1.56873983091013e-16*fs - 3.8610866928258e-13) + 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(8.88952570849071e-17*fs + 1.64971614400753e-13) + fs*(fs*(6.79787260061054e-17*fs + 5.18744927771992e-14) + 1.74145604865044e-10)) + treble*(fs*(fs*(1.56873983091013e-16*fs + 1.44053244344364e-13) - 3.7203833766623e-11) + middle*(-1.04582655394008e-16*pow(fs,3)*middle + pow(fs,2)*(-5.22913276970042e-17*fs + 3.6013311086091e-14))) + 5.39707453094144e-7) + 2.50718644119189e-6;
a2 = bass*(fs*middle*(fs*(2.55622482089074e-14*fs - 3.68862555090236e-11) - 7.91570931204744e-10) + fs*(fs*(3.24119799774819e-14*fs - 6.24077688445545e-11) - 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(4.04069350385941e-15*fs - 7.49870974548878e-12) + fs*(fs*(7.13063559504602e-15*fs - 1.26394880011049e-11) - 7.74660097674461e-9) + treble*(-4.75375706336402e-15*pow(fs,3)*middle + pow(fs,2)*(-7.13063559504602e-15*fs + 1.63696868573141e-12))) + 2.45321569588247e-6) + fs*(fs*(7.13063559504602e-16*fs - 1.86406152029962e-12) - 3.40826695848827e-9) + middle*(fs*middle*(fs*(-5.62369460595963e-16*fs + 8.1149762119852e-13) + 1.74145604865044e-11) + fs*(fs*(-1.50694098908639e-16*fs + 1.74166502337627e-13) - 8.08985491691248e-10)) + treble*(fs*(fs*(1.56873983091013e-16*fs - 3.8610866928258e-13) - 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(-8.88952570849071e-17*fs + 1.64971614400753e-13) + fs*(fs*(-6.79787260061054e-17*fs + 5.18744927771992e-14) - 1.74145604865044e-10)) + treble*(fs*(fs*(-1.56873983091013e-16*fs + 1.44053244344364e-13) + 3.7203833766623e-11) + middle*(1.04582655394008e-16*pow(fs,3)*middle + pow(fs,2)*(5.22913276970042e-17*fs + 3.6013311086091e-14))) + 5.39707453094144e-7) + 2.50718644119189e-6;
a3 = bass*(fs*middle*(fs*(-8.52074940296914e-15*fs + 3.68862555090236e-11) - 7.91570931204744e-10) + fs*(fs*(-1.08039933258273e-14*fs + 6.24077688445545e-11) - 3.92929922532365e-8) + treble*(pow(fs,2)*middle*(-1.3468978346198e-15*fs + 7.49870974548878e-12) + fs*(fs*(-2.37687853168201e-15*fs + 1.26394880011049e-11) - 7.74660097674461e-9) + treble*(1.58458568778801e-15*pow(fs,3)*middle + pow(fs,2)*(2.37687853168201e-15*fs - 1.63696868573141e-12))) + 8.17738565294157e-7) + fs*(fs*(-2.37687853168201e-16*fs + 1.86406152029962e-12) - 3.40826695848827e-9) + middle*(fs*middle*(fs*(1.87456486865321e-16*fs - 8.1149762119852e-13) + 1.74145604865044e-11) + fs*(fs*(5.02313663028798e-17*fs - 1.74166502337627e-13) - 8.08985491691248e-10)) + treble*(fs*(fs*(-5.22913276970042e-17*fs + 3.8610866928258e-13) - 7.30065869850135e-10) + middle*(pow(fs,2)*middle*(2.96317523616357e-17*fs - 1.64971614400753e-13) + fs*(fs*(2.26595753353685e-17*fs - 5.18744927771992e-14) - 1.74145604865044e-10)) + treble*(fs*(fs*(5.22913276970042e-17*fs - 1.44053244344364e-13) + 3.7203833766623e-11) + middle*(-3.48608851313361e-17*pow(fs,3)*middle + pow(fs,2)*(-1.74304425656681e-17*fs - 3.6013311086091e-14))) + 1.79902484364715e-7) + 8.35728813730628e-7;
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) :
s05_stage4clip
with {
fs = float(ma.SR);
presence = ampctrl.presence : si.smooth(0.999);
b0 = pow(fs,2)*presence*(fs*(1.01658253199921e-20*fs + 1.94491729153694e-15) + 9.62805428549019e-15) + fs*(fs*(2.31041484545276e-18*fs + 4.42026657167486e-13) + 2.18819415579322e-12);
b1 = pow(fs,3)*presence*(-4.06633012799685e-20*fs - 3.88983458307388e-15) + fs*(-4.62082969090551e-18*pow(fs,2) + 4.37638831158645e-12);
b2 = pow(fs,2)*presence*(6.09949519199528e-20*pow(fs,2) - 1.92561085709804e-14) - 8.84053314334972e-13*pow(fs,2);
b3 = pow(fs,3)*presence*(-4.06633012799685e-20*fs + 3.88983458307388e-15) + fs*(4.62082969090551e-18*pow(fs,2) - 4.37638831158645e-12);
b4 = pow(fs,2)*presence*(fs*(1.01658253199921e-20*fs - 1.94491729153694e-15) + 9.62805428549019e-15) + fs*(fs*(-2.31041484545276e-18*fs + 4.42026657167486e-13) - 2.18819415579322e-12);
a0 = fs*presence*(fs*(fs*(5.74478583620837e-20*fs + 1.05646886954294e-14) + 1.3795504704645e-13) + 1.15188971565309e-13) + fs*(fs*(fs*(1.00564523200911e-20*fs + 1.84640338108797e-15) + 2.4282553920437e-12) + 3.1377111557384e-11) + 2.61793117193885e-11;
a1 = fs*presence*(pow(fs,2)*(-2.29791433448335e-19*fs - 2.11293773908589e-14) + 2.30377943130619e-13) + fs*(pow(fs,2)*(-4.02258092803644e-20*fs - 3.69280676217593e-15) + 6.2754223114768e-11) + 1.04717246877554e-10;
a2 = pow(fs,2)*presence*(3.44687150172502e-19*pow(fs,2) - 2.75910094092901e-13) + pow(fs,2)*(6.03387139205466e-20*pow(fs,2) - 4.85651078408741e-12) + 1.57075870316331e-10;
a3 = fs*presence*(pow(fs,2)*(-2.29791433448335e-19*fs + 2.11293773908589e-14) - 2.30377943130619e-13) + fs*(pow(fs,2)*(-4.02258092803644e-20*fs + 3.69280676217593e-15) - 6.2754223114768e-11) + 1.04717246877554e-10;
a4 = fs*presence*(fs*(fs*(5.74478583620837e-20*fs - 1.05646886954294e-14) + 1.3795504704645e-13) - 1.15188971565309e-13) + fs*(fs*(fs*(1.00564523200911e-20*fs - 1.84640338108797e-15) + 2.4282553920437e-12) - 3.1377111557384e-11) + 2.61793117193885e-11;
};
s05_stage4clip =
_<:
ba.if(signbit(_), s05_stage4_neg_clip, s05_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s05_stage4_clip = ffunction(float s05_stage4clip(float), "generated/stage/marshall_jcm800lo/s05_stage4_table.h", "");
s05_stage4_neg_clip = ffunction(float s05_stage4_negclip(float), "generated/stage/marshall_jcm800lo/s05_stage4_neg_table.h", "");
};
process =
*(pregain) :
*(7.86) :
p2 :
*(14.280) :
p3 :
p4 :
*(31.6) :
p5
*(15.85)
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
88817584f49a4dad2ccf08054c32857a8c5cbd7a168ed435f1c557df94fa7cb7 | guizmo2000/WebAudioPluginBank | OscTube.dsp | declare id "tube2";
import("stdfaust.lib");
import("music.lib");
import("effect.lib");
declare id "HighShelf";
import("maxmsp.lib");
// Simple bypass mecanism
// Bypass an effect (fx:n->n). Once bypassed the effect is replaced by par(i,n,_).
// Bypassed effects can be chained.
// Example: _,_ : bypass(checkbox("bypass reverb"), freeverb) : _,_
bypass_fx(b, fx) = par(i, inputs(fx), _) <: ((block_on(b, fx):fx), block_off(b, fx)) :> par(i, outputs(fx), _)
with {
block_on(b, fx) = par(i, inputs(fx), _*(1-b));
block_off(b, fx) = par(i, inputs(fx), _*b);
};
// Bypass an effect (fx:n->n) with 's' samples crossfades. Once bypassed the
// effect is replaced by par(i,n,_). Bypassed effects can be chained.
// Example: _,_ : bypass_fx_fade(checkbox("bypass reverb"), ma.SR/10, freeverb) : _,_
bypass_fade(b, s, fx) = par(i, inputs(fx), _)
<: (par(i, inputs(fx), *(1-xb)) : fx : par(i, outputs(fx), *(1-xb)))
, par(i, inputs(fx), *(xb))
:> par(i, outputs(fx), _)
with {
xb = ramp(s, b);
ramp(n) = \(y,x).(if (y+1.0/n < x, y+1.0/n, if(y-1.0/n > x, y-1.0/n, x))) ~ _;
if (c,t,e) = select2(c,e,t);
};
// Bypass an effect (fx:n->n) with crossfades expressed in seconds.
bypass_fade_sec(b, d, fx) = bypass_fx_fade(b, ba.sec2samp(d), fx);
hs(x) = highShelf(x,F,G,Q)
with {
G = -20.;
F = SR/2 -100.;
Q = 100.;
};
//process = +(anti_denormal_ac) : hs;
/* -*- faust -*- */
/****************************************************************
** helper definitions
*/
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
//add_dc = +(anti_denormal);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
/****************************************************************
** nonlinear functions
*/
// from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
valve = environment {
ex(x) = (1 - exp(-x));
nlim = 50; // exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
/* 2 exp() */
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
/* 4 exp() because contains 2 valve.tr */
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : neg : vt(dist, q) : neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :neg : *(g) : vt_scaled(dist, q) : /(g) : neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
// simple triode circuit emulation
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = tube : hpf with {
lpfk = lowpass(1,fck);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tube = (+ : -(Vk0) : Ftube(tb) : +(VkC-vplus)) ~ (*(Rk/Rp) : lpfk) : /(divider);
hpf = highpass(1,31.0);
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
/****************************************************************
** filter
*/
//---------------------second order Parametric Equalizer---------
// filter(Q,F,G)
// Q : quality factor [1..100]
// F : frequency (Hz)
// G : gain [0..1]
//---------------------------------------------------------------
// from "bandfilter.dsp" in the faust2pd distribution
// which was released under the BSD license.
eqfilter(Q,F,G) = TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(PI*F/SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
/****************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
*/
//----- Flanging effect renamed in faust-0.9.27 from
//----- flangermono -> flanger_mono
//----- flangerstereo -> flanger_stereo
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
//----- Moog "Voltage Controlled Filter" (VCF)
//----- filter renamed in faust-0.9.27 from
//----- moogvcf -> moog_vcf
import("filter.lib");
moogvcfN(Q,fr) = (+ : pole(p) : pole(p)
: pole(p) : pole(p) : *(scale(p))) ~ *(mk)
with {
p = 1.0 - fr * 2.0 * PI / SR; // approx for fr << SR
scale(p) = pow(1-p,4);
mk = 0-Q;
};
/****************************************************************
** building blocks
*/
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
/****************************************************************
** parameter definitions for use in alternative module
*/
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:St.df][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
resonator = (+ <: (delay(4096, d-1) + delay(4096, d))/2.0)~*(1.0-a)
with {
d = 1 - vslider("Vibrato[style:knob][OWL:PARAMETER_C]", 1, 0, 0.99, 0.01);
a = 0.9 - vslider("Resonance[style:knob][OWL:PARAMETER_B]", 0.5, 0, 0.9, 0.01);
};
fuzzy = vslider("Fuzz[name:tube][style:knob][OWL:PARAMETER_A]", 1, -3, 20, 1);
tube1 = +(anti_denormal_ac) : hs : nonlin1 : resonator : +(anti_denormal_ac) : speakerbp(130,5000) * fuzzy * 0.5;
OscTube(x) = x + tube1(x) : sym_clip(0.7);
process= bypass_fade(checkbox("bypass"), ma.SR/10, OscTube); | https://raw.githubusercontent.com/guizmo2000/WebAudioPluginBank/9d7a3c1bd0977d57316046c116c217dccd6caa10/jordan-SINTES/OscTube/assets/dsp_src/OscTube.dsp | faust | Simple bypass mecanism
Bypass an effect (fx:n->n). Once bypassed the effect is replaced by par(i,n,_).
Bypassed effects can be chained.
Example: _,_ : bypass(checkbox("bypass reverb"), freeverb) : _,_
Bypass an effect (fx:n->n) with 's' samples crossfades. Once bypassed the
effect is replaced by par(i,n,_). Bypassed effects can be chained.
Example: _,_ : bypass_fx_fade(checkbox("bypass reverb"), ma.SR/10, freeverb) : _,_
Bypass an effect (fx:n->n) with crossfades expressed in seconds.
process = +(anti_denormal_ac) : hs;
-*- faust -*-
***************************************************************
** helper definitions
add_dc = +(anti_denormal);
***************************************************************
** nonlinear functions
from thesis of Ragnar Bendiksen (used in swh ladspa valve plugin)
exp(-nlim)+1 == 1, exp(nlim)/(exp(nlim)+1) == 1
2 exp()
4 exp() because contains 2 valve.tr
simple triode circuit emulation
***************************************************************
** filter
---------------------second order Parametric Equalizer---------
filter(Q,F,G)
Q : quality factor [1..100]
F : frequency (Hz)
G : gain [0..1]
---------------------------------------------------------------
from "bandfilter.dsp" in the faust2pd distribution
which was released under the BSD license.
***************************************************************
** backward compatible faust library definitions, may removed when
** the good versions in wafscript where updated
----- Flanging effect renamed in faust-0.9.27 from
----- flangermono -> flanger_mono
----- flangerstereo -> flanger_stereo
----- Moog "Voltage Controlled Filter" (VCF)
----- filter renamed in faust-0.9.27 from
----- moogvcf -> moog_vcf
approx for fr << SR
***************************************************************
** building blocks
***************************************************************
** parameter definitions for use in alternative module
| declare id "tube2";
import("stdfaust.lib");
import("music.lib");
import("effect.lib");
declare id "HighShelf";
import("maxmsp.lib");
bypass_fx(b, fx) = par(i, inputs(fx), _) <: ((block_on(b, fx):fx), block_off(b, fx)) :> par(i, outputs(fx), _)
with {
block_on(b, fx) = par(i, inputs(fx), _*(1-b));
block_off(b, fx) = par(i, inputs(fx), _*b);
};
bypass_fade(b, s, fx) = par(i, inputs(fx), _)
<: (par(i, inputs(fx), *(1-xb)) : fx : par(i, outputs(fx), *(1-xb)))
, par(i, inputs(fx), *(xb))
:> par(i, outputs(fx), _)
with {
xb = ramp(s, b);
ramp(n) = \(y,x).(if (y+1.0/n < x, y+1.0/n, if(y-1.0/n > x, y-1.0/n, x))) ~ _;
if (c,t,e) = select2(c,e,t);
};
bypass_fade_sec(b, d, fx) = bypass_fx_fade(b, ba.sec2samp(d), fx);
hs(x) = highShelf(x,F,G,Q)
with {
G = -20.;
F = SR/2 -100.;
Q = 100.;
};
bypass(switch, block) = _ <: select2(switch, _, block);
BP(block) = bypass(checkbox("ON"), block);
copysign = ffunction(float copysign(float,float), <math.h>, "");
anti_denormal = pow(10,-20);
add_dc = +(anti_denormal);
anti_denormal_ac = 1 - 1' : *(anti_denormal) : + ~ *(-1);
smoothi(c) = *(1-c) : +~*(c);
clip(lo,hi) = min(hi) : max(lo);
sym_clip(thr) = clip(-thr,thr);
balance(b) = *(1 - max(0, b)), *(1 - max(0, -b));
wet_dry_mix(w, Fx) = _ <: _, Fx : balance(w) : +;
valve = environment {
ex(x) = (1 - exp(-x));
tr(x) = select2(abs(x) > eps, tr_taylor(x), tr_func(max(-600,x))) with
{
eps = pow(10,-4);
tr_func(x) = select2(x < -nlim, x / ex(x), -x*exp(x));
tr_taylor(x) = 1 + x/2 + x*x/12;
};
df(x) = select2(abs(x) > eps, df_taylor(x), df_func(max(-600,x))) with
{
eps = pow(10,-4);
df_func(x) = select2(x < -nlim, 1/ex(x) - (x * exp(-x)) / (ex(x)*ex(x)), -x*exp(x));
df_taylor(x) = 0.5 + x/6 - x*x*x/180;
};
qd(dist, q, x) = dist * (x - q);
vt(dist, q, x) = (tr(qd(dist, q, x)) - tr(qd(dist, q, 0))) / dist;
vt_scaled(dist, q, x) = select2(dist*q > nlim, vt(dist, q, x) / df(qd(dist, q, 0)), vt_lim(dist, q, x)) with
{
bigval = pow(10,10);
f(dist, q, x) = (qd(dist, q, x)/(1 - exp(-qd(dist, q, x)))*exp(dist*q) - dist*q)/(dist*dist*q);
vt_lim(dist, q, x) = select2(dist*x > nlim, select2(dist*x < -nlim, f(dist, q, x), -1/dist), bigval);
};
vts(dist, q, x) = abs(x) : neg : vt_scaled(dist, q) : copysign(_, x);
vtu(dist, q, g) = vt_scaled(dist, q) : *(g) : neg : vt(dist, q) : neg;
vtu_(dist, q, g) = vt_scaled(dist, q) :neg : *(g) : vt_scaled(dist, q) : /(g) : neg;
};
saturate(t, x) = select2(abs(x) < t, x, v)
with {
sigmoid(x) = x * (1.5 - 0.5 * x * x);
sat(x) = t + (1 - t)*sigmoid((abs(x)-t)/((1-t)*1.5));
v = copysign(x, sat(x));
};
nonlin(a,b,c,x) = ((a * x - b * abs(x) * x) - x) * c;
nonlin1 = nonlin(2,1,0.5);
Ftube = ffunction(float Ftube(int,float), "valve.h", "");
TB_12AX7_68k = fconstant(int TUBE_TABLE_12AX7_68k, "valve.h");
TB_12AX7_250k = fconstant(int TUBE_TABLE_12AX7_250k, "valve.h");
TB_6V6_68k = fconstant(int TUBE_TABLE_6V6_68k, "valve.h");
TB_6V6_250k = fconstant(int TUBE_TABLE_6V6_250k, "valve.h");
TB_12AU7_68k = fconstant(int TUBE_TABLE_12AU7_68k, "valve.h");
TB_12AU7_250k = fconstant(int TUBE_TABLE_12AU7_250k, "valve.h");
TB_6DJ8_68k = fconstant(int TUBE_TABLE_6DJ8_68k, "valve.h");
TB_6DJ8_250k = fconstant(int TUBE_TABLE_6DJ8_250k, "valve.h");
TB_12AT7_68k = fconstant(int TUBE_TABLE_12AT7_68k, "valve.h");
TB_12AT7_250k = fconstant(int TUBE_TABLE_12AT7_250k, "valve.h");
TB_6C16_68k = fconstant(int TUBE_TABLE_6C16_68k, "valve.h");
TB_6C16_250k = fconstant(int TUBE_TABLE_6C16_250k, "valve.h");
tubestageF(tb,vplus,divider,fck,Rk,Vk0) = tube : hpf with {
lpfk = lowpass(1,fck);
Rp = 100.0e3;
VkC = Vk0 * (Rp/Rk);
tube = (+ : -(Vk0) : Ftube(tb) : +(VkC-vplus)) ~ (*(Rk/Rp) : lpfk) : /(divider);
hpf = highpass(1,31.0);
};
tubestage(tb,fck,Rk,Vk0) = tubestageF(tb,250.0,40.0,fck,Rk,Vk0);
tubestage130_10(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,10.0,fck,Rk,Vk0);
tubestage130_20(tb,fck,Rk,Vk0) = tubestageF(tb,130.0,20.0,fck,Rk,Vk0);
eqfilter(Q,F,G) = TF2( (1 + K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - K/Q + K*K) / D,
2 * (K*K - 1) / D,
(1 - G*K/Q + K*K) / D
)
with {
K = tan(PI*F/SR);
D = 1 + G*K/Q + K*K;
};
ifilter(Q,F,G) = eqfilter(Q,F,1/G);
flangermonoN(dmax,curdel,depth,fb,invert)
= _ <: _, (-:fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(0.5);
flangerstereoN(dmax,curdel1,curdel2,depth,fb,invert)
= flangermonoN(dmax,curdel1,depth,fb,invert),
flangermonoN(dmax,curdel2,depth,fb,invert);
import("filter.lib");
moogvcfN(Q,fr) = (+ : pole(p) : pole(p)
: pole(p) : pole(p) : *(scale(p))) ~ *(mk)
with {
scale(p) = pow(1-p,4);
mk = 0-Q;
};
fuzzy_tube(a,b,c,fuzzy) = _ <: _ + nonlin(a,b,c) * fuzzy * 0.5 : sym_clip(0.7);
ampctrl = environment {
drive = vslider(".gxdistortion.drive[alias]",0.35, 0, 1, 0.01);
wet_dry = vslider(".gxdistortion.wet_dry[alias]", 100, 0, 100, 1) : /(100) : smoothi(0.999);
preamp = vslider(".amp2.stage1.Pregain[alias]",-6,-20,20,0.1) : db2linear : smoothi(0.999);
gain1 = vslider(".amp2.stage2.gain1[alias]", -6, -20.0, 20.0, 0.1) : db2linear : smoothi(0.999);
};
crybaby_ctrl = environment {
level = vslider(".crybaby.level[alias]", 0.1, 0, 1, 0.01);
wah = vslider(".crybaby.wah[alias]", 0, 0, 1, 0.01);
wet_dry = vslider(".crybaby.wet_dry[name:dry/wet][alias]", 100, 0, 100, 1) : /(100);
};
balance_ctrl = environment {
bal = vslider(".amp.balance[name:Balance][alias]", 0, -1, 1, 0.1) : smoothi(0.999);
};
vibe_lfo_ctrl = environment {
freq = vslider(".univibe.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
phase = vslider(".univibe.stereo[name:St.df][tooltip:LFO phase shift between left and right channels][alias]", 0.11, -0.5, 0.5, 0.01) * 2 * PI;
};
vibe_mono_lfo_ctrl = environment {
freq = vslider(".univibe_mono.freq[name:Tempo][tooltip:LFO frequency (Hz)][alias]", 4.4, 0.1, 10, 0.1) * 16;
};
resonator = (+ <: (delay(4096, d-1) + delay(4096, d))/2.0)~*(1.0-a)
with {
d = 1 - vslider("Vibrato[style:knob][OWL:PARAMETER_C]", 1, 0, 0.99, 0.01);
a = 0.9 - vslider("Resonance[style:knob][OWL:PARAMETER_B]", 0.5, 0, 0.9, 0.01);
};
fuzzy = vslider("Fuzz[name:tube][style:knob][OWL:PARAMETER_A]", 1, -3, 20, 1);
tube1 = +(anti_denormal_ac) : hs : nonlin1 : resonator : +(anti_denormal_ac) : speakerbp(130,5000) * fuzzy * 0.5;
OscTube(x) = x + tube1(x) : sym_clip(0.7);
process= bypass_fade(checkbox("bypass"), ma.SR/10, OscTube); |
f8e8c0306aa462530dbcfde01b219bdaf22815ab58a299cd256b5245562b7e69 | brummer10/guitarix | gxtilttone.dsp | declare id "tiltdrive";
declare name "Tilt Tone Pro";
declare category "External";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : tiltdrivepro_inclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Body = vslider("Body[name:Body]", 0.5, 0, 1, 0.01) : Inverted(0) : si.smooth(s);
Tone = vslider("Tone[name:Tone]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(1) : si.smooth(s);
Drive = vslider("Drive[name:Drive]", 0.5, 0, 1, 0.01) : Inverted(1) : LogPot(1) : si.smooth(s);
b0 = Body*(Drive*fs*(fs*(7.4702418575578e-15*fs + 1.59088484003545e-12) + 5.76407550737481e-11) + Tone*(Drive*pow(fs,2)*(fs*(3.65730590942934e-18*fs + 6.09550984904878e-16) - 9.63708565903573e-28) + pow(fs,2)*(fs*(-3.65730590942934e-18*fs - 6.09550984904878e-16) + 9.63708565903573e-28)) + fs*(fs*(-7.4702418575578e-15*fs - 1.59088484003545e-12) - 5.76407550737481e-11)) + Drive*fs*(fs*(9.8607192519763e-16*fs + 3.66844210330959e-12) + 5.84016130407215e-10) + Tone*(Drive*fs*(fs*(fs*(4.82764380044673e-19*fs + 8.0460730007444e-17) - 3.45844530442491e-12) - 5.7640755073748e-10) + fs*(fs*(fs*(-4.82764380044673e-19*fs - 8.0460730007444e-17) + 3.45844530442491e-12) + 5.7640755073748e-10)) + fs*(fs*(-9.8607192519763e-16*fs - 3.66844210330959e-12) - 5.84016130407215e-10);
b1 = Body*(Drive*fs*(-1.49404837151156e-14*pow(fs,2) + 1.15281510147496e-10) + Tone*(Drive*pow(fs,3)*(-1.46292236377174e-17*fs - 1.21910196980976e-15) + pow(fs,3)*(1.46292236377174e-17*fs + 1.21910196980976e-15)) + fs*(1.49404837151156e-14*pow(fs,2) - 1.15281510147496e-10)) + Drive*fs*(-1.97214385039526e-15*pow(fs,2) + 1.16803226081443e-9) + Tone*(Drive*fs*(pow(fs,2)*(-1.93105752017869e-18*fs - 1.60921460014888e-16) - 1.15281510147496e-9) + fs*(pow(fs,2)*(1.93105752017869e-18*fs + 1.60921460014888e-16) + 1.15281510147496e-9)) + fs*(1.97214385039526e-15*pow(fs,2) - 1.16803226081443e-9);
b2 = Body*(-3.18176968007089e-12*Drive*pow(fs,2) + Tone*(Drive*pow(fs,2)*(2.1943835456576e-17*pow(fs,2) + 1.92741713180715e-27) + pow(fs,2)*(-2.1943835456576e-17*pow(fs,2) - 1.92741713180715e-27)) + 3.18176968007089e-12*pow(fs,2)) - 7.33688420661919e-12*Drive*pow(fs,2) + Tone*(Drive*pow(fs,2)*(2.89658628026804e-18*pow(fs,2) + 6.91689060884983e-12) + pow(fs,2)*(-2.89658628026804e-18*pow(fs,2) - 6.91689060884983e-12)) + 7.33688420661919e-12*pow(fs,2);
b3 = Body*(Drive*fs*(1.49404837151156e-14*pow(fs,2) - 1.15281510147496e-10) + Tone*(Drive*pow(fs,3)*(-1.46292236377174e-17*fs + 1.21910196980976e-15) + pow(fs,3)*(1.46292236377174e-17*fs - 1.21910196980976e-15)) + fs*(-1.49404837151156e-14*pow(fs,2) + 1.15281510147496e-10)) + Drive*fs*(1.97214385039526e-15*pow(fs,2) - 1.16803226081443e-9) + Tone*(Drive*fs*(pow(fs,2)*(-1.93105752017869e-18*fs + 1.60921460014888e-16) + 1.15281510147496e-9) + fs*(pow(fs,2)*(1.93105752017869e-18*fs - 1.60921460014888e-16) - 1.15281510147496e-9)) + fs*(-1.97214385039526e-15*pow(fs,2) + 1.16803226081443e-9);
b4 = Body*(Drive*fs*(fs*(-7.4702418575578e-15*fs + 1.59088484003545e-12) - 5.76407550737481e-11) + Tone*(Drive*pow(fs,2)*(fs*(3.65730590942934e-18*fs - 6.09550984904878e-16) - 9.63708565903573e-28) + pow(fs,2)*(fs*(-3.65730590942934e-18*fs + 6.09550984904878e-16) + 9.63708565903573e-28)) + fs*(fs*(7.4702418575578e-15*fs - 1.59088484003545e-12) + 5.76407550737481e-11)) + Drive*fs*(fs*(-9.8607192519763e-16*fs + 3.66844210330959e-12) - 5.84016130407215e-10) + Tone*(Drive*fs*(fs*(fs*(4.82764380044673e-19*fs - 8.0460730007444e-17) - 3.45844530442491e-12) + 5.7640755073748e-10) + fs*(fs*(fs*(-4.82764380044673e-19*fs + 8.0460730007444e-17) + 3.45844530442491e-12) - 5.7640755073748e-10)) + fs*(fs*(9.8607192519763e-16*fs - 3.66844210330959e-12) + 5.84016130407215e-10);
a0 = Body*(Drive*(Drive*(fs*(fs*(fs*(-7.30862585054866e-20*fs - 1.67322263662277e-16) - 5.1124129373811e-14) - 1.94898394972096e-12) + 1.96683234297117e-25) + fs*(fs*(fs*(7.30862585054866e-20*fs + 1.42960177493781e-16) + 3.6417513972127e-14) - 5.41394578846342e-14) - 4.14677436110847e-11) + Tone*(Drive*(fs*(fs*(fs*(-1.82715646263716e-20*fs - 1.61866577328053e-18) + 8.22617247056166e-17) - 4.8724598743024e-13) + 4.91708085742792e-26) + Tone*(Drive*fs*(fs*(fs*(1.61878313287101e-20*fs + 1.69238926121966e-17) + 3.65434490572681e-15) - 3.68781064307094e-28) + fs*(fs*(fs*(-3.23756626574203e-20*fs - 3.38477852243932e-17) - 7.30868981145362e-15) + 7.37562128614188e-28)) + fs*(fs*(fs*(3.65431292527433e-20*fs + 3.23733154656106e-18) - 1.64523449411233e-16) + 9.7449197486048e-13) - 9.83416171485584e-26) + fs*(fs*(fs*(7.30862585054866e-20*fs + 2.16046435999268e-16) + 8.0537360177179e-14) + 5.95523076493215e-12) + 8.29354872221687e-11) + Drive*(Drive*(fs*(fs*(fs*(-9.29967180291844e-20*fs - 3.84360911986598e-16) - 4.45548735927406e-13) - 9.98720416827966e-11) - 1.65870974444338e-9) + fs*(fs*(fs*(9.29967180291844e-20*fs + 3.5336200597687e-16) + 3.79597819598007e-13) + 8.2686476087768e-11) + 1.23855856617587e-9) + Tone*(Drive*(fs*(fs*(fs*(-2.32491795072961e-20*fs - 3.52160359068941e-17) + 1.83300570278997e-14) + 8.87429618975008e-12) + 4.14677436110845e-10) + Tone*(Drive*(fs*(fs*(fs*(2.29741267120048e-20*fs + 6.50194364851177e-17) + 4.61728181436945e-14) + 7.98254064513374e-12) - 4.91708085742792e-25) + fs*(fs*(fs*(-4.59482534240096e-20*fs - 1.30038872970235e-16) - 9.23456362873891e-14) - 1.59650812902675e-11) + 9.83416171485584e-25) + fs*(fs*(fs*(4.64983590145922e-20*fs + 7.04320718137881e-17) - 3.66601140557995e-14) - 1.77485923795002e-11) - 8.2935487222169e-10) + fs*(fs*(fs*(9.29967180291844e-20*fs + 4.46358724006055e-16) + 5.77450568586205e-13) + 1.34243172872854e-10) + 2.49901210097839e-9;
a1 = Body*(Drive*(Drive*(fs*(pow(fs,2)*(2.92345034021946e-19*fs + 3.34644527324554e-16) - 3.89796789944192e-12) + 7.86732937188467e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs - 2.85920354987563e-16) - 1.08278915769268e-13) - 1.65870974444339e-10) + Tone*(Drive*(fs*(pow(fs,2)*(7.30862585054866e-20*fs + 3.23733154656106e-18) - 9.7449197486048e-13) + 1.96683234297117e-25) + Tone*(Drive*fs*(pow(fs,2)*(-6.47513253148406e-20*fs - 3.38477852243932e-17) - 7.37562128614188e-28) + fs*(pow(fs,2)*(1.29502650629681e-19*fs + 6.76955704487864e-17) + 1.47512425722838e-27)) + fs*(pow(fs,2)*(-1.46172517010973e-19*fs - 6.47466309312212e-18) + 1.94898394972096e-12) - 3.93366468594234e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs - 4.32092871998536e-16) + 1.19104615298643e-11) + 3.31741948888675e-10) + Drive*(Drive*(fs*(pow(fs,2)*(3.71986872116738e-19*fs + 7.68721823973197e-16) - 1.99744083365593e-10) - 6.63483897777351e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs - 7.06724011953741e-16) + 1.65372952175536e-10) + 4.95423426470347e-9) + Tone*(Drive*(fs*(pow(fs,2)*(9.29967180291844e-20*fs + 7.04320718137881e-17) + 1.77485923795002e-11) + 1.65870974444338e-9) + Tone*(Drive*(fs*(pow(fs,2)*(-9.18965068480191e-20*fs - 1.30038872970235e-16) + 1.59650812902675e-11) - 1.96683234297117e-24) + fs*(pow(fs,2)*(1.83793013696038e-19*fs + 2.60077745940471e-16) - 3.1930162580535e-11) + 3.93366468594234e-24) + fs*(pow(fs,2)*(-1.85993436058369e-19*fs - 1.40864143627576e-16) - 3.54971847590003e-11) - 3.31741948888676e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs - 8.92717448012109e-16) + 2.68486345745707e-10) + 9.99604840391357e-9;
a2 = Body*(Drive*(Drive*(pow(fs,2)*(-4.38517551032919e-19*pow(fs,2) + 1.02248258747622e-13) + 1.1800994057827e-24) + pow(fs,2)*(4.38517551032919e-19*pow(fs,2) - 7.2835027944254e-14) - 2.48806461666508e-10) + Tone*(Drive*(pow(fs,2)*(-1.0962938775823e-19*pow(fs,2) - 1.64523449411233e-16) + 2.95024851445675e-25) + Tone*(Drive*pow(fs,2)*(9.71269879722608e-20*pow(fs,2) - 7.30868981145362e-15) + pow(fs,2)*(-1.94253975944522e-19*pow(fs,2) + 1.46173796229072e-14)) + pow(fs,2)*(2.1925877551646e-19*pow(fs,2) + 3.29046898822466e-16) - 5.90049702891351e-25) + pow(fs,2)*(4.38517551032919e-19*pow(fs,2) - 1.61074720354358e-13) + 4.97612923333012e-10) + Drive*(Drive*(pow(fs,2)*(-5.57980308175106e-19*pow(fs,2) + 8.91097471854812e-13) - 9.95225846666026e-9) + pow(fs,2)*(5.57980308175106e-19*pow(fs,2) - 7.59195639196014e-13) + 7.43135139705521e-9) + Tone*(Drive*(pow(fs,2)*(-1.39495077043777e-19*pow(fs,2) - 3.66601140557995e-14) + 2.48806461666507e-9) + Tone*(Drive*(pow(fs,2)*(1.37844760272029e-19*pow(fs,2) - 9.23456362873891e-14) - 2.95024851445675e-24) + pow(fs,2)*(-2.75689520544057e-19*pow(fs,2) + 1.84691272574778e-13) + 5.90049702891351e-24) + pow(fs,2)*(2.78990154087553e-19*pow(fs,2) + 7.33202281115989e-14) - 4.97612923333014e-9) + pow(fs,2)*(5.57980308175106e-19*pow(fs,2) - 1.15490113717241e-12) + 1.49940726058704e-8;
a3 = Body*(Drive*(Drive*(fs*(pow(fs,2)*(2.92345034021946e-19*fs - 3.34644527324554e-16) + 3.89796789944192e-12) + 7.86732937188467e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs + 2.85920354987563e-16) + 1.08278915769268e-13) - 1.65870974444339e-10) + Tone*(Drive*(fs*(pow(fs,2)*(7.30862585054866e-20*fs - 3.23733154656106e-18) + 9.7449197486048e-13) + 1.96683234297117e-25) + Tone*(Drive*fs*(pow(fs,2)*(-6.47513253148406e-20*fs + 3.38477852243932e-17) + 7.37562128614188e-28) + fs*(pow(fs,2)*(1.29502650629681e-19*fs - 6.76955704487864e-17) - 1.47512425722838e-27)) + fs*(pow(fs,2)*(-1.46172517010973e-19*fs + 6.47466309312212e-18) - 1.94898394972096e-12) - 3.93366468594234e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs + 4.32092871998536e-16) - 1.19104615298643e-11) + 3.31741948888675e-10) + Drive*(Drive*(fs*(pow(fs,2)*(3.71986872116738e-19*fs - 7.68721823973197e-16) + 1.99744083365593e-10) - 6.63483897777351e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs + 7.06724011953741e-16) - 1.65372952175536e-10) + 4.95423426470347e-9) + Tone*(Drive*(fs*(pow(fs,2)*(9.29967180291844e-20*fs - 7.04320718137881e-17) - 1.77485923795002e-11) + 1.65870974444338e-9) + Tone*(Drive*(fs*(pow(fs,2)*(-9.18965068480191e-20*fs + 1.30038872970235e-16) - 1.59650812902675e-11) - 1.96683234297117e-24) + fs*(pow(fs,2)*(1.83793013696038e-19*fs - 2.60077745940471e-16) + 3.1930162580535e-11) + 3.93366468594234e-24) + fs*(pow(fs,2)*(-1.85993436058369e-19*fs + 1.40864143627576e-16) + 3.54971847590003e-11) - 3.31741948888676e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs + 8.92717448012109e-16) - 2.68486345745707e-10) + 9.99604840391357e-9;
a4 = Body*(Drive*(Drive*(fs*(fs*(fs*(-7.30862585054866e-20*fs + 1.67322263662277e-16) - 5.1124129373811e-14) + 1.94898394972096e-12) + 1.96683234297117e-25) + fs*(fs*(fs*(7.30862585054866e-20*fs - 1.42960177493781e-16) + 3.6417513972127e-14) + 5.41394578846342e-14) - 4.14677436110847e-11) + Tone*(Drive*(fs*(fs*(fs*(-1.82715646263716e-20*fs + 1.61866577328053e-18) + 8.22617247056166e-17) + 4.8724598743024e-13) + 4.91708085742792e-26) + Tone*(Drive*fs*(fs*(fs*(1.61878313287101e-20*fs - 1.69238926121966e-17) + 3.65434490572681e-15) + 3.68781064307094e-28) + fs*(fs*(fs*(-3.23756626574203e-20*fs + 3.38477852243932e-17) - 7.30868981145362e-15) - 7.37562128614188e-28)) + fs*(fs*(fs*(3.65431292527433e-20*fs - 3.23733154656106e-18) - 1.64523449411233e-16) - 9.7449197486048e-13) - 9.83416171485584e-26) + fs*(fs*(fs*(7.30862585054866e-20*fs - 2.16046435999268e-16) + 8.0537360177179e-14) - 5.95523076493215e-12) + 8.29354872221687e-11) + Drive*(Drive*(fs*(fs*(fs*(-9.29967180291844e-20*fs + 3.84360911986598e-16) - 4.45548735927406e-13) + 9.98720416827966e-11) - 1.65870974444338e-9) + fs*(fs*(fs*(9.29967180291844e-20*fs - 3.5336200597687e-16) + 3.79597819598007e-13) - 8.2686476087768e-11) + 1.23855856617587e-9) + Tone*(Drive*(fs*(fs*(fs*(-2.32491795072961e-20*fs + 3.52160359068941e-17) + 1.83300570278997e-14) - 8.87429618975008e-12) + 4.14677436110845e-10) + Tone*(Drive*(fs*(fs*(fs*(2.29741267120048e-20*fs - 6.50194364851177e-17) + 4.61728181436945e-14) - 7.98254064513374e-12) - 4.91708085742792e-25) + fs*(fs*(fs*(-4.59482534240096e-20*fs + 1.30038872970235e-16) - 9.23456362873891e-14) + 1.59650812902675e-11) + 9.83416171485584e-25) + fs*(fs*(fs*(4.64983590145922e-20*fs - 7.04320718137881e-17) - 3.66601140557995e-14) + 1.77485923795002e-11) - 8.2935487222169e-10) + fs*(fs*(fs*(9.29967180291844e-20*fs - 4.46358724006055e-16) + 5.77450568586205e-13) - 1.34243172872854e-10) + 2.49901210097839e-9;
};
tiltdrivepro_inclip = _<: ba.if(signbit(_), tiltdrivepro_in_neg_clip, tiltdrivepro_in_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tiltdrivepro_in_clip = ffunction(float tiltdrivepro_inclip(float), "tiltdrivepro_in_table.h", "");
tiltdrivepro_in_neg_clip = ffunction(float tiltdrivepro_in_negclip(float), "tiltdrivepro_in_neg_table.h", "");
};
p2 = pre : fi.iir((b0/a0,b1/a0),(a1/a0)) : tiltdrivepro_out_3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Level = vslider("Level[name:Level]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000487217249496405*Level*fs;
b1 = 0.000487217249496405*Level*fs;
a0 = 2.08313095376176e-5*fs + 9.71421943566398e-5;
a1 = -2.08313095376176e-5*fs + 9.71421943566398e-5;
};
tiltdrivepro_out_3clip = _<: ba.if(signbit(_), tiltdrivepro_out_3_neg_clip, tiltdrivepro_out_3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tiltdrivepro_out_3_clip = ffunction(float tiltdrivepro_out_3clip(float), "tiltdrivepro_out_3_table.h", "");
tiltdrivepro_out_3_neg_clip = ffunction(float tiltdrivepro_out_3_negclip(float), "tiltdrivepro_out_3_neg_table.h", "");
};
amp = p1 : p2 ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
| https://raw.githubusercontent.com/brummer10/guitarix/5672b8cb8f1c324ea28b1fddc7e1b39f79aabbc6/trunk/src/LV2/faust/gxtilttone.dsp | faust | declare id "tiltdrive";
declare name "Tilt Tone Pro";
declare category "External";
import("stdfaust.lib");
p1 = pre : fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0)) : tiltdrivepro_inclip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Body = vslider("Body[name:Body]", 0.5, 0, 1, 0.01) : Inverted(0) : si.smooth(s);
Tone = vslider("Tone[name:Tone]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(1) : si.smooth(s);
Drive = vslider("Drive[name:Drive]", 0.5, 0, 1, 0.01) : Inverted(1) : LogPot(1) : si.smooth(s);
b0 = Body*(Drive*fs*(fs*(7.4702418575578e-15*fs + 1.59088484003545e-12) + 5.76407550737481e-11) + Tone*(Drive*pow(fs,2)*(fs*(3.65730590942934e-18*fs + 6.09550984904878e-16) - 9.63708565903573e-28) + pow(fs,2)*(fs*(-3.65730590942934e-18*fs - 6.09550984904878e-16) + 9.63708565903573e-28)) + fs*(fs*(-7.4702418575578e-15*fs - 1.59088484003545e-12) - 5.76407550737481e-11)) + Drive*fs*(fs*(9.8607192519763e-16*fs + 3.66844210330959e-12) + 5.84016130407215e-10) + Tone*(Drive*fs*(fs*(fs*(4.82764380044673e-19*fs + 8.0460730007444e-17) - 3.45844530442491e-12) - 5.7640755073748e-10) + fs*(fs*(fs*(-4.82764380044673e-19*fs - 8.0460730007444e-17) + 3.45844530442491e-12) + 5.7640755073748e-10)) + fs*(fs*(-9.8607192519763e-16*fs - 3.66844210330959e-12) - 5.84016130407215e-10);
b1 = Body*(Drive*fs*(-1.49404837151156e-14*pow(fs,2) + 1.15281510147496e-10) + Tone*(Drive*pow(fs,3)*(-1.46292236377174e-17*fs - 1.21910196980976e-15) + pow(fs,3)*(1.46292236377174e-17*fs + 1.21910196980976e-15)) + fs*(1.49404837151156e-14*pow(fs,2) - 1.15281510147496e-10)) + Drive*fs*(-1.97214385039526e-15*pow(fs,2) + 1.16803226081443e-9) + Tone*(Drive*fs*(pow(fs,2)*(-1.93105752017869e-18*fs - 1.60921460014888e-16) - 1.15281510147496e-9) + fs*(pow(fs,2)*(1.93105752017869e-18*fs + 1.60921460014888e-16) + 1.15281510147496e-9)) + fs*(1.97214385039526e-15*pow(fs,2) - 1.16803226081443e-9);
b2 = Body*(-3.18176968007089e-12*Drive*pow(fs,2) + Tone*(Drive*pow(fs,2)*(2.1943835456576e-17*pow(fs,2) + 1.92741713180715e-27) + pow(fs,2)*(-2.1943835456576e-17*pow(fs,2) - 1.92741713180715e-27)) + 3.18176968007089e-12*pow(fs,2)) - 7.33688420661919e-12*Drive*pow(fs,2) + Tone*(Drive*pow(fs,2)*(2.89658628026804e-18*pow(fs,2) + 6.91689060884983e-12) + pow(fs,2)*(-2.89658628026804e-18*pow(fs,2) - 6.91689060884983e-12)) + 7.33688420661919e-12*pow(fs,2);
b3 = Body*(Drive*fs*(1.49404837151156e-14*pow(fs,2) - 1.15281510147496e-10) + Tone*(Drive*pow(fs,3)*(-1.46292236377174e-17*fs + 1.21910196980976e-15) + pow(fs,3)*(1.46292236377174e-17*fs - 1.21910196980976e-15)) + fs*(-1.49404837151156e-14*pow(fs,2) + 1.15281510147496e-10)) + Drive*fs*(1.97214385039526e-15*pow(fs,2) - 1.16803226081443e-9) + Tone*(Drive*fs*(pow(fs,2)*(-1.93105752017869e-18*fs + 1.60921460014888e-16) + 1.15281510147496e-9) + fs*(pow(fs,2)*(1.93105752017869e-18*fs - 1.60921460014888e-16) - 1.15281510147496e-9)) + fs*(-1.97214385039526e-15*pow(fs,2) + 1.16803226081443e-9);
b4 = Body*(Drive*fs*(fs*(-7.4702418575578e-15*fs + 1.59088484003545e-12) - 5.76407550737481e-11) + Tone*(Drive*pow(fs,2)*(fs*(3.65730590942934e-18*fs - 6.09550984904878e-16) - 9.63708565903573e-28) + pow(fs,2)*(fs*(-3.65730590942934e-18*fs + 6.09550984904878e-16) + 9.63708565903573e-28)) + fs*(fs*(7.4702418575578e-15*fs - 1.59088484003545e-12) + 5.76407550737481e-11)) + Drive*fs*(fs*(-9.8607192519763e-16*fs + 3.66844210330959e-12) - 5.84016130407215e-10) + Tone*(Drive*fs*(fs*(fs*(4.82764380044673e-19*fs - 8.0460730007444e-17) - 3.45844530442491e-12) + 5.7640755073748e-10) + fs*(fs*(fs*(-4.82764380044673e-19*fs + 8.0460730007444e-17) + 3.45844530442491e-12) - 5.7640755073748e-10)) + fs*(fs*(9.8607192519763e-16*fs - 3.66844210330959e-12) + 5.84016130407215e-10);
a0 = Body*(Drive*(Drive*(fs*(fs*(fs*(-7.30862585054866e-20*fs - 1.67322263662277e-16) - 5.1124129373811e-14) - 1.94898394972096e-12) + 1.96683234297117e-25) + fs*(fs*(fs*(7.30862585054866e-20*fs + 1.42960177493781e-16) + 3.6417513972127e-14) - 5.41394578846342e-14) - 4.14677436110847e-11) + Tone*(Drive*(fs*(fs*(fs*(-1.82715646263716e-20*fs - 1.61866577328053e-18) + 8.22617247056166e-17) - 4.8724598743024e-13) + 4.91708085742792e-26) + Tone*(Drive*fs*(fs*(fs*(1.61878313287101e-20*fs + 1.69238926121966e-17) + 3.65434490572681e-15) - 3.68781064307094e-28) + fs*(fs*(fs*(-3.23756626574203e-20*fs - 3.38477852243932e-17) - 7.30868981145362e-15) + 7.37562128614188e-28)) + fs*(fs*(fs*(3.65431292527433e-20*fs + 3.23733154656106e-18) - 1.64523449411233e-16) + 9.7449197486048e-13) - 9.83416171485584e-26) + fs*(fs*(fs*(7.30862585054866e-20*fs + 2.16046435999268e-16) + 8.0537360177179e-14) + 5.95523076493215e-12) + 8.29354872221687e-11) + Drive*(Drive*(fs*(fs*(fs*(-9.29967180291844e-20*fs - 3.84360911986598e-16) - 4.45548735927406e-13) - 9.98720416827966e-11) - 1.65870974444338e-9) + fs*(fs*(fs*(9.29967180291844e-20*fs + 3.5336200597687e-16) + 3.79597819598007e-13) + 8.2686476087768e-11) + 1.23855856617587e-9) + Tone*(Drive*(fs*(fs*(fs*(-2.32491795072961e-20*fs - 3.52160359068941e-17) + 1.83300570278997e-14) + 8.87429618975008e-12) + 4.14677436110845e-10) + Tone*(Drive*(fs*(fs*(fs*(2.29741267120048e-20*fs + 6.50194364851177e-17) + 4.61728181436945e-14) + 7.98254064513374e-12) - 4.91708085742792e-25) + fs*(fs*(fs*(-4.59482534240096e-20*fs - 1.30038872970235e-16) - 9.23456362873891e-14) - 1.59650812902675e-11) + 9.83416171485584e-25) + fs*(fs*(fs*(4.64983590145922e-20*fs + 7.04320718137881e-17) - 3.66601140557995e-14) - 1.77485923795002e-11) - 8.2935487222169e-10) + fs*(fs*(fs*(9.29967180291844e-20*fs + 4.46358724006055e-16) + 5.77450568586205e-13) + 1.34243172872854e-10) + 2.49901210097839e-9;
a1 = Body*(Drive*(Drive*(fs*(pow(fs,2)*(2.92345034021946e-19*fs + 3.34644527324554e-16) - 3.89796789944192e-12) + 7.86732937188467e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs - 2.85920354987563e-16) - 1.08278915769268e-13) - 1.65870974444339e-10) + Tone*(Drive*(fs*(pow(fs,2)*(7.30862585054866e-20*fs + 3.23733154656106e-18) - 9.7449197486048e-13) + 1.96683234297117e-25) + Tone*(Drive*fs*(pow(fs,2)*(-6.47513253148406e-20*fs - 3.38477852243932e-17) - 7.37562128614188e-28) + fs*(pow(fs,2)*(1.29502650629681e-19*fs + 6.76955704487864e-17) + 1.47512425722838e-27)) + fs*(pow(fs,2)*(-1.46172517010973e-19*fs - 6.47466309312212e-18) + 1.94898394972096e-12) - 3.93366468594234e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs - 4.32092871998536e-16) + 1.19104615298643e-11) + 3.31741948888675e-10) + Drive*(Drive*(fs*(pow(fs,2)*(3.71986872116738e-19*fs + 7.68721823973197e-16) - 1.99744083365593e-10) - 6.63483897777351e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs - 7.06724011953741e-16) + 1.65372952175536e-10) + 4.95423426470347e-9) + Tone*(Drive*(fs*(pow(fs,2)*(9.29967180291844e-20*fs + 7.04320718137881e-17) + 1.77485923795002e-11) + 1.65870974444338e-9) + Tone*(Drive*(fs*(pow(fs,2)*(-9.18965068480191e-20*fs - 1.30038872970235e-16) + 1.59650812902675e-11) - 1.96683234297117e-24) + fs*(pow(fs,2)*(1.83793013696038e-19*fs + 2.60077745940471e-16) - 3.1930162580535e-11) + 3.93366468594234e-24) + fs*(pow(fs,2)*(-1.85993436058369e-19*fs - 1.40864143627576e-16) - 3.54971847590003e-11) - 3.31741948888676e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs - 8.92717448012109e-16) + 2.68486345745707e-10) + 9.99604840391357e-9;
a2 = Body*(Drive*(Drive*(pow(fs,2)*(-4.38517551032919e-19*pow(fs,2) + 1.02248258747622e-13) + 1.1800994057827e-24) + pow(fs,2)*(4.38517551032919e-19*pow(fs,2) - 7.2835027944254e-14) - 2.48806461666508e-10) + Tone*(Drive*(pow(fs,2)*(-1.0962938775823e-19*pow(fs,2) - 1.64523449411233e-16) + 2.95024851445675e-25) + Tone*(Drive*pow(fs,2)*(9.71269879722608e-20*pow(fs,2) - 7.30868981145362e-15) + pow(fs,2)*(-1.94253975944522e-19*pow(fs,2) + 1.46173796229072e-14)) + pow(fs,2)*(2.1925877551646e-19*pow(fs,2) + 3.29046898822466e-16) - 5.90049702891351e-25) + pow(fs,2)*(4.38517551032919e-19*pow(fs,2) - 1.61074720354358e-13) + 4.97612923333012e-10) + Drive*(Drive*(pow(fs,2)*(-5.57980308175106e-19*pow(fs,2) + 8.91097471854812e-13) - 9.95225846666026e-9) + pow(fs,2)*(5.57980308175106e-19*pow(fs,2) - 7.59195639196014e-13) + 7.43135139705521e-9) + Tone*(Drive*(pow(fs,2)*(-1.39495077043777e-19*pow(fs,2) - 3.66601140557995e-14) + 2.48806461666507e-9) + Tone*(Drive*(pow(fs,2)*(1.37844760272029e-19*pow(fs,2) - 9.23456362873891e-14) - 2.95024851445675e-24) + pow(fs,2)*(-2.75689520544057e-19*pow(fs,2) + 1.84691272574778e-13) + 5.90049702891351e-24) + pow(fs,2)*(2.78990154087553e-19*pow(fs,2) + 7.33202281115989e-14) - 4.97612923333014e-9) + pow(fs,2)*(5.57980308175106e-19*pow(fs,2) - 1.15490113717241e-12) + 1.49940726058704e-8;
a3 = Body*(Drive*(Drive*(fs*(pow(fs,2)*(2.92345034021946e-19*fs - 3.34644527324554e-16) + 3.89796789944192e-12) + 7.86732937188467e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs + 2.85920354987563e-16) + 1.08278915769268e-13) - 1.65870974444339e-10) + Tone*(Drive*(fs*(pow(fs,2)*(7.30862585054866e-20*fs - 3.23733154656106e-18) + 9.7449197486048e-13) + 1.96683234297117e-25) + Tone*(Drive*fs*(pow(fs,2)*(-6.47513253148406e-20*fs + 3.38477852243932e-17) + 7.37562128614188e-28) + fs*(pow(fs,2)*(1.29502650629681e-19*fs - 6.76955704487864e-17) - 1.47512425722838e-27)) + fs*(pow(fs,2)*(-1.46172517010973e-19*fs + 6.47466309312212e-18) - 1.94898394972096e-12) - 3.93366468594234e-25) + fs*(pow(fs,2)*(-2.92345034021946e-19*fs + 4.32092871998536e-16) - 1.19104615298643e-11) + 3.31741948888675e-10) + Drive*(Drive*(fs*(pow(fs,2)*(3.71986872116738e-19*fs - 7.68721823973197e-16) + 1.99744083365593e-10) - 6.63483897777351e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs + 7.06724011953741e-16) - 1.65372952175536e-10) + 4.95423426470347e-9) + Tone*(Drive*(fs*(pow(fs,2)*(9.29967180291844e-20*fs - 7.04320718137881e-17) - 1.77485923795002e-11) + 1.65870974444338e-9) + Tone*(Drive*(fs*(pow(fs,2)*(-9.18965068480191e-20*fs + 1.30038872970235e-16) - 1.59650812902675e-11) - 1.96683234297117e-24) + fs*(pow(fs,2)*(1.83793013696038e-19*fs - 2.60077745940471e-16) + 3.1930162580535e-11) + 3.93366468594234e-24) + fs*(pow(fs,2)*(-1.85993436058369e-19*fs + 1.40864143627576e-16) + 3.54971847590003e-11) - 3.31741948888676e-9) + fs*(pow(fs,2)*(-3.71986872116738e-19*fs + 8.92717448012109e-16) - 2.68486345745707e-10) + 9.99604840391357e-9;
a4 = Body*(Drive*(Drive*(fs*(fs*(fs*(-7.30862585054866e-20*fs + 1.67322263662277e-16) - 5.1124129373811e-14) + 1.94898394972096e-12) + 1.96683234297117e-25) + fs*(fs*(fs*(7.30862585054866e-20*fs - 1.42960177493781e-16) + 3.6417513972127e-14) + 5.41394578846342e-14) - 4.14677436110847e-11) + Tone*(Drive*(fs*(fs*(fs*(-1.82715646263716e-20*fs + 1.61866577328053e-18) + 8.22617247056166e-17) + 4.8724598743024e-13) + 4.91708085742792e-26) + Tone*(Drive*fs*(fs*(fs*(1.61878313287101e-20*fs - 1.69238926121966e-17) + 3.65434490572681e-15) + 3.68781064307094e-28) + fs*(fs*(fs*(-3.23756626574203e-20*fs + 3.38477852243932e-17) - 7.30868981145362e-15) - 7.37562128614188e-28)) + fs*(fs*(fs*(3.65431292527433e-20*fs - 3.23733154656106e-18) - 1.64523449411233e-16) - 9.7449197486048e-13) - 9.83416171485584e-26) + fs*(fs*(fs*(7.30862585054866e-20*fs - 2.16046435999268e-16) + 8.0537360177179e-14) - 5.95523076493215e-12) + 8.29354872221687e-11) + Drive*(Drive*(fs*(fs*(fs*(-9.29967180291844e-20*fs + 3.84360911986598e-16) - 4.45548735927406e-13) + 9.98720416827966e-11) - 1.65870974444338e-9) + fs*(fs*(fs*(9.29967180291844e-20*fs - 3.5336200597687e-16) + 3.79597819598007e-13) - 8.2686476087768e-11) + 1.23855856617587e-9) + Tone*(Drive*(fs*(fs*(fs*(-2.32491795072961e-20*fs + 3.52160359068941e-17) + 1.83300570278997e-14) - 8.87429618975008e-12) + 4.14677436110845e-10) + Tone*(Drive*(fs*(fs*(fs*(2.29741267120048e-20*fs - 6.50194364851177e-17) + 4.61728181436945e-14) - 7.98254064513374e-12) - 4.91708085742792e-25) + fs*(fs*(fs*(-4.59482534240096e-20*fs + 1.30038872970235e-16) - 9.23456362873891e-14) + 1.59650812902675e-11) + 9.83416171485584e-25) + fs*(fs*(fs*(4.64983590145922e-20*fs - 7.04320718137881e-17) - 3.66601140557995e-14) + 1.77485923795002e-11) - 8.2935487222169e-10) + fs*(fs*(fs*(9.29967180291844e-20*fs - 4.46358724006055e-16) + 5.77450568586205e-13) - 1.34243172872854e-10) + 2.49901210097839e-9;
};
tiltdrivepro_inclip = _<: ba.if(signbit(_), tiltdrivepro_in_neg_clip, tiltdrivepro_in_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tiltdrivepro_in_clip = ffunction(float tiltdrivepro_inclip(float), "tiltdrivepro_in_table.h", "");
tiltdrivepro_in_neg_clip = ffunction(float tiltdrivepro_in_negclip(float), "tiltdrivepro_in_neg_table.h", "");
};
p2 = pre : fi.iir((b0/a0,b1/a0),(a1/a0)) : tiltdrivepro_out_3clip with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
Inverted(b, x) = ba.if(b, 1 - x, x);
s = 0.993;
fs = float(ma.SR);
pre = _;
Level = vslider("Level[name:Level]", 0.5, 0, 1, 0.01) : Inverted(0) : LogPot(3) : si.smooth(s);
b0 = -0.000487217249496405*Level*fs;
b1 = 0.000487217249496405*Level*fs;
a0 = 2.08313095376176e-5*fs + 9.71421943566398e-5;
a1 = -2.08313095376176e-5*fs + 9.71421943566398e-5;
};
tiltdrivepro_out_3clip = _<: ba.if(signbit(_), tiltdrivepro_out_3_neg_clip, tiltdrivepro_out_3_clip) :>_ with {
signbit = ffunction(int signbit(float), "math.h", "");
tiltdrivepro_out_3_clip = ffunction(float tiltdrivepro_out_3clip(float), "tiltdrivepro_out_3_table.h", "");
tiltdrivepro_out_3_neg_clip = ffunction(float tiltdrivepro_out_3_negclip(float), "tiltdrivepro_out_3_neg_table.h", "");
};
amp = p1 : p2 ;
freq_split = fi.filterbank(3, (86.0,210.0,1200.0,6531.0));
process = freq_split: ( amp , amp , amp, amp, amp) :>_;
|
|
cdb7da647063d09eef7e693c2ca803ea8614bc35e72fa7e645e5ed1b75a45c31 | sadko4u/tamgamp.lv2 | mesa_dual_rect_orange.dsp | /*
* This is simulation of Mesa Dual Rectifier preamplifier (orange channel, less gain)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "mesa_dual_rect_orange";
declare name "mesa_dual_rect_orange";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs - 5.89531552466728e-14) - 2.36970197236252e-11) - 3.0525726492396e-9));
b1 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs + 5.89531552466728e-14) - 2.36970197236252e-11) - 9.1577179477188e-9));
b2 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs - 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs + 1.17906310493346e-13) + 4.73940394472505e-11) - 6.1051452984792e-9));
b3 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs + 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs - 1.17906310493346e-13) + 4.73940394472505e-11) + 6.1051452984792e-9));
b4 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs - 5.89531552466728e-14) - 2.36970197236252e-11) + 9.1577179477188e-9));
b5 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs + 5.89531552466728e-14) - 2.36970197236252e-11) + 3.0525726492396e-9));
a0 = fs*(fs*(fs*(2.77018846582032e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) + 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-36*fs - 6.47844436758614e-19) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-36*fs + 6.20142552100412e-19) + 3.72391306054362e-16) + 3.48645631966802e-14) - 3.34246646073902e-12)) + 1.67123323036951e-9;
a1 = fs*(fs*(fs*(-8.31056539746097e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) + 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(9.95059808088511e-36*fs + 1.94353331027584e-18) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-9.95059808088511e-36*fs - 1.86042765630124e-18) - 3.72391306054362e-16) + 3.48645631966802e-14) - 1.00273993822171e-11)) + 8.35616615184755e-9;
a2 = fs*(fs*(fs*(5.54037693164065e-20*fs - 1.10816840615726e-15) - 1.00268158126056e-12) + 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-35*fs - 1.29568887351723e-18) + 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-35*fs + 1.24028510420082e-18) - 7.44782612108724e-16) - 6.97291263933603e-14) - 6.68493292147804e-12)) + 1.67123323036951e-8;
a3 = fs*(fs*(fs*(5.54037693164065e-20*fs + 1.10816840615726e-15) - 1.00268158126056e-12) - 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-35*fs - 1.29568887351723e-18) - 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-35*fs + 1.24028510420082e-18) + 7.44782612108724e-16) - 6.97291263933603e-14) + 6.68493292147804e-12)) + 1.67123323036951e-8;
a4 = fs*(fs*(fs*(-8.31056539746097e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) - 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-9.95059808088511e-36*fs + 1.94353331027584e-18) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(9.95059808088511e-36*fs - 1.86042765630124e-18) + 3.72391306054362e-16) + 3.48645631966802e-14) + 1.00273993822171e-11)) + 8.35616615184755e-9;
a5 = fs*(fs*(fs*(2.77018846582032e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) - 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-36*fs - 6.47844436758614e-19) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-36*fs + 6.20142552100412e-19) - 3.72391306054362e-16) + 3.48645631966802e-14) + 3.34246646073902e-12)) + 1.67123323036951e-9;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/mesa_dual_rect_orange/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/mesa_dual_rect_orange/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = -0.000655304158661071*fs - 0.18202893296141;
b1 = -0.364057865922819;
b2 = 0.000655304158661071*fs - 0.18202893296141;
a0 = fs*(2.03405658623965e-10*fs + 1.09382323078101e-5) + 0.0063182117555006;
a1 = -4.0681131724793e-10*pow(fs,2) + 0.0126364235110012;
a2 = fs*(2.03405658623965e-10*fs - 1.09382323078101e-5) + 0.0063182117555006;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/mesa_dual_rect_orange/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/mesa_dual_rect_orange/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.146261721859089;
b1 = -0.146261721859089;
a0 = 1.88103770813187e-5*fs + 0.0971019000967005;
a1 = -1.88103770813187e-5*fs + 0.0971019000967005;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/mesa_dual_rect_orange/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/mesa_dual_rect_orange/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.00149525527902205*fs - 0.415348688617234;
b1 = 0.00149525527902205*fs - 0.415348688617234;
a0 = 2.06413022257424e-5*fs + 0.00921749316436716;
a1 = -2.06413022257424e-5*fs + 0.00921749316436716;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/mesa_dual_rect_orange/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/mesa_dual_rect_orange/s04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
b0 = bass*(pow(fs,2)*master*middle*(fs*(4.76406912084697e-20*fs + 4.1254512694203e-16) + 8.56336077593319e-13) + fs*master*(fs*(5.51797904906181e-17*fs + 4.51811269036553e-13) + 8.56336077593319e-10)) + fs*master*(fs*(1.37949476226545e-18*fs + 1.12952817259138e-14) + 2.1408401939833e-11) + middle*(pow(fs,2)*master*middle*(fs*(-1.19101728021174e-21*fs - 1.03136281735508e-17) - 2.1408401939833e-14) + fs*master*(fs*(fs*(1.19101728021174e-21*fs + 1.13161679717088e-17) + 3.06401225812049e-14) + 2.0886245794959e-11)) + treble*(bass*pow(fs,3)*master*(7.53909928214839e-20*fs + 3.92661420945228e-16) + pow(fs,3)*master*middle*(-1.8847748205371e-21*fs - 9.81653552363071e-18) + fs*master*(fs*(fs*(1.8847748205371e-21*fs + 1.35860851647049e-17) + 2.06356108454195e-14) + 5.22156144873975e-12));
b1 = bass*(pow(fs,3)*master*middle*(-1.90562764833879e-19*fs - 8.2509025388406e-16) + fs*master*(-1.10359580981236e-16*pow(fs,2) + 1.71267215518664e-9)) + fs*master*(-2.7589895245309e-18*pow(fs,2) + 4.2816803879666e-11) + middle*(pow(fs,3)*master*middle*(4.76406912084697e-21*fs + 2.06272563471015e-17) + fs*master*(pow(fs,2)*(-4.76406912084697e-21*fs - 2.26323359434176e-17) + 4.1772491589918e-11)) + treble*(bass*pow(fs,3)*master*(-3.01563971285935e-19*fs - 7.85322841890457e-16) + pow(fs,3)*master*middle*(7.53909928214839e-21*fs + 1.96330710472614e-17) + fs*master*(pow(fs,2)*(-7.53909928214839e-21*fs - 2.71721703294098e-17) + 1.04431228974795e-11));
b2 = bass*(pow(fs,2)*master*middle*(2.85844147250818e-19*pow(fs,2) - 1.71267215518664e-12) - 9.03622538073106e-13*pow(fs,2)*master) - 2.25905634518277e-14*pow(fs,2)*master + middle*(pow(fs,2)*master*middle*(-7.14610368127045e-21*pow(fs,2) + 4.2816803879666e-14) + pow(fs,2)*master*(7.14610368127045e-21*pow(fs,2) - 6.12802451624097e-14)) + treble*(4.52345956928903e-19*bass*pow(fs,4)*master - 1.13086489232226e-20*pow(fs,4)*master*middle + pow(fs,2)*master*(1.13086489232226e-20*pow(fs,2) - 4.12712216908389e-14));
b3 = bass*(pow(fs,3)*master*middle*(-1.90562764833879e-19*fs + 8.2509025388406e-16) + fs*master*(1.10359580981236e-16*pow(fs,2) - 1.71267215518664e-9)) + fs*master*(2.7589895245309e-18*pow(fs,2) - 4.2816803879666e-11) + middle*(pow(fs,3)*master*middle*(4.76406912084697e-21*fs - 2.06272563471015e-17) + fs*master*(pow(fs,2)*(-4.76406912084697e-21*fs + 2.26323359434176e-17) - 4.1772491589918e-11)) + treble*(bass*pow(fs,3)*master*(-3.01563971285935e-19*fs + 7.85322841890457e-16) + pow(fs,3)*master*middle*(7.53909928214839e-21*fs - 1.96330710472614e-17) + fs*master*(pow(fs,2)*(-7.53909928214839e-21*fs + 2.71721703294098e-17) - 1.04431228974795e-11));
b4 = bass*(pow(fs,2)*master*middle*(fs*(4.76406912084697e-20*fs - 4.1254512694203e-16) + 8.56336077593319e-13) + fs*master*(fs*(-5.51797904906181e-17*fs + 4.51811269036553e-13) - 8.56336077593319e-10)) + fs*master*(fs*(-1.37949476226545e-18*fs + 1.12952817259138e-14) - 2.1408401939833e-11) + middle*(pow(fs,2)*master*middle*(fs*(-1.19101728021174e-21*fs + 1.03136281735508e-17) - 2.1408401939833e-14) + fs*master*(fs*(fs*(1.19101728021174e-21*fs - 1.13161679717088e-17) + 3.06401225812049e-14) - 2.0886245794959e-11)) + treble*(bass*pow(fs,3)*master*(7.53909928214839e-20*fs - 3.92661420945228e-16) + pow(fs,3)*master*middle*(-1.8847748205371e-21*fs + 9.81653552363071e-18) + fs*master*(fs*(fs*(1.8847748205371e-21*fs - 1.35860851647049e-17) + 2.06356108454195e-14) - 5.22156144873975e-12));
a0 = bass*(fs*middle*(fs*(fs*(1.08424679170791e-19*fs + 6.97829522805543e-16) + 1.03015141509897e-12) + 2.0886245794959e-11) + fs*(fs*(fs*(7.53909928214839e-20*fs + 8.70973158646425e-16) + 2.5606938360539e-12) + 1.06941755719349e-9) + 2.0886245794959e-8) + fs*(fs*(fs*(1.8847748205371e-21*fs + 2.55438786072348e-17) + 9.97311553110636e-14) + 1.14499443760255e-10) + middle*(fs*middle*(fs*(fs*(-2.71061697926978e-21*fs - 1.74457380701386e-17) - 2.57537853774742e-14) - 5.22156144873975e-13) + fs*(fs*(fs*(8.2584215873268e-22*fs + 1.09264306251751e-18) - 4.28063607567676e-15) + 2.1408401939833e-11)) + treble*(bass*(pow(fs,2)*middle*(fs*(2.62535096943644e-19*fs + 1.30334351009703e-15) + 2.0364089650085e-13) + fs*(fs*(fs*(6.07839879623214e-19*fs + 2.73127598271048e-15) + 1.68618839551863e-12) + 2.0364089650085e-10)) + fs*(fs*(fs*(1.51959969905803e-20*fs + 9.86738935489228e-17) + 1.76713930697073e-13) + 5.83613923125642e-11) + middle*(pow(fs,2)*middle*(fs*(-6.5633774235911e-21*fs - 3.25835877524258e-17) - 5.09102241252126e-15) + fs*(fs*(fs*(-8.63261956698924e-21*fs - 2.25715569681541e-17) + 2.8911785741672e-14) + 5.22156144873975e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.23319084905965e-19*fs - 5.22156144873975e-17) + pow(fs,2)*(fs*(-6.07839879623214e-19*fs - 4.21484440142273e-16) - 5.22156144873975e-14)) + fs*(fs*(fs*(-1.51959969905803e-20*fs - 4.09291049847175e-17) - 1.42966352466494e-14) - 1.30539036218494e-12) + middle*(pow(fs,3)*middle*(8.08297712264914e-21*fs + 1.30539036218494e-18) + pow(fs,2)*(fs*(7.1130198679312e-21*fs - 6.93423360392639e-18) - 1.30539036218494e-15))) + 5.22156144873975e-9) + 2.1408401939833e-8;
a1 = bass*(fs*middle*(pow(fs,2)*(-4.33698716683164e-19*fs - 1.39565904561109e-15) + 4.1772491589918e-11) + fs*(pow(fs,2)*(-3.01563971285935e-19*fs - 1.74194631729285e-15) + 2.13883511438698e-9) + 8.3544983179836e-8) + fs*(pow(fs,2)*(-7.53909928214839e-21*fs - 5.10877572144696e-17) + 2.2899888752051e-10) + middle*(fs*middle*(pow(fs,2)*(1.08424679170791e-20*fs + 3.48914761402771e-17) - 1.04431228974795e-12) + fs*(pow(fs,2)*(-3.30336863493072e-21*fs - 2.18528612503502e-18) + 4.2816803879666e-11)) + treble*(bass*(pow(fs,3)*middle*(-1.05014038777458e-18*fs - 2.60668702019406e-15) + fs*(pow(fs,2)*(-2.43135951849285e-18*fs - 5.46255196542097e-15) + 4.07281793001701e-10)) + fs*(pow(fs,2)*(-6.07839879623214e-20*fs - 1.97347787097846e-16) + 1.16722784625128e-10) + middle*(pow(fs,3)*middle*(2.62535096943644e-20*fs + 6.51671755048516e-17) + fs*(pow(fs,2)*(3.4530478267957e-20*fs + 4.51431139363082e-17) + 1.04431228974795e-11)) + treble*(bass*(pow(fs,3)*middle*(1.29327633962386e-18*fs + 1.04431228974795e-16) + pow(fs,3)*(2.43135951849285e-18*fs + 8.42968880284545e-16)) + fs*(pow(fs,2)*(6.07839879623214e-20*fs + 8.1858209969435e-17) - 2.61078072436988e-12) + middle*(pow(fs,3)*middle*(-3.23319084905965e-20*fs - 2.61078072436988e-18) + pow(fs,3)*(-2.84520794717248e-20*fs + 1.38684672078528e-17))) + 2.0886245794959e-8) + 8.56336077593319e-8;
a2 = bass*(pow(fs,2)*middle*(6.50548075024746e-19*pow(fs,2) - 2.06030283019794e-12) + pow(fs,2)*(4.52345956928903e-19*pow(fs,2) - 5.12138767210779e-12) + 1.25317474769754e-7) + pow(fs,2)*(1.13086489232226e-20*pow(fs,2) - 1.99462310622127e-13) + middle*(pow(fs,2)*middle*(-1.62637018756187e-20*pow(fs,2) + 5.15075707549484e-14) + pow(fs,2)*(4.95505295239608e-21*pow(fs,2) + 8.56127215135352e-15)) + treble*(bass*(pow(fs,2)*middle*(1.57521058166186e-18*pow(fs,2) - 4.07281793001701e-13) + pow(fs,2)*(3.64703927773928e-18*pow(fs,2) - 3.37237679103726e-12)) + pow(fs,2)*(9.1175981943482e-20*pow(fs,2) - 3.53427861394146e-13) + middle*(pow(fs,2)*middle*(-3.93802645415466e-20*pow(fs,2) + 1.01820448250425e-14) + pow(fs,2)*(-5.17957174019354e-20*pow(fs,2) - 5.78235714833441e-14)) + treble*(bass*(-1.93991450943579e-18*pow(fs,4)*middle + pow(fs,2)*(-3.64703927773928e-18*pow(fs,2) + 1.04431228974795e-13)) + pow(fs,2)*(-9.1175981943482e-20*pow(fs,2) + 2.85932704932989e-14) + middle*(4.84978627358948e-20*pow(fs,4)*middle + pow(fs,2)*(4.26781192075872e-20*pow(fs,2) + 2.61078072436988e-15))) + 3.13293686924385e-8) + 1.28450411638998e-7;
a3 = bass*(fs*middle*(pow(fs,2)*(-4.33698716683164e-19*fs + 1.39565904561109e-15) - 4.1772491589918e-11) + fs*(pow(fs,2)*(-3.01563971285935e-19*fs + 1.74194631729285e-15) - 2.13883511438698e-9) + 8.3544983179836e-8) + fs*(pow(fs,2)*(-7.53909928214839e-21*fs + 5.10877572144696e-17) - 2.2899888752051e-10) + middle*(fs*middle*(pow(fs,2)*(1.08424679170791e-20*fs - 3.48914761402771e-17) + 1.04431228974795e-12) + fs*(pow(fs,2)*(-3.30336863493072e-21*fs + 2.18528612503502e-18) - 4.2816803879666e-11)) + treble*(bass*(pow(fs,3)*middle*(-1.05014038777458e-18*fs + 2.60668702019406e-15) + fs*(pow(fs,2)*(-2.43135951849285e-18*fs + 5.46255196542097e-15) - 4.07281793001701e-10)) + fs*(pow(fs,2)*(-6.07839879623214e-20*fs + 1.97347787097846e-16) - 1.16722784625128e-10) + middle*(pow(fs,3)*middle*(2.62535096943644e-20*fs - 6.51671755048516e-17) + fs*(pow(fs,2)*(3.4530478267957e-20*fs - 4.51431139363082e-17) - 1.04431228974795e-11)) + treble*(bass*(pow(fs,3)*middle*(1.29327633962386e-18*fs - 1.04431228974795e-16) + pow(fs,3)*(2.43135951849285e-18*fs - 8.42968880284545e-16)) + fs*(pow(fs,2)*(6.07839879623214e-20*fs - 8.1858209969435e-17) + 2.61078072436988e-12) + middle*(pow(fs,3)*middle*(-3.23319084905965e-20*fs + 2.61078072436988e-18) + pow(fs,3)*(-2.84520794717248e-20*fs - 1.38684672078528e-17))) + 2.0886245794959e-8) + 8.56336077593319e-8;
a4 = bass*(fs*middle*(fs*(fs*(1.08424679170791e-19*fs - 6.97829522805543e-16) + 1.03015141509897e-12) - 2.0886245794959e-11) + fs*(fs*(fs*(7.53909928214839e-20*fs - 8.70973158646425e-16) + 2.5606938360539e-12) - 1.06941755719349e-9) + 2.0886245794959e-8) + fs*(fs*(fs*(1.8847748205371e-21*fs - 2.55438786072348e-17) + 9.97311553110636e-14) - 1.14499443760255e-10) + middle*(fs*middle*(fs*(fs*(-2.71061697926978e-21*fs + 1.74457380701386e-17) - 2.57537853774742e-14) + 5.22156144873975e-13) + fs*(fs*(fs*(8.2584215873268e-22*fs - 1.09264306251751e-18) - 4.28063607567676e-15) - 2.1408401939833e-11)) + treble*(bass*(pow(fs,2)*middle*(fs*(2.62535096943644e-19*fs - 1.30334351009703e-15) + 2.0364089650085e-13) + fs*(fs*(fs*(6.07839879623214e-19*fs - 2.73127598271048e-15) + 1.68618839551863e-12) - 2.0364089650085e-10)) + fs*(fs*(fs*(1.51959969905803e-20*fs - 9.86738935489228e-17) + 1.76713930697073e-13) - 5.83613923125642e-11) + middle*(pow(fs,2)*middle*(fs*(-6.5633774235911e-21*fs + 3.25835877524258e-17) - 5.09102241252126e-15) + fs*(fs*(fs*(-8.63261956698924e-21*fs + 2.25715569681541e-17) + 2.8911785741672e-14) - 5.22156144873975e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.23319084905965e-19*fs + 5.22156144873975e-17) + pow(fs,2)*(fs*(-6.07839879623214e-19*fs + 4.21484440142273e-16) - 5.22156144873975e-14)) + fs*(fs*(fs*(-1.51959969905803e-20*fs + 4.09291049847175e-17) - 1.42966352466494e-14) + 1.30539036218494e-12) + middle*(pow(fs,3)*middle*(8.08297712264914e-21*fs - 1.30539036218494e-18) + pow(fs,2)*(fs*(7.1130198679312e-21*fs + 6.93423360392639e-18) - 1.30539036218494e-15))) + 5.22156144873975e-9) + 2.1408401939833e-8;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage5clip
with {
fs = float(ma.SR);
b0 = 2.82461475968336e-10*pow(fs,2);
b1 = -5.64922951936672e-10*pow(fs,2);
b2 = 2.82461475968336e-10*pow(fs,2);
a0 = fs*(4.33570405894608e-10*fs + 2.19519582346283e-8) + 9.08235621017275e-8;
a1 = -8.67140811789215e-10*pow(fs,2) + 1.81647124203455e-7;
a2 = fs*(4.33570405894608e-10*fs - 2.19519582346283e-8) + 9.08235621017275e-8;
};
s06_stage5clip =
_<:
ba.if(signbit(_), s06_stage5_neg_clip, s06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage5_clip = ffunction(float s06_stage5clip(float), "generated/stage/mesa_dual_rect_orange/s06_stage5_table.h", "");
s06_stage5_neg_clip = ffunction(float s06_stage5_negclip(float), "generated/stage/mesa_dual_rect_orange/s06_stage5_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s07_stage6clip
with {
fs = float(ma.SR);
b0 = -0.00119749787393626*fs - 0.123708458051269;
b1 = 0.00119749787393626*fs - 0.123708458051269;
a0 = 2.07375662139675e-5*fs + 0.00459682172955979;
a1 = -2.07375662139675e-5*fs + 0.00459682172955979;
};
s07_stage6clip =
_<:
ba.if(signbit(_), s07_stage6_neg_clip, s07_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage6_clip = ffunction(float s07_stage6clip(float), "generated/stage/mesa_dual_rect_orange/s07_stage6_table.h", "");
s07_stage6_neg_clip = ffunction(float s07_stage6_negclip(float), "generated/stage/mesa_dual_rect_orange/s07_stage6_neg_table.h", "");
};
process =
*(pregain) :
*(0.4) :
p1 :
*(1.4) :
p2 :
*(2.0) :
p3 :
*(2.0) :
p4 :
p5 :
*(1.2) :
p6 :
*(1.2) :
p7 :
*(0.03) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/mesa_dual_rect_orange.dsp | faust |
* This is simulation of Mesa Dual Rectifier preamplifier (orange channel, less gain)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
|
declare id "mesa_dual_rect_orange";
declare name "mesa_dual_rect_orange";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs - 5.89531552466728e-14) - 2.36970197236252e-11) - 3.0525726492396e-9));
b1 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs + 5.89531552466728e-14) - 2.36970197236252e-11) - 9.1577179477188e-9));
b2 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs - 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs + 1.17906310493346e-13) + 4.73940394472505e-11) - 6.1051452984792e-9));
b3 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs + 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs - 1.17906310493346e-13) + 4.73940394472505e-11) + 6.1051452984792e-9));
b4 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs - 5.89531552466728e-14) - 2.36970197236252e-11) + 9.1577179477188e-9));
b5 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs + 5.89531552466728e-14) - 2.36970197236252e-11) + 3.0525726492396e-9));
a0 = fs*(fs*(fs*(2.77018846582032e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) + 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-36*fs - 6.47844436758614e-19) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-36*fs + 6.20142552100412e-19) + 3.72391306054362e-16) + 3.48645631966802e-14) - 3.34246646073902e-12)) + 1.67123323036951e-9;
a1 = fs*(fs*(fs*(-8.31056539746097e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) + 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(9.95059808088511e-36*fs + 1.94353331027584e-18) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-9.95059808088511e-36*fs - 1.86042765630124e-18) - 3.72391306054362e-16) + 3.48645631966802e-14) - 1.00273993822171e-11)) + 8.35616615184755e-9;
a2 = fs*(fs*(fs*(5.54037693164065e-20*fs - 1.10816840615726e-15) - 1.00268158126056e-12) + 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-35*fs - 1.29568887351723e-18) + 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-35*fs + 1.24028510420082e-18) - 7.44782612108724e-16) - 6.97291263933603e-14) - 6.68493292147804e-12)) + 1.67123323036951e-8;
a3 = fs*(fs*(fs*(5.54037693164065e-20*fs + 1.10816840615726e-15) - 1.00268158126056e-12) - 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-35*fs - 1.29568887351723e-18) - 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-35*fs + 1.24028510420082e-18) + 7.44782612108724e-16) - 6.97291263933603e-14) + 6.68493292147804e-12)) + 1.67123323036951e-8;
a4 = fs*(fs*(fs*(-8.31056539746097e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) - 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-9.95059808088511e-36*fs + 1.94353331027584e-18) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(9.95059808088511e-36*fs - 1.86042765630124e-18) + 3.72391306054362e-16) + 3.48645631966802e-14) + 1.00273993822171e-11)) + 8.35616615184755e-9;
a5 = fs*(fs*(fs*(2.77018846582032e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) - 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-36*fs - 6.47844436758614e-19) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-36*fs + 6.20142552100412e-19) - 3.72391306054362e-16) + 3.48645631966802e-14) + 3.34246646073902e-12)) + 1.67123323036951e-9;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/mesa_dual_rect_orange/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/mesa_dual_rect_orange/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = -0.000655304158661071*fs - 0.18202893296141;
b1 = -0.364057865922819;
b2 = 0.000655304158661071*fs - 0.18202893296141;
a0 = fs*(2.03405658623965e-10*fs + 1.09382323078101e-5) + 0.0063182117555006;
a1 = -4.0681131724793e-10*pow(fs,2) + 0.0126364235110012;
a2 = fs*(2.03405658623965e-10*fs - 1.09382323078101e-5) + 0.0063182117555006;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/mesa_dual_rect_orange/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/mesa_dual_rect_orange/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.146261721859089;
b1 = -0.146261721859089;
a0 = 1.88103770813187e-5*fs + 0.0971019000967005;
a1 = -1.88103770813187e-5*fs + 0.0971019000967005;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/mesa_dual_rect_orange/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/mesa_dual_rect_orange/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.00149525527902205*fs - 0.415348688617234;
b1 = 0.00149525527902205*fs - 0.415348688617234;
a0 = 2.06413022257424e-5*fs + 0.00921749316436716;
a1 = -2.06413022257424e-5*fs + 0.00921749316436716;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/mesa_dual_rect_orange/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/mesa_dual_rect_orange/s04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
b0 = bass*(pow(fs,2)*master*middle*(fs*(4.76406912084697e-20*fs + 4.1254512694203e-16) + 8.56336077593319e-13) + fs*master*(fs*(5.51797904906181e-17*fs + 4.51811269036553e-13) + 8.56336077593319e-10)) + fs*master*(fs*(1.37949476226545e-18*fs + 1.12952817259138e-14) + 2.1408401939833e-11) + middle*(pow(fs,2)*master*middle*(fs*(-1.19101728021174e-21*fs - 1.03136281735508e-17) - 2.1408401939833e-14) + fs*master*(fs*(fs*(1.19101728021174e-21*fs + 1.13161679717088e-17) + 3.06401225812049e-14) + 2.0886245794959e-11)) + treble*(bass*pow(fs,3)*master*(7.53909928214839e-20*fs + 3.92661420945228e-16) + pow(fs,3)*master*middle*(-1.8847748205371e-21*fs - 9.81653552363071e-18) + fs*master*(fs*(fs*(1.8847748205371e-21*fs + 1.35860851647049e-17) + 2.06356108454195e-14) + 5.22156144873975e-12));
b1 = bass*(pow(fs,3)*master*middle*(-1.90562764833879e-19*fs - 8.2509025388406e-16) + fs*master*(-1.10359580981236e-16*pow(fs,2) + 1.71267215518664e-9)) + fs*master*(-2.7589895245309e-18*pow(fs,2) + 4.2816803879666e-11) + middle*(pow(fs,3)*master*middle*(4.76406912084697e-21*fs + 2.06272563471015e-17) + fs*master*(pow(fs,2)*(-4.76406912084697e-21*fs - 2.26323359434176e-17) + 4.1772491589918e-11)) + treble*(bass*pow(fs,3)*master*(-3.01563971285935e-19*fs - 7.85322841890457e-16) + pow(fs,3)*master*middle*(7.53909928214839e-21*fs + 1.96330710472614e-17) + fs*master*(pow(fs,2)*(-7.53909928214839e-21*fs - 2.71721703294098e-17) + 1.04431228974795e-11));
b2 = bass*(pow(fs,2)*master*middle*(2.85844147250818e-19*pow(fs,2) - 1.71267215518664e-12) - 9.03622538073106e-13*pow(fs,2)*master) - 2.25905634518277e-14*pow(fs,2)*master + middle*(pow(fs,2)*master*middle*(-7.14610368127045e-21*pow(fs,2) + 4.2816803879666e-14) + pow(fs,2)*master*(7.14610368127045e-21*pow(fs,2) - 6.12802451624097e-14)) + treble*(4.52345956928903e-19*bass*pow(fs,4)*master - 1.13086489232226e-20*pow(fs,4)*master*middle + pow(fs,2)*master*(1.13086489232226e-20*pow(fs,2) - 4.12712216908389e-14));
b3 = bass*(pow(fs,3)*master*middle*(-1.90562764833879e-19*fs + 8.2509025388406e-16) + fs*master*(1.10359580981236e-16*pow(fs,2) - 1.71267215518664e-9)) + fs*master*(2.7589895245309e-18*pow(fs,2) - 4.2816803879666e-11) + middle*(pow(fs,3)*master*middle*(4.76406912084697e-21*fs - 2.06272563471015e-17) + fs*master*(pow(fs,2)*(-4.76406912084697e-21*fs + 2.26323359434176e-17) - 4.1772491589918e-11)) + treble*(bass*pow(fs,3)*master*(-3.01563971285935e-19*fs + 7.85322841890457e-16) + pow(fs,3)*master*middle*(7.53909928214839e-21*fs - 1.96330710472614e-17) + fs*master*(pow(fs,2)*(-7.53909928214839e-21*fs + 2.71721703294098e-17) - 1.04431228974795e-11));
b4 = bass*(pow(fs,2)*master*middle*(fs*(4.76406912084697e-20*fs - 4.1254512694203e-16) + 8.56336077593319e-13) + fs*master*(fs*(-5.51797904906181e-17*fs + 4.51811269036553e-13) - 8.56336077593319e-10)) + fs*master*(fs*(-1.37949476226545e-18*fs + 1.12952817259138e-14) - 2.1408401939833e-11) + middle*(pow(fs,2)*master*middle*(fs*(-1.19101728021174e-21*fs + 1.03136281735508e-17) - 2.1408401939833e-14) + fs*master*(fs*(fs*(1.19101728021174e-21*fs - 1.13161679717088e-17) + 3.06401225812049e-14) - 2.0886245794959e-11)) + treble*(bass*pow(fs,3)*master*(7.53909928214839e-20*fs - 3.92661420945228e-16) + pow(fs,3)*master*middle*(-1.8847748205371e-21*fs + 9.81653552363071e-18) + fs*master*(fs*(fs*(1.8847748205371e-21*fs - 1.35860851647049e-17) + 2.06356108454195e-14) - 5.22156144873975e-12));
a0 = bass*(fs*middle*(fs*(fs*(1.08424679170791e-19*fs + 6.97829522805543e-16) + 1.03015141509897e-12) + 2.0886245794959e-11) + fs*(fs*(fs*(7.53909928214839e-20*fs + 8.70973158646425e-16) + 2.5606938360539e-12) + 1.06941755719349e-9) + 2.0886245794959e-8) + fs*(fs*(fs*(1.8847748205371e-21*fs + 2.55438786072348e-17) + 9.97311553110636e-14) + 1.14499443760255e-10) + middle*(fs*middle*(fs*(fs*(-2.71061697926978e-21*fs - 1.74457380701386e-17) - 2.57537853774742e-14) - 5.22156144873975e-13) + fs*(fs*(fs*(8.2584215873268e-22*fs + 1.09264306251751e-18) - 4.28063607567676e-15) + 2.1408401939833e-11)) + treble*(bass*(pow(fs,2)*middle*(fs*(2.62535096943644e-19*fs + 1.30334351009703e-15) + 2.0364089650085e-13) + fs*(fs*(fs*(6.07839879623214e-19*fs + 2.73127598271048e-15) + 1.68618839551863e-12) + 2.0364089650085e-10)) + fs*(fs*(fs*(1.51959969905803e-20*fs + 9.86738935489228e-17) + 1.76713930697073e-13) + 5.83613923125642e-11) + middle*(pow(fs,2)*middle*(fs*(-6.5633774235911e-21*fs - 3.25835877524258e-17) - 5.09102241252126e-15) + fs*(fs*(fs*(-8.63261956698924e-21*fs - 2.25715569681541e-17) + 2.8911785741672e-14) + 5.22156144873975e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.23319084905965e-19*fs - 5.22156144873975e-17) + pow(fs,2)*(fs*(-6.07839879623214e-19*fs - 4.21484440142273e-16) - 5.22156144873975e-14)) + fs*(fs*(fs*(-1.51959969905803e-20*fs - 4.09291049847175e-17) - 1.42966352466494e-14) - 1.30539036218494e-12) + middle*(pow(fs,3)*middle*(8.08297712264914e-21*fs + 1.30539036218494e-18) + pow(fs,2)*(fs*(7.1130198679312e-21*fs - 6.93423360392639e-18) - 1.30539036218494e-15))) + 5.22156144873975e-9) + 2.1408401939833e-8;
a1 = bass*(fs*middle*(pow(fs,2)*(-4.33698716683164e-19*fs - 1.39565904561109e-15) + 4.1772491589918e-11) + fs*(pow(fs,2)*(-3.01563971285935e-19*fs - 1.74194631729285e-15) + 2.13883511438698e-9) + 8.3544983179836e-8) + fs*(pow(fs,2)*(-7.53909928214839e-21*fs - 5.10877572144696e-17) + 2.2899888752051e-10) + middle*(fs*middle*(pow(fs,2)*(1.08424679170791e-20*fs + 3.48914761402771e-17) - 1.04431228974795e-12) + fs*(pow(fs,2)*(-3.30336863493072e-21*fs - 2.18528612503502e-18) + 4.2816803879666e-11)) + treble*(bass*(pow(fs,3)*middle*(-1.05014038777458e-18*fs - 2.60668702019406e-15) + fs*(pow(fs,2)*(-2.43135951849285e-18*fs - 5.46255196542097e-15) + 4.07281793001701e-10)) + fs*(pow(fs,2)*(-6.07839879623214e-20*fs - 1.97347787097846e-16) + 1.16722784625128e-10) + middle*(pow(fs,3)*middle*(2.62535096943644e-20*fs + 6.51671755048516e-17) + fs*(pow(fs,2)*(3.4530478267957e-20*fs + 4.51431139363082e-17) + 1.04431228974795e-11)) + treble*(bass*(pow(fs,3)*middle*(1.29327633962386e-18*fs + 1.04431228974795e-16) + pow(fs,3)*(2.43135951849285e-18*fs + 8.42968880284545e-16)) + fs*(pow(fs,2)*(6.07839879623214e-20*fs + 8.1858209969435e-17) - 2.61078072436988e-12) + middle*(pow(fs,3)*middle*(-3.23319084905965e-20*fs - 2.61078072436988e-18) + pow(fs,3)*(-2.84520794717248e-20*fs + 1.38684672078528e-17))) + 2.0886245794959e-8) + 8.56336077593319e-8;
a2 = bass*(pow(fs,2)*middle*(6.50548075024746e-19*pow(fs,2) - 2.06030283019794e-12) + pow(fs,2)*(4.52345956928903e-19*pow(fs,2) - 5.12138767210779e-12) + 1.25317474769754e-7) + pow(fs,2)*(1.13086489232226e-20*pow(fs,2) - 1.99462310622127e-13) + middle*(pow(fs,2)*middle*(-1.62637018756187e-20*pow(fs,2) + 5.15075707549484e-14) + pow(fs,2)*(4.95505295239608e-21*pow(fs,2) + 8.56127215135352e-15)) + treble*(bass*(pow(fs,2)*middle*(1.57521058166186e-18*pow(fs,2) - 4.07281793001701e-13) + pow(fs,2)*(3.64703927773928e-18*pow(fs,2) - 3.37237679103726e-12)) + pow(fs,2)*(9.1175981943482e-20*pow(fs,2) - 3.53427861394146e-13) + middle*(pow(fs,2)*middle*(-3.93802645415466e-20*pow(fs,2) + 1.01820448250425e-14) + pow(fs,2)*(-5.17957174019354e-20*pow(fs,2) - 5.78235714833441e-14)) + treble*(bass*(-1.93991450943579e-18*pow(fs,4)*middle + pow(fs,2)*(-3.64703927773928e-18*pow(fs,2) + 1.04431228974795e-13)) + pow(fs,2)*(-9.1175981943482e-20*pow(fs,2) + 2.85932704932989e-14) + middle*(4.84978627358948e-20*pow(fs,4)*middle + pow(fs,2)*(4.26781192075872e-20*pow(fs,2) + 2.61078072436988e-15))) + 3.13293686924385e-8) + 1.28450411638998e-7;
a3 = bass*(fs*middle*(pow(fs,2)*(-4.33698716683164e-19*fs + 1.39565904561109e-15) - 4.1772491589918e-11) + fs*(pow(fs,2)*(-3.01563971285935e-19*fs + 1.74194631729285e-15) - 2.13883511438698e-9) + 8.3544983179836e-8) + fs*(pow(fs,2)*(-7.53909928214839e-21*fs + 5.10877572144696e-17) - 2.2899888752051e-10) + middle*(fs*middle*(pow(fs,2)*(1.08424679170791e-20*fs - 3.48914761402771e-17) + 1.04431228974795e-12) + fs*(pow(fs,2)*(-3.30336863493072e-21*fs + 2.18528612503502e-18) - 4.2816803879666e-11)) + treble*(bass*(pow(fs,3)*middle*(-1.05014038777458e-18*fs + 2.60668702019406e-15) + fs*(pow(fs,2)*(-2.43135951849285e-18*fs + 5.46255196542097e-15) - 4.07281793001701e-10)) + fs*(pow(fs,2)*(-6.07839879623214e-20*fs + 1.97347787097846e-16) - 1.16722784625128e-10) + middle*(pow(fs,3)*middle*(2.62535096943644e-20*fs - 6.51671755048516e-17) + fs*(pow(fs,2)*(3.4530478267957e-20*fs - 4.51431139363082e-17) - 1.04431228974795e-11)) + treble*(bass*(pow(fs,3)*middle*(1.29327633962386e-18*fs - 1.04431228974795e-16) + pow(fs,3)*(2.43135951849285e-18*fs - 8.42968880284545e-16)) + fs*(pow(fs,2)*(6.07839879623214e-20*fs - 8.1858209969435e-17) + 2.61078072436988e-12) + middle*(pow(fs,3)*middle*(-3.23319084905965e-20*fs + 2.61078072436988e-18) + pow(fs,3)*(-2.84520794717248e-20*fs - 1.38684672078528e-17))) + 2.0886245794959e-8) + 8.56336077593319e-8;
a4 = bass*(fs*middle*(fs*(fs*(1.08424679170791e-19*fs - 6.97829522805543e-16) + 1.03015141509897e-12) - 2.0886245794959e-11) + fs*(fs*(fs*(7.53909928214839e-20*fs - 8.70973158646425e-16) + 2.5606938360539e-12) - 1.06941755719349e-9) + 2.0886245794959e-8) + fs*(fs*(fs*(1.8847748205371e-21*fs - 2.55438786072348e-17) + 9.97311553110636e-14) - 1.14499443760255e-10) + middle*(fs*middle*(fs*(fs*(-2.71061697926978e-21*fs + 1.74457380701386e-17) - 2.57537853774742e-14) + 5.22156144873975e-13) + fs*(fs*(fs*(8.2584215873268e-22*fs - 1.09264306251751e-18) - 4.28063607567676e-15) - 2.1408401939833e-11)) + treble*(bass*(pow(fs,2)*middle*(fs*(2.62535096943644e-19*fs - 1.30334351009703e-15) + 2.0364089650085e-13) + fs*(fs*(fs*(6.07839879623214e-19*fs - 2.73127598271048e-15) + 1.68618839551863e-12) - 2.0364089650085e-10)) + fs*(fs*(fs*(1.51959969905803e-20*fs - 9.86738935489228e-17) + 1.76713930697073e-13) - 5.83613923125642e-11) + middle*(pow(fs,2)*middle*(fs*(-6.5633774235911e-21*fs + 3.25835877524258e-17) - 5.09102241252126e-15) + fs*(fs*(fs*(-8.63261956698924e-21*fs + 2.25715569681541e-17) + 2.8911785741672e-14) - 5.22156144873975e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.23319084905965e-19*fs + 5.22156144873975e-17) + pow(fs,2)*(fs*(-6.07839879623214e-19*fs + 4.21484440142273e-16) - 5.22156144873975e-14)) + fs*(fs*(fs*(-1.51959969905803e-20*fs + 4.09291049847175e-17) - 1.42966352466494e-14) + 1.30539036218494e-12) + middle*(pow(fs,3)*middle*(8.08297712264914e-21*fs - 1.30539036218494e-18) + pow(fs,2)*(fs*(7.1130198679312e-21*fs + 6.93423360392639e-18) - 1.30539036218494e-15))) + 5.22156144873975e-9) + 2.1408401939833e-8;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage5clip
with {
fs = float(ma.SR);
b0 = 2.82461475968336e-10*pow(fs,2);
b1 = -5.64922951936672e-10*pow(fs,2);
b2 = 2.82461475968336e-10*pow(fs,2);
a0 = fs*(4.33570405894608e-10*fs + 2.19519582346283e-8) + 9.08235621017275e-8;
a1 = -8.67140811789215e-10*pow(fs,2) + 1.81647124203455e-7;
a2 = fs*(4.33570405894608e-10*fs - 2.19519582346283e-8) + 9.08235621017275e-8;
};
s06_stage5clip =
_<:
ba.if(signbit(_), s06_stage5_neg_clip, s06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage5_clip = ffunction(float s06_stage5clip(float), "generated/stage/mesa_dual_rect_orange/s06_stage5_table.h", "");
s06_stage5_neg_clip = ffunction(float s06_stage5_negclip(float), "generated/stage/mesa_dual_rect_orange/s06_stage5_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s07_stage6clip
with {
fs = float(ma.SR);
b0 = -0.00119749787393626*fs - 0.123708458051269;
b1 = 0.00119749787393626*fs - 0.123708458051269;
a0 = 2.07375662139675e-5*fs + 0.00459682172955979;
a1 = -2.07375662139675e-5*fs + 0.00459682172955979;
};
s07_stage6clip =
_<:
ba.if(signbit(_), s07_stage6_neg_clip, s07_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage6_clip = ffunction(float s07_stage6clip(float), "generated/stage/mesa_dual_rect_orange/s07_stage6_table.h", "");
s07_stage6_neg_clip = ffunction(float s07_stage6_negclip(float), "generated/stage/mesa_dual_rect_orange/s07_stage6_neg_table.h", "");
};
process =
*(pregain) :
*(0.4) :
p1 :
*(1.4) :
p2 :
*(2.0) :
p3 :
*(2.0) :
p4 :
p5 :
*(1.2) :
p6 :
*(1.2) :
p7 :
*(0.03) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
a9271fe3547db8c486ea5fc60a2a8ea2eb2bc6d1329bc50630875a4ff2f7f772 | jpcima/Bass21 | Bass21Faust.dsp | import("stdfaust.lib");
declare author "JPC";
declare license "AGPL-3.0-or-later";
//NOTE: requires -double
process = bass21(pregain, level, blend, presence, drive, bass, treble) with {
begin = checkbox("[0] begin");
pregain = hslider("[1] pregain", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
level = hslider("[2] level", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
blend = hslider("[3] blend", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
presence = hslider("[4] presence", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
drive = hslider("[5] drive", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
bass = hslider("[6] bass", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
treble = hslider("[7] treble", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
pole = ba.tau2pole(50e-3/6.91);
};
//------------------------------------------------------------------------------
// Circuit
//------------------------------------------------------------------------------
bass21(pregain, level, blend, presence, drive, bass, treble) =
*(pregain)
: bass21Input
<: ((_
: bass21RCNetwork1
: bass21Presence(presence) : bass21Clip
: bass21Drive(drive) : bass21Clip
: bass21MysteryActiveFilter
: bass21RCNetwork2
: bass21ActiveSimple1
: bass21HPF
: *(blend)),
*(1.0-blend))
:> +
: *(level)
: bass21ActiveSimple2 : bass21Clip
: bass21EQ(bass, treble) : bass21Clip
: bass21HPF;
//------------------------------------------------------------------------------
// Distortions
//------------------------------------------------------------------------------
// TODO the overdrive sections
//bass21Clip = atan;
//bass21Clip = ma.tanh;
//bass21Clip = ef.cubicnl(0.0, 0.0);
bass21Clip(x) = y with {
y = table(i0)+(ixf-float(i0))*(table(i1)-table(i0));
ixf = ((x-xmin)*(float(tsize-1)/(xmax-xmin))) : max(0.0) : min(tsize-1);
i0 = int(ixf);
i1 = (i0+1) : min(tsize-1);
table = rdtable(tsize, ma.tanh((float(ba.time)/float(tsize-1))*(xmax-xmin)+xmin));
xmin = -4.0;
xmax = 4.0;
tsize = 128;
};
//------------------------------------------------------------------------------
// Subcircuits
//------------------------------------------------------------------------------
bass21HPF = _ /*NOTE: negligible RC high-pass*/
//fi.highpass(1, f)
with {
f = 1.0/(2.0*ma.PI*R*C);
R = 100e3;
C = 2.2e-6;
};
bass21Input = _ /*NOTE: negligible input buffer*/
//analogBiquad(B0, B1, B2, A0, A1, A2)
with {
R1 = 10e3;
R2 = 1e6;
C1 = 22e-9;
B0 = 0.0;
B1 = C1*R2;
B2 = 0.0;
A0 = 1.0;
A1 = C1*R2+C1*R1;
A2 = 0.0;
};
bass21Presence(param) = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 330e3;
C1 = 220e-12;
R2 = 3.3e3;
C2 = 10e-9;
Rp = 100e3*(1.0-param);
B0 = 1.0;
B1 = C2*(Rp+R2)+R1*C1+R1*C2;
B2 = R1*C1*(Rp+R2)*C2;
A0 = 1.0;
A1 = C2*(Rp+R2)+R1*C1;
A2 = R1*C1*(Rp+R2)*C2;
};
bass21Drive(param) = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 330e3;
C1 = 220e-12;
R2 = 3.3e3;
Rp = 100e3*(1.0-param);
B0 = R1+R2+Rp;
B1 = C1*R1*(R2+Rp);
B2 = 0.0;
A0 = R2+Rp;
A1 = C1*R1*(R2+Rp);
A2 = 0.0;
};
bass21RCNetwork1 =
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3)
//could also be: fi.tf3slf(B3, B2, B1, B0, A3, A2, A1, A0)
with {
R1 = 100e3;
R2 = 2.2e3;
R3 = 22e3;
C1 = 22e-9;
C2 = 22e-9;
C3 = 22e-9;
B0 = 1.0;
B1 = C1*R2+C2*R3+C3*R3+C3*R2;
B2 = C2*C1*R2*R3+C3*C1*R2*R3+C3*C2*R2*R3;
B3 = C3*C2*C1*R1*R2*R3;
A0 = 1.0;
A1 = C1*R2+C2*R3+C2*R1+C3*R3+C3*R2;
A2 = C2*C1*R2*R3+C2*C1*R1*R2+C3*C1*R2*R3+C3*C2*R2*R3+C3*C2*R1*R3+C3*C2*R1*R2;
A3 = C3*C2*C1*R1*R2*R3;
};
bass21RCNetwork2 = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 22e3;
R2 = 6.2e3;
C1 = 22e-9;
C2 = 47e-9;
B0 = 1.0;
B1 = C1*R2+C2*R2;
B2 = C2*C1*R1*R2;
A0 = 1.0;
A1 = C1*R2+C2*R2+C2*R1;
A2 = C2*C1*R1*R2;
};
bass21MysteryActiveFilter =
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3)
//could also be: fi.tf3slf(B3, B2, B1, B0, A3, A2, A1, A0)
with {
R1 = 10e3;
R2 = 22e3;
R3 = 22e3;
R4 = 22e3;
R5 = 10e3;
C1 = 47e-9;
C2 = 470e-12;
C3 = 10e-9;
B0 = R4;
B1 = C1*R4*R5;
B2 = 0.0;
B3 = 0.0;
A0 = R4+R1;
A1 = C1*R4*R5+C1*R2*R4+C1*R1*R5+C1*R1*R4+C1*R1*R2+C2*R3*R4+C2*R2*R4+C2*R1*R4+C2*R1*R3+C2*R1*R2;
A2 = C2*C1*R3*R4*R5+C2*C1*R2*R4*R5+C2*C1*R2*R3*R4+C2*C1*R1*R4*R5+C2*C1*R1*R3*R5+C2*C1*R1*R3*R4+C2*C1*R1*R2*R5+C2*C1*R1*R2*R3+C3*C2*R2*R3*R4+C3*C2*R1*R3*R4+C3*C2*R1*R2*R3;
A3 = C3*C2*C1*R2*R3*R4*R5+C3*C2*C1*R1*R3*R4*R5+C3*C2*C1*R1*R2*R3*R5;
};
bass21ActiveSimple1 = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 33e3;
R2 = 39e3;
C1 = 1e-9;
C2 = 2.2e-9;
B0 = 1.0;
B1 = 0.0;
B2 = 0.0;
A0 = 1.0;
A1 = C1*R2+C1*R1;
A2 = C2*C1*R1*R2;
};
bass21ActiveSimple2 = *(-1.0*R2/R1)
/*note: LPF negligible, replaceable by volume boost and inversion*/
//analogBiquad(B0, B1, B2, A0, A1, A2)
with {
R1 = 10e3;
R2 = 22e3;
C1 = 33e-12;
B0 = -1.0*R2;
B1 = 0.0;
B2 = 0.0;
A0 = R1;
A1 = C1*R1*R2;
A2 = 0.0;
};
bass21EQ(bass_, treble_) =
analogSixthOrder(B0, B1, B2, B3, B4, B5, B6, A0, A1, A2, A3, A4, A5, A6)
with {
//formula refers to control values inverted
bass = 1.0-bass_;
treble = 1.0-treble_;
B0 =
0.0;
B1 =
(10000.0)*bass - (11000.0);
B2 =
((4722366482869644988655.0/147573952589676412928.0)*(bass*bass))
- ((3149228148263694434375.0/147573952589676412928.0)*bass)
- (598633738680022361533287.0/36893488147419103232000.0);
B3 = 0.0
- ((1.0/100.0)*(bass*bass)*treble)
+ ((95513923305516444051222397770391.0/2028240960365167042394725128601600.0)*(bass*bass))
- ((1.0/100.0)*bass*(treble*treble))
+ ((1.0/50.0)*bass*treble)
- ((11855575473574492365904017309744059.0/253530120045645880299340641075200000.0)*bass)
+ ((11.0/1000.0)*(treble*treble))
- ((87.0/10000.0)*treble)
- (14370594264427299590777634582379451.0/2535301200456458802993406410752000000.0);
B4 = 0.0
- ((7486212072260646522045135498046875.0/340282366920938463463374607431768211456.0)*(bass*bass)*(treble*treble))
+ ((4491727243356387913227081298828125.0/340282366920938463463374607431768211456.0)*(bass*bass)*treble)
+ ((43930290233957032614896735927734375.0/2722258935367507707706996859454145691648.0)*(bass*bass))
+ ((7486212072260646522045135498046875.0/340282366920938463463374607431768211456.0)*bass*(treble*treble))
- ((4491727243356387913227081298828125.0/340282366920938463463374607431768211456.0)*bass*treble)
- ((43930290233957032614896735927734375.0/2722258935367507707706996859454145691648.0)*bass)
+ ((1497242414452129304409027099609375.0/680564733841876926926749214863536422912.0)*(treble*treble))
- ((2096139380232981026172637939453125.0/1361129467683753853853498429727072845824.0)*treble)
- (3988653792100472466945648193359375.0/5444517870735015415413993718908291383296.0);
B5 =
((55263030661574758589267730712890625.0/11417981541647679048466287755595961091061972992.0)*bass*(bass - (1.0))*(0.0 - (1000.0)*(treble*treble) + (700.0)*treble + (333.0)));
B6 =
0.0;
A0 =
(1120000.0) - (100000.0)*bass;
A1 =
((827159382962765777100875.0/73786976294838206464.0)*bass)
- ((97398808709186431407275.0/73786976294838206464.0)*(bass*bass))
+ (22486138303994174387839511.0/3689348814741910323200.0);
A2 =
((1.0/10.0)*(bass*bass)*treble)
- ((554005154673064069875538171729.0/12379400392853802748991242240.0)*(bass*bass))
+ ((1.0/10.0)*bass*(treble*treble))
- ((11.0/5.0)*bass*treble)
+ ((11172233007643856170213158767360603.0/198070406285660843983859875840000.0)*bass)
- ((28.0/25.0)*(treble*treble))
+ ((2097.0/1000.0)*treble)
+ (4803318945294176732167021742106863.0/495176015714152109959649689600000.0);
A3 =
((395912635463280607188582045966881.0/324518553658426726783156020576256000.0)*(bass*bass)*(treble*treble))
- ((924536224793224579754221815612658771.0/83076749736557242056487941267521536000.0)*(bass*bass)*treble)
- ((507040844370222621749497226472328135711.0/10384593717069655257060992658440192000000.0)*(bass*bass))
- ((931846978770041617107737440612658771.0/83076749736557242056487941267521536000.0)*bass*(treble*treble))
+ ((877514784442333180710841126228898003.0/41538374868278621028243970633760768000.0)*bass*treble)
+ ((4083733035316798552790018918194514614443.0/83076749736557242056487941267521536000000.0)*bass)
- ((3611720156421957836512892203189315491.0/1038459371706965525706099265844019200000.0)*(treble*treble))
+ ((47940277510652695890303360485452680333.0/8307674973655724205648794126752153600000.0)*treble)
+ (1936978606034868499295094264265095385289.0/519229685853482762853049632922009600000000.0);
A4 =
((38827074815011218430459499359130859375.0/1393796574908163946345982392040522594123776.0)*(bass*bass)*(treble*treble))
- ((51068199162681861845266819000244140625.0/1393796574908163946345982392040522594123776.0)*(bass*bass)*treble)
- ((99107653864029446716585253626748046875.0/11150372599265311570767859136324180752990208.0)*(bass*bass))
- ((38827074815011218430459499359130859375.0/1393796574908163946345982392040522594123776.0)*bass*(treble*treble))
+ ((51068199162681861845266819000244140625.0/1393796574908163946345982392040522594123776.0)*bass*treble)
+ ((99107653864029446716585253626748046875.0/11150372599265311570767859136324180752990208.0)*bass)
- ((1585472873686109630191326141357421875.0/696898287454081973172991196020261297061888.0)*(treble*treble))
+ ((16362191671670370027673244476318359375.0/5575186299632655785383929568162090376495104.0)*treble)
+ (54095420370500304200094670353834375.0/696898287454081973172991196020261297061888.0);
A5 =
((1833247147700098857916891574859619140625.0/365375409332725729550921208179070754913983135744.0)*(bass*bass)*(treble*treble))
- ((9454388675080322685949504375457763671875.0/1461501637330902918203684832716283019655932542976.0)*(bass*bass)*treble)
- ((500354302003399815320782081071474609375.0/2923003274661805836407369665432566039311865085952.0)*(bass*bass))
- ((1833247147700098857916891574859619140625.0/365375409332725729550921208179070754913983135744.0)*bass*(treble*treble))
+ ((9454388675080322685949504375457763671875.0/1461501637330902918203684832716283019655932542976.0)*bass*treble)
+ ((500354302003399815320782081071474609375.0/2923003274661805836407369665432566039311865085952.0)*bass)
- ((3183150566106706671416759490966796875.0/1461501637330902918203684832716283019655932542976.0)*(treble*treble))
+ ((3183150566106706671416759490966796875.0/1461501637330902918203684832716283019655932542976.0)*treble)
+ (840351749452170561254024505615234375.0/11692013098647223345629478661730264157247460343808.0);
A6 = 0.0
-((117489690137807889841496944427490234375.0/24519928653854221733733552434404946937899825954937634816.0)*bass*(bass - (1.0))*(0.0 - (1000.0)*(treble*treble) + (1000.0)*treble + (33.0)));
};
//------------------------------------------------------------------------------
// Bilinear transforms
//------------------------------------------------------------------------------
analogBiquad(B0, B1, B2, A0, A1, A2) =
fi.tf22t(b0/a0, b1/a0, b2/a0, a1/a0, a2/a0)
with {
// bilinear transform (not prewarped)
b0 = k*k*B2 + k*B1 + B0;
b1 = k*k*-2.0*B2 + 2.0*B0;
b2 = k*k*B2 - k*B1 + B0;
a0 = k*k*A2 + k*A1 + A0;
a1 = k*k*-2.0*A2 + 2.0*A0;
a2 = k*k*A2 - k*A1 + A0;
k = 2.0*ma.SR;
};
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3) =
fi.tf3(b0/a0, b1/a0, b2/a0, b3/a0, a1/a0, a2/a0, a3/a0)
with {
// bilinear transform (not prewarped)
b0 = k*k*k*B3 + k*k*B2 + B1*k + B0;
b1 = k*k*k*-3.0*B3 - k*k*B2 + B1*k + 3.0*B0;
b2 = k*k*k*3.0*B3 - k*k*B2 - B1*k + 3.0*B0;
b3 = k*k*k*-1.0*B3 + k*k*B2 - B1*k + B0;
a0 = k*k*k*A3 + k*k*A2 + A1*k + A0;
a1 = k*k*k*-3.0*A3 - k*k*A2 + A1*k + 3.0*A0;
a2 = k*k*k*3.0*A3 - k*k*A2 - A1*k + 3.0*A0;
a3 = k*k*k*-1.0*A3 + k*k*A2 - A1*k + A0;
k = 2.0*ma.SR;
};
analogSixthOrder(B0, B1, B2, B3, B4, B5, B6, A0, A1, A2, A3, A4, A5, A6) =
fi.iir((b0/a0, b1/a0, b2/a0, b3/a0, b4/a0, b5/a0, b6/a0),
(a1/a0, a2/a0, a3/a0, a4/a0, a5/a0, a6/a0))
with {
// bilinear transform (not prewarped)
b0 = B6*(k*k*k*k*k*k) + B5*(k*k*k*k*k) + B4*(k*k*k*k) + B3*(k*k*k) + B2*(k*k) + B1*k + B0;
b1 = -6.0*B6*(k*k*k*k*k*k) - 4.0*B5*(k*k*k*k*k) - 2.0*B4*(k*k*k*k) + 2.0*B2*(k*k) + 4.0*B1*k + 6.0*B0;
b2 = 15.0*B6*(k*k*k*k*k*k) + 5.0*B5*(k*k*k*k*k) - B4*(k*k*k*k) - 3.0*B3*(k*k*k) - B2*(k*k) + 5.0*B1*k + 15.0*B0;
b3 = -20.0*B6*(k*k*k*k*k*k) + 4.0*B4*(k*k*k*k) - 4.0*B2*(k*k) + 20.0*B0;
b4 = 15.0*B6*(k*k*k*k*k*k) - 5.0*B5*(k*k*k*k*k) - B4*(k*k*k*k) + 3.0*B3*(k*k*k) - B2*(k*k) - 5.0*B1*k + 15.0*B0;
b5 = -6.0*B6*(k*k*k*k*k*k) + 4.0*B5*(k*k*k*k*k) - 2.0*B4*(k*k*k*k) + 2.0*B2*(k*k) - 4.0*B1*k + 6.0*B0;
b6 = B6*(k*k*k*k*k*k) - B5*(k*k*k*k*k) + B4*(k*k*k*k) - B3*(k*k*k) + B2*(k*k) - B1*k + B0;
a0 = A6*(k*k*k*k*k*k) + A5*(k*k*k*k*k) + A4*(k*k*k*k) + A3*(k*k*k) + A2*(k*k) + A1*k + A0;
a1 = -6.0*A6*(k*k*k*k*k*k) - 4.0*A5*(k*k*k*k*k) - 2.0*A4*(k*k*k*k) + 2.0*A2*(k*k) + 4.0*A1*k + 6.0*A0;
a2 = 15.0*A6*(k*k*k*k*k*k) + 5.0*A5*(k*k*k*k*k) - A4*(k*k*k*k) - 3.0*A3*(k*k*k) - A2*(k*k) + 5.0*A1*k + 15.0*A0;
a3 = -20.0*A6*(k*k*k*k*k*k) + 4.0*A4*(k*k*k*k) - 4.0*A2*(k*k) + 20.0*A0;
a4 = 15.0*A6*(k*k*k*k*k*k) - 5.0*A5*(k*k*k*k*k) - A4*(k*k*k*k) + 3.0*A3*(k*k*k) - A2*(k*k) - 5.0*A1*k + 15.0*A0;
a5 = -6.0*A6*(k*k*k*k*k*k) + 4.0*A5*(k*k*k*k*k) - 2.0*A4*(k*k*k*k) + 2.0*A2*(k*k) - 4.0*A1*k + 6.0*A0;
a6 = A6*(k*k*k*k*k*k) - A5*(k*k*k*k*k) + A4*(k*k*k*k) - A3*(k*k*k) + A2*(k*k) - A1*k + A0;
k = 2.0*ma.SR;
};
//------------------------------------------------------------------------------
// Transposed forms II
//------------------------------------------------------------------------------
tf32t(b0,b1,b2,b3,a1,a2,a3) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1);
};
};
tf42t(b0,b1,b2,b3,b4,a1,a2,a3,a4) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1);
};
};
tf52t(b0,b1,b2,b3,b4,b5,a1,a2,a3,a4,a5) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1)+s5;
's5 = b5*x-a5*(b0*x+s1);
};
};
tf62t(b0,b1,b2,b3,b4,b5,b6,a1,a2,a3,a4,a5,a6) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1)+s5;
's5 = b5*x-a5*(b0*x+s1)+s6;
's6 = b6*x-a6*(b0*x+s1);
};
};
//------------------------------------------------------------------------------
// Filters
//------------------------------------------------------------------------------
symmetric_highshelf(N,Lpi,fx) = fi.highshelf(N,Lpi,sfx) with {
sfx = ba.if(Lpi>0, fx, fi.highshelf_other_freq(N, ma.neg(Lpi), fx));
};
//------------------------------------------------------------------------------
// Utility
//------------------------------------------------------------------------------
// copysign function from C99
copysign = ffunction(float copysignf|copysign|copysignl(float,float),<math.h>,"");
// linear smoother, flushable
lfsmooth(tau, flush, tgt) =
((+:(_,tgt):select2(flush))~_)~((tgt-_)<:(abs,(/(tau*ma.SR):(select2(sc)~_):abs),_):(min,_):copysign)
with {
sc = (tgt!=tgt');//|(tau!=tau')
};
// linear smoother
lsmooth(tau) = lfsmooth(tau, 0);
| https://raw.githubusercontent.com/jpcima/Bass21/e7dc3267719ab4a3c4ed3eb285a34d7f6bb9ff9d/sources/dsp/Bass21Faust.dsp | faust | NOTE: requires -double
------------------------------------------------------------------------------
Circuit
------------------------------------------------------------------------------
------------------------------------------------------------------------------
Distortions
------------------------------------------------------------------------------
TODO the overdrive sections
bass21Clip = atan;
bass21Clip = ma.tanh;
bass21Clip = ef.cubicnl(0.0, 0.0);
------------------------------------------------------------------------------
Subcircuits
------------------------------------------------------------------------------
NOTE: negligible RC high-pass
fi.highpass(1, f)
NOTE: negligible input buffer
analogBiquad(B0, B1, B2, A0, A1, A2)
could also be: fi.tf3slf(B3, B2, B1, B0, A3, A2, A1, A0)
could also be: fi.tf3slf(B3, B2, B1, B0, A3, A2, A1, A0)
note: LPF negligible, replaceable by volume boost and inversion
analogBiquad(B0, B1, B2, A0, A1, A2)
formula refers to control values inverted
------------------------------------------------------------------------------
Bilinear transforms
------------------------------------------------------------------------------
bilinear transform (not prewarped)
bilinear transform (not prewarped)
bilinear transform (not prewarped)
------------------------------------------------------------------------------
Transposed forms II
------------------------------------------------------------------------------
------------------------------------------------------------------------------
Filters
------------------------------------------------------------------------------
------------------------------------------------------------------------------
Utility
------------------------------------------------------------------------------
copysign function from C99
linear smoother, flushable
|(tau!=tau')
linear smoother | import("stdfaust.lib");
declare author "JPC";
declare license "AGPL-3.0-or-later";
process = bass21(pregain, level, blend, presence, drive, bass, treble) with {
begin = checkbox("[0] begin");
pregain = hslider("[1] pregain", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
level = hslider("[2] level", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
blend = hslider("[3] blend", 0.5, 0.0, 1.0, 0.001) : si.smooth(pole);
presence = hslider("[4] presence", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
drive = hslider("[5] drive", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
bass = hslider("[6] bass", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
treble = hslider("[7] treble", 0.5, 0.0, 1.0, 0.001) : si.polySmooth(begin, pole, 0);
pole = ba.tau2pole(50e-3/6.91);
};
bass21(pregain, level, blend, presence, drive, bass, treble) =
*(pregain)
: bass21Input
<: ((_
: bass21RCNetwork1
: bass21Presence(presence) : bass21Clip
: bass21Drive(drive) : bass21Clip
: bass21MysteryActiveFilter
: bass21RCNetwork2
: bass21ActiveSimple1
: bass21HPF
: *(blend)),
*(1.0-blend))
:> +
: *(level)
: bass21ActiveSimple2 : bass21Clip
: bass21EQ(bass, treble) : bass21Clip
: bass21HPF;
bass21Clip(x) = y with {
y = table(i0)+(ixf-float(i0))*(table(i1)-table(i0));
ixf = ((x-xmin)*(float(tsize-1)/(xmax-xmin))) : max(0.0) : min(tsize-1);
i0 = int(ixf);
i1 = (i0+1) : min(tsize-1);
table = rdtable(tsize, ma.tanh((float(ba.time)/float(tsize-1))*(xmax-xmin)+xmin));
xmin = -4.0;
xmax = 4.0;
tsize = 128;
};
with {
f = 1.0/(2.0*ma.PI*R*C);
R = 100e3;
C = 2.2e-6;
};
with {
R1 = 10e3;
R2 = 1e6;
C1 = 22e-9;
B0 = 0.0;
B1 = C1*R2;
B2 = 0.0;
A0 = 1.0;
A1 = C1*R2+C1*R1;
A2 = 0.0;
};
bass21Presence(param) = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 330e3;
C1 = 220e-12;
R2 = 3.3e3;
C2 = 10e-9;
Rp = 100e3*(1.0-param);
B0 = 1.0;
B1 = C2*(Rp+R2)+R1*C1+R1*C2;
B2 = R1*C1*(Rp+R2)*C2;
A0 = 1.0;
A1 = C2*(Rp+R2)+R1*C1;
A2 = R1*C1*(Rp+R2)*C2;
};
bass21Drive(param) = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 330e3;
C1 = 220e-12;
R2 = 3.3e3;
Rp = 100e3*(1.0-param);
B0 = R1+R2+Rp;
B1 = C1*R1*(R2+Rp);
B2 = 0.0;
A0 = R2+Rp;
A1 = C1*R1*(R2+Rp);
A2 = 0.0;
};
bass21RCNetwork1 =
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3)
with {
R1 = 100e3;
R2 = 2.2e3;
R3 = 22e3;
C1 = 22e-9;
C2 = 22e-9;
C3 = 22e-9;
B0 = 1.0;
B1 = C1*R2+C2*R3+C3*R3+C3*R2;
B2 = C2*C1*R2*R3+C3*C1*R2*R3+C3*C2*R2*R3;
B3 = C3*C2*C1*R1*R2*R3;
A0 = 1.0;
A1 = C1*R2+C2*R3+C2*R1+C3*R3+C3*R2;
A2 = C2*C1*R2*R3+C2*C1*R1*R2+C3*C1*R2*R3+C3*C2*R2*R3+C3*C2*R1*R3+C3*C2*R1*R2;
A3 = C3*C2*C1*R1*R2*R3;
};
bass21RCNetwork2 = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 22e3;
R2 = 6.2e3;
C1 = 22e-9;
C2 = 47e-9;
B0 = 1.0;
B1 = C1*R2+C2*R2;
B2 = C2*C1*R1*R2;
A0 = 1.0;
A1 = C1*R2+C2*R2+C2*R1;
A2 = C2*C1*R1*R2;
};
bass21MysteryActiveFilter =
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3)
with {
R1 = 10e3;
R2 = 22e3;
R3 = 22e3;
R4 = 22e3;
R5 = 10e3;
C1 = 47e-9;
C2 = 470e-12;
C3 = 10e-9;
B0 = R4;
B1 = C1*R4*R5;
B2 = 0.0;
B3 = 0.0;
A0 = R4+R1;
A1 = C1*R4*R5+C1*R2*R4+C1*R1*R5+C1*R1*R4+C1*R1*R2+C2*R3*R4+C2*R2*R4+C2*R1*R4+C2*R1*R3+C2*R1*R2;
A2 = C2*C1*R3*R4*R5+C2*C1*R2*R4*R5+C2*C1*R2*R3*R4+C2*C1*R1*R4*R5+C2*C1*R1*R3*R5+C2*C1*R1*R3*R4+C2*C1*R1*R2*R5+C2*C1*R1*R2*R3+C3*C2*R2*R3*R4+C3*C2*R1*R3*R4+C3*C2*R1*R2*R3;
A3 = C3*C2*C1*R2*R3*R4*R5+C3*C2*C1*R1*R3*R4*R5+C3*C2*C1*R1*R2*R3*R5;
};
bass21ActiveSimple1 = analogBiquad(B0, B1, B2, A0, A1, A2) with {
R1 = 33e3;
R2 = 39e3;
C1 = 1e-9;
C2 = 2.2e-9;
B0 = 1.0;
B1 = 0.0;
B2 = 0.0;
A0 = 1.0;
A1 = C1*R2+C1*R1;
A2 = C2*C1*R1*R2;
};
bass21ActiveSimple2 = *(-1.0*R2/R1)
with {
R1 = 10e3;
R2 = 22e3;
C1 = 33e-12;
B0 = -1.0*R2;
B1 = 0.0;
B2 = 0.0;
A0 = R1;
A1 = C1*R1*R2;
A2 = 0.0;
};
bass21EQ(bass_, treble_) =
analogSixthOrder(B0, B1, B2, B3, B4, B5, B6, A0, A1, A2, A3, A4, A5, A6)
with {
bass = 1.0-bass_;
treble = 1.0-treble_;
B0 =
0.0;
B1 =
(10000.0)*bass - (11000.0);
B2 =
((4722366482869644988655.0/147573952589676412928.0)*(bass*bass))
- ((3149228148263694434375.0/147573952589676412928.0)*bass)
- (598633738680022361533287.0/36893488147419103232000.0);
B3 = 0.0
- ((1.0/100.0)*(bass*bass)*treble)
+ ((95513923305516444051222397770391.0/2028240960365167042394725128601600.0)*(bass*bass))
- ((1.0/100.0)*bass*(treble*treble))
+ ((1.0/50.0)*bass*treble)
- ((11855575473574492365904017309744059.0/253530120045645880299340641075200000.0)*bass)
+ ((11.0/1000.0)*(treble*treble))
- ((87.0/10000.0)*treble)
- (14370594264427299590777634582379451.0/2535301200456458802993406410752000000.0);
B4 = 0.0
- ((7486212072260646522045135498046875.0/340282366920938463463374607431768211456.0)*(bass*bass)*(treble*treble))
+ ((4491727243356387913227081298828125.0/340282366920938463463374607431768211456.0)*(bass*bass)*treble)
+ ((43930290233957032614896735927734375.0/2722258935367507707706996859454145691648.0)*(bass*bass))
+ ((7486212072260646522045135498046875.0/340282366920938463463374607431768211456.0)*bass*(treble*treble))
- ((4491727243356387913227081298828125.0/340282366920938463463374607431768211456.0)*bass*treble)
- ((43930290233957032614896735927734375.0/2722258935367507707706996859454145691648.0)*bass)
+ ((1497242414452129304409027099609375.0/680564733841876926926749214863536422912.0)*(treble*treble))
- ((2096139380232981026172637939453125.0/1361129467683753853853498429727072845824.0)*treble)
- (3988653792100472466945648193359375.0/5444517870735015415413993718908291383296.0);
B5 =
((55263030661574758589267730712890625.0/11417981541647679048466287755595961091061972992.0)*bass*(bass - (1.0))*(0.0 - (1000.0)*(treble*treble) + (700.0)*treble + (333.0)));
B6 =
0.0;
A0 =
(1120000.0) - (100000.0)*bass;
A1 =
((827159382962765777100875.0/73786976294838206464.0)*bass)
- ((97398808709186431407275.0/73786976294838206464.0)*(bass*bass))
+ (22486138303994174387839511.0/3689348814741910323200.0);
A2 =
((1.0/10.0)*(bass*bass)*treble)
- ((554005154673064069875538171729.0/12379400392853802748991242240.0)*(bass*bass))
+ ((1.0/10.0)*bass*(treble*treble))
- ((11.0/5.0)*bass*treble)
+ ((11172233007643856170213158767360603.0/198070406285660843983859875840000.0)*bass)
- ((28.0/25.0)*(treble*treble))
+ ((2097.0/1000.0)*treble)
+ (4803318945294176732167021742106863.0/495176015714152109959649689600000.0);
A3 =
((395912635463280607188582045966881.0/324518553658426726783156020576256000.0)*(bass*bass)*(treble*treble))
- ((924536224793224579754221815612658771.0/83076749736557242056487941267521536000.0)*(bass*bass)*treble)
- ((507040844370222621749497226472328135711.0/10384593717069655257060992658440192000000.0)*(bass*bass))
- ((931846978770041617107737440612658771.0/83076749736557242056487941267521536000.0)*bass*(treble*treble))
+ ((877514784442333180710841126228898003.0/41538374868278621028243970633760768000.0)*bass*treble)
+ ((4083733035316798552790018918194514614443.0/83076749736557242056487941267521536000000.0)*bass)
- ((3611720156421957836512892203189315491.0/1038459371706965525706099265844019200000.0)*(treble*treble))
+ ((47940277510652695890303360485452680333.0/8307674973655724205648794126752153600000.0)*treble)
+ (1936978606034868499295094264265095385289.0/519229685853482762853049632922009600000000.0);
A4 =
((38827074815011218430459499359130859375.0/1393796574908163946345982392040522594123776.0)*(bass*bass)*(treble*treble))
- ((51068199162681861845266819000244140625.0/1393796574908163946345982392040522594123776.0)*(bass*bass)*treble)
- ((99107653864029446716585253626748046875.0/11150372599265311570767859136324180752990208.0)*(bass*bass))
- ((38827074815011218430459499359130859375.0/1393796574908163946345982392040522594123776.0)*bass*(treble*treble))
+ ((51068199162681861845266819000244140625.0/1393796574908163946345982392040522594123776.0)*bass*treble)
+ ((99107653864029446716585253626748046875.0/11150372599265311570767859136324180752990208.0)*bass)
- ((1585472873686109630191326141357421875.0/696898287454081973172991196020261297061888.0)*(treble*treble))
+ ((16362191671670370027673244476318359375.0/5575186299632655785383929568162090376495104.0)*treble)
+ (54095420370500304200094670353834375.0/696898287454081973172991196020261297061888.0);
A5 =
((1833247147700098857916891574859619140625.0/365375409332725729550921208179070754913983135744.0)*(bass*bass)*(treble*treble))
- ((9454388675080322685949504375457763671875.0/1461501637330902918203684832716283019655932542976.0)*(bass*bass)*treble)
- ((500354302003399815320782081071474609375.0/2923003274661805836407369665432566039311865085952.0)*(bass*bass))
- ((1833247147700098857916891574859619140625.0/365375409332725729550921208179070754913983135744.0)*bass*(treble*treble))
+ ((9454388675080322685949504375457763671875.0/1461501637330902918203684832716283019655932542976.0)*bass*treble)
+ ((500354302003399815320782081071474609375.0/2923003274661805836407369665432566039311865085952.0)*bass)
- ((3183150566106706671416759490966796875.0/1461501637330902918203684832716283019655932542976.0)*(treble*treble))
+ ((3183150566106706671416759490966796875.0/1461501637330902918203684832716283019655932542976.0)*treble)
+ (840351749452170561254024505615234375.0/11692013098647223345629478661730264157247460343808.0);
A6 = 0.0
-((117489690137807889841496944427490234375.0/24519928653854221733733552434404946937899825954937634816.0)*bass*(bass - (1.0))*(0.0 - (1000.0)*(treble*treble) + (1000.0)*treble + (33.0)));
};
analogBiquad(B0, B1, B2, A0, A1, A2) =
fi.tf22t(b0/a0, b1/a0, b2/a0, a1/a0, a2/a0)
with {
b0 = k*k*B2 + k*B1 + B0;
b1 = k*k*-2.0*B2 + 2.0*B0;
b2 = k*k*B2 - k*B1 + B0;
a0 = k*k*A2 + k*A1 + A0;
a1 = k*k*-2.0*A2 + 2.0*A0;
a2 = k*k*A2 - k*A1 + A0;
k = 2.0*ma.SR;
};
analogThirdOrder(B0, B1, B2, B3, A0, A1, A2, A3) =
fi.tf3(b0/a0, b1/a0, b2/a0, b3/a0, a1/a0, a2/a0, a3/a0)
with {
b0 = k*k*k*B3 + k*k*B2 + B1*k + B0;
b1 = k*k*k*-3.0*B3 - k*k*B2 + B1*k + 3.0*B0;
b2 = k*k*k*3.0*B3 - k*k*B2 - B1*k + 3.0*B0;
b3 = k*k*k*-1.0*B3 + k*k*B2 - B1*k + B0;
a0 = k*k*k*A3 + k*k*A2 + A1*k + A0;
a1 = k*k*k*-3.0*A3 - k*k*A2 + A1*k + 3.0*A0;
a2 = k*k*k*3.0*A3 - k*k*A2 - A1*k + 3.0*A0;
a3 = k*k*k*-1.0*A3 + k*k*A2 - A1*k + A0;
k = 2.0*ma.SR;
};
analogSixthOrder(B0, B1, B2, B3, B4, B5, B6, A0, A1, A2, A3, A4, A5, A6) =
fi.iir((b0/a0, b1/a0, b2/a0, b3/a0, b4/a0, b5/a0, b6/a0),
(a1/a0, a2/a0, a3/a0, a4/a0, a5/a0, a6/a0))
with {
b0 = B6*(k*k*k*k*k*k) + B5*(k*k*k*k*k) + B4*(k*k*k*k) + B3*(k*k*k) + B2*(k*k) + B1*k + B0;
b1 = -6.0*B6*(k*k*k*k*k*k) - 4.0*B5*(k*k*k*k*k) - 2.0*B4*(k*k*k*k) + 2.0*B2*(k*k) + 4.0*B1*k + 6.0*B0;
b2 = 15.0*B6*(k*k*k*k*k*k) + 5.0*B5*(k*k*k*k*k) - B4*(k*k*k*k) - 3.0*B3*(k*k*k) - B2*(k*k) + 5.0*B1*k + 15.0*B0;
b3 = -20.0*B6*(k*k*k*k*k*k) + 4.0*B4*(k*k*k*k) - 4.0*B2*(k*k) + 20.0*B0;
b4 = 15.0*B6*(k*k*k*k*k*k) - 5.0*B5*(k*k*k*k*k) - B4*(k*k*k*k) + 3.0*B3*(k*k*k) - B2*(k*k) - 5.0*B1*k + 15.0*B0;
b5 = -6.0*B6*(k*k*k*k*k*k) + 4.0*B5*(k*k*k*k*k) - 2.0*B4*(k*k*k*k) + 2.0*B2*(k*k) - 4.0*B1*k + 6.0*B0;
b6 = B6*(k*k*k*k*k*k) - B5*(k*k*k*k*k) + B4*(k*k*k*k) - B3*(k*k*k) + B2*(k*k) - B1*k + B0;
a0 = A6*(k*k*k*k*k*k) + A5*(k*k*k*k*k) + A4*(k*k*k*k) + A3*(k*k*k) + A2*(k*k) + A1*k + A0;
a1 = -6.0*A6*(k*k*k*k*k*k) - 4.0*A5*(k*k*k*k*k) - 2.0*A4*(k*k*k*k) + 2.0*A2*(k*k) + 4.0*A1*k + 6.0*A0;
a2 = 15.0*A6*(k*k*k*k*k*k) + 5.0*A5*(k*k*k*k*k) - A4*(k*k*k*k) - 3.0*A3*(k*k*k) - A2*(k*k) + 5.0*A1*k + 15.0*A0;
a3 = -20.0*A6*(k*k*k*k*k*k) + 4.0*A4*(k*k*k*k) - 4.0*A2*(k*k) + 20.0*A0;
a4 = 15.0*A6*(k*k*k*k*k*k) - 5.0*A5*(k*k*k*k*k) - A4*(k*k*k*k) + 3.0*A3*(k*k*k) - A2*(k*k) - 5.0*A1*k + 15.0*A0;
a5 = -6.0*A6*(k*k*k*k*k*k) + 4.0*A5*(k*k*k*k*k) - 2.0*A4*(k*k*k*k) + 2.0*A2*(k*k) - 4.0*A1*k + 6.0*A0;
a6 = A6*(k*k*k*k*k*k) - A5*(k*k*k*k*k) + A4*(k*k*k*k) - A3*(k*k*k) + A2*(k*k) - A1*k + A0;
k = 2.0*ma.SR;
};
tf32t(b0,b1,b2,b3,a1,a2,a3) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1);
};
};
tf42t(b0,b1,b2,b3,b4,a1,a2,a3,a4) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1);
};
};
tf52t(b0,b1,b2,b3,b4,b5,a1,a2,a3,a4,a5) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1)+s5;
's5 = b5*x-a5*(b0*x+s1);
};
};
tf62t(b0,b1,b2,b3,b4,b5,b6,a1,a2,a3,a4,a5,a6) = calc with {
calc(x) = b0*x+s1' letrec {
's1 = b1*x-a1*(b0*x+s1)+s2;
's2 = b2*x-a2*(b0*x+s1)+s3;
's3 = b3*x-a3*(b0*x+s1)+s4;
's4 = b4*x-a4*(b0*x+s1)+s5;
's5 = b5*x-a5*(b0*x+s1)+s6;
's6 = b6*x-a6*(b0*x+s1);
};
};
symmetric_highshelf(N,Lpi,fx) = fi.highshelf(N,Lpi,sfx) with {
sfx = ba.if(Lpi>0, fx, fi.highshelf_other_freq(N, ma.neg(Lpi), fx));
};
copysign = ffunction(float copysignf|copysign|copysignl(float,float),<math.h>,"");
lfsmooth(tau, flush, tgt) =
((+:(_,tgt):select2(flush))~_)~((tgt-_)<:(abs,(/(tau*ma.SR):(select2(sc)~_):abs),_):(min,_):copysign)
with {
};
lsmooth(tau) = lfsmooth(tau, 0);
|
2ea8e7480c4f2c5051b8dee9acc909e89038ee66fc9b9eea268b39c16e070b03 | JoaoSvidzinski/granulateur-matriciel | jgrain7.dsp | declare compilation_options "-single -scal";
declare library_path "jgrain7";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 7";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "30052017";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 3 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 4 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 5 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 6 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_,_,_,_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 10000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : 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*),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 4", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 5", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Grain_FeedBackext/fdx 6", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : _,_,_,_,_,_,_<:((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 0") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 1") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 2") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 3-->/r 3") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 4-->/r 4") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 5-->/r 5") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 6-->/r 6") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 7") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 8") : 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2-->/r 23") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 3-->/r 24") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 4-->/r 25") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 5-->/r 26") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 6-->/r 27") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 28") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 29") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 30") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 3-->/r 31") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 4-->/r 32") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 5-->/r 33") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 6-->/r 34") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 35") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 36") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 37") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 3-->/r 38") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 4-->/r 39") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 5-->/r 40") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 6-->/r 41") : *):>_),((_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 0-->/r 42") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 1-->/r 43") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 2-->/r 44") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 3-->/r 45") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 4-->/r 46") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 5-->/r 47") : *),(_,checkbox("h:Lines/h:Reinjection_Matrix/v:Grain 6-->/r 48") : *):>_)) : (_,(hslider("h:Grain/v:Output/out 0 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 1 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 2 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 3 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 4 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 5 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Output/out 6 [6]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *);
| https://raw.githubusercontent.com/JoaoSvidzinski/granulateur-matriciel/b02da0189f5bae4d16c74f6fe65c04786452c792/max/jgrain7%7E.mxo/jgrain7.dsp | faust | declare compilation_options "-single -scal";
declare library_path "jgrain7";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/noises.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "Jgrain 7";
declare noises_lib_name "Faust Noise Generator Library";
declare noises_lib_version "0.0";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
declare version "30052017";
process = (_,(hslider("h:Grain/v:Input/inp 0 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 1 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 2 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 3 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 4 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 5 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *),(_,(hslider("h:Grain/v:Input/inp 6 [5]", 1.0f, 0.0f, 1.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : *) : (_,_,_,_,_,_,_,_,_,_,_,_,_,_<:_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,_,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,!,_ : (+ : _,1 : * : \(x8).(((x8,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 10000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : int : int),(262144,1 : -) : &) : @),(1,((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 10000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *)),(((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 10000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x17).(x17,(x17 : floor) : -))~_ : _,(1 : float) : * : \(x18).(x18,(x18 : floor) : -)),1 : @),0.001f : <=) : *) : -) : *) : floor) : -) : -) : *),((x8,(((((_,12345 : +)~(_,1103515245 : *),2147483647.0f : / : _,1 : +),hslider("h:Grain/v:Grain_Delay/del 0", 0.0f, 0.0f, 10000.0f, 0.10000000000000001f) : * : _,((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : _,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),1 : @),0.001f : <=) : *) : * : +~(_,(1,((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x13).(x13,(x13 : floor) : -))~_ : _,(1 : float) : * : \(x14).(x14,(x14 : floor) : -)),0.001f : >),((((1000,hslider("h:Grain/v:Grain_Size/size 0", 50.0f, 0.0f, 1000.0f, 0.01f) : /),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : 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19780f88290968f85da04f991fb6628a31987e026018ded3b18bb83e6a28c1f4 | JoaoSvidzinski/lorenz-dream | flanger7B.dsp | declare compilation_options "-single -scal";
declare library_path "flanger7B";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "flanger7B";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
process = \(x5).(((x5,((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : int : int),(1048576,1 : -) : &) : @),(1,((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : *),(((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : floor) : -) : -) : *),((x5,(((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : int),1 : + : int),(1048576,1 : -) : &) : @),((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : *),(((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth0", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : floor) : -) : *) : +),\(x16).(((x16,((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq1", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq1", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq1", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - 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: float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : floor) : -) : -) : *),((x21,(((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - 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| https://raw.githubusercontent.com/JoaoSvidzinski/lorenz-dream/9d6014145d8101e92c34418f81c9be210650cf05/Patch_concert_2019/Dep/Flanger/flanger7B.dsp | faust | declare compilation_options "-single -scal";
declare library_path "flanger7B";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/stdfaust.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/delays.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/oscillators.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/signals.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/maths.lib";
declare library_path "/Users/joaosvidzinski/.FaustLive-CurrentSession-2.0/Libs/basics.lib";
declare basics_lib_name "Faust Basic Element Library";
declare basics_lib_version "0.0";
declare delays_lib_name "Faust Delay Library";
declare delays_lib_version "0.0";
declare maths_lib_author "GRAME";
declare maths_lib_copyright "GRAME";
declare maths_lib_license "LGPL with exception";
declare maths_lib_name "Faust Math Library";
declare maths_lib_version "2.0";
declare name "flanger7B";
declare oscillators_lib_name "Faust Oscillator Library";
declare oscillators_lib_version "0.0";
declare signals_lib_name "Faust Signal Routing Library";
declare signals_lib_version "0.0";
process = \(x5).(((x5,((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq0", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - 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: float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : *),(((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : floor) : -) : -) : *),((x21,(((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x11).(x11,(x11 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x10).(x10,(x10 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : int),1 : + : int),(1048576,1 : -) : &) : @),((((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : *),(((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable),((((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : *),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x15).(x15,(x15 : floor) : -))~_ : _,(65536 : float) : * : floor) : -),((((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),(((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int),1 : +) : rdtable),(((1,16 : <<),1 : +),((((_,1 : +)~_,1 : - : float),(2.0f,3.1415926535897931f : *) : *),(65536 : float) : / : sin),((vslider("flfreq6", 0.050000000000000003f, 0.10000000000000001f, 10.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)),(192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min : float) : / : (+ : \(x14).(x14,(x14 : floor) : -))~_ : _,(65536 : float) : * : int) : rdtable) : -) : *) : + : _,1 : + : _,0.5f : * : _,(vslider("fldepth6", 500.0f, 1.0f, 3000.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : * : _,(vslider("h:flanger/floffset", 5.0f, 2.0f, 100.0f, 0.01f) : _,(1.0f,0.999f : -) : * : +~(_,0.999f : *)) : +),((192000.0f,(1.0f,fconstant(int fSamplingFreq, <math.h>) : max) : min),1000.0f : /) : * : floor) : -) : *) : +);
|
|
2bb39eea33d6745388695db4123bcd3bf070b6d4a391b299b46ef3f7695c4e50 | sadko4u/tamgamp.lv2 | mesa_dc3_lead.dsp | /*
* This is simulation of Mesa/Boogie DC3 preamplifier (lead channel)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "mesa_dc3_lead";
declare name "mesa_dc3_lead";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c01_stage1clip
with {
fs = float(ma.SR);
b0 = fs*(fs*(-3.39648147814414e-13*fs - 1.41446620976163e-10) - 6.56277819866868e-9);
b1 = fs*(fs*(1.01894444344324e-12*fs + 1.41446620976163e-10) - 6.56277819866868e-9);
b2 = fs*(fs*(-1.01894444344324e-12*fs + 1.41446620976163e-10) + 6.56277819866868e-9);
b3 = fs*(fs*(3.39648147814414e-13*fs - 1.41446620976163e-10) + 6.56277819866868e-9);
a0 = fs*(fs*(8.89942320144513e-15*fs + 6.82850398703363e-12) + 1.29352204274063e-9) + 2.7061602658254e-8;
a1 = fs*(fs*(-2.66982696043354e-14*fs - 6.82850398703363e-12) + 1.29352204274063e-9) + 8.11848079747621e-8;
a2 = fs*(fs*(2.66982696043354e-14*fs - 6.82850398703363e-12) - 1.29352204274063e-9) + 8.11848079747621e-8;
a3 = fs*(fs*(-8.89942320144513e-15*fs + 6.82850398703363e-12) - 1.29352204274063e-9) + 2.7061602658254e-8;
};
c01_stage1clip =
_<:
ba.if(signbit(_), c01_stage1_neg_clip, c01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c01_stage1_clip = ffunction(float c01_stage1clip(float), "generated/stage/mesa_dc3_lead/c01_stage1_table.h", "");
c01_stage1_neg_clip = ffunction(float c01_stage1_negclip(float), "generated/stage/mesa_dc3_lead/c01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
c02_stage2clip
with {
fs = float(ma.SR);
b0 = fs*(fs*(fs*(-1.38696009917964e-19*fs - 7.07691453407809e-16) - 8.17458405579397e-13) - 1.98990640737372e-10);
b1 = fs*(fs*(fs*(4.16088029753892e-19*fs + 7.07691453407809e-16) - 8.17458405579397e-13) - 5.96971922212115e-10);
b2 = fs*(fs*(fs*(-2.77392019835928e-19*fs + 1.41538290681562e-15) + 1.63491681115879e-12) - 3.97981281474744e-10);
b3 = fs*(fs*(fs*(-2.77392019835928e-19*fs - 1.41538290681562e-15) + 1.63491681115879e-12) + 3.97981281474744e-10);
b4 = fs*(fs*(fs*(4.16088029753892e-19*fs - 7.07691453407809e-16) - 8.17458405579397e-13) + 5.96971922212115e-10);
b5 = fs*(fs*(fs*(-1.38696009917964e-19*fs + 7.07691453407809e-16) - 8.17458405579397e-13) + 1.98990640737372e-10);
a0 = fs*(fs*(fs*(fs*(3.34293501026707e-24*fs + 2.64768858761465e-20) + 6.78047575088276e-17) + 6.80456501843159e-14) + 2.3514292335315e-11) + 3.96245678087155e-10;
a1 = fs*(fs*(fs*(fs*(-1.67146750513354e-23*fs - 7.94306576284395e-20) - 6.78047575088276e-17) + 6.80456501843159e-14) + 7.0542877005945e-11) + 1.98122839043578e-9;
a2 = fs*(fs*(fs*(fs*(3.34293501026707e-23*fs + 5.2953771752293e-20) - 1.35609515017655e-16) - 1.36091300368632e-13) + 4.702858467063e-11) + 3.96245678087155e-9;
a3 = fs*(fs*(fs*(fs*(-3.34293501026707e-23*fs + 5.2953771752293e-20) + 1.35609515017655e-16) - 1.36091300368632e-13) - 4.702858467063e-11) + 3.96245678087155e-9;
a4 = fs*(fs*(fs*(fs*(1.67146750513354e-23*fs - 7.94306576284395e-20) + 6.78047575088276e-17) + 6.80456501843159e-14) - 7.0542877005945e-11) + 1.98122839043578e-9;
a5 = fs*(fs*(fs*(fs*(-3.34293501026707e-24*fs + 2.64768858761465e-20) - 6.78047575088276e-17) + 6.80456501843159e-14) - 2.3514292335315e-11) + 3.96245678087155e-10;
};
c02_stage2clip =
_<:
ba.if(signbit(_), c02_stage2_neg_clip, c02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c02_stage2_clip = ffunction(float c02_stage2clip(float), "generated/stage/mesa_dc3_lead/c02_stage2_table.h", "");
c02_stage2_neg_clip = ffunction(float c02_stage2_negclip(float), "generated/stage/mesa_dc3_lead/c02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c03_stage3clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = fs*gain*(-2.3819226818044e-8*fs - 5.40118521951115e-6);
b1 = 4.76384536360881e-8*pow(fs,2)*gain;
b2 = fs*gain*(-2.3819226818044e-8*fs + 5.40118521951115e-6);
a0 = fs*(4.29738746630271e-10*fs + 2.05792195263156e-7) + 3.9023912239995e-6;
a1 = -8.59477493260542e-10*pow(fs,2) + 7.80478244799901e-6;
a2 = fs*(4.29738746630271e-10*fs - 2.05792195263156e-7) + 3.9023912239995e-6;
};
c03_stage3clip =
_<:
ba.if(signbit(_), c03_stage3_neg_clip, c03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c03_stage3_clip = ffunction(float c03_stage3clip(float), "generated/stage/mesa_dc3_lead/c03_stage3_table.h", "");
c03_stage3_neg_clip = ffunction(float c03_stage3_negclip(float), "generated/stage/mesa_dc3_lead/c03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
c04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.000835687299633219*fs - 0.278562433211075;
b1 = 0.000835687299633219*fs - 0.278562433211075;
a0 = 2.05613764909663e-5*fs + 0.0130539284336177;
a1 = -2.05613764909663e-5*fs + 0.0130539284336177;
};
c04_stage4clip =
_<:
ba.if(signbit(_), c04_stage4_neg_clip, c04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c04_stage4_clip = ffunction(float c04_stage4clip(float), "generated/stage/mesa_dc3_lead/c04_stage4_table.h", "");
c04_stage4_neg_clip = ffunction(float c04_stage4_negclip(float), "generated/stage/mesa_dc3_lead/c04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
b0 = master*(bass*fs*(fs*(4.20314834832866e-17*fs + 3.22459821904024e-13) + 4.77080423573361e-10) + fs*(fs*(1.05078708708217e-18*fs + 8.0614955476006e-15) + 1.1927010589334e-11)) + middle*(pow(fs,2)*master*middle*(-3.86318782015502e-18*fs - 1.1927010589334e-14) + master*(bass*pow(fs,2)*(1.54527512806201e-16*fs + 4.77080423573361e-13) + fs*(fs*(3.86318782015502e-18*fs + 1.48360375623423e-14) + 1.16361078920332e-11))) + treble*(-9.54160847146722e-18*pow(fs,3)*master*middle + master*(3.81664338858689e-16*bass*pow(fs,3) + fs*(fs*(1.21369259757063e-17*fs + 1.98744722795927e-14) + 2.9090269730083e-12)));
b1 = master*(bass*fs*(-8.40629669665732e-17*pow(fs,2) + 9.54160847146722e-10) + fs*(-2.10157417416433e-18*pow(fs,2) + 2.3854021178668e-11)) + middle*(7.72637564031004e-18*pow(fs,3)*master*middle + master*(-3.09055025612402e-16*bass*pow(fs,3) + fs*(-7.72637564031004e-18*pow(fs,2) + 2.32722157840664e-11))) + treble*(1.90832169429344e-17*pow(fs,3)*master*middle + master*(-7.63328677717377e-16*bass*pow(fs,3) + fs*(-2.42738519514126e-17*pow(fs,2) + 5.8180539460166e-12)));
b2 = -3.97489445591854e-14*pow(fs,2)*master*treble + master*(-6.44919643808048e-13*bass*pow(fs,2) - 1.61229910952012e-14*pow(fs,2)) + middle*(2.3854021178668e-14*pow(fs,2)*master*middle + master*(-9.54160847146722e-13*bass*pow(fs,2) - 2.96720751246846e-14*pow(fs,2)));
b3 = master*(bass*fs*(8.40629669665732e-17*pow(fs,2) - 9.54160847146722e-10) + fs*(2.10157417416433e-18*pow(fs,2) - 2.3854021178668e-11)) + middle*(-7.72637564031004e-18*pow(fs,3)*master*middle + master*(3.09055025612402e-16*bass*pow(fs,3) + fs*(7.72637564031004e-18*pow(fs,2) - 2.32722157840664e-11))) + treble*(-1.90832169429344e-17*pow(fs,3)*master*middle + master*(7.63328677717377e-16*bass*pow(fs,3) + fs*(2.42738519514126e-17*pow(fs,2) - 5.8180539460166e-12)));
b4 = master*(bass*fs*(fs*(-4.20314834832866e-17*fs + 3.22459821904024e-13) - 4.77080423573361e-10) + fs*(fs*(-1.05078708708217e-18*fs + 8.0614955476006e-15) - 1.1927010589334e-11)) + middle*(pow(fs,2)*master*middle*(3.86318782015502e-18*fs - 1.1927010589334e-14) + master*(bass*pow(fs,2)*(-1.54527512806201e-16*fs + 4.77080423573361e-13) + fs*(fs*(-3.86318782015502e-18*fs + 1.48360375623423e-14) - 1.16361078920332e-11))) + treble*(9.54160847146722e-18*pow(fs,3)*master*middle + master*(-3.81664338858689e-16*bass*pow(fs,3) + fs*(fs*(-1.21369259757063e-17*fs + 1.98744722795927e-14) - 2.9090269730083e-12)));
a0 = bass*(fs*(fs*(5.21411574331566e-15*fs + 2.37021932428928e-11) + 9.84531088744928e-9) + 5.8180539460166e-7) + fs*(fs*(1.6149670363376e-16*fs + 9.55623738630908e-13) + 1.23501576528278e-9) + master*(bass*fs*(fs*(fs*(2.60705787165783e-19*fs + 1.18510966214464e-15) + 4.92265544372464e-13) + 2.9090269730083e-11) + fs*(fs*(fs*(8.07483518168802e-21*fs + 4.77811869315454e-17) + 6.1750788264139e-14) + 7.70892147847199e-12) + master*(bass*fs*(fs*(fs*(-6.90889903268356e-20*fs - 3.10986619522479e-16) - 1.17536325817427e-13) - 5.8180539460166e-12) + fs*(fs*(fs*(-2.14247555884914e-21*fs - 1.26155842555098e-17) - 1.61235147200563e-14) - 2.00722861137573e-12))) + middle*(bass*fs*(fs*(2.33141057724777e-15*fs + 7.77873812582419e-12) + 5.8180539460166e-10) + fs*(fs*(-5.62140372264124e-17*fs - 2.28620429808722e-13) + 1.5417842956944e-10) + master*(bass*pow(fs,2)*(fs*(1.16570528862389e-19*fs + 3.88936906291209e-16) + 2.9090269730083e-14) + pow(fs,2)*(fs*(-2.81070186132062e-21*fs - 1.14310214904361e-17) + 7.70892147847199e-15) + master*(bass*pow(fs,2)*(fs*(-2.94952062847257e-20*fs - 9.68705982011763e-17) - 5.8180539460166e-15) + pow(fs,2)*(fs*(7.89277198316611e-22*fs + 3.21942015102828e-18) - 2.00722861137573e-15))) + middle*(fs*(fs*(-5.82852644311943e-17*fs - 1.94468453145605e-13) - 1.45451348650415e-11) + master*(pow(fs,2)*master*(fs*(7.37380157118143e-22*fs + 2.42176495502941e-18) + 1.45451348650415e-16) + pow(fs,2)*(fs*(-2.91426322155971e-21*fs - 9.72342265728024e-18) - 7.27256743252075e-16)))) + treble*(bass*fs*(fs*(5.03666602885078e-15*fs + 2.11265174887755e-11) + 5.67260259736618e-9) + fs*(fs*(1.58358119524258e-16*fs + 9.06359715926249e-13) + 1.17190151607639e-9) + master*(bass*pow(fs,2)*(fs*(2.51833301442539e-19*fs + 1.05632587443877e-15) + 2.83630129868309e-13) + fs*(fs*(fs*(7.91790597621291e-21*fs + 4.53179857963125e-17) + 5.85950758038196e-14) + 7.27256743252074e-12) + master*(bass*pow(fs,2)*(fs*(-5.03666602885078e-20*fs - 2.11265174887755e-16) - 5.67260259736618e-14) + fs*(fs*(fs*(-1.58358119524258e-21*fs - 9.06359715926249e-18) - 1.17190151607639e-14) - 1.45451348650415e-12))) + middle*(bass*pow(fs,2)*(9.77433062930788e-16*fs + 5.67260259736618e-12) + fs*(fs*(-9.48342793200705e-17*fs - 2.98902521476603e-13) + 1.45451348650415e-10) + master*(bass*pow(fs,3)*(4.88716531465394e-20*fs + 2.83630129868309e-16) + pow(fs,2)*(fs*(-4.74171396600353e-21*fs - 1.49451260738301e-17) + 7.27256743252075e-15) + master*(bass*pow(fs,3)*(-9.77433062930788e-21*fs - 5.67260259736618e-17) + pow(fs,2)*(fs*(9.48342793200705e-22*fs + 2.98902521476603e-18) - 1.45451348650415e-15))) + middle*(pow(fs,2)*(-2.44358265732697e-17*fs - 1.41815064934155e-13) + master*(pow(fs,3)*master*(2.44358265732697e-22*fs + 1.41815064934155e-18) + pow(fs,3)*(-1.22179132866349e-21*fs - 7.09075324670773e-18)))) + treble*(bass*pow(fs,2)*(-5.16643190406274e-15*fs - 1.45451348650415e-12) + fs*(fs*(-1.61602266404557e-16*fs - 2.84793740657512e-13) - 3.63628371626037e-11) + master*(bass*pow(fs,3)*(-2.58321595203137e-19*fs - 7.27256743252074e-17) + pow(fs,2)*(fs*(-8.08011332022785e-21*fs - 1.42396870328756e-17) - 1.81814185813019e-15) + master*(bass*pow(fs,3)*(5.16643190406274e-20*fs + 1.45451348650415e-17) + pow(fs,2)*(fs*(1.61602266404557e-21*fs + 2.84793740657512e-18) + 3.63628371626037e-16))) + middle*(-1.45451348650415e-15*bass*pow(fs,3) + pow(fs,2)*(8.29072687307365e-17*fs - 3.63628371626037e-14) + master*(-7.27256743252075e-20*bass*pow(fs,4) + pow(fs,3)*(4.14536343653682e-21*fs - 1.81814185813019e-18) + master*(1.45451348650415e-20*bass*pow(fs,4) + pow(fs,3)*(-8.29072687307365e-22*fs + 3.63628371626037e-19))) + middle*(3.63628371626037e-17*pow(fs,3) + master*(-3.63628371626037e-22*pow(fs,4)*master + 1.81814185813019e-21*pow(fs,4))))) + 1.45451348650415e-7) + 1.5417842956944e-7;
a1 = bass*(fs*(-1.04282314866313e-14*pow(fs,2) + 1.96906217748986e-8) + 2.32722157840664e-6) + fs*(-3.22993407267521e-16*pow(fs,2) + 2.47003153056556e-9) + master*(bass*fs*(pow(fs,2)*(-1.04282314866313e-18*fs - 2.37021932428928e-15) + 5.8180539460166e-11) + fs*(pow(fs,2)*(-3.22993407267521e-20*fs - 9.55623738630908e-17) + 1.5417842956944e-11) + master*(bass*fs*(pow(fs,2)*(2.76355961307342e-19*fs + 6.21973239044958e-16) - 1.16361078920332e-11) + fs*(pow(fs,2)*(8.56990223539657e-21*fs + 2.52311685110196e-17) - 4.01445722275145e-12))) + middle*(bass*fs*(-4.66282115449554e-15*pow(fs,2) + 1.16361078920332e-9) + fs*(1.12428074452825e-16*pow(fs,2) + 3.0835685913888e-10) + master*(bass*pow(fs,3)*(-4.66282115449554e-19*fs - 7.77873812582419e-16) + pow(fs,3)*(1.12428074452825e-20*fs + 2.28620429808722e-17) + master*(bass*pow(fs,3)*(1.17980825138903e-19*fs + 1.93741196402353e-16) + pow(fs,3)*(-3.15710879326645e-21*fs - 6.43884030205657e-18))) + middle*(fs*(1.16570528862389e-16*pow(fs,2) - 2.9090269730083e-11) + master*(pow(fs,3)*master*(-2.94952062847257e-21*fs - 4.84352991005882e-18) + pow(fs,3)*(1.16570528862389e-20*fs + 1.94468453145605e-17)))) + treble*(bass*fs*(-1.00733320577016e-14*pow(fs,2) + 1.13452051947324e-8) + fs*(-3.16716239048516e-16*pow(fs,2) + 2.34380303215279e-9) + master*(bass*pow(fs,3)*(-1.00733320577016e-18*fs - 2.11265174887755e-15) + fs*(pow(fs,2)*(-3.16716239048516e-20*fs - 9.06359715926249e-17) + 1.45451348650415e-11) + master*(bass*pow(fs,3)*(2.01466641154031e-19*fs + 4.22530349775509e-16) + fs*(pow(fs,2)*(6.33432478097032e-21*fs + 1.8127194318525e-17) - 2.9090269730083e-12))) + middle*(-1.95486612586158e-15*bass*pow(fs,3) + fs*(1.89668558640141e-16*pow(fs,2) + 2.9090269730083e-10) + master*(bass*pow(fs,3)*(-1.95486612586158e-19*fs - 5.67260259736618e-16) + pow(fs,3)*(1.89668558640141e-20*fs + 2.98902521476603e-17) + master*(bass*pow(fs,3)*(3.90973225172315e-20*fs + 1.13452051947324e-16) + pow(fs,3)*(-3.79337117280282e-21*fs - 5.97805042953205e-18))) + middle*(4.88716531465394e-17*pow(fs,3) + master*(pow(fs,3)*master*(-9.77433062930788e-22*fs - 2.83630129868309e-18) + pow(fs,3)*(4.88716531465394e-21*fs + 1.41815064934155e-17)))) + treble*(1.03328638081255e-14*bass*pow(fs,3) + fs*(3.23204532809114e-16*pow(fs,2) - 7.27256743252075e-11) + master*(bass*pow(fs,3)*(1.03328638081255e-18*fs + 1.45451348650415e-16) + pow(fs,3)*(3.23204532809114e-20*fs + 2.84793740657512e-17) + master*(bass*pow(fs,3)*(-2.06657276162509e-19*fs - 2.9090269730083e-17) + pow(fs,3)*(-6.46409065618228e-21*fs - 5.69587481315025e-18))) + middle*(2.9090269730083e-15*bass*pow(fs,3) - 1.65814537461473e-16*pow(fs,3) + master*(2.9090269730083e-19*bass*pow(fs,4) + pow(fs,3)*(-1.65814537461473e-20*fs + 3.63628371626037e-18) + master*(-5.8180539460166e-20*bass*pow(fs,4) + pow(fs,3)*(3.31629074922946e-21*fs - 7.27256743252074e-19))) + middle*(-7.27256743252074e-17*pow(fs,3) + master*(1.45451348650415e-21*pow(fs,4)*master - 7.27256743252075e-21*pow(fs,4))))) + 5.8180539460166e-7) + 6.16713718277759e-7;
a2 = bass*(-4.74043864857856e-11*pow(fs,2) + 3.49083236760996e-6) - 1.91124747726182e-12*pow(fs,2) + master*(bass*pow(fs,2)*(1.5642347229947e-18*pow(fs,2) - 9.84531088744928e-13) + pow(fs,2)*(4.84490110901281e-20*pow(fs,2) - 1.23501576528278e-13) + master*(bass*pow(fs,2)*(-4.14533941961014e-19*pow(fs,2) + 2.35072651634855e-13) + pow(fs,2)*(-1.28548533530949e-20*pow(fs,2) + 3.22470294401127e-14))) + middle*(-1.55574762516484e-11*bass*pow(fs,2) + 4.57240859617444e-13*pow(fs,2) + master*(bass*pow(fs,2)*(6.99423173174331e-19*pow(fs,2) - 5.8180539460166e-14) + pow(fs,2)*(-1.68642111679237e-20*pow(fs,2) - 1.5417842956944e-14) + master*(bass*pow(fs,2)*(-1.76971237708354e-19*pow(fs,2) + 1.16361078920332e-14) + pow(fs,2)*(4.73566318989967e-21*pow(fs,2) + 4.01445722275145e-15))) + middle*(3.88936906291209e-13*pow(fs,2) + master*(pow(fs,2)*master*(4.42428094270886e-21*pow(fs,2) - 2.9090269730083e-16) + pow(fs,2)*(-1.74855793293583e-20*pow(fs,2) + 1.45451348650415e-15)))) + treble*(-4.22530349775509e-11*bass*pow(fs,2) - 1.8127194318525e-12*pow(fs,2) + master*(bass*pow(fs,2)*(1.51099980865523e-18*pow(fs,2) - 5.67260259736618e-13) + pow(fs,2)*(4.75074358572774e-20*pow(fs,2) - 1.17190151607639e-13) + master*(bass*pow(fs,2)*(-3.02199961731047e-19*pow(fs,2) + 1.13452051947324e-13) + pow(fs,2)*(-9.50148717145549e-21*pow(fs,2) + 2.34380303215279e-14))) + middle*(-1.13452051947324e-11*bass*pow(fs,2) + 5.97805042953205e-13*pow(fs,2) + master*(2.93229918879236e-19*bass*pow(fs,4) + pow(fs,2)*(-2.84502837960212e-20*pow(fs,2) - 1.45451348650415e-14) + master*(-5.86459837758473e-20*bass*pow(fs,4) + pow(fs,2)*(5.69005675920423e-21*pow(fs,2) + 2.9090269730083e-15))) + middle*(2.83630129868309e-13*pow(fs,2) + master*(1.46614959439618e-21*pow(fs,4)*master - 7.33074797198091e-21*pow(fs,4)))) + treble*(2.9090269730083e-12*bass*pow(fs,2) + 5.69587481315025e-13*pow(fs,2) + master*(-1.54992957121882e-18*bass*pow(fs,4) + pow(fs,2)*(-4.84806799213671e-20*pow(fs,2) + 3.63628371626037e-15) + master*(3.09985914243764e-19*bass*pow(fs,4) + pow(fs,2)*(9.69613598427342e-21*pow(fs,2) - 7.27256743252075e-16))) + middle*(7.27256743252074e-14*pow(fs,2) + master*middle*(-2.18177022975622e-21*pow(fs,4)*master + 1.09088511487811e-20*pow(fs,4)) + master*(-4.36354045951245e-19*bass*pow(fs,4) + 2.48721806192209e-20*pow(fs,4) + master*(8.72708091902489e-20*bass*pow(fs,4) - 4.97443612384419e-21*pow(fs,4))))) + 8.72708091902489e-7) + 9.25070577416639e-7;
a3 = bass*(fs*(1.04282314866313e-14*pow(fs,2) - 1.96906217748986e-8) + 2.32722157840664e-6) + fs*(3.22993407267521e-16*pow(fs,2) - 2.47003153056556e-9) + master*(bass*fs*(pow(fs,2)*(-1.04282314866313e-18*fs + 2.37021932428928e-15) - 5.8180539460166e-11) + fs*(pow(fs,2)*(-3.22993407267521e-20*fs + 9.55623738630908e-17) - 1.5417842956944e-11) + master*(bass*fs*(pow(fs,2)*(2.76355961307342e-19*fs - 6.21973239044958e-16) + 1.16361078920332e-11) + fs*(pow(fs,2)*(8.56990223539657e-21*fs - 2.52311685110196e-17) + 4.01445722275145e-12))) + middle*(bass*fs*(4.66282115449554e-15*pow(fs,2) - 1.16361078920332e-9) + fs*(-1.12428074452825e-16*pow(fs,2) - 3.0835685913888e-10) + master*(bass*pow(fs,3)*(-4.66282115449554e-19*fs + 7.77873812582419e-16) + pow(fs,3)*(1.12428074452825e-20*fs - 2.28620429808722e-17) + master*(bass*pow(fs,3)*(1.17980825138903e-19*fs - 1.93741196402353e-16) + pow(fs,3)*(-3.15710879326645e-21*fs + 6.43884030205657e-18))) + middle*(fs*(-1.16570528862389e-16*pow(fs,2) + 2.9090269730083e-11) + master*(pow(fs,3)*master*(-2.94952062847257e-21*fs + 4.84352991005882e-18) + pow(fs,3)*(1.16570528862389e-20*fs - 1.94468453145605e-17)))) + treble*(bass*fs*(1.00733320577016e-14*pow(fs,2) - 1.13452051947324e-8) + fs*(3.16716239048516e-16*pow(fs,2) - 2.34380303215279e-9) + master*(bass*pow(fs,3)*(-1.00733320577016e-18*fs + 2.11265174887755e-15) + fs*(pow(fs,2)*(-3.16716239048516e-20*fs + 9.06359715926249e-17) - 1.45451348650415e-11) + master*(bass*pow(fs,3)*(2.01466641154031e-19*fs - 4.22530349775509e-16) + fs*(pow(fs,2)*(6.33432478097032e-21*fs - 1.8127194318525e-17) + 2.9090269730083e-12))) + middle*(1.95486612586158e-15*bass*pow(fs,3) + fs*(-1.89668558640141e-16*pow(fs,2) - 2.9090269730083e-10) + master*(bass*pow(fs,3)*(-1.95486612586158e-19*fs + 5.67260259736618e-16) + pow(fs,3)*(1.89668558640141e-20*fs - 2.98902521476603e-17) + master*(bass*pow(fs,3)*(3.90973225172315e-20*fs - 1.13452051947324e-16) + pow(fs,3)*(-3.79337117280282e-21*fs + 5.97805042953205e-18))) + middle*(-4.88716531465394e-17*pow(fs,3) + master*(pow(fs,3)*master*(-9.77433062930788e-22*fs + 2.83630129868309e-18) + pow(fs,3)*(4.88716531465394e-21*fs - 1.41815064934155e-17)))) + treble*(-1.03328638081255e-14*bass*pow(fs,3) + fs*(-3.23204532809114e-16*pow(fs,2) + 7.27256743252075e-11) + master*(bass*pow(fs,3)*(1.03328638081255e-18*fs - 1.45451348650415e-16) + pow(fs,3)*(3.23204532809114e-20*fs - 2.84793740657512e-17) + master*(bass*pow(fs,3)*(-2.06657276162509e-19*fs + 2.9090269730083e-17) + pow(fs,3)*(-6.46409065618228e-21*fs + 5.69587481315025e-18))) + middle*(-2.9090269730083e-15*bass*pow(fs,3) + 1.65814537461473e-16*pow(fs,3) + master*(2.9090269730083e-19*bass*pow(fs,4) + pow(fs,3)*(-1.65814537461473e-20*fs - 3.63628371626037e-18) + master*(-5.8180539460166e-20*bass*pow(fs,4) + pow(fs,3)*(3.31629074922946e-21*fs + 7.27256743252074e-19))) + middle*(7.27256743252074e-17*pow(fs,3) + master*(1.45451348650415e-21*pow(fs,4)*master - 7.27256743252075e-21*pow(fs,4))))) + 5.8180539460166e-7) + 6.16713718277759e-7;
a4 = bass*(fs*(fs*(-5.21411574331566e-15*fs + 2.37021932428928e-11) - 9.84531088744928e-9) + 5.8180539460166e-7) + fs*(fs*(-1.6149670363376e-16*fs + 9.55623738630908e-13) - 1.23501576528278e-9) + master*(bass*fs*(fs*(fs*(2.60705787165783e-19*fs - 1.18510966214464e-15) + 4.92265544372464e-13) - 2.9090269730083e-11) + fs*(fs*(fs*(8.07483518168802e-21*fs - 4.77811869315454e-17) + 6.1750788264139e-14) - 7.70892147847199e-12) + master*(bass*fs*(fs*(fs*(-6.90889903268356e-20*fs + 3.10986619522479e-16) - 1.17536325817427e-13) + 5.8180539460166e-12) + fs*(fs*(fs*(-2.14247555884914e-21*fs + 1.26155842555098e-17) - 1.61235147200563e-14) + 2.00722861137573e-12))) + middle*(bass*fs*(fs*(-2.33141057724777e-15*fs + 7.77873812582419e-12) - 5.8180539460166e-10) + fs*(fs*(5.62140372264124e-17*fs - 2.28620429808722e-13) - 1.5417842956944e-10) + master*(bass*pow(fs,2)*(fs*(1.16570528862389e-19*fs - 3.88936906291209e-16) + 2.9090269730083e-14) + pow(fs,2)*(fs*(-2.81070186132062e-21*fs + 1.14310214904361e-17) + 7.70892147847199e-15) + master*(bass*pow(fs,2)*(fs*(-2.94952062847257e-20*fs + 9.68705982011763e-17) - 5.8180539460166e-15) + pow(fs,2)*(fs*(7.89277198316611e-22*fs - 3.21942015102828e-18) - 2.00722861137573e-15))) + middle*(fs*(fs*(5.82852644311943e-17*fs - 1.94468453145605e-13) + 1.45451348650415e-11) + master*(pow(fs,2)*master*(fs*(7.37380157118143e-22*fs - 2.42176495502941e-18) + 1.45451348650415e-16) + pow(fs,2)*(fs*(-2.91426322155971e-21*fs + 9.72342265728024e-18) - 7.27256743252075e-16)))) + treble*(bass*fs*(fs*(-5.03666602885078e-15*fs + 2.11265174887755e-11) - 5.67260259736618e-9) + fs*(fs*(-1.58358119524258e-16*fs + 9.06359715926249e-13) - 1.17190151607639e-9) + master*(bass*pow(fs,2)*(fs*(2.51833301442539e-19*fs - 1.05632587443877e-15) + 2.83630129868309e-13) + fs*(fs*(fs*(7.91790597621291e-21*fs - 4.53179857963125e-17) + 5.85950758038196e-14) - 7.27256743252074e-12) + master*(bass*pow(fs,2)*(fs*(-5.03666602885078e-20*fs + 2.11265174887755e-16) - 5.67260259736618e-14) + fs*(fs*(fs*(-1.58358119524258e-21*fs + 9.06359715926249e-18) - 1.17190151607639e-14) + 1.45451348650415e-12))) + middle*(bass*pow(fs,2)*(-9.77433062930788e-16*fs + 5.67260259736618e-12) + fs*(fs*(9.48342793200705e-17*fs - 2.98902521476603e-13) - 1.45451348650415e-10) + master*(bass*pow(fs,3)*(4.88716531465394e-20*fs - 2.83630129868309e-16) + pow(fs,2)*(fs*(-4.74171396600353e-21*fs + 1.49451260738301e-17) + 7.27256743252075e-15) + master*(bass*pow(fs,3)*(-9.77433062930788e-21*fs + 5.67260259736618e-17) + pow(fs,2)*(fs*(9.48342793200705e-22*fs - 2.98902521476603e-18) - 1.45451348650415e-15))) + middle*(pow(fs,2)*(2.44358265732697e-17*fs - 1.41815064934155e-13) + master*(pow(fs,3)*master*(2.44358265732697e-22*fs - 1.41815064934155e-18) + pow(fs,3)*(-1.22179132866349e-21*fs + 7.09075324670773e-18)))) + treble*(bass*pow(fs,2)*(5.16643190406274e-15*fs - 1.45451348650415e-12) + fs*(fs*(1.61602266404557e-16*fs - 2.84793740657512e-13) + 3.63628371626037e-11) + master*(bass*pow(fs,3)*(-2.58321595203137e-19*fs + 7.27256743252074e-17) + pow(fs,2)*(fs*(-8.08011332022785e-21*fs + 1.42396870328756e-17) - 1.81814185813019e-15) + master*(bass*pow(fs,3)*(5.16643190406274e-20*fs - 1.45451348650415e-17) + pow(fs,2)*(fs*(1.61602266404557e-21*fs - 2.84793740657512e-18) + 3.63628371626037e-16))) + middle*(1.45451348650415e-15*bass*pow(fs,3) + pow(fs,2)*(-8.29072687307365e-17*fs - 3.63628371626037e-14) + master*(-7.27256743252075e-20*bass*pow(fs,4) + pow(fs,3)*(4.14536343653682e-21*fs + 1.81814185813019e-18) + master*(1.45451348650415e-20*bass*pow(fs,4) + pow(fs,3)*(-8.29072687307365e-22*fs - 3.63628371626037e-19))) + middle*(-3.63628371626037e-17*pow(fs,3) + master*(-3.63628371626037e-22*pow(fs,4)*master + 1.81814185813019e-21*pow(fs,4))))) + 1.45451348650415e-7) + 1.5417842956944e-7;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c06_stage5clip
with {
fs = float(ma.SR);
b0 = (fs*(4.43030830836957e-10*fs + 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs - 4.72566219559423e-7));
b1 = (-8.86061661673914e-10*pow(fs,2) + 2.83539731735652e-9*pow(fs,2));
b2 = (fs*(4.43030830836957e-10*fs - 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs + 4.72566219559423e-7));
a0 = fs*(4.60626343739698e-10*fs + 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs - 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs - 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
a1 = -9.21252687479396e-10*pow(fs,2) + (6.38538513058588e-11*pow(fs,2) + (1.32763030240861e-10*pow(fs,2) + 3.27403958923153e-20) - 7.08953770134946e-6) + 2.26865206443179e-5;
a2 = fs*(4.60626343739698e-10*fs - 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs + 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs + 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
};
c06_stage5clip =
_<:
ba.if(signbit(_), c06_stage5_neg_clip, c06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c06_stage5_clip = ffunction(float c06_stage5clip(float), "generated/stage/mesa_dc3_lead/c06_stage5_table.h", "");
c06_stage5_neg_clip = ffunction(float c06_stage5_negclip(float), "generated/stage/mesa_dc3_lead/c06_stage5_neg_table.h", "");
};
process =
*(pregain) :
// *(0.01) :
*(0.05) :
p1 :
*(0.13) :
// *(0.5) :
p2 :
*(0.9) :
// *(1.6) :
p3 :
*(0.62) :
// *(1.5) :
p4 :
p5 :
*(3.28) :
// *(2.5) :
p6
*(4.36) :
// *(2.1) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/mesa_dc3_lead.dsp | faust |
* This is simulation of Mesa/Boogie DC3 preamplifier (lead channel)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*(0.01) :
*(0.5) :
*(1.6) :
*(1.5) :
*(2.5) :
*(2.1) : |
declare id "mesa_dc3_lead";
declare name "mesa_dc3_lead";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0),(a1/a0,a2/a0,a3/a0)) :
c01_stage1clip
with {
fs = float(ma.SR);
b0 = fs*(fs*(-3.39648147814414e-13*fs - 1.41446620976163e-10) - 6.56277819866868e-9);
b1 = fs*(fs*(1.01894444344324e-12*fs + 1.41446620976163e-10) - 6.56277819866868e-9);
b2 = fs*(fs*(-1.01894444344324e-12*fs + 1.41446620976163e-10) + 6.56277819866868e-9);
b3 = fs*(fs*(3.39648147814414e-13*fs - 1.41446620976163e-10) + 6.56277819866868e-9);
a0 = fs*(fs*(8.89942320144513e-15*fs + 6.82850398703363e-12) + 1.29352204274063e-9) + 2.7061602658254e-8;
a1 = fs*(fs*(-2.66982696043354e-14*fs - 6.82850398703363e-12) + 1.29352204274063e-9) + 8.11848079747621e-8;
a2 = fs*(fs*(2.66982696043354e-14*fs - 6.82850398703363e-12) - 1.29352204274063e-9) + 8.11848079747621e-8;
a3 = fs*(fs*(-8.89942320144513e-15*fs + 6.82850398703363e-12) - 1.29352204274063e-9) + 2.7061602658254e-8;
};
c01_stage1clip =
_<:
ba.if(signbit(_), c01_stage1_neg_clip, c01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c01_stage1_clip = ffunction(float c01_stage1clip(float), "generated/stage/mesa_dc3_lead/c01_stage1_table.h", "");
c01_stage1_neg_clip = ffunction(float c01_stage1_negclip(float), "generated/stage/mesa_dc3_lead/c01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
c02_stage2clip
with {
fs = float(ma.SR);
b0 = fs*(fs*(fs*(-1.38696009917964e-19*fs - 7.07691453407809e-16) - 8.17458405579397e-13) - 1.98990640737372e-10);
b1 = fs*(fs*(fs*(4.16088029753892e-19*fs + 7.07691453407809e-16) - 8.17458405579397e-13) - 5.96971922212115e-10);
b2 = fs*(fs*(fs*(-2.77392019835928e-19*fs + 1.41538290681562e-15) + 1.63491681115879e-12) - 3.97981281474744e-10);
b3 = fs*(fs*(fs*(-2.77392019835928e-19*fs - 1.41538290681562e-15) + 1.63491681115879e-12) + 3.97981281474744e-10);
b4 = fs*(fs*(fs*(4.16088029753892e-19*fs - 7.07691453407809e-16) - 8.17458405579397e-13) + 5.96971922212115e-10);
b5 = fs*(fs*(fs*(-1.38696009917964e-19*fs + 7.07691453407809e-16) - 8.17458405579397e-13) + 1.98990640737372e-10);
a0 = fs*(fs*(fs*(fs*(3.34293501026707e-24*fs + 2.64768858761465e-20) + 6.78047575088276e-17) + 6.80456501843159e-14) + 2.3514292335315e-11) + 3.96245678087155e-10;
a1 = fs*(fs*(fs*(fs*(-1.67146750513354e-23*fs - 7.94306576284395e-20) - 6.78047575088276e-17) + 6.80456501843159e-14) + 7.0542877005945e-11) + 1.98122839043578e-9;
a2 = fs*(fs*(fs*(fs*(3.34293501026707e-23*fs + 5.2953771752293e-20) - 1.35609515017655e-16) - 1.36091300368632e-13) + 4.702858467063e-11) + 3.96245678087155e-9;
a3 = fs*(fs*(fs*(fs*(-3.34293501026707e-23*fs + 5.2953771752293e-20) + 1.35609515017655e-16) - 1.36091300368632e-13) - 4.702858467063e-11) + 3.96245678087155e-9;
a4 = fs*(fs*(fs*(fs*(1.67146750513354e-23*fs - 7.94306576284395e-20) + 6.78047575088276e-17) + 6.80456501843159e-14) - 7.0542877005945e-11) + 1.98122839043578e-9;
a5 = fs*(fs*(fs*(fs*(-3.34293501026707e-24*fs + 2.64768858761465e-20) - 6.78047575088276e-17) + 6.80456501843159e-14) - 2.3514292335315e-11) + 3.96245678087155e-10;
};
c02_stage2clip =
_<:
ba.if(signbit(_), c02_stage2_neg_clip, c02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c02_stage2_clip = ffunction(float c02_stage2clip(float), "generated/stage/mesa_dc3_lead/c02_stage2_table.h", "");
c02_stage2_neg_clip = ffunction(float c02_stage2_negclip(float), "generated/stage/mesa_dc3_lead/c02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c03_stage3clip
with {
fs = float(ma.SR);
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = fs*gain*(-2.3819226818044e-8*fs - 5.40118521951115e-6);
b1 = 4.76384536360881e-8*pow(fs,2)*gain;
b2 = fs*gain*(-2.3819226818044e-8*fs + 5.40118521951115e-6);
a0 = fs*(4.29738746630271e-10*fs + 2.05792195263156e-7) + 3.9023912239995e-6;
a1 = -8.59477493260542e-10*pow(fs,2) + 7.80478244799901e-6;
a2 = fs*(4.29738746630271e-10*fs - 2.05792195263156e-7) + 3.9023912239995e-6;
};
c03_stage3clip =
_<:
ba.if(signbit(_), c03_stage3_neg_clip, c03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c03_stage3_clip = ffunction(float c03_stage3clip(float), "generated/stage/mesa_dc3_lead/c03_stage3_table.h", "");
c03_stage3_neg_clip = ffunction(float c03_stage3_negclip(float), "generated/stage/mesa_dc3_lead/c03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
c04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.000835687299633219*fs - 0.278562433211075;
b1 = 0.000835687299633219*fs - 0.278562433211075;
a0 = 2.05613764909663e-5*fs + 0.0130539284336177;
a1 = -2.05613764909663e-5*fs + 0.0130539284336177;
};
c04_stage4clip =
_<:
ba.if(signbit(_), c04_stage4_neg_clip, c04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c04_stage4_clip = ffunction(float c04_stage4clip(float), "generated/stage/mesa_dc3_lead/c04_stage4_table.h", "");
c04_stage4_neg_clip = ffunction(float c04_stage4_negclip(float), "generated/stage/mesa_dc3_lead/c04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
b0 = master*(bass*fs*(fs*(4.20314834832866e-17*fs + 3.22459821904024e-13) + 4.77080423573361e-10) + fs*(fs*(1.05078708708217e-18*fs + 8.0614955476006e-15) + 1.1927010589334e-11)) + middle*(pow(fs,2)*master*middle*(-3.86318782015502e-18*fs - 1.1927010589334e-14) + master*(bass*pow(fs,2)*(1.54527512806201e-16*fs + 4.77080423573361e-13) + fs*(fs*(3.86318782015502e-18*fs + 1.48360375623423e-14) + 1.16361078920332e-11))) + treble*(-9.54160847146722e-18*pow(fs,3)*master*middle + master*(3.81664338858689e-16*bass*pow(fs,3) + fs*(fs*(1.21369259757063e-17*fs + 1.98744722795927e-14) + 2.9090269730083e-12)));
b1 = master*(bass*fs*(-8.40629669665732e-17*pow(fs,2) + 9.54160847146722e-10) + fs*(-2.10157417416433e-18*pow(fs,2) + 2.3854021178668e-11)) + middle*(7.72637564031004e-18*pow(fs,3)*master*middle + master*(-3.09055025612402e-16*bass*pow(fs,3) + fs*(-7.72637564031004e-18*pow(fs,2) + 2.32722157840664e-11))) + treble*(1.90832169429344e-17*pow(fs,3)*master*middle + master*(-7.63328677717377e-16*bass*pow(fs,3) + fs*(-2.42738519514126e-17*pow(fs,2) + 5.8180539460166e-12)));
b2 = -3.97489445591854e-14*pow(fs,2)*master*treble + master*(-6.44919643808048e-13*bass*pow(fs,2) - 1.61229910952012e-14*pow(fs,2)) + middle*(2.3854021178668e-14*pow(fs,2)*master*middle + master*(-9.54160847146722e-13*bass*pow(fs,2) - 2.96720751246846e-14*pow(fs,2)));
b3 = master*(bass*fs*(8.40629669665732e-17*pow(fs,2) - 9.54160847146722e-10) + fs*(2.10157417416433e-18*pow(fs,2) - 2.3854021178668e-11)) + middle*(-7.72637564031004e-18*pow(fs,3)*master*middle + master*(3.09055025612402e-16*bass*pow(fs,3) + fs*(7.72637564031004e-18*pow(fs,2) - 2.32722157840664e-11))) + treble*(-1.90832169429344e-17*pow(fs,3)*master*middle + master*(7.63328677717377e-16*bass*pow(fs,3) + fs*(2.42738519514126e-17*pow(fs,2) - 5.8180539460166e-12)));
b4 = master*(bass*fs*(fs*(-4.20314834832866e-17*fs + 3.22459821904024e-13) - 4.77080423573361e-10) + fs*(fs*(-1.05078708708217e-18*fs + 8.0614955476006e-15) - 1.1927010589334e-11)) + middle*(pow(fs,2)*master*middle*(3.86318782015502e-18*fs - 1.1927010589334e-14) + master*(bass*pow(fs,2)*(-1.54527512806201e-16*fs + 4.77080423573361e-13) + fs*(fs*(-3.86318782015502e-18*fs + 1.48360375623423e-14) - 1.16361078920332e-11))) + treble*(9.54160847146722e-18*pow(fs,3)*master*middle + master*(-3.81664338858689e-16*bass*pow(fs,3) + fs*(fs*(-1.21369259757063e-17*fs + 1.98744722795927e-14) - 2.9090269730083e-12)));
a0 = bass*(fs*(fs*(5.21411574331566e-15*fs + 2.37021932428928e-11) + 9.84531088744928e-9) + 5.8180539460166e-7) + fs*(fs*(1.6149670363376e-16*fs + 9.55623738630908e-13) + 1.23501576528278e-9) + master*(bass*fs*(fs*(fs*(2.60705787165783e-19*fs + 1.18510966214464e-15) + 4.92265544372464e-13) + 2.9090269730083e-11) + fs*(fs*(fs*(8.07483518168802e-21*fs + 4.77811869315454e-17) + 6.1750788264139e-14) + 7.70892147847199e-12) + master*(bass*fs*(fs*(fs*(-6.90889903268356e-20*fs - 3.10986619522479e-16) - 1.17536325817427e-13) - 5.8180539460166e-12) + fs*(fs*(fs*(-2.14247555884914e-21*fs - 1.26155842555098e-17) - 1.61235147200563e-14) - 2.00722861137573e-12))) + middle*(bass*fs*(fs*(2.33141057724777e-15*fs + 7.77873812582419e-12) + 5.8180539460166e-10) + fs*(fs*(-5.62140372264124e-17*fs - 2.28620429808722e-13) + 1.5417842956944e-10) + master*(bass*pow(fs,2)*(fs*(1.16570528862389e-19*fs + 3.88936906291209e-16) + 2.9090269730083e-14) + pow(fs,2)*(fs*(-2.81070186132062e-21*fs - 1.14310214904361e-17) + 7.70892147847199e-15) + master*(bass*pow(fs,2)*(fs*(-2.94952062847257e-20*fs - 9.68705982011763e-17) - 5.8180539460166e-15) + pow(fs,2)*(fs*(7.89277198316611e-22*fs + 3.21942015102828e-18) - 2.00722861137573e-15))) + middle*(fs*(fs*(-5.82852644311943e-17*fs - 1.94468453145605e-13) - 1.45451348650415e-11) + master*(pow(fs,2)*master*(fs*(7.37380157118143e-22*fs + 2.42176495502941e-18) + 1.45451348650415e-16) + pow(fs,2)*(fs*(-2.91426322155971e-21*fs - 9.72342265728024e-18) - 7.27256743252075e-16)))) + treble*(bass*fs*(fs*(5.03666602885078e-15*fs + 2.11265174887755e-11) + 5.67260259736618e-9) + fs*(fs*(1.58358119524258e-16*fs + 9.06359715926249e-13) + 1.17190151607639e-9) + master*(bass*pow(fs,2)*(fs*(2.51833301442539e-19*fs + 1.05632587443877e-15) + 2.83630129868309e-13) + fs*(fs*(fs*(7.91790597621291e-21*fs + 4.53179857963125e-17) + 5.85950758038196e-14) + 7.27256743252074e-12) + master*(bass*pow(fs,2)*(fs*(-5.03666602885078e-20*fs - 2.11265174887755e-16) - 5.67260259736618e-14) + fs*(fs*(fs*(-1.58358119524258e-21*fs - 9.06359715926249e-18) - 1.17190151607639e-14) - 1.45451348650415e-12))) + middle*(bass*pow(fs,2)*(9.77433062930788e-16*fs + 5.67260259736618e-12) + fs*(fs*(-9.48342793200705e-17*fs - 2.98902521476603e-13) + 1.45451348650415e-10) + master*(bass*pow(fs,3)*(4.88716531465394e-20*fs + 2.83630129868309e-16) + pow(fs,2)*(fs*(-4.74171396600353e-21*fs - 1.49451260738301e-17) + 7.27256743252075e-15) + master*(bass*pow(fs,3)*(-9.77433062930788e-21*fs - 5.67260259736618e-17) + pow(fs,2)*(fs*(9.48342793200705e-22*fs + 2.98902521476603e-18) - 1.45451348650415e-15))) + middle*(pow(fs,2)*(-2.44358265732697e-17*fs - 1.41815064934155e-13) + master*(pow(fs,3)*master*(2.44358265732697e-22*fs + 1.41815064934155e-18) + pow(fs,3)*(-1.22179132866349e-21*fs - 7.09075324670773e-18)))) + treble*(bass*pow(fs,2)*(-5.16643190406274e-15*fs - 1.45451348650415e-12) + fs*(fs*(-1.61602266404557e-16*fs - 2.84793740657512e-13) - 3.63628371626037e-11) + master*(bass*pow(fs,3)*(-2.58321595203137e-19*fs - 7.27256743252074e-17) + pow(fs,2)*(fs*(-8.08011332022785e-21*fs - 1.42396870328756e-17) - 1.81814185813019e-15) + master*(bass*pow(fs,3)*(5.16643190406274e-20*fs + 1.45451348650415e-17) + pow(fs,2)*(fs*(1.61602266404557e-21*fs + 2.84793740657512e-18) + 3.63628371626037e-16))) + middle*(-1.45451348650415e-15*bass*pow(fs,3) + pow(fs,2)*(8.29072687307365e-17*fs - 3.63628371626037e-14) + master*(-7.27256743252075e-20*bass*pow(fs,4) + pow(fs,3)*(4.14536343653682e-21*fs - 1.81814185813019e-18) + master*(1.45451348650415e-20*bass*pow(fs,4) + pow(fs,3)*(-8.29072687307365e-22*fs + 3.63628371626037e-19))) + middle*(3.63628371626037e-17*pow(fs,3) + master*(-3.63628371626037e-22*pow(fs,4)*master + 1.81814185813019e-21*pow(fs,4))))) + 1.45451348650415e-7) + 1.5417842956944e-7;
a1 = bass*(fs*(-1.04282314866313e-14*pow(fs,2) + 1.96906217748986e-8) + 2.32722157840664e-6) + fs*(-3.22993407267521e-16*pow(fs,2) + 2.47003153056556e-9) + master*(bass*fs*(pow(fs,2)*(-1.04282314866313e-18*fs - 2.37021932428928e-15) + 5.8180539460166e-11) + fs*(pow(fs,2)*(-3.22993407267521e-20*fs - 9.55623738630908e-17) + 1.5417842956944e-11) + master*(bass*fs*(pow(fs,2)*(2.76355961307342e-19*fs + 6.21973239044958e-16) - 1.16361078920332e-11) + fs*(pow(fs,2)*(8.56990223539657e-21*fs + 2.52311685110196e-17) - 4.01445722275145e-12))) + middle*(bass*fs*(-4.66282115449554e-15*pow(fs,2) + 1.16361078920332e-9) + fs*(1.12428074452825e-16*pow(fs,2) + 3.0835685913888e-10) + master*(bass*pow(fs,3)*(-4.66282115449554e-19*fs - 7.77873812582419e-16) + pow(fs,3)*(1.12428074452825e-20*fs + 2.28620429808722e-17) + master*(bass*pow(fs,3)*(1.17980825138903e-19*fs + 1.93741196402353e-16) + pow(fs,3)*(-3.15710879326645e-21*fs - 6.43884030205657e-18))) + middle*(fs*(1.16570528862389e-16*pow(fs,2) - 2.9090269730083e-11) + master*(pow(fs,3)*master*(-2.94952062847257e-21*fs - 4.84352991005882e-18) + pow(fs,3)*(1.16570528862389e-20*fs + 1.94468453145605e-17)))) + treble*(bass*fs*(-1.00733320577016e-14*pow(fs,2) + 1.13452051947324e-8) + fs*(-3.16716239048516e-16*pow(fs,2) + 2.34380303215279e-9) + master*(bass*pow(fs,3)*(-1.00733320577016e-18*fs - 2.11265174887755e-15) + fs*(pow(fs,2)*(-3.16716239048516e-20*fs - 9.06359715926249e-17) + 1.45451348650415e-11) + master*(bass*pow(fs,3)*(2.01466641154031e-19*fs + 4.22530349775509e-16) + fs*(pow(fs,2)*(6.33432478097032e-21*fs + 1.8127194318525e-17) - 2.9090269730083e-12))) + middle*(-1.95486612586158e-15*bass*pow(fs,3) + fs*(1.89668558640141e-16*pow(fs,2) + 2.9090269730083e-10) + master*(bass*pow(fs,3)*(-1.95486612586158e-19*fs - 5.67260259736618e-16) + pow(fs,3)*(1.89668558640141e-20*fs + 2.98902521476603e-17) + master*(bass*pow(fs,3)*(3.90973225172315e-20*fs + 1.13452051947324e-16) + pow(fs,3)*(-3.79337117280282e-21*fs - 5.97805042953205e-18))) + middle*(4.88716531465394e-17*pow(fs,3) + master*(pow(fs,3)*master*(-9.77433062930788e-22*fs - 2.83630129868309e-18) + pow(fs,3)*(4.88716531465394e-21*fs + 1.41815064934155e-17)))) + treble*(1.03328638081255e-14*bass*pow(fs,3) + fs*(3.23204532809114e-16*pow(fs,2) - 7.27256743252075e-11) + master*(bass*pow(fs,3)*(1.03328638081255e-18*fs + 1.45451348650415e-16) + pow(fs,3)*(3.23204532809114e-20*fs + 2.84793740657512e-17) + master*(bass*pow(fs,3)*(-2.06657276162509e-19*fs - 2.9090269730083e-17) + pow(fs,3)*(-6.46409065618228e-21*fs - 5.69587481315025e-18))) + middle*(2.9090269730083e-15*bass*pow(fs,3) - 1.65814537461473e-16*pow(fs,3) + master*(2.9090269730083e-19*bass*pow(fs,4) + pow(fs,3)*(-1.65814537461473e-20*fs + 3.63628371626037e-18) + master*(-5.8180539460166e-20*bass*pow(fs,4) + pow(fs,3)*(3.31629074922946e-21*fs - 7.27256743252074e-19))) + middle*(-7.27256743252074e-17*pow(fs,3) + master*(1.45451348650415e-21*pow(fs,4)*master - 7.27256743252075e-21*pow(fs,4))))) + 5.8180539460166e-7) + 6.16713718277759e-7;
a2 = bass*(-4.74043864857856e-11*pow(fs,2) + 3.49083236760996e-6) - 1.91124747726182e-12*pow(fs,2) + master*(bass*pow(fs,2)*(1.5642347229947e-18*pow(fs,2) - 9.84531088744928e-13) + pow(fs,2)*(4.84490110901281e-20*pow(fs,2) - 1.23501576528278e-13) + master*(bass*pow(fs,2)*(-4.14533941961014e-19*pow(fs,2) + 2.35072651634855e-13) + pow(fs,2)*(-1.28548533530949e-20*pow(fs,2) + 3.22470294401127e-14))) + middle*(-1.55574762516484e-11*bass*pow(fs,2) + 4.57240859617444e-13*pow(fs,2) + master*(bass*pow(fs,2)*(6.99423173174331e-19*pow(fs,2) - 5.8180539460166e-14) + pow(fs,2)*(-1.68642111679237e-20*pow(fs,2) - 1.5417842956944e-14) + master*(bass*pow(fs,2)*(-1.76971237708354e-19*pow(fs,2) + 1.16361078920332e-14) + pow(fs,2)*(4.73566318989967e-21*pow(fs,2) + 4.01445722275145e-15))) + middle*(3.88936906291209e-13*pow(fs,2) + master*(pow(fs,2)*master*(4.42428094270886e-21*pow(fs,2) - 2.9090269730083e-16) + pow(fs,2)*(-1.74855793293583e-20*pow(fs,2) + 1.45451348650415e-15)))) + treble*(-4.22530349775509e-11*bass*pow(fs,2) - 1.8127194318525e-12*pow(fs,2) + master*(bass*pow(fs,2)*(1.51099980865523e-18*pow(fs,2) - 5.67260259736618e-13) + pow(fs,2)*(4.75074358572774e-20*pow(fs,2) - 1.17190151607639e-13) + master*(bass*pow(fs,2)*(-3.02199961731047e-19*pow(fs,2) + 1.13452051947324e-13) + pow(fs,2)*(-9.50148717145549e-21*pow(fs,2) + 2.34380303215279e-14))) + middle*(-1.13452051947324e-11*bass*pow(fs,2) + 5.97805042953205e-13*pow(fs,2) + master*(2.93229918879236e-19*bass*pow(fs,4) + pow(fs,2)*(-2.84502837960212e-20*pow(fs,2) - 1.45451348650415e-14) + master*(-5.86459837758473e-20*bass*pow(fs,4) + pow(fs,2)*(5.69005675920423e-21*pow(fs,2) + 2.9090269730083e-15))) + middle*(2.83630129868309e-13*pow(fs,2) + master*(1.46614959439618e-21*pow(fs,4)*master - 7.33074797198091e-21*pow(fs,4)))) + treble*(2.9090269730083e-12*bass*pow(fs,2) + 5.69587481315025e-13*pow(fs,2) + master*(-1.54992957121882e-18*bass*pow(fs,4) + pow(fs,2)*(-4.84806799213671e-20*pow(fs,2) + 3.63628371626037e-15) + master*(3.09985914243764e-19*bass*pow(fs,4) + pow(fs,2)*(9.69613598427342e-21*pow(fs,2) - 7.27256743252075e-16))) + middle*(7.27256743252074e-14*pow(fs,2) + master*middle*(-2.18177022975622e-21*pow(fs,4)*master + 1.09088511487811e-20*pow(fs,4)) + master*(-4.36354045951245e-19*bass*pow(fs,4) + 2.48721806192209e-20*pow(fs,4) + master*(8.72708091902489e-20*bass*pow(fs,4) - 4.97443612384419e-21*pow(fs,4))))) + 8.72708091902489e-7) + 9.25070577416639e-7;
a3 = bass*(fs*(1.04282314866313e-14*pow(fs,2) - 1.96906217748986e-8) + 2.32722157840664e-6) + fs*(3.22993407267521e-16*pow(fs,2) - 2.47003153056556e-9) + master*(bass*fs*(pow(fs,2)*(-1.04282314866313e-18*fs + 2.37021932428928e-15) - 5.8180539460166e-11) + fs*(pow(fs,2)*(-3.22993407267521e-20*fs + 9.55623738630908e-17) - 1.5417842956944e-11) + master*(bass*fs*(pow(fs,2)*(2.76355961307342e-19*fs - 6.21973239044958e-16) + 1.16361078920332e-11) + fs*(pow(fs,2)*(8.56990223539657e-21*fs - 2.52311685110196e-17) + 4.01445722275145e-12))) + middle*(bass*fs*(4.66282115449554e-15*pow(fs,2) - 1.16361078920332e-9) + fs*(-1.12428074452825e-16*pow(fs,2) - 3.0835685913888e-10) + master*(bass*pow(fs,3)*(-4.66282115449554e-19*fs + 7.77873812582419e-16) + pow(fs,3)*(1.12428074452825e-20*fs - 2.28620429808722e-17) + master*(bass*pow(fs,3)*(1.17980825138903e-19*fs - 1.93741196402353e-16) + pow(fs,3)*(-3.15710879326645e-21*fs + 6.43884030205657e-18))) + middle*(fs*(-1.16570528862389e-16*pow(fs,2) + 2.9090269730083e-11) + master*(pow(fs,3)*master*(-2.94952062847257e-21*fs + 4.84352991005882e-18) + pow(fs,3)*(1.16570528862389e-20*fs - 1.94468453145605e-17)))) + treble*(bass*fs*(1.00733320577016e-14*pow(fs,2) - 1.13452051947324e-8) + fs*(3.16716239048516e-16*pow(fs,2) - 2.34380303215279e-9) + master*(bass*pow(fs,3)*(-1.00733320577016e-18*fs + 2.11265174887755e-15) + fs*(pow(fs,2)*(-3.16716239048516e-20*fs + 9.06359715926249e-17) - 1.45451348650415e-11) + master*(bass*pow(fs,3)*(2.01466641154031e-19*fs - 4.22530349775509e-16) + fs*(pow(fs,2)*(6.33432478097032e-21*fs - 1.8127194318525e-17) + 2.9090269730083e-12))) + middle*(1.95486612586158e-15*bass*pow(fs,3) + fs*(-1.89668558640141e-16*pow(fs,2) - 2.9090269730083e-10) + master*(bass*pow(fs,3)*(-1.95486612586158e-19*fs + 5.67260259736618e-16) + pow(fs,3)*(1.89668558640141e-20*fs - 2.98902521476603e-17) + master*(bass*pow(fs,3)*(3.90973225172315e-20*fs - 1.13452051947324e-16) + pow(fs,3)*(-3.79337117280282e-21*fs + 5.97805042953205e-18))) + middle*(-4.88716531465394e-17*pow(fs,3) + master*(pow(fs,3)*master*(-9.77433062930788e-22*fs + 2.83630129868309e-18) + pow(fs,3)*(4.88716531465394e-21*fs - 1.41815064934155e-17)))) + treble*(-1.03328638081255e-14*bass*pow(fs,3) + fs*(-3.23204532809114e-16*pow(fs,2) + 7.27256743252075e-11) + master*(bass*pow(fs,3)*(1.03328638081255e-18*fs - 1.45451348650415e-16) + pow(fs,3)*(3.23204532809114e-20*fs - 2.84793740657512e-17) + master*(bass*pow(fs,3)*(-2.06657276162509e-19*fs + 2.9090269730083e-17) + pow(fs,3)*(-6.46409065618228e-21*fs + 5.69587481315025e-18))) + middle*(-2.9090269730083e-15*bass*pow(fs,3) + 1.65814537461473e-16*pow(fs,3) + master*(2.9090269730083e-19*bass*pow(fs,4) + pow(fs,3)*(-1.65814537461473e-20*fs - 3.63628371626037e-18) + master*(-5.8180539460166e-20*bass*pow(fs,4) + pow(fs,3)*(3.31629074922946e-21*fs + 7.27256743252074e-19))) + middle*(7.27256743252074e-17*pow(fs,3) + master*(1.45451348650415e-21*pow(fs,4)*master - 7.27256743252075e-21*pow(fs,4))))) + 5.8180539460166e-7) + 6.16713718277759e-7;
a4 = bass*(fs*(fs*(-5.21411574331566e-15*fs + 2.37021932428928e-11) - 9.84531088744928e-9) + 5.8180539460166e-7) + fs*(fs*(-1.6149670363376e-16*fs + 9.55623738630908e-13) - 1.23501576528278e-9) + master*(bass*fs*(fs*(fs*(2.60705787165783e-19*fs - 1.18510966214464e-15) + 4.92265544372464e-13) - 2.9090269730083e-11) + fs*(fs*(fs*(8.07483518168802e-21*fs - 4.77811869315454e-17) + 6.1750788264139e-14) - 7.70892147847199e-12) + master*(bass*fs*(fs*(fs*(-6.90889903268356e-20*fs + 3.10986619522479e-16) - 1.17536325817427e-13) + 5.8180539460166e-12) + fs*(fs*(fs*(-2.14247555884914e-21*fs + 1.26155842555098e-17) - 1.61235147200563e-14) + 2.00722861137573e-12))) + middle*(bass*fs*(fs*(-2.33141057724777e-15*fs + 7.77873812582419e-12) - 5.8180539460166e-10) + fs*(fs*(5.62140372264124e-17*fs - 2.28620429808722e-13) - 1.5417842956944e-10) + master*(bass*pow(fs,2)*(fs*(1.16570528862389e-19*fs - 3.88936906291209e-16) + 2.9090269730083e-14) + pow(fs,2)*(fs*(-2.81070186132062e-21*fs + 1.14310214904361e-17) + 7.70892147847199e-15) + master*(bass*pow(fs,2)*(fs*(-2.94952062847257e-20*fs + 9.68705982011763e-17) - 5.8180539460166e-15) + pow(fs,2)*(fs*(7.89277198316611e-22*fs - 3.21942015102828e-18) - 2.00722861137573e-15))) + middle*(fs*(fs*(5.82852644311943e-17*fs - 1.94468453145605e-13) + 1.45451348650415e-11) + master*(pow(fs,2)*master*(fs*(7.37380157118143e-22*fs - 2.42176495502941e-18) + 1.45451348650415e-16) + pow(fs,2)*(fs*(-2.91426322155971e-21*fs + 9.72342265728024e-18) - 7.27256743252075e-16)))) + treble*(bass*fs*(fs*(-5.03666602885078e-15*fs + 2.11265174887755e-11) - 5.67260259736618e-9) + fs*(fs*(-1.58358119524258e-16*fs + 9.06359715926249e-13) - 1.17190151607639e-9) + master*(bass*pow(fs,2)*(fs*(2.51833301442539e-19*fs - 1.05632587443877e-15) + 2.83630129868309e-13) + fs*(fs*(fs*(7.91790597621291e-21*fs - 4.53179857963125e-17) + 5.85950758038196e-14) - 7.27256743252074e-12) + master*(bass*pow(fs,2)*(fs*(-5.03666602885078e-20*fs + 2.11265174887755e-16) - 5.67260259736618e-14) + fs*(fs*(fs*(-1.58358119524258e-21*fs + 9.06359715926249e-18) - 1.17190151607639e-14) + 1.45451348650415e-12))) + middle*(bass*pow(fs,2)*(-9.77433062930788e-16*fs + 5.67260259736618e-12) + fs*(fs*(9.48342793200705e-17*fs - 2.98902521476603e-13) - 1.45451348650415e-10) + master*(bass*pow(fs,3)*(4.88716531465394e-20*fs - 2.83630129868309e-16) + pow(fs,2)*(fs*(-4.74171396600353e-21*fs + 1.49451260738301e-17) + 7.27256743252075e-15) + master*(bass*pow(fs,3)*(-9.77433062930788e-21*fs + 5.67260259736618e-17) + pow(fs,2)*(fs*(9.48342793200705e-22*fs - 2.98902521476603e-18) - 1.45451348650415e-15))) + middle*(pow(fs,2)*(2.44358265732697e-17*fs - 1.41815064934155e-13) + master*(pow(fs,3)*master*(2.44358265732697e-22*fs - 1.41815064934155e-18) + pow(fs,3)*(-1.22179132866349e-21*fs + 7.09075324670773e-18)))) + treble*(bass*pow(fs,2)*(5.16643190406274e-15*fs - 1.45451348650415e-12) + fs*(fs*(1.61602266404557e-16*fs - 2.84793740657512e-13) + 3.63628371626037e-11) + master*(bass*pow(fs,3)*(-2.58321595203137e-19*fs + 7.27256743252074e-17) + pow(fs,2)*(fs*(-8.08011332022785e-21*fs + 1.42396870328756e-17) - 1.81814185813019e-15) + master*(bass*pow(fs,3)*(5.16643190406274e-20*fs - 1.45451348650415e-17) + pow(fs,2)*(fs*(1.61602266404557e-21*fs - 2.84793740657512e-18) + 3.63628371626037e-16))) + middle*(1.45451348650415e-15*bass*pow(fs,3) + pow(fs,2)*(-8.29072687307365e-17*fs - 3.63628371626037e-14) + master*(-7.27256743252075e-20*bass*pow(fs,4) + pow(fs,3)*(4.14536343653682e-21*fs + 1.81814185813019e-18) + master*(1.45451348650415e-20*bass*pow(fs,4) + pow(fs,3)*(-8.29072687307365e-22*fs - 3.63628371626037e-19))) + middle*(-3.63628371626037e-17*pow(fs,3) + master*(-3.63628371626037e-22*pow(fs,4)*master + 1.81814185813019e-21*pow(fs,4))))) + 1.45451348650415e-7) + 1.5417842956944e-7;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
c06_stage5clip
with {
fs = float(ma.SR);
b0 = (fs*(4.43030830836957e-10*fs + 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs - 4.72566219559423e-7));
b1 = (-8.86061661673914e-10*pow(fs,2) + 2.83539731735652e-9*pow(fs,2));
b2 = (fs*(4.43030830836957e-10*fs - 1.4767694361232e-7) + fs*(-1.41769865867826e-9*fs + 4.72566219559423e-7));
a0 = fs*(4.60626343739698e-10*fs + 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs - 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs - 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
a1 = -9.21252687479396e-10*pow(fs,2) + (6.38538513058588e-11*pow(fs,2) + (1.32763030240861e-10*pow(fs,2) + 3.27403958923153e-20) - 7.08953770134946e-6) + 2.26865206443179e-5;
a2 = fs*(4.60626343739698e-10*fs - 3.15389151463859e-7) + (fs*(-3.19269256529294e-11*fs + 4.23302139386303e-8) + (fs*(-6.63815151204305e-11*fs + 3.33208271963413e-8) + 1.63701979461576e-20) - 3.54476885067473e-6) + 1.1343260322159e-5;
};
c06_stage5clip =
_<:
ba.if(signbit(_), c06_stage5_neg_clip, c06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
c06_stage5_clip = ffunction(float c06_stage5clip(float), "generated/stage/mesa_dc3_lead/c06_stage5_table.h", "");
c06_stage5_neg_clip = ffunction(float c06_stage5_negclip(float), "generated/stage/mesa_dc3_lead/c06_stage5_neg_table.h", "");
};
process =
*(pregain) :
*(0.05) :
p1 :
*(0.13) :
p2 :
*(0.9) :
p3 :
*(0.62) :
p4 :
p5 :
*(3.28) :
p6
*(4.36) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
084b31bd5a85d0e7ddc63c9271774c0257e673b153ff97259017fe7c7f8dffe0 | sadko4u/tamgamp.lv2 | mesa_dual_rect_red.dsp | /*
* This is simulation of Mesa Dual Rectifier preamplifier (red channel, more gain)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "mesa_dual_rect_red";
declare name "mesa_dual_rect_red";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs - 5.89531552466728e-14) - 2.36970197236252e-11) - 3.0525726492396e-9));
b1 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs + 5.89531552466728e-14) - 2.36970197236252e-11) - 9.1577179477188e-9));
b2 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs - 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs + 1.17906310493346e-13) + 4.73940394472505e-11) - 6.1051452984792e-9));
b3 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs + 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs - 1.17906310493346e-13) + 4.73940394472505e-11) + 6.1051452984792e-9));
b4 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs - 5.89531552466728e-14) - 2.36970197236252e-11) + 9.1577179477188e-9));
b5 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs + 5.89531552466728e-14) - 2.36970197236252e-11) + 3.0525726492396e-9));
a0 = fs*(fs*(fs*(2.77018846582032e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) + 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-36*fs - 6.47844436758614e-19) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-36*fs + 6.20142552100412e-19) + 3.72391306054362e-16) + 3.48645631966802e-14) - 3.34246646073902e-12)) + 1.67123323036951e-9;
a1 = fs*(fs*(fs*(-8.31056539746097e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) + 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(9.95059808088511e-36*fs + 1.94353331027584e-18) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-9.95059808088511e-36*fs - 1.86042765630124e-18) - 3.72391306054362e-16) + 3.48645631966802e-14) - 1.00273993822171e-11)) + 8.35616615184755e-9;
a2 = fs*(fs*(fs*(5.54037693164065e-20*fs - 1.10816840615726e-15) - 1.00268158126056e-12) + 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-35*fs - 1.29568887351723e-18) + 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-35*fs + 1.24028510420082e-18) - 7.44782612108724e-16) - 6.97291263933603e-14) - 6.68493292147804e-12)) + 1.67123323036951e-8;
a3 = fs*(fs*(fs*(5.54037693164065e-20*fs + 1.10816840615726e-15) - 1.00268158126056e-12) - 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-35*fs - 1.29568887351723e-18) - 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-35*fs + 1.24028510420082e-18) + 7.44782612108724e-16) - 6.97291263933603e-14) + 6.68493292147804e-12)) + 1.67123323036951e-8;
a4 = fs*(fs*(fs*(-8.31056539746097e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) - 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-9.95059808088511e-36*fs + 1.94353331027584e-18) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(9.95059808088511e-36*fs - 1.86042765630124e-18) + 3.72391306054362e-16) + 3.48645631966802e-14) + 1.00273993822171e-11)) + 8.35616615184755e-9;
a5 = fs*(fs*(fs*(2.77018846582032e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) - 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-36*fs - 6.47844436758614e-19) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-36*fs + 6.20142552100412e-19) - 3.72391306054362e-16) + 3.48645631966802e-14) + 3.34246646073902e-12)) + 1.67123323036951e-9;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/mesa_dual_rect_red/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/mesa_dual_rect_red/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = -0.000655304158661071*fs - 0.18202893296141;
b1 = -0.364057865922819;
b2 = 0.000655304158661071*fs - 0.18202893296141;
a0 = fs*(2.03405658623965e-10*fs + 1.09382323078101e-5) + 0.0063182117555006;
a1 = -4.0681131724793e-10*pow(fs,2) + 0.0126364235110012;
a2 = fs*(2.03405658623965e-10*fs - 1.09382323078101e-5) + 0.0063182117555006;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/mesa_dual_rect_red/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/mesa_dual_rect_red/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.146261721859089;
b1 = -0.146261721859089;
a0 = 1.88103770813187e-5*fs + 0.0971019000967005;
a1 = -1.88103770813187e-5*fs + 0.0971019000967005;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/mesa_dual_rect_red/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/mesa_dual_rect_red/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.00149525527902205*fs - 0.415348688617234;
b1 = 0.00149525527902205*fs - 0.415348688617234;
a0 = 2.06413022257424e-5*fs + 0.00921749316436716;
a1 = -2.06413022257424e-5*fs + 0.00921749316436716;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/mesa_dual_rect_red/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/mesa_dual_rect_red/s04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
presence = 0.8;
b0 = bass*(pow(fs,2)*master*middle*(fs*(3.30051659809705e-20*fs + 3.34529484863571e-16) + 6.40078398818915e-13) + fs*master*(fs*(3.82282057153329e-17*fs + 3.74097967699649e-13) + 6.40078398818915e-10)) + fs*master*(fs*(9.55705142883322e-19*fs + 9.35244919249122e-15) + 1.60019599704729e-11) + middle*(pow(fs,2)*master*middle*(fs*(-8.25129149524264e-22*fs - 8.36323712158926e-18) - 1.60019599704729e-14) + fs*master*(fs*(fs*(8.25129149524264e-22*fs + 9.05779027775447e-18) + 2.33065297055437e-14) + 1.54757833370144e-11)) + presence*(bass*(pow(fs,3)*master*middle*(3.75058704329211e-20*fs + 9.60117598228372e-17) + pow(fs,2)*master*(4.34411428583328e-17*fs + 9.60117598228372e-14)) + pow(fs,2)*master*(1.08602857145832e-18*fs + 2.40029399557093e-15) + middle*(pow(fs,3)*master*middle*(-9.37646760823027e-22*fs - 2.40029399557093e-18) + pow(fs,2)*master*(fs*(9.37646760823027e-22*fs + 3.18955894575866e-18) + 2.32136750055216e-15)) + treble*(5.93527242541174e-20*bass*pow(fs,4)*master - 1.48381810635294e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(fs*(1.48381810635294e-21*fs + 2.96763621270587e-18) + 7.89264950187733e-16))) + treble*(bass*pow(fs,3)*master*(5.22303973436233e-20*fs + 3.95684828360783e-16) + pow(fs,3)*master*middle*(-1.30575993359058e-21*fs - 9.89212070901957e-18) + fs*master*(fs*(fs*(1.30575993359058e-21*fs + 1.25036405762007e-17) + 2.04787945742043e-14) + 5.26176633458489e-12));
b1 = bass*(pow(fs,3)*master*middle*(-1.32020663923882e-19*fs - 6.69058969727141e-16) + fs*master*(-7.64564114306658e-17*pow(fs,2) + 1.28015679763783e-9)) + fs*master*(-1.91141028576664e-18*pow(fs,2) + 3.20039199409457e-11) + middle*(pow(fs,3)*master*middle*(3.30051659809705e-21*fs + 1.67264742431785e-17) + fs*master*(pow(fs,2)*(-3.30051659809705e-21*fs - 1.81155805555089e-17) + 3.09515666740288e-11)) + presence*(bass*(pow(fs,3)*master*middle*(-1.50023481731684e-19*fs - 1.92023519645674e-16) - 8.68822857166656e-17*pow(fs,3)*master) - 2.17205714291664e-18*pow(fs,3)*master + middle*(pow(fs,3)*master*middle*(3.75058704329211e-21*fs + 4.80058799114186e-18) + pow(fs,3)*master*(-3.75058704329211e-21*fs - 6.37911789151733e-18)) + treble*(-2.3741089701647e-19*bass*pow(fs,4)*master + 5.93527242541174e-21*pow(fs,4)*master*middle + pow(fs,3)*master*(-5.93527242541174e-21*fs - 5.93527242541174e-18))) + treble*(bass*pow(fs,3)*master*(-2.08921589374493e-19*fs - 7.91369656721565e-16) + pow(fs,3)*master*middle*(5.22303973436233e-21*fs + 1.97842414180391e-17) + fs*master*(pow(fs,2)*(-5.22303973436233e-21*fs - 2.50072811524015e-17) + 1.05235326691698e-11));
b2 = bass*(pow(fs,2)*master*middle*(1.98030995885823e-19*pow(fs,2) - 1.28015679763783e-12) - 7.48195935399298e-13*pow(fs,2)*master) - 1.87048983849824e-14*pow(fs,2)*master + middle*(pow(fs,2)*master*middle*(-4.95077489714558e-21*pow(fs,2) + 3.20039199409457e-14) + pow(fs,2)*master*(4.95077489714558e-21*pow(fs,2) - 4.66130594110873e-14)) + presence*(bass*(2.25035222597526e-19*pow(fs,4)*master*middle - 1.92023519645674e-13*pow(fs,2)*master) - 4.80058799114186e-15*pow(fs,2)*master + middle*(-5.62588056493816e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(5.62588056493816e-21*pow(fs,2) - 4.64273500110431e-15)) + treble*(3.56116345524704e-19*bass*pow(fs,4)*master - 8.90290863811761e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(8.90290863811761e-21*pow(fs,2) - 1.57852990037547e-15))) + treble*(3.1338238406174e-19*bass*pow(fs,4)*master - 7.8345596015435e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(7.8345596015435e-21*pow(fs,2) - 4.09575891484087e-14));
b3 = bass*(pow(fs,3)*master*middle*(-1.32020663923882e-19*fs + 6.69058969727141e-16) + fs*master*(7.64564114306658e-17*pow(fs,2) - 1.28015679763783e-9)) + fs*master*(1.91141028576664e-18*pow(fs,2) - 3.20039199409457e-11) + middle*(pow(fs,3)*master*middle*(3.30051659809705e-21*fs - 1.67264742431785e-17) + fs*master*(pow(fs,2)*(-3.30051659809705e-21*fs + 1.81155805555089e-17) - 3.09515666740288e-11)) + presence*(bass*(pow(fs,3)*master*middle*(-1.50023481731684e-19*fs + 1.92023519645674e-16) + 8.68822857166656e-17*pow(fs,3)*master) + 2.17205714291664e-18*pow(fs,3)*master + middle*(pow(fs,3)*master*middle*(3.75058704329211e-21*fs - 4.80058799114186e-18) + pow(fs,3)*master*(-3.75058704329211e-21*fs + 6.37911789151733e-18)) + treble*(-2.3741089701647e-19*bass*pow(fs,4)*master + 5.93527242541174e-21*pow(fs,4)*master*middle + pow(fs,3)*master*(-5.93527242541174e-21*fs + 5.93527242541174e-18))) + treble*(bass*pow(fs,3)*master*(-2.08921589374493e-19*fs + 7.91369656721565e-16) + pow(fs,3)*master*middle*(5.22303973436233e-21*fs - 1.97842414180391e-17) + fs*master*(pow(fs,2)*(-5.22303973436233e-21*fs + 2.50072811524015e-17) - 1.05235326691698e-11));
b4 = bass*(pow(fs,2)*master*middle*(fs*(3.30051659809705e-20*fs - 3.34529484863571e-16) + 6.40078398818915e-13) + fs*master*(fs*(-3.82282057153329e-17*fs + 3.74097967699649e-13) - 6.40078398818915e-10)) + fs*master*(fs*(-9.55705142883322e-19*fs + 9.35244919249122e-15) - 1.60019599704729e-11) + middle*(pow(fs,2)*master*middle*(fs*(-8.25129149524264e-22*fs + 8.36323712158926e-18) - 1.60019599704729e-14) + fs*master*(fs*(fs*(8.25129149524264e-22*fs - 9.05779027775447e-18) + 2.33065297055437e-14) - 1.54757833370144e-11)) + presence*(bass*(pow(fs,3)*master*middle*(3.75058704329211e-20*fs - 9.60117598228372e-17) + pow(fs,2)*master*(-4.34411428583328e-17*fs + 9.60117598228372e-14)) + pow(fs,2)*master*(-1.08602857145832e-18*fs + 2.40029399557093e-15) + middle*(pow(fs,3)*master*middle*(-9.37646760823027e-22*fs + 2.40029399557093e-18) + pow(fs,2)*master*(fs*(9.37646760823027e-22*fs - 3.18955894575866e-18) + 2.32136750055216e-15)) + treble*(5.93527242541174e-20*bass*pow(fs,4)*master - 1.48381810635294e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(fs*(1.48381810635294e-21*fs - 2.96763621270587e-18) + 7.89264950187733e-16))) + treble*(bass*pow(fs,3)*master*(5.22303973436233e-20*fs - 3.95684828360783e-16) + pow(fs,3)*master*middle*(-1.30575993359058e-21*fs + 9.89212070901957e-18) + fs*master*(fs*(fs*(1.30575993359058e-21*fs - 1.25036405762007e-17) + 2.04787945742043e-14) - 5.26176633458489e-12));
a0 = bass*(fs*middle*(fs*(fs*(9.36636501686785e-20*fs + 5.550940631707e-16) + 7.69332141249659e-13) + 1.54757833370144e-11) + fs*(fs*(fs*(5.22303973436233e-20*fs + 7.08848818168071e-16) + 1.94674088009371e-12) + 7.98426613923246e-10) + 1.54757833370144e-8) + fs*(fs*(fs*(1.30575993359058e-21*fs + 2.03327403213829e-17) + 7.68282573623741e-14) + 8.54541804303259e-11) + middle*(fs*middle*(fs*(fs*(-2.34159125421696e-21*fs - 1.38773515792675e-17) - 1.92333035312415e-14) - 3.86894583425359e-13) + fs*(fs*(fs*(1.03583132062638e-21*fs + 8.39313633499656e-19) - 2.55659940727471e-15) + 1.58626779204397e-11)) + presence*(bass*(pow(fs,2)*middle*(fs*(3.8989688539274e-20*fs + 1.01165195674063e-16) + 2.32136750055216e-15) + fs*(fs*(fs*(5.93527242541174e-20*fs + 2.2097561511256e-16) + 1.05529366575101e-13) + 2.32136750055216e-12)) + fs*(fs*(fs*(1.48381810635294e-21*fs + 8.49202659051988e-18) + 1.21558409166413e-14) + 2.37940168806596e-12) + middle*(pow(fs,2)*middle*(fs*(-9.7474221348185e-22*fs - 2.52912989185157e-18) - 5.80341875138039e-17) + pow(fs,2)*(fs*(-5.09075892871085e-22*fs - 1.04577605899874e-18) + 2.37940168806596e-15)) + treble*(bass*(pow(fs,3)*middle*(6.4088313955244e-21*fs + 2.24244100553338e-17) + pow(fs,2)*(fs*(1.48381810635294e-20*fs + 4.85667222995519e-17) + 2.24244100553338e-14)) + fs*(fs*(fs*(3.70954526588234e-22*fs + 1.95607711066527e-18) + 2.9400119394493e-15) + 5.80341875138039e-13) + middle*(pow(fs,3)*middle*(-1.6022078488811e-22*fs - 5.60610251383346e-19) + pow(fs,2)*(fs*(-2.10733741700124e-22*fs - 3.33116236329232e-19) + 5.80341875138039e-16)) + treble*(bass*(-7.89264950187733e-21*pow(fs,4)*middle + pow(fs,3)*(-1.48381810635294e-20*fs - 7.89264950187733e-18)) + pow(fs,2)*(fs*(-3.70954526588234e-22*fs - 9.39225290723401e-19) - 1.97316237546933e-16) + middle*(1.97316237546933e-22*pow(fs,4)*middle + pow(fs,3)*(1.736382890413e-22*fs - 1.97316237546933e-19))))) + treble*(bass*(pow(fs,2)*middle*(fs*(2.61993027449037e-19*fs + 9.59435425698876e-16) + 1.49496067035559e-13) + fs*(fs*(fs*(6.0658484187708e-19*fs + 2.08432881469588e-15) + 1.24048803172573e-12) + 1.49496067035559e-10)) + fs*(fs*(fs*(1.5164621046927e-20*fs + 8.24374624612509e-17) + 1.33228202155789e-13) + 4.33244554519717e-11) + middle*(pow(fs,2)*middle*(fs*(-6.54982568622593e-21*fs - 2.39858856424719e-17) - 3.73740167588897e-15) + fs*(fs*(fs*(-8.61479536070106e-21*fs - 1.50226833524732e-17) + 2.15036009467815e-14) + 3.86894583425359e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.22651511636745e-19*fs - 5.26176633458489e-17) + pow(fs,2)*(fs*(-6.0658484187708e-19*fs - 4.21572718726941e-16) - 5.26176633458489e-14)) + fs*(fs*(fs*(-1.5164621046927e-20*fs - 4.08685600620275e-17) - 1.43277897290746e-14) - 1.31544158364622e-12) + middle*(pow(fs,3)*middle*(8.06628779091864e-21*fs + 1.31544158364622e-18) + pow(fs,2)*(fs*(7.09833325600836e-21*fs - 6.90869919730996e-18) - 1.31544158364622e-15))) + 3.86894583425359e-9) + 1.58626779204397e-8;
a1 = bass*(fs*middle*(pow(fs,2)*(-3.74654600674714e-19*fs - 1.1101881263414e-15) + 3.09515666740288e-11) + fs*(pow(fs,2)*(-2.08921589374493e-19*fs - 1.41769763633614e-15) + 1.59685322784649e-9) + 6.19031333480575e-8) + fs*(pow(fs,2)*(-5.22303973436233e-21*fs - 4.06654806427659e-17) + 1.70908360860652e-10) + middle*(fs*middle*(pow(fs,2)*(9.36636501686785e-21*fs + 2.7754703158535e-17) - 7.73789166850719e-13) + fs*(pow(fs,2)*(-4.14332528250552e-21*fs - 1.67862726699931e-18) + 3.17253558408795e-11)) + presence*(bass*(pow(fs,3)*middle*(-1.55958754157096e-19*fs - 2.02330391348126e-16) + fs*(pow(fs,2)*(-2.3741089701647e-19*fs - 4.41951230225121e-16) + 4.64273500110431e-12)) + fs*(pow(fs,2)*(-5.93527242541174e-21*fs - 1.69840531810398e-17) + 4.75880337613192e-12) + middle*(pow(fs,3)*middle*(3.8989688539274e-21*fs + 5.05825978370315e-18) + pow(fs,3)*(2.03630357148434e-21*fs + 2.09155211799747e-18)) + treble*(bass*(pow(fs,3)*middle*(-2.56353255820976e-20*fs - 4.48488201106677e-17) + pow(fs,3)*(-5.93527242541174e-20*fs - 9.71334445991038e-17)) + fs*(pow(fs,2)*(-1.48381810635294e-21*fs - 3.91215422133053e-18) + 1.16068375027608e-12) + middle*(pow(fs,3)*middle*(6.4088313955244e-22*fs + 1.12122050276669e-18) + pow(fs,3)*(8.42934966800495e-22*fs + 6.66232472658464e-19)) + treble*(bass*(3.15705980075093e-20*pow(fs,4)*middle + pow(fs,3)*(5.93527242541174e-20*fs + 1.57852990037547e-17)) + pow(fs,3)*(1.48381810635294e-21*fs + 1.8784505814468e-18) + middle*(-7.89264950187733e-22*pow(fs,4)*middle + pow(fs,3)*(-6.94553156165202e-22*fs + 3.94632475093867e-19))))) + treble*(bass*(pow(fs,3)*middle*(-1.04797210979615e-18*fs - 1.91887085139775e-15) + fs*(pow(fs,2)*(-2.42633936750832e-18*fs - 4.16865762939176e-15) + 2.98992134071118e-10)) + fs*(pow(fs,2)*(-6.0658484187708e-20*fs - 1.64874924922502e-16) + 8.66489109039434e-11) + middle*(pow(fs,3)*middle*(2.61993027449037e-20*fs + 4.79717712849438e-17) + fs*(pow(fs,2)*(3.44591814428042e-20*fs + 3.00453667049463e-17) + 7.73789166850719e-12)) + treble*(bass*(pow(fs,3)*middle*(1.29060604654698e-18*fs + 1.05235326691698e-16) + pow(fs,3)*(2.42633936750832e-18*fs + 8.43145437453882e-16)) + fs*(pow(fs,2)*(6.0658484187708e-20*fs + 8.1737120124055e-17) - 2.63088316729244e-12) + middle*(pow(fs,3)*middle*(-3.22651511636745e-20*fs - 2.63088316729244e-18) + pow(fs,3)*(-2.83933330240335e-20*fs + 1.38173983946199e-17))) + 1.54757833370144e-8) + 6.3450711681759e-8;
a2 = bass*(pow(fs,2)*middle*(5.61981901012071e-19*pow(fs,2) - 1.53866428249932e-12) + pow(fs,2)*(3.1338238406174e-19*pow(fs,2) - 3.89348176018742e-12) + 9.28547000220863e-8) + pow(fs,2)*(7.8345596015435e-21*pow(fs,2) - 1.53656514724748e-13) + middle*(pow(fs,2)*middle*(-1.40495475253018e-20*pow(fs,2) + 3.84666070624829e-14) + pow(fs,2)*(6.21498792375828e-21*pow(fs,2) + 5.11319881454942e-15)) + presence*(bass*(pow(fs,2)*middle*(2.33938131235644e-19*pow(fs,2) - 4.64273500110431e-15) + pow(fs,2)*(3.56116345524704e-19*pow(fs,2) - 2.11058733150202e-13)) + pow(fs,2)*(8.90290863811761e-21*pow(fs,2) - 2.43116818332827e-14) + middle*(pow(fs,2)*middle*(-5.8484532808911e-21*pow(fs,2) + 1.16068375027608e-16) + pow(fs,2)*(-3.05445535722651e-21*pow(fs,2) - 4.75880337613192e-15)) + treble*(bass*(3.84529883731464e-20*pow(fs,4)*middle + pow(fs,2)*(8.90290863811761e-20*pow(fs,2) - 4.48488201106677e-14)) + pow(fs,2)*(2.2257271595294e-21*pow(fs,2) - 5.8800238788986e-15) + middle*(-9.6132470932866e-22*pow(fs,4)*middle + pow(fs,2)*(-1.26440245020074e-21*pow(fs,2) - 1.16068375027608e-15)) + treble*(bass*(-4.7355897011264e-20*pow(fs,4)*middle - 8.90290863811761e-20*pow(fs,4)) + pow(fs,2)*(-2.2257271595294e-21*pow(fs,2) + 3.94632475093867e-16) + middle*(1.1838974252816e-21*pow(fs,4)*middle + 1.0418297342478e-21*pow(fs,4))))) + treble*(bass*(pow(fs,2)*middle*(1.57195816469422e-18*pow(fs,2) - 2.98992134071118e-13) + pow(fs,2)*(3.63950905126248e-18*pow(fs,2) - 2.48097606345145e-12)) + pow(fs,2)*(9.0987726281562e-20*pow(fs,2) - 2.66456404311578e-13) + middle*(pow(fs,2)*middle*(-3.92989541173556e-20*pow(fs,2) + 7.47480335177794e-15) + pow(fs,2)*(-5.16887721642064e-20*pow(fs,2) - 4.3007201893563e-14)) + treble*(bass*(-1.93590906982047e-18*pow(fs,4)*middle + pow(fs,2)*(-3.63950905126248e-18*pow(fs,2) + 1.05235326691698e-13)) + pow(fs,2)*(-9.0987726281562e-20*pow(fs,2) + 2.86555794581493e-14) + middle*(4.83977267455118e-20*pow(fs,4)*middle + pow(fs,2)*(4.25899995360502e-20*pow(fs,2) + 2.63088316729244e-15))) + 2.32136750055216e-8) + 9.51760675226384e-8;
a3 = bass*(fs*middle*(pow(fs,2)*(-3.74654600674714e-19*fs + 1.1101881263414e-15) - 3.09515666740288e-11) + fs*(pow(fs,2)*(-2.08921589374493e-19*fs + 1.41769763633614e-15) - 1.59685322784649e-9) + 6.19031333480575e-8) + fs*(pow(fs,2)*(-5.22303973436233e-21*fs + 4.06654806427659e-17) - 1.70908360860652e-10) + middle*(fs*middle*(pow(fs,2)*(9.36636501686785e-21*fs - 2.7754703158535e-17) + 7.73789166850719e-13) + fs*(pow(fs,2)*(-4.14332528250552e-21*fs + 1.67862726699931e-18) - 3.17253558408795e-11)) + presence*(bass*(pow(fs,3)*middle*(-1.55958754157096e-19*fs + 2.02330391348126e-16) + fs*(pow(fs,2)*(-2.3741089701647e-19*fs + 4.41951230225121e-16) - 4.64273500110431e-12)) + fs*(pow(fs,2)*(-5.93527242541174e-21*fs + 1.69840531810398e-17) - 4.75880337613192e-12) + middle*(pow(fs,3)*middle*(3.8989688539274e-21*fs - 5.05825978370315e-18) + pow(fs,3)*(2.03630357148434e-21*fs - 2.09155211799747e-18)) + treble*(bass*(pow(fs,3)*middle*(-2.56353255820976e-20*fs + 4.48488201106677e-17) + pow(fs,3)*(-5.93527242541174e-20*fs + 9.71334445991038e-17)) + fs*(pow(fs,2)*(-1.48381810635294e-21*fs + 3.91215422133053e-18) - 1.16068375027608e-12) + middle*(pow(fs,3)*middle*(6.4088313955244e-22*fs - 1.12122050276669e-18) + pow(fs,3)*(8.42934966800495e-22*fs - 6.66232472658464e-19)) + treble*(bass*(3.15705980075093e-20*pow(fs,4)*middle + pow(fs,3)*(5.93527242541174e-20*fs - 1.57852990037547e-17)) + pow(fs,3)*(1.48381810635294e-21*fs - 1.8784505814468e-18) + middle*(-7.89264950187733e-22*pow(fs,4)*middle + pow(fs,3)*(-6.94553156165202e-22*fs - 3.94632475093867e-19))))) + treble*(bass*(pow(fs,3)*middle*(-1.04797210979615e-18*fs + 1.91887085139775e-15) + fs*(pow(fs,2)*(-2.42633936750832e-18*fs + 4.16865762939176e-15) - 2.98992134071118e-10)) + fs*(pow(fs,2)*(-6.0658484187708e-20*fs + 1.64874924922502e-16) - 8.66489109039434e-11) + middle*(pow(fs,3)*middle*(2.61993027449037e-20*fs - 4.79717712849438e-17) + fs*(pow(fs,2)*(3.44591814428042e-20*fs - 3.00453667049463e-17) - 7.73789166850719e-12)) + treble*(bass*(pow(fs,3)*middle*(1.29060604654698e-18*fs - 1.05235326691698e-16) + pow(fs,3)*(2.42633936750832e-18*fs - 8.43145437453882e-16)) + fs*(pow(fs,2)*(6.0658484187708e-20*fs - 8.1737120124055e-17) + 2.63088316729244e-12) + middle*(pow(fs,3)*middle*(-3.22651511636745e-20*fs + 2.63088316729244e-18) + pow(fs,3)*(-2.83933330240335e-20*fs - 1.38173983946199e-17))) + 1.54757833370144e-8) + 6.3450711681759e-8;
a4 = bass*(fs*middle*(fs*(fs*(9.36636501686785e-20*fs - 5.550940631707e-16) + 7.69332141249659e-13) - 1.54757833370144e-11) + fs*(fs*(fs*(5.22303973436233e-20*fs - 7.08848818168071e-16) + 1.94674088009371e-12) - 7.98426613923246e-10) + 1.54757833370144e-8) + fs*(fs*(fs*(1.30575993359058e-21*fs - 2.03327403213829e-17) + 7.68282573623741e-14) - 8.54541804303259e-11) + middle*(fs*middle*(fs*(fs*(-2.34159125421696e-21*fs + 1.38773515792675e-17) - 1.92333035312415e-14) + 3.86894583425359e-13) + fs*(fs*(fs*(1.03583132062638e-21*fs - 8.39313633499656e-19) - 2.55659940727471e-15) - 1.58626779204397e-11)) + presence*(bass*(pow(fs,2)*middle*(fs*(3.8989688539274e-20*fs - 1.01165195674063e-16) + 2.32136750055216e-15) + fs*(fs*(fs*(5.93527242541174e-20*fs - 2.2097561511256e-16) + 1.05529366575101e-13) - 2.32136750055216e-12)) + fs*(fs*(fs*(1.48381810635294e-21*fs - 8.49202659051988e-18) + 1.21558409166413e-14) - 2.37940168806596e-12) + middle*(pow(fs,2)*middle*(fs*(-9.7474221348185e-22*fs + 2.52912989185157e-18) - 5.80341875138039e-17) + pow(fs,2)*(fs*(-5.09075892871085e-22*fs + 1.04577605899874e-18) + 2.37940168806596e-15)) + treble*(bass*(pow(fs,3)*middle*(6.4088313955244e-21*fs - 2.24244100553338e-17) + pow(fs,2)*(fs*(1.48381810635294e-20*fs - 4.85667222995519e-17) + 2.24244100553338e-14)) + fs*(fs*(fs*(3.70954526588234e-22*fs - 1.95607711066527e-18) + 2.9400119394493e-15) - 5.80341875138039e-13) + middle*(pow(fs,3)*middle*(-1.6022078488811e-22*fs + 5.60610251383346e-19) + pow(fs,2)*(fs*(-2.10733741700124e-22*fs + 3.33116236329232e-19) + 5.80341875138039e-16)) + treble*(bass*(-7.89264950187733e-21*pow(fs,4)*middle + pow(fs,3)*(-1.48381810635294e-20*fs + 7.89264950187733e-18)) + pow(fs,2)*(fs*(-3.70954526588234e-22*fs + 9.39225290723401e-19) - 1.97316237546933e-16) + middle*(1.97316237546933e-22*pow(fs,4)*middle + pow(fs,3)*(1.736382890413e-22*fs + 1.97316237546933e-19))))) + treble*(bass*(pow(fs,2)*middle*(fs*(2.61993027449037e-19*fs - 9.59435425698876e-16) + 1.49496067035559e-13) + fs*(fs*(fs*(6.0658484187708e-19*fs - 2.08432881469588e-15) + 1.24048803172573e-12) - 1.49496067035559e-10)) + fs*(fs*(fs*(1.5164621046927e-20*fs - 8.24374624612509e-17) + 1.33228202155789e-13) - 4.33244554519717e-11) + middle*(pow(fs,2)*middle*(fs*(-6.54982568622593e-21*fs + 2.39858856424719e-17) - 3.73740167588897e-15) + fs*(fs*(fs*(-8.61479536070106e-21*fs + 1.50226833524732e-17) + 2.15036009467815e-14) - 3.86894583425359e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.22651511636745e-19*fs + 5.26176633458489e-17) + pow(fs,2)*(fs*(-6.0658484187708e-19*fs + 4.21572718726941e-16) - 5.26176633458489e-14)) + fs*(fs*(fs*(-1.5164621046927e-20*fs + 4.08685600620275e-17) - 1.43277897290746e-14) + 1.31544158364622e-12) + middle*(pow(fs,3)*middle*(8.06628779091864e-21*fs - 1.31544158364622e-18) + pow(fs,2)*(fs*(7.09833325600836e-21*fs + 6.90869919730996e-18) - 1.31544158364622e-15))) + 3.86894583425359e-9) + 1.58626779204397e-8;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage5clip
with {
fs = float(ma.SR);
b0 = 2.82461475968336e-10*pow(fs,2);
b1 = -5.64922951936672e-10*pow(fs,2);
b2 = 2.82461475968336e-10*pow(fs,2);
a0 = fs*(4.33570405894608e-10*fs + 2.19519582346283e-8) + 9.08235621017275e-8;
a1 = -8.67140811789215e-10*pow(fs,2) + 1.81647124203455e-7;
a2 = fs*(4.33570405894608e-10*fs - 2.19519582346283e-8) + 9.08235621017275e-8;
};
s06_stage5clip =
_<:
ba.if(signbit(_), s06_stage5_neg_clip, s06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage5_clip = ffunction(float s06_stage5clip(float), "generated/stage/mesa_dual_rect_red/s06_stage5_table.h", "");
s06_stage5_neg_clip = ffunction(float s06_stage5_negclip(float), "generated/stage/mesa_dual_rect_red/s06_stage5_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s07_stage6clip
with {
fs = float(ma.SR);
b0 = -0.00119749787393626*fs - 0.123708458051269;
b1 = 0.00119749787393626*fs - 0.123708458051269;
a0 = 2.07375662139675e-5*fs + 0.00459682172955979;
a1 = -2.07375662139675e-5*fs + 0.00459682172955979;
};
s07_stage6clip =
_<:
ba.if(signbit(_), s07_stage6_neg_clip, s07_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage6_clip = ffunction(float s07_stage6clip(float), "generated/stage/mesa_dual_rect_red/s07_stage6_table.h", "");
s07_stage6_neg_clip = ffunction(float s07_stage6_negclip(float), "generated/stage/mesa_dual_rect_red/s07_stage6_neg_table.h", "");
};
process =
*(pregain) :
*(0.02) :
p1 :
*(0.7) :
p2 :
*(1.05) :
p3 :
*(3.2) :
p4 :
p5 :
*(20.0) :
p6 :
*(8.0) :
p7 :
*(0.02) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/ampsim/mesa_dual_rect_red.dsp | faust |
* This is simulation of Mesa Dual Rectifier preamplifier (red channel, more gain)
*
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
| declare id "mesa_dual_rect_red";
declare name "mesa_dual_rect_red";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
p1 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0,b5/a0),(a1/a0,a2/a0,a3/a0,a4/a0,a5/a0)) :
s01_stage1clip
with {
LogPot(a, x) = ba.if(a, (exp(a * x) - 1) / (exp(a) - 1), x);
fs = float(ma.SR);
gain = ampctrl.gain : LogPot(3.0) : si.smooth(0.999);
b0 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs - 5.89531552466728e-14) - 2.36970197236252e-11) - 3.0525726492396e-9));
b1 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs + 5.89531552466728e-14) - 2.36970197236252e-11) - 9.1577179477188e-9));
b2 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs - 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs + 1.17906310493346e-13) + 4.73940394472505e-11) - 6.1051452984792e-9));
b3 = gain*(pow(fs,2)*gain*(fs*(9.50776255855229e-17*fs + 7.03674977005842e-14) - 1.22102905969584e-11) + fs*(fs*(fs*(-9.50776255855229e-17*fs - 1.17906310493346e-13) + 4.73940394472505e-11) + 6.1051452984792e-9));
b4 = gain*(pow(fs,2)*gain*(fs*(-1.42616438378284e-16*fs + 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(1.42616438378284e-16*fs - 5.89531552466728e-14) - 2.36970197236252e-11) + 9.1577179477188e-9));
b5 = gain*(pow(fs,2)*gain*(fs*(4.75388127927614e-17*fs - 3.51837488502921e-14) + 6.1051452984792e-12) + fs*(fs*(fs*(-4.75388127927614e-17*fs + 5.89531552466728e-14) - 2.36970197236252e-11) + 3.0525726492396e-9));
a0 = fs*(fs*(fs*(2.77018846582032e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) + 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-36*fs - 6.47844436758614e-19) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-36*fs + 6.20142552100412e-19) + 3.72391306054362e-16) + 3.48645631966802e-14) - 3.34246646073902e-12)) + 1.67123323036951e-9;
a1 = fs*(fs*(fs*(-8.31056539746097e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) + 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(9.95059808088511e-36*fs + 1.94353331027584e-18) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-9.95059808088511e-36*fs - 1.86042765630124e-18) - 3.72391306054362e-16) + 3.48645631966802e-14) - 1.00273993822171e-11)) + 8.35616615184755e-9;
a2 = fs*(fs*(fs*(5.54037693164065e-20*fs - 1.10816840615726e-15) - 1.00268158126056e-12) + 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-1.99011961617702e-35*fs - 1.29568887351723e-18) + 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(1.99011961617702e-35*fs + 1.24028510420082e-18) - 7.44782612108724e-16) - 6.97291263933603e-14) - 6.68493292147804e-12)) + 1.67123323036951e-8;
a3 = fs*(fs*(fs*(5.54037693164065e-20*fs + 1.10816840615726e-15) - 1.00268158126056e-12) - 2.3921768658392e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-35*fs - 1.29568887351723e-18) - 1.17740469684916e-15) + 2.67397316859122e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-35*fs + 1.24028510420082e-18) + 7.44782612108724e-16) - 6.97291263933603e-14) + 6.68493292147804e-12)) + 1.67123323036951e-8;
a4 = fs*(fs*(fs*(-8.31056539746097e-20*fs + 5.54084203078628e-16) + 5.01340790630281e-13) - 3.5882652987588e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(-9.95059808088511e-36*fs + 1.94353331027584e-18) - 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(9.95059808088511e-36*fs - 1.86042765630124e-18) + 3.72391306054362e-16) + 3.48645631966802e-14) + 1.00273993822171e-11)) + 8.35616615184755e-9;
a5 = fs*(fs*(fs*(2.77018846582032e-20*fs - 5.54084203078628e-16) + 5.01340790630281e-13) - 1.1960884329196e-10) + gain*(pow(fs,2)*gain*(fs*(fs*(1.99011961617702e-36*fs - 6.47844436758614e-19) + 5.88702348424581e-16) - 1.33698658429561e-13) + fs*(fs*(fs*(fs*(-1.99011961617702e-36*fs + 6.20142552100412e-19) - 3.72391306054362e-16) + 3.48645631966802e-14) + 3.34246646073902e-12)) + 1.67123323036951e-9;
};
s01_stage1clip =
_<:
ba.if(signbit(_), s01_stage1_neg_clip, s01_stage1_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s01_stage1_clip = ffunction(float s01_stage1clip(float), "generated/stage/mesa_dual_rect_red/s01_stage1_table.h", "");
s01_stage1_neg_clip = ffunction(float s01_stage1_negclip(float), "generated/stage/mesa_dual_rect_red/s01_stage1_neg_table.h", "");
};
p2 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s02_stage2clip
with {
fs = float(ma.SR);
b0 = -0.000655304158661071*fs - 0.18202893296141;
b1 = -0.364057865922819;
b2 = 0.000655304158661071*fs - 0.18202893296141;
a0 = fs*(2.03405658623965e-10*fs + 1.09382323078101e-5) + 0.0063182117555006;
a1 = -4.0681131724793e-10*pow(fs,2) + 0.0126364235110012;
a2 = fs*(2.03405658623965e-10*fs - 1.09382323078101e-5) + 0.0063182117555006;
};
s02_stage2clip =
_<:
ba.if(signbit(_), s02_stage2_neg_clip, s02_stage2_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s02_stage2_clip = ffunction(float s02_stage2clip(float), "generated/stage/mesa_dual_rect_red/s02_stage2_table.h", "");
s02_stage2_neg_clip = ffunction(float s02_stage2_negclip(float), "generated/stage/mesa_dual_rect_red/s02_stage2_neg_table.h", "");
};
p3 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s03_stage3clip
with {
fs = float(ma.SR);
b0 = -0.146261721859089;
b1 = -0.146261721859089;
a0 = 1.88103770813187e-5*fs + 0.0971019000967005;
a1 = -1.88103770813187e-5*fs + 0.0971019000967005;
};
s03_stage3clip =
_<:
ba.if(signbit(_), s03_stage3_neg_clip, s03_stage3_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s03_stage3_clip = ffunction(float s03_stage3clip(float), "generated/stage/mesa_dual_rect_red/s03_stage3_table.h", "");
s03_stage3_neg_clip = ffunction(float s03_stage3_negclip(float), "generated/stage/mesa_dual_rect_red/s03_stage3_neg_table.h", "");
};
p4 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s04_stage4clip
with {
fs = float(ma.SR);
b0 = -0.00149525527902205*fs - 0.415348688617234;
b1 = 0.00149525527902205*fs - 0.415348688617234;
a0 = 2.06413022257424e-5*fs + 0.00921749316436716;
a1 = -2.06413022257424e-5*fs + 0.00921749316436716;
};
s04_stage4clip =
_<:
ba.if(signbit(_), s04_stage4_neg_clip, s04_stage4_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s04_stage4_clip = ffunction(float s04_stage4clip(float), "generated/stage/mesa_dual_rect_red/s04_stage4_table.h", "");
s04_stage4_neg_clip = ffunction(float s04_stage4_negclip(float), "generated/stage/mesa_dual_rect_red/s04_stage4_neg_table.h", "");
};
p5 =
fi.iir((b0/a0,b1/a0,b2/a0,b3/a0,b4/a0),(a1/a0,a2/a0,a3/a0,a4/a0))
with {
fs = float(ma.SR);
bass = ampctrl.bass : si.smooth(0.999);
middle = ampctrl.middle : si.smooth(0.999);
treble = ampctrl.treble : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
presence = 0.8;
b0 = bass*(pow(fs,2)*master*middle*(fs*(3.30051659809705e-20*fs + 3.34529484863571e-16) + 6.40078398818915e-13) + fs*master*(fs*(3.82282057153329e-17*fs + 3.74097967699649e-13) + 6.40078398818915e-10)) + fs*master*(fs*(9.55705142883322e-19*fs + 9.35244919249122e-15) + 1.60019599704729e-11) + middle*(pow(fs,2)*master*middle*(fs*(-8.25129149524264e-22*fs - 8.36323712158926e-18) - 1.60019599704729e-14) + fs*master*(fs*(fs*(8.25129149524264e-22*fs + 9.05779027775447e-18) + 2.33065297055437e-14) + 1.54757833370144e-11)) + presence*(bass*(pow(fs,3)*master*middle*(3.75058704329211e-20*fs + 9.60117598228372e-17) + pow(fs,2)*master*(4.34411428583328e-17*fs + 9.60117598228372e-14)) + pow(fs,2)*master*(1.08602857145832e-18*fs + 2.40029399557093e-15) + middle*(pow(fs,3)*master*middle*(-9.37646760823027e-22*fs - 2.40029399557093e-18) + pow(fs,2)*master*(fs*(9.37646760823027e-22*fs + 3.18955894575866e-18) + 2.32136750055216e-15)) + treble*(5.93527242541174e-20*bass*pow(fs,4)*master - 1.48381810635294e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(fs*(1.48381810635294e-21*fs + 2.96763621270587e-18) + 7.89264950187733e-16))) + treble*(bass*pow(fs,3)*master*(5.22303973436233e-20*fs + 3.95684828360783e-16) + pow(fs,3)*master*middle*(-1.30575993359058e-21*fs - 9.89212070901957e-18) + fs*master*(fs*(fs*(1.30575993359058e-21*fs + 1.25036405762007e-17) + 2.04787945742043e-14) + 5.26176633458489e-12));
b1 = bass*(pow(fs,3)*master*middle*(-1.32020663923882e-19*fs - 6.69058969727141e-16) + fs*master*(-7.64564114306658e-17*pow(fs,2) + 1.28015679763783e-9)) + fs*master*(-1.91141028576664e-18*pow(fs,2) + 3.20039199409457e-11) + middle*(pow(fs,3)*master*middle*(3.30051659809705e-21*fs + 1.67264742431785e-17) + fs*master*(pow(fs,2)*(-3.30051659809705e-21*fs - 1.81155805555089e-17) + 3.09515666740288e-11)) + presence*(bass*(pow(fs,3)*master*middle*(-1.50023481731684e-19*fs - 1.92023519645674e-16) - 8.68822857166656e-17*pow(fs,3)*master) - 2.17205714291664e-18*pow(fs,3)*master + middle*(pow(fs,3)*master*middle*(3.75058704329211e-21*fs + 4.80058799114186e-18) + pow(fs,3)*master*(-3.75058704329211e-21*fs - 6.37911789151733e-18)) + treble*(-2.3741089701647e-19*bass*pow(fs,4)*master + 5.93527242541174e-21*pow(fs,4)*master*middle + pow(fs,3)*master*(-5.93527242541174e-21*fs - 5.93527242541174e-18))) + treble*(bass*pow(fs,3)*master*(-2.08921589374493e-19*fs - 7.91369656721565e-16) + pow(fs,3)*master*middle*(5.22303973436233e-21*fs + 1.97842414180391e-17) + fs*master*(pow(fs,2)*(-5.22303973436233e-21*fs - 2.50072811524015e-17) + 1.05235326691698e-11));
b2 = bass*(pow(fs,2)*master*middle*(1.98030995885823e-19*pow(fs,2) - 1.28015679763783e-12) - 7.48195935399298e-13*pow(fs,2)*master) - 1.87048983849824e-14*pow(fs,2)*master + middle*(pow(fs,2)*master*middle*(-4.95077489714558e-21*pow(fs,2) + 3.20039199409457e-14) + pow(fs,2)*master*(4.95077489714558e-21*pow(fs,2) - 4.66130594110873e-14)) + presence*(bass*(2.25035222597526e-19*pow(fs,4)*master*middle - 1.92023519645674e-13*pow(fs,2)*master) - 4.80058799114186e-15*pow(fs,2)*master + middle*(-5.62588056493816e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(5.62588056493816e-21*pow(fs,2) - 4.64273500110431e-15)) + treble*(3.56116345524704e-19*bass*pow(fs,4)*master - 8.90290863811761e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(8.90290863811761e-21*pow(fs,2) - 1.57852990037547e-15))) + treble*(3.1338238406174e-19*bass*pow(fs,4)*master - 7.8345596015435e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(7.8345596015435e-21*pow(fs,2) - 4.09575891484087e-14));
b3 = bass*(pow(fs,3)*master*middle*(-1.32020663923882e-19*fs + 6.69058969727141e-16) + fs*master*(7.64564114306658e-17*pow(fs,2) - 1.28015679763783e-9)) + fs*master*(1.91141028576664e-18*pow(fs,2) - 3.20039199409457e-11) + middle*(pow(fs,3)*master*middle*(3.30051659809705e-21*fs - 1.67264742431785e-17) + fs*master*(pow(fs,2)*(-3.30051659809705e-21*fs + 1.81155805555089e-17) - 3.09515666740288e-11)) + presence*(bass*(pow(fs,3)*master*middle*(-1.50023481731684e-19*fs + 1.92023519645674e-16) + 8.68822857166656e-17*pow(fs,3)*master) + 2.17205714291664e-18*pow(fs,3)*master + middle*(pow(fs,3)*master*middle*(3.75058704329211e-21*fs - 4.80058799114186e-18) + pow(fs,3)*master*(-3.75058704329211e-21*fs + 6.37911789151733e-18)) + treble*(-2.3741089701647e-19*bass*pow(fs,4)*master + 5.93527242541174e-21*pow(fs,4)*master*middle + pow(fs,3)*master*(-5.93527242541174e-21*fs + 5.93527242541174e-18))) + treble*(bass*pow(fs,3)*master*(-2.08921589374493e-19*fs + 7.91369656721565e-16) + pow(fs,3)*master*middle*(5.22303973436233e-21*fs - 1.97842414180391e-17) + fs*master*(pow(fs,2)*(-5.22303973436233e-21*fs + 2.50072811524015e-17) - 1.05235326691698e-11));
b4 = bass*(pow(fs,2)*master*middle*(fs*(3.30051659809705e-20*fs - 3.34529484863571e-16) + 6.40078398818915e-13) + fs*master*(fs*(-3.82282057153329e-17*fs + 3.74097967699649e-13) - 6.40078398818915e-10)) + fs*master*(fs*(-9.55705142883322e-19*fs + 9.35244919249122e-15) - 1.60019599704729e-11) + middle*(pow(fs,2)*master*middle*(fs*(-8.25129149524264e-22*fs + 8.36323712158926e-18) - 1.60019599704729e-14) + fs*master*(fs*(fs*(8.25129149524264e-22*fs - 9.05779027775447e-18) + 2.33065297055437e-14) - 1.54757833370144e-11)) + presence*(bass*(pow(fs,3)*master*middle*(3.75058704329211e-20*fs - 9.60117598228372e-17) + pow(fs,2)*master*(-4.34411428583328e-17*fs + 9.60117598228372e-14)) + pow(fs,2)*master*(-1.08602857145832e-18*fs + 2.40029399557093e-15) + middle*(pow(fs,3)*master*middle*(-9.37646760823027e-22*fs + 2.40029399557093e-18) + pow(fs,2)*master*(fs*(9.37646760823027e-22*fs - 3.18955894575866e-18) + 2.32136750055216e-15)) + treble*(5.93527242541174e-20*bass*pow(fs,4)*master - 1.48381810635294e-21*pow(fs,4)*master*middle + pow(fs,2)*master*(fs*(1.48381810635294e-21*fs - 2.96763621270587e-18) + 7.89264950187733e-16))) + treble*(bass*pow(fs,3)*master*(5.22303973436233e-20*fs - 3.95684828360783e-16) + pow(fs,3)*master*middle*(-1.30575993359058e-21*fs + 9.89212070901957e-18) + fs*master*(fs*(fs*(1.30575993359058e-21*fs - 1.25036405762007e-17) + 2.04787945742043e-14) - 5.26176633458489e-12));
a0 = bass*(fs*middle*(fs*(fs*(9.36636501686785e-20*fs + 5.550940631707e-16) + 7.69332141249659e-13) + 1.54757833370144e-11) + fs*(fs*(fs*(5.22303973436233e-20*fs + 7.08848818168071e-16) + 1.94674088009371e-12) + 7.98426613923246e-10) + 1.54757833370144e-8) + fs*(fs*(fs*(1.30575993359058e-21*fs + 2.03327403213829e-17) + 7.68282573623741e-14) + 8.54541804303259e-11) + middle*(fs*middle*(fs*(fs*(-2.34159125421696e-21*fs - 1.38773515792675e-17) - 1.92333035312415e-14) - 3.86894583425359e-13) + fs*(fs*(fs*(1.03583132062638e-21*fs + 8.39313633499656e-19) - 2.55659940727471e-15) + 1.58626779204397e-11)) + presence*(bass*(pow(fs,2)*middle*(fs*(3.8989688539274e-20*fs + 1.01165195674063e-16) + 2.32136750055216e-15) + fs*(fs*(fs*(5.93527242541174e-20*fs + 2.2097561511256e-16) + 1.05529366575101e-13) + 2.32136750055216e-12)) + fs*(fs*(fs*(1.48381810635294e-21*fs + 8.49202659051988e-18) + 1.21558409166413e-14) + 2.37940168806596e-12) + middle*(pow(fs,2)*middle*(fs*(-9.7474221348185e-22*fs - 2.52912989185157e-18) - 5.80341875138039e-17) + pow(fs,2)*(fs*(-5.09075892871085e-22*fs - 1.04577605899874e-18) + 2.37940168806596e-15)) + treble*(bass*(pow(fs,3)*middle*(6.4088313955244e-21*fs + 2.24244100553338e-17) + pow(fs,2)*(fs*(1.48381810635294e-20*fs + 4.85667222995519e-17) + 2.24244100553338e-14)) + fs*(fs*(fs*(3.70954526588234e-22*fs + 1.95607711066527e-18) + 2.9400119394493e-15) + 5.80341875138039e-13) + middle*(pow(fs,3)*middle*(-1.6022078488811e-22*fs - 5.60610251383346e-19) + pow(fs,2)*(fs*(-2.10733741700124e-22*fs - 3.33116236329232e-19) + 5.80341875138039e-16)) + treble*(bass*(-7.89264950187733e-21*pow(fs,4)*middle + pow(fs,3)*(-1.48381810635294e-20*fs - 7.89264950187733e-18)) + pow(fs,2)*(fs*(-3.70954526588234e-22*fs - 9.39225290723401e-19) - 1.97316237546933e-16) + middle*(1.97316237546933e-22*pow(fs,4)*middle + pow(fs,3)*(1.736382890413e-22*fs - 1.97316237546933e-19))))) + treble*(bass*(pow(fs,2)*middle*(fs*(2.61993027449037e-19*fs + 9.59435425698876e-16) + 1.49496067035559e-13) + fs*(fs*(fs*(6.0658484187708e-19*fs + 2.08432881469588e-15) + 1.24048803172573e-12) + 1.49496067035559e-10)) + fs*(fs*(fs*(1.5164621046927e-20*fs + 8.24374624612509e-17) + 1.33228202155789e-13) + 4.33244554519717e-11) + middle*(pow(fs,2)*middle*(fs*(-6.54982568622593e-21*fs - 2.39858856424719e-17) - 3.73740167588897e-15) + fs*(fs*(fs*(-8.61479536070106e-21*fs - 1.50226833524732e-17) + 2.15036009467815e-14) + 3.86894583425359e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.22651511636745e-19*fs - 5.26176633458489e-17) + pow(fs,2)*(fs*(-6.0658484187708e-19*fs - 4.21572718726941e-16) - 5.26176633458489e-14)) + fs*(fs*(fs*(-1.5164621046927e-20*fs - 4.08685600620275e-17) - 1.43277897290746e-14) - 1.31544158364622e-12) + middle*(pow(fs,3)*middle*(8.06628779091864e-21*fs + 1.31544158364622e-18) + pow(fs,2)*(fs*(7.09833325600836e-21*fs - 6.90869919730996e-18) - 1.31544158364622e-15))) + 3.86894583425359e-9) + 1.58626779204397e-8;
a1 = bass*(fs*middle*(pow(fs,2)*(-3.74654600674714e-19*fs - 1.1101881263414e-15) + 3.09515666740288e-11) + fs*(pow(fs,2)*(-2.08921589374493e-19*fs - 1.41769763633614e-15) + 1.59685322784649e-9) + 6.19031333480575e-8) + fs*(pow(fs,2)*(-5.22303973436233e-21*fs - 4.06654806427659e-17) + 1.70908360860652e-10) + middle*(fs*middle*(pow(fs,2)*(9.36636501686785e-21*fs + 2.7754703158535e-17) - 7.73789166850719e-13) + fs*(pow(fs,2)*(-4.14332528250552e-21*fs - 1.67862726699931e-18) + 3.17253558408795e-11)) + presence*(bass*(pow(fs,3)*middle*(-1.55958754157096e-19*fs - 2.02330391348126e-16) + fs*(pow(fs,2)*(-2.3741089701647e-19*fs - 4.41951230225121e-16) + 4.64273500110431e-12)) + fs*(pow(fs,2)*(-5.93527242541174e-21*fs - 1.69840531810398e-17) + 4.75880337613192e-12) + middle*(pow(fs,3)*middle*(3.8989688539274e-21*fs + 5.05825978370315e-18) + pow(fs,3)*(2.03630357148434e-21*fs + 2.09155211799747e-18)) + treble*(bass*(pow(fs,3)*middle*(-2.56353255820976e-20*fs - 4.48488201106677e-17) + pow(fs,3)*(-5.93527242541174e-20*fs - 9.71334445991038e-17)) + fs*(pow(fs,2)*(-1.48381810635294e-21*fs - 3.91215422133053e-18) + 1.16068375027608e-12) + middle*(pow(fs,3)*middle*(6.4088313955244e-22*fs + 1.12122050276669e-18) + pow(fs,3)*(8.42934966800495e-22*fs + 6.66232472658464e-19)) + treble*(bass*(3.15705980075093e-20*pow(fs,4)*middle + pow(fs,3)*(5.93527242541174e-20*fs + 1.57852990037547e-17)) + pow(fs,3)*(1.48381810635294e-21*fs + 1.8784505814468e-18) + middle*(-7.89264950187733e-22*pow(fs,4)*middle + pow(fs,3)*(-6.94553156165202e-22*fs + 3.94632475093867e-19))))) + treble*(bass*(pow(fs,3)*middle*(-1.04797210979615e-18*fs - 1.91887085139775e-15) + fs*(pow(fs,2)*(-2.42633936750832e-18*fs - 4.16865762939176e-15) + 2.98992134071118e-10)) + fs*(pow(fs,2)*(-6.0658484187708e-20*fs - 1.64874924922502e-16) + 8.66489109039434e-11) + middle*(pow(fs,3)*middle*(2.61993027449037e-20*fs + 4.79717712849438e-17) + fs*(pow(fs,2)*(3.44591814428042e-20*fs + 3.00453667049463e-17) + 7.73789166850719e-12)) + treble*(bass*(pow(fs,3)*middle*(1.29060604654698e-18*fs + 1.05235326691698e-16) + pow(fs,3)*(2.42633936750832e-18*fs + 8.43145437453882e-16)) + fs*(pow(fs,2)*(6.0658484187708e-20*fs + 8.1737120124055e-17) - 2.63088316729244e-12) + middle*(pow(fs,3)*middle*(-3.22651511636745e-20*fs - 2.63088316729244e-18) + pow(fs,3)*(-2.83933330240335e-20*fs + 1.38173983946199e-17))) + 1.54757833370144e-8) + 6.3450711681759e-8;
a2 = bass*(pow(fs,2)*middle*(5.61981901012071e-19*pow(fs,2) - 1.53866428249932e-12) + pow(fs,2)*(3.1338238406174e-19*pow(fs,2) - 3.89348176018742e-12) + 9.28547000220863e-8) + pow(fs,2)*(7.8345596015435e-21*pow(fs,2) - 1.53656514724748e-13) + middle*(pow(fs,2)*middle*(-1.40495475253018e-20*pow(fs,2) + 3.84666070624829e-14) + pow(fs,2)*(6.21498792375828e-21*pow(fs,2) + 5.11319881454942e-15)) + presence*(bass*(pow(fs,2)*middle*(2.33938131235644e-19*pow(fs,2) - 4.64273500110431e-15) + pow(fs,2)*(3.56116345524704e-19*pow(fs,2) - 2.11058733150202e-13)) + pow(fs,2)*(8.90290863811761e-21*pow(fs,2) - 2.43116818332827e-14) + middle*(pow(fs,2)*middle*(-5.8484532808911e-21*pow(fs,2) + 1.16068375027608e-16) + pow(fs,2)*(-3.05445535722651e-21*pow(fs,2) - 4.75880337613192e-15)) + treble*(bass*(3.84529883731464e-20*pow(fs,4)*middle + pow(fs,2)*(8.90290863811761e-20*pow(fs,2) - 4.48488201106677e-14)) + pow(fs,2)*(2.2257271595294e-21*pow(fs,2) - 5.8800238788986e-15) + middle*(-9.6132470932866e-22*pow(fs,4)*middle + pow(fs,2)*(-1.26440245020074e-21*pow(fs,2) - 1.16068375027608e-15)) + treble*(bass*(-4.7355897011264e-20*pow(fs,4)*middle - 8.90290863811761e-20*pow(fs,4)) + pow(fs,2)*(-2.2257271595294e-21*pow(fs,2) + 3.94632475093867e-16) + middle*(1.1838974252816e-21*pow(fs,4)*middle + 1.0418297342478e-21*pow(fs,4))))) + treble*(bass*(pow(fs,2)*middle*(1.57195816469422e-18*pow(fs,2) - 2.98992134071118e-13) + pow(fs,2)*(3.63950905126248e-18*pow(fs,2) - 2.48097606345145e-12)) + pow(fs,2)*(9.0987726281562e-20*pow(fs,2) - 2.66456404311578e-13) + middle*(pow(fs,2)*middle*(-3.92989541173556e-20*pow(fs,2) + 7.47480335177794e-15) + pow(fs,2)*(-5.16887721642064e-20*pow(fs,2) - 4.3007201893563e-14)) + treble*(bass*(-1.93590906982047e-18*pow(fs,4)*middle + pow(fs,2)*(-3.63950905126248e-18*pow(fs,2) + 1.05235326691698e-13)) + pow(fs,2)*(-9.0987726281562e-20*pow(fs,2) + 2.86555794581493e-14) + middle*(4.83977267455118e-20*pow(fs,4)*middle + pow(fs,2)*(4.25899995360502e-20*pow(fs,2) + 2.63088316729244e-15))) + 2.32136750055216e-8) + 9.51760675226384e-8;
a3 = bass*(fs*middle*(pow(fs,2)*(-3.74654600674714e-19*fs + 1.1101881263414e-15) - 3.09515666740288e-11) + fs*(pow(fs,2)*(-2.08921589374493e-19*fs + 1.41769763633614e-15) - 1.59685322784649e-9) + 6.19031333480575e-8) + fs*(pow(fs,2)*(-5.22303973436233e-21*fs + 4.06654806427659e-17) - 1.70908360860652e-10) + middle*(fs*middle*(pow(fs,2)*(9.36636501686785e-21*fs - 2.7754703158535e-17) + 7.73789166850719e-13) + fs*(pow(fs,2)*(-4.14332528250552e-21*fs + 1.67862726699931e-18) - 3.17253558408795e-11)) + presence*(bass*(pow(fs,3)*middle*(-1.55958754157096e-19*fs + 2.02330391348126e-16) + fs*(pow(fs,2)*(-2.3741089701647e-19*fs + 4.41951230225121e-16) - 4.64273500110431e-12)) + fs*(pow(fs,2)*(-5.93527242541174e-21*fs + 1.69840531810398e-17) - 4.75880337613192e-12) + middle*(pow(fs,3)*middle*(3.8989688539274e-21*fs - 5.05825978370315e-18) + pow(fs,3)*(2.03630357148434e-21*fs - 2.09155211799747e-18)) + treble*(bass*(pow(fs,3)*middle*(-2.56353255820976e-20*fs + 4.48488201106677e-17) + pow(fs,3)*(-5.93527242541174e-20*fs + 9.71334445991038e-17)) + fs*(pow(fs,2)*(-1.48381810635294e-21*fs + 3.91215422133053e-18) - 1.16068375027608e-12) + middle*(pow(fs,3)*middle*(6.4088313955244e-22*fs - 1.12122050276669e-18) + pow(fs,3)*(8.42934966800495e-22*fs - 6.66232472658464e-19)) + treble*(bass*(3.15705980075093e-20*pow(fs,4)*middle + pow(fs,3)*(5.93527242541174e-20*fs - 1.57852990037547e-17)) + pow(fs,3)*(1.48381810635294e-21*fs - 1.8784505814468e-18) + middle*(-7.89264950187733e-22*pow(fs,4)*middle + pow(fs,3)*(-6.94553156165202e-22*fs - 3.94632475093867e-19))))) + treble*(bass*(pow(fs,3)*middle*(-1.04797210979615e-18*fs + 1.91887085139775e-15) + fs*(pow(fs,2)*(-2.42633936750832e-18*fs + 4.16865762939176e-15) - 2.98992134071118e-10)) + fs*(pow(fs,2)*(-6.0658484187708e-20*fs + 1.64874924922502e-16) - 8.66489109039434e-11) + middle*(pow(fs,3)*middle*(2.61993027449037e-20*fs - 4.79717712849438e-17) + fs*(pow(fs,2)*(3.44591814428042e-20*fs - 3.00453667049463e-17) - 7.73789166850719e-12)) + treble*(bass*(pow(fs,3)*middle*(1.29060604654698e-18*fs - 1.05235326691698e-16) + pow(fs,3)*(2.42633936750832e-18*fs - 8.43145437453882e-16)) + fs*(pow(fs,2)*(6.0658484187708e-20*fs - 8.1737120124055e-17) + 2.63088316729244e-12) + middle*(pow(fs,3)*middle*(-3.22651511636745e-20*fs + 2.63088316729244e-18) + pow(fs,3)*(-2.83933330240335e-20*fs - 1.38173983946199e-17))) + 1.54757833370144e-8) + 6.3450711681759e-8;
a4 = bass*(fs*middle*(fs*(fs*(9.36636501686785e-20*fs - 5.550940631707e-16) + 7.69332141249659e-13) - 1.54757833370144e-11) + fs*(fs*(fs*(5.22303973436233e-20*fs - 7.08848818168071e-16) + 1.94674088009371e-12) - 7.98426613923246e-10) + 1.54757833370144e-8) + fs*(fs*(fs*(1.30575993359058e-21*fs - 2.03327403213829e-17) + 7.68282573623741e-14) - 8.54541804303259e-11) + middle*(fs*middle*(fs*(fs*(-2.34159125421696e-21*fs + 1.38773515792675e-17) - 1.92333035312415e-14) + 3.86894583425359e-13) + fs*(fs*(fs*(1.03583132062638e-21*fs - 8.39313633499656e-19) - 2.55659940727471e-15) - 1.58626779204397e-11)) + presence*(bass*(pow(fs,2)*middle*(fs*(3.8989688539274e-20*fs - 1.01165195674063e-16) + 2.32136750055216e-15) + fs*(fs*(fs*(5.93527242541174e-20*fs - 2.2097561511256e-16) + 1.05529366575101e-13) - 2.32136750055216e-12)) + fs*(fs*(fs*(1.48381810635294e-21*fs - 8.49202659051988e-18) + 1.21558409166413e-14) - 2.37940168806596e-12) + middle*(pow(fs,2)*middle*(fs*(-9.7474221348185e-22*fs + 2.52912989185157e-18) - 5.80341875138039e-17) + pow(fs,2)*(fs*(-5.09075892871085e-22*fs + 1.04577605899874e-18) + 2.37940168806596e-15)) + treble*(bass*(pow(fs,3)*middle*(6.4088313955244e-21*fs - 2.24244100553338e-17) + pow(fs,2)*(fs*(1.48381810635294e-20*fs - 4.85667222995519e-17) + 2.24244100553338e-14)) + fs*(fs*(fs*(3.70954526588234e-22*fs - 1.95607711066527e-18) + 2.9400119394493e-15) - 5.80341875138039e-13) + middle*(pow(fs,3)*middle*(-1.6022078488811e-22*fs + 5.60610251383346e-19) + pow(fs,2)*(fs*(-2.10733741700124e-22*fs + 3.33116236329232e-19) + 5.80341875138039e-16)) + treble*(bass*(-7.89264950187733e-21*pow(fs,4)*middle + pow(fs,3)*(-1.48381810635294e-20*fs + 7.89264950187733e-18)) + pow(fs,2)*(fs*(-3.70954526588234e-22*fs + 9.39225290723401e-19) - 1.97316237546933e-16) + middle*(1.97316237546933e-22*pow(fs,4)*middle + pow(fs,3)*(1.736382890413e-22*fs + 1.97316237546933e-19))))) + treble*(bass*(pow(fs,2)*middle*(fs*(2.61993027449037e-19*fs - 9.59435425698876e-16) + 1.49496067035559e-13) + fs*(fs*(fs*(6.0658484187708e-19*fs - 2.08432881469588e-15) + 1.24048803172573e-12) - 1.49496067035559e-10)) + fs*(fs*(fs*(1.5164621046927e-20*fs - 8.24374624612509e-17) + 1.33228202155789e-13) - 4.33244554519717e-11) + middle*(pow(fs,2)*middle*(fs*(-6.54982568622593e-21*fs + 2.39858856424719e-17) - 3.73740167588897e-15) + fs*(fs*(fs*(-8.61479536070106e-21*fs + 1.50226833524732e-17) + 2.15036009467815e-14) - 3.86894583425359e-12)) + treble*(bass*(pow(fs,3)*middle*(-3.22651511636745e-19*fs + 5.26176633458489e-17) + pow(fs,2)*(fs*(-6.0658484187708e-19*fs + 4.21572718726941e-16) - 5.26176633458489e-14)) + fs*(fs*(fs*(-1.5164621046927e-20*fs + 4.08685600620275e-17) - 1.43277897290746e-14) + 1.31544158364622e-12) + middle*(pow(fs,3)*middle*(8.06628779091864e-21*fs - 1.31544158364622e-18) + pow(fs,2)*(fs*(7.09833325600836e-21*fs + 6.90869919730996e-18) - 1.31544158364622e-15))) + 3.86894583425359e-9) + 1.58626779204397e-8;
};
p6 =
fi.iir((b0/a0,b1/a0,b2/a0),(a1/a0,a2/a0)) :
s06_stage5clip
with {
fs = float(ma.SR);
b0 = 2.82461475968336e-10*pow(fs,2);
b1 = -5.64922951936672e-10*pow(fs,2);
b2 = 2.82461475968336e-10*pow(fs,2);
a0 = fs*(4.33570405894608e-10*fs + 2.19519582346283e-8) + 9.08235621017275e-8;
a1 = -8.67140811789215e-10*pow(fs,2) + 1.81647124203455e-7;
a2 = fs*(4.33570405894608e-10*fs - 2.19519582346283e-8) + 9.08235621017275e-8;
};
s06_stage5clip =
_<:
ba.if(signbit(_), s06_stage5_neg_clip, s06_stage5_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s06_stage5_clip = ffunction(float s06_stage5clip(float), "generated/stage/mesa_dual_rect_red/s06_stage5_table.h", "");
s06_stage5_neg_clip = ffunction(float s06_stage5_negclip(float), "generated/stage/mesa_dual_rect_red/s06_stage5_neg_table.h", "");
};
p7 =
fi.iir((b0/a0,b1/a0),(a1/a0)) :
s07_stage6clip
with {
fs = float(ma.SR);
b0 = -0.00119749787393626*fs - 0.123708458051269;
b1 = 0.00119749787393626*fs - 0.123708458051269;
a0 = 2.07375662139675e-5*fs + 0.00459682172955979;
a1 = -2.07375662139675e-5*fs + 0.00459682172955979;
};
s07_stage6clip =
_<:
ba.if(signbit(_), s07_stage6_neg_clip, s07_stage6_clip)
:>_
with {
signbit = ffunction(int signbit(float), "math.h", "");
s07_stage6_clip = ffunction(float s07_stage6clip(float), "generated/stage/mesa_dual_rect_red/s07_stage6_table.h", "");
s07_stage6_neg_clip = ffunction(float s07_stage6_negclip(float), "generated/stage/mesa_dual_rect_red/s07_stage6_neg_table.h", "");
};
process =
*(pregain) :
*(0.02) :
p1 :
*(0.7) :
p2 :
*(1.05) :
p3 :
*(3.2) :
p4 :
p5 :
*(20.0) :
p6 :
*(8.0) :
p7 :
*(0.02) :
*(postgain)
with {
pregain = ampctrl.pregain;
postgain = ampctrl.postgain;
tune1 = ampctrl.tune1;
tune2 = ampctrl.tune2;
tune3 = ampctrl.tune3;
tune4 = ampctrl.tune4;
tune5 = ampctrl.tune5;
tune6 = ampctrl.tune6;
tune7 = ampctrl.tune7;
tune8 = ampctrl.tune8;
tune9 = ampctrl.tune9;
tune10 = ampctrl.tune10;
};
|
2a2356b848b5013d38e26614a6403a97dc26b35445d5c6a0d6c74be471fdc66b | magnetophon/faustExperiments | N_band_Compressor_N_chan.dsp | declare name "N_band_Compressor_N_chan";
declare version "0.1";
declare author "Bart Brouns";
declare license "AGPLv3";
import("stdfaust.lib");
// import("/home/bart/source/faustlibraries/stdfaust.lib");
process =
DCblock(2)
: MSencode(MSon)
: Eight_band_Compressor_N_chan(2)
: MSdecode(MSon)
;
DCblock(N) = par(i, N, ba.bypass1(fb==0,fi.dcblockerat(fb)));
MSon = checkbox("MS on");
fb = hslider("dc block", 20, 0, 50, 0.1);
Eight_band_Compressor_N_chan(N) =
inputGain
: crossover
: compressors
: mixer
: outputGain
with {
inputGain = par(i, N, _*inGain);
crossover =
(
(crossoverFreqs<:par(i, Nr_crossoverFreqs, _<:si.bus(N)))
,si.bus(N)
)
<: ro.interleave(N,Nr_bands)
: par(i, N, fi.crossover8LR4)
: ro.interleave(Nr_bands,N);
compressors =
(strength_array , thresh_array , att_array , rel_array , knee_array , link_array, ro.interleave(N,Nr_bands))
: ro.interleave(Nr_bands,6+N)
: par(i, Nr_bands, compressor(meter(i+1),N,prePost)) ;
mixer = si.bus(N*Nr_bands):>si.bus(N);
outputGain = par(i, N, _*outGain);
compressor(meter,N,prePost,strength,thresh,att,rel,knee,link) =
co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N);
meter(i) =
// _<:(_, (max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
_<:(_, (ba.linear2db:max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
inGain = CG(hslider("[1]input gain", 0, -30, 30, 0.1)):ba.db2linear;
crossoverFreqs = BT(hslider("[1]freq", 60, 20, 20000, 1),hslider("[1]freq", 8000, 20, 20000, 1)):LogArray(Nr_crossoverFreqs);
strength_array = BTli(hslider("[2]strength", 1, 0, 8, 0.1),hslider("[2]strength", 1, 0, 8, 0.1));
thresh_array = BTli(hslider("[3]thresh", -24, -60, 0, 0.1),hslider("[3]thresh", -24, -60, 0, 0.1));
att_array = BTlo(hslider("[4]att", 13, 0, 100, 0.1)*0.001,hslider("[4]att", 0.1, 0, 100, 0.1)*0.001);
rel_array = BTlo(hslider("[5]rel", 130, 1, 1000, 1)*0.001,hslider("[5]rel", 26, 1, 1000, 1)*0.001);
knee_array = BTli(hslider("[6]knee", 0, 0, 30, 0.1),hslider("[6]knee", 30, 0, 30, 0.1));
link_array = BTli(hslider("[7]link", 1, 0, 1, 0.1),hslider("[7]link", 0.2, 0, 1, 0.1));
outGain = CG(hslider("[3]output gain", 0, -30, 30, 0.1)):ba.db2linear;
// make a linear array of values, from bottom to top
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
// make a log array of values, from bottom to top
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
CG(x) = vgroup("[1]controlls", x);
MG(x) = hgroup("[2]gain reduction", x);
// make a bottom and a top version of a parameter
BT(b,t) = CG(hgroup("[2]", vgroup("[1]bottom", b),vgroup("[2]top", t)));
BTlo(b,t) = BT(b,t):LogArray(Nr_bands);
BTli(b,t) = BT(b,t):LinArray(Nr_bands);
Nr_bands = 8;
Nr_crossoverFreqs = Nr_bands-1;
prePost = 1;
maxGR = -30;
};
MSencode(on,l,r) =
select2(on
, l
, ((l+r)/sqrt(2)))
, select2(on
, r
, ((l-r)/sqrt(2)));
MSdecode(on,m,s) =
select2(on
, m
, ((m+s)/sqrt(2)))
, select2(on
, s
, ((m-s)/sqrt(2)));
| https://raw.githubusercontent.com/magnetophon/faustExperiments/9c771b084ae2247767a7c080b93f6605210ce368/N_band_Compressor_N_chan.dsp | faust | import("/home/bart/source/faustlibraries/stdfaust.lib");
_<:(_, (max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
make a linear array of values, from bottom to top
make a log array of values, from bottom to top
make a bottom and a top version of a parameter | declare name "N_band_Compressor_N_chan";
declare version "0.1";
declare author "Bart Brouns";
declare license "AGPLv3";
import("stdfaust.lib");
process =
DCblock(2)
: MSencode(MSon)
: Eight_band_Compressor_N_chan(2)
: MSdecode(MSon)
;
DCblock(N) = par(i, N, ba.bypass1(fb==0,fi.dcblockerat(fb)));
MSon = checkbox("MS on");
fb = hslider("dc block", 20, 0, 50, 0.1);
Eight_band_Compressor_N_chan(N) =
inputGain
: crossover
: compressors
: mixer
: outputGain
with {
inputGain = par(i, N, _*inGain);
crossover =
(
(crossoverFreqs<:par(i, Nr_crossoverFreqs, _<:si.bus(N)))
,si.bus(N)
)
<: ro.interleave(N,Nr_bands)
: par(i, N, fi.crossover8LR4)
: ro.interleave(Nr_bands,N);
compressors =
(strength_array , thresh_array , att_array , rel_array , knee_array , link_array, ro.interleave(N,Nr_bands))
: ro.interleave(Nr_bands,6+N)
: par(i, Nr_bands, compressor(meter(i+1),N,prePost)) ;
mixer = si.bus(N*Nr_bands):>si.bus(N);
outputGain = par(i, N, _*outGain);
compressor(meter,N,prePost,strength,thresh,att,rel,knee,link) =
co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N);
meter(i) =
_<:(_, (ba.linear2db:max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
inGain = CG(hslider("[1]input gain", 0, -30, 30, 0.1)):ba.db2linear;
crossoverFreqs = BT(hslider("[1]freq", 60, 20, 20000, 1),hslider("[1]freq", 8000, 20, 20000, 1)):LogArray(Nr_crossoverFreqs);
strength_array = BTli(hslider("[2]strength", 1, 0, 8, 0.1),hslider("[2]strength", 1, 0, 8, 0.1));
thresh_array = BTli(hslider("[3]thresh", -24, -60, 0, 0.1),hslider("[3]thresh", -24, -60, 0, 0.1));
att_array = BTlo(hslider("[4]att", 13, 0, 100, 0.1)*0.001,hslider("[4]att", 0.1, 0, 100, 0.1)*0.001);
rel_array = BTlo(hslider("[5]rel", 130, 1, 1000, 1)*0.001,hslider("[5]rel", 26, 1, 1000, 1)*0.001);
knee_array = BTli(hslider("[6]knee", 0, 0, 30, 0.1),hslider("[6]knee", 30, 0, 30, 0.1));
link_array = BTli(hslider("[7]link", 1, 0, 1, 0.1),hslider("[7]link", 0.2, 0, 1, 0.1));
outGain = CG(hslider("[3]output gain", 0, -30, 30, 0.1)):ba.db2linear;
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
CG(x) = vgroup("[1]controlls", x);
MG(x) = hgroup("[2]gain reduction", x);
BT(b,t) = CG(hgroup("[2]", vgroup("[1]bottom", b),vgroup("[2]top", t)));
BTlo(b,t) = BT(b,t):LogArray(Nr_bands);
BTli(b,t) = BT(b,t):LinArray(Nr_bands);
Nr_bands = 8;
Nr_crossoverFreqs = Nr_bands-1;
prePost = 1;
maxGR = -30;
};
MSencode(on,l,r) =
select2(on
, l
, ((l+r)/sqrt(2)))
, select2(on
, r
, ((l-r)/sqrt(2)));
MSdecode(on,m,s) =
select2(on
, m
, ((m+s)/sqrt(2)))
, select2(on
, s
, ((m-s)/sqrt(2)));
|
59f2eb03c1d4d8b95d59a100998bbc1e1df8b5b9d5c7363d28489596bb28ffe7 | dariosanfilippo/modified_thomas | modified_thomas.dsp | // =============================================================================
// Modified Thomas complex generator
// =============================================================================
//
// Complex sound generator based on modified Thomas equations.
// The model is structurally-stable through hyperbolic tangent function
// saturators and allows for parameters in unstable ranges to explore
// different dynamics. Furthermore, this model includes DC-blockers in the
// feedback paths to counterbalance a tendency towards fixed-point attractors
// – thus enhancing complex behaviours – and obtain signals suitable for audio.
// Besides the original parameters in the model, this system includes a
// saturating threshold determining the positive and negative bounds in the
// equations, while the output peaks are within the [-1.0; 1.0] range.
//
// The system can be triggered by an impulse or by a constant of arbitrary
// values for deterministic and reproducable behaviours. Alternatively,
// the oscillator can be fed with external inputs to be used as a nonlinear
// distortion unit.
//
// =============================================================================
import("stdfaust.lib");
declare name "Modified Thomas complex generator";
declare author "Dario Sanfilippo";
declare copyright "Copyright (C) 2021 Dario Sanfilippo
<[email protected]>";
declare version "1.1";
declare license "GPL v3.0 license";
thomas(l, b, dt, x_0, y_0, z_0) = x_level(out * (x / l)) ,
y_level(out * (y / l)) ,
z_level(out * (z / l))
letrec {
'x = fi.highpass(1, 10, tanh(l, (x_0 + x + (sin(y) - b * x) * dt)));
'y = fi.highpass(1, 10, tanh(l, (y_0 + y + (sin(z) - b * y) * dt)));
'z = fi.highpass(1, 10, tanh(l, (z_0 + z + (sin(x) - b * z) * dt)));
};
// tanh() saturator with adjustable saturating threshold
tanh(l, x) = l * ma.tanh(x / l);
// smoothing function for click-free parameter variations using
// a one-pole low-pass with a 20-Hz cut-off frequency.
smooth(x) = fi.pole(pole, x * (1.0 - pole))
with {
pole = exp(-2.0 * ma.PI * 20.0 / ma.SR);
};
// GUI parameters
x_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[0]x[style:dB]", -60, 0)));
y_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[1]y[style:dB]", -60, 0)));
z_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[2]z[style:dB]", -60, 0)));
global_group(x) = vgroup("[0]Global", x);
levels_group(x) = hgroup("[1]Levels (dB)", x);
b = global_group(hslider("[4]b[scale:exp]", 3, 0, 20, .000001) : smooth);
dt = global_group(
hslider("[5]dt (time delta)[scale:exp]", 0.1, 0.000001, 1, .000001) :
smooth);
input(x) = global_group(nentry("[3]Input value", 1, 0, 10, .000001) <:
_ * impulse + _ * checkbox("[1]Constant inputs") +
x * checkbox("[0]External inputs"));
impulse = button("[2]Impulse inputs") : ba.impulsify;
limit = global_group(
hslider("[6]Saturation limit[scale:exp]", 4, 1, 1024, .000001) : smooth);
out = global_group(hslider("[7]Output scaling[scale:exp]", 0, 0, 1, .000001) :
smooth);
process(x1, x2, x3) = thomas(limit, b, dt, input(x1), input(x2),
input(x3));
| https://raw.githubusercontent.com/dariosanfilippo/modified_thomas/84add8df39dc58a6748d974cf475cffb2a643d2b/modified_thomas.dsp | faust | =============================================================================
Modified Thomas complex generator
=============================================================================
Complex sound generator based on modified Thomas equations.
The model is structurally-stable through hyperbolic tangent function
saturators and allows for parameters in unstable ranges to explore
different dynamics. Furthermore, this model includes DC-blockers in the
feedback paths to counterbalance a tendency towards fixed-point attractors
– thus enhancing complex behaviours – and obtain signals suitable for audio.
Besides the original parameters in the model, this system includes a
saturating threshold determining the positive and negative bounds in the
equations, while the output peaks are within the [-1.0; 1.0] range.
The system can be triggered by an impulse or by a constant of arbitrary
values for deterministic and reproducable behaviours. Alternatively,
the oscillator can be fed with external inputs to be used as a nonlinear
distortion unit.
=============================================================================
tanh() saturator with adjustable saturating threshold
smoothing function for click-free parameter variations using
a one-pole low-pass with a 20-Hz cut-off frequency.
GUI parameters |
import("stdfaust.lib");
declare name "Modified Thomas complex generator";
declare author "Dario Sanfilippo";
declare copyright "Copyright (C) 2021 Dario Sanfilippo
<[email protected]>";
declare version "1.1";
declare license "GPL v3.0 license";
thomas(l, b, dt, x_0, y_0, z_0) = x_level(out * (x / l)) ,
y_level(out * (y / l)) ,
z_level(out * (z / l))
letrec {
'x = fi.highpass(1, 10, tanh(l, (x_0 + x + (sin(y) - b * x) * dt)));
'y = fi.highpass(1, 10, tanh(l, (y_0 + y + (sin(z) - b * y) * dt)));
'z = fi.highpass(1, 10, tanh(l, (z_0 + z + (sin(x) - b * z) * dt)));
};
tanh(l, x) = l * ma.tanh(x / l);
smooth(x) = fi.pole(pole, x * (1.0 - pole))
with {
pole = exp(-2.0 * ma.PI * 20.0 / ma.SR);
};
x_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[0]x[style:dB]", -60, 0)));
y_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[1]y[style:dB]", -60, 0)));
z_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[2]z[style:dB]", -60, 0)));
global_group(x) = vgroup("[0]Global", x);
levels_group(x) = hgroup("[1]Levels (dB)", x);
b = global_group(hslider("[4]b[scale:exp]", 3, 0, 20, .000001) : smooth);
dt = global_group(
hslider("[5]dt (time delta)[scale:exp]", 0.1, 0.000001, 1, .000001) :
smooth);
input(x) = global_group(nentry("[3]Input value", 1, 0, 10, .000001) <:
_ * impulse + _ * checkbox("[1]Constant inputs") +
x * checkbox("[0]External inputs"));
impulse = button("[2]Impulse inputs") : ba.impulsify;
limit = global_group(
hslider("[6]Saturation limit[scale:exp]", 4, 1, 1024, .000001) : smooth);
out = global_group(hslider("[7]Output scaling[scale:exp]", 0, 0, 1, .000001) :
smooth);
process(x1, x2, x3) = thomas(limit, b, dt, input(x1), input(x2),
input(x3));
|
f46f730c9a6f29a09e522e6008a71e17424360632e0a374e78e2d5ac43d05208 | alexcoy257/lrnet | channelStrip.dsp | declare name "compressor";
declare version "0.1";
declare author "Julius Smith, ed. Alex Coy";
declare license "MIT Style STK-4.2";
declare description "Compressor demo application, adapted from the Faust Library's dm.compressor_demo in demos.lib";
declare documentation "https://faustlibraries.grame.fr/libs/compressors/#cocompressor_mono";
import("stdfaust.lib");
//----------------------------`(dm.)compressor_mono_demo`-------------------------
// Mono Compressor
//
// #### Usage
//
// ```
// _ : compressor_mono_demo : _;
// ```
//------------------------------------------------------------
compressor_demo = ba.bypass1(cbp,compressor_mono_demo)
with {
comp_group(x) = vgroup("COMPRESSOR [tooltip: References:
https://faustlibraries.grame.fr/libs/compressors/
http://en.wikipedia.org/wiki/Dynamic_range_compression]", x);
meter_group(x) = comp_group(hgroup("[0]", x));
knob_group(x) = comp_group(hgroup("[1]", x));
cbp = meter_group(checkbox("[0] Bypass [tooltip: When this is checked, the compressor
has no effect]"));
gainview = co.compression_gain_mono(ratio,threshold,attack,release) : ba.linear2db :
meter_group(hbargraph("[1] Compressor Gain [unit:dB] [tooltip: Compressor gain in dB]",-50,+10));
displaygain = _ <: _,abs : _,gainview : attach;
compressor_stereo_demo =
displaygain(co.compressor_stereo(ratio,threshold,attack,release)) :
*(makeupgain), *(makeupgain);
compressor_mono_demo =
displaygain(co.compressor_mono(ratio,threshold,attack,release)) :
*(makeupgain);
ctl_group(x) = knob_group(hgroup("[3] Compression Control", x));
ratio = ctl_group(hslider("[0] Ratio [style:knob]
[tooltip: A compression Ratio of N means that for each N dB increase in input
signal level above Threshold, the output level goes up 1 dB]",
2, 1, 20, 0.1));
threshold = ctl_group(hslider("[1] Threshold [unit:dB] [style:knob]
[tooltip: When the signal level exceeds the Threshold (in dB), its level
is compressed according to the Ratio]",
-24, -100, 10, 0.1));
env_group(x) = knob_group(hgroup("[4] Compression Response", x));
attack = env_group(hslider("[1] Attack [unit:ms] [style:knob] [scale:log]
[tooltip: Time constant in ms (1/e smoothing time) for the compression gain
to approach (exponentially) a new lower target level (the compression
`kicking in')]", 15, 1, 1000, 0.1)) : *(0.001) : max(1/ma.SR);
release = env_group(hslider("[2] Release [unit:ms] [style: knob] [scale:log]
[tooltip: Time constant in ms (1/e smoothing time) for the compression gain
to approach (exponentially) a new higher target level (the compression
'releasing')]", 40, 1, 1000, 0.1)) : *(0.001) : max(1/ma.SR);
makeupgain = comp_group(hslider("[5] MakeUpGain [unit:dB]
[tooltip: The compressed-signal output level is increased by this amount
(in dB) to make up for the level lost due to compression]",
2, -96, 96, 0.1)) : ba.db2linear;
};
group_gain = *(vslider("[0] Group Gain [unit:dB]",0, -96, 10, 0.1) : ba.db2linear);
indiv_gain = *(vslider("[0] Individual Gain [unit:dB]",0, -96, 10, 0.1) : ba.db2linear);
mute = *(checkbox("Mute the signal that goes to other players"));
process = _ : compressor_demo <: _ , (group_gain : indiv_gain : mute : _);
| https://raw.githubusercontent.com/alexcoy257/lrnet/161c1d16c6b8ed816bb74fd5583a6985d1c22592/src/lrmixer/channelStrip.dsp | faust | ----------------------------`(dm.)compressor_mono_demo`-------------------------
Mono Compressor
#### Usage
```
_ : compressor_mono_demo : _;
```
------------------------------------------------------------
faustlibraries.grame.fr/libs/compressors/
en.wikipedia.org/wiki/Dynamic_range_compression]", x); | declare name "compressor";
declare version "0.1";
declare author "Julius Smith, ed. Alex Coy";
declare license "MIT Style STK-4.2";
declare description "Compressor demo application, adapted from the Faust Library's dm.compressor_demo in demos.lib";
declare documentation "https://faustlibraries.grame.fr/libs/compressors/#cocompressor_mono";
import("stdfaust.lib");
compressor_demo = ba.bypass1(cbp,compressor_mono_demo)
with {
comp_group(x) = vgroup("COMPRESSOR [tooltip: References:
meter_group(x) = comp_group(hgroup("[0]", x));
knob_group(x) = comp_group(hgroup("[1]", x));
cbp = meter_group(checkbox("[0] Bypass [tooltip: When this is checked, the compressor
has no effect]"));
gainview = co.compression_gain_mono(ratio,threshold,attack,release) : ba.linear2db :
meter_group(hbargraph("[1] Compressor Gain [unit:dB] [tooltip: Compressor gain in dB]",-50,+10));
displaygain = _ <: _,abs : _,gainview : attach;
compressor_stereo_demo =
displaygain(co.compressor_stereo(ratio,threshold,attack,release)) :
*(makeupgain), *(makeupgain);
compressor_mono_demo =
displaygain(co.compressor_mono(ratio,threshold,attack,release)) :
*(makeupgain);
ctl_group(x) = knob_group(hgroup("[3] Compression Control", x));
ratio = ctl_group(hslider("[0] Ratio [style:knob]
[tooltip: A compression Ratio of N means that for each N dB increase in input
signal level above Threshold, the output level goes up 1 dB]",
2, 1, 20, 0.1));
threshold = ctl_group(hslider("[1] Threshold [unit:dB] [style:knob]
[tooltip: When the signal level exceeds the Threshold (in dB), its level
is compressed according to the Ratio]",
-24, -100, 10, 0.1));
env_group(x) = knob_group(hgroup("[4] Compression Response", x));
attack = env_group(hslider("[1] Attack [unit:ms] [style:knob] [scale:log]
[tooltip: Time constant in ms (1/e smoothing time) for the compression gain
to approach (exponentially) a new lower target level (the compression
`kicking in')]", 15, 1, 1000, 0.1)) : *(0.001) : max(1/ma.SR);
release = env_group(hslider("[2] Release [unit:ms] [style: knob] [scale:log]
[tooltip: Time constant in ms (1/e smoothing time) for the compression gain
to approach (exponentially) a new higher target level (the compression
'releasing')]", 40, 1, 1000, 0.1)) : *(0.001) : max(1/ma.SR);
makeupgain = comp_group(hslider("[5] MakeUpGain [unit:dB]
[tooltip: The compressed-signal output level is increased by this amount
(in dB) to make up for the level lost due to compression]",
2, -96, 96, 0.1)) : ba.db2linear;
};
group_gain = *(vslider("[0] Group Gain [unit:dB]",0, -96, 10, 0.1) : ba.db2linear);
indiv_gain = *(vslider("[0] Individual Gain [unit:dB]",0, -96, 10, 0.1) : ba.db2linear);
mute = *(checkbox("Mute the signal that goes to other players"));
process = _ : compressor_demo <: _ , (group_gain : indiv_gain : mute : _);
|
cc8b75f3a4ae99443994f3b8cd8268946312ca208276726ffb47e446c93e0256 | dariosanfilippo/modified_chua | modified_chua.dsp | // =============================================================================
// Modified Chua complex generator
// =============================================================================
//
// Complex sound generator based on modified Chua equations.
// The model is structurally-stable through hyperbolic tangent function
// saturators and allows for parameters in unstable ranges to explore
// different dynamics. Furthermore, this model includes DC-blockers in the
// feedback paths to counterbalance a tendency towards fixed-point attractors
// – thus enhancing complex behaviours – and obtain signals suitable for audio.
// Besides the original parameters in the model, this system includes a
// saturating threshold determining the positive and negative bounds in the
// equations, while the output peaks are within the [-1.0; 1.0] range.
//
// The system can be triggered by an impulse or by a constant of arbitrary
// values for deterministic and reproducable behaviours. Alternatively,
// the oscillator can be fed with external inputs to be used as a nonlinear
// distortion unit.
//
// =============================================================================
import("stdfaust.lib");
declare name "Modified Chua complex generator";
declare author "Dario Sanfilippo";
declare copyright "Copyright (C) 2021 Dario Sanfilippo
<[email protected]>";
declare version "1.1";
declare license "GPL v3.0 license";
chua(l, a, b, alpha, k, beta, yps, dt, x_0, y_0, z_0) = x_level(out * (x / l)) ,
y_level(out * (y / l)) ,
z_level(out * (z / l))
letrec {
'x = fi.highpass(1, 10, tanh(l, (x_0 + x + (k * alpha * (y - x - f(x)))
* dt)));
'y = fi.highpass(1, 10, tanh(l, (y_0 + y + (k * (x - y + z)) * dt)));
'z = fi.highpass(1, 10, tanh(l, (z_0 + z + (-k * (beta * y + yps * z))
* dt)));
}
with {
f(x) = b * x + .5 * (a - b) * (abs(x + 1) - abs(x - 1));
};
// smoothing function for click-free parameter variations using
// a one-pole low-pass with a 20-Hz cut-off frequency.
smooth(x) = fi.pole(pole, x * (1.0 - pole))
with {
pole = exp(-2.0 * ma.PI * 20.0 / ma.SR);
};
// tanh() saturator with adjustable saturating threshold
tanh(l, x) = l * ma.tanh(x / l);
// GUI parameters
x_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[00]x[style:dB]", -60, 0)));
y_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[01]y[style:dB]", -60, 0)));
z_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[02]z[style:dB]", -60, 0)));
global_group(x) = vgroup("[0]Global", x);
levels_group(x) = hgroup("[1]Levels (dB)", x);
a = global_group(hslider("[04]a[scale:exp]", 1, 0, 20, .000001) : smooth);
b = global_group(hslider("[05]b[scale:exp]", 3, 0, 20, .000001) : smooth);
alpha = global_group(hslider("[06]alpha[scale:exp]", 2, 0, 20, .000001)
: smooth);
k = global_group(hslider("[07]k[scale:exp]", 1, 0, 20, .000001) : smooth);
beta = global_group(hslider("[08]beta[scale:exp]", 5, 0, 20, .000001) : smooth);
yps = global_group(hslider("[09]yps[scale:exp]", 1, 0, 20, .000001) : smooth);
dt = global_group(
hslider("[10]dt (integration step)[scale:exp]", 0.1, 0.000001, 1, .000001)
: smooth);
input(x) = global_group(nentry("[03]Input value", 1, 0, 10, .000001)
<: _ * impulse + _ * checkbox("[01]Constant inputs")
+ x * checkbox("[00]External inputs"));
impulse = button("[02]Impulse inputs") : ba.impulsify;
limit = global_group(
hslider("[11]Saturation limit[scale:exp]", 4, 1, 1024, .000001) : smooth);
out = global_group(hslider("[12]Output scaling[scale:exp]", 0, 0, 1, .000001)
: smooth);
process(x1, x2, x3) = chua(limit, a, b, alpha, k, beta, yps, dt,
input(x1), input(x2), input(x3));
| https://raw.githubusercontent.com/dariosanfilippo/modified_chua/0f886aa822c32d89287786311e64b4d7fa22de66/modified_chua.dsp | faust | =============================================================================
Modified Chua complex generator
=============================================================================
Complex sound generator based on modified Chua equations.
The model is structurally-stable through hyperbolic tangent function
saturators and allows for parameters in unstable ranges to explore
different dynamics. Furthermore, this model includes DC-blockers in the
feedback paths to counterbalance a tendency towards fixed-point attractors
– thus enhancing complex behaviours – and obtain signals suitable for audio.
Besides the original parameters in the model, this system includes a
saturating threshold determining the positive and negative bounds in the
equations, while the output peaks are within the [-1.0; 1.0] range.
The system can be triggered by an impulse or by a constant of arbitrary
values for deterministic and reproducable behaviours. Alternatively,
the oscillator can be fed with external inputs to be used as a nonlinear
distortion unit.
=============================================================================
smoothing function for click-free parameter variations using
a one-pole low-pass with a 20-Hz cut-off frequency.
tanh() saturator with adjustable saturating threshold
GUI parameters |
import("stdfaust.lib");
declare name "Modified Chua complex generator";
declare author "Dario Sanfilippo";
declare copyright "Copyright (C) 2021 Dario Sanfilippo
<[email protected]>";
declare version "1.1";
declare license "GPL v3.0 license";
chua(l, a, b, alpha, k, beta, yps, dt, x_0, y_0, z_0) = x_level(out * (x / l)) ,
y_level(out * (y / l)) ,
z_level(out * (z / l))
letrec {
'x = fi.highpass(1, 10, tanh(l, (x_0 + x + (k * alpha * (y - x - f(x)))
* dt)));
'y = fi.highpass(1, 10, tanh(l, (y_0 + y + (k * (x - y + z)) * dt)));
'z = fi.highpass(1, 10, tanh(l, (z_0 + z + (-k * (beta * y + yps * z))
* dt)));
}
with {
f(x) = b * x + .5 * (a - b) * (abs(x + 1) - abs(x - 1));
};
smooth(x) = fi.pole(pole, x * (1.0 - pole))
with {
pole = exp(-2.0 * ma.PI * 20.0 / ma.SR);
};
tanh(l, x) = l * ma.tanh(x / l);
x_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[00]x[style:dB]", -60, 0)));
y_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[01]y[style:dB]", -60, 0)));
z_level(x) = attach(x , abs(x) : ba.linear2db :
levels_group(hbargraph("[02]z[style:dB]", -60, 0)));
global_group(x) = vgroup("[0]Global", x);
levels_group(x) = hgroup("[1]Levels (dB)", x);
a = global_group(hslider("[04]a[scale:exp]", 1, 0, 20, .000001) : smooth);
b = global_group(hslider("[05]b[scale:exp]", 3, 0, 20, .000001) : smooth);
alpha = global_group(hslider("[06]alpha[scale:exp]", 2, 0, 20, .000001)
: smooth);
k = global_group(hslider("[07]k[scale:exp]", 1, 0, 20, .000001) : smooth);
beta = global_group(hslider("[08]beta[scale:exp]", 5, 0, 20, .000001) : smooth);
yps = global_group(hslider("[09]yps[scale:exp]", 1, 0, 20, .000001) : smooth);
dt = global_group(
hslider("[10]dt (integration step)[scale:exp]", 0.1, 0.000001, 1, .000001)
: smooth);
input(x) = global_group(nentry("[03]Input value", 1, 0, 10, .000001)
<: _ * impulse + _ * checkbox("[01]Constant inputs")
+ x * checkbox("[00]External inputs"));
impulse = button("[02]Impulse inputs") : ba.impulsify;
limit = global_group(
hslider("[11]Saturation limit[scale:exp]", 4, 1, 1024, .000001) : smooth);
out = global_group(hslider("[12]Output scaling[scale:exp]", 0, 0, 1, .000001)
: smooth);
process(x1, x2, x3) = chua(limit, a, b, alpha, k, beta, yps, dt,
input(x1), input(x2), input(x3));
|
5a7b496d06d7bc318f38d139e45aee95300d969fa5ff98327de2ea8d933bc588 | magnetophon/faustExperiments | 8bandCompander.dsp | declare name "Eight_band_Compander_N_chan";
declare version "0.1";
declare author "Bart Brouns";
declare license "AGPLv3";
// import("stdfaust.lib");
import("/home/bart/source/faustlibraries/stdfaust.lib");
process =
// DCblock(2)
// : MSencode(MSon)
// :
Eight_band_Compander_N_chan(2)
// : MSdecode(MSon)
;
DCblock(N) = par(i, N, ba.bypass1(fb==0,fi.dcblockerat(fb)));
MSon = checkbox("MS on");
fb = hslider("dc block", 20, 0, 50, 0.1);
Eight_band_Compander_N_chan(N) =
// expanders
// scPlusInputsMono
inputGain
: crossover
: expanders
: compressors
: mixer
: outputGain
with {
inputGain = par(i, N, _*inGain);
crossover =
(
(crossoverFreqs<:par(i, Nr_crossoverFreqs, _<:si.bus(N)))
,si.bus(N)
)
<: ro.interleave(N,Nr_bands)
: par(i, N, fi.crossover8LR4)
: ro.interleave(Nr_bands,N);
expanders =
EX(
(strength_array, thresh_array, range_array, att_array, hold_array, rel_array, knee_array , link_array,
(ro.interleave(N,Nr_bands) :scPlusInputs ))
:
ro.interleave(Nr_bands,9+N)
: par(i, Nr_bands, expander(meter(i+1),N,prePost,_,1))
)
;
scPlusInputsMono =
si.bus(Nr_bands)
<: ( (scMix_array
// disgard the lowest two and the highest band, mix the rest, take the abs, div by Nr_bands, split them out:
, ((!,!,!,!,_,_,_,!) :> abs / hslider("div", 3, 1, 5, 0.1) <: si.bus(Nr_bands))
// , (si.bus(Nr_bands) :> abs / Nr_bands <: si.bus(Nr_bands))
, par(i, Nr_bands, abs)
)
:ro.interleave(Nr_bands,3)
: par(i, Nr_bands, it.interpolate_linear)
),si.bus(Nr_bands)
;
scPlusInputs = par(i, N, scPlusInputsMono)
:(ro.crossNM(Nr_bands*2,Nr_bands),si.bus(Nr_bands))
:((ro.interleave(Nr_bands,2):par(i, Nr_bands, max) ),si.bus(2*Nr_bands))
;
compressors =
CO(
(strength_array , thresh_array , att_array , rel_array , knee_array , link_array, ro.interleave(N,Nr_bands))
: ro.interleave(Nr_bands,6+N)
: par(i, Nr_bands, compressor(meter(i+1),N,prePost)));
mixer = si.bus(N*Nr_bands):>si.bus(N);
outputGain = par(i, N, _*outGain);
expander(meter,N,prePost,SCfunction,SCswitch,strength,thresh,range,att,hold,rel,knee,link,SCsignal) =
co.expanderSC_N_chan(strength,thresh,range,att,hold,rel,knee,prePost,link,meter,maxHold,N,SCfunction,SCswitch,SCsignal)
with {
maxHold = maxSR*1;
maxSR = 192000;
};
compressor(meter,N,prePost,strength,thresh,att,rel,knee,link) =
co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,ba.linear2db:meter:ba.db2linear,N);
// co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N);
meter(i) =
_<:(_, (max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
// _<:(_, (ba.linear2db:max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
inGain = CG(hslider("[1]input gain", 0, -30, 30, 0.1)):ba.db2linear;
crossoverFreqs = BT(hslider("[1]freq", 60, 20, 20000, 1),hslider("[1]freq", 8000, 20, 20000, 1)):LogArray(Nr_crossoverFreqs);
strength_array = BTli(hslider("[2]strength", 1, 0, 8, 0.1),hslider("[2]strength", 1, 0, 8, 0.1));
thresh_array = BTli(hslider("[3]thresh", -24, -60, 0, 0.1),hslider("[3]thresh", -24, -60, 0, 0.1));
range_array = BTli(hslider("[4]range", -24, -60, 0, 0.1),hslider("[4]range", -24, -60, 0, 0.1));
att_array = BTlo(hslider("[5]att", 13, 0, 100, 0.1)*0.001,hslider("[5]att", 0.1, 0, 100, 0.1)*0.001);
hold_array = BTlo(hslider("[6]hold", 130, 1, 1000, 1)*0.001,hslider("[6]hold", 26, 1, 1000, 1)*0.001);
rel_array = BTlo(hslider("[7]rel", 130, 1, 1000, 1)*0.001,hslider("[7]rel", 26, 1, 1000, 1)*0.001);
knee_array = BTli(hslider("[8]knee", 0, 0, 30, 0.1),hslider("[8]knee", 30, 0, 30, 0.1));
link_array = par(i, Nr_bands, 0);
// link_array = BTli(hslider("[9]link", 1, 0, 1, 0.1),hslider("[9]link", 0.2, 0, 1, 0.1));
scMix_array = BTli(hslider("[9]SC mix", 1, 0, 1, 0.1)*-1+1,hslider("[9]SC mix", 0.2, 0, 1, 0.1)*-1+1);
outGain = CG(hslider("[3]output gain", 0, -30, 30, 0.1)):ba.db2linear;
// make a linear array of values, from bottom to top
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
// make a log array of values, from bottom to top
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
EX(x) = tgroup("MBcompander", vgroup("[1]expander", x));
CO(x) = tgroup("MBcompander", vgroup("[2]compressor", x));
CG(x) = vgroup("[2]controlls", x);
MG(x) = hgroup("[2]gain reduction", x);
// make a bottom and a top version of a parameter
BT(b,t) = CG(hgroup("[3]", vgroup("[1]bottom", b),vgroup("[2]top", t)));
BTlo(b,t) = BT(b,t):LogArray(Nr_bands);
BTli(b,t) = BT(b,t):LinArray(Nr_bands);
Nr_bands = 8;
Nr_crossoverFreqs = Nr_bands-1;
prePost = 1;
maxGR = -30;
};
MSencode(on,l,r) =
select2(on
, l
, ((l+r)/sqrt(2)))
, select2(on
, r
, ((l-r)/sqrt(2)));
MSdecode(on,m,s) =
select2(on
, m
, ((m+s)/sqrt(2)))
, select2(on
, s
, ((m-s)/sqrt(2)));
| https://raw.githubusercontent.com/magnetophon/faustExperiments/e4fd48df103d79e80a8bc5c41afd5eb99712b2b9/8bandCompander.dsp | faust | import("stdfaust.lib");
DCblock(2)
: MSencode(MSon)
:
: MSdecode(MSon)
expanders
scPlusInputsMono
disgard the lowest two and the highest band, mix the rest, take the abs, div by Nr_bands, split them out:
, (si.bus(Nr_bands) :> abs / Nr_bands <: si.bus(Nr_bands))
co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,meter,N);
_<:(_, (ba.linear2db:max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
link_array = BTli(hslider("[9]link", 1, 0, 1, 0.1),hslider("[9]link", 0.2, 0, 1, 0.1));
make a linear array of values, from bottom to top
make a log array of values, from bottom to top
make a bottom and a top version of a parameter | declare name "Eight_band_Compander_N_chan";
declare version "0.1";
declare author "Bart Brouns";
declare license "AGPLv3";
import("/home/bart/source/faustlibraries/stdfaust.lib");
process =
Eight_band_Compander_N_chan(2)
;
DCblock(N) = par(i, N, ba.bypass1(fb==0,fi.dcblockerat(fb)));
MSon = checkbox("MS on");
fb = hslider("dc block", 20, 0, 50, 0.1);
Eight_band_Compander_N_chan(N) =
inputGain
: crossover
: expanders
: compressors
: mixer
: outputGain
with {
inputGain = par(i, N, _*inGain);
crossover =
(
(crossoverFreqs<:par(i, Nr_crossoverFreqs, _<:si.bus(N)))
,si.bus(N)
)
<: ro.interleave(N,Nr_bands)
: par(i, N, fi.crossover8LR4)
: ro.interleave(Nr_bands,N);
expanders =
EX(
(strength_array, thresh_array, range_array, att_array, hold_array, rel_array, knee_array , link_array,
(ro.interleave(N,Nr_bands) :scPlusInputs ))
:
ro.interleave(Nr_bands,9+N)
: par(i, Nr_bands, expander(meter(i+1),N,prePost,_,1))
)
;
scPlusInputsMono =
si.bus(Nr_bands)
<: ( (scMix_array
, ((!,!,!,!,_,_,_,!) :> abs / hslider("div", 3, 1, 5, 0.1) <: si.bus(Nr_bands))
, par(i, Nr_bands, abs)
)
:ro.interleave(Nr_bands,3)
: par(i, Nr_bands, it.interpolate_linear)
),si.bus(Nr_bands)
;
scPlusInputs = par(i, N, scPlusInputsMono)
:(ro.crossNM(Nr_bands*2,Nr_bands),si.bus(Nr_bands))
:((ro.interleave(Nr_bands,2):par(i, Nr_bands, max) ),si.bus(2*Nr_bands))
;
compressors =
CO(
(strength_array , thresh_array , att_array , rel_array , knee_array , link_array, ro.interleave(N,Nr_bands))
: ro.interleave(Nr_bands,6+N)
: par(i, Nr_bands, compressor(meter(i+1),N,prePost)));
mixer = si.bus(N*Nr_bands):>si.bus(N);
outputGain = par(i, N, _*outGain);
expander(meter,N,prePost,SCfunction,SCswitch,strength,thresh,range,att,hold,rel,knee,link,SCsignal) =
co.expanderSC_N_chan(strength,thresh,range,att,hold,rel,knee,prePost,link,meter,maxHold,N,SCfunction,SCswitch,SCsignal)
with {
maxHold = maxSR*1;
maxSR = 192000;
};
compressor(meter,N,prePost,strength,thresh,att,rel,knee,link) =
co.FFcompressor_N_chan(strength,thresh,att,rel,knee,prePost,link,ba.linear2db:meter:ba.db2linear,N);
meter(i) =
_<:(_, (max(-40):min(0):MG(vbargraph("[%i][unit:dB]%i[tooltip: gain reduction in dB]", -40, 0)))):attach;
inGain = CG(hslider("[1]input gain", 0, -30, 30, 0.1)):ba.db2linear;
crossoverFreqs = BT(hslider("[1]freq", 60, 20, 20000, 1),hslider("[1]freq", 8000, 20, 20000, 1)):LogArray(Nr_crossoverFreqs);
strength_array = BTli(hslider("[2]strength", 1, 0, 8, 0.1),hslider("[2]strength", 1, 0, 8, 0.1));
thresh_array = BTli(hslider("[3]thresh", -24, -60, 0, 0.1),hslider("[3]thresh", -24, -60, 0, 0.1));
range_array = BTli(hslider("[4]range", -24, -60, 0, 0.1),hslider("[4]range", -24, -60, 0, 0.1));
att_array = BTlo(hslider("[5]att", 13, 0, 100, 0.1)*0.001,hslider("[5]att", 0.1, 0, 100, 0.1)*0.001);
hold_array = BTlo(hslider("[6]hold", 130, 1, 1000, 1)*0.001,hslider("[6]hold", 26, 1, 1000, 1)*0.001);
rel_array = BTlo(hslider("[7]rel", 130, 1, 1000, 1)*0.001,hslider("[7]rel", 26, 1, 1000, 1)*0.001);
knee_array = BTli(hslider("[8]knee", 0, 0, 30, 0.1),hslider("[8]knee", 30, 0, 30, 0.1));
link_array = par(i, Nr_bands, 0);
scMix_array = BTli(hslider("[9]SC mix", 1, 0, 1, 0.1)*-1+1,hslider("[9]SC mix", 0.2, 0, 1, 0.1)*-1+1);
outGain = CG(hslider("[3]output gain", 0, -30, 30, 0.1)):ba.db2linear;
LinArray(N,bottom,top) = par(i,N, ((top-bottom)*(i/(N-1)))+bottom);
LogArray(N,bottom,top) = par(i,N, pow((pow((t/b),1/(N-1))),i)*b)
with {
b = bottom:max(ma.EPSILON);
t = top:max(ma.EPSILON);
};
EX(x) = tgroup("MBcompander", vgroup("[1]expander", x));
CO(x) = tgroup("MBcompander", vgroup("[2]compressor", x));
CG(x) = vgroup("[2]controlls", x);
MG(x) = hgroup("[2]gain reduction", x);
BT(b,t) = CG(hgroup("[3]", vgroup("[1]bottom", b),vgroup("[2]top", t)));
BTlo(b,t) = BT(b,t):LogArray(Nr_bands);
BTli(b,t) = BT(b,t):LinArray(Nr_bands);
Nr_bands = 8;
Nr_crossoverFreqs = Nr_bands-1;
prePost = 1;
maxGR = -30;
};
MSencode(on,l,r) =
select2(on
, l
, ((l+r)/sqrt(2)))
, select2(on
, r
, ((l-r)/sqrt(2)));
MSdecode(on,m,s) =
select2(on
, m
, ((m+s)/sqrt(2)))
, select2(on
, s
, ((m-s)/sqrt(2)));
|
c459e294cf62bb9b4fdfa733b7751f369d54742ca2ef739403e167e520508304 | olilarkin/pMixFaustNodes | WeirdPhaser.dsp | declare name "Weird Phaser";
declare description "Stereo Phaser based on SSB Modulation";
declare author "Oli Larkin ([email protected])";
declare copyright "Oliver Larkin";
declare version "0.1";
declare licence "GPL";
import("FrequencyShifter.lib");
import("stdfaust.lib");
lutsize = 1 << 9;
sintable = float(ba.time)*(2.0*ma.PI)/float(lutsize) : sin;
mix = 0.5;
maxfeedback = 0.7;
rate = hslider("Rate [unit:hz] [OWL:PARAMETER_A]", 0, 0., 1, 0.001);
rateScalar = hslider("Rate Scalar [OWL:PARAMETER_B]", 1., 1., 40., 0.001);
offset = hslider("L-R Offset [OWL:PARAMETER_C]", 0., 0., 1., 0.001) * 0.5;
fbk = hslider("Feedback [OWL:PARAMETER_D]", 0., 0, 1., 0.01) : *(maxfeedback) : si.smooth(ba.tau2pole(0.005));
ssbfreqshift(x, offset) = (+ : negative) ~ (*(fbk) : clip(-1, 1))
with {
negative(x) = real(x)*cosv - imag(x)*sinv;
positive(x) = real(x)*cosv + imag(x)*sinv;
real(x) = hilbert(x) : _ , !;
imag(x) = hilbert(x) : ! , _;
phasor = fmod(((rate*rateScalar)/float(ma.SR) : (+ : ma.decimal) ~ _)+offset, 1.);
sinv = quadlookup(phasor) : _ , !;
cosv = quadlookup(phasor) : ! , _;
hilbert = hilbertef;
clip(lo,hi) = min(hi) : max(lo);
quadlookup(phase)=ss1+d*(ss2-ss1), sc1+d*(sc2-sc1)
with {
sini = int(phase * lutsize);
d = ma.decimal(phase * lutsize);
cosi = int(fmod((phase * lutsize)+(lutsize*0.25), lutsize));
ss1 = rdtable(lutsize+1, sintable, sini);
ss2 = rdtable(lutsize+1, sintable, sini+1);
sc1 = rdtable(lutsize+1, sintable, cosi);
sc2 = rdtable(lutsize+1, sintable, cosi+1);
};
};
process(l,r) = l,r <: *(1-mix), *(1-mix), ssbfreqshift(l, 0.)*mix, ssbfreqshift(r, offset)*mix :> _,_; | https://raw.githubusercontent.com/olilarkin/pMixFaustNodes/20da57783b03841f023a7edd4a3215ab3155218e/WeirdPhaser.dsp | faust | declare name "Weird Phaser";
declare description "Stereo Phaser based on SSB Modulation";
declare author "Oli Larkin ([email protected])";
declare copyright "Oliver Larkin";
declare version "0.1";
declare licence "GPL";
import("FrequencyShifter.lib");
import("stdfaust.lib");
lutsize = 1 << 9;
sintable = float(ba.time)*(2.0*ma.PI)/float(lutsize) : sin;
mix = 0.5;
maxfeedback = 0.7;
rate = hslider("Rate [unit:hz] [OWL:PARAMETER_A]", 0, 0., 1, 0.001);
rateScalar = hslider("Rate Scalar [OWL:PARAMETER_B]", 1., 1., 40., 0.001);
offset = hslider("L-R Offset [OWL:PARAMETER_C]", 0., 0., 1., 0.001) * 0.5;
fbk = hslider("Feedback [OWL:PARAMETER_D]", 0., 0, 1., 0.01) : *(maxfeedback) : si.smooth(ba.tau2pole(0.005));
ssbfreqshift(x, offset) = (+ : negative) ~ (*(fbk) : clip(-1, 1))
with {
negative(x) = real(x)*cosv - imag(x)*sinv;
positive(x) = real(x)*cosv + imag(x)*sinv;
real(x) = hilbert(x) : _ , !;
imag(x) = hilbert(x) : ! , _;
phasor = fmod(((rate*rateScalar)/float(ma.SR) : (+ : ma.decimal) ~ _)+offset, 1.);
sinv = quadlookup(phasor) : _ , !;
cosv = quadlookup(phasor) : ! , _;
hilbert = hilbertef;
clip(lo,hi) = min(hi) : max(lo);
quadlookup(phase)=ss1+d*(ss2-ss1), sc1+d*(sc2-sc1)
with {
sini = int(phase * lutsize);
d = ma.decimal(phase * lutsize);
cosi = int(fmod((phase * lutsize)+(lutsize*0.25), lutsize));
ss1 = rdtable(lutsize+1, sintable, sini);
ss2 = rdtable(lutsize+1, sintable, sini+1);
sc1 = rdtable(lutsize+1, sintable, cosi);
sc2 = rdtable(lutsize+1, sintable, cosi+1);
};
};
process(l,r) = l,r <: *(1-mix), *(1-mix), ssbfreqshift(l, 0.)*mix, ssbfreqshift(r, offset)*mix :> _,_; |
|
1f710659138b9a83a771147cf51fa2f3a35da2940ee34002c2d7e55ebd6c87c1 | SMERM/BN-Tedesco | karplus_filtrato.dsp | declare name "Karplus_filtrato";
declare version "1.1";
declare author "DT";
declare license "BSD";
//-----------------------------------------------------------
// Karplus-Strong synhtesis based on the GRAME example
//-----------------------------------------------------------
import("stdfaust.lib");
import("music.lib");
// Eccitatore
//--------
upfront(x) = (x-x') > 0.0;
decay(n,x) = x - (x>0.0)/n;
release(n) = + ~ decay(n);
trigger(n) = upfront : release(n) : >(0.0);
size = hslider("excitation (samples)", 256, 2, 1024, 1);
// Risuonatore
//-----------------
dur = hslider("duration (samples)", 256, 2, 1024, 1);
att = hslider("attenuation", 0.1, 0, 1, 0.01);
average(x) = (x+x')/2;
resonator(d, a) = (+ : delay(4096, d-1.5)) ~ (average : *(1.0-a)) ;
process = noise * hslider("Volume", 0.5, 0, 1, 0.01)
: vgroup("Eccitatore", *(button("play"): trigger(size)))
: vgroup("Risuonatore", resonator(dur, att))
:dm.filterbank_demo<: attach(_,abs : ba.linear2db : hbargraph("Level[style:dB]",-60,0));
| https://raw.githubusercontent.com/SMERM/BN-Tedesco/2a77e1707f7e64c512dd40d58d29c0db8092463d/COME-02/Lezioni_in_Compresenza/20200324/karplus_filtrato.dsp | faust | -----------------------------------------------------------
Karplus-Strong synhtesis based on the GRAME example
-----------------------------------------------------------
Eccitatore
--------
Risuonatore
----------------- | declare name "Karplus_filtrato";
declare version "1.1";
declare author "DT";
declare license "BSD";
import("stdfaust.lib");
import("music.lib");
upfront(x) = (x-x') > 0.0;
decay(n,x) = x - (x>0.0)/n;
release(n) = + ~ decay(n);
trigger(n) = upfront : release(n) : >(0.0);
size = hslider("excitation (samples)", 256, 2, 1024, 1);
dur = hslider("duration (samples)", 256, 2, 1024, 1);
att = hslider("attenuation", 0.1, 0, 1, 0.01);
average(x) = (x+x')/2;
resonator(d, a) = (+ : delay(4096, d-1.5)) ~ (average : *(1.0-a)) ;
process = noise * hslider("Volume", 0.5, 0, 1, 0.01)
: vgroup("Eccitatore", *(button("play"): trigger(size)))
: vgroup("Risuonatore", resonator(dur, att))
:dm.filterbank_demo<: attach(_,abs : ba.linear2db : hbargraph("Level[style:dB]",-60,0));
|
ee4650202d4dd936474d88c44dc490b86c1d24a1a6b72a4972e5b961dcf904e2 | SMERM/BN-Tedesco | Karplus-Strong_Midi_Poly.dsp | declare name "Karplus-Strong_Midi_Poly";
declare version "1.0";
declare author "DT";
declare license "BSD";
declare options "[osc:on]"; //MIDI e OSC implementation
declare options "[midi:on][nvoices:6]";
//-----------------------------------------------------------
// Karplus-Strong synhtesis based on the GRAME example
//-----------------------------------------------------------
import("stdfaust.lib");
import("music.lib");
// Eccitatore
//--------
upfront(x) = (x-x') > 0.0;
decay(n,x) = x - (x>0.0)/n;
release(n) = + ~ decay(n);
trigger(n) = upfront : release(n) : >(0.0);
size = hslider("excitation (samples)", 256, 2, 1024, 1);
// Risuonatore
//-----------------
dur = hslider("duration (samples)", 256, 2, 1024, 1);
att = hslider("attenuation", 0.1, 0, 1, 0.01);
average(x) = (x+x')/2;
resonator(d, a) = (+ : delay(4096, d-1.5)) ~ (average : *(1.0-a)) ;
process = noise * hslider("Volume", 0.5, 0, 1, 0.01)
: vgroup("Eccitatore", *(button("play"): trigger(size)))
: vgroup("Risuonatore", resonator(dur, att))
:dm.filterbank_demo<: attach(_,abs : ba.linear2db : hbargraph("Level[style:dB]",-60,0));
| https://raw.githubusercontent.com/SMERM/BN-Tedesco/2a77e1707f7e64c512dd40d58d29c0db8092463d/COME-02/Lezioni_in_Compresenza/20200407/Karplus-Strong_Midi_Poly.dsp | faust | MIDI e OSC implementation
-----------------------------------------------------------
Karplus-Strong synhtesis based on the GRAME example
-----------------------------------------------------------
Eccitatore
--------
Risuonatore
----------------- | declare name "Karplus-Strong_Midi_Poly";
declare version "1.0";
declare author "DT";
declare license "BSD";
declare options "[midi:on][nvoices:6]";
import("stdfaust.lib");
import("music.lib");
upfront(x) = (x-x') > 0.0;
decay(n,x) = x - (x>0.0)/n;
release(n) = + ~ decay(n);
trigger(n) = upfront : release(n) : >(0.0);
size = hslider("excitation (samples)", 256, 2, 1024, 1);
dur = hslider("duration (samples)", 256, 2, 1024, 1);
att = hslider("attenuation", 0.1, 0, 1, 0.01);
average(x) = (x+x')/2;
resonator(d, a) = (+ : delay(4096, d-1.5)) ~ (average : *(1.0-a)) ;
process = noise * hslider("Volume", 0.5, 0, 1, 0.01)
: vgroup("Eccitatore", *(button("play"): trigger(size)))
: vgroup("Risuonatore", resonator(dur, att))
:dm.filterbank_demo<: attach(_,abs : ba.linear2db : hbargraph("Level[style:dB]",-60,0));
|
b3b7dadd7baed5f597d9eb24211602ba06779446b844e0f033b7bc853c0d899e | grame-cncm/smartfaust | sfTrashRing.dsp | declare name "sfTrashRing";
declare version "0.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
//-------------------- MAIN -------------------------------
process = ringmod_drywet:*(gain):*(volume)*(out)
with {
gain = hslider ("v:sfTrashRing parameter(s)/gain[acc:2 1 -10 0 10][color:255 255 0][hidden:1]",0.2,0,1,0.001):fi.lowpass(1,1):max(0):min(1);
volume = vslider ("h:sfTrashRing/Volume",1,0,2,0.001):si.smooth(0.998):max(0):min(2);
out = checkbox ("h:sfTrashRing/ON/OFF"):si.smooth(0.998);
};
//-----------------------------------------------------------
/////////////////////
// RING MODULATOR ///
ringmod = os.oscs(freq),_:*
with {
freq = hslider ( "v:sfTrashRing parameter(s)/freq [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",1000,0,2000,1):si.smooth(0.998);
};
dry_wet(x,y) = (1-c)*x + c*y
with {
c = hslider("v:sfTrashRing parameter(s)/dry_wet [acc:1 0 -10 0 10][color:255 255 0][hidden:1] ",50,0,100,0.01):*(0.01):fi.lowpass(1,1):max(0):min(1);
};
ringmod_drywet = _<: _ , ringmod: dry_wet;
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfTrashRing/sfTrashRing.dsp | faust | -------------------- MAIN -------------------------------
-----------------------------------------------------------
///////////////////
RING MODULATOR /// | declare name "sfTrashRing";
declare version "0.4";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
process = ringmod_drywet:*(gain):*(volume)*(out)
with {
gain = hslider ("v:sfTrashRing parameter(s)/gain[acc:2 1 -10 0 10][color:255 255 0][hidden:1]",0.2,0,1,0.001):fi.lowpass(1,1):max(0):min(1);
volume = vslider ("h:sfTrashRing/Volume",1,0,2,0.001):si.smooth(0.998):max(0):min(2);
out = checkbox ("h:sfTrashRing/ON/OFF"):si.smooth(0.998);
};
ringmod = os.oscs(freq),_:*
with {
freq = hslider ( "v:sfTrashRing parameter(s)/freq [acc:0 0 -10 0 10][color:255 0 0][hidden:1]",1000,0,2000,1):si.smooth(0.998);
};
dry_wet(x,y) = (1-c)*x + c*y
with {
c = hslider("v:sfTrashRing parameter(s)/dry_wet [acc:1 0 -10 0 10][color:255 255 0][hidden:1] ",50,0,100,0.01):*(0.01):fi.lowpass(1,1):max(0):min(1);
};
ringmod_drywet = _<: _ , ringmod: dry_wet;
|
fd9bfd7d87ba40fcc1219589fbc005a79400ef538d9f91a701b3447f5797c435 | grame-cncm/smartfaust | grain_pitch_shifter2_v0.2.dsp | declare name "sfPitchShifter";
declare version "1.02";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
//-------------------- MAIN -------------------------------
process = pitchshifter;
// from FAUST example and adapted by Christophe Lebreton
//----------------------------
// very simple real time pitch shifter
//----------------------------
transpose (w, x, s, sig) =
de.fdelay1s(d,sig)*ma.fmin(d/x,1) + de.fdelay1s(d+w,sig)*(1-ma.fmin(d/x,1))
with {
i = 1 - pow(2, s/12);
d = i : (+ : +(w) : fmod(_,w)) ~ _;
};
pitchshifter = transpose(w,x,s)
with {
//w = hslider("window [units (ms)]", 75, 10, 1000, 1)*SR*0.001;
w = (75)*ma.SR*(0.001);
//x = hslider("xfade [units (ms)]", 10, 1, 500, 1)*SR*0.001 : smooth (0.99);
x = w * 0.5;
s = (hslider("v:sfGrain parameter(s)/shift [units (cents)] [acc:0 0 -10 0 10][color: 255 0 0 ][hidden:1] ", 0, -600, 200, 0.1))*0.01 :fi.lowpass(1,1);
};
dry_wet(x,y) = (1-c)*x + c*y
with {
c = hslider("v:sfGrain parameter(s)/dry_wet [acc:2 0 -10 0 10][color: 0 255 0 ][hidden:1] ",100,0,100,0.01):*(0.01):fi.lowpass(1,1);
};
pitchshifter_drywet = _<: _ , pitchshifter: dry_wet;
| https://raw.githubusercontent.com/grame-cncm/smartfaust/0a9c93ea7eda9899e1401402901848f221366c99/src/sfGrain/grain_pitch_shifter2_v0.2.dsp | faust | -------------------- MAIN -------------------------------
from FAUST example and adapted by Christophe Lebreton
----------------------------
very simple real time pitch shifter
----------------------------
w = hslider("window [units (ms)]", 75, 10, 1000, 1)*SR*0.001;
x = hslider("xfade [units (ms)]", 10, 1, 500, 1)*SR*0.001 : smooth (0.99); | declare name "sfPitchShifter";
declare version "1.02";
declare author "Christophe Lebreton";
declare license "BSD";
declare copyright "SmartFaust - GRAME(c)2013-2018";
import("stdfaust.lib");
process = pitchshifter;
transpose (w, x, s, sig) =
de.fdelay1s(d,sig)*ma.fmin(d/x,1) + de.fdelay1s(d+w,sig)*(1-ma.fmin(d/x,1))
with {
i = 1 - pow(2, s/12);
d = i : (+ : +(w) : fmod(_,w)) ~ _;
};
pitchshifter = transpose(w,x,s)
with {
w = (75)*ma.SR*(0.001);
x = w * 0.5;
s = (hslider("v:sfGrain parameter(s)/shift [units (cents)] [acc:0 0 -10 0 10][color: 255 0 0 ][hidden:1] ", 0, -600, 200, 0.1))*0.01 :fi.lowpass(1,1);
};
dry_wet(x,y) = (1-c)*x + c*y
with {
c = hslider("v:sfGrain parameter(s)/dry_wet [acc:2 0 -10 0 10][color: 0 255 0 ][hidden:1] ",100,0,100,0.01):*(0.01):fi.lowpass(1,1);
};
pitchshifter_drywet = _<: _ , pitchshifter: dry_wet;
|
947bfa33d4f8568eafb4c8c5e8db7184e9bffb76f016cbe44ea085c1521bc988 | friskgit/snares | disperse_filtered_sound.dsp | // -*- compile-command: "cd .. && make jack src=src/disperse_filtered_sound.dsp && cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
//---------------`takes a filtered sound and disperses it` --------------------------
//
// Take the output of a filterbank and alter the routing of the channels. Takes the impulse as its first input
//
// Parameter 'bands' is set at compile time.
//
// 18 Juli 2019 Henrik Frisk [email protected]
//---------------------------------------------------
bands = 8;
channels = 2;
t = 0;
// Extract the impulse
trigger(x) = t;
// Control the output channel
// distribute =
process(x) = par(i, bands, ba.selectoutn(bands, i));
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/disperse_filtered_sound.dsp | faust | -*- compile-command: "cd .. && make jack src=src/disperse_filtered_sound.dsp && cd -"; -*-
---------------`takes a filtered sound and disperses it` --------------------------
Take the output of a filterbank and alter the routing of the channels. Takes the impulse as its first input
Parameter 'bands' is set at compile time.
18 Juli 2019 Henrik Frisk [email protected]
---------------------------------------------------
Extract the impulse
Control the output channel
distribute = |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
bands = 8;
channels = 2;
t = 0;
trigger(x) = t;
process(x) = par(i, bands, ba.selectoutn(bands, i));
|
bca234c23ef32c7411bac1f03588369b89fdc5b55345d01836adf24fb2365562 | steveb/gula-plugins | pequed.dsp | declare name "Pequed";
declare author "GULA";
declare copyright "Steve Baker (2022)";
declare version "1.0.0";
declare license "GPLv3";
declare description "Midrange parametic EQ with high and low values interpolated based on the peak amplitude of the input";
import("stdfaust.lib");
import("gula.lib");
freq_hi = hslider("[01]freq_hi[name:Freq Hi][tooltip:frequency (Hz)]", 900, 100, 2400, 10);
gain_hi = hslider("[02]gain_hi[name:Gain Hi][unit:dB]", 0, -40, 40, 0.1);
freq_lo = hslider("[03]freq_lo[name:Freq Lo][tooltip:frequency (Hz)]", 900, 100, 2400, 10);
gain_lo = hslider("[04]gain_lo[name:Gain Lo][unit:dB]", 0, -40, 40, 0.1);
q_mult = 0.2;
q_a = gain_lo : abs * q_mult, 0.1 : max;
q_b = gain_hi : abs * q_mult, 0.1 : max;
attack = hslider("[05]attack[unit:s][name: Attack]", 0.01, 0, 0.5, 0.01);
release = hslider("[06]release[unit:s][name: Release]", 0.5, 0, 2, 0.01);
peak_decay = release * 10;
process = _ <: gula_ab_amp(attack, release, peak_decay) , _ : gula_ab_filter(freq_lo, gain_lo, q_a, freq_hi, gain_hi, q_b) : _;
| https://raw.githubusercontent.com/steveb/gula-plugins/65b328f6d025171149d485c8aed83eaa377db60e/src/pequed.dsp | faust | declare name "Pequed";
declare author "GULA";
declare copyright "Steve Baker (2022)";
declare version "1.0.0";
declare license "GPLv3";
declare description "Midrange parametic EQ with high and low values interpolated based on the peak amplitude of the input";
import("stdfaust.lib");
import("gula.lib");
freq_hi = hslider("[01]freq_hi[name:Freq Hi][tooltip:frequency (Hz)]", 900, 100, 2400, 10);
gain_hi = hslider("[02]gain_hi[name:Gain Hi][unit:dB]", 0, -40, 40, 0.1);
freq_lo = hslider("[03]freq_lo[name:Freq Lo][tooltip:frequency (Hz)]", 900, 100, 2400, 10);
gain_lo = hslider("[04]gain_lo[name:Gain Lo][unit:dB]", 0, -40, 40, 0.1);
q_mult = 0.2;
q_a = gain_lo : abs * q_mult, 0.1 : max;
q_b = gain_hi : abs * q_mult, 0.1 : max;
attack = hslider("[05]attack[unit:s][name: Attack]", 0.01, 0, 0.5, 0.01);
release = hslider("[06]release[unit:s][name: Release]", 0.5, 0, 2, 0.01);
peak_decay = release * 10;
process = _ <: gula_ab_amp(attack, release, peak_decay) , _ : gula_ab_filter(freq_lo, gain_lo, q_a, freq_hi, gain_hi, q_b) : _;
|
|
729c552555fed07a4c517fb1098d8505b2158cc9581725e90919698793239abe | mzuther/Screamer | screamer.dsp | /* ----------------------------------------------------------------------------
Screamer
========
Mathematical distortion and signal mangling
Copyright (c) 2003-2020 Martin Zuther (http://www.mzuther.de/)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
Thank you for using free software!
---------------------------------------------------------------------------- */
declare name "Screamer";
declare version "1.4.0";
declare copyright "(c) 2003-2020 Martin Zuther";
declare license "GPL v3 or later";
import("stdfaust.lib");
mz = component("mzuther.dsp");
mathematical_overdrive = component("mathematical_overdrive.dsp").overdrive;
clip_distortion = component("clip_distortion.dsp").distortion;
modulo_distortion = component("modulo_distortion.dsp").distortion;
fractional_downsampler = component("fractional_downsampler.dsp").downsampler;
main_group(x) = hgroup("", x);
ovrd_group(x) = main_group(vgroup("[1] Mathematical overdrive", x));
clip_group(x) = main_group(vgroup("[2] Clip distortion", x));
mdst_group(x) = main_group(vgroup("[3] Modulo distortion", x));
dwns_group(x) = main_group(vgroup("[4] Fractional downsampler", x));
ovrd_threshold = ovrd_group(hslider(
"[1] Threshold (0 disables) [style:slider][unit:dB]" ,
0.0 , -40.0 , 0.0 , 1.0));
ovrd_drive = ovrd_group(hslider(
"[2] Drive [style:slider][unit:exp]" ,
10.0 , 1.0 , 100.0 , 1.0));
ovrd_gain = ovrd_group(hslider(
"[3] Output gain [style:slider][unit:dB]" ,
0.0 , -6.0 , 6.0 , 1.0));
clip_threshold = clip_group(hslider(
"[1] Threshold (0 disables) [style:slider][unit:dB]" ,
0.0 , -40.0 , 0.0 , 1.0));
clip_drive = clip_group(hslider(
"[2] Drive [style:slider][unit:exp]" ,
10.0 , 0.0 , 100.0 , 1.0));
clip_crucify = clip_group(checkbox(
"[3] Crucify"));
mdst_modulo = mdst_group(hslider(
"[1] Modulo (1 disables)" ,
1 , 1 , 1e4 , 1));
dwns_factor = dwns_group(hslider(
"[1] Factor (0.99 disables) [style:slider][unit:x]" ,
0.99 , 0.99 , 32.0 , 0.01));
dwns_lfo_freq = dwns_group(hslider(
"[2] LFO frequency [style:slider][unit:Hz]" ,
0.0 , 0.0 , 10.0 , 0.01));
dwns_lfo_mod = dwns_group(hslider(
"[3] LFO modulation [style:slider][unit:%]" ,
0.0 , 0.0 , 100.0 , 1.0));
process = mz.stereo(
mathematical_overdrive(ovrd_threshold , ovrd_drive , ovrd_gain) :
clip_distortion(clip_threshold, clip_drive , clip_crucify) :
modulo_distortion(mdst_modulo) :
fractional_downsampler(dwns_factor , dwns_lfo_freq , dwns_lfo_mod)
);
| https://raw.githubusercontent.com/mzuther/Screamer/46ec0f5d49ecf9af455a791ee2b813c5e9de1a66/modules/screamer.dsp | faust | ----------------------------------------------------------------------------
Screamer
========
Mathematical distortion and signal mangling
Copyright (c) 2003-2020 Martin Zuther (http://www.mzuther.de/)
This program is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
This program is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with this program. If not, see <http://www.gnu.org/licenses/>.
Thank you for using free software!
---------------------------------------------------------------------------- |
declare name "Screamer";
declare version "1.4.0";
declare copyright "(c) 2003-2020 Martin Zuther";
declare license "GPL v3 or later";
import("stdfaust.lib");
mz = component("mzuther.dsp");
mathematical_overdrive = component("mathematical_overdrive.dsp").overdrive;
clip_distortion = component("clip_distortion.dsp").distortion;
modulo_distortion = component("modulo_distortion.dsp").distortion;
fractional_downsampler = component("fractional_downsampler.dsp").downsampler;
main_group(x) = hgroup("", x);
ovrd_group(x) = main_group(vgroup("[1] Mathematical overdrive", x));
clip_group(x) = main_group(vgroup("[2] Clip distortion", x));
mdst_group(x) = main_group(vgroup("[3] Modulo distortion", x));
dwns_group(x) = main_group(vgroup("[4] Fractional downsampler", x));
ovrd_threshold = ovrd_group(hslider(
"[1] Threshold (0 disables) [style:slider][unit:dB]" ,
0.0 , -40.0 , 0.0 , 1.0));
ovrd_drive = ovrd_group(hslider(
"[2] Drive [style:slider][unit:exp]" ,
10.0 , 1.0 , 100.0 , 1.0));
ovrd_gain = ovrd_group(hslider(
"[3] Output gain [style:slider][unit:dB]" ,
0.0 , -6.0 , 6.0 , 1.0));
clip_threshold = clip_group(hslider(
"[1] Threshold (0 disables) [style:slider][unit:dB]" ,
0.0 , -40.0 , 0.0 , 1.0));
clip_drive = clip_group(hslider(
"[2] Drive [style:slider][unit:exp]" ,
10.0 , 0.0 , 100.0 , 1.0));
clip_crucify = clip_group(checkbox(
"[3] Crucify"));
mdst_modulo = mdst_group(hslider(
"[1] Modulo (1 disables)" ,
1 , 1 , 1e4 , 1));
dwns_factor = dwns_group(hslider(
"[1] Factor (0.99 disables) [style:slider][unit:x]" ,
0.99 , 0.99 , 32.0 , 0.01));
dwns_lfo_freq = dwns_group(hslider(
"[2] LFO frequency [style:slider][unit:Hz]" ,
0.0 , 0.0 , 10.0 , 0.01));
dwns_lfo_mod = dwns_group(hslider(
"[3] LFO modulation [style:slider][unit:%]" ,
0.0 , 0.0 , 100.0 , 1.0));
process = mz.stereo(
mathematical_overdrive(ovrd_threshold , ovrd_drive , ovrd_gain) :
clip_distortion(clip_threshold, clip_drive , clip_crucify) :
modulo_distortion(mdst_modulo) :
fractional_downsampler(dwns_factor , dwns_lfo_freq , dwns_lfo_mod)
);
|
31922741e683997b4fd05f4357a067b92f63fa1930c64bcf59f89c691a95555d | evinism/audimon | sonify.dsp | declare name "volumecontrol";
declare version "1.0";
declare author "Franz Heinzmann";
declare license "BSD";
declare options "[osc:on]";
import("stdfaust.lib");
stereo(func) = _,_ : func(_),func(_) : _,_;
volumeM = *(vslider("volume", 0, -70, +4, 0.1) : ba.db2linear : si.smoo);
volume = stereo(volumeM);
/*
Process has several inputs:
1: CPU usage (0 to 1)
*/
positive_only(sig) = select2(sig >= 0, 0, sig);
derivative = _ <: _, @(1) : _ - _ : positive_only : an.abs_envelope_rect(0.2) : _;
power(sig, num) = prod(i, num, sig);
// Status tone!
base_freq = 110;
lo_freq(cpu) = base_freq * (1 + cpu);
hi_freq(cpu) = base_freq * (1 + 3 * cpu);
status_tone(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) = (
os.osc(lo_freq(cpu_load)) / 2 +
os.osc(hi_freq(cpu_load))
) * (derivative(cpu_load) * 10 * 960 + cpu_load * 0.1) <: _, _;
neg_respecting_square = _ <: _ * _ * _;
randompan(sig) = no.noise : (neg_respecting_square(_) / 2) + 0.5 <: _ * sig, (1 - _) * sig;
packet_sounder(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) = incoming_packet_stream * 0.05, outgoing_packet_stream * 0.05: _ , _ ;
// panning signal expected -1 to 1 inclusive
pan_by_6db(sig, panning) = sig <: _ * (panning + 1) / 2, _ * (-panning + 1) / 2;
pan_by_3db(sig, panning) = sig <: _ * cos(ma.PI * (panning + 1) / 4), _ * sin(ma.PI * (panning + 1) / 4);
pan_by = pan_by_3db;
panned_process(
freq,
process_stream,
process_pan
) = sy.combString(freq, 0.1, process_stream) * 0.2 : pan_by(_, process_pan);
process_sounder(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) =
panned_process(hi_freq(cpu_load) * 2, pos_process_stream, pos_process_pan),
panned_process(hi_freq(cpu_load), neg_process_stream, neg_process_pan) :> _, _;
memory_pressure_aleter(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) =
os.lf_squarewavepos((2 / (1.2 - power(mem_load, 10)))) : _ * 0.5 + 1 : hi_freq(cpu_load) * _ : os.square : _ * power(mem_load, 25) * 0.05 <: _, _;
process = _, _, _, _, _, _, _, _ <: process_sounder :> _ * 0.25, _ * 0.25 : volume : _,_;
| https://raw.githubusercontent.com/evinism/audimon/ceb854fa619efb2140bc48ddf0320633583b3431/daemon/dsp/sonify.dsp | faust |
Process has several inputs:
1: CPU usage (0 to 1)
Status tone!
panning signal expected -1 to 1 inclusive | declare name "volumecontrol";
declare version "1.0";
declare author "Franz Heinzmann";
declare license "BSD";
declare options "[osc:on]";
import("stdfaust.lib");
stereo(func) = _,_ : func(_),func(_) : _,_;
volumeM = *(vslider("volume", 0, -70, +4, 0.1) : ba.db2linear : si.smoo);
volume = stereo(volumeM);
positive_only(sig) = select2(sig >= 0, 0, sig);
derivative = _ <: _, @(1) : _ - _ : positive_only : an.abs_envelope_rect(0.2) : _;
power(sig, num) = prod(i, num, sig);
base_freq = 110;
lo_freq(cpu) = base_freq * (1 + cpu);
hi_freq(cpu) = base_freq * (1 + 3 * cpu);
status_tone(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) = (
os.osc(lo_freq(cpu_load)) / 2 +
os.osc(hi_freq(cpu_load))
) * (derivative(cpu_load) * 10 * 960 + cpu_load * 0.1) <: _, _;
neg_respecting_square = _ <: _ * _ * _;
randompan(sig) = no.noise : (neg_respecting_square(_) / 2) + 0.5 <: _ * sig, (1 - _) * sig;
packet_sounder(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) = incoming_packet_stream * 0.05, outgoing_packet_stream * 0.05: _ , _ ;
pan_by_6db(sig, panning) = sig <: _ * (panning + 1) / 2, _ * (-panning + 1) / 2;
pan_by_3db(sig, panning) = sig <: _ * cos(ma.PI * (panning + 1) / 4), _ * sin(ma.PI * (panning + 1) / 4);
pan_by = pan_by_3db;
panned_process(
freq,
process_stream,
process_pan
) = sy.combString(freq, 0.1, process_stream) * 0.2 : pan_by(_, process_pan);
process_sounder(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) =
panned_process(hi_freq(cpu_load) * 2, pos_process_stream, pos_process_pan),
panned_process(hi_freq(cpu_load), neg_process_stream, neg_process_pan) :> _, _;
memory_pressure_aleter(
cpu_load,
mem_load,
incoming_packet_stream,
outgoing_packet_stream,
pos_process_stream,
pos_process_pan,
neg_process_stream,
neg_process_pan
) =
os.lf_squarewavepos((2 / (1.2 - power(mem_load, 10)))) : _ * 0.5 + 1 : hi_freq(cpu_load) * _ : os.square : _ * power(mem_load, 25) * 0.05 <: _, _;
process = _, _, _, _, _, _, _, _ <: process_sounder :> _ * 0.25, _ * 0.25 : volume : _,_;
|
4e35edb7f5ab0fecc7b880a2df43804910865985824f25ccb9b4e09f1061ce0f | sekisushai/ambitools | hoa_converter_acn_n3d_to_acn_sn3d.dsp | declare name "HOA Converter : ACN N3D to ACN SN3D";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2016";
import("stdfaust.lib");
import("gui.lib");
//Description : this tool converts HOA signals defined with a convention 1 to HOA signals defined with convention 2. Proposed conventions are ACN N3D, ACN SN3D, FuMa. For ACN to FuMa, the ordering change is as in [1]
//[1] https://en.wikipedia.org/wiki/Ambisonic_data_exchange_formats
// Input ACN: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
// Output FuMa: 0 3 1 2 6 7 5 8 4 12 13 11 14 10 15 9 : W XYZ RSTUV KLMNOPQ
// Input FuMa: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 : W XYZ RSTUV KLMNOPQ
// Output ACN: 0 2 3 1 6 8 4 5 7 15 13 11 9 10 12 14
// Maximum required order (M = 3 for FuMa).
M = 10;
// Number of inputs
ins = (M+1)^2;
outs = ins;
// ACN_N3D Input
conversion(1,2) = par(m,M+1,par(n,2*m+1,_*(1/sqrt(2*m+1)))); // ACN_N3D to ACN_SN3D
process = si.bus(ins):hgroup("[1]ACN N3D",par(i,M+1,meterm(i))):conversion(1,2):hgroup("[2]ACN SN3D",par(i,M+1,meterm(i))); | https://raw.githubusercontent.com/sekisushai/ambitools/2d21b7cc7cfe9bc35d91d51ec05bf9250372f0ce/Faust/src/hoa_converter_acn_n3d_to_acn_sn3d.dsp | faust | Description : this tool converts HOA signals defined with a convention 1 to HOA signals defined with convention 2. Proposed conventions are ACN N3D, ACN SN3D, FuMa. For ACN to FuMa, the ordering change is as in [1]
[1] https://en.wikipedia.org/wiki/Ambisonic_data_exchange_formats
Input ACN: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Output FuMa: 0 3 1 2 6 7 5 8 4 12 13 11 14 10 15 9 : W XYZ RSTUV KLMNOPQ
Input FuMa: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 : W XYZ RSTUV KLMNOPQ
Output ACN: 0 2 3 1 6 8 4 5 7 15 13 11 9 10 12 14
Maximum required order (M = 3 for FuMa).
Number of inputs
ACN_N3D Input
ACN_N3D to ACN_SN3D | declare name "HOA Converter : ACN N3D to ACN SN3D";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2016";
import("stdfaust.lib");
import("gui.lib");
M = 10;
ins = (M+1)^2;
outs = ins;
process = si.bus(ins):hgroup("[1]ACN N3D",par(i,M+1,meterm(i))):conversion(1,2):hgroup("[2]ACN SN3D",par(i,M+1,meterm(i))); |
e1c1ce178b89581c7acb08db876380bbe301ca8caeb2037e48ac2867fbff76ad | sekisushai/ambitools | hoa_converter_acn_sn3d_to_acn_n3d.dsp | declare name "HOA Converter : ACN SN3D to ACN N3D";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2016";
import("stdfaust.lib");
import("gui.lib");
//Description : this tool converts HOA signals defined with a convention 1 to HOA signals defined with convention 2. Proposed conventions are ACN N3D, ACN SN3D, FuMa. For ACN to FuMa, the ordering change is as in [1]
//[1] https://en.wikipedia.org/wiki/Ambisonic_data_exchange_formats
// Input ACN: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
// Output FuMa: 0 3 1 2 6 7 5 8 4 12 13 11 14 10 15 9 : W XYZ RSTUV KLMNOPQ
// Input FuMa: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 : W XYZ RSTUV KLMNOPQ
// Output ACN: 0 2 3 1 6 8 4 5 7 15 13 11 9 10 12 14
// Maximum required order (M = 3 for FuMa).
M = 10;
// Number of inputs
ins = (M+1)^2;
outs = ins;
// ACN_SN3D Input
conversion(2,1) = par(m,M+1,par(n,2*m+1,_*sqrt(2*m+1))); // ACN_SN3D to ACN_N3D
process = si.bus(ins):hgroup("[1]ACN SN3D",par(i,M+1,meterm(i))):conversion(2,1):hgroup("[2]ACN N3D",par(i,M+1,meterm(i))); | https://raw.githubusercontent.com/sekisushai/ambitools/2d21b7cc7cfe9bc35d91d51ec05bf9250372f0ce/Faust/src/hoa_converter_acn_sn3d_to_acn_n3d.dsp | faust | Description : this tool converts HOA signals defined with a convention 1 to HOA signals defined with convention 2. Proposed conventions are ACN N3D, ACN SN3D, FuMa. For ACN to FuMa, the ordering change is as in [1]
[1] https://en.wikipedia.org/wiki/Ambisonic_data_exchange_formats
Input ACN: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15
Output FuMa: 0 3 1 2 6 7 5 8 4 12 13 11 14 10 15 9 : W XYZ RSTUV KLMNOPQ
Input FuMa: 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 : W XYZ RSTUV KLMNOPQ
Output ACN: 0 2 3 1 6 8 4 5 7 15 13 11 9 10 12 14
Maximum required order (M = 3 for FuMa).
Number of inputs
ACN_SN3D Input
ACN_SN3D to ACN_N3D | declare name "HOA Converter : ACN SN3D to ACN N3D";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2016";
import("stdfaust.lib");
import("gui.lib");
M = 10;
ins = (M+1)^2;
outs = ins;
process = si.bus(ins):hgroup("[1]ACN SN3D",par(i,M+1,meterm(i))):conversion(2,1):hgroup("[2]ACN N3D",par(i,M+1,meterm(i))); |
bd3835f592f43df89d28474b0bffa51d602471ff4def8f6f7c85ca67a09044a3 | sekisushai/ambitools | hoa_mic_encoder_lebedev06.dsp | declare name "MemsBedev HOA Encoder";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2014";
// Description: This tool does the Discrete Spherical Fourier Transform (DSFT) [1] of signal from a rigid spherical microphone with 50-node Lebedev grid geometry [1].
// CAUTION: This tool does only the DSFT, to obtain the Ambisonics components you should filter the signals with corresponding radial filters [1].
// Inputs: 26
// Outputs: (M+1)^2
// References:
// [1] P. Lecomte, P.-A. Gauthier, C. Langrenne, A. Garcia, and A. Berry, “On the use of a Lebedev grid for Ambisonics,” in Audio Engineering Society Convention 139, 2015.
import("stdfaust.lib");
import("lebedev.lib");
import("ymn.lib");
import("gui.lib");
// Maximum order M=1 for 6-node Lebedev grid [1].
M = 1;
ins = 6;
outs = (M+1)^2;
vol = hslider("[1]Gain[unit:dB][style:knob]", 0, -10, 50, 0.1) : ba.db2linear : si.smooth(0.999);
// Vector of weighted spherical harmonics : spherical harmonics times the speaker weight for weighed quadrature rules [1].
row(i) = par(j,ins,yacn(i,azimuth(j),elevation(j))*(weight1(j)));
process = hgroup("[0]Inputs",par(i,ins,id(i,0)))<:par(i,outs,buswg(row(i)):>_):hgroup("[1]Outputs",par(i,outs,*(vol)):par(i,M+1,metermute(i))); | https://raw.githubusercontent.com/sekisushai/ambitools/2d21b7cc7cfe9bc35d91d51ec05bf9250372f0ce/Faust/src/hoa_mic_encoder_lebedev06.dsp | faust | Description: This tool does the Discrete Spherical Fourier Transform (DSFT) [1] of signal from a rigid spherical microphone with 50-node Lebedev grid geometry [1].
CAUTION: This tool does only the DSFT, to obtain the Ambisonics components you should filter the signals with corresponding radial filters [1].
Inputs: 26
Outputs: (M+1)^2
References:
[1] P. Lecomte, P.-A. Gauthier, C. Langrenne, A. Garcia, and A. Berry, “On the use of a Lebedev grid for Ambisonics,” in Audio Engineering Society Convention 139, 2015.
Maximum order M=1 for 6-node Lebedev grid [1].
Vector of weighted spherical harmonics : spherical harmonics times the speaker weight for weighed quadrature rules [1]. | declare name "MemsBedev HOA Encoder";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2014";
import("stdfaust.lib");
import("lebedev.lib");
import("ymn.lib");
import("gui.lib");
M = 1;
ins = 6;
outs = (M+1)^2;
vol = hslider("[1]Gain[unit:dB][style:knob]", 0, -10, 50, 0.1) : ba.db2linear : si.smooth(0.999);
row(i) = par(j,ins,yacn(i,azimuth(j),elevation(j))*(weight1(j)));
process = hgroup("[0]Inputs",par(i,ins,id(i,0)))<:par(i,outs,buswg(row(i)):>_):hgroup("[1]Outputs",par(i,outs,*(vol)):par(i,M+1,metermute(i))); |
b9df948e8c81911521e3d4facf6fd5b1aee7f73af25328ef83afc3e1bf3a12f2 | sekisushai/ambitools | hoa_mic_encoder_lebedev26.dsp | declare name "MemsBedev HOA Encoder";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2014";
// Description: This tool does the Discrete Spherical Fourier Transform (DSFT) [1] of signal from a rigid spherical microphone with 50-node Lebedev grid geometry [1].
// CAUTION: This tool does only the DSFT, to obtain the Ambisonics components you should filter the signals with corresponding radial filters [1].
// Inputs: 26
// Outputs: (M+1)^2
// References:
// [1] P. Lecomte, P.-A. Gauthier, C. Langrenne, A. Garcia, and A. Berry, “On the use of a Lebedev grid for Ambisonics,” in Audio Engineering Society Convention 139, 2015.
import("stdfaust.lib");
import("lebedev.lib");
import("ymn.lib");
import("gui.lib");
// Maximum order M=3 for 26-node Lebedev grid [1].
M = 3;
ins = 26;
outs = (M+1)^2;
vol = hslider("[1]Gain[unit:dB][style:knob]", 0, -10, 50, 0.1) : ba.db2linear : si.smooth(0.999);
// Vector of weighted spherical harmonics : spherical harmonics times the speaker weight for weighed quadrature rules [1].
row(i) = par(j,ins,yacn(i,azimuth(j),elevation(j))*(weight3(j)));
process = hgroup("[0]Inputs",par(i,ins,id(i,0)))<:par(i,outs,buswg(row(i)):>_):hgroup("[1]Outputs",par(i,outs,*(vol)):par(i,M+1,metermute(i))); | https://raw.githubusercontent.com/sekisushai/ambitools/2d21b7cc7cfe9bc35d91d51ec05bf9250372f0ce/Faust/src/hoa_mic_encoder_lebedev26.dsp | faust | Description: This tool does the Discrete Spherical Fourier Transform (DSFT) [1] of signal from a rigid spherical microphone with 50-node Lebedev grid geometry [1].
CAUTION: This tool does only the DSFT, to obtain the Ambisonics components you should filter the signals with corresponding radial filters [1].
Inputs: 26
Outputs: (M+1)^2
References:
[1] P. Lecomte, P.-A. Gauthier, C. Langrenne, A. Garcia, and A. Berry, “On the use of a Lebedev grid for Ambisonics,” in Audio Engineering Society Convention 139, 2015.
Maximum order M=3 for 26-node Lebedev grid [1].
Vector of weighted spherical harmonics : spherical harmonics times the speaker weight for weighed quadrature rules [1]. | declare name "MemsBedev HOA Encoder";
declare version "1.0";
declare author "Pierre Lecomte";
declare license "GPL";
declare copyright "(c) Pierre Lecomte 2014";
import("stdfaust.lib");
import("lebedev.lib");
import("ymn.lib");
import("gui.lib");
M = 3;
ins = 26;
outs = (M+1)^2;
vol = hslider("[1]Gain[unit:dB][style:knob]", 0, -10, 50, 0.1) : ba.db2linear : si.smooth(0.999);
row(i) = par(j,ins,yacn(i,azimuth(j),elevation(j))*(weight3(j)));
process = hgroup("[0]Inputs",par(i,ins,id(i,0)))<:par(i,outs,buswg(row(i)):>_):hgroup("[1]Outputs",par(i,outs,*(vol)):par(i,M+1,metermute(i))); |
b14cb09a5817d0b02bacc164fbdd693f2e2cb0509cda5229a57b9a0e929e91fc | jpburstrom/bubblebass | pitchTracker4.dsp | declare name "GR Pitch Tracker 4";
declare description "4-channel GR-300 style pitch tracker";
declare author "Johannes Burström ([email protected])";
declare copyright "Johannes Burström";
declare version "0.1";
declare licence "GPL";
import("stdfaust.lib");
freqA = hslider("ffreq1 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqB = hslider("ffreq2 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqC = hslider("ffreq3 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqD = hslider("ffreq4 [unit:hz]", 32.7, 5.0, 20000., 0.001);
pitchTracker(x, freq) = output with {
maxFreq = 640;
/*
rq = 1;
halfbw = 0.1 * freq * 0.5;
fl = freq - halfbw;
fu = freq + halfbw;
*/
//Rectify signal
rectify = (_ * 1e+02) >= 0;
//Inverse triggers - zero when square is 1, -1
triggers = fi.tf21(1, -1, 0, 0, 0) <: _ != -1, _ != 1;
//Make a saw from a stream of 1's plus reset 0 (integrate the 1's)
trig2saw = _, 1 : fi.pole;
//make saws from the two triggers above, add inverted triggers
makeSaws = trig2saw, trig2saw, 1 - _, 1 - _;
//Input: pair of saw waves, output: denominator
//Latch first signal with second trigger and vice versa. This gives the halfway value of the saw wave.
//Add the two saws and we get an approximate amount of samples for a waveform period
denom = route(4, 4, (1, 2), (4, 1), (2, 4), (3, 3)) : ba.latch, ba.latch: + : max(ma.SR / maxFreq, _ - 3);
//Scale the raw saw to the current denominator value, which should make the waveform roughly in the -1->1 range
//below maxFreq (above maxFreq, the amplitude will start diminishing)
outputSaw = fi.dcblocker((_/_) * 2);
//Divide samplerate with denom to get the frequency
outputPitch = !, max(ma.SR/_, 0);
//Add it up
output = x : fi.lowpass(1, freq) : rectify <: triggers <: makeSaws <: _, !, !, !, denom <: outputSaw, outputPitch;
};
process(a, b, c, d) = pitchTracker(a, freqA), pitchTracker(b, freqB), pitchTracker(c, freqC), pitchTracker(d, freqD);
| https://raw.githubusercontent.com/jpburstrom/bubblebass/2e4fa3e49eceeed5a9dff2431d345acea6b29a8e/faust/pitchTracker4.dsp | faust |
rq = 1;
halfbw = 0.1 * freq * 0.5;
fl = freq - halfbw;
fu = freq + halfbw;
Rectify signal
Inverse triggers - zero when square is 1, -1
Make a saw from a stream of 1's plus reset 0 (integrate the 1's)
make saws from the two triggers above, add inverted triggers
Input: pair of saw waves, output: denominator
Latch first signal with second trigger and vice versa. This gives the halfway value of the saw wave.
Add the two saws and we get an approximate amount of samples for a waveform period
Scale the raw saw to the current denominator value, which should make the waveform roughly in the -1->1 range
below maxFreq (above maxFreq, the amplitude will start diminishing)
Divide samplerate with denom to get the frequency
Add it up | declare name "GR Pitch Tracker 4";
declare description "4-channel GR-300 style pitch tracker";
declare author "Johannes Burström ([email protected])";
declare copyright "Johannes Burström";
declare version "0.1";
declare licence "GPL";
import("stdfaust.lib");
freqA = hslider("ffreq1 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqB = hslider("ffreq2 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqC = hslider("ffreq3 [unit:hz]", 32.7, 5.0, 20000., 0.001);
freqD = hslider("ffreq4 [unit:hz]", 32.7, 5.0, 20000., 0.001);
pitchTracker(x, freq) = output with {
maxFreq = 640;
rectify = (_ * 1e+02) >= 0;
triggers = fi.tf21(1, -1, 0, 0, 0) <: _ != -1, _ != 1;
trig2saw = _, 1 : fi.pole;
makeSaws = trig2saw, trig2saw, 1 - _, 1 - _;
denom = route(4, 4, (1, 2), (4, 1), (2, 4), (3, 3)) : ba.latch, ba.latch: + : max(ma.SR / maxFreq, _ - 3);
outputSaw = fi.dcblocker((_/_) * 2);
outputPitch = !, max(ma.SR/_, 0);
output = x : fi.lowpass(1, freq) : rectify <: triggers <: makeSaws <: _, !, !, !, denom <: outputSaw, outputPitch;
};
process(a, b, c, d) = pitchTracker(a, freqA), pitchTracker(b, freqB), pitchTracker(c, freqC), pitchTracker(d, freqD);
|
7781fb2ba21eb81f1b2f13eb7f653fba4f547858a085d40822acda60c7a62ec1 | darkoverlordofdata/amp-sim-faust | flanger.dsp | declare name "amp-sim";
declare version "0.1";
declare author "darkoverlordofdata";
declare description "Amplifier demo application.";
declare license "MIT";
declare copyright "(c)DarkOverlordOfData 2021";
import("stdfaust.lib");
import("../layout2.dsp");
flanger_mono(dmax,curdel,depth,fb,invert,lfoshape)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
: + : *(1/(1+depth)); // ideal for dc and reinforced sinusoids (in-phase summed signals)
process = ba.bypass1(fbp,flanger_mono_gui);
// Kill the groups to save vertical space:
meter_group(x) = flsg(x);
ctl_group(x) = flkg(x);
del_group(x) = flkg(x);
lvl_group(x) = flkf(x);
flangeview = lfo(freq);
flanger_mono_gui = attach(flangeview) : flanger_mono(dmax,curdel,depth,fb,invert,lfoshape);
sinlfo(freq) = (1 + os.oscrs(freq))/2;
trilfo(freq) = 1.0-abs(os.saw1(freq));
lfo(f) = (lfoshape * trilfo(f)) + ((1-lfoshape) * sinlfo(f));
dmax = 2048;
odflange = 44; // ~1 ms at 44.1 kHz = min delay
dflange = ((dmax-1)-odflange)*del_group(vslider("[1] Delay [midi:ctrl 50][style:knob]", 0.22, 0, 1, 1));
freq = ctl_group(vslider("[1] Rate [midi:ctrl 51] [unit:Hz] [style:knob]", 0.5, 0, 10, 0.01)) : si.smooth(ba.tau2pole(freqT60/6.91));
freqT60 = 0.15661;
depth = ctl_group(vslider("[3] Depth [midi:ctrl 52] [style:knob]", .75, 0, 1, 0.001)) : si.smooth(ba.tau2pole(depthT60/6.91));
depthT60 = 0.15661;
fb = ctl_group(vslider("[5] Feedback [midi:ctrl 53] [style:knob]", 0, -0.995, 0.99, 0.001)) : si.smooth(ba.tau2pole(fbT60/6.91));
fbT60 = 0.15661;
lfoshape = ctl_group(vslider("[7] Waveshape [midi:ctrl 54] [style:knob]", 0, 0, 1, 0.001));
curdel = odflange+dflange*lfo(freq);
fbp = 1-int(flsg(vslider("[0] Enable [midi:ctrl 102][style:knob]",0,0,1,1)));
invert = flsg(vslider("[1] Invert [midi:ctrl 49][style:knob]",0,0,1,1):int);
| https://raw.githubusercontent.com/darkoverlordofdata/amp-sim-faust/df478c01ed3763795c11779faa47a4b9d0f6de37/src/guitar/flanger.dsp | faust | ideal for dc and reinforced sinusoids (in-phase summed signals)
Kill the groups to save vertical space:
~1 ms at 44.1 kHz = min delay | declare name "amp-sim";
declare version "0.1";
declare author "darkoverlordofdata";
declare description "Amplifier demo application.";
declare license "MIT";
declare copyright "(c)DarkOverlordOfData 2021";
import("stdfaust.lib");
import("../layout2.dsp");
flanger_mono(dmax,curdel,depth,fb,invert,lfoshape)
= _ <: _, (-:de.fdelay(dmax,curdel)) ~ *(fb) : _,
*(select2(invert,depth,0-depth))
process = ba.bypass1(fbp,flanger_mono_gui);
meter_group(x) = flsg(x);
ctl_group(x) = flkg(x);
del_group(x) = flkg(x);
lvl_group(x) = flkf(x);
flangeview = lfo(freq);
flanger_mono_gui = attach(flangeview) : flanger_mono(dmax,curdel,depth,fb,invert,lfoshape);
sinlfo(freq) = (1 + os.oscrs(freq))/2;
trilfo(freq) = 1.0-abs(os.saw1(freq));
lfo(f) = (lfoshape * trilfo(f)) + ((1-lfoshape) * sinlfo(f));
dmax = 2048;
dflange = ((dmax-1)-odflange)*del_group(vslider("[1] Delay [midi:ctrl 50][style:knob]", 0.22, 0, 1, 1));
freq = ctl_group(vslider("[1] Rate [midi:ctrl 51] [unit:Hz] [style:knob]", 0.5, 0, 10, 0.01)) : si.smooth(ba.tau2pole(freqT60/6.91));
freqT60 = 0.15661;
depth = ctl_group(vslider("[3] Depth [midi:ctrl 52] [style:knob]", .75, 0, 1, 0.001)) : si.smooth(ba.tau2pole(depthT60/6.91));
depthT60 = 0.15661;
fb = ctl_group(vslider("[5] Feedback [midi:ctrl 53] [style:knob]", 0, -0.995, 0.99, 0.001)) : si.smooth(ba.tau2pole(fbT60/6.91));
fbT60 = 0.15661;
lfoshape = ctl_group(vslider("[7] Waveshape [midi:ctrl 54] [style:knob]", 0, 0, 1, 0.001));
curdel = odflange+dflange*lfo(freq);
fbp = 1-int(flsg(vslider("[0] Enable [midi:ctrl 102][style:knob]",0,0,1,1)));
invert = flsg(vslider("[1] Invert [midi:ctrl 49][style:knob]",0,0,1,1):int);
|
862495897252fd3e57e9713b3d5633654f4042983ec65cbc155e022ee17940ef | s-e-a-m/faust-libraries | XY90pan_plot.dsp | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
import("../../seam.lib");
//radsweep = (os.lf_trianglepos(1)*90)-45 : deg2rad;
radsweep = (os.lf_trianglepos(1)*360)-180 : deg2rad;
//process = os.osc(700),radsweep : xy90 <: _,_,nsum,ndif;
process = 1,radsweep : xy90 <: _,_,nsum;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/plots/dsp/XY90pan_plot.dsp | faust | radsweep = (os.lf_trianglepos(1)*90)-45 : deg2rad;
process = os.osc(700),radsweep : xy90 <: _,_,nsum,ndif; | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
import("../../seam.lib");
radsweep = (os.lf_trianglepos(1)*360)-180 : deg2rad;
process = 1,radsweep : xy90 <: _,_,nsum;
|
6e17dcc76e6a2dbef93117d04a4e5d496d0be89724f26b386625e1c854006b47 | s-e-a-m/faust-libraries | lrcpan.dsp | declare name "MICHAEL GERZON LRC PANNING";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON LRC PANNING";
declare options "[midi:on]";
import("stdfaust.lib");
import("../../seam.lib");
pot = hslider("[01] LRCPOT", 0, -45, 45, 0.1) : /(90.0) : si.smoo;
// y and z are dead channels to create VST routing consistency
lrcpan(x,y,z) = l,r,c
with{
plr = (pot) + (0.5);
l = x*((1 - (plr)) * (pot) * (-2.0));
c = x*(cos(pot * ma.PI));
r = x*((plr) * (pot) * (2.0));
};
process = lrcpan;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/vst/lrcpan.dsp | faust | y and z are dead channels to create VST routing consistency | declare name "MICHAEL GERZON LRC PANNING";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON LRC PANNING";
declare options "[midi:on]";
import("stdfaust.lib");
import("../../seam.lib");
pot = hslider("[01] LRCPOT", 0, -45, 45, 0.1) : /(90.0) : si.smoo;
lrcpan(x,y,z) = l,r,c
with{
plr = (pot) + (0.5);
l = x*((1 - (plr)) * (pot) * (-2.0));
c = x*(cos(pot * ma.PI));
r = x*((plr) * (pot) * (2.0));
};
process = lrcpan;
|
53891b943aba4a985c5f6ece09a669492509afa9cf22ab88fda3bc7b90d0c5ad | s-e-a-m/faust-libraries | lrc-demo.dsp | declare name "MICHAEL GERZON LRC PANNING";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON LCR PANNING";
declare options "[midi:on]";
import("stdfaust.lib");
import("../../seam.lib");
meters(x) = vgroup("[2] METERS", x);
signal = os.osc(1000);
sinpot = os.osc(0.01)*(45) <: attach(_/(90), hbargraph("[01] DIRECTION DEGREES",-45,45));
process = signal, sinpot : lrcpan : meters(shmeter), meters(shmeter), meters(shmeter);
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/app/lrc-demo.dsp | faust | declare name "MICHAEL GERZON LRC PANNING";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON LCR PANNING";
declare options "[midi:on]";
import("stdfaust.lib");
import("../../seam.lib");
meters(x) = vgroup("[2] METERS", x);
signal = os.osc(1000);
sinpot = os.osc(0.01)*(45) <: attach(_/(90), hbargraph("[01] DIRECTION DEGREES",-45,45));
process = signal, sinpot : lrcpan : meters(shmeter), meters(shmeter), meters(shmeter);
|
|
cd4075a4e699638f49f30d3f64708843baee7d95a282c9af046e30101187180c | tomara-x/magi | butt.dsp | //trans rights
declare name "butt";
declare author "amy universe";
declare version "0.03";
declare license "WTFPL";
import("stdfaust.lib");
import("physmodels.lib");
//touch butt, hear cute noises
N = 20;
rnd = no.multinoise(N) : par(i,N,ba.sAndH(button("BUTT") : ba.impulsify));
butt(r1,r2,r3,r4,r5,r6,r7,r8,r9,r10,r11,r12,r13,r14,r15,r16,r17,r18,r19,r20,excitation) =
endChain(chain(
fluteHead : stringSegment(0.1,r1) : in(excitation) : violinBowedString(r11,r12,r13,r14) :
violinBow(r3,r4) : out : stringSegment(0.1,r20) : violinBow(r9,r10) :
brassLips(0.1,r17,r18) : violinBody : in(excitation) : fluteEmbouchure(r15) :
nylonString(0.1,r19,excitation) : violinBowedString(r5,r6,r7,r8) :
stringSegment(0.1,r2) : in(excitation) : openTube(0.1,r16) : fluteHead));
process = rnd,_ : butt : fi.dcblocker : aa.clip(-1,1) <: _,_;
| https://raw.githubusercontent.com/tomara-x/magi/ae45f8295472c848c90a72cfeeb788c79b53b51e/effect/butt.dsp | faust | trans rights
touch butt, hear cute noises |
declare name "butt";
declare author "amy universe";
declare version "0.03";
declare license "WTFPL";
import("stdfaust.lib");
import("physmodels.lib");
N = 20;
rnd = no.multinoise(N) : par(i,N,ba.sAndH(button("BUTT") : ba.impulsify));
butt(r1,r2,r3,r4,r5,r6,r7,r8,r9,r10,r11,r12,r13,r14,r15,r16,r17,r18,r19,r20,excitation) =
endChain(chain(
fluteHead : stringSegment(0.1,r1) : in(excitation) : violinBowedString(r11,r12,r13,r14) :
violinBow(r3,r4) : out : stringSegment(0.1,r20) : violinBow(r9,r10) :
brassLips(0.1,r17,r18) : violinBody : in(excitation) : fluteEmbouchure(r15) :
nylonString(0.1,r19,excitation) : violinBowedString(r5,r6,r7,r8) :
stringSegment(0.1,r2) : in(excitation) : openTube(0.1,r16) : fluteHead));
process = rnd,_ : butt : fi.dcblocker : aa.clip(-1,1) <: _,_;
|
b5a49c38a2ad0d0814b236e21df9c4190339cd88e2b5d1bbdc39bf9d09f1c277 | s-e-a-m/faust-libraries | mspanlr.dsp | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
//import("../../seam.lib");
deg2rad = *(ma.PI/180);
nsum = 0.5*(_+_);
ndif = 0.5*(_-_);
sdmx = _,_ <: nsum, ndif;
mspan(x) = m, s
with{
pot = vslider("[01] Azimuth [style:knob]", 0, -180, 180, 0.1) : deg2rad : si.smoo;
m = (0.5 * x) + (0.5 * (x * cos(pot)));
s = x *(sin(-pot));
};
mspan_lr = mspan : sdmx;
process = _,! : mspan_lr;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/vst/mspanlr.dsp | faust | import("../../seam.lib"); | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
deg2rad = *(ma.PI/180);
nsum = 0.5*(_+_);
ndif = 0.5*(_-_);
sdmx = _,_ <: nsum, ndif;
mspan(x) = m, s
with{
pot = vslider("[01] Azimuth [style:knob]", 0, -180, 180, 0.1) : deg2rad : si.smoo;
m = (0.5 * x) + (0.5 * (x * cos(pot)));
s = x *(sin(-pot));
};
mspan_lr = mspan : sdmx;
process = _,! : mspan_lr;
|
4dc66bd8567f84b94f23a8c0291398b3499464c88102d12c8adc0d98c22a3c0c | s-e-a-m/faust-libraries | bfmt2m.dsp | declare name "MICHAEL GERZON MONO TO BFORMAT ENCODER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON MONO TO BFORMAT ENCODER";
import("stdfaust.lib");
import("../../seam.lib");
bfmt2m(W,X,Y,Z) = m
with{
encoder(x) = hgroup("BFMT MONO-DECODER", x);
azi = encoder(vslider("[01] Azimuth [style:knob]", 0, 0, 360, 0.1) : deg2rad : si.smoo);
p = encoder(vslider("[02] Polar [style:knob]", 0.5, 0, 1, 0.01) : si.smoo);
m = p *(0.707*(W))+((1-p) *((X*cos(azi))+(Y*sin(azi))));
};
process = bfmt2m;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/examples/vst/bfmt2m.dsp | faust | declare name "MICHAEL GERZON MONO TO BFORMAT ENCODER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MICHAEL GERZON MONO TO BFORMAT ENCODER";
import("stdfaust.lib");
import("../../seam.lib");
bfmt2m(W,X,Y,Z) = m
with{
encoder(x) = hgroup("BFMT MONO-DECODER", x);
azi = encoder(vslider("[01] Azimuth [style:knob]", 0, 0, 360, 0.1) : deg2rad : si.smoo);
p = encoder(vslider("[02] Polar [style:knob]", 0.5, 0, 1, 0.01) : si.smoo);
m = p *(0.707*(W))+((1-p) *((X*cos(azi))+(Y*sin(azi))));
};
process = bfmt2m;
|
|
69a8a1deeb35bedd582bda07fbf8cb7ebd7643630e9753b77855c0c6c62430dc | jcelerier/guitarixlib | dcblocker.dsp | declare id "dcblocker";
declare name "dcblocker";
declare shortname "dcblocker";
declare category "Tone Control";
declare version "0.01";
declare author "brummer";
declare license "BSD";
declare copyright "(c)brummer 2020";
import("stdfaust.lib");
process = fi.dcblockerat(1.0);
| https://raw.githubusercontent.com/jcelerier/guitarixlib/9c2947507cd13b82554020e669a85244e867d584/guitarix/dcblocker.dsp | faust | declare id "dcblocker";
declare name "dcblocker";
declare shortname "dcblocker";
declare category "Tone Control";
declare version "0.01";
declare author "brummer";
declare license "BSD";
declare copyright "(c)brummer 2020";
import("stdfaust.lib");
process = fi.dcblockerat(1.0);
|
|
581a2becf9c72ff3e0462858ebb563f59e8b19ccb8226ac248ce38a64dbb3d0e | friskgit/snares | snare.dsp | // -*- compile-command: "cd .. && make jack src=src/snare.dsp && cd -"; -*-
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
//---------------`Snare drum synth` --------------------------
// A take at a snare drum synth
//
// A single hit snare drum synth controllable with midi. Each hit is distribute over `channels` speakers.
// It has its own trigger
//
// Where:
// * midi note 67-89
// * stiffness 0-0.55 (mapped to note as in note 67 -> 0)§
// * midi velocity is mapped to pressure
//
// A useful parameter setting is:
//
// 30 Juni 2018 Henrik Frisk [email protected]
//---------------------------------------------------
// Main impulse for generating one hit.
imp = button("gate");
// GUI
snaregroup(x) = vgroup("snare", x);
// Main envelope
env = en.ar(attack, rel, imp) * amp
with {
attack = snaregroup(hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = snaregroup(hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
amp = snaregroup(hslider("vol", 0.5, 0, 1, 0.0001));
};
// Noise generation and filter
snare(n) = no.multinoise(8) : par(i, 8, _ * env * 0.1);
filt = fi.resonbp(frq, q, gain)
with {
frq = snaregroup(hslider("freq", 200, 50, 5000, 0.1));
q = snaregroup(hslider("q", 1, 0.01, 10, 0.01));
gain = snaregroup(hslider("gain", 0, 0, 2, 0.00001));
};
process = snare;
| https://raw.githubusercontent.com/friskgit/snares/bb43ea5e706a0ead6d65dd176a5c492b2f5d8f74/faust/snare/src/extras/snare.dsp | faust | -*- compile-command: "cd .. && make jack src=src/snare.dsp && cd -"; -*-
---------------`Snare drum synth` --------------------------
A take at a snare drum synth
A single hit snare drum synth controllable with midi. Each hit is distribute over `channels` speakers.
It has its own trigger
Where:
* midi note 67-89
* stiffness 0-0.55 (mapped to note as in note 67 -> 0)§
* midi velocity is mapped to pressure
A useful parameter setting is:
30 Juni 2018 Henrik Frisk [email protected]
---------------------------------------------------
Main impulse for generating one hit.
GUI
Main envelope
Noise generation and filter |
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare author " henrikfr ";
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
imp = button("gate");
snaregroup(x) = vgroup("snare", x);
env = en.ar(attack, rel, imp) * amp
with {
attack = snaregroup(hslider("attack", 0.00000001, 0, 0.1, 0.000000001) : si.smooth(0.1));
rel = snaregroup(hslider("rel", 0.1, 0.0000001, 0.5, 0.0000001) : si.smooth(0.2));
amp = snaregroup(hslider("vol", 0.5, 0, 1, 0.0001));
};
snare(n) = no.multinoise(8) : par(i, 8, _ * env * 0.1);
filt = fi.resonbp(frq, q, gain)
with {
frq = snaregroup(hslider("freq", 200, 50, 5000, 0.1));
q = snaregroup(hslider("q", 1, 0.01, 10, 0.01));
gain = snaregroup(hslider("gain", 0, 0, 2, 0.00001));
};
process = snare;
|
9d7cdf8cd910648c2a85275c7defc6c9b50d1a94b20debbbd31098b91fbe187f | SMERM/BN-Tedesco | distorsione.dsp | //cubicnl(drive,offset) = *(pregain) : +(offset) : clip(-1,1) : cubic
//with {
// pregain = pow(10.0,2*drive);
// clip(lo,hi) = min(hi) : max(lo);
// cubic(x) = x - x*x*x/3;
// postgain = max(1.0,1.0/pregain);
//};
//---------------------------`(dm.)cubicnl_demo`--------------------------
// Distortion demo application.
//
// #### Usage:
//
// ```
// _ : cubicnl_demo : _;
// ```
//------------------------------------------------------------
//cubicnl_demo = ba.bypass1(bp, ef.cubicnl_nodc(drive:si.smoo,offset:si.smoo))
//with{
// cnl_group(x) = vgroup("CUBIC NONLINEARITY cubicnl [tooltip: Reference:
// https://ccrma.stanford.edu/~jos/pasp/Cubic_Soft_Clipper.html]", x);
// bp = cnl_group(checkbox("[0] Bypass [tooltip: When this is checked, the
// nonlinearity has no effect]"));
// drive = cnl_group(hslider("[1] Drive [tooltip: Amount of distortion]",
// 0, 0, 1, 0.01));
// offset = cnl_group(hslider("[2] Offset [tooltip: Brings in even harmonics]",
// 0, 0, 1, 0.01));
//};
// cubicnl_nodc(drive,offset) = cubicnl(drive,offset) : dcblocker;
//cubicnl_demo = bypass1(bp,
// cubicnl_nodc(drive:smooth(0.999),offset:smooth(0.999)))
//with {
// cnl_group(x) = vgroup("CUBIC NONLINEARITY cubicnl
// [tooltip: Reference:
// https://ccrma.stanford.edu/~jos/pasp/Cubic_Soft_Clipper.html]", x);
// [tooltip: When this is checked, the nonlinearity has no effect]"));
// drive = cnl_group(hslider("[1] Drive
// [tooltip: Amount of distortion]",
// 0, 0, 1, 0.01));
// offset = cnl_group(hslider("[2] Offset
// [tooltip: Brings in even harmonics]",
// 0, 0, 1, 0.01));
//};
declare name "distortion";
declare version "0.0";
declare author "JOS, revised by RM";
declare description "Distortion demo application.";
import("stdfaust.lib");
process = dm.cubicnl_demo;
| https://raw.githubusercontent.com/SMERM/BN-Tedesco/2a77e1707f7e64c512dd40d58d29c0db8092463d/COME-02/Lezioni_in_Compresenza/20200505/distorsione.dsp | faust | cubicnl(drive,offset) = *(pregain) : +(offset) : clip(-1,1) : cubic
with {
pregain = pow(10.0,2*drive);
clip(lo,hi) = min(hi) : max(lo);
cubic(x) = x - x*x*x/3;
postgain = max(1.0,1.0/pregain);
};
---------------------------`(dm.)cubicnl_demo`--------------------------
Distortion demo application.
#### Usage:
```
_ : cubicnl_demo : _;
```
------------------------------------------------------------
cubicnl_demo = ba.bypass1(bp, ef.cubicnl_nodc(drive:si.smoo,offset:si.smoo))
with{
cnl_group(x) = vgroup("CUBIC NONLINEARITY cubicnl [tooltip: Reference:
https://ccrma.stanford.edu/~jos/pasp/Cubic_Soft_Clipper.html]", x);
bp = cnl_group(checkbox("[0] Bypass [tooltip: When this is checked, the
nonlinearity has no effect]"));
drive = cnl_group(hslider("[1] Drive [tooltip: Amount of distortion]",
0, 0, 1, 0.01));
offset = cnl_group(hslider("[2] Offset [tooltip: Brings in even harmonics]",
0, 0, 1, 0.01));
};
cubicnl_nodc(drive,offset) = cubicnl(drive,offset) : dcblocker;
cubicnl_demo = bypass1(bp,
cubicnl_nodc(drive:smooth(0.999),offset:smooth(0.999)))
with {
cnl_group(x) = vgroup("CUBIC NONLINEARITY cubicnl
[tooltip: Reference:
https://ccrma.stanford.edu/~jos/pasp/Cubic_Soft_Clipper.html]", x);
[tooltip: When this is checked, the nonlinearity has no effect]"));
drive = cnl_group(hslider("[1] Drive
[tooltip: Amount of distortion]",
0, 0, 1, 0.01));
offset = cnl_group(hslider("[2] Offset
[tooltip: Brings in even harmonics]",
0, 0, 1, 0.01));
}; |
declare name "distortion";
declare version "0.0";
declare author "JOS, revised by RM";
declare description "Distortion demo application.";
import("stdfaust.lib");
process = dm.cubicnl_demo;
|
780e3a3106ebbf1dbc315ab255dc62fb64051d3d1e30d43de5bbc7390bdd62b0 | trummerschlunk/master_me | ebur128.dsp | // -*-Faust-*-
// ISC License
// Copyright (c) 2022 Jakob Dübel
// Permission to use, copy, modify, and/or distribute this software for any
// purpose with or without fee is hereby granted, provided that the above
// copyright notice and this permission notice appear in all copies.
// THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH
// REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY
// AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,
// INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM
// LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR
// OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
// PERFORMANCE OF THIS SOFTWARE.
declare name "ITU-R BS.1770-4 prefilter";
declare version "1.0";
declare author "Jakob Dübel";
declare license "ISC";
// A filter very close to "Recommendation ITU-R BS.1770-4"
// (https://www.itu.int/rec/R-REC-BS.1770). "Close to", because the
// document, page 4-5, states filter coefficients for a specific
// sample rate of 48kHz. Here, we construct the biquads for arbitrary
// samplerates.
import("stdfaust.lib");
freq2k(f_c) = tan((ma.PI * f_c)/ma.SR);
stage1 = fi.tf22t(b0,b1,b2,a1,a2)
with {
f_c = 1681.7632251028442; // Hertz
gain = 3.9997778685513232; // Decibel
K = freq2k(f_c);
V_0 = pow(10, (gain/20.0));
denominator = 1.0 + sqrt(2.0)*K + K^2;
b0 = (V_0 + sqrt((2.0*V_0))*K + K^2) / denominator;
b1 = 2.0*(K^2 - V_0) / denominator;
b2 = (V_0 - sqrt(2.0*V_0)*K + K^2) / denominator;
a1 = 2*(K^2 - 1) / denominator;
a2 = (1 - sqrt(2.0)*K + K^2) / denominator;
};
stage2 = fi.tf22t(b0,b1,b2,a1,a2)
with {
f_c = 38.135470876002174; // Hertz
Q = 0.5003270373223665;
K = freq2k(f_c);
denominator = (K^2) * Q + K + Q;
b0 = Q / denominator;
b1 = -2*Q / denominator;
b2 = b0;
a1 = (2*Q * (K^2 - 1)) / denominator;
a2 = ((K^2) * Q - K + Q) / denominator;
};
prefilter = stage1 : stage2;
// Normalize such that 997Hz has unity gain 1.0. Otherwise a sinewave
// of ~1000Hz would gain 0.66dB. This is additional to the
// ITU-recommendation biquads! 997Hz is the closest prime number to
// 1000Hz.
normalize997 = *(0.9273671710547968);
ebur128 = prefilter : normalize997;
| https://raw.githubusercontent.com/trummerschlunk/master_me/2fdae59b72464af35477a0e99b2f85ea73686303/lib/ebur128.dsp | faust | -*-Faust-*-
ISC License
Copyright (c) 2022 Jakob Dübel
Permission to use, copy, modify, and/or distribute this software for any
purpose with or without fee is hereby granted, provided that the above
copyright notice and this permission notice appear in all copies.
THE SOFTWARE IS PROVIDED "AS IS" AND THE AUTHOR DISCLAIMS ALL WARRANTIES WITH
REGARD TO THIS SOFTWARE INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY
AND FITNESS. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY SPECIAL, DIRECT,
INDIRECT, OR CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM
LOSS OF USE, DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR
OTHER TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
PERFORMANCE OF THIS SOFTWARE.
A filter very close to "Recommendation ITU-R BS.1770-4"
(https://www.itu.int/rec/R-REC-BS.1770). "Close to", because the
document, page 4-5, states filter coefficients for a specific
sample rate of 48kHz. Here, we construct the biquads for arbitrary
samplerates.
Hertz
Decibel
Hertz
Normalize such that 997Hz has unity gain 1.0. Otherwise a sinewave
of ~1000Hz would gain 0.66dB. This is additional to the
ITU-recommendation biquads! 997Hz is the closest prime number to
1000Hz. |
declare name "ITU-R BS.1770-4 prefilter";
declare version "1.0";
declare author "Jakob Dübel";
declare license "ISC";
import("stdfaust.lib");
freq2k(f_c) = tan((ma.PI * f_c)/ma.SR);
stage1 = fi.tf22t(b0,b1,b2,a1,a2)
with {
K = freq2k(f_c);
V_0 = pow(10, (gain/20.0));
denominator = 1.0 + sqrt(2.0)*K + K^2;
b0 = (V_0 + sqrt((2.0*V_0))*K + K^2) / denominator;
b1 = 2.0*(K^2 - V_0) / denominator;
b2 = (V_0 - sqrt(2.0*V_0)*K + K^2) / denominator;
a1 = 2*(K^2 - 1) / denominator;
a2 = (1 - sqrt(2.0)*K + K^2) / denominator;
};
stage2 = fi.tf22t(b0,b1,b2,a1,a2)
with {
Q = 0.5003270373223665;
K = freq2k(f_c);
denominator = (K^2) * Q + K + Q;
b0 = Q / denominator;
b1 = -2*Q / denominator;
b2 = b0;
a1 = (2*Q * (K^2 - 1)) / denominator;
a2 = ((K^2) * Q - K + Q) / denominator;
};
prefilter = stage1 : stage2;
normalize997 = *(0.9273671710547968);
ebur128 = prefilter : normalize997;
|
e16813af257313d142d8c1cf66e12b47bbe23def4733a34f7b886f9cb6251ae7 | s-e-a-m/faust-libraries | lrcpan_plot.dsp | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
import("../../seam.lib");
pisweep = (os.lf_trianglepos(1)*360)-180;
pot = pisweep : deg2rad ;//vslider("[01] Azimuth [style:knob]", 0, -180, 180, 0.1) : deg2rad : si.smoo;
lrcpan(x,pot) = l,r,c
with{
plr = (pot) + (0.5);
l = x*((1 - (plr)) * (pot) * (-2.0));
c = x*(cos(pot * ma.PI));
r = x*((plr) * (pot) * (2.0));
};
mspan(x,rad) = m,s
with{
m = (0.5*x)+(0.5*(x*cos(rad)));
s = x*(sin(-rad));
};
center(x,rad) = (0.5*x)+(0.5*(x*cos(rad)));
process = 1, pot <: mspan_lr,center ;
| https://raw.githubusercontent.com/s-e-a-m/faust-libraries/9120cccb9335f42407062eb4bf149188d8018b07/plots/dsp/lrcpan_plot.dsp | faust | vslider("[01] Azimuth [style:knob]", 0, -180, 180, 0.1) : deg2rad : si.smoo; | declare name "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
declare version "001";
declare author "Giuseppe Silvi";
declare license "GNU-GPL-v3";
declare copyright "(c)SEAM 2019";
declare description "MID SIDE PANNER - LEFT RIGHT LOUDSPEAKER";
import("stdfaust.lib");
import("../../seam.lib");
pisweep = (os.lf_trianglepos(1)*360)-180;
lrcpan(x,pot) = l,r,c
with{
plr = (pot) + (0.5);
l = x*((1 - (plr)) * (pot) * (-2.0));
c = x*(cos(pot * ma.PI));
r = x*((plr) * (pot) * (2.0));
};
mspan(x,rad) = m,s
with{
m = (0.5*x)+(0.5*(x*cos(rad)));
s = x*(sin(-rad));
};
center(x,rad) = (0.5*x)+(0.5*(x*cos(rad)));
process = 1, pot <: mspan_lr,center ;
|
9d213e42b33397a9eb552acf589954aaf440a503807d1c5b90f536037540c5d9 | sadko4u/tamgamp.lv2 | pre_6c16.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "6C16"; // in amp tube ba.selector
declare name "6C16";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_6C16_68k,86.0,2700.0,2.921806) :
*(pregain):
fi.lowpass(1,6531.0) :
tubestage(TB_6C16_250k,132.0,1500.0,2.097743) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_6C16_250k,194.0,820.0,1.378742) ;
};
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_6c16.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "6C16";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_6C16_68k,86.0,2700.0,2.921806) :
*(pregain):
fi.lowpass(1,6531.0) :
tubestage(TB_6C16_250k,132.0,1500.0,2.097743) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_6C16_250k,194.0,820.0,1.378742) ;
};
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
};
|
d221c1fd69a7fe272fd8f0093e7e4a94fc251d42a7eddb91a75127d6c088d466 | sadko4u/tamgamp.lv2 | pre_12at7.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "12AT7"; // in amp tube ba.selector
declare name "12AT7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
* 12AT7
*/
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AT7_68k,86.0,2700.0,2.617753) :
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AT7_250k,132.0,1500.0,1.887332) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AT7_250k,194.0,820.0,1.256962) ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_12at7.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
* 12AT7
-24 dB correction |
declare name "12AT7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AT7_68k,86.0,2700.0,2.617753) :
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AT7_250k,132.0,1500.0,1.887332) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AT7_250k,194.0,820.0,1.256962) ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
};
|
90c4901915c34ee3fc160b692491cb6af44ac7b557e114359ed89bd1734ec25f | sadko4u/tamgamp.lv2 | pre_12ax7.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "12ax7"; // in amp tube ba.selector
declare name "12ax7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AX7_68k, 86.0, 2700.0, 1.581656) :
*(pregain):
fi.lowpass(1, 6531.0) :
tubestage(TB_12AX7_250k, 132.0, 1500.0, 1.204285) ;
stage2 =
*(pregain) :
fi.lowpass(1, 6531.0) :
tubestage(TB_12AX7_250k, 194.0, 820.0, 0.840703) ;
};
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_12ax7.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "12ax7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AX7_68k, 86.0, 2700.0, 1.581656) :
*(pregain):
fi.lowpass(1, 6531.0) :
tubestage(TB_12AX7_250k, 132.0, 1500.0, 1.204285) ;
stage2 =
*(pregain) :
fi.lowpass(1, 6531.0) :
tubestage(TB_12AX7_250k, 194.0, 820.0, 0.840703) ;
};
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
};
|
e6dc11b4c61d2fbbf90876fd7f89bcfb0ce69510fbf505250cebede8d5f668aa | sadko4u/tamgamp.lv2 | pre_12au7.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "12AU7"; // in amp tube ba.selector
declare name "12AU7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AU7_68k,86.0,2700.0,3.718962) :
*(pregain * 2.0):
fi.lowpass(1,6531.0) :
tubestage(TB_12AU7_250k,132.0,1500.0,2.314844) ;
stage2 =
*(pregain * 2.0) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AU7_250k,194.0,820.0,1.356567) ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_12au7.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "12AU7";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage(TB_12AU7_68k,86.0,2700.0,3.718962) :
*(pregain * 2.0):
fi.lowpass(1,6531.0) :
tubestage(TB_12AU7_250k,132.0,1500.0,2.314844) ;
stage2 =
*(pregain * 2.0) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AU7_250k,194.0,820.0,1.356567) ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
};
|
7d2809bf1d8171a92367c750c11c16daef592705b52477804a0f6fad11e56b87 | tomara-x/magi | tiny-amaranth.dsp | //trans rights
declare name "tiny amaranth";
declare author "amy universe";
declare version "0.00";
declare license "WTFPL";
import("stdfaust.lib");
N = 16; //number of steps
semi(ta,mx,my,mz) = t(ta) +x(ta)*mx +y(ta)*my +z(ta)*mz
with {
t(n) = par(j,N, nentry("h:[0]seq/v:[5]t val/[%2j] t %2j",0,-24,24,0.1)) : ba.selectn(N,n);
x(n) = par(j,N, nentry("h:[0]seq/v:[6]x mod/[%2j] x %2j",0,-24,24,0.1)) : ba.selectn(N,n);
y(n) = par(j,N, nentry("h:[0]seq/v:[7]y mod/[%2j] y %2j",0,-24,24,0.1)) : ba.selectn(N,n);
z(n) = par(j,N, nentry("h:[0]seq/v:[8]z mod/[%2j] z %2j",0,-24,24,0.1)) : ba.selectn(N,n);
};
process = semi(ta,mx,my,mz) : %(maxrange) : +(minrange) : ba.semi2ratio : *(rootf*2^oct) <:
_,qu.quantize(rootf,qu.ionian),qu.quantize(rootf,qu.eolian) : ba.selectn(3,key) : _
with {
trig = ba.beat(hslider("h:[0]seq/v:controls/[2]bpm",120,0,600000,0.001)*4);
ta = ba.counter(trig)%hslider("h:[0]seq/v:controls/[1]active steps",N,1,N,1);
mx = hslider("h:[0]seq/v:controls/v:[3]mult/[0]x",1,0,64,1);
my = hslider("h:[0]seq/v:controls/v:[3]mult/[1]y",1,0,64,1);
mz = hslider("h:[0]seq/v:controls/v:[3]mult/[2]z",1,0,64,1);
minrange = hslider("h:[0]seq/v:controls/v:[d]range/[0]min (psych!)", 0, 0, 128, 0.1);
maxrange = hslider("h:[0]seq/v:controls/v:[d]range/[1]max", 36, 1, 128, 0.1);
midc = 220*2^(3/12);
rootf = midc * 2^(nentry("h:[0]seq/v:controls/h:[0]key/[2]root note", 0,0,11.5,0.1)/12);
oct = hslider("h:[0]seq/v:controls/v:[d]range/[2]octave", 0,-8,8,1);
key = hslider("h:[0]seq/v:controls/h:[0]key/[1]quantization [style:menu{'none':0;'major':1;'minor':2}]",0,0,2,1);
};
| https://raw.githubusercontent.com/tomara-x/magi/5105966cd806edb2613eabcd0525fcc80ebbd6c7/practice/tiny-amaranth.dsp | faust | trans rights
number of steps |
declare name "tiny amaranth";
declare author "amy universe";
declare version "0.00";
declare license "WTFPL";
import("stdfaust.lib");
semi(ta,mx,my,mz) = t(ta) +x(ta)*mx +y(ta)*my +z(ta)*mz
with {
t(n) = par(j,N, nentry("h:[0]seq/v:[5]t val/[%2j] t %2j",0,-24,24,0.1)) : ba.selectn(N,n);
x(n) = par(j,N, nentry("h:[0]seq/v:[6]x mod/[%2j] x %2j",0,-24,24,0.1)) : ba.selectn(N,n);
y(n) = par(j,N, nentry("h:[0]seq/v:[7]y mod/[%2j] y %2j",0,-24,24,0.1)) : ba.selectn(N,n);
z(n) = par(j,N, nentry("h:[0]seq/v:[8]z mod/[%2j] z %2j",0,-24,24,0.1)) : ba.selectn(N,n);
};
process = semi(ta,mx,my,mz) : %(maxrange) : +(minrange) : ba.semi2ratio : *(rootf*2^oct) <:
_,qu.quantize(rootf,qu.ionian),qu.quantize(rootf,qu.eolian) : ba.selectn(3,key) : _
with {
trig = ba.beat(hslider("h:[0]seq/v:controls/[2]bpm",120,0,600000,0.001)*4);
ta = ba.counter(trig)%hslider("h:[0]seq/v:controls/[1]active steps",N,1,N,1);
mx = hslider("h:[0]seq/v:controls/v:[3]mult/[0]x",1,0,64,1);
my = hslider("h:[0]seq/v:controls/v:[3]mult/[1]y",1,0,64,1);
mz = hslider("h:[0]seq/v:controls/v:[3]mult/[2]z",1,0,64,1);
minrange = hslider("h:[0]seq/v:controls/v:[d]range/[0]min (psych!)", 0, 0, 128, 0.1);
maxrange = hslider("h:[0]seq/v:controls/v:[d]range/[1]max", 36, 1, 128, 0.1);
midc = 220*2^(3/12);
rootf = midc * 2^(nentry("h:[0]seq/v:controls/h:[0]key/[2]root note", 0,0,11.5,0.1)/12);
oct = hslider("h:[0]seq/v:controls/v:[d]range/[2]octave", 0,-8,8,1);
key = hslider("h:[0]seq/v:controls/h:[0]key/[1]quantization [style:menu{'none':0;'major':1;'minor':2}]",0,0,2,1);
};
|
2016c2122cfbb10bc160e9e34e35cda523745cb358ad02e8aa119fa395f0a054 | JoaoSvidzinski/lorenz-dream | jgrain3.dsp | declare name "Jgrain 7";
declare version "1.0";
import("stdfaust.lib");
//--------------------------------------------------------------------------------------//
//GENERAL MATRIX//
//--------------------------------------------------------------------------------------//
//matrix of N x M toggles//
toggle(c, in) = checkbox("h:Lines/h:Reinjection_Matrix/v:Grain%2c-->/r%3in");
Mixer(N,out) = par(in, N, *(toggle(in, in+out*N)) ) :> _ ;
Matrix(N,M) = par(in, N, _) <: par(out, M, Mixer(N, out));
//--------------------------------------------------------------------------------------//
sinuso = os.sinwaveform(tablesize) <: *;
//sinuso = sinus * sinus;
mili = ma.SR / 1000.0;
maxdelay = 262144;
tablesize = 192000;
//--------------------------------------------------------------------------------------//
//Grain parametres - from 0 to 1//
size(ind) = hslider("h:Grain/v:Grain_Size/size%2ind", 50, 0, 1000, 0.01);
del(ind) = hslider("h:Grain/v:Grain_Delay/del%2ind", 0, 0, 5000, 0.1);
rar(ind) = hslider("h:Grain/v:Grain_Rarefaction/rar%2ind", 0.5, 0, 1, 0.0001);
//Feedback externe - from 0 to 1//
fdx(ind) = hslider("h:Grain/v:Grain_FeedBackext/fdx%2ind", 1, 0, 1, 0.01) : si.smoo;
//Input gains - from 0 to 1//
inp(ind) = hslider("h:Grain/v:Input/inp%2ind [5]", 1, 0, 1, 0.01) : si.smoo;
//OUTPUT GAINS - from 0 to 1//
out(ind) = hslider("h:Grain/v:Output/out%2ind [6]", 1, 0, 1, 0.01) : si.smoo;
//--------------------------------------------------------------------------------------//
//FEEDBACK REINJECTION MATRICES N x N
//--------------------------------------------------------------------------------------//
fdMatrix(N) = Matrix(N, N);
//--------------------------------------------------------------------------------------//
grain(size, del, rar) = grainS
with
{
freq = 1000 / size;
Phasor = os.phasor(1, freq);
index = Phasor * tablesize;
env = rdtable(tablesize, sinuso, int(index));
No = no.noise : +(1) : *(0.5);
no_trigger = (No < rar);
No2 = no.noise : +(1);
delayInSamples = *(No2,del) : *(mili);
adjustedPhasor = Phasor : ma.decimal;
th_trigger = (adjustedPhasor > 0.001) * (adjustedPhasor@1 <= 0.001);
trig_grain = no_trigger : ba.sAndH(th_trigger);
trig_delay = delayInSamples : ba.sAndH(th_trigger);
envG = trig_grain: *(_,env);
grainS = *(_,1) : de.fdelay(maxdelay, trig_delay) : *(envG);
};
//--------------------------------------------------------------------------------------//
inputSort(n) = si.bus(2*n) <: par(i, n, (ba.selector(i, 2*n), ba.selector(i+n, 2*n)));
//--------------------------------------------------------------------------------------//
grainBlock(n) = par(i, n, (+ : grain(size(i), del(i), rar(i))));
fdBlock(n) = par(i, n, *(fdx(i)));
fdToMatrixBlock(n) = fdBlock(n) : fdMatrix(n);
inputBlock(n) = par(i, n, *(inp(i)));
outputBlock(n) = par(i, n, *(out(i)));
//--------------------------------------------------------------------------------------//
grainG(n) = (inputSort(n) : grainBlock(n)) ~ (fdToMatrixBlock(n));
jgrain(n) = inputBlock(n) : grainG(n) : outputBlock(n);
//--------------------------------------------------------------------------------------//
process = jgrain(3);
| https://raw.githubusercontent.com/JoaoSvidzinski/lorenz-dream/9d6014145d8101e92c34418f81c9be210650cf05/Patch_concert_2019/Dep/Jgrain/jgrain3.dsp | faust | --------------------------------------------------------------------------------------//
GENERAL MATRIX//
--------------------------------------------------------------------------------------//
matrix of N x M toggles//
--------------------------------------------------------------------------------------//
sinuso = sinus * sinus;
--------------------------------------------------------------------------------------//
Grain parametres - from 0 to 1//
Feedback externe - from 0 to 1//
Input gains - from 0 to 1//
OUTPUT GAINS - from 0 to 1//
--------------------------------------------------------------------------------------//
FEEDBACK REINJECTION MATRICES N x N
--------------------------------------------------------------------------------------//
--------------------------------------------------------------------------------------//
--------------------------------------------------------------------------------------//
--------------------------------------------------------------------------------------//
--------------------------------------------------------------------------------------//
--------------------------------------------------------------------------------------// | declare name "Jgrain 7";
declare version "1.0";
import("stdfaust.lib");
toggle(c, in) = checkbox("h:Lines/h:Reinjection_Matrix/v:Grain%2c-->/r%3in");
Mixer(N,out) = par(in, N, *(toggle(in, in+out*N)) ) :> _ ;
Matrix(N,M) = par(in, N, _) <: par(out, M, Mixer(N, out));
sinuso = os.sinwaveform(tablesize) <: *;
mili = ma.SR / 1000.0;
maxdelay = 262144;
tablesize = 192000;
size(ind) = hslider("h:Grain/v:Grain_Size/size%2ind", 50, 0, 1000, 0.01);
del(ind) = hslider("h:Grain/v:Grain_Delay/del%2ind", 0, 0, 5000, 0.1);
rar(ind) = hslider("h:Grain/v:Grain_Rarefaction/rar%2ind", 0.5, 0, 1, 0.0001);
fdx(ind) = hslider("h:Grain/v:Grain_FeedBackext/fdx%2ind", 1, 0, 1, 0.01) : si.smoo;
inp(ind) = hslider("h:Grain/v:Input/inp%2ind [5]", 1, 0, 1, 0.01) : si.smoo;
out(ind) = hslider("h:Grain/v:Output/out%2ind [6]", 1, 0, 1, 0.01) : si.smoo;
fdMatrix(N) = Matrix(N, N);
grain(size, del, rar) = grainS
with
{
freq = 1000 / size;
Phasor = os.phasor(1, freq);
index = Phasor * tablesize;
env = rdtable(tablesize, sinuso, int(index));
No = no.noise : +(1) : *(0.5);
no_trigger = (No < rar);
No2 = no.noise : +(1);
delayInSamples = *(No2,del) : *(mili);
adjustedPhasor = Phasor : ma.decimal;
th_trigger = (adjustedPhasor > 0.001) * (adjustedPhasor@1 <= 0.001);
trig_grain = no_trigger : ba.sAndH(th_trigger);
trig_delay = delayInSamples : ba.sAndH(th_trigger);
envG = trig_grain: *(_,env);
grainS = *(_,1) : de.fdelay(maxdelay, trig_delay) : *(envG);
};
inputSort(n) = si.bus(2*n) <: par(i, n, (ba.selector(i, 2*n), ba.selector(i+n, 2*n)));
grainBlock(n) = par(i, n, (+ : grain(size(i), del(i), rar(i))));
fdBlock(n) = par(i, n, *(fdx(i)));
fdToMatrixBlock(n) = fdBlock(n) : fdMatrix(n);
inputBlock(n) = par(i, n, *(inp(i)));
outputBlock(n) = par(i, n, *(out(i)));
grainG(n) = (inputSort(n) : grainBlock(n)) ~ (fdToMatrixBlock(n));
jgrain(n) = inputBlock(n) : grainG(n) : outputBlock(n);
process = jgrain(3);
|
5aa0bd23478cc8e262d723355a59358892b47a8fa060ab1f0a14afd599ffbfd4 | mengqimusic/Wingie1 | Wingie.dsp | declare name "Wingie";
declare version "1.8";
declare author "Meng Qi";
declare license "GPL";
declare copyright "(c)Meng Qi 2020";
declare date "2020-09-30";
declare editDate "2021-03-13";
//-----------------------------------------------
// Wingie
//-----------------------------------------------
import("stdfaust.lib");
nHarmonics = 9;
decay = hslider("decay", 5, 0.1, 10, 0.01) : si.smoo;
input_gain = hslider("input_gain", 0.25, 0, 3, 0.01) : ba.lin2LogGain : si.smoo;
input_gain_factor = hslider("input_gain_factor", 1,0,2,0.01) : ba.lin2LogGain;
output_gain = 1 : ba.lin2LogGain;
left_threshold = hslider("left_threshold", 0.1, 0, 1, 0.01);
right_threshold = hslider("right_threshold", 0.1, 0, 1, 0.01);
amp_follower_decay = 0.025;
resonator_input_gain = hslider("resonator_input_gain", 0.1, 0, 1, 0.01) : ba.lin2LogGain;
resonator_output_gain = hslider("resonator_output_gain", 0.4, 0, 1, 0.01) : ba.lin2LogGain;
//hp_cutoff = hslider("hp_cutoff", 85, 35, 500, 0.1);
bar_factor = 0.44444;
mix = hslider("mix", 1, 0, 1, 0.01) : si.smoo;
vol_wet = mix;
vol_dry = (1 - mix);
note0 = hslider("note0", 36, 12, 96, 1);
note1 = hslider("note1", 36, 12, 96, 1);
route0 = hslider("route0", 0, 0, 4, 1);
route1 = hslider("route1", 0, 0, 4, 1);
env_mode_change = 1 - en.ar(0.002, 0.5, button("mode_changed"));
env_mute(t) = 1 - en.asr(0.25, 1., 0.25, t);
bar_ratios(freq, n) = freq * bar_factor * pow((n + 1) + 0.5, 2);
int_ratios(freq, n) = freq * (n + 1);
//odd_ratios(freq, n) = freq * (2 * n + 1);
//cymbal_808(n) = 130.812792, 193.957204, 235.501256, 333.053319, 344.076511, 392.438376, 509.742979, 581.871611, 706.503769, 999.16, 1032.222378, 1529.218338: ba.selectn(12, n); // chromatic
serge(n) = 62, 115, 218, 411, 777, 1500, 2800, 5200, 11000 : ba.selectn(nHarmonics, n);
poly(n) = a, a * 2, a * 3, b, b * 2, b * 3, c, c * 2, c * 3 : ba.selectn(nHarmonics, n)
with
{
a = vslider("poly_note_0", 36, 24, 96, 1) : ba.midikey2hz;
b = vslider("poly_note_1", 36, 24, 96, 1) : ba.midikey2hz;
c = vslider("poly_note_2", 36, 24, 96, 1) : ba.midikey2hz;
};
//bianzhong(n) = 212.3, 424.6, 530.8, 636.9, 1061.6, 1167.7, 2017.0, 2335.5, 2653.9, 3693 : ba.selectn(10, n);
//cymbal_808(n) = 205.3, 304.4, 369.6, 522.7, 540, 615.9, 800, 913.2, 1108.8, 1568.1 : ba.selectn(10, n); // original
//circular_membrane_ratios(n) = 1, 1.59, 2.14, 2.30, 2.65, 2.92, 3.16, 3.50, 3.60, 3.65 : ba.selectn(10, n);
note_ratio(note) = pow(2., note / 12);
f(note, n, s) = bar_ratios(ba.midikey2hz(note), n),
int_ratios(ba.midikey2hz(note), n),
//odd_ratios(ba.midikey2hz(note), n),
//cymbal_808(n) * note_ratio(note - 48),
serge(n),
poly(n)
: ba.selectn(4, s);
r(note, index, source) = pm.modeFilter(a, b, ba.lin2LogGain(c))
with
{
a = min(f(note, index, source), 16000);
b = env_mode_change * decay + 0.05;
c = env_mute(button("mute_%index"));
};
process = _,_
: fi.dcblocker, fi.dcblocker
: (_ * input_gain_factor), (_ * input_gain_factor)
: (_ <: attach(_, _ : an.amp_follower(amp_follower_decay) : _ > left_threshold : hbargraph("left_trig", 0, 1))),
(_ <: attach(_, _ : an.amp_follower(amp_follower_decay) : _ > right_threshold : hbargraph("right_trig", 0, 1)))
: (_ * input_gain * env_mode_change), (_ * input_gain * env_mode_change)
<: (_ * resonator_input_gain : _ * vol_wet : fi.lowpass(1, 4000) <: hgroup("left", sum(i, nHarmonics, r(note0, i, route0))) : _ * resonator_output_gain),
(_ * resonator_input_gain : _ * vol_wet : fi.lowpass(1, 4000) <: hgroup("right", sum(i, nHarmonics, r(note1, i, route1))) : _ * resonator_output_gain),
(_ * vol_dry),
(_ * vol_dry)
//:> co.limiter_1176_R4_mono, co.limiter_1176_R4_mono
:> ef.cubicnl(0.01, 0), ef.cubicnl(0.01, 0)
: (_ * output_gain), (_ * output_gain)
; | https://raw.githubusercontent.com/mengqimusic/Wingie1/1f8e1a223a3d61804173196c5fae8764ff4b0996/Wingie.dsp | faust | -----------------------------------------------
Wingie
-----------------------------------------------
hp_cutoff = hslider("hp_cutoff", 85, 35, 500, 0.1);
odd_ratios(freq, n) = freq * (2 * n + 1);
cymbal_808(n) = 130.812792, 193.957204, 235.501256, 333.053319, 344.076511, 392.438376, 509.742979, 581.871611, 706.503769, 999.16, 1032.222378, 1529.218338: ba.selectn(12, n); // chromatic
bianzhong(n) = 212.3, 424.6, 530.8, 636.9, 1061.6, 1167.7, 2017.0, 2335.5, 2653.9, 3693 : ba.selectn(10, n);
cymbal_808(n) = 205.3, 304.4, 369.6, 522.7, 540, 615.9, 800, 913.2, 1108.8, 1568.1 : ba.selectn(10, n); // original
circular_membrane_ratios(n) = 1, 1.59, 2.14, 2.30, 2.65, 2.92, 3.16, 3.50, 3.60, 3.65 : ba.selectn(10, n);
odd_ratios(ba.midikey2hz(note), n),
cymbal_808(n) * note_ratio(note - 48),
:> co.limiter_1176_R4_mono, co.limiter_1176_R4_mono | declare name "Wingie";
declare version "1.8";
declare author "Meng Qi";
declare license "GPL";
declare copyright "(c)Meng Qi 2020";
declare date "2020-09-30";
declare editDate "2021-03-13";
import("stdfaust.lib");
nHarmonics = 9;
decay = hslider("decay", 5, 0.1, 10, 0.01) : si.smoo;
input_gain = hslider("input_gain", 0.25, 0, 3, 0.01) : ba.lin2LogGain : si.smoo;
input_gain_factor = hslider("input_gain_factor", 1,0,2,0.01) : ba.lin2LogGain;
output_gain = 1 : ba.lin2LogGain;
left_threshold = hslider("left_threshold", 0.1, 0, 1, 0.01);
right_threshold = hslider("right_threshold", 0.1, 0, 1, 0.01);
amp_follower_decay = 0.025;
resonator_input_gain = hslider("resonator_input_gain", 0.1, 0, 1, 0.01) : ba.lin2LogGain;
resonator_output_gain = hslider("resonator_output_gain", 0.4, 0, 1, 0.01) : ba.lin2LogGain;
bar_factor = 0.44444;
mix = hslider("mix", 1, 0, 1, 0.01) : si.smoo;
vol_wet = mix;
vol_dry = (1 - mix);
note0 = hslider("note0", 36, 12, 96, 1);
note1 = hslider("note1", 36, 12, 96, 1);
route0 = hslider("route0", 0, 0, 4, 1);
route1 = hslider("route1", 0, 0, 4, 1);
env_mode_change = 1 - en.ar(0.002, 0.5, button("mode_changed"));
env_mute(t) = 1 - en.asr(0.25, 1., 0.25, t);
bar_ratios(freq, n) = freq * bar_factor * pow((n + 1) + 0.5, 2);
int_ratios(freq, n) = freq * (n + 1);
serge(n) = 62, 115, 218, 411, 777, 1500, 2800, 5200, 11000 : ba.selectn(nHarmonics, n);
poly(n) = a, a * 2, a * 3, b, b * 2, b * 3, c, c * 2, c * 3 : ba.selectn(nHarmonics, n)
with
{
a = vslider("poly_note_0", 36, 24, 96, 1) : ba.midikey2hz;
b = vslider("poly_note_1", 36, 24, 96, 1) : ba.midikey2hz;
c = vslider("poly_note_2", 36, 24, 96, 1) : ba.midikey2hz;
};
note_ratio(note) = pow(2., note / 12);
f(note, n, s) = bar_ratios(ba.midikey2hz(note), n),
int_ratios(ba.midikey2hz(note), n),
serge(n),
poly(n)
: ba.selectn(4, s);
r(note, index, source) = pm.modeFilter(a, b, ba.lin2LogGain(c))
with
{
a = min(f(note, index, source), 16000);
b = env_mode_change * decay + 0.05;
c = env_mute(button("mute_%index"));
};
process = _,_
: fi.dcblocker, fi.dcblocker
: (_ * input_gain_factor), (_ * input_gain_factor)
: (_ <: attach(_, _ : an.amp_follower(amp_follower_decay) : _ > left_threshold : hbargraph("left_trig", 0, 1))),
(_ <: attach(_, _ : an.amp_follower(amp_follower_decay) : _ > right_threshold : hbargraph("right_trig", 0, 1)))
: (_ * input_gain * env_mode_change), (_ * input_gain * env_mode_change)
<: (_ * resonator_input_gain : _ * vol_wet : fi.lowpass(1, 4000) <: hgroup("left", sum(i, nHarmonics, r(note0, i, route0))) : _ * resonator_output_gain),
(_ * resonator_input_gain : _ * vol_wet : fi.lowpass(1, 4000) <: hgroup("right", sum(i, nHarmonics, r(note1, i, route1))) : _ * resonator_output_gain),
(_ * vol_dry),
(_ * vol_dry)
:> ef.cubicnl(0.01, 0), ef.cubicnl(0.01, 0)
: (_ * output_gain), (_ * output_gain)
; |
b2329ba9917716d039ea5a04ba4d5cae26c7124112d480281d2506f5410d4513 | sadko4u/tamgamp.lv2 | pre_6dj8.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "6DJ8"; // in amp tube ba.selector
declare name "6DJ8";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage130_20(TB_6DJ8_68k,86.0,2700.0,1.863946) :
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage130_20(TB_6DJ8_250k,132.0,1500.0,1.271609) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) <:
(
tubestage130_20(TB_6DJ8_68k,194.0,820.0,0.799031),
tubestage130_20(TB_6DJ8_250k,194.0,820.0,0.797043)
) :>
_ ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_6dj8.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "6DJ8";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
tubeax(pregain) =
stage1 :
stage2
with {
stage1 =
tubestage130_20(TB_6DJ8_68k,86.0,2700.0,1.863946) :
*(pregain) :
fi.lowpass(1,6531.0) :
tubestage130_20(TB_6DJ8_250k,132.0,1500.0,1.271609) ;
stage2 =
*(pregain) :
fi.lowpass(1,6531.0) <:
(
tubestage130_20(TB_6DJ8_68k,194.0,820.0,0.799031),
tubestage130_20(TB_6DJ8_250k,194.0,820.0,0.797043)
) :>
_ ;
} ;
process =
component("amp_dist.dsp").dist(gain) :
tubeax(pregain) :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
};
|
96cb69cfac0a6990d2c969b137835229bbed0fab47b98b7550cc3fba82bd1865 | rmichon/multiKeyboard | frog.dsp | //################################### frog.dsp #####################################
// A simple smart phone abstract instrument than can be controlled using the touch
// screen and the accelerometers of the device.
//
// ## `SmartKeyboard` Use Strategy
//
// The idea here is to use the `SmartKeyboard` interface as an X/Y control pad by just
// creating one keyboard with on key and by retrieving the X and Y position on that single
// key using the `x` and `y` standard parameters. Keyboard mode is deactivated so that
// the color of the pad doesn't change when it is pressed.
//
// ## Compilation Instructions
//
// This Faust code will compile fine with any of the standard Faust targets. However
// it was specifically designed to be used with `faust2smartkeyb`. For best results,
// we recommend to use the following parameters to compile it:
//
// ```
// faust2smartkeyb [-ios/-android] frog.dsp
// ```
//
// ## Version/Licence
//
// Version 0.0, Feb. 2017
// Copyright Romain Michon CCRMA (Stanford University)/GRAME 2017
// MIT Licence: https://opensource.org/licenses/MIT
//########################################################################################
declare name "frog";
import("stdfaust.lib");
//========================= Smart Keyboard Configuration =================================
// (1 keyboards with 1 key configured as a pad.
//========================================================================================
declare interface "SmartKeyboard{
'Number of Keyboards':'1',
'Keyboard 0 - Number of Keys':'1',
'keyb0_keybMode':'0',
'Keyboard 0 - Piano Keyboard':'0',
'Keyboard 0 - Static Mode':'1'
}";
//================================ Instrument Parameters =================================
// Creates the connection between the synth and the mobile device
//========================================================================================
// SmartKeyboard X parameter
x = hslider("x",0,0,1,0.01);
// SmartKeyboard Y parameter
y = hslider("y",0,0,1,0.01);
// SmartKeyboard gate parameter
gate = button("gate");
// the cutoff frequency of the filter is controlled with the x axis of the accelerometer
cutoff = hslider("cutoff[acc: 0 0 -10 0 10]",2500,50,5000,0.01);
//=================================== Parameters Mapping =================================
//========================================================================================
maxFreq = 100;
minFreq = 1;
freq = x*(maxFreq-minFreq) + minFreq : si.polySmooth(gate,0.999,2);
maxQ = 40;
minQ = 1;
q = (1-y)*(maxQ-minQ) + minQ : si.smoo;
filterCutoff = cutoff : si.smoo;
//============================================ DSP =======================================
//========================================================================================
process = sy.dubDub(freq,filterCutoff,q,gate);
| https://raw.githubusercontent.com/rmichon/multiKeyboard/7d04f591fac974a91e4b322c3cb757b8cbb50443/faust/examples/frog.dsp | faust | ################################### frog.dsp #####################################
A simple smart phone abstract instrument than can be controlled using the touch
screen and the accelerometers of the device.
## `SmartKeyboard` Use Strategy
The idea here is to use the `SmartKeyboard` interface as an X/Y control pad by just
creating one keyboard with on key and by retrieving the X and Y position on that single
key using the `x` and `y` standard parameters. Keyboard mode is deactivated so that
the color of the pad doesn't change when it is pressed.
## Compilation Instructions
This Faust code will compile fine with any of the standard Faust targets. However
it was specifically designed to be used with `faust2smartkeyb`. For best results,
we recommend to use the following parameters to compile it:
```
faust2smartkeyb [-ios/-android] frog.dsp
```
## Version/Licence
Version 0.0, Feb. 2017
Copyright Romain Michon CCRMA (Stanford University)/GRAME 2017
MIT Licence: https://opensource.org/licenses/MIT
########################################################################################
========================= Smart Keyboard Configuration =================================
(1 keyboards with 1 key configured as a pad.
========================================================================================
================================ Instrument Parameters =================================
Creates the connection between the synth and the mobile device
========================================================================================
SmartKeyboard X parameter
SmartKeyboard Y parameter
SmartKeyboard gate parameter
the cutoff frequency of the filter is controlled with the x axis of the accelerometer
=================================== Parameters Mapping =================================
========================================================================================
============================================ DSP =======================================
======================================================================================== |
declare name "frog";
import("stdfaust.lib");
declare interface "SmartKeyboard{
'Number of Keyboards':'1',
'Keyboard 0 - Number of Keys':'1',
'keyb0_keybMode':'0',
'Keyboard 0 - Piano Keyboard':'0',
'Keyboard 0 - Static Mode':'1'
}";
x = hslider("x",0,0,1,0.01);
y = hslider("y",0,0,1,0.01);
gate = button("gate");
cutoff = hslider("cutoff[acc: 0 0 -10 0 10]",2500,50,5000,0.01);
maxFreq = 100;
minFreq = 1;
freq = x*(maxFreq-minFreq) + minFreq : si.polySmooth(gate,0.999,2);
maxQ = 40;
minQ = 1;
q = (1-y)*(maxQ-minQ) + minQ : si.smoo;
filterCutoff = cutoff : si.smoo;
process = sy.dubDub(freq,filterCutoff,q,gate);
|
23f048446cd5556652408fd727c4cae091584d629b3b626130874f46720f9c39 | darkoverlordofdata/amp-sim-faust | freeverb.dsp | import("stdfaust.lib");
import("layout2.dsp");
declare name "freeverb";
declare version "1.0";
declare author "Grame";
declare license "BSD";
declare copyright "(c) GRAME 2006 and MoForte Inc. 2017";
declare reference "https://ccrma.stanford.edu/~jos/pasp/Freeverb.html";
//======================================================
//
// Freeverb
// Faster version using fixed delays (20% gain)
//
//======================================================
// Constant Parameters
//--------------------
fixedgain = 0.015; //value of the gain of fxctrl
scalewet = 3.0;
scaledry = 2.0;
scaledamp = 0.4;
scaleroom = 0.28;
offsetroom = 0.7;
initialroom = 0.5;
initialdamp = 0.5;
initialwet = 1.0/scalewet;
initialdry = 0;
initialwidth= 1.0;
initialmode = 0.0;
freezemode = 0.5;
stereospread= 23;
allpassfeed = 0.5; //feedback of the delays used in allpass filters
// Filter Parameters
//------------------
combtuningL1 = 1116;
combtuningL2 = 1188;
combtuningL3 = 1277;
combtuningL4 = 1356;
combtuningL5 = 1422;
combtuningL6 = 1491;
combtuningL7 = 1557;
combtuningL8 = 1617;
allpasstuningL1 = 556;
allpasstuningL2 = 441;
allpasstuningL3 = 341;
allpasstuningL4 = 225;
// Control Sliders
//--------------------
// Damp : filters the high frequencies of the echoes (especially active for great values of RoomSize)
// RoomSize : size of the reverberation room
// Dry : original signal
// Wet : reverberated signal
dampSlider = rkg(vslider("Damp [midi:ctrl 3] [style:knob]",0.5, 0, 1, 0.025))*scaledamp;
roomsizeSlider = rkg(vslider("RoomSize [midi:ctrl 4] [style:knob]", 0.5, 0, 1, 0.025))*scaleroom + offsetroom;
wetSlider = rkg(vslider("Wet [midi:ctrl 79] [style:knob]", 0.3333, 0, 1, 0.025));
combfeed = roomsizeSlider;
// Comb and Allpass filters
//-------------------------
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
// Reverb components
//------------------
monoReverb(fb1, fb2, damp, spread)
= _ <: comb(combtuningL1+spread, fb1, damp),
comb(combtuningL2+spread, fb1, damp),
comb(combtuningL3+spread, fb1, damp),
comb(combtuningL4+spread, fb1, damp),
comb(combtuningL5+spread, fb1, damp),
comb(combtuningL6+spread, fb1, damp),
comb(combtuningL7+spread, fb1, damp),
comb(combtuningL8+spread, fb1, damp)
+>
allpass (allpasstuningL1+spread, fb2)
: allpass (allpasstuningL2+spread, fb2)
: allpass (allpasstuningL3+spread, fb2)
: allpass (allpasstuningL4+spread, fb2)
;
monoReverbToStereo(fb1, fb2, damp, spread)
= + <: monoReverb(fb1, fb2, damp, 0) <: _,_;
stereoReverb(fb1, fb2, damp, spread)
= + <: monoReverb(fb1, fb2, damp, 0), monoReverb(fb1, fb2, damp, spread);
monoToStereoReverb(fb1, fb2, damp, spread)
= _ <: monoReverb(fb1, fb2, damp, 0), monoReverb(fb1, fb2, damp, spread);
// fxctrl : add an input gain and a wet-dry control to a stereo FX
//----------------------------------------------------------------
fxctrl(g,w,Fx) = _,_ <: (*(g),*(g) : Fx : *(w),*(w)), *(1-w), *(1-w) +> _,_;
rbp = 1-int(rsg(vslider("[0] Enable [midi:ctrl 104][style:knob]",0,0,1,1)));
// Freeverb
//---------
//JOS:freeverb = fxctrl(fixedgain, wetSlider, stereoReverb(combfeed, allpassfeed, dampSlider, stereospread));
freeverb = fxctrl(fixedgain, wetSlider, monoReverbToStereo(combfeed, allpassfeed, dampSlider, stereospread));
process = ba.bypass2(rbp,freeverb);
| https://raw.githubusercontent.com/darkoverlordofdata/amp-sim-faust/91696611bc64e94c5767a43aaa0478f260ca43a3/src/freeverb.dsp | faust | ======================================================
Freeverb
Faster version using fixed delays (20% gain)
======================================================
Constant Parameters
--------------------
value of the gain of fxctrl
feedback of the delays used in allpass filters
Filter Parameters
------------------
Control Sliders
--------------------
Damp : filters the high frequencies of the echoes (especially active for great values of RoomSize)
RoomSize : size of the reverberation room
Dry : original signal
Wet : reverberated signal
Comb and Allpass filters
-------------------------
Reverb components
------------------
fxctrl : add an input gain and a wet-dry control to a stereo FX
----------------------------------------------------------------
Freeverb
---------
JOS:freeverb = fxctrl(fixedgain, wetSlider, stereoReverb(combfeed, allpassfeed, dampSlider, stereospread)); | import("stdfaust.lib");
import("layout2.dsp");
declare name "freeverb";
declare version "1.0";
declare author "Grame";
declare license "BSD";
declare copyright "(c) GRAME 2006 and MoForte Inc. 2017";
declare reference "https://ccrma.stanford.edu/~jos/pasp/Freeverb.html";
scalewet = 3.0;
scaledry = 2.0;
scaledamp = 0.4;
scaleroom = 0.28;
offsetroom = 0.7;
initialroom = 0.5;
initialdamp = 0.5;
initialwet = 1.0/scalewet;
initialdry = 0;
initialwidth= 1.0;
initialmode = 0.0;
freezemode = 0.5;
stereospread= 23;
combtuningL1 = 1116;
combtuningL2 = 1188;
combtuningL3 = 1277;
combtuningL4 = 1356;
combtuningL5 = 1422;
combtuningL6 = 1491;
combtuningL7 = 1557;
combtuningL8 = 1617;
allpasstuningL1 = 556;
allpasstuningL2 = 441;
allpasstuningL3 = 341;
allpasstuningL4 = 225;
dampSlider = rkg(vslider("Damp [midi:ctrl 3] [style:knob]",0.5, 0, 1, 0.025))*scaledamp;
roomsizeSlider = rkg(vslider("RoomSize [midi:ctrl 4] [style:knob]", 0.5, 0, 1, 0.025))*scaleroom + offsetroom;
wetSlider = rkg(vslider("Wet [midi:ctrl 79] [style:knob]", 0.3333, 0, 1, 0.025));
combfeed = roomsizeSlider;
allpass(dt,fb) = (_,_ <: (*(fb),_:+:@(dt)), -) ~ _ : (!,_);
comb(dt, fb, damp) = (+:@(dt)) ~ (*(1-damp) : (+ ~ *(damp)) : *(fb));
monoReverb(fb1, fb2, damp, spread)
= _ <: comb(combtuningL1+spread, fb1, damp),
comb(combtuningL2+spread, fb1, damp),
comb(combtuningL3+spread, fb1, damp),
comb(combtuningL4+spread, fb1, damp),
comb(combtuningL5+spread, fb1, damp),
comb(combtuningL6+spread, fb1, damp),
comb(combtuningL7+spread, fb1, damp),
comb(combtuningL8+spread, fb1, damp)
+>
allpass (allpasstuningL1+spread, fb2)
: allpass (allpasstuningL2+spread, fb2)
: allpass (allpasstuningL3+spread, fb2)
: allpass (allpasstuningL4+spread, fb2)
;
monoReverbToStereo(fb1, fb2, damp, spread)
= + <: monoReverb(fb1, fb2, damp, 0) <: _,_;
stereoReverb(fb1, fb2, damp, spread)
= + <: monoReverb(fb1, fb2, damp, 0), monoReverb(fb1, fb2, damp, spread);
monoToStereoReverb(fb1, fb2, damp, spread)
= _ <: monoReverb(fb1, fb2, damp, 0), monoReverb(fb1, fb2, damp, spread);
fxctrl(g,w,Fx) = _,_ <: (*(g),*(g) : Fx : *(w),*(w)), *(1-w), *(1-w) +> _,_;
rbp = 1-int(rsg(vslider("[0] Enable [midi:ctrl 104][style:knob]",0,0,1,1)));
freeverb = fxctrl(fixedgain, wetSlider, monoReverbToStereo(combfeed, allpassfeed, dampSlider, stereospread));
process = ba.bypass2(rbp,freeverb);
|
5969464e234a0a35aebad9750e2251d7b3a6c93a2cb70168a3933d99e87a6c1a | friskgit/kmh_ls | KMHLS_channel_map_lin.dsp | declare name "KMHLS ChannelMap - 16+29+4";
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
//---------------`Channel mapping plugin` --------------------------
//
// Channel mapping plugin that takes 52 inputs, although only the 49 first channels are routed.
// These are routed to the Crescendo mixer channel layout.
//
// This version expects the floor ring in the beginning of the input.
//
// Insert this plugin on the master track or similar to get channels to map correctly to the Crescendo, i.e.:
//
// * Channel 1-16 of the input maps to Crescendo 33-48 (Layer B)
// * Channel 17-45 of the input maps to Crescendo 1-29 (Layer A)
// * Channel 46-49 maps to Crescendo 49-52 (Layer B)
//---------------------------------------------------
import("stdfaust.lib");
domevol = hslider("Volume dome", 1., 0., 1., 0.001) : si.smoo;
floorvol = hslider("Volume floor", 1., 0., 1., 0.001) : si.smoo;
bassvol = hslider("Volume bass", 1., 0., 1., 0.001) : si.smoo;
process (d1, d2, d3, d4, d5, d6, d7, d8, d9, d10, d11, d12, d13, d14, d15, d16,
a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16,
b1, b2, b3, b4, b5, b6, b7, b8,
c1, c2, c3, c4, c5,
sub1, sub2, sub3, sub4, x1, x2, x3) = a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16,
b1, b2, b3, b4, b5, b6, b7, b8,
c1, c2, c3, c4, c5, 0, 0, 0,
d1, d2, d3, d4, d5, d6, d7, d8, d9, d10, d11, d12, d13, d14, d15, d16,
sub1, sub2, sub3, sub4
: hgroup("lower ring", par(i, 29, _ * domevol)), _, _, _,
hgroup("floor ring", par(i, 16, _ * floorvol)),
hgroup("subs", par(i, 4, _ * bassvol));
| https://raw.githubusercontent.com/friskgit/kmh_ls/3273d90bee62a0200a96166b6f690705a3e82fcc/KMHLS_utility/doc/KMHLS_channel_map_lin-mdoc/src/KMHLS_channel_map_lin.dsp | faust | ---------------`Channel mapping plugin` --------------------------
Channel mapping plugin that takes 52 inputs, although only the 49 first channels are routed.
These are routed to the Crescendo mixer channel layout.
This version expects the floor ring in the beginning of the input.
Insert this plugin on the master track or similar to get channels to map correctly to the Crescendo, i.e.:
* Channel 1-16 of the input maps to Crescendo 33-48 (Layer B)
* Channel 17-45 of the input maps to Crescendo 1-29 (Layer A)
* Channel 46-49 maps to Crescendo 49-52 (Layer B)
--------------------------------------------------- | declare name "KMHLS ChannelMap - 16+29+4";
declare version " 0.1 ";
declare author " Henrik Frisk " ;
declare license " BSD ";
declare copyright "(c) dinergy 2018 ";
import("stdfaust.lib");
domevol = hslider("Volume dome", 1., 0., 1., 0.001) : si.smoo;
floorvol = hslider("Volume floor", 1., 0., 1., 0.001) : si.smoo;
bassvol = hslider("Volume bass", 1., 0., 1., 0.001) : si.smoo;
process (d1, d2, d3, d4, d5, d6, d7, d8, d9, d10, d11, d12, d13, d14, d15, d16,
a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16,
b1, b2, b3, b4, b5, b6, b7, b8,
c1, c2, c3, c4, c5,
sub1, sub2, sub3, sub4, x1, x2, x3) = a1, a2, a3, a4, a5, a6, a7, a8, a9, a10, a11, a12, a13, a14, a15, a16,
b1, b2, b3, b4, b5, b6, b7, b8,
c1, c2, c3, c4, c5, 0, 0, 0,
d1, d2, d3, d4, d5, d6, d7, d8, d9, d10, d11, d12, d13, d14, d15, d16,
sub1, sub2, sub3, sub4
: hgroup("lower ring", par(i, 29, _ * domevol)), _, _, _,
hgroup("floor ring", par(i, 16, _ * floorvol)),
hgroup("subs", par(i, 4, _ * bassvol));
|
233ef4449e45a560d2e19e07198414d70fc95efd90987bc24259d14ebfbe4a86 | sadko4u/tamgamp.lv2 | pre_12ax7_master_6v6.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "pre 12ax7/ master 6V6"; // in amp tube ba.selector
declare name "pre 12ax7/ master 6V6";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
process =
stage1 :
component("amp_dist.dsp").dist(gain) :
stage2 :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
stage1 =
*(pregain) :
tubestage(TB_12AX7_68k,86.0,2700.0,1.581656) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AX7_250k,132.0,1500.0,1.204285) :
tubestage(TB_12AX7_250k,194.0,820.0,0.840703) ;
stage2 =
pot_48db(master) :
fi.lowpass(1,6531.0) <:
(
tubestage(TB_6V6_250k,6531.0,820.0,1.130462),
tubestage(TB_6V6_68k,6531.0,820.0,1.130740)
) :>
_ ;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_12ax7_master_6v6.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "pre 12ax7/ master 6V6";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
process =
stage1 :
component("amp_dist.dsp").dist(gain) :
stage2 :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
stage1 =
*(pregain) :
tubestage(TB_12AX7_68k,86.0,2700.0,1.581656) :
fi.lowpass(1,6531.0) :
tubestage(TB_12AX7_250k,132.0,1500.0,1.204285) :
tubestage(TB_12AX7_250k,194.0,820.0,0.840703) ;
stage2 =
pot_48db(master) :
fi.lowpass(1,6531.0) <:
(
tubestage(TB_6V6_250k,6531.0,820.0,1.130462),
tubestage(TB_6V6_68k,6531.0,820.0,1.130740)
) :>
_ ;
};
|
7eab17cb0ab8baba445b73d4b39afda6dd06389ca6c748041d2ab081f1833493 | sadko4u/tamgamp.lv2 | pre_12au7_master6v6.dsp | /*
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
*/
declare id "pre 12AU7/ master 6V6"; // in amp tube ba.selector
declare name "pre 12AU7/ master 6V6";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
/****************************************************************
** Tube Preamp Emulation stage 1 - 2
*/
process =
stage1 :
component("amp_dist.dsp").dist(gain) :
stage2 :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
postgain = ampctrl.postgain * 0.06310 : si.smooth(0.999); // -24 dB correction
stage1 =
*(pregain) :
tubestage130_10(TB_12AU7_68k,86.0,2700.0,1.257240) :
fi.lowpass(1,6531.0) :
tubestage130_10(TB_12AU7_250k,132.0,1500.0,0.776162) :
tubestage130_10(TB_12AU7_250k,194.0,820.0,0.445487);
stage2 =
pot_48db(master) :
fi.lowpass(1,6531.0) <:
(
tubestage(TB_6V6_250k,6531.0,820.0,1.130462),
tubestage(TB_6V6_68k,6531.0,820.0,1.130740)
) :>
_ ;
};
| https://raw.githubusercontent.com/sadko4u/tamgamp.lv2/426da74142fcb6b7687a35b2b1dda3392e171b92/src/faust/gxsim/pre_12au7_master6v6.dsp | faust |
* Simulation of Guitarix preamplifier chain
*
* Copyright (C) 2009, 2010 Hermann Meyer, James Warden, Andreas Degert
* Copyright (C) 2011 Pete Shorthose <http://guitarix.org/>
* This file is part of tamgamp.lv2 <https://github.com/sadko4u/tamgamp.lv2>.
*
* This program is free software; you can redistribute it and/or
* modify it under the terms of the GNU Lesser General Public
* License as published by the Free Software Foundation; either
* version 3 of the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the GNU
* Lesser General Public License for more details.
*
* You should have received a copy of the GNU Lesser General Public License
* along with this program; if not, write to the Free Software Foundation,
* Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301, USA.
in amp tube ba.selector
***************************************************************
** Tube Preamp Emulation stage 1 - 2
-24 dB correction |
declare name "pre 12AU7/ master 6V6";
declare samplerate "96000";
import("stdfaust.lib");
import("amp_sim.lib");
process =
stage1 :
component("amp_dist.dsp").dist(gain) :
stage2 :
*(postgain)
with {
gain = ampctrl.gain : si.smooth(0.999);
master = ampctrl.master : si.smooth(0.999);
pregain = ampctrl.pregain : si.smooth(0.999);
stage1 =
*(pregain) :
tubestage130_10(TB_12AU7_68k,86.0,2700.0,1.257240) :
fi.lowpass(1,6531.0) :
tubestage130_10(TB_12AU7_250k,132.0,1500.0,0.776162) :
tubestage130_10(TB_12AU7_250k,194.0,820.0,0.445487);
stage2 =
pot_48db(master) :
fi.lowpass(1,6531.0) <:
(
tubestage(TB_6V6_250k,6531.0,820.0,1.130462),
tubestage(TB_6V6_68k,6531.0,820.0,1.130740)
) :>
_ ;
};
|
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