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dx7.lib
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//#################################### dx7.lib #########################################
// Yamaha DX7 emulation library. Its official prefix is `dx`.
//########################################################################################
// Yamaha DX7 emulation library. The various functions available in this library
// are used by the libraries generated from `.syx` DX7 preset files. This
// toolkit was greatly inspired by the CSOUND DX7 emulation package:
// <http://www.parnasse.com/dx72csnd.shtml>.
//
// This library and its related tools are under development. Use it at your
// own risk!
//##############################################################################
/************************************************************************
************************************************************************
FAUST library file, GRAME section
Except where noted otherwise, Copyright (C) 2003-2017 by GRAME,
Centre National de Creation Musicale.
----------------------------------------------------------------------
GRAME LICENSE
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 2.1 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 the GNU C Library; if not, write to the Free
Software Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA
02111-1307 USA.
EXCEPTION TO THE LGPL LICENSE : As a special exception, you may create a
larger FAUST program which directly or indirectly imports this library
file and still distribute the compiled code generated by the FAUST
compiler, or a modified version of this compiled code, under your own
copyright and license. This EXCEPTION TO THE LGPL LICENSE explicitly
grants you the right to freely choose the license for the resulting
compiled code. In particular the resulting compiled code has no obligation
to be LGPL or GPL. For example you are free to choose a commercial or
closed source license or any other license if you decide so.
************************************************************************
************************************************************************/
/*
TODO:
* LFO not implemented yet
* The whole system needs some tuning
*/
ba = library("basics.lib");
en = library("envelopes.lib");
ma = library("maths.lib");
os = library("oscillators.lib");
//----------------------`(dx.)dx7_ampf`--------------------------
// DX7 amplitude conversion function. 3 versions of this function
// are available:
//
// * `dx7_amp_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_amp_func`: estimated mathematical equivalent of `dx7_amp_bpf`
// * `dx7_ampf`: default (sugar for `dx7_amp_func`)
//
// #### Usage:
//
// ```
// dx7AmpPreset : dx7_ampf_bpf : _
// ```
//
// Where:
//
// * `dx7AmpPreset`: DX7 amplitude value (0-99)
//----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F2 in the CSOUND implementation.
dx7_amp_bpf = ba.bpf.start(0,0) : seq(i,14,ba.bpf.point(xPoints(i)+1,yPoints(i))) : ba.bpf.end(127,1)
with{
xPoints(n) = ba.take(n+1,(9,19,29,39,49,59,64,69,74,79,84,89,94,98));
yPoints(n) = ba.take(n+1,(0.000227445,0.000985595,0.002350265,0.005989386,0.014253222,0.033813495,0.052312358,0.080970432,0.124260804,0.190447309,0.295223654,0.457088704,0.70227445,1));
};
// Function estimated from the CSOUND function (default)
dx7_amp_func = min(98)/98 : pow(_,8);
dx7_ampf = dx7_amp_func;
//----------------------`(dx.)dx7_egraterisef`--------------------------
// DX7 envelope generator rise conversion function. 3 versions of this function
// are available:
//
// * `dx7_egraterise_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_egraterise_func`: estimated mathematical equivalent of `dx7_egraterise_bpf`
// * `dx7_egraterisef`: default (sugar for `dx7_egraterise_func`)
//
// #### Usage:
//
// ```
// dx7envelopeRise : dx7_egraterisef : _
// ```
//
// Where:
//
// * `dx7envelopeRise`: DX7 envelope rise value (0-99)
//----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F4 in the CSOUND implementation.
dx7_egraterise_bpf = ba.bpf.start(0,38) : seq(i,24,ba.bpf.point(xPoints(i)+1,yPoints(i))) : ba.bpf.end(127,0.003)
with{
xPoints(n) = ba.take(n+1,(4,9,14,19,24,29,34,42,45,48,51,54,60,66,68,71,74,77,
80,83,86,89,92,95));
yPoints(n) = ba.take(n+1,(22.8,12,7.5,4.8,2.7,1.8,1.3,.737,.615,
.505,.409,.321,.080,.055,.032,.024,.018,.014,.011,.008,.008,
.007,.005,.003));
};
// Function estimated from the CSOUND function (default)
dx7_egraterise_func = 38*pow((127-_)/127,12) : max(0.003);
dx7_egraterisef = dx7_egraterise_func;
//----------------------`(dx.)dx7_egraterisepercf`--------------------------
// DX7 envelope generator percussive rise conversion function. 3 versions of
// this function are available:
//
// * `dx7_egrateriseperc_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_egrateriseperc_func`: estimated mathematical equivalent of `dx7_egrateriseperc_bpf`
// * `dx7_egraterisepercf`: default (sugar for `dx7_egrateriseperc_func`)
//
// #### Usage:
//
// ```
// dx7envelopePercRise : dx7_egraterisepercf : _
// ```
//
// Where:
//
// * `dx7envelopePercRise`: DX7 envelope percussive rise value (0-99)
//----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F5 in the CSOUND implementation.
dx7_egrateriseperc_bpf = ba.bpf.start(0,0.00001) : seq(i,10,ba.bpf.point(xPoints(i)+1,yPoints(i))) : ba.bpf.end(127,1)
with{
xPoints(n) = ba.take(n+1,(30,34,39,49,59,69,79,89,94,98));
yPoints(n) = ba.take(n+1,(0.00001,0.02,0.06,0.14,0.24,0.35,0.5,0.7,0.86,1));
};
// Function estimated from the CSOUND function (default)
dx7_egrateriseperc_func = >=(30)*min(_-30,68)/68 : pow(_,1.8);
dx7_egraterisepercf = dx7_egrateriseperc_func;
//----------------------`(dx.)dx7_egratedecayf`--------------------------
// DX7 envelope generator decay conversion function. 3 versions of
// this function are available:
//
// * `dx7_egratedecay_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_egratedecay_func`: estimated mathematical equivalent of `dx7_egratedecay_bpf`
// * `dx7_egratedecayf`: default (sugar for `dx7_egratedecay_func`)
//
// #### Usage:
//
// ```
// dx7envelopeDecay : dx7_egratedecayf : _
// ```
//
// Where:
//
// * `dx7envelopeDecay`: DX7 envelope decay value (0-99)
//----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F6 in the CSOUND implementation.
dx7_egratedecay_bpf = ba.bpf.start(0,318) : seq(i,23,ba.bpf.point(xPoints(i)+1,yPoints(i))) : ba.bpf.end(127,.008)
with{
xPoints(n) = ba.take(n+1,(3,7,12,17,22,27,32,40,43,49,52,55,58,63,66,69,72,75,
78,81,84,87,90));
yPoints(n) = ba.take(n+1,(181,115,63,39.7,20,11.2,7,5.66,3.98,1.99,
1.34,.99,.71,.41,.15,.081,.068,.047,.037,.025,.02,.013,.008));
};
// Function estimated from the CSOUND function (default)
dx7_egratedecay_func = 318*pow((127-_)/127,12.6) : max(0.008);
dx7_egratedecayf = dx7_egratedecay_func;
//----------------------`(dx.)dx7_egratedecaypercf`--------------------------
// DX7 envelope generator percussive decay conversion function. 3 versions of
// this function are available:
//
// * `dx7_egratedecayperc_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_egratedecayperc_func`: estimated mathematical equivalent of `dx7_egratedecayperc_bpf`
// * `dx7_egratedecaypercf`: default (sugar for `dx7_egratedecayperc_func`)
//
// #### Usage:
//
// ```
// dx7envelopePercDecay : dx7_egratedecaypercf : _
// ```
//
// Where:
//
// * `dx7envelopePercDecay`: DX7 envelope decay value (0-99)
//----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F7 in the CSOUND implementation.
dx7_egratedecayperc_bpf = ba.bpf.start(0,0.00001) : seq(i,10,ba.bpf.point(xPoints(i),yPoints(i))) : ba.bpf.end(127,1)
with{
xPoints(n) = ba.take(n+1,(10,20,30,40,50,60,70,80,90,99));
yPoints(n) = ba.take(n+1,(0.25,0.35,0.43,0.52,0.59,0.7,0.77,0.84,0.92,1));
};
// Function estimated from the CSOUND function (default)
dx7_egratedecayperc_func = min(99)/99 : pow(_,0.7);
dx7_egratedecaypercf = dx7_egratedecayperc_func;
//----------------------`(dx.)dx7_eglv2peakf`--------------------------
// DX7 envelope level to peak conversion function. 3 versions of
// this function are available:
//
// * `dx7_eglv2peak_bpf`: BPF version (same as in the CSOUND toolkit)
// * `dx7_eglv2peak_func`: estimated mathematical equivalent of `dx7_eglv2peak_bpf`
// * `dx7_eglv2peakf`: default (sugar for `dx7_eglv2peak_func`)
//
// #### Usage:
//
// ```
// dx7Level : dx7_eglv2peakf : _
// ```
//
// Where:
//
// * `dx7Level`: DX7 level value (0-99)
//-----------------------------------------------------------
// CSOUND function implemented as a BPF
// Corresponds to F8 in the CSOUND implementation.
dx7_eglv2peak_bpf = ba.bpf.start(0,0) : seq(i,14,ba.bpf.point(xPoints(i)+1,yPoints(i))) : ba.bpf.end(127,2.08795)
with{
xPoints(n) = ba.take(n+1,(9,19,29,39,49,59,64,59,74,79,84,89,94,98));
yPoints(n) = ba.take(n+1,(0.000477,0.002,0.00493,0.01257,0.02992,0.07098,0.10981,0.16997,0.260855,0.39979,0.61974,0.95954,1.47425,2.08795));
};
// Function estimated from the CSOUND function (default)
dx7_eglv2peak_func = min(98)/98 : pow(_,8) : *(2.08795);
dx7_eglv2peakf = dx7_eglv2peak_func;
//----------------------`(dx.)dx7_velsensf`--------------------------
// DX7 velocity sensitivity conversion function.
//
// #### Usage:
//
// ```
// dx7Velocity : dx7_velsensf : _
// ```
//
// Where:
//
// * `dx7Velocity`: DX7 level value (0-8)
//-----------------------------------------------------------
// Corresponds to F10 in the CSOUND implementation
dx7_velsensf = /(8);
//----------------------`(dx.)dx7_fdbkscalef`--------------------------
// DX7 feedback scaling conversion function.
//
// #### Usage:
//
// ```
// dx7Feedback : dx7_fdbkscalef : _
// ```
//
// Where:
//
// * `dx7Feedback`: DX7 feedback value
//-----------------------------------------------------------
// Corresponds to F11 in the CSOUND implementation
dx7_fdbkscalef = *(0.875);
//------------------------------`(dx.)dx7_op`---------------------------
// DX7 Operator. Implements a phase-modulable sine wave oscillator connected
// to a DX7 envelope generator.
//
// #### Usage:
//
// ```
// dx7_op(freq,phaseMod,outLev,R1,R2,R3,R4,L1,L2,L3,L4,keyVel,rateScale,type,gain,gate) : _
// ```
//
// Where:
//
// * `freq`: frequency of the oscillator
// * `phaseMod`: phase deviation (-1 - 1)
// * `outLev`: preset output level (0-99)
// * `R1`: preset envelope rate 1 (0-99)
// * `R2`: preset envelope rate 2 (0-99)
// * `R3`: preset envelope rate 3 (0-99)
// * `R4`: preset envelope rate 4 (0-99)
// * `L1`: preset envelope level 1 (0-99)
// * `L2`: preset envelope level 2 (0-99)
// * `L3`: preset envelope level 3 (0-99)
// * `L4`: preset envelope level 4 (0-99)
// * `keyVel`: preset key velocity sensitivity (0-99)
// * `rateScale`: preset envelope rate scale
// * `type`: preset operator type
// * `gain`: general gain
// * `gate`: trigger signal
//-----------------------------------------------------------------
dx7_op(freq,phaseMod,outLev,R1,R2,R3,R4,L1,L2,L3,L4,keyVel,rateScale,type,gain,gate) =
(en.dx7envelope(egr1,egr2,egr3,egr4,egl1,egl2,egl3,egl4,gate) : envTable)*sineWave
with{
tablesize = 1 << 16;
// phase modulation, not freq modulation
sineWave = rdtable(tablesize, os.sinwaveform(tablesize), ma.modulo(int(os.phasor(tablesize,freq) + phaseMod*tablesize),tablesize));
amp = outLev/99; // the corresponding "CSOUND table" has just been hardcoded here
// computing levels
vFac = keyVel : dx7_velsensf;
egl1 = L1*amp <: *(1-vFac) + *(vFac*gain);
egl2 = L2*amp <: *(1-vFac) + *(vFac*gain);
egl3 = L3*amp <: *(1-vFac) + *(vFac*gain);
egl4 = L4*amp <: *(1-vFac) + *(vFac*gain);
// computing rates
rs = (freq : ba.hz2midikey)-21 : /(105)*6*rateScale;
egr1 = R1+rs : min(99) <:
select2(egl1>egl4,dx7_egratedecayf,dx7_egraterisef) <:
*(egl4 <: select2(egl1>egl4,dx7_egratedecaypercf,dx7_egraterisepercf)),
*(egl1 <: select2(egl1>egl4,dx7_egratedecaypercf,dx7_egraterisepercf)) :
- : abs : max(0.001);
egr2 = R2+rs : min(99) <:
select2(egl2>egl1,dx7_egratedecayf,dx7_egraterisef) <:
*(egl2 <: select2(egl2>egl1,dx7_egratedecaypercf,dx7_egraterisepercf)),
*(egl1 <: select2(egl2>egl1,dx7_egratedecaypercf,dx7_egraterisepercf)) :
- : abs : max(0.001);
egr3 = R3+rs : min(99) <:
select2(egl3>egl2,dx7_egratedecayf,dx7_egraterisef) <:
*(egl2 <: select2(egl3>egl2,dx7_egratedecaypercf,dx7_egraterisepercf)),
*(egl3 <: select2(egl3>egl2,dx7_egratedecaypercf,dx7_egraterisepercf)) :
- : abs : max(0.001);
egr4 = R4+rs : min(99) <:
select2(egl3<=egl4,dx7_egratedecayf,dx7_egraterisef) <:
*(egl3 <: select2(egl3<=egl4,dx7_egratedecaypercf,dx7_egraterisepercf)),
*(egl4 <: select2(egl3<=egl4,dx7_egratedecaypercf,dx7_egraterisepercf)) :
- : abs : max(0.001);
envTable = _ <: select2(type,dx7_eglv2peakf,dx7_ampf);
};
//------------------------------`(dx.)dx7_algo`---------------------------
// DX7 algorithms. Implements the 32 DX7 algorithms (a quick Google search
// should give your more details on this). Each algorithm uses 6 operators.
//
// #### Usage:
//
// ```
// dx7_algo(algN,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) : _
// ```
//
// Where:
//
// * `algN`: algorithm number (0-31, should be an int...)
// * `egR1`: preset envelope rates 1 (a list of 6 values between 0-99)
// * `egR2`: preset envelope rates 2 (a list of 6 values between 0-99)
// * `egR3`: preset envelope rates 3 (a list of 6 values between 0-99)
// * `egR4`: preset envelope rates 4 (a list of 6 values between 0-99)
// * `egL1`: preset envelope levels 1 (a list of 6 values between 0-99)
// * `egL2`: preset envelope levels 2 (a list of 6 values between 0-99)
// * `egL3`: preset envelope levels 3 (a list of 6 values between 0-99)
// * `egL4`: preset envelope levels 4 (a list of 6 values between 0-99)
// * `outLev`: preset output levels (a list of 6 values between 0-99)
// * `keyVel`: preset key velocity sensitivities (a list of 6 values between 0-99)
// * `ampModSens`: preset amplitude sensitivities (a list of 6 values between 0-99)
// * `opMode`: preset operator mode (a list of 6 values between 0-1)
// * `opFreq`: preset operator frequencies (a list of 6 values between 0-99)
// * `opDetune`: preset operator detuning (a list of 6 values between 0-99)
// * `opRateScale`: preset operator rate scale (a list of 6 values between 0-99)
// * `feedback`: preset operator feedback (a list of 6 values between 0-99)
// * `lfoDelay`: preset LFO delay (a list of 6 values between 0-99)
// * `lfoDepth`: preset LFO depth (a list of 6 values between 0-99)
// * `lfoSpeed`: preset LFO speed (a list of 6 values between 0-99)
// * `freq`: fundamental frequency
// * `gain`: general gain
// * `gate`: trigger signal
//-----------------------------------------------------------------
// Alg 1
// NOTE: the .2 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(0,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op6~*(feedback*.2) : op5 : op4 : op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 2
// NOTE: the .2 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(1,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2~*(feedback*.2) : op1),(op6 : op5 : op4 : op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 3
// Note: weird rand and delay implemented in the csound orchestra and not
// really sure why...
dx7_algo(2,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op3 : op2 : op1),(op6~*(feedback) : op5 : op4) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 4
dx7_algo(3,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op3 : op2 : op1),(op6 : op5 : op4)~*(feedback) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 5
// NOTE: the .1 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(4,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op4 : op3),(op6~*(feedback*.1) : op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 6
dx7_algo(5,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op4 : op3),(op6 : op5)~*(feedback) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 7
dx7_algo(6,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op4,(op6~*(feedback) : op5) :> op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 8
// NOTE: the .1 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(7,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op4~*(feedback*.1),(op6 : op5) :> op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 9
// NOTE: the .4 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(8,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2~*(feedback*.4) : op1),(op4,(op6 : op5) :> op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 10
// NOTE: the .2 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(9,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op5,op6 :> op4),(op3~*(feedback*.2) : op2 : op1) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 11
// NOTE: the .2 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(10,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op5,op6~*(feedback*.2) :> op4),(op3 : op2 : op1) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 12
// NOTE: the .2 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(11,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op4,op5,op6 :> op3),(op2~*(feedback*.2) : op1) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 13
dx7_algo(12,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op4,op5,op6~*(feedback) :> op3),(op2 : op1) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 14
dx7_algo(13,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op5,op6~*(feedback) :> op4 : op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 15
// NOTE: the .4 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(14,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2~*(feedback*.4) : op1),(op5,op6 :> op4 : op3) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 16
dx7_algo(15,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op2,(op4 : op3),(op6~*(feedback) : op5) :> op1
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 17
// NOTE: the .5 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(16,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op2~*(feedback*.5),(op4 : op3),(op6 : op5) :> op1
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 18
dx7_algo(17,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op2,op3~*(feedback),(op6 : op5 : op4) :> op1
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 19
// NOTE: the .4 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(18,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op3 : op2 : op1),(op6~*(feedback*.4) <: op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 20
dx7_algo(19,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op3~*(feedback) <: op1,op2),(op5,op6 :> op4) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 21
dx7_algo(20,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op3~*(feedback) <: op1,op2),(op6 <: op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 22
// NOTE: the .1 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(21,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op6~*(feedback*.1) <: op3,op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 23
dx7_algo(22,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,(op3 : op2),(op6~*(feedback) <: op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 24
// NOTE: the .6 for feedback was hardcoded in the csound orchestra, not sure why
// we need it
dx7_algo(23,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,(op6~*(feedback*.6) <: op3,op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 25
dx7_algo(24,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,op3,(op6~*(feedback) <: op4,op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 26
dx7_algo(25,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,(op3 : op2),(op5,op6~*(feedback) :> op4) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 27
dx7_algo(26,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,(op3~*(feedback) : op2),(op5,op6 :> op4) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),1,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,_,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 28
dx7_algo(27,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
(op2 : op1),(op5~*(feedback) : op4 : op3),op6 :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),0,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),1,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,_,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 29
dx7_algo(28,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,(op4 : op3),(op6~*(feedback) : op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 30
dx7_algo(29,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,(op5~*(feedback) : op4 : op3),op6 :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),0,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),1,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,_,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),1,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,_,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 31
dx7_algo(30,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,op3,op4,(op6~*(feedback) : op5) :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,_,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),1,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,_,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
// Alg 32
dx7_algo(31,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) =
op1,op2,op3,op4,op5,op6 :> _
with{
op6Freq = select2(opMode(5),opFreq(5)*freq,opFreq(5)) + opDetune(5)/4;
op6 = dx7_op(op6Freq,0,outLevel(5),egR1(5),egR2(5),egR3(5),egR4(5),egL1(5),egL2(5),egL3(5),egL4(5),keyVelSens(5),opRateScale(5),0,gain,gate);
op5Freq = select2(opMode(4),opFreq(4)*freq,opFreq(4)) + opDetune(4)/4;
op5 = dx7_op(op5Freq,0,outLevel(4),egR1(4),egR2(4),egR3(4),egR4(4),egL1(4),egL2(4),egL3(4),egL4(4),keyVelSens(4),opRateScale(4),0,gain,gate);
op4Freq = select2(opMode(3),opFreq(3)*freq,opFreq(3)) + opDetune(3)/4;
op4 = dx7_op(op4Freq,0,outLevel(3),egR1(3),egR2(3),egR3(3),egR4(3),egL1(3),egL2(3),egL3(3),egL4(3),keyVelSens(3),opRateScale(3),0,gain,gate);
op3Freq = select2(opMode(2),opFreq(2)*freq,opFreq(2)) + opDetune(2)/4;
op3 = dx7_op(op3Freq,0,outLevel(2),egR1(2),egR2(2),egR3(2),egR4(2),egL1(2),egL2(2),egL3(2),egL4(2),keyVelSens(2),opRateScale(2),0,gain,gate);
op2Freq = select2(opMode(1),opFreq(1)*freq,opFreq(1)) + opDetune(1)/4;
op2 = dx7_op(op2Freq,0,outLevel(1),egR1(1),egR2(1),egR3(1),egR4(1),egL1(1),egL2(1),egL3(1),egL4(1),keyVelSens(1),opRateScale(1),0,gain,gate);
op1Freq = select2(opMode(0),opFreq(0)*freq,opFreq(0)) + opDetune(0)/4;
op1 = dx7_op(op1Freq,0,outLevel(0),egR1(0),egR2(0),egR3(0),egR4(0),egL1(0),egL2(0),egL3(0),egL4(0),keyVelSens(0),opRateScale(0),0,gain,gate);
};
//------------------------------`(dx.)dx7_ui`---------------------------
// Generic DX7 function where all parameters are controllable using UI elements.
// The `master-with-mute` branch must be used for this function to work...
// This function is MIDI-compatible.
//
// #### Usage
//
// ```
// dx7_ui : _
// ```
//-----------------------------------------------------------------
dx7_ui =
par(i,32,dx7_algo(i,egR1,egR2,egR3,egR4,egL1,egL2,egL3,egL4,outLevel,keyVelSens,ampModSens,opMode,opFreq,opDetune,opRateScale,feedback,lfoDelay,lfoDepth,lfoSpeed,freq,gain,gate) : control(algorithm == i)) :> _
with{
algorithm = nentry("h:dx7/v:global/[0]algorithm",0,0,31,1) : int;
feedback = nentry("h:dx7/v:global/[1]feedback",0,0,99,1) : dx7_fdbkscalef/(2*ma.PI);
lfoDelay = nentry("h:dx7/v:global/[2]lfoDelay",0,0,99,1);
lfoDepth = nentry("h:dx7/v:global/[3]lfoDepth",0,0,99,1);
lfoSpeed = nentry("h:dx7/v:global/[4]lfoSpeed",0,0,99,1);
freq = hslider("h:dx7/v:global/[5]freq",400,50,1000,0.01);
gain = hslider("h:dx7/v:global/[6]gain",0.8,0,1,0.01);
gate = button("h:dx7/v:global/[7]gate");