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  1. https://soundcloud.com/zhaozhou/zhaozhous-vocoder-test-14-nov-2014 it was designed to perform super well with super low saw waves like that one song in Syro *thanks Richard* it uses the same frequencies as a bode vocoder i spent the past four days actually coding this because i wasnt happy with any other vocoders. theres still room for improvement, lots of optimisation, etc and the code, for use in ReaJS //Vocoder 14 nov 2014 Thanks SaulT and Amateur Tools DSP //This plugin contains ideas and code techniques by RBJ, SaulT, Moog, Bode, Loser, etc. //USE AT OWN RISK. This plugin could turn you into a human centipede. ////////////////////////////////////////////////////////////////////// desc:Zhaozhou's Vocoder - carrier chans 1+2, modulator chans 3+4 slider1:0<-50,1000,0.5>Frequency Base Shift (hz) slider6:0<-24,24,1>Carrier Amt slider8:0<-24,24,1>Mod Amt slider14:-90<-120,6,1>Threshold (db) slider16:20<1,100,1>Fadein (ms) slider18:20<1,100,1>Fadeout (ms) slider20:20<1,100,1> RMS smoothing (ms) slider60:-120<-120,6,0.01>Dry Mod Signal slider62:7000<104.5,20000,1>Dry Mod Highpass Filter slider64:0<-120,6,0.01> Main Out Amp @init // Freqs from Bode Vocoder (centered) \ f1=104.5; f2=179.5; f3=226; f4=284.5; f5=358.5; f6=452; f7=569.5; f8=717.5; f9=904; f10=1139; f11=1435; f12=1808; f13=2260; f14=2852; f15=3616; f16=4556; // Q's aka 'damp' for bandpass filters q1=0.008; q2=0.05; q3=0.02; q4=0.03; q5=0.03; q6=0.03; q7=0.03; q8=0.04; q9=0.04; q10=0.04; q11=0.04; q12=0.04; q13=.03; q14=0.05; q15=0.05; q16=0.05; q17=0.3; // PCB trimpots for adjusting carriers after filters trim1=0.2; trim2=0.2; trim3=0.01; trim4=0.4; trim5=0.4; trim6=0.4; trim7=0.5; trim8=0.5; trim9=0.6; trim10=0.6; trim11=0.7; trim12=0.7; trim13=0.8; trim14=0.8; trim15=0.9; trim16=0.9; // PCB trimpots for adjusting modulators after filters // trim17=1.25; trim18=0.25; trim19=0.35; trim20=0.35; // trim21=0.45; trim22=0.45; trim23=0.6; trim24=0.65; // trim25=0.8; trim26=0.9; trim27=1; trim28=1.25; // trim29=1.5; trim30=1.5; trim31=2; trim32=2; // PCB trimpots for adjusting modulators after filters trim17=49; trim18=3; trim19=100; trim20=4; trim21=6; trim22=9; trim23=12; trim24=12; trim25=15; trim26=25; trim27=30; trim28=40; trim29=55; trim30=60; trim31=90; trim32=110; // used by rbj filter cDcAdd = 10^-30; cDenorm = 10^-30; // bandpass filter function bp(in,freq,damp) instance(c,a,fa,fb,fk,damp,d,fd,fc) ( damp=damp*0.999 + 0.001; c = ( 1 / tan( $pi*freq / srate ) ); a = 1 + c*(c+damp); fa = 2 * (1 - c*c) / a; fb = (1 + c*(c-damp)) / a; fk = c*damp / a; d = fk*in - (fa*fd + fb*fc); in = d - fc; fc = fd; fd = d; ); // lowpass for c1,m1 function lp(in,freq) instance(in,freq,a9,s9,q9,w09,cosw09,sin209,alpha9,sinw09,b09,b19,b29,a09,a19,a29,b09,b19,b29,old,x19,x29,y19,y29) ( a9 = 1; s9 = 2; q9 = 1 / (sqrt((a9 + 1/a9)*(1/s9 - 1) + 2)); w09 = 2 * $pi * freq/srate; cosw09 = cos(w09); sinw09 = sin(w09); alpha9 = sinw09 / (2 * q9); b09 = (1 - cosw09)/2; b19 = (1 - cosw09); b29 = (1 - cosw09)/2; a09 = 1 + alpha9; a19 = -2 * cosw09; a29 = 1 - alpha9; b09 /= a09; b19 /= a09; b29 /= a09; a19 /= a09; a29 /= a09; old = in; in = b09 * in + b19 * x19 + b29 * x29 - a19 * y19 - a29 * y29; x29 = x19; x19 = old; y29 = y19; y19 = in; ); //highpass filter rbj function hp(in,freq) instance(in,hp_f,a0,s0,q0,cosw00,sinw00,alpha0,b00,b10,b20,a00,a10,a20,x10,x20,y20,y10,old_in) ( hp_f = 2 * $pi * freq/srate; a0 = 1; //start coeffs s0 = 1; q0 = 1 / (sqrt((a0 + 1/a0)*(1/s0 - 1) + 2)); cosw00 = cos(hp_f); sinw00 = sin(hp_f); alpha0 = sinw00 / (2 * q0); b00 = (1 + cosw00)/2; b10 = -(1 + cosw00); b20 = (1 + cosw00)/2; a00 = 1 + alpha0; a10 = -2 * cosw00; a20 = 1 - alpha0; b00 /= a00; b10 /= a00; b20 /= a00; a10 /= a00; a20 /= a00; hp_f != 0 ? ( //start hp filter old_in = in; in = b00 * in + b10 * x10 + b20 * x20 - a10 * y10 - a20 * y20; x20 = x10; x10 = old_in; y20 = y10; y10 = abs(in) < cDenorm ? 0 : in; ); ); function g(in) // gate instance(a,silentcnt,seekto,g8) //fadein and out are global ( a=abs(in) > thresh; a ? ( silentcnt=0; seekto=1; ) : ( (silentcnt+=1) > 2205 ? seekto=0; ); seekto > 0.5 ? ( g8=g8*fadein + (1-fadein); ) : ( g8=g8*fadeout); in*=g8; ); // smoothing out the audio rate stuff function rms(in) instance(rms_s,in) ( rms_coeff = exp(-1/(slider20 * srate * 0.001)); rms_s = (rms_s * rms_coeff) + ((1 - rms_coeff) * in * in); sqrt(rms_s); ); @slider //freqs and freq adjust f1=104.5+slider1; f2=179.5+slider1; f3=226+slider1; f4=284.5+slider1; f5=358.5+slider1; f6=452+slider1; f7=569.5+slider1; f8=717.5+slider1; f9=904+slider1; f10=1139+slider1; f11=1435+slider1; f12=1808+slider1; f13=2260+slider1; f14=2852+slider1; f15=3616+slider1; f16=4556+slider1; //gate thresh = 2 ^ (slider14/6); fadein = 1/pow(10,1/(srate*slider16/1000)); fadeout = 1/pow(10,1/(srate*slider18/1000)); //rms rms_coeff = exp(-1/(slider20 * srate * 0.001)); // gain amps c_amt = 10^(slider6/20); //Carrier amt m_amt = 10^(slider8/20); //Modulator amt d_amt = 10^(slider60/20); //Dry Mod amt o_amt = 10^(slider64/20); //main out @sample // dc fix, denormals spl0 += cDcAdd; spl1 += cDcAdd; c_in=((spl0+spl1)*0.5)*c_amt; m_in=((spl2+spl3)*0.5;)*m_amt; dry_m=m_in; //carrier filter array \\\\\\\\ c1= c1_lp.lp( c_in,f1 ) *trim1; c2=c2_.hp( c2_bp.bp( c_in,f2,q2 ) ,f2 )*trim2; c3=c3_.hp( c3_bp.bp( c_in,f3,q3 ) ,f3 )*trim3; c4=c4_.hp( c4_bp.bp( c_in,f4,q4 ) ,f4 )*trim4; c5=c5_.hp( c5_bp.bp( c_in,f5,q5 ) ,f5 )*trim5; c6=c6_.hp( c6_bp.bp( c_in,f6,q6 ) ,f6 )*trim6; c7=c7_.hp( c7_bp.bp( c_in,f7,q7 ) ,f7 )*trim7; c8=c8_.hp( c8_bp.bp( c_in,f8,q8 ) ,f8 )*trim8; c9=c9_.hp( c9_bp.bp( c_in,f9,q9 ) ,f9 )*trim9; c10=c10_.hp( c10_bp.bp( c_in,f10,q10 ),f10 )*trim10; c11=c11_.hp( c11_bp.bp( c_in,f11,q11 ),f11 )*trim11; c12=c12_.hp( c12_bp.bp( c_in,f12,q12 ),f12 )*trim12; c13=c13_.hp( c13_bp.bp( c_in,f13,q13 ),f13 )*trim13; c14=c14_.hp( c14_bp.bp( c_in,f14,q14 ),f14 )*trim14; c15=c15_.hp( c15_bp.bp( c_in,f15,q15 ),f15 )*trim15; c16=c16_.hp( c16_bp.bp( c_in,f16,q16 ),f16 )*trim16; //Modu Sig Chain m1=m1.rms( m1_g.g( m1_lp.lp( m_in,f1 ))) *trim17; m2=m2.rms(m2_.hp( m2_g.g( m2_bp.bp( m_in,f2,q2 )),f2 )) *trim18; m3=m3.rms(m3_.hp( m3_g.g( m3_bp.bp( m_in,f3,q3 )),f3 )) *trim19; m4=m4.rms(m4_.hp( m4_g.g( m4_bp.bp( m_in,f4,q4 )),f4 )) *trim20; m5=m5.rms(m5_.hp( m5_g.g( m5_bp.bp( m_in,f5,q5 )),f5 )) *trim21; m6=m6.rms(m6_.hp( m6_g.g( m6_bp.bp( m_in,f6,q6 )),f6 )) *trim22; m7=m7.rms(m7_.hp( m7_g.g( m7_bp.bp( m_in,f7,q7 )),f7 )) *trim23; m8=m8.rms(m8_.hp( m8_g.g( m8_bp.bp( m_in,f8,q8 )),f8 )) *trim24; m9=m9.rms(m9_.hp( m9_g.g( m9_bp.bp( m_in,f9,q9 )),f9 )) *trim25; m10=m10.rms(m10_.hp( m10_g.g( m10_bp.bp( m_in,f10,q10 )),f10 )) *trim26; m11=m11.rms(m11_.hp( m11_g.g( m11_bp.bp( m_in,f11,q11 )),f11 )) *trim27; m12=m12.rms(m12_.hp( m12_g.g( m12_bp.bp( m_in,f12,q12 )),f12 )) *trim28; m13=m13.rms(m13_.hp( m13_g.g( m13_bp.bp( m_in,f13,q13 )),f13 )) *trim29; m14=m14.rms(m14_.hp( m14_g.g( m14_bp.bp( m_in,f14,q14 )),f14 )) *trim30; m15=m15.rms(m15_.hp( m15_g.g( m15_bp.bp( m_in,f15,q15 )),f15 )) *trim31; m16=m16.rms(m16_.hp( m16_g.g( m16_bp.bp( m_in,f16,q16 )),f16 )) *trim32; // Modulation Block c1*=m1; c2*=m2; c3*=m3; c4*=m4; c5*=m5; c6*=m6; c7*=m7; c8*=m8; c9*=m9; c10*=m10; c11*=m11; c12*=m12; c13*=m13; c14*=m14; c15*=m15; c16*=m16; //the final summing and amp section dry_m=(dry.hp(dry.bp((g(dry_m)),9000,q17),5080)*d_amt); spl1=(c1+c2+c3+c4+c5+c6+c7+c8+c9+c10+c11+c12+c13+c14+c15+c16+dry_m)*o_amt; //spl1=(m1+m2+m3+m4+m5+m6+m7+m8+m9+m10+m11+m12+m13+m14+m15+m16+dry_m)*o_amt; //spl1=(m16)*o_amt; spl0=spl1;
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