This is cmbplk.c in view mode; [Download] [Up]
#include "../H/ugens.h"
#include "../macros/macros.h"
#include <stdio.h>
#define MAXSIZE 32768
float *q;
double pluckit(p,n_args)
float *p;
{
/* simple routine to do plucked string filter
p[0]=start,p1=dur, p2=pitch, p3=null [4] = relamppluck, p5=rise
p6 = decay p7=null p8=null p9=seed*/
int output,nsamps,j,i,control;
float dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float start,dur,inskip;
int len;
if(n_args < 10) {
printf("start,dur,pitch,null,relamppluck,rise,decay,null,coef,seed\n");
return;
}
output=1;
start = p[0];
dur = p[0]+p[1] - start;
nsamps = setnote(start,dur,output);
loopt = 1./cpspch(p[2]);
f1 = floc(1);
pluckamp = p[4];
seed = p[9];
dynam=p[8];
len = loopt * SR + 20;
printf("len = %d\n",len);
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
pluckset(loopt,pluckamp,seed,dynam,q,SR);
evset(dur,p[5],p[6],1,evals);
control = SR/cpspch(p[2]);
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
out[0] = pluck(0.,q);
ADDOUT(out,output);
}
endnote(output);
free(q);
}
double hpluckit(p,n_args)
float *p;
{
/* simple routine to do plucked string filter
p[0]=start,p1=dur, p2=pitch, p3=null [4] = relamppluck, p5=rise
p6 = decay p7=realdurpluck p8=brightness p9=seed*/
int output,nsamps,j,i,control;
float dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float start,dur,inskip;
int len;
if(n_args < 10) {
printf("start,dur,pitch,null,relamppluck,rise,decay,realdurpluck,brightness,seed\n");
return;
}
output=1;
start = p[0];
dur = p[0]+p[1] - start;
nsamps = setnote(start,dur,output);
loopt = 1./cpspch(p[2]);
realpluckdur = (n_args == 8) ? p[7] : p[1];
f1 = floc(1);
pluckamp = p[4];
seed = p[9];
dynam=p[8];
len = loopt * SR + 20;
printf("len = %d\n",len);
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
hplset(loopt,realpluckdur,dynam,pluckamp,seed,SR,1,q);
evset(dur,p[5],p[6],1,evals);
control = SR/cpspch(p[2]);
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
HPLUCK(out[0],0.,q);
out[0] *= enval;
ADDOUT(out,output);
}
endnote(output);
free(q);
}
double allpassit(p,n_args)
float *p;
{
/*p[0]=start,p1=dur, p2=pitch, p3=inskip [4] = rvt, p5=rise
p6 = decay p7=null p8=null p9=null*/
int input,output,nsamps,j,i,control;
float rvt,dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float hz;
float start,dur,inskip;
int len,oldnsamp;
if(n_args < 7) {
printf("start, dur, pitch, inskip, rvt, rise, decay\n");
return;
}
input=0; output=1;
start = p[0];
dur = p[0]+p[1] - start;
inskip = p[3];
printf("start=%f, dur=%f inskip=%f\n",start,dur,inskip);
nsamps = setnote(start,dur,output);
setnote(inskip,dur,input);
hz = (p[2] > 0) ? cpspch(p[2]) : -p[2];
loopt = 1./hz;
f1 = floc(1);
rvt=p[4];
len = loopt * SR + 20;
printf("len = %d\n",len);
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
combset(loopt,rvt,0,q);
evset(dur+rvt,p[5],p[6],1,evals);
control = SR/hz;
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
if(!GETIN(xin,input)) break;
out[0] = allpass(xin[0],q);
out[0] *= enval;
ADDOUT(out,output);
}
oldnsamp = nsamps;
nsamps=rvt*SR;
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i+oldnsamp,f1,f1,evals);
j=control;
}
out[0] = allpass(0.,q);
out[0] *= enval;
ADDOUT(out,output);
}
endnote(output);
free(q);
}
double combit(p,n_args)
float *p;
{
/*p[0]=start,p1=dur, p2=pitch, p3=inskip [4] = rvt, p5=rise
p6 = decay p7=null p8=null p9=null*/
int input,output,nsamps,j,i,control;
float rvt,dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float hz;
float start,dur,inskip;
int len,oldnsamp;
if(n_args < 7) {
printf("start, dur, pitch, inskip, rvt, rise, decay\n");
return;
}
input=0; output=1;
start = p[0];
dur = p[0]+p[1] - start;
inskip = p[3];
printf("start=%f, dur=%f inskip=%f\n",start,dur,inskip);
nsamps = setnote(start,dur,output);
setnote(inskip,dur,input);
hz = (p[2] > 0) ? cpspch(p[2]) : -p[2];
loopt = 1./hz;
f1 = floc(1);
rvt=p[4];
len = loopt * SR + 20;
printf("len = %d\n",len);
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
combset(loopt,rvt,0,q);
evset(dur+rvt,p[5],p[6],1,evals);
control = SR/hz;
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
if(!GETIN(xin,input)) break;
out[0] = comb(xin[0],q);
out[0] *= enval;
ADDOUT(out,output);
}
oldnsamp = nsamps;
nsamps=rvt*SR;
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i+oldnsamp,f1,f1,evals);
j=control;
}
out[0] = comb(0.,q);
out[0] *= enval;
ADDOUT(out,output);
}
endnote(output);
free(q);
}
double pluckitin(p,n_args)
float *p;
{
/* simple routine to read input signal into plucked string filter
p[0]=start,p1=dur, p2=pitch, p3=inskip [4] = relamppluck, p5=rise
p6 = decay p7=realdurpluck p8=brightness p9=seed*/
int input,output,nsamps,j,i,control;
float dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float start,dur,inskip;
int len;
if(n_args < 10) {
printf("start, dur, pitch, inskip, amp, rise, decay, null, coef, seed\n");
return;
}
input=0; output=1;
start = p[0];
dur = p[0]+p[1] - start;
inskip = p[3];
printf("start=%f, dur=%f inskip=%f\n",start,dur,inskip);
nsamps = setnote(start,dur,output);
setnote(inskip,dur,input);
loopt = 1./cpspch(p[2]);
realpluckdur = (n_args == 8) ? p[7] : p[1];
f1 = floc(1);
pluckamp = p[4];
seed = p[9];
dynam=p[8];
len = loopt * SR + 25;
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
pluckset(loopt,pluckamp,seed,dynam,q,SR);
evset(dur,p[5],p[6],1,evals);
control = SR/cpspch(p[2]);
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
if(!GETIN(xin,input)) break;
out[0] = pluck(xin[0],q);
out[0] *= enval;
ADDOUT(out,output);
}
endnote(output);
free(q);
}
double hpluckitin(p,n_args)
float *p;
{
/* simple routine to read input signal into plucked string filter
p[0]=start,p1=dur, p2=pitch, p3=inskip [4] = relamppluck, p5=rise
p6 = decay p7=realdurpluck p8=brightness p9=seed*/
int input,output,nsamps,j,i,control;
float dynam,loopt,realpluckdur,pluckamp,seed;
float evals[9],*f1,xin[4],out[4],enval;
float start,dur,inskip;
int len;
if(n_args < 10) {
printf("start, dur, pitch, inskip, relamppluck, rise, decay, realpluckdur, brightness, seed\n");
return;
}
input=0; output=1;
start = p[0];
dur = p[0]+p[1] - start;
inskip = p[3];
printf("start=%f, dur=%f inskip=%f\n",start,dur,inskip);
nsamps = setnote(start,dur,output);
setnote(inskip,dur,input);
loopt = 1./cpspch(p[2]);
realpluckdur = (n_args == 8) ? p[7] : p[1];
f1 = floc(1);
pluckamp = p[4];
seed = p[9];
dynam=p[8];
len = loopt * SR + 25;
printf("len = %d\n",len);
if((q = (float *)malloc((int)(len * 4))) == 0) {
printf("can't malloc memory for delayline\n");
exit(-1);
}
hplset(loopt,realpluckdur,dynam,pluckamp,seed,SR,1,q);
evset(dur,p[5],p[6],1,evals);
control = SR/cpspch(p[2]);
for(j=0,i=0; i<nsamps; i++) {
if(!j--) {
enval = evp(i,f1,f1,evals);
j=control;
}
if(!GETIN(xin,input)) break;
HPLUCK(out[0],xin[0],q);
out[0] *= enval;
ADDOUT(out,output);
}
endnote(output);
free(q);
}
int NBYTES = 32768;
profile()
{
float p[10];
UG_INTRO("pluckit",pluckit);
UG_INTRO("hpluckit",hpluckit);
UG_INTRO("combit",combit);
UG_INTRO("allpassit",allpassit);
UG_INTRO("pluckitin",pluckitin);
UG_INTRO("hpluckitin",hpluckitin);
p[0]=1; p[1]=7; p[2]=512; p[3]=0; p[4]=512; p[5]=1;
makegen(p,6);
}
These are the contents of the former NiCE NeXT User Group NeXTSTEP/OpenStep software archive, currently hosted by Netfuture.ch.