forked from blucia0a/mahalo
/
PolyPhonyTest.cpp
180 lines (144 loc) · 3.66 KB
/
PolyPhonyTest.cpp
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#include "Mahalo.h"
#include "SampleMixer.h"
#include "Wave.h"
#include "tones.h"
#include <unistd.h>
#include <pthread.h>
void *longStrike(void *t){
Wave *w = (Wave *)t;
for(int i = 0; i < 1000; i++){
usleep(100);
w->setAmpVal(w->getAmpVal() + .001);
}
usleep(100000);
for(int i = 0; i < 1000; i++){
usleep(1000);
w->setAmpVal(w->getAmpVal() - .001);
}
}
void *shortStrike(void *t){
Wave *w = (Wave *)t;
for(int i = 0; i < 100; i++){
usleep(500);
w->setAmpVal(w->getAmpVal() + .01);
}
for(int i = 0; i < 100; i++){
usleep(100);
w->setAmpVal(w->getAmpVal() - .01);
}
for(int i = 0; i < 100; i++){
usleep(500);
w->setAmpVal(w->getAmpVal() + .01);
}
usleep(200000);
for(int i = 0; i < 1000; i++){
usleep(300);
w->setAmpVal(w->getAmpVal() - .001);
}
w->setAmpVal(0);
}
pthread_t *strikeTone(Wave *w, void *(*shape)(void*)){
pthread_t * t = (pthread_t*)malloc(sizeof(pthread_t));
pthread_create(t,NULL,shape,(void*)w);
return t;
}
int main(int argc, char *argv[]){
Mahalo *m = new Mahalo();
m->setup();
SampleMixer *mix1 = new SampleMixer();
Wave *keys[8];
keys[0] = new Wave(C4,m->getRate(),0);
keys[1] = new Wave(D4,m->getRate(),0);
keys[2] = new Wave(E4,m->getRate(),0);
keys[3] = new Wave(F4,m->getRate(),0);
keys[4] = new Wave(G4,m->getRate(),0);
keys[5] = new Wave(A4,m->getRate(),0);
keys[6] = new Wave(B4,m->getRate(),0);
keys[7] = new Wave(C5,m->getRate(),0);
pthread_t *keyts[8];
for(int i = 0; i < 8; i++){
mix1->Add(keys[i]);
}
m->setSampleSource(mix1);
m->sstart();
pthread_t *t = strikeTone(keys[3],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[5],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[7],shortStrike);
pthread_join(*t,NULL);
free(t);
pthread_t *pt = strikeTone(keys[3],longStrike);
pthread_t *pt2 = strikeTone(keys[5],longStrike);
pthread_t *pt3 = strikeTone(keys[7],longStrike);
pthread_join(*pt,NULL);
pthread_join(*pt2,NULL);
pthread_join(*pt3,NULL);
free(pt);
free(pt2);
free(pt3);
t = strikeTone(keys[2],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[4],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[6],shortStrike);
pthread_join(*t,NULL);
free(t);
pt = strikeTone(keys[2],longStrike);
pt2 = strikeTone(keys[4],longStrike);
pt3 = strikeTone(keys[6],longStrike);
pthread_join(*pt,NULL);
pthread_join(*pt2,NULL);
pthread_join(*pt3,NULL);
free(pt);
free(pt2);
free(pt3);
t = strikeTone(keys[1],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[3],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[5],shortStrike);
pthread_join(*t,NULL);
free(t);
pt = strikeTone(keys[1],longStrike);
pt2 = strikeTone(keys[3],longStrike);
pt3 = strikeTone(keys[5],longStrike);
pthread_join(*pt,NULL);
pthread_join(*pt2,NULL);
pthread_join(*pt3,NULL);
free(pt);
free(pt2);
free(pt3);
t = strikeTone(keys[0],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[2],shortStrike);
pthread_join(*t,NULL);
free(t);
t = strikeTone(keys[4],shortStrike);
pthread_join(*t,NULL);
free(t);
pt = strikeTone(keys[0],longStrike);
pt2 = strikeTone(keys[2],longStrike);
pt3 = strikeTone(keys[4],longStrike);
pthread_join(*pt,NULL);
pthread_join(*pt2,NULL);
pthread_join(*pt3,NULL);
free(pt);
free(pt2);
free(pt3);
for(int i = 0; i < 8; i++){
keyts[i] = strikeTone(keys[i],longStrike);
}
for(int i = 0; i < 8; i++){
pthread_join(*keyts[i],NULL);
free(keyts[i]);
}
m->sstop();
}