// create a callback for generating a block of samples
void audioCB(AudioIOData& io){
UserData& user = *(UserData *)io.user();
float ampL = user.ampL;
float ampR = user.ampR;
// loop through the number of samples in the block
for(int i=0; i<io.framesPerBuffer(); ++i){
float s = io.in(0,i); // get the line-in or microphone sample
io.out(0,i) = s * ampL; // set left output sample
io.out(1,i) = s * ampR; // set right output sample
}
// an alternative way to loop through the sample buffers
while(io()){
io.out(0) *= 0.5; // scale left output sample
io.out(1) *= 0.5; // scale right output sample
}
// if looping again, you must reset the frame iterator
io.frame(0);
while(io()){
io.out(0) *= 2; // scale left output sample
io.out(1) *= 2; // scale right output sample
}
}
static void audioCB(AudioIOData& io){
MyApp * self = (MyApp *)io.user();
while(io()){
self->phase += 0.001;
float s0 = rng.uniformS() * sin(self->phase);
float s1 = sin(self->phase * 100.);
io.out(0) = s0;
io.out(1) = s1;
}
}
// create a callback for generating a block of samples
void audioCB(AudioIOData& io){
UserData& user = *(UserData *)io.user();
float ampL = user.ampL;
float ampR = user.ampR;
// loop through the number of samples in the block
for(int i=0; i<io.framesPerBuffer(); ++i){
float s = io.in(0,i); // get the line-in or microphone sample
io.out(0,i) = s * ampL; // set left and right output channel samples
io.out(1,i) = s * ampR;
}
}
// Our main audio callback
void audioCB(AudioIOData& io){
UserData& user = *(UserData *)io.user();
float ampL = user.ampL;
float ampR = user.ampR;
// loop through the number of samples in the block
while(io()){
float s = io.in(0); // get the line-in or microphone sample
io.out(0) = s * ampL; // set left and right output channel samples
io.out(1) = s * ampR;
}
}
