bool CEES_Node::MH_draw(const gsl_rng *r, int mMH)
{
vector <bool> new_sample_flag(nBlock, false);
if (nBlock <= 1)
{
bool local_flag;
target->draw(x_new, proposal[0], local_flag, r, x_current, mMH);
new_sample_flag[0] = local_flag;
}
else
target->draw(x_new, proposal, new_sample_flag, r, x_current, nBlock, blockSize, mMH);
bool overall_new_sample_flag = false;
int iBlock = 0;
while (iBlock < nBlock && !overall_new_sample_flag)
{
if (new_sample_flag[iBlock])
overall_new_sample_flag = true;
iBlock ++;
}
if (overall_new_sample_flag)
{
x_current = x_new;
ring_index_current = GetRingIndex(x_current.GetWeight());
UpdateMinMaxEnergy(x_current.GetWeight());
}
return overall_new_sample_flag;
}
void main(void) {
double xin;
double yout;
Tremolo_init(4000,1);
while(1) {
if (new_sample_flag()) {
/*When there's new sample at your ADC or CODEC input*/
/*Read the sample*/
xin = read_sample();
/*Apply the Tremolo_process function to the sample*/
yout = Tremolo_process(0.7*temp);
/*Send the output value to your DAC or codec output*/
write_output(yout);
/*Makes LFO vary*/
Tremolo_sweep();
}
}
}