u16 generateAudioSample(void)
{
u16 mix_sample = 1;
u16 osc1_sample = 1;
u16 osc2_sample = 1;
u16 noise_sample = 0;
OSC1.Env.compteur++;
osc1_sample = processOSC(&OSC1);
osc1_sample = generateur_enveloppe(osc1_sample, &OSC1.Env);
osc1_sample = multiplySample(osc1_sample, cur_preset.MIX_VCO1, 100);
OSC2.Env.compteur++;
osc2_sample = processOSC(&OSC2);
osc2_sample = generateur_enveloppe(osc2_sample, &OSC2.Env);
osc2_sample = multiplySample(osc2_sample, cur_preset.MIX_VCO2, 100);
// noise_sample = processNoise();
mix_sample = addSamples(osc1_sample, osc2_sample);
if (!mix_sample)
mix_sample = 1;
return (mix_sample);
}
u16 generateAudioSample(void)
{
u16 mix_sample = 1;
u16 osc1_sample = 1;
u16 osc2_sample = 1;
u16 noise_sample = 0;
static u16 noise = 0;
if (cur_preset.ARPG_Type && notesON > 1)
arpeggios();
OSC1.Env.compteur++;
osc1_sample = processOSC(&OSC1);
osc1_sample = generateur_enveloppe(osc1_sample, &OSC1.Env);
osc1_sample = multiplySample(osc1_sample, cur_preset.MIX_VCO1, 100);
OSC2.Env.compteur++;
osc2_sample = processOSC(&OSC2);
osc2_sample = generateur_enveloppe(osc2_sample, &OSC2.Env);
osc2_sample = multiplySample(osc2_sample, cur_preset.MIX_VCO2, 100);
if (noise)
noise--;
else
noise = 1000;
cur_preset.Env.compteur++;
noise_sample = tab_noi[noise];
noise_sample = (noise_sample > 0x7FFF ? noise_sample - 0x4000 : noise_sample + 0x4000);
noise_sample = generateur_enveloppe(noise_sample, &cur_preset.Env);
noise_sample = multiplySample(noise_sample, cur_preset.MIX_NOIS, 100);
/*
osc1_sample = addSamples(osc1_sample, noise_sample);
osc2_sample = addSamples(osc2_sample, noise_sample);
mix_sample = addSamples(osc1_sample, osc2_sample);
*/
mix_sample = addSamples(addSamples(osc1_sample, osc2_sample), noise_sample);
mix_sample = (mix_sample ? mix_sample : 1);
return (mix_sample);
}
u16 generateAudioSample(void)
{
u16 mix_sample = 1;
u16 osc1_sample = 0;
u16 osc2_sample = 0;
u16 noise_sample = 0;
osc1_sample = processOSC(&OSC1);
// osc2_sample = processOSC(&OSC2);
// noise_sample = processNoise();
// if ((OSC1.phase && OSC2.phase) || (!OSC1.phase && !OSC2.phase))
/* ---- OK ----
if (OSC1.phase && OSC2.phase)
mix_sample = (0xFFFF - ((0xFFFF - osc1_sample) + (0xFFFF - osc2_sample)));// + noise_sample;
else if (!(OSC1.phase) && !(OSC2.phase))
mix_sample = osc1_sample + osc2_sample;
else if (!(OSC1.phase))
mix_sample = (osc1_sample < 0xFFFF - osc2_sample ? 0xFFFF - (osc2_sample - osc1_sample) : osc1_sample - (0xFFFF - osc2_sample));
else
mix_sample = (0xFFFF - osc1_sample < osc2_sample ? 0xFFFF - (osc1_sample - osc2_sample) : osc2_sample - (0xFFFF - osc1_sample));
---- OK ---- */
mix_sample = osc1_sample;
/*
else if (OSC1.phase && (0xFFFF - osc1_sample > osc2_sample))
mix_sample = 0xFFFF - (0xFFFF - osc1_sample + osc2_sample);
else if (OSC1.phase && (0xFFFF - osc1_sample <= osc2_sample))
mix_sample = (0xFFFF - osc1_sample) + osc2_sample;
else if (OSC2.phase && (0xFFFF - osc2_sample > osc1_sample))
mix_sample = 0xFFFF - (0xFFFF - osc2_sample + osc1_sample);
else if (OSC2.phase && (0xFFFF - osc2_sample <= osc1_sample))
mix_sample = (0xFFFF - osc2_sample) + osc1_sample;
*/
/* if (osc1_sample >= 0x8000 && osc2_sample >= 0x8000)
mix_sample = 0xFFFF - osc1_sample - osc2_sample;
else if (osc1_sample <= 0x7FFF && osc2_sample <= 0x7FFF)
mix_sample = osc2_sample + osc1_sample;
else if (osc1_sample <= 0x7FFF && osc2_sample >= 0x8000)
mix_sample = osc1_sample + (0xFFFF - osc2_sample);
else if (osc1_sample >= 0x8000 && osc2_sample <= 0x7FFF)
mix_sample = (0xFFFF - osc1_sample) + osc2_sample;*/
if (mix_sample == 0)
mix_sample = 1;
return (mix_sample);
}
u16 generateAudioSample(void)
{
u16 mix_sample = 1;
u16 osc1_sample = 0;
u16 osc2_sample = 0;
u16 noise_sample = 0;
OSC1.Env.compteur++;
osc1_sample = processOSC(&OSC1);
osc1_sample = generateur_enveloppe(osc1_sample, &OSC1.Env);
osc1_sample = multiplySample(osc1_sample, cur_preset.MIX_VCO1, 100);
OSC2.Env.compteur++;
// osc2_sample = processOSC(&OSC2);
// osc2_sample = generateur_enveloppe(osc2_sample, &OSC2.Env);
// osc2_sample = multiplySample(osc2_sample, cur_preset.MIX_VCO2, 100);
// noise_sample = processNoise();
if (osc1_sample > 0x7FFF && osc2_sample > 0x7FFF)
mix_sample = 0xFFFF - (((0xFFFF - osc1_sample) + (0xFFFF - osc2_sample)) / 2);
else if (osc1_sample <= 0x7FFF && osc2_sample <= 0x7FFF)
mix_sample = (osc1_sample + osc2_sample) / 2;
else if (osc1_sample <= 0x7FFF)
{
if (osc1_sample < 0xFFFF - osc2_sample)
mix_sample = 0xFFFF - ((0xFFFF - osc2_sample) / 2 + osc1_sample / 2);
else
mix_sample = osc1_sample / 2 + (0xFFFF - osc2_sample) / 2;
}
else
{
if (osc2_sample < 0xFFFF - osc1_sample)
mix_sample = 0xFFFF - ((0xFFFF - osc1_sample) / 2 + osc2_sample / 2);
else
mix_sample = osc2_sample / 2 + (0xFFFF - osc1_sample) / 2;
}
if (!mix_sample)
mix_sample = 1;
return (mix_sample);
}
//--------------------------------------------------------------
void testApp::update(){
for(int i = 0; i < K; i++)
kinects[i].markAsOld();
processOSC();
//-------------------------
if(bLoadMLP){
bLoadMLP = false;
matrixData.openMLP();
for(int i = 0; i < K; i++)
kinects[i].setMatrix(matrixData.getMatrix(i));
}
//-------------------------
if(bTracking){
if(!bCalibrated) {
bCalibrated = match.startTracking(kinects, trackers);
}
else{
for(int i = 0; i < N; i++)
trackers[i].resetCandidates();
match.matchCandidates(kinects, trackers);
for(int i = 0; i < N; i++)
trackers[i].match();
}
}
else{
bCalibrated = false;
}
//----
sendDistances();
sendPositions();
sendAzimuts();
if(bReset){
sendReset();
bReset = false;
}
if(bSaving){
if(!pbSaving){
frame = 0;
pbSaving = true;
}
sendSaving(frame);
frame += 1;
}
else{
pbSaving = false;
}
if(ofGetFrameNum() % 30 == 0)
sendPing();
//----- SCREEN INFO
char msg[2048];
matrixData.getStatus(msg);
strcat(msg, oscStatus);
char kinectMsg[500];
for(int i = 0; i < K; i++){
kinects[i].getStatus(kinectMsg, i);
strcat(msg, kinectMsg);
}
char other[500];
sprintf(other, "\n[CENTER] %4.f, %4.f\n[REF POINT] %4.f, %4.f\n[REF VECTOR] %4.f, %4.f ",
center.x, center.z, refPoint.x,
refPoint.z, refVector.x, refVector.z);
strcat(msg, other);
sprintf(other, "\n[GHOST 1] %4.f, %4.f\n[GHOST 2] %4.f, %4.f ", ghost0.x, ghost0.z, ghost1.x, ghost1.z);
strcat(msg, other);
float delta[3];
int n = 0;
if(bTracking && bCalibrated){
for(int i = 0; i < N; i++){
sprintf(other, "\n[TRACKER %d] %4.f %4.f %4.f", i, trackers[i].pos.x,
trackers[i].pos.y, trackers[i].pos.z);
strcat(msg, other);
}
}
sprintf(other, "\n[STATE] %1.d", state);
strcat(msg, other);
strcat(msg, "\n\nPRESS AND DRAG:\n[1] cam zoom [2] cam x/y [2] cam rot\n");
strcat(msg, "PRESS:\n[ ] to start tracking\n");
status->setName(msg);
status->setSize(300, 400);
calibratedButton ->setValue(bCalibrated);
//-----
// ...
//writeLog();
}
