void Harmonizer2::run(LV2_Handle instance, uint32_t n_samples)
{
Harmonizer2 *plugin;
plugin = (Harmonizer2 *) instance;
float *in = plugin->ports[IN];
float *out_clean = plugin->ports[OUT_CLEAN];
float *out_1 = plugin->ports[OUT_1];
float *out_2 = plugin->ports[OUT_2];
int Tone = (int)(*(plugin->ports[TONE]));
int Scale = (int)(*(plugin->ports[SCALE]));
int Interval_1 = (int)(*(plugin->ports[INTERVAL_1]));
int Interval_2 = (int)(*(plugin->ports[INTERVAL_2]));
int Mode = (int)(*(plugin->ports[MODE]));
int LowNote = (int)(*(plugin->ports[LOWNOTE]));
double gain_clean = (double)(*(plugin->ports[GAIN_CLEAN]));
double gain_1 = (double)(*(plugin->ports[GAIN_1]));
double gain_2 = (double)(*(plugin->ports[GAIN_2]));
if ( (plugin->obja)->hopa != (int)n_samples )
{
plugin->Realloc(n_samples, nBuffersSW(n_samples,32,16,8,4), nBuffersSW(n_samples,16,8,4,2));
return;
}
if (InputAbsSum(in, n_samples) == 0)
{
fill_n(out_clean,n_samples,0);
fill_n(out_1,n_samples,0);
fill_n(out_2,n_samples,0);
return;
}
(plugin->objgc)->SetGaindB(gain_clean);
(plugin->objg1)->SetGaindB(gain_1);
(plugin->objg2)->SetGaindB(gain_2);
(plugin->obja)->PreAnalysis(plugin->nBuffers, in);
(plugin->objs_1)->PreSinthesis();
(plugin->objs_2)->PreSinthesis();
(plugin->objpd)->PreProcessing(plugin->nBuffers2, in);
if (plugin->cont < plugin->nBuffers-1)
plugin->cont = plugin->cont + 1;
else
{
(plugin->objpd)->FindNote();
FindStep((plugin->objpd)->note, (plugin->objpd)->oitava, Tone, Scale, Interval_1, Mode, LowNote, &plugin->s_1);
FindStep((plugin->objpd)->note, (plugin->objpd)->oitava, Tone, Scale, Interval_2, Mode, LowNote, &plugin->s_2);
(plugin->obja)->Analysis();
(plugin->objs_1)->Sinthesis(plugin->s_1);
(plugin->objs_2)->Sinthesis(plugin->s_2);
(plugin->objgc)->SimpleGain((plugin->obja)->frames, out_clean);
(plugin->objg1)->SimpleGain((plugin->objs_1)->yshift, out_1);
(plugin->objg2)->SimpleGain((plugin->objs_2)->yshift, out_2);
}
}
//------------------------------------------------------------------------------
Real RootFinder::GetStep(const GmatEpoch currentEpoch)
{
return FindStep(currentEpoch);
}
