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#include "synprivate.h"
#include <revolution/types.h>
#include "mix.h"
// #include <revolution/ax.h>
// #include <revolution/os.h>
void __HBMSYNClearVoiceReferences(void *p)
{
AXVPB *axvpb;
HBMSYNSYNTH *synth;
HBMSYNVOICE *voice;
int index;
ASSERTLINE(27, p);
axvpb = (AXVPB *)p;
synth = (HBMSYNSYNTH *)axvpb->userContext;
index = HBMGetIndex(axvpb->index);
HBMFreeIndex(index);
voice = __HBMSYNVoice + index;
HBMMIXReleaseChannel(axvpb);
if (synth->voice[voice->midiChannel][voice->keyNum] == voice)
synth->voice[voice->midiChannel][voice->keyNum] = NULL;
voice->synth = NULL;
--synth->notes;
}
void __HBMSYNSetVoiceToRelease(HBMSYNVOICE *voice)
{
ASSERTLINE(53, voice);
voice->veState = EnvStateRelease;
}
void __HBMSYNServiceVoice(int i)
{
HBMSYNVOICE *voice = __HBMSYNVoice + i;
HBMSYNSYNTH *synth = voice->synth;
if (!synth)
return;
if (voice->type == VoiceTypeNormal && voice->axvpb->pb.state == 0)
{
if (synth->voice[voice->midiChannel][voice->keyNum] == voice)
synth->voice[voice->midiChannel][voice->keyNum] = NULL;
voice->veState = EnvStateEnd;
}
__HBMSYNRunVolumeEnvelope(voice);
if (voice->veState == EnvStateEnd)
{
voice->synth = NULL;
HBMMIXReleaseChannel(voice->axvpb);
HBMFreeIndexByKey(voice->axvpb->index);
AXFreeVoice(voice->axvpb);
--synth->notes;
}
else
{
__HBMSYNUpdateMix(voice);
__HBMSYNUpdateSrc(voice);
}
}
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