void CVRC6Sawtooth::RefreshChannel()
{
unsigned int Period = CalculatePeriod();
unsigned char HiFreq = (Period & 0xFF);
unsigned char LoFreq = (Period >> 8);
unsigned int TremVol = GetTremolo();
int Volume = (m_iSeqVolume * (m_iVolume >> VOL_COLUMN_SHIFT)) / 15 - TremVol;
Volume = (Volume << 1) | ((m_iDutyPeriod & 1) << 5);
if (Volume < 0)
Volume = 0;
if (Volume > 63)
Volume = 63;
if (m_iSeqVolume > 0 && m_iVolume > 0 && Volume == 0)
Volume = 2;
if (!m_bGate)
Volume = 0;
if (!m_bGate || !Volume) {
WriteExternalRegister(0xB002, 0x00);
return;
}
WriteExternalRegister(0xB000, Volume);
WriteExternalRegister(0xB001, HiFreq);
WriteExternalRegister(0xB002, 0x80 | LoFreq);
}
void CVRC6Sawtooth::RefreshChannel()
{
if (!m_bEnabled)
return;
unsigned int Period = CalculatePeriod(false);
unsigned char HiFreq = (Period & 0xFF);
unsigned char LoFreq = (Period >> 8);
unsigned int TremVol = GetTremolo();
unsigned int Volume = (m_iSeqVolume * (m_iVolume >> VOL_SHIFT)) / 15 - TremVol;
Volume = (Volume << 1) | ((m_iDutyPeriod & 1) << 5);
if (Volume > 63)
Volume = 63;
if (m_iSeqVolume > 0 && m_iVolume > 0 && Volume == 0)
Volume = 1;
m_pAPU->ExternalWrite(0xB000, Volume);
m_pAPU->ExternalWrite(0xB001, HiFreq);
m_pAPU->ExternalWrite(0xB002, 0x80 | LoFreq);
}
void CVRC6Square2::RefreshChannel()
{
if (!m_bEnabled)
return;
unsigned int Period = CalculatePeriod(false);
unsigned int Volume = CalculateVolume(15);
unsigned char DutyCycle = m_iDutyPeriod << 4;
unsigned char HiFreq = (Period & 0xFF);
unsigned char LoFreq = (Period >> 8);
m_pAPU->ExternalWrite(0xA000, DutyCycle | Volume);
m_pAPU->ExternalWrite(0xA001, HiFreq);
m_pAPU->ExternalWrite(0xA002, 0x80 | LoFreq);
}
void CVRC6Square2::RefreshChannel()
{
unsigned int Period = CalculatePeriod();
unsigned int Volume = CalculateVolume();
unsigned char DutyCycle = m_iDutyPeriod << 4;
unsigned char HiFreq = (Period & 0xFF);
unsigned char LoFreq = (Period >> 8);
if (!m_bGate || !Volume) {
WriteExternalRegister(0xA002, 0x00);
return;
}
WriteExternalRegister(0xA000, DutyCycle | Volume);
WriteExternalRegister(0xA001, HiFreq);
WriteExternalRegister(0xA002, 0x80 | LoFreq);
}
void CProject::ImprovePeriod(DataMode mode)
{
UpdatePEData();
// check if we have got enough points
if (GetSelectedPoints()==0)
{ InformUser(DIALOG_PERIOD_NOT_ENOUGH_POINTS);return; }
// make a calculate first
CalculatePeriod(mode);
// now do an improve
// store the selection
Period.StoreSelection();
// select all frequencies, amplitudes and phases
Period.SelectAll();
// calculate
GeneralCalcPeriod(mode);
// and restore selection
Period.RestoreSelection();
// and update all displays
UpdatePEDisplays();
}
void CMMC5Square2Chan::RefreshChannel()
{
if (!m_bEnabled)
return;
int Period = CalculatePeriod(false);
int Volume = CalculateVolume(15);
char DutyCycle = (m_iDutyPeriod & 0x03);
unsigned char HiFreq = (Period & 0xFF);
unsigned char LoFreq = (Period >> 8);
unsigned char LastLoFreq = (m_iLastPeriod >> 8);
m_iLastPeriod = Period;
WriteExternalRegister(0x5015, 0x03);
WriteExternalRegister(0x5004, (DutyCycle << 6) | 0x30 | Volume);
WriteExternalRegister(0x5006, HiFreq);
if (LoFreq != LastLoFreq)
WriteExternalRegister(0x5007, LoFreq);
}