protected override void OnSetDevice()
{
base.OnSetDevice();
EQParams = new XGMultiEQParams(Device);
AddLabelCell("EQType", 0, 0, 3, Color.Olive);
var typeCtrl = AddControlCell(EQParams.Type, 3, 0, 3, Color.Yellow);
typeCtrl.Offset += v => { EQParams.RequestDump(); RedrawOnRequestComplete(); };
int baseY = 8, y, x = 0;
y = baseY;
AddLabelCell("", x, y++, 3, Color.DarkGray);
AddLabelCell("Shape", x, y++, 3, Color.DarkGray);
AddLabelCell("Frequency", x, y++, 3, Color.DarkGray);
AddLabelCell("Q", x, y++, 3, Color.DarkGray);
AddLabelCell("Gain", x, y++, 3, Color.DarkGray);
x += 3;
for (int i = 0; i < 5; i++)
{
y = baseY;
var band = EQParams.Bands[i];
var brightColor = bandColors[i];
var darkColor = Color.FromArgb(brightColor.A, brightColor.R / 2, brightColor.G / 2, brightColor.B / 2);
AddLabelCell("Band " + (i + 1), x, y++, 3, darkColor);
if (EQParams.Bands[i].Shape != null) { AddControlCell(band.Shape, x, y++, 3, brightColor).Offset += v => Invalidate(); }
else { AddLabelCell("-", x, y++, 3, darkColor); }
AddControlCell(band.Frequency, x, y++, 3, brightColor).Offset += v => Invalidate();
AddControlCell(band.Q, x, y++, 3, brightColor).Offset += v => Invalidate();
AddControlCell(band.Gain, x, y++, 3, brightColor).Offset += v => Invalidate();
x += 3;
}
AdjustWindowSize();
}
public void ResetXG()
{
WriteXGParam(0x000000, 4, 0x10000);// MASTER TUNE = 0
WriteXGParam(0x000004, 1, 0x7F);// MASTER VOLUME
WriteXGParam(0x000005, 1, 0x00);// MASTER ATTR
WriteXGParam(0x000006, 1, 0x40);// TRANSPOSE
ResetEffect(XGEffectBlockType.Reverb, "HALL 1");
ResetEffect(XGEffectBlockType.Chorus, "CHORUS 1");
ResetEffect(XGEffectBlockType.Variation, "DELAY LCR");
ResetEffect(XGEffectBlockType.Insertion1, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion2, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion3, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion4, "DISTORTION");
for (int i = 0; i < 64; i++)
{
var part = new XGPartParams(this, i);
part.ProgramMSB.WriteValue(i % 16 == 9 ? 127 : 0);
part.ProgramLSB.WriteValue(0);
part.ProgramNumber.WriteValue(0);
part.RcvNoteMessage.WriteValue(1);
part.Pan.WriteValue(64);
part.Volume.WriteValue(100);
part.Reverb.WriteValue(40);
part.Chorus.WriteValue(0);
part.Variation.WriteValue(0);
part.DryLevel.WriteValue(127);
part.LPFCutoffFreq.WriteValue(64);
part.LPFResonance.WriteValue(64);
part.HPFCutoffFreq.WriteValue(64);
part.EGAttack.WriteValue(64);
part.EGDecay.WriteValue(64);
part.EGRelease.WriteValue(64);
part.VibRate.WriteValue(64);
part.VibDepth.WriteValue(64);
part.VibDelay.WriteValue(64);
part.EQBassFreq.WriteValue(12);
part.EQBassGain.WriteValue(64);
part.EQTrebleFreq.WriteValue(54);
part.EQTrebleGain.WriteValue(64);
part.MWPitchControl.WriteValue(64);
part.MWLPFControl.WriteValue(64);
part.MWAmpControl.WriteValue(64);
part.MWLFOPModDepth.WriteValue(10);
part.MWLFOFModDepth.WriteValue(0);
part.MWLFOAModDepth.WriteValue(0);
}
ulong[] data = { // StandKit#
0x6603335F5F004040, 0x7903335F5F004040, 0x3F00337F7F004040, 0x7F00337F7F004040, 0x5D04343F3F004040, 0x7404343F3F004040, 0x7F00404B00004040, 0x7F00407F7F004040,
0x5E00403F3F004040, 0x6200403F3F004040, 0x5C00407F7F004040, 0x7700407F7F004040, 0x3100407F7F004040, 0x2F00407F7F014040, 0x3400407F7F004040, 0x2D00407F7F014040,
0x4F00407F7F014040, 0x7F00403F3F004040, 0x4B00407F7F004040, 0x7F00407F7F004040, 0x7400402020004040, 0x7700407F7F004042, 0x6600402020004040, 0x7F00402020004040,
0x5D00407F7F004040, 0x7F00407F7F004040, 0x6E00407F7F004040, 0x7B00407F7F004040, 0x6F00187F7F004040, 0x5B014D2020004040, 0x7100277F7F004040, 0x5C014D2020004040,
0x6300347F7F004040, 0x60014D2020004040, 0x5700407F7F004040, 0x6300537F7F004040, 0x7F00457F7F004040, 0x7400687F7F004040, 0x6900227F7F004041, 0x7800227F7F004040,
0x6B002E7F7F004040, 0x7400403F3F004040, 0x7F00407F7F004040, 0x76004D3F3F004040, 0x7F00337F7F004040, 0x6A00197F7F004040, 0x6E002E7F7F004040, 0x6E006E5F5F004040,
0x57006E5F5F004040, 0x6900277F7F004040, 0x6B00197F7F004040, 0x7300405F5F004040, 0x5B00407F7F004040, 0x5F00407F7F004040, 0x6C00226464004040, 0x6C00226464004040,
0x5A001C3F3F004040, 0x6300153F3F004040, 0x6700657F7F014040, 0x6E00657F7F014040, 0x7C005F3F3F004040, 0x6A006E3F3F014040, 0x5800405F5F004040, 0x6B00685F5F004040,
0x6000685F5F004040, 0x6100157F7F004040, 0x6B00227F7F004040, 0x7F02195F5F004040, 0x7F02197F7F004040, 0x6A00533F3F004040, 0x7B00697F7F004040, 0x4400407F7F004040,
0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040,
};
for (int i = 0; i < 4; i++)
{
for (int j = 0x0d; j <= 0x5b; j++)
{
var drum = new XGDrumParams(this, i, j);
drum.PitchCoarse.WriteValue(64);
drum.PitchFine.WriteValue(64);
drum.Volume.WriteValue((int)(data[j - 0x0d] >> 56 & 0x7F));
drum.Pan.WriteValue((int)(data[j - 0x0d] >> 40 & 0x7F));
drum.Reverb.WriteValue((int)(data[j - 0x0d] >> 32 & 0x7F));
drum.Chorus.WriteValue((int)(data[j - 0x0d] >> 24 & 0x7F));
drum.Variation.WriteValue(0x7F);
drum.LPFCutoffFreq.WriteValue(0x40);
drum.LPFResonance.WriteValue(0x40);
drum.HPFCutoffFreq.WriteValue(0x40);
drum.EGAttackRate.WriteValue(0x40);
drum.EGDecay1Rate.WriteValue(0x40);
drum.EGDecay2Rate.WriteValue(0x40);
drum.EQBassGain.WriteValue(0x40);
drum.EQTrebleGain.WriteValue(0x40);
drum.EQBassFreq.WriteValue(0x0C);
drum.EQTrebleFreq.WriteValue(0x36);
drum.AltGroup.WriteValue((int)(data[j - 0x0d] >> 48 & 0x7F));
drum.KeyAssign.WriteValue(0x00);
drum.RcvNoteOff.WriteValue((int)(data[j - 0x0d] >> 16 & 0x7F));
drum.RcvNoteOn.WriteValue(0x01);
drum.VelocitySensePitch.WriteValue((int)(data[j - 0x0d] >> 8 & 0x7F));
drum.VelocitySenseLPFCutoff.WriteValue((int)(data[j - 0x0d] >> 0 & 0x7F));
}
}
{
var eq = new XGMultiEQParams(this);
eq.Type.WriteValue(0);
eq.Gain1.WriteValue(0x40);
eq.Freq1.WriteValue(0x0c);
eq.Q1.WriteValue(0x07);
eq.Shape1.WriteValue(0x00);
eq.Gain2.WriteValue(0x40);
eq.Freq2.WriteValue(0x1C);
eq.Q2.WriteValue(0x07);
eq.Gain3.WriteValue(0x40);
eq.Freq3.WriteValue(0x22);
eq.Q3.WriteValue(0x07);
eq.Gain4.WriteValue(0x40);
eq.Freq4.WriteValue(0x2E);
eq.Q4.WriteValue(0x07);
eq.Gain5.WriteValue(0x40);
eq.Freq5.WriteValue(0x34);
eq.Q5.WriteValue(0x07);
eq.Shape5.WriteValue(0x00);
}
}
public void ResetXG()
{
WriteXGParam(0x000000, 4, 0x10000); // MASTER TUNE = 0
WriteXGParam(0x000004, 1, 0x7F); // MASTER VOLUME
WriteXGParam(0x000005, 1, 0x00); // MASTER ATTR
WriteXGParam(0x000006, 1, 0x40); // TRANSPOSE
ResetEffect(XGEffectBlockType.Reverb, "HALL 1");
ResetEffect(XGEffectBlockType.Chorus, "CHORUS 1");
ResetEffect(XGEffectBlockType.Variation, "DELAY LCR");
ResetEffect(XGEffectBlockType.Insertion1, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion2, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion3, "DISTORTION");
ResetEffect(XGEffectBlockType.Insertion4, "DISTORTION");
for (int i = 0; i < 64; i++)
{
var part = new XGPartParams(this, i);
part.ProgramMSB.WriteValue(i % 16 == 9 ? 127 : 0);
part.ProgramLSB.WriteValue(0);
part.ProgramNumber.WriteValue(0);
part.RcvNoteMessage.WriteValue(1);
part.Pan.WriteValue(64);
part.Volume.WriteValue(100);
part.Reverb.WriteValue(40);
part.Chorus.WriteValue(0);
part.Variation.WriteValue(0);
part.DryLevel.WriteValue(127);
part.LPFCutoffFreq.WriteValue(64);
part.LPFResonance.WriteValue(64);
part.HPFCutoffFreq.WriteValue(64);
part.EGAttack.WriteValue(64);
part.EGDecay.WriteValue(64);
part.EGRelease.WriteValue(64);
part.VibRate.WriteValue(64);
part.VibDepth.WriteValue(64);
part.VibDelay.WriteValue(64);
part.EQBassFreq.WriteValue(12);
part.EQBassGain.WriteValue(64);
part.EQTrebleFreq.WriteValue(54);
part.EQTrebleGain.WriteValue(64);
part.MWPitchControl.WriteValue(64);
part.MWLPFControl.WriteValue(64);
part.MWAmpControl.WriteValue(64);
part.MWLFOPModDepth.WriteValue(10);
part.MWLFOFModDepth.WriteValue(0);
part.MWLFOAModDepth.WriteValue(0);
}
ulong[] data = // StandKit#
{
0x6603335F5F004040, 0x7903335F5F004040, 0x3F00337F7F004040, 0x7F00337F7F004040, 0x5D04343F3F004040, 0x7404343F3F004040, 0x7F00404B00004040, 0x7F00407F7F004040,
0x5E00403F3F004040, 0x6200403F3F004040, 0x5C00407F7F004040, 0x7700407F7F004040, 0x3100407F7F004040, 0x2F00407F7F014040, 0x3400407F7F004040, 0x2D00407F7F014040,
0x4F00407F7F014040, 0x7F00403F3F004040, 0x4B00407F7F004040, 0x7F00407F7F004040, 0x7400402020004040, 0x7700407F7F004042, 0x6600402020004040, 0x7F00402020004040,
0x5D00407F7F004040, 0x7F00407F7F004040, 0x6E00407F7F004040, 0x7B00407F7F004040, 0x6F00187F7F004040, 0x5B014D2020004040, 0x7100277F7F004040, 0x5C014D2020004040,
0x6300347F7F004040, 0x60014D2020004040, 0x5700407F7F004040, 0x6300537F7F004040, 0x7F00457F7F004040, 0x7400687F7F004040, 0x6900227F7F004041, 0x7800227F7F004040,
0x6B002E7F7F004040, 0x7400403F3F004040, 0x7F00407F7F004040, 0x76004D3F3F004040, 0x7F00337F7F004040, 0x6A00197F7F004040, 0x6E002E7F7F004040, 0x6E006E5F5F004040,
0x57006E5F5F004040, 0x6900277F7F004040, 0x6B00197F7F004040, 0x7300405F5F004040, 0x5B00407F7F004040, 0x5F00407F7F004040, 0x6C00226464004040, 0x6C00226464004040,
0x5A001C3F3F004040, 0x6300153F3F004040, 0x6700657F7F014040, 0x6E00657F7F014040, 0x7C005F3F3F004040, 0x6A006E3F3F014040, 0x5800405F5F004040, 0x6B00685F5F004040,
0x6000685F5F004040, 0x6100157F7F004040, 0x6B00227F7F004040, 0x7F02195F5F004040, 0x7F02197F7F004040, 0x6A00533F3F004040, 0x7B00697F7F004040, 0x4400407F7F004040,
0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040, 0x7F00407F7F004040,
};
for (int i = 0; i < 4; i++)
{
for (int j = 0x0d; j <= 0x5b; j++)
{
var drum = new XGDrumParams(this, i, j);
drum.PitchCoarse.WriteValue(64);
drum.PitchFine.WriteValue(64);
drum.Volume.WriteValue((int)(data[j - 0x0d] >> 56 & 0x7F));
drum.Pan.WriteValue((int)(data[j - 0x0d] >> 40 & 0x7F));
drum.Reverb.WriteValue((int)(data[j - 0x0d] >> 32 & 0x7F));
drum.Chorus.WriteValue((int)(data[j - 0x0d] >> 24 & 0x7F));
drum.Variation.WriteValue(0x7F);
drum.LPFCutoffFreq.WriteValue(0x40);
drum.LPFResonance.WriteValue(0x40);
drum.HPFCutoffFreq.WriteValue(0x40);
drum.EGAttackRate.WriteValue(0x40);
drum.EGDecay1Rate.WriteValue(0x40);
drum.EGDecay2Rate.WriteValue(0x40);
drum.EQBassGain.WriteValue(0x40);
drum.EQTrebleGain.WriteValue(0x40);
drum.EQBassFreq.WriteValue(0x0C);
drum.EQTrebleFreq.WriteValue(0x36);
drum.AltGroup.WriteValue((int)(data[j - 0x0d] >> 48 & 0x7F));
drum.KeyAssign.WriteValue(0x00);
drum.RcvNoteOff.WriteValue((int)(data[j - 0x0d] >> 16 & 0x7F));
drum.RcvNoteOn.WriteValue(0x01);
drum.VelocitySensePitch.WriteValue((int)(data[j - 0x0d] >> 8 & 0x7F));
drum.VelocitySenseLPFCutoff.WriteValue((int)(data[j - 0x0d] >> 0 & 0x7F));
}
}
{
var eq = new XGMultiEQParams(this);
eq.Type.WriteValue(0);
eq.Gain1.WriteValue(0x40);
eq.Freq1.WriteValue(0x0c);
eq.Q1.WriteValue(0x07);
eq.Shape1.WriteValue(0x00);
eq.Gain2.WriteValue(0x40);
eq.Freq2.WriteValue(0x1C);
eq.Q2.WriteValue(0x07);
eq.Gain3.WriteValue(0x40);
eq.Freq3.WriteValue(0x22);
eq.Q3.WriteValue(0x07);
eq.Gain4.WriteValue(0x40);
eq.Freq4.WriteValue(0x2E);
eq.Q4.WriteValue(0x07);
eq.Gain5.WriteValue(0x40);
eq.Freq5.WriteValue(0x34);
eq.Q5.WriteValue(0x07);
eq.Shape5.WriteValue(0x00);
}
}