public void AddDrum(GuiDrumPad pad,
NumericUpDown nupNoteNormal, NumericUpDown nupNoteAdv,
CheckBox chkBoostOn, CheckBox chkBoostOnAdv,
ComboBox ddlBoostValue, ComboBox ddlAdvBoostValue)
{
m_NupNoteArray[(byte)pad] = nupNoteNormal;
m_NupAdvNoteArray[(byte)pad] = nupNoteAdv;
m_ChkDrumBoostOn[(byte)pad] = chkBoostOn;
m_ChkAdvDrumBoostOn[(byte)pad] = chkBoostOnAdv;
m_DdlBoostValue[(byte)pad] = ddlBoostValue;
m_DdlAdvBoostValue[(byte)pad] = ddlAdvBoostValue;
InitControl((byte)pad, GuiLinkerType.DrumPad, nupNoteNormal);
InitControl((byte)pad, GuiLinkerType.DrumPad, nupNoteAdv);
InitControl((byte)pad, GuiLinkerType.DrumPad, chkBoostOn);
InitControl((byte)pad, GuiLinkerType.DrumPad, chkBoostOnAdv);
InitControl((byte)pad, GuiLinkerType.DrumPad, ddlBoostValue);
InitControl((byte)pad, GuiLinkerType.DrumPad, ddlAdvBoostValue);
InitNumericUpDown(nupNoteNormal);
InitNumericUpDown(nupNoteAdv);
InitDDLBoost(ddlBoostValue);
InitDDLBoost(ddlAdvBoostValue);
InitBoostCheckBox(chkBoostOn);
InitBoostCheckBox(chkBoostOnAdv);
}
private byte Boost(byte rawpad, byte velocity)
{
GuiDrumPad pad = m_RawToGuiConverter.TranslatePad(rawpad);
if (m_Main.GuiLinker.GetBoostEnabled(pad))
{
velocity = (byte)Math.Min((byte)255, velocity + m_Main.GuiLinker.GetBoost(pad));
}
return(velocity);
}
public bool Morph(GuiDrumPad pad, ref byte velocity, ref byte note)
{
bool changed = false;
foreach (MultiNote mn in m_lb.Items)
{
changed = mn.Morph(pad, ref velocity, ref note);
}
return(changed);
}
internal bool GetBoostEnabled(GuiDrumPad pad)
{
if (m_Main.InvokeRequired)
{
return((bool)m_Main.Invoke(new Bool_DrumPadDelegate(GetBoostEnabled), new object[] { pad }));
}
else
{
return(m_ChkAdvDrumBoostOn[(byte)pad].Checked);
}
}
internal byte GetBoost(GuiDrumPad pad)
{
if (m_Main.InvokeRequired)
{
return((byte)m_Main.Invoke(new Byte_DrumPadDelegate(GetBoost), new object[] { pad }));
}
else
{
return((byte)m_DdlAdvBoostValue[(byte)pad].SelectedItem);
}
}
public MultiNote(MultNoteCheckType checkType, byte velocity,
GuiDrumPad pad, byte noteTo,
float velMult, byte velAdd)
{
CheckType = checkType;
Velocity = velocity;
Pad = pad;
NoteTo = noteTo;
VelocityMult = velMult;
VelocityAdd = velAdd;
}
public void UpdateVelocityPb(GuiDrumPad pad, byte hitVelocity)
{
if (InvokeRequired)
{
Invoke(new Void_DrumPadByteDelegate(UpdateVelocityPb), new object[] { pad, hitVelocity });
}
else
{
referenceVelocity[(int)pad].Value = hitVelocity;
}
}
public bool Morph(GuiDrumPad pad, ref byte velocity, ref byte note)
{
if (Pad == pad && VelocityCheck(velocity))
{
note = NoteTo;
velocity = (byte)Math.Max(0, Math.Min(127, velocity * VelocityMult + VelocityAdd));
return(true);
}
else
{
return(false);
}
}
public bool Morph(GuiDrumPad pad, ref byte velocity, ref byte note)
{
if (Pad == pad && VelocityCheck(velocity))
{
note = NoteTo;
velocity = (byte)Math.Max(0, Math.Min(127, velocity * VelocityMult + VelocityAdd));
return true;
}
else
{
return false;
}
}
public void TriggerNote(byte rawpad, byte velocity)
{
velocity = Boost(rawpad, velocity);
if (m_HitVelocities[rawpad] == null) // No note recently triggered
{
GuiDrumPad pad = m_RawToGuiConverter.TranslatePad(rawpad);
m_Main.MidiSender.TriggerNote(pad, velocity);
m_HitVelocities[(int)rawpad] = velocity;
m_Timers[rawpad].Start();
}
// Otherwise, the note is ignored.
}
public void TriggerNote(GuiDrumPad pad, byte hitVelocity)
{
// Maximum value is 127
hitVelocity = (byte)(hitVelocity / 2);
System.Diagnostics.Debug.Assert(hitVelocity <= 127);
byte note = m_Main.GuiLinker.GetMidiNote(pad);
m_Main.MultiNoteGui.Morph(pad, ref hitVelocity, ref note);
SendNoteOn(note, hitVelocity);
m_Main.UpdateVelocityPb(pad, hitVelocity);
SendNoteOff(note);
}
public MultiNote(MultNoteCheckType checkType, byte velocity,
GuiDrumPad pad, byte noteTo,
float velMult, byte velAdd)
{
Velocity = velocity;
CheckType = checkType;
Pad = pad;
NoteTo = noteTo;
VelocityMult = velMult;
VelocityAdd = velAdd;
}
public void TriggerNote(GuiDrumPad pad, byte hitVelocity)
{
// Maximum value is 127
hitVelocity = (byte)(hitVelocity / 2);
System.Diagnostics.Debug.Assert(hitVelocity <= 127);
byte note = m_Main.GuiLinker.GetMidiNote(pad);
m_Main.MultiNoteGui.Morph(pad, ref hitVelocity, ref note);
SendNoteOn(note, hitVelocity);
m_Main.UpdateVelocityPb(pad, hitVelocity);
SendNoteOff(note);
}
internal byte GetBoost(GuiDrumPad pad)
{
if (m_Main.InvokeRequired)
{
return (byte)m_Main.Invoke(new Byte_DrumPadDelegate(GetBoost), new object[] { pad });
}
else
{
return (byte)m_DdlAdvBoostValue[(byte)pad].SelectedItem;
}
}
public bool Morph(GuiDrumPad pad, ref byte velocity, ref byte note)
{
bool changed = false;
foreach (MultiNote mn in m_lb.Items)
{
changed = mn.Morph(pad, ref velocity, ref note);
}
return changed;
}
internal void SetMidiNote(GuiDrumPad pad, byte note)
{
m_NupAdvNoteArray[(byte)pad].Value = note;
m_NupNoteArray[(byte)pad].Value = note;
}
internal void SetBoostValue(GuiDrumPad pad, byte value)
{
SetSelectIndex(ref m_DdlAdvBoostValue[(byte)pad], value);
SetSelectIndex(ref m_DdlBoostValue[(byte)pad], value);
}
internal void SetBoostEnabled(GuiDrumPad pad, bool enabled)
{
m_ChkDrumBoostOn[(byte)pad].Checked = enabled;
m_ChkAdvDrumBoostOn[(byte)pad].Checked = enabled;
}
internal byte GetMidiNote(GuiDrumPad pad)
{
return (byte)m_NupAdvNoteArray[(byte)pad].Value;
}
public void UpdateVelocityPb(GuiDrumPad pad, byte hitVelocity)
{
if (InvokeRequired)
{
Invoke(new Void_DrumPadByteDelegate(UpdateVelocityPb), new object[] { pad, hitVelocity });
}
else
{
referenceVelocity[(int)pad].Value = hitVelocity;
}
}
public void AddDrum(GuiDrumPad pad,
NumericUpDown nupNoteNormal, NumericUpDown nupNoteAdv,
CheckBox chkBoostOn, CheckBox chkBoostOnAdv,
ComboBox ddlBoostValue, ComboBox ddlAdvBoostValue)
{
m_NupNoteArray[(byte)pad] = nupNoteNormal;
m_NupAdvNoteArray[(byte)pad] = nupNoteAdv;
m_ChkDrumBoostOn[(byte)pad] = chkBoostOn;
m_ChkAdvDrumBoostOn[(byte)pad] = chkBoostOnAdv;
m_DdlBoostValue[(byte)pad] = ddlBoostValue;
m_DdlAdvBoostValue[(byte)pad] = ddlAdvBoostValue;
InitControl((byte)pad, GuiLinkerType.DrumPad, nupNoteNormal);
InitControl((byte)pad, GuiLinkerType.DrumPad, nupNoteAdv);
InitControl((byte)pad, GuiLinkerType.DrumPad, chkBoostOn);
InitControl((byte)pad, GuiLinkerType.DrumPad, chkBoostOnAdv);
InitControl((byte)pad, GuiLinkerType.DrumPad, ddlBoostValue);
InitControl((byte)pad, GuiLinkerType.DrumPad, ddlAdvBoostValue);
InitNumericUpDown(nupNoteNormal);
InitNumericUpDown(nupNoteAdv);
InitDDLBoost(ddlBoostValue);
InitDDLBoost(ddlAdvBoostValue);
InitBoostCheckBox(chkBoostOn);
InitBoostCheckBox(chkBoostOnAdv);
}
internal byte GetMidiNote(GuiDrumPad pad)
{
return((byte)m_NupAdvNoteArray[(byte)pad].Value);
}
internal void SetMidiNote(GuiDrumPad pad, byte note)
{
m_NupAdvNoteArray[(byte)pad].Value = note;
m_NupNoteArray[(byte)pad].Value = note;
}
internal void SetBoostValue(GuiDrumPad pad, byte value)
{
SetSelectIndex(ref m_DdlAdvBoostValue[(byte)pad], value);
SetSelectIndex(ref m_DdlBoostValue[(byte)pad], value);
}
internal bool GetBoostEnabled(GuiDrumPad pad)
{
if (m_Main.InvokeRequired)
{
return (bool)m_Main.Invoke(new Bool_DrumPadDelegate(GetBoostEnabled), new object[] { pad });
}
else
{
return m_ChkAdvDrumBoostOn[(byte)pad].Checked;
}
}
internal void SetBoostEnabled(GuiDrumPad pad, bool enabled)
{
m_ChkDrumBoostOn[(byte)pad].Checked = enabled;
m_ChkAdvDrumBoostOn[(byte)pad].Checked = enabled;
}
