public void AddDPad(GuiDrumDPad dpad,
NumericUpDown nupNoteNormal, NumericUpDown nupNoteAdv,
NumericUpDown nupButtonNoteVelocityAdv, ComboBox ddlSwitchStateAdv,
CheckBox chkNoteOnCheck)
{
m_NupNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dpad / 2] = nupNoteNormal;
m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dpad / 2] = nupNoteAdv;
m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)dpad / 2] = nupButtonNoteVelocityAdv;
m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)dpad / 2] = ddlSwitchStateAdv;
m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dpad / 2] = chkNoteOnCheck;
InitControl((byte)dpad, GuiLinkerType.DPad, nupNoteNormal);
InitControl((byte)dpad, GuiLinkerType.DPadVelocity, nupButtonNoteVelocityAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, nupNoteAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, ddlSwitchStateAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, chkNoteOnCheck);
InitNumericUpDown(nupNoteNormal);
InitNumericUpDown(nupNoteAdv);
InitNumericUpDown(nupButtonNoteVelocityAdv);
InitDDLSwitchState(ddlSwitchStateAdv);
}
private void DPadOn(GuiDrumDPad dp)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
if (GuiLinker.GetButtonChecked(dp) == false)
{
GuiLinker.CheckboxButton(dp, true);
MidiSender.SendNoteOn(GuiLinker.GetMidiNote(dp), GuiLinker.GetButtonVelocity(dp));
if (GuiLinker.GetButtonSwitchType(dp) != SwitchType.KeyboardLike)
{
MidiSender.SendNoteOff(GuiLinker.GetMidiNote(dp));
}
}
}
internal void SetButtonSwitchType(GuiDrumDPad dp, SwitchType type)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
SetSelectIndex(ref m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)dp / 2], type);
}
internal byte GetButtonVelocity(GuiDrumDPad drumDPad)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
return (byte)m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].Value;
}
internal byte GetMidiNote(GuiDrumDPad dp)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
return (byte)m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value;
}
internal bool GetButtonChecked(GuiDrumDPad dp)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
return m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dp / 2].Checked;
}
internal SwitchType GetButtonSwitchType(GuiDrumDPad drumDPad)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
return (SwitchType)m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].SelectedItem;
}
internal void CheckboxButton(GuiDrumDPad dp, bool check)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dp / 2].Checked = check;
}
internal void CheckboxButton(GuiDrumDPad dp, bool check)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dp / 2].Checked = check;
}
internal void SetButtonVelocity(GuiDrumDPad drumDPad, byte vel)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].Value = vel;
}
private void DPadOn(GuiDrumDPad dp, GuiDrumDPad dp2)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
Debug.Assert((byte)dp2 % 2 == 0, "only left, up, right, down is allowed here");
if (GuiLinker.GetButtonChecked(dp) == false)
{
GuiLinker.CheckboxButton(dp, true);
MidiSender.SendNoteOn(GuiLinker.GetMidiNote(dp), GuiLinker.GetButtonVelocity(dp));
if (GuiLinker.GetButtonSwitchType(dp) != SwitchType.KeyboardLike)
MidiSender.SendNoteOff(GuiLinker.GetMidiNote(dp));
}
if (GuiLinker.GetButtonChecked(dp2) == false)
{
GuiLinker.CheckboxButton(dp2, true);
MidiSender.SendNoteOn(GuiLinker.GetMidiNote(dp2), GuiLinker.GetButtonVelocity(dp));
if (GuiLinker.GetButtonSwitchType(dp) != SwitchType.KeyboardLike)
MidiSender.SendNoteOff(GuiLinker.GetMidiNote(dp));
}
}
internal byte GetButtonVelocity(GuiDrumDPad drumDPad)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
return((byte)m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].Value);
}
internal SwitchType GetButtonSwitchType(GuiDrumDPad drumDPad)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
return((SwitchType)m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].SelectedItem);
}
internal void SetButtonSwitchType(GuiDrumDPad dp, SwitchType type)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
SetSelectIndex(ref m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)dp / 2], type);
}
internal void SetButtonVelocity(GuiDrumDPad drumDPad, byte vel)
{
Debug.Assert((byte)drumDPad % 2 == 0, "only left, up, right, down is allowed here");
m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)drumDPad / 2].Value = vel;
}
internal void SetMidiNote(GuiDrumDPad dp, byte note)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value = note;
m_NupNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value = note;
}
internal byte GetMidiNote(GuiDrumDPad dp)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
return((byte)m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value);
}
internal bool GetButtonChecked(GuiDrumDPad dp)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
return(m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dp / 2].Checked);
}
internal void SetMidiNote(GuiDrumDPad dp, byte note)
{
Debug.Assert((byte)dp % 2 == 0, "only left, up, right, down is allowed here");
m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value = note;
m_NupNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dp / 2].Value = note;
}
private void DrumDPadStateChanged(GuiDrumDPad dp)
{
if (m_PrevDPadState == dp)
{
return;
}
if (InvokeRequired)
{
Invoke(new DPadDelegate(DrumDPadStateChanged), new object[] { dp });
}
else
{
int new1, new2;
if ((byte)dp % 2 == 0)
{
new1 = (byte)dp;
new2 = (byte)dp;
}
else
{
new1 = (byte)dp - 1;
new2 = (byte)dp + 1;
if (new2 == 8)
{
new2 = 0;
}
}
if (dp != GuiDrumDPad.None)
{
DPadOn((GuiDrumDPad)new1, (GuiDrumDPad)new2);
}
if (m_PrevDPadState != GuiDrumDPad.None)
{
if ((byte)m_PrevDPadState % 2 == 0)
{
if ((byte)m_PrevDPadState != new1 && (byte)m_PrevDPadState != new2)
{
DPadOff(m_PrevDPadState);
}
}
else
{
int prev1 = (byte)m_PrevDPadState - 1;
int prev2 = (byte)m_PrevDPadState + 1;
if (prev2 == 8)
{
prev2 = 0;
}
if (prev1 != new1 && prev1 != new2)
{
DPadOff((GuiDrumDPad)prev1);
}
if (prev2 != new1 && prev2 != new2)
{
DPadOff((GuiDrumDPad)prev2);
}
}
}
m_PrevDPadState = dp;
}
}
private void DrumDPadStateChanged(GuiDrumDPad dp)
{
if (m_PrevDPadState == dp)
return;
if (InvokeRequired)
{
Invoke(new DPadDelegate(DrumDPadStateChanged), new object[] { dp });
}
else
{
int new1, new2;
if ((byte)dp % 2 == 0)
{
new1 = (byte)dp;
new2 = (byte)dp;
}
else
{
new1 = (byte)dp - 1;
new2 = (byte)dp + 1;
if (new2 == 8) new2 = 0;
}
if (dp != GuiDrumDPad.None)
{
DPadOn((GuiDrumDPad)new1, (GuiDrumDPad)new2);
}
if (m_PrevDPadState != GuiDrumDPad.None)
{
if ((byte)m_PrevDPadState % 2 == 0)
{
if ((byte)m_PrevDPadState != new1 && (byte)m_PrevDPadState != new2)
DPadOff(m_PrevDPadState);
}
else
{
int prev1 = (byte)m_PrevDPadState - 1;
int prev2 = (byte)m_PrevDPadState + 1;
if (prev2 == 8) prev2 = 0;
if (prev1 != new1 && prev1 != new2)
DPadOff((GuiDrumDPad)prev1);
if (prev2 != new1 && prev2 != new2)
DPadOff((GuiDrumDPad)prev2);
}
}
m_PrevDPadState = dp;
}
}
public void AddDPad(GuiDrumDPad dpad,
NumericUpDown nupNoteNormal, NumericUpDown nupNoteAdv,
NumericUpDown nupButtonNoteVelocityAdv, ComboBox ddlSwitchStateAdv,
CheckBox chkNoteOnCheck)
{
m_NupNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dpad / 2] = nupNoteNormal;
m_NupAdvNoteArray[NUM_PADS + NUM_BUTTON_STATES + (byte)dpad / 2] = nupNoteAdv;
m_NupAdvButtonVelArray[NUM_BUTTON_STATES + (byte)dpad / 2] = nupButtonNoteVelocityAdv;
m_DdlAdvSwitchStateArray[NUM_BUTTON_STATES + (byte)dpad / 2] = ddlSwitchStateAdv;
m_ChkNoteOnCheck[NUM_BUTTON_STATES + (byte)dpad / 2] = chkNoteOnCheck;
InitControl((byte)dpad, GuiLinkerType.DPad, nupNoteNormal);
InitControl((byte)dpad, GuiLinkerType.DPadVelocity, nupButtonNoteVelocityAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, nupNoteAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, ddlSwitchStateAdv);
InitControl((byte)dpad, GuiLinkerType.DPad, chkNoteOnCheck);
InitNumericUpDown(nupNoteNormal);
InitNumericUpDown(nupNoteAdv);
InitNumericUpDown(nupButtonNoteVelocityAdv);
InitDDLSwitchState(ddlSwitchStateAdv);
}
