void OnControlChange(MidiJack.MidiChannel channel, int knobNumber, float knobValue)
{
// MasterGain
if (knobNumber == 7)
{
_front.SetMasterGain(knobValue);
_rear.SetMasterGain(knobValue);
return;
}
int i = knobNumber + 1;
if (knobNumber == 6)
{
i = 0;
} // Use last fader for video input
if (_value.Length <= i)
{
return;
}
_value[i] = knobValue;
if ((_sceneState[i] & 1) == 1)
{
_front.SetChannelGain(i, knobValue);
}
if ((_sceneState[i] & 2) == 2)
{
_rear.SetChannelGain(i, knobValue);
}
}
//Animates a key as pushed, changing its color
public void animateNoteOn(MidiJack.MidiChannel channel, int note, float velocity)
{
//Backup material to restore on noteOff
Piano._instance.playKey(note, velocity);
// plainKeyMaterial[note] = Piano._instance.getPianoKey(note).associated3DObject.GetComponent<Renderer>().material;
//Change material to defined one
// Piano._instance.getPianoKey(note).associated3DObject.GetComponent<Renderer>().material = pushedKeyMaterial;
}
void OnMidiNoteOn(MidiJack.MidiChannel channel, int note, float velocity)
{
if (note >= 48 && note <= 63)
{
int clipPadIndex = note - 48;
_ClipPads[clipPadIndex].OnPadTrigger();
}
}
void OnNoteOn(MidiJack.MidiChannel channel, int note, float velocity)
{
int index = note - keyNote;
int numOctavs = index / 12;
int particleIndex = 7 * numOctavs + inverseMajorScale[(index + 60) % inverseMajorScale.Length];
Vector3 direction = new Vector3(Random.Range(-1.0f, 1.0f), Random.Range(-1.0f, 1.0f), Random.Range(-1.0f, 1.0f));
float strength = velocity < 0.95f ? Mathf.Min(Mathf.Max(2 * velocity, 0.5f), 1.5f) : Mathf.Pow(2 * velocity, 2.0f);
Ruratae.ImpulseParticle(movables[particleIndex % movables.Count], 0.05f * direction * strength);//2 * Vector3.one * Mathf.Pow(velocity, 2.0f));
}
private async void CheckKnobUpdated(MidiJack.MidiChannel channel, int knobNo, float value)
{
if (doKeySend == false)
{
return;
}
if (lastKnobUpdatedSendTime[knobNo] + 3f < Time.realtimeSinceStartup)
{
lastKnobUpdatedSendTime[knobNo] = Time.realtimeSinceStartup;
await controlWPFWindow.server?.SendCommandAsync(new PipeCommands.MidiCCKnobUpdate {
channel = (int)channel, knobNo = knobNo, value = value
});
}
}
void OnControlChange(MidiJack.MidiChannel channel, int knobNumber, float knobValue)
{
if (16 <= knobNumber && knobNumber <= 22)
{
_knobs[knobNumber - 16] = knobValue;
_material.SetFloatArray("_Knob", _knobs);
}
// Use last knob for volume ratio
if (knobNumber == 23)
{
_volumeRatio = knobValue * 3;
}
}
public void KnobUpdated(MidiJack.MidiChannel channel, int knobNo, float value)
{
if (knobDelegateProxy != null)
{
knobDelegateProxy.Invoke(channel, knobNo, value);
}
//範囲内かチェック
if (0 <= knobNo && knobNo < KNOBS)
{
//値を記録する
CCValue[knobNo] = value;
CCUpdateBit[knobNo] = true;
CCAnyUpdate = true;
}
}
void OnControlChange(MidiJack.MidiChannel channel, int knobNumber, float knobValue)
{
Debug.Log(">> CC: " + channel.ToString() + ": " + knobNumber + ": " + knobValue);
}
void OnNoteOff(MidiJack.MidiChannel channel, int noteNumber, float velocity)
{
Debug.Log(">> Note Off: " + channel.ToString() + ": " + noteNumber);
}
//Key goes back to the original status
public void animateNoteOff(MidiJack.MidiChannel channel, int note)
{
Piano._instance.shutKey(note);
// Piano._instance.getPianoKey(note).associated3DObject.GetComponent<Renderer>().material = plainKeyMaterial[note];
}
private void Start()
{
context = System.Threading.SynchronizationContext.Current;
controlWPFWindow.server.ReceivedEvent += Server_Received;
steamVR2Input.KeyDownEvent += ControllerAction_KeyDown;
steamVR2Input.KeyUpEvent += ControllerAction_KeyUp;
steamVR2Input.AxisChangedEvent += ControllerAction_AxisChanged;
KeyboardAction.KeyDownEvent += KeyboardAction_KeyDown;
KeyboardAction.KeyUpEvent += KeyboardAction_KeyUp;
midiCCWrapper.noteOnDelegateProxy += async(channel, note, velocity) =>
{
Debug.Log("MidiNoteOn:" + channel + "/" + note + "/" + velocity);
var config = new KeyConfig();
config.type = KeyTypes.Midi;
config.actionType = KeyActionTypes.Face;
config.keyCode = (int)channel;
config.keyIndex = note;
config.keyName = MidiName(channel, note);
if (doKeyConfig || doKeySend)
{
await controlWPFWindow.server.SendCommandAsync(new PipeCommands.KeyDown {
Config = config
});
}
if (!doKeyConfig)
{
CheckKey(config, true);
}
};
midiCCWrapper.noteOffDelegateProxy += (channel, note) =>
{
Debug.Log("MidiNoteOff:" + channel + "/" + note);
var config = new KeyConfig();
config.type = KeyTypes.Midi;
config.actionType = KeyActionTypes.Face;
config.keyCode = (int)channel;
config.keyIndex = note;
config.keyName = MidiName(channel, note);
if (doKeyConfig || doKeySend)
{
} // await server.SendCommandAsync(new PipeCommands.KeyUp { Config = config });
if (!doKeyConfig)
{
CheckKey(config, false);
}
};
midiCCWrapper.knobUpdateBoolDelegate += async(int knobNo, bool value) =>
{
MidiJack.MidiChannel channel = MidiJack.MidiChannel.Ch1; //仮でCh1
Debug.Log("MidiCC:" + channel + "/" + knobNo + "/" + value);
var config = new KeyConfig();
config.type = KeyTypes.MidiCC;
config.actionType = KeyActionTypes.Face;
config.keyCode = (int)channel;
config.keyIndex = knobNo;
config.keyName = MidiName(channel, knobNo);
if (value)
{
if (doKeyConfig || doKeySend)
{
await controlWPFWindow.server.SendCommandAsync(new PipeCommands.KeyDown {
Config = config
});
}
}
else
{
if (doKeyConfig || doKeySend)
{
} // await server.SendCommandAsync(new PipeCommands.KeyUp { Config = config });
}
if (!doKeyConfig)
{
CheckKey(config, value);
}
};
midiCCWrapper.knobDelegateProxy += (MidiJack.MidiChannel channel, int knobNo, float value) =>
{
CheckKnobUpdated(channel, knobNo, value);
};
}
private string MidiName(MidiJack.MidiChannel channel, int note)
{
return($"MIDI Ch{(int)channel + 1} {note}");
}
void OnMidiControlChange(MidiJack.MidiChannel channel, int ccNumber, float ccValue)
{
if (_ClipEditorUI._TargetClipPad != null)
{
if (ccNumber >= 8 && ccNumber < 22)
{
float alpha, H, S, V;
int controlIndex = ccNumber - 8;
switch (controlIndex)
{
//Clip Speed
case 0:
_ClipEditorUI._TargetClipPad._ClipData._ClipPlaybackSpeed = Mathf.Lerp(0.1f, 4f, ccValue);
_ClipEditorUI.Refresh();
break;
//Clip Colour H
case 1:
alpha = _ClipEditorUI._TargetClipPad._ClipData._TintColor.a;
Color.RGBToHSV(_ClipEditorUI._TargetClipPad._ClipData._TintColor, out H, out S, out V);
H = ccValue;
_ClipEditorUI._TargetClipPad._ClipData._TintColor = Color.HSVToRGB(H, S, V);
_ClipEditorUI._TargetClipPad._ClipData._TintColor.a = alpha;
_ClipEditorUI.Refresh();
break;
//Clip Colour S
case 2:
alpha = _ClipEditorUI._TargetClipPad._ClipData._TintColor.a;
Color.RGBToHSV(_ClipEditorUI._TargetClipPad._ClipData._TintColor, out H, out S, out V);
S = ccValue;
_ClipEditorUI._TargetClipPad._ClipData._TintColor = Color.HSVToRGB(H, S, V);
_ClipEditorUI._TargetClipPad._ClipData._TintColor.a = alpha;
_ClipEditorUI.Refresh();
break;
//Clip Colour V
case 3:
alpha = _ClipEditorUI._TargetClipPad._ClipData._TintColor.a;
Color.RGBToHSV(_ClipEditorUI._TargetClipPad._ClipData._TintColor, out H, out S, out V);
V = ccValue;
_ClipEditorUI._TargetClipPad._ClipData._TintColor = Color.HSVToRGB(H, S, V);
_ClipEditorUI._TargetClipPad._ClipData._TintColor.a = alpha;
_ClipEditorUI.Refresh();
break;
//Clip Alpha
case 4:
_ClipEditorUI._TargetClipPad._ClipData._TintColor.a = ccValue;
_ClipEditorUI.Refresh();
break;
//Luma Key
case 5:
_ClipEditorUI._TargetClipPad._ClipData._LumaKey = ccValue;
_ClipEditorUI.Refresh();
break;
//Luma Blend
case 6:
_ClipEditorUI._TargetClipPad._ClipData._LumaBlend = ccValue;
_ClipEditorUI.Refresh();
break;
//Colour Mask
case 7:
_ClipEditorUI._TargetClipPad._ClipData._ColorMask = Mathf.Lerp(1f, 15f, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid Start Point;
case 8:
_ClipEditorUI._TargetClipPad._ClipData._VideoStartMs = Mathf.Lerp(0, _ClipEditorUI._TargetClipPad._ClipData._VideoEndMs - 1, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid End Point;
case 9:
_ClipEditorUI._TargetClipPad._ClipData._VideoEndMs = Mathf.Lerp(_ClipEditorUI._TargetClipPad._ClipData._VideoStartMs + 1, _ClipEditorUI._TargetClipPad._ClipData._VideoLengthMs, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid XPos;
case 10:
_ClipEditorUI._TargetClipPad._ClipData._XPos = Mathf.Lerp(-3, 3, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid YPos;
case 11:
_ClipEditorUI._TargetClipPad._ClipData._YPos = Mathf.Lerp(-3, 3, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid Width;
case 12:
_ClipEditorUI._TargetClipPad._ClipData._Width = Mathf.Lerp(0, 3, ccValue);
_ClipEditorUI.Refresh();
break;
//Vid Height;
case 13:
_ClipEditorUI._TargetClipPad._ClipData._Height = Mathf.Lerp(0, 3, ccValue);
_ClipEditorUI.Refresh();
break;
}
}
}
}
