public void Init(LoopPoint point, Vector3 position, bool addbutton = false, LoopPointButton target = null)
{
m_addbutton = addbutton;
m_loopPoint = point;
m_rect = GetComponent <RectTransform>();
m_defaultSize = m_rect.sizeDelta.x;
if (!m_addbutton)
{
m_defaultAnchorArrow = m_rect.GetChild(0).GetComponent <RectTransform>().anchoredPosition.y;
LoopEditor.inst.pointMove += UpdateAngle;
}
else
{
m_target = target;
LoopEditor.inst.pointMove += FindMiddleFromTarget;
}
SetPosition(position);
}
void SpawnAllButtons()
{
LoopPoint lastPoint = null;
LoopPointButton firstButton = null;
LoopPointButton lastButton = null;
int index = 0;
foreach (LoopPoint lp in PlayerLoop.inst.GetLoopPoints())
{
LoopPointButton b = Instantiate(m_prefab_loopPointButton, m_LoopPointsButtonContainer);
b.Init(lp, lp.GetPosition());
if (lastPoint != null && PlayerLoop.inst.GetSize() < m_maxLoopPoint)
{
Vector3 position = (lastPoint.GetPosition() - lp.GetPosition()) * .5f + lp.GetPosition();
Instantiate(m_prefab_addLoopPointButton, m_LoopPointsButtonContainer).Init(lastPoint, position, true, b);
}
if (lastButton != null)
{
lastButton.SetAngle(b);
}
else
{
firstButton = b;
}
lastPoint = lp;
lastButton = b;
index++;
}
if (PlayerLoop.inst.GetSize() < m_maxLoopPoint)
{
Vector3 position0 = (lastPoint.GetPosition() - PlayerLoop.inst.GetPointAt(0).GetPosition()) * .5f + PlayerLoop.inst.GetPointAt(0).GetPosition();
Instantiate(m_prefab_addLoopPointButton, m_LoopPointsButtonContainer).Init(lastPoint, position0, true, firstButton);
}
lastButton.SetAngle(firstButton);
}
/// <summary>
/// Approximates: PianoCalculator, Key, Count, Quarter and Pulse.
/// Also acts as storage for LoopPoint (piano-view transport or
/// buffer-transport).
/// </summary>
/// <param name="clientMouse">(stored); ClientInput</param>
/// <param name="loopRegion">(stored); LoopRegion</param>
/// <param name="pxNode">(ref) ignored after usage (only referenced)</param>
/// <param name="wedge">(stored); Typically (in local terms): pxNode.X * 4 * 4</param>
/// <param name="multiply">(stored); Typically 4</param>
/// <param name="division">(stored); From sequencer or midi program</param>
/// <param name="upper">(stored); Top visible midi key. (Key and Count values are provided from this value in relation to clientMouse)</param>
public NoteTransport(
FloatPoint clientMouse,
LoopPoint loopRegion,
FloatPoint pxNode,
double wedge,
double multiply,
double division,
double upper)
{
this.ClientInput = clientMouse;
this.loopRegion = loopRegion;
this.pianoInfo = PianoCalculator.Create(clientMouse, pxNode.X * 4);
this.wedge = wedge; // nodewidth * 4 * 4
this.multiply = multiply; // 4
this.division = division;
// quarter bar
// beat measure
// wedge * multiply == nodewidth * 4 * 4 * 4
Quarter = ClientInput.X / wedge * multiply;
Pulse = GetPulses(division);
Upper = upper;
Key = Upper.ToInt32() - Convert.ToDouble(ClientInput.Y / pxNode.Y).FloorMinimum(0).ToInt32();
Count = Convert.ToDouble(pxNode.Y).FloorMinMax(0, 127).ToInt32() - 1;
}
/// <summary>
/// Approximates: PianoCalculator, Key, Count, Quarter and Pulse.
/// Also acts as storage for LoopPoint (piano-view transport or
/// buffer-transport).
/// </summary>
/// <param name="clientMouse">(stored); ClientInput</param>
/// <param name="loopRegion">(stored); LoopRegion</param>
/// <param name="pxNode">(ref) ignored after usage (only referenced)</param>
/// <param name="wedge">(stored); Typically (in local terms): pxNode.X * 4 * 4</param>
/// <param name="multiply">(stored); Typically 4</param>
/// <param name="division">(stored); From sequencer or midi program</param>
/// <param name="upper">(stored); Top visible midi key. (Key and Count values are provided from this value in relation to clientMouse)</param>
public NoteTransport(
FloatPoint clientMouse,
LoopPoint loopRegion,
FloatPoint pxNode,
double wedge,
double multiply,
double division,
double upper)
{
this.ClientInput = clientMouse;
this.loopRegion = loopRegion;
this.pianoInfo = PianoCalculator.Create(clientMouse,pxNode.X*4);
this.wedge = wedge; // nodewidth * 4 * 4
this.multiply = multiply; // 4
this.division = division;
// quarter bar
// beat measure
// wedge * multiply == nodewidth * 4 * 4 * 4
Quarter = ClientInput.X / wedge * multiply;
Pulse = GetPulses(division);
Upper = upper;
Key = Upper.ToInt32() - Convert.ToDouble(ClientInput.Y/pxNode.Y).FloorMinimum(0).ToInt32();
Count = Convert.ToDouble(pxNode.Y).FloorMinMax(0,127).ToInt32()-1;
}
public bool SetLoopPoints(LoopPoint point, TimeUnit startUnit, TimeUnit endUnit)
{
return(_fmodSound.setLoopPoints(point.Start, EquivalentEnum <TimeUnit, TIMEUNIT> .Cast(startUnit), point.End, EquivalentEnum <TimeUnit, TIMEUNIT> .Cast(endUnit)).Check(Suppressions()));
}