private void OnTriggerExit(Collider other)
{
if (doorrotation.ResetOnLeave)
{
bool DoorWasMoved = doorrotation.transform.rotation == doorrotation.EndRotation * doorrotation.RotationOffset;
bool HingeWasMoved = doorrotation.transform.parent.transform.rotation == doorrotation.EndRotation;
if (doorrotation.PivotPosition == DoorRotation.PositionOfPivot.CorrectlyPositioned)
{
if (doorrotation.AngleConvention == 0 && DoorWasMoved)
{
StartCoroutine(RotationTools.Rotate(doorrotation.gameObject, -doorrotation.InitialYRotation + doorrotation.RotationTimeline[0].FinalAngle, doorrotation.RotationTimeline[0].InitialAngle - doorrotation.InitialYRotation, 2, false, 0, doorrotation.ShortestWay));
}
else if (doorrotation.AngleConvention == 1 && DoorWasMoved)
{
StartCoroutine(RotationTools.Rotate(doorrotation.gameObject, -doorrotation.InitialYRotation - doorrotation.RotationTimeline[0].FinalAngle, -doorrotation.RotationTimeline[0].InitialAngle - doorrotation.InitialYRotation, 2, false, 0, doorrotation.ShortestWay));
}
}
if (doorrotation.PivotPosition == DoorRotation.PositionOfPivot.Centered)
{
if (doorrotation.AngleConvention == 0 && HingeWasMoved)
{
StartCoroutine(RotationTools.Rotate(doorrotation.transform.parent.gameObject, doorrotation.RotationTimeline[0].FinalAngle, doorrotation.RotationTimeline[0].InitialAngle, 2, false, 0, doorrotation.ShortestWay));
}
else if (doorrotation.AngleConvention == 1 && HingeWasMoved)
{
StartCoroutine(RotationTools.Rotate(doorrotation.transform.parent.gameObject, -doorrotation.RotationTimeline[0].FinalAngle, -doorrotation.RotationTimeline[0].InitialAngle, 2, false, 0, doorrotation.ShortestWay));
}
}
doorrotation.CurrentRotationBlockIndex = 0;
doorrotation.TimesRotated = 0;
}
}
void lookCharacter(Vector2 input)
{
var horizontalLook = input.x * Vector3.up * Time.deltaTime;
transform.localRotation *= Quaternion.Euler(horizontalLook);
var verticalLook = input.y * Vector3.left * Time.deltaTime;
var newQuaternion =
_camera.transform.localRotation * Quaternion.Euler(verticalLook);
_camera.transform.localRotation =
RotationTools.ClampRotationAroundXAxis(
newQuaternion, -maxViewAngle, -minViewAngle);
}
public IEnumerator Swing(bool front)
{
RotationPending = true;
Transform t = transform;
RotationTimelineData CurrentRotationBlock = RotationTimeline[CurrentRotationBlockIndex];
float TimeProgression = 0f;
if (AngleConvention == 0) // Alex's Door System Convention
{
SwingStart = Quaternion.Euler(0, -CurrentRotationBlock.FrontAngle, 0);
SwingMid = Quaternion.Euler(0, -CurrentRotationBlock.MiddleAngle, 0);
SwingEnd = Quaternion.Euler(0, -CurrentRotationBlock.BackAngle, 0);
}
else if (AngleConvention == 1) // Unity Convention
{
SwingStart = Quaternion.Euler(0, CurrentRotationBlock.FrontAngle, 0);
SwingMid = Quaternion.Euler(0, CurrentRotationBlock.MiddleAngle, 0);
SwingEnd = Quaternion.Euler(0, CurrentRotationBlock.BackAngle, 0);
}
if (DoorScale == ScaleOfDoor.Unity3DUnits && PivotPosition == PositionOfPivot.Centered)
{
t = hinge.transform;
if (TimesRotated == 0 && SwingState == 1)
{
t.rotation = SwingStart;
}
if (TimesRotated == 0 && SwingState == 2)
{
t.rotation = SwingMid;
}
if (TimesRotated == 0 && SwingState == 3)
{
t.rotation = SwingEnd;
}
}
else if (PivotPosition == PositionOfPivot.CorrectlyPositioned)
{
if (TimesRotated == 0)
{
t.rotation = StartRotation;
}
}
if (TimesRotated < CurrentRotationBlock.TimesMoveable || CurrentRotationBlock.TimesMoveable == 0)
{
while (TimeProgression <= (1 / CurrentRotationBlock.Speed))
{
TimeProgression += Time.deltaTime;
float RotationProgression = Mathf.Clamp01(TimeProgression / (1 / CurrentRotationBlock.Speed));
float RotationCurveValue = CurrentRotationBlock.RotationCurve.Evaluate(RotationProgression);
if (front)
{
if (SwingState == 1)
{
t.rotation = RotationTools.Lerp(SwingStart, SwingMid, RotationCurveValue, ShortestWay);
}
if (SwingState == 2)
{
t.rotation = RotationTools.Lerp(SwingMid, SwingEnd, RotationCurveValue, ShortestWay);
}
if (SwingState == 3)
{
t.rotation = RotationTools.Lerp(SwingEnd, SwingMid, RotationCurveValue, ShortestWay);
}
}
if (!front)
{
if (SwingState == 3)
{
t.rotation = RotationTools.Lerp(SwingEnd, SwingMid, RotationCurveValue, ShortestWay);
}
if (SwingState == 2)
{
t.rotation = RotationTools.Lerp(SwingMid, SwingStart, RotationCurveValue, ShortestWay);
}
if (SwingState == 1)
{
t.rotation = RotationTools.Lerp(SwingStart, SwingMid, RotationCurveValue, ShortestWay);
}
}
yield return(null);
}
if (front && SwingState == 1)
{
SwingState++;
}
else if (front && SwingState == 2)
{
SwingState++;
}
else if (front && SwingState == 3)
{
SwingState--;
}
else if (!front && SwingState == 1)
{
SwingState++;
}
else if (!front && SwingState == 2)
{
SwingState--;
}
else if (!front && SwingState == 3)
{
SwingState--;
}
TimesRotated++;
if (TimesRotated == CurrentRotationBlock.TimesMoveable && CurrentRotationBlock.TimesMoveable != 0)
{
TimesRotated = 0;
CurrentRotationBlockIndex++;
}
}
RotationPending = false;
}
public IEnumerator Rotate()
{
RotationPending = true;
Transform t = transform;
RotationTimelineData CurrentRotationBlock = RotationTimeline[CurrentRotationBlockIndex];
float TimeProgression = 0f;
if (CurrentRotationBlock.RotationType == RotationTimelineData.TypeOfRotation.SingleRotation)
{
CurrentRotationBlock.TimesMoveable = 1;
}
if (AngleConvention == 0) // Alex's Door System Convention
{
StartRotation = Quaternion.Euler(0, -CurrentRotationBlock.InitialAngle, 0);
EndRotation = Quaternion.Euler(0, -CurrentRotationBlock.FinalAngle, 0);
}
else if (AngleConvention == 1) // Unity Convention
{
StartRotation = Quaternion.Euler(0, CurrentRotationBlock.InitialAngle, 0);
EndRotation = Quaternion.Euler(0, CurrentRotationBlock.FinalAngle, 0);
}
if (DoorScale == ScaleOfDoor.Unity3DUnits && PivotPosition == PositionOfPivot.Centered)
{
t = hinge.transform;
RotationOffset = Quaternion.identity;
}
if (TimesRotated == 0)
{
t.rotation = StartRotation * RotationOffset;
}
if (TimesRotated < CurrentRotationBlock.TimesMoveable || CurrentRotationBlock.TimesMoveable == 0)
{
if (t.rotation == (RotationState == 0 ? EndRotation * RotationOffset : StartRotation *RotationOffset))
{
RotationState ^= 1;
}
while (TimeProgression <= (1 / CurrentRotationBlock.Speed))
{
TimeProgression += Time.deltaTime;
float RotationProgression = Mathf.Clamp01(TimeProgression / (1 / CurrentRotationBlock.Speed));
float RotationCurveValue = CurrentRotationBlock.RotationCurve.Evaluate(RotationProgression);
if (RotationState == 0) // Door is closed
{
t.rotation = RotationTools.Lerp(StartRotation * RotationOffset, EndRotation * RotationOffset, RotationCurveValue, ShortestWay);
}
if (RotationState == 1) // Door is opened
{
t.rotation = RotationTools.Lerp(EndRotation * RotationOffset, StartRotation * RotationOffset, RotationCurveValue, ShortestWay);
}
yield return(null);
}
TimesRotated++;
if (TimesRotated == CurrentRotationBlock.TimesMoveable && CurrentRotationBlock.TimesMoveable != 0)
{
TimesRotated = 0;
CurrentRotationBlockIndex++;
}
}
RotationPending = false;
}
