private void ProcessOrbit()
{
Vector2 incomingInputDelta = new Vector2();
incomingInputDelta.x = _catcher.PointerEventDataList[0].delta.x * _xSpeed * .02f;
incomingInputDelta.y = _catcher.PointerEventDataList[0].delta.y * _ySpeed * .02f;
//dont remember specifics of this
float momentumWait = Mathf.Clamp(incomingInputDelta.magnitude / 8f, 0f, MaxMomentumWait);
//if( Mathf.Abs( incomingInputDelta.x ) > Mathf.Abs( inputDelta.x ) )
if ((_orbitDelta.x > 0 && incomingInputDelta.x > _orbitDelta.x) ||
(_orbitDelta.x < 0 && incomingInputDelta.x < _orbitDelta.x) ||
_orbitDelta.x == 0)
{
_orbitDelta.x = incomingInputDelta.x;
_orbitMomentumTimer.x = momentumWait;
}
else if (_orbitMomentumTimer.x <= 0)
{
_orbitDelta.x = incomingInputDelta.x;
}
if ((_orbitDelta.y > 0 && incomingInputDelta.y > _orbitDelta.y) ||
(_orbitDelta.y < 0 && incomingInputDelta.y < _orbitDelta.y) ||
_orbitDelta.y == 0)
{
_orbitDelta.y = incomingInputDelta.y;
_orbitMomentumTimer.y = momentumWait;
}
else if (_orbitMomentumTimer.y <= 0)
{
_orbitDelta.y = incomingInputDelta.y;
}
Vector3 newRotation = transform.eulerAngles;
newRotation.y += _orbitDelta.x;
if (_xMaxLimit != 0 && _xMinLimit != 0)
{
newRotation.y = ClampUtility.ClampAngleX(newRotation.y, _xMinLimit, _xMaxLimit);
}
transform.eulerAngles = newRotation;
Vector3 newLocalRotation = transform.localEulerAngles;
newLocalRotation.x -= _orbitDelta.y;
newLocalRotation.x = ClampUtility.ClampAngleY(newLocalRotation.x, _yMinLimit, _yMaxLimit);
transform.localEulerAngles = newLocalRotation;
}
private void NoInput()
{
_orbitDelta = Vector2.Lerp(_orbitDelta, Vector2.zero, Time.deltaTime * 8);
_zoomDelta = Mathf.Lerp(_zoomDelta, 0f, Time.deltaTime * 8);
_panDelta = Vector3.Lerp(_panDelta, Vector3.zero, Time.deltaTime * 8);
//zoom
Vector3 vector3 = _orbitView.transform.localPosition;
vector3.z += _zoomDelta;
if (vector3.z > _maxZoom)
{
vector3.z = _maxZoom;
}
else if (vector3.z < _minZoom)
{
vector3.z = _minZoom;
}
_orbitView.transform.localPosition = vector3;
//rotate turntable
vector3 = transform.eulerAngles;
vector3.y += _orbitDelta.x;
if (_xMaxLimit != 0 && _xMinLimit != 0)
{
vector3.y = ClampUtility.ClampAngleX(vector3.y, _xMinLimit, _xMaxLimit);
}
transform.eulerAngles = vector3;
vector3 = transform.localEulerAngles;
vector3.x -= _orbitDelta.y;
vector3.x = ClampUtility.ClampAngleY(vector3.x, _yMinLimit, _yMaxLimit);
transform.localEulerAngles = vector3;
Vector3 newPos = transform.position;
switch (_strafeAxis)
{
case Axis.X:
PanAxis(ref newPos.x, _panDelta.x, _minStrafe.x, _maxStrafe.x);
break;
case Axis.Y:
PanAxis(ref newPos.y, _panDelta.y, _minStrafe.y, _maxStrafe.y);
break;
case Axis.Z:
PanAxis(ref newPos.z, _panDelta.z, _minStrafe.z, _maxStrafe.z);
break;
case Axis.XY:
PanAxis(ref newPos.x, _panDelta.x, _minStrafe.x, _maxStrafe.x);
PanAxis(ref newPos.y, _panDelta.y, _minStrafe.y, _maxStrafe.y);
break;
case Axis.YZ:
PanAxis(ref newPos.y, _panDelta.y, _minStrafe.y, _maxStrafe.y);
PanAxis(ref newPos.z, _panDelta.z, _minStrafe.z, _maxStrafe.z);
break;
}
transform.position = newPos;
}
