protected override void Operation(float percentage)
{
if (percentage == 0)
{
_target.localEulerAngles = _start;
}
Vector3 spinAmount = TweenUtilities.LinearInterpolate(Vector3.zero, EndValue, percentage);
Vector3 spinDifference = spinAmount - _previous;
_previous += spinDifference;
_target.Rotate(spinDifference, _space);
}
protected override void Operation(float percentage)
{
float calculatedValue = TweenUtilities.LinearInterpolate(_startPercentage, EndValue, percentage);
_target.position = _spline.GetPosition(calculatedValue);
if (_faceDirection)
{
if (_spline.direction == SplineDirection.Forward)
{
_target.LookAt(_target.position + _spline.GetDirection(calculatedValue));
}
else
{
_target.LookAt(_target.position - _spline.GetDirection(calculatedValue));
}
}
}
protected override void Operation(float percentage)
{
float calculatedValue = TweenUtilities.LinearInterpolate(_start, EndValue, percentage);
_target.pitch = calculatedValue;
}
protected override void Operation(float percentage)
{
float calculatedValue = TweenUtilities.LinearInterpolate(_start, EndValue, percentage);
_valueUpdatedCallback((int)calculatedValue);
}
protected override void Operation(float percentage)
{
Vector3 calculatedValue = TweenUtilities.LinearInterpolate(_start, EndValue, percentage);
_target.localPosition = calculatedValue;
}
protected override void Operation(float percentage)
{
float calculatedValue = TweenUtilities.LinearInterpolate(_start, EndValue, percentage);
_target.SetFloat(_propertyName, calculatedValue);
}
protected override void Operation(float percentage)
{
Color calculatedValue = TweenUtilities.LinearInterpolate(_start, EndValue, percentage);
_target.backgroundColor = calculatedValue;
}
