public void Reset(float value, float duration, IInterpolationFunction interpolation = null, float offset = 0)
{
_value = value;
_duration = duration;
_time = _offset;
_lastValue = 0;
_interpolation = interpolation ?? LinearInterpolation.Instance;
}
public void Add(float value, float seconds = 0, IInterpolationFunction interpolation = null)
{
if (Mathf.Approximately(value, 0))
{
return;
}
if (Mathf.Approximately(seconds, 0) || seconds < 0)
{
_modifiedValue.Increment(value);
}
else
{
_overTimeModifiers.Add(ObjectPool <InterpolatedOverTimeModifier> .Request().Reseted(value, seconds, interpolation ?? _interpolation, _lastTime - Time.time));
}
}
private void SetConfiguration()
{
switch (splitStrategie)
{
case SplitStrategy.TakeEverySecond:
splitter = new TakeEverySecondDataSplitter();
break;
case SplitStrategy.TwoParts:
splitter = new TwoPartsDataSplitter();
break;
case SplitStrategy.Interval:
splitter = new IntervalDataSplitter();
break;
default:
splitter = new TwoPartsDataSplitter();
break;
}
switch (interpolationStrategy)
{
case InterpolationStrategy.Linear:
interpolationFunction = new LinearInterpolationFunction();
break;
case InterpolationStrategy.Quadratic:
interpolationFunction = new QuadraticInterpolationFunction();
break;
case InterpolationStrategy.Bezier:
interpolationFunction = new BezierInterpolationFunction();
break;
default:
interpolationFunction = null;
break;
}
}
public InterpolatedOverTimeModifier Reseted(float value, float duration, IInterpolationFunction interpolation = null, float offset = 0)
{
Reset(value, duration, interpolation, offset);
return(this);
}
public PoliModifiedValue(INumericValueState <float> value, IInterpolationFunction interpolation = null)
{
_modifiedValue = value;
_interpolation = interpolation ?? LinearInterpolation.Instance;
}
