/// <summary>
/// Generates an AnimationCurve based on input Ease Equation Method.
/// </summary>
/// <param name="equation">Enum of Ease Equation To use.</param>
/// <param name="animCurve">AnimationCurve that contains converted results.</param>
/// <param name="conversionProperties">Struct that defines various curve conversion properties.</param>
/// <param name="debug">When true will log various debug statements.</param>
public static void ConvertEaseEquationToCurve(EasingEquationsDouble.Equations equation, AnimationCurve animCurve, ConversionProperties conversionProperties, bool debug = false)
{
m_EaseMethod = ( Ease )Delegate.CreateDelegate(typeof(Ease), typeof(EasingEquationsDouble).GetMethod(equation.ToString()));
List <Vector2> inPts = CreatePointsFromEaseEquation(conversionProperties, false);
List <Vector2> ppPts = ConvertToAnimationCurve.Preprocess(inPts, conversionProperties.m_PreprocessMode, conversionProperties.m_PointDistance, conversionProperties.m_RdpError);
if (debug)
{
Debug.LogFormat("ConvertEaseEquationToCurve: {0:D3} {1:D4} : {2}", ppPts.Count, inPts.Count, equation);
}
if (conversionProperties.m_UseCurveFit)
{
CubicBezier[] curves = CurveFit.Fit(ppPts, conversionProperties.m_FitError);
if (debug)
{
Debug.LogFormat("ConvertEaseEquationToCurve: {0} curves: {1}", equation, curves.Length);
}
ConvertToAnimationCurve.ConvertToAnimCurve(animCurve, conversionProperties, curves);
}
else
{
ConvertToAnimationCurve.ConvertToAnimCurve(animCurve, conversionProperties, ppPts, debug);
}
}