public SoftwareFCurve(RMX_ActionFCurve fcurve)
{
switch (fcurve.Type)
{
case "OBJECT": Type = FCurveTypes.Object; break;
case "BONE": Type = FCurveTypes.Bone; break;
default: Debug.ThrowError("", "Unsuported type: " + fcurve.Type); break;
}
DataPath = fcurve.DataPath;
Index = fcurve.Index;
var values = fcurve.Coordinates.Values;
var types = fcurve.InterpolationTypes.Content;
KeyFrames = new List<SoftwareKeyFrame>();
int i2 = 0, loop = values.Length / 2;
for (int i = 0; i != loop; ++i)
{
InterpolationTypes interpolationType = InterpolationTypes.Bezier;
switch (types[i])
{
case 'B': interpolationType = InterpolationTypes.Bezier; break;
case 'L': interpolationType = InterpolationTypes.Linear; break;
case 'C': interpolationType = InterpolationTypes.Constant; break;
}
KeyFrames.Add(new SoftwareKeyFrame(new Vector2(values[i2], values[i2+1]), interpolationType));
i2 += 2;
}
}
public SoftwareFCurve(RMX_ActionFCurve fcurve)
{
switch (fcurve.Type)
{
case "OBJECT": Type = FCurveTypes.Object; break;
case "BONE": Type = FCurveTypes.Bone; break;
default: Debug.ThrowError("", "Unsuported type: " + fcurve.Type); break;
}
DataPath = fcurve.DataPath;
Index = fcurve.Index;
var values = fcurve.Coordinates.Values;
var types = fcurve.InterpolationTypes.Content;
KeyFrames = new List <SoftwareKeyFrame>();
int i2 = 0, loop = values.Length / 2;
for (int i = 0; i != loop; ++i)
{
InterpolationTypes interpolationType = InterpolationTypes.Bezier;
switch (types[i])
{
case 'B': interpolationType = InterpolationTypes.Bezier; break;
case 'L': interpolationType = InterpolationTypes.Linear; break;
case 'C': interpolationType = InterpolationTypes.Constant; break;
}
KeyFrames.Add(new SoftwareKeyFrame(new Vector2(values[i2], values[i2 + 1]), interpolationType));
i2 += 2;
}
}
