public override void SetFromChannel(Channel channel, int preIndex, int postIndex, float interpFactor, Accessor transformAccessor)
{
// TODO: This can be made to resemble more closely the implementations in
// the other NamedTransform subclasses, but it involves separating terms
// of the quaternion. I don't want to deal with this yet, but it should be done.
//-------------------------------------------------------------------------------
// Set orientation
ApplyChannelToQuaternion(transformAccessor, channel.TargetParam, channel.TargetMember, preIndex);
Quaternion preOrient = Rotate;
ApplyChannelToQuaternion(transformAccessor, channel.TargetParam, channel.TargetMember, postIndex);
Quaternion postOrient = Rotate;
Quaternion interpOrient =
(Quaternion)AnimableValue.InterpolateValues(interpFactor, AnimableType.Quaternion, preOrient, postOrient);
Debug.Assert(Math.Abs(1.0 - interpOrient.Norm) < .001);
// Make sure the axis is not perturbed when we set the rotation
Vector3 preAxis = Axis;
// NOTE: setting Rotate has a side-effect of altering the Axis
Rotate = interpOrient;
Vector3 interpAxis = Axis;
if ((interpAxis - preAxis).Length > .001)
{
Debug.Assert(false, "pre axis and interp axis mismatch");
Rotate = interpOrient;
}
}
public override void SetFromChannel(Channel channel, int preIndex, int postIndex, float interpFactor, Accessor transformAccessor)
{
Vector3 preScale = BuildScaleFromAccessor(transformAccessor, channel.TargetParam, preIndex);;
Vector3 postScale = BuildScaleFromAccessor(transformAccessor, channel.TargetParam, postIndex);;
Scale = (Vector3)AnimableValue.InterpolateValues(interpFactor, AnimableType.Vector3, preScale, postScale);
}
public override void SetFromChannel(Channel channel, int preIndex, int postIndex, float interpFactor, Accessor transformAccessor)
{
Vector3 preTrans = BuildTranslationFromAccessor(transformAccessor, channel.TargetParam, preIndex);
Vector3 postTrans = BuildTranslationFromAccessor(transformAccessor, channel.TargetParam, postIndex);
Vector3 interpTrans =
(Vector3)AnimableValue.InterpolateValues(interpFactor, AnimableType.Vector3, preTrans, postTrans);
Translate = interpTrans;
}
