internal static float AddAndInterpolateObjectMatrix(MyInterpolationQueue <VRageMath.MatrixD> queue, ref VRageMath.MatrixD matrix)
{
if (Settings.EnableObjectInterpolation)
{
queue.AddSample(ref matrix, MyRender.CurrentUpdateTime);
return(queue.Interpolate(MyRender.InterpolationTime, out matrix));
}
return(0.0f);
}
public void SetSkeleton(MySkeletonBoneDescription[] hierarchy, int[] skeletonIndices)
{
m_skeletonHierarchy = hierarchy;
m_skeletonIndices = skeletonIndices;
m_boneInterpolators = new MyInterpolationQueue<Matrix>[m_skeletonHierarchy.Length];
m_interpolatedTransforms = new Matrix[m_skeletonHierarchy.Length];
m_skinTransforms = new Matrix[m_skeletonHierarchy.Length];
m_absoluteTransforms = new Matrix[m_skeletonHierarchy.Length];
for (int i = 0; i < m_skeletonHierarchy.Length; i++)
{
m_boneInterpolators[i] = new MyInterpolationQueue<Matrix>(5, Matrix.SlerpScale);
}
}
public void SetSkeleton(MySkeletonBoneDescription[] hierarchy, int[] skeletonIndices)
{
m_skeletonHierarchy = hierarchy;
m_skeletonIndices = skeletonIndices;
m_boneInterpolators = new MyInterpolationQueue <Matrix> [m_skeletonHierarchy.Length];
m_interpolatedTransforms = new Matrix[m_skeletonHierarchy.Length];
m_skinTransforms = new Matrix[m_skeletonHierarchy.Length];
m_absoluteTransforms = new Matrix[m_skeletonHierarchy.Length];
for (int i = 0; i < m_skeletonHierarchy.Length; i++)
{
m_boneInterpolators[i] = new MyInterpolationQueue <Matrix>(5, Matrix.SlerpScale);
}
}
internal static float AddAndInterpolateObjectMatrix(MyInterpolationQueue<VRageMath.MatrixD> queue, ref VRageMath.MatrixD matrix)
{
if (Settings.EnableObjectInterpolation)
{
queue.AddSample(ref matrix, MyRender.CurrentUpdateTime);
return queue.Interpolate(MyRender.InterpolationTime, out matrix);
}
return 0.0f;
}
