Method Detail

• computeUniformSplits

   static void computeUniformSplits(@NonNull() @Size(min = 1) Array<float> splitPositions, @IntRange(from = 1, to = 4) int cascades)

  Utility method to compute cascadeSplitPositions according to auniform split scheme.

  Parameters:

  splitPositions - a float array of at least size (cascades - 1) to write the splitpositions into

  cascades - the number of shadow cascades, at most 4

• computeLogSplits

   static void computeLogSplits(@NonNull() @Size(min = 1) Array<float> splitPositions, @IntRange(from = 1, to = 4) int cascades, float near, float far)

  Utility method to compute cascadeSplitPositions according to alogarithmic split scheme.

  Parameters:

  splitPositions - a float array of at least size (cascades - 1) to write the splitpositions into

  cascades - the number of shadow cascades, at most 4

  near - the camera near plane

  far - the camera far plane

• computePracticalSplits

   static void computePracticalSplits(@NonNull() @Size(min = 1) Array<float> splitPositions, @IntRange(from = 1, to = 4) int cascades, float near, float far, float lambda)

  Utility method to compute cascadeSplitPositions according to apractical split scheme.

  The practical split scheme uses uses a lambda value to interpolate between the logrithmicand uniform split schemes. Start with a lambda value of 0.5f and adjust for your scene.

  See: Zhang et al 2006, "Parallel-split shadow maps for large-scale virtual environments"

  Parameters:

  splitPositions - a float array of at least size (cascades - 1) to write the splitpositions into

  cascades - the number of shadow cascades, at most 4

  near - the camera near plane

  far - the camera far plane

  lambda - a float in the range [0, 1] that interpolates between log anduniform split schemes