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mx_voronoi

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, float &d2, float &d3, vector2 &p1, vector2 &p2, vector2 &p3)

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, float &d2, vector2 &p1, vector2 &p2)

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, vector2 &p1)

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, float &d2, float &d3, vector2 &p1, vector2 &p2, vector2 &p3, int periodx, int periody)

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, float &d2, vector2 &p1, vector2 &p2, int periodx, int periody)

void  mx_voronoi(vector2 position, float jitter, int metric, float &d1, vector2 &p1, int periodx, int periody)

Generates 3D noise.

void  mx_voronoi(vector position, float jitter, int metric, float &d1, float &d2, float &d3, vector &p1, vector &p2, vector &p3)

void  mx_voronoi(vector position, float jitter, int metric, float &d1, float &d2, vector &p1, vector &p2)

void  mx_voronoi(vector position, float jitter, int metric, float &d1, vector &p1)

void  mx_voronoi(vector position, float jitter, int metric, float &d1, float &d2, float &d3, vector &p1, vector &p2, vector &p3, int periodx, int periody, int periodz)

void  mx_voronoi(vector position, float jitter, int metric, float &d1, float &d2, vector &p1, vector &p2, int periodx, int periody, int periodz)

void  mx_voronoi(vector position, float jitter, int metric, float &d1, vector &p1, int periodx, int periody, int periodz)

Returns a Voronoi Noise values of distances which are similar to Worley noise, but has additional outputs of cells positions. There is no analogue of this noise in the standard MaterialX library yet.

position

The position at which to sample the noise.

jitter

The jitter should normally be clamped between 0 and 1.

metric

The metric is an integer representing how the distance is measured for Worley noise

  • 0 - Euclidean Distance
  • 1 - Distance Squared
  • 2 - Manhattan Distance
  • 3 - Chebyshev Distance

d1, d2, d3

These variables are overwritten with the distances to the nearest cell points, in order of closeness.

p1, p2, p3

These variables are overwritten with the cell positions, in order of closeness to the input position.