22-Sep-2024 07:18:02

cvt_metric_test():
  MATLAB/Octave version 6.4.0
  Test cvt_metric()

cvt_metric():
  A simple demonstration of a CVT computation
  (Centroidal Voronoi Tessellation)
  in a square, using a metric matrix.

  User specified number of generators = 200

  User specified number of sample points = 10000

  The accumarray() command can be used for faster
  computation.  This command is not available in
  some versions of MATLAB.  If accumarray() is available,
  simply make sure that the accumarray_available variable
  is set to 1!

  The accumarray() command will be used.
  Graphics saved as "metric_01.png"

cvt_metric():
  A simple demonstration of a CVT computation
  (Centroidal Voronoi Tessellation)
  in a square, using a metric matrix.

  User specified number of generators = 200

  User specified number of sample points = 10000

  The accumarray() command can be used for faster
  computation.  This command is not available in
  some versions of MATLAB.  If accumarray() is available,
  simply make sure that the accumarray_available variable
  is set to 1!

  The accumarray() command will be used.
  Graphics saved as "metric_02.png"

cvt_metric():
  A simple demonstration of a CVT computation
  (Centroidal Voronoi Tessellation)
  in a square, using a metric matrix.

  User specified number of generators = 200

  User specified number of sample points = 10000

  The accumarray() command can be used for faster
  computation.  This command is not available in
  some versions of MATLAB.  If accumarray() is available,
  simply make sure that the accumarray_available variable
  is set to 1!

  The accumarray() command will be used.
  Graphics saved as "metric_03.png"

cvt_metric():
  A simple demonstration of a CVT computation
  (Centroidal Voronoi Tessellation)
  in a square, using a metric matrix.

  User specified number of generators = 200

  User specified number of sample points = 10000

  The accumarray() command can be used for faster
  computation.  This command is not available in
  some versions of MATLAB.  If accumarray() is available,
  simply make sure that the accumarray_available variable
  is set to 1!

  The accumarray() command will be used.
  Graphics saved as "metric_04.png"

cvt_metric():
  A simple demonstration of a CVT computation
  (Centroidal Voronoi Tessellation)
  in a square, using a metric matrix.

  User specified number of generators = 200

  User specified number of sample points = 10000

  The accumarray() command can be used for faster
  computation.  This command is not available in
  some versions of MATLAB.  If accumarray() is available,
  simply make sure that the accumarray_available variable
  is set to 1!

  The accumarray() command will be used.
  Graphics saved as "metric_05.png"

cvt_metric_test():
  Normal end of execution.

22-Sep-2024 07:46:04