22-Dec-2018 19:22:33

CCVT_BOX_TEST
  MATLAB version
  Test CCVT_BOX.
output = ccvt_box_test_output.txt
22-Dec-2018 19:22:33

CCVT_BOX
  MATLAB version
  Generate and animate a constrained CVT dataset.

  This program is meant to be used interactively.
  It is also possible to prepare a simple input 
  file beforehand and use it in batch mode.

  The program requests input values from the user:

  * NDIM, the spatial dimension,
  * N, the number of points to generate,
  * NPP, the number of points to place on the boundary.
  * SEED, a seed to use for random number generation,
  * INIT, initialize the points:
    ** file, read data from a file;
    ** 'GRID', by picking points from a grid;
    ** 'HALTON', from a Halton sequence;
    ** 'RAND', using MATLAB's RAND function;
    ** 'UNIFORM', using a simple uniform RNG;
  * IT_MAX, the maximum number of iterations.
  * IT_FIXED, the number of iterative steps to take
    using a fixed set of sampling points.
  * SAMPLE, how to conduct the sampling.
    ** 'GRID', by picking points from a grid;
    ** 'HALTON', from a Halton sequence;
    ** 'RAND', using MATLAB's RAND function;
    ** 'UNIFORM', using a simple uniform RNG;
  * SAMPLE_NUM, the number of sample points;
  * BATCH, the number of sampling points to create at one time;
  * MOVIE_NAME is the name of the file in which the movie is stored;
  * OUTPUT, a file into which the data is stored.

  To indicate that no further computations are 
  desired, it is enough to input a nonsensical value, 
  such as -1.
  *
 *
*  Ready to generate a new dataset:
 *
  *

  NDIM is the spatial dimension.
  (Try '2' if you have no preference.)
  (Any value less than 1 terminates execution.)
  NDIM =            2

  N is the number of points to generate.
  (Try '25' if you have no preference.)
  (Any value less than 1 terminates execution.)
  Enter N: