18-Jul-2023 10:36:28

CVT_1D_LUMPING
  MATLAB version
  Use lumping to implement a version of Lloyd's algorithm
  in the 1D interval [-1,1].

  Number of generators is 5
  Number of iterations is 250
  Number of samples is 100000

  Initial generators (Uniform, staggered):

     1  -0.666667
     2  -0.333333
     3  0.000000
     4  0.333333
     5  0.666667

  Saved graphics file "density.png"
  Saved graphics file "energy_005_u.png"
  Graphics saved as "motion_005_u.png"
  Saved graphics file "evolution_005_u.png"

  CVT data:
      K          G             H          rho H^3          mu H

     1       -0.9984        0.1927         40.31         3.429
     2       -0.6162        0.4992        0.2547        0.6338
     3        0.0000        0.6156        0.2333        0.6156
     4        0.6150        0.4987         0.253        0.6325
     5        0.9974        0.1938         19.82         2.706

  Chebyshev Zero Node data for comparison
     K          G             H          rho H^3          mu H

     1       -0.9511        0.2306        0.4154        0.7462
     2       -0.5878        0.4755        0.2031        0.5878
     3        0.0000        0.5878        0.2031        0.5878
     4        0.5878        0.4755        0.2031        0.5878
     5        0.9511        0.2306        0.4154        0.7462

  |G-ChebyshevZero| = 0.0770842
  Saved CVT coordinates in file "cvt_005_u.txt"
  Saved Chebyshev Zero node coordinates in file "chebyzero_005.txt"

  Iteration required 387.634 seconds.

CVT_1D_LUMPING
  Normal end of execution.

18-Jul-2023 10:42:58
  Output saved in "output_005_u.txt"