07-Jan-2022 18:18:06 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 9 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.800000 2 -0.600000 3 -0.400000 4 -0.200000 5 0.000000 6 0.200000 7 0.400000 8 0.600000 9 0.800000 Saved graphics file "density.png" Saved graphics file "energy_009_u.png" Saved graphics file "motion_009_u.png" Saved graphics file "evolution_009_u.png" CVT data: K G H rho H^3 mu H 1 -0.9996 0.06096 9.006 2.081 2 -0.8785 0.1739 0.04822 0.364 3 -0.6518 0.2659 0.04309 0.3506 4 -0.3468 0.3259 0.04195 0.3475 5 0.0000 0.3466 0.04163 0.3466 6 0.3464 0.3256 0.04182 0.3471 7 0.6512 0.2658 0.04296 0.3502 8 0.8779 0.174 0.04803 0.3635 9 0.9993 0.06138 4.437 1.643 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9848 0.07458 0.07923 0.4295 2 -0.8660 0.171 0.04001 0.342 3 -0.6428 0.262 0.04001 0.342 4 -0.3420 0.3214 0.04001 0.342 5 0.0000 0.342 0.04001 0.342 6 0.3420 0.3214 0.04001 0.342 7 0.6428 0.262 0.04001 0.342 8 0.8660 0.171 0.04001 0.342 9 0.9848 0.07458 0.07923 0.4295 ||G-ChebyshevZero|| = 0.0303491 Saved CVT coordinates in file "cvt_009_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_009.txt" Iteration required 0.791643 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:08 Output saved in "output_009_u.txt"