02 March 2022 09:39:29 PM QUALITY_TEST C++ version Test the QUALITY library. TEST_HALTON Analyze a pointset in the unit hypercube. We use a built-in sample routine. Measures of uniform point dispersion. The pointset was read from "cvt_02_00100.txt" The sample routine will be SAMPLE_HYPERCUBE_UNIFORM. Spatial dimension DIM_NUM = 1 The number of points N = 100 The number of sample points NS = 100000 The random number SEED_INIT = 123456789 5x5 portion of data read from file: Row: 0 Col 0: 0.176288 1: 0.793587 2: 0.417022 3: 0.323392 4: 0.123646 TEST007 BETA_MEASURE computes the BETA measure of quality. Relative spacing deviation BETA = 1.01991 TEST01 CHI_MEASURE computes the CHI measure of quality. The regularity measure Chi = 325.432 TEST02 D_MEASURE computes the D measure of quality. 2nd moment determinant measure D = 0 TEST03 E_MEASURE computes the E measure of quality. The Voronoi energy measure E = 0.000140085 TEST04 GAMMA_MEASURE computes the Gamma measure of quality. The mesh ratio Gamma = 1587.17 TEST05 H_MEASURE computes the H measure of quality. The point distribution norm H = 0.0412899 TEST06 LAMBDA_MEASURE computes the Lambda measure of quality. The COV measure Lambda = 1.0148 TEST07 MU_MEASURE computes the Mu measure of quality. The point distribution ratio Mu = 321.096 TEST08 NU_MEASURE computes the Nu measure of quality. The cell volume deviation Nu = 233 TEST085 R0_MEASURE computes the Riesz S = 0 energy measure of quality. The R0 measure R0 = 1.51949 TEST09 SPHERE_MEASURE computes the sphere measure of quality. Nonintersecting sphere volume S = 0.488153 TEST10 TAU_MEASURE computes the Tau measure of quality. 2nd moment trace measure Tau = 0.000128907 TEST11 POINTSET_SPACING computes pointset spacing parameters. Minimum spacing GAMMA_MIN = 1.2e-05 Average spacing GAMMA_AVE = 0.00425663 Maximum spacing GAMMA_MAX = 0.019046 Spacing standard dev GAMMA_STD = 0.00434138 TEST_HALTON Analyze a pointset in the unit hypercube. We use a built-in sample routine. Measures of uniform point dispersion. The pointset was read from "halton_02_00100.txt" The sample routine will be SAMPLE_HYPERCUBE_UNIFORM. Spatial dimension DIM_NUM = 1 The number of points N = 100 The number of sample points NS = 100000 The random number SEED_INIT = 123456789 5x5 portion of data read from file: Row: 0 Col 0: 0 1: 0.5 2: 0.25 3: 0.75 4: 0.125 TEST007 BETA_MEASURE computes the BETA measure of quality. Relative spacing deviation BETA = 6.00111e-05 TEST01 CHI_MEASURE computes the CHI measure of quality. The regularity measure Chi = 3.99383 TEST02 D_MEASURE computes the D measure of quality. 2nd moment determinant measure D = 0 TEST03 E_MEASURE computes the E measure of quality. The Voronoi energy measure E = 1.26239e-05 TEST04 GAMMA_MEASURE computes the Gamma measure of quality. The mesh ratio Gamma = 1.00013 TEST05 H_MEASURE computes the H measure of quality. The point distribution norm H = 0.0156019 TEST06 LAMBDA_MEASURE computes the Lambda measure of quality. The COV measure Lambda = 5.97103e-05 TEST07 MU_MEASURE computes the Mu measure of quality. The point distribution ratio Mu = 4.01072 TEST08 NU_MEASURE computes the Nu measure of quality. The cell volume deviation Nu = 4.81234 TEST085 R0_MEASURE computes the Riesz S = 0 energy measure of quality. The R0 measure R0 = 1.45187 TEST09 SPHERE_MEASURE computes the sphere measure of quality. Nonintersecting sphere volume S = 0.773452 TEST10 TAU_MEASURE computes the Tau measure of quality. 2nd moment trace measure Tau = 2.16794e-05 TEST11 POINTSET_SPACING computes pointset spacing parameters. Minimum spacing GAMMA_MIN = 0.007812 Average spacing GAMMA_AVE = 0.00781232 Maximum spacing GAMMA_MAX = 0.007813 Spacing standard dev GAMMA_STD = 4.68826e-07 TEST_SPHERE Analyze a pointset in the unit sphere. We use a built-in sample routine. Measures of uniform point dispersion. The pointset was read from "sphere_02_00100.txt" The sample routine will be SAMPLE_SPHERE_UNIFORM. The spatial dimension DIM_NUM = 1 The number of points N = 100 The number of sample points NS = 100000 The random number SEED_INIT = 123456789 5x5 portion of data read from file: Row: 0 Col 0: 0.876684 1: -0.22158 2: 0.161346 3: 0.620678 4: 0.026216 TEST007 BETA_MEASURE computes the BETA measure of quality. Relative spacing deviation BETA = 1.04337 TEST01 CHI_MEASURE computes the CHI measure of quality. The regularity measure Chi = 544.718 TEST02 D_MEASURE computes the D measure of quality. 2nd moment determinant measure D = 0 TEST03 E_MEASURE computes the E measure of quality. The Voronoi energy measure E = 0.000310393 TEST04 GAMMA_MEASURE computes the Gamma measure of quality. The mesh ratio Gamma = 1049.87 TEST05 H_MEASURE computes the H measure of quality. The point distribution norm H = 0.0971049 TEST06 LAMBDA_MEASURE computes the Lambda measure of quality. The COV measure Lambda = 1.03814 TEST07 MU_MEASURE computes the Mu measure of quality. The point distribution ratio Mu = 123.447 TEST08 NU_MEASURE computes the Nu measure of quality. The cell volume deviation Nu = 113.587 TEST085 R0_MEASURE computes the Riesz S = 0 energy measure of quality. The R0 measure R0 = 0.951505 TEST09 SPHERE_MEASURE computes the sphere measure of quality. Nonintersecting sphere volume S = SPHERE_MEASURE - Fatal error! Some of the data is not inside the unit hypercube. inf TEST10 TAU_MEASURE computes the Tau measure of quality. 2nd moment trace measure Tau = 0.000894133 TEST11 POINTSET_SPACING computes pointset spacing parameters. Minimum spacing GAMMA_MIN = 4.7e-05 Average spacing GAMMA_AVE = 0.00924679 Maximum spacing GAMMA_MAX = 0.049344 Spacing standard dev GAMMA_STD = 0.00964786 QUALITY_TEST Normal end of execution. 02 March 2022 09:39:31 PM