6 October 2025 6:05:28.654 PM diaphony(): Fortran90 version Compute the diaphony of a point set. Input comes from "cvt_02_00100.txt". The spatial dimension is 2 The number of points is 100 File M N Diaphony 1/sqrt(N) D/sqrt(N) cvt_02_00100.txt 2 100 0.445544E-01 0.100000 0.445544 diaphony(): Normal end of execution. 6 October 2025 6:05:28.654 PM 6 October 2025 6:05:28.655 PM diaphony(): Fortran90 version Compute the diaphony of a point set. Input comes from "halton_02_00100.txt". The spatial dimension is 2 The number of points is 100 File M N Diaphony 1/sqrt(N) D/sqrt(N) halton_02_00100.txt 2 100 0.436302E-01 0.100000 0.436302 diaphony(): Normal end of execution. 6 October 2025 6:05:28.656 PM 6 October 2025 6:05:28.657 PM diaphony(): Fortran90 version Compute the diaphony of a point set. Input comes from "uniform_02_00010.txt". The spatial dimension is 2 The number of points is 10 File M N Diaphony 1/sqrt(N) D/sqrt(N) uniform_02_00010.txt 2 10 0.290895 0.316228 0.919890 diaphony(): Normal end of execution. 6 October 2025 6:05:28.657 PM 6 October 2025 6:05:28.658 PM diaphony(): Fortran90 version Compute the diaphony of a point set. Input comes from "uniform_02_00100.txt". The spatial dimension is 2 The number of points is 100 File M N Diaphony 1/sqrt(N) D/sqrt(N) uniform_02_00100.txt 2 100 0.124734 0.100000 1.24734 diaphony(): Normal end of execution. 6 October 2025 6:05:28.658 PM 6 October 2025 6:05:28.659 PM diaphony(): Fortran90 version Compute the diaphony of a point set. Input comes from "uniform_07_10000.txt". The spatial dimension is 7 The number of points is 10000 File M N Diaphony 1/sqrt(N) D/sqrt(N) uniform_07_10000.txt 7 10000 0.100144E-01 0.100000E-01 1.00144 diaphony(): Normal end of execution. 6 October 2025 6:05:39.525 PM