07-Jan-2022 16:00:49 biharmonic_fd2d_test(): MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2 Test biharmonic_fd2d() biharmonic_fd2d_solution_test(): biharmonic_fd2d_solution() evaluates an example solution of the 2D biharmonic equation. Graphics saved as "biharmonic_fd2d_case1.png" Graphics saved as "biharmonic_fd2d_case2.png" Graphics saved as "biharmonic_fd2d_case3.png" Graphics saved as "biharmonic_fd2d_case4.png" biharmonic_fd2d_stencil_test(): biharmonic_fd2d_stencil() defines a finite difference stencil approximation the 2D biharmonic operator. Stencil matrix: 0 0 1 0 0 0 2 -8 2 0 1 -8 20 -8 1 0 2 -8 2 0 0 0 1 0 0 Compare A*U and RHS Case = 1 U(1:5,1:5) ans = 0 0 0 0 0 0 0.0034 0.0064 0.0089 0.0110 0 0.0064 0.0120 0.0167 0.0205 0 0.0089 0.0167 0.0232 0.0286 0 0.0110 0.0205 0.0286 0.0352 ( 3, 3) 8 8 ( 3, 4) 8 8 ( 3, 5) 8 8 ( 3, 6) 8 8 ( 3, 7) 8 8 ( 3, 8) 8 8 ( 3, 9) 8 8 ( 3,10) 8 8 ( 3,11) 8 8 ( 3,12) 8 8 ( 3,13) 8 8 ( 3,14) 8 8 ( 3,15) 8 8 ( 4, 3) 8 8 ( 4, 4) 8 8 ( 4, 5) 8 8 ( 4, 6) 8 8 ( 4, 7) 8 8 ( 4, 8) 8 8 ( 4, 9) 8 8 ( 4,10) 8 8 ( 4,11) 8 8 ( 4,12) 8 8 ( 4,13) 8 8 ( 4,14) 8 8 ( 4,15) 8 8 ( 5, 3) 8 8 ( 5, 4) 8 8 ( 5, 5) 8 8 ( 5, 6) 8 8 ( 5, 7) 8 8 ( 5, 8) 8 8 ( 5, 9) 8 8 ( 5,10) 8 8 ( 5,11) 8 8 ( 5,12) 8 8 ( 5,13) 8 8 ( 5,14) 8 8 ( 5,15) 8 8 ( 6, 3) 8 8 ( 6, 4) 8 8 ( 6, 5) 8 8 ( 6, 6) 8 8 ( 6, 7) 8 8 ( 6, 8) 8 8 ( 6, 9) 8 8 ( 6,10) 8 8 ( 6,11) 8 8 ( 6,12) 8 8 ( 6,13) 8 8 ( 6,14) 8 8 ( 6,15) 8 8 ( 7, 3) 8 8 ( 7, 4) 8 8 ( 7, 5) 8 8 ( 7, 6) 8 8 ( 7, 7) 8 8 ( 7, 8) 8 8 ( 7, 9) 8 8 ( 7,10) 8 8 ( 7,11) 8 8 ( 7,12) 8 8 ( 7,13) 8 8 ( 7,14) 8 8 ( 7,15) 8 8 ( 8, 3) 8 8 ( 8, 4) 8 8 ( 8, 5) 8 8 ( 8, 6) 8 8 ( 8, 7) 8 8 ( 8, 8) 8 8 ( 8, 9) 8 8 ( 8,10) 8 8 ( 8,11) 8 8 ( 8,12) 8 8 ( 8,13) 8 8 ( 8,14) 8 8 ( 8,15) 8 8 ( 9, 3) 8 8 ( 9, 4) 8 8 ( 9, 5) 8 8 ( 9, 6) 8 8 ( 9, 7) 8 8 ( 9, 8) 8 8 ( 9, 9) 8 8 ( 9,10) 8 8 ( 9,11) 8 8 ( 9,12) 8 8 ( 9,13) 8 8 ( 9,14) 8 8 ( 9,15) 8 8 (10, 3) 8 8 (10, 4) 8 8 (10, 5) 8 8 (10, 6) 8 8 (10, 7) 8 8 (10, 8) 8 8 (10, 9) 8 8 (10,10) 8 8 (10,11) 8 8 (10,12) 8 8 (10,13) 8 8 (10,14) 8 8 (10,15) 8 8 (11, 3) 8 8 (11, 4) 8 8 (11, 5) 8 8 (11, 6) 8 8 (11, 7) 8 8 (11, 8) 8 8 (11, 9) 8 8 (11,10) 8 8 (11,11) 8 8 (11,12) 8 8 (11,13) 8 8 (11,14) 8 8 (11,15) 8 8 (12, 3) 8 8 (12, 4) 8 8 (12, 5) 8 8 (12, 6) 8 8 (12, 7) 8 8 (12, 8) 8 8 (12, 9) 8 8 (12,10) 8 8 (12,11) 8 8 (12,12) 8 8 (12,13) 8 8 (12,14) 8 8 (12,15) 8 8 (13, 3) 8 8 (13, 4) 8 8 (13, 5) 8 8 (13, 6) 8 8 (13, 7) 8 8 (13, 8) 8 8 (13, 9) 8 8 (13,10) 8 8 (13,11) 8 8 (13,12) 8 8 (13,13) 8 8 (13,14) 8 8 (13,15) 8 8 (14, 3) 8 8 (14, 4) 8 8 (14, 5) 8 8 (14, 6) 8 8 (14, 7) 8 8 (14, 8) 8 8 (14, 9) 8 8 (14,10) 8 8 (14,11) 8 8 (14,12) 8 8 (14,13) 8 8 (14,14) 8 8 (14,15) 8 8 (15, 3) 8 8 (15, 4) 8 8 (15, 5) 8 8 (15, 6) 8 8 (15, 7) 8 8 (15, 8) 8 8 (15, 9) 8 8 (15,10) 8 8 (15,11) 8 8 (15,12) 8 8 (15,13) 8 8 (15,14) 8 8 (15,15) 8 8 Case = 2 U(1:5,1:5) ans = 0 -0.0039 -0.0156 -0.0352 -0.0625 0.0704 0.0664 0.0543 0.0341 0.0059 0.1573 0.1531 0.1405 0.1196 0.0904 0.2613 0.2570 0.2439 0.2222 0.1918 0.3835 0.3790 0.3654 0.3427 0.3110 ( 3, 3) 0.00292985 0 ( 3, 4) 0.00290113 0 ( 3, 5) 0.00286109 0 ( 3, 6) 0.00280987 0 ( 3, 7) 0.00274769 0 ( 3, 8) 0.00267477 0 ( 3, 9) 0.0025914 0 ( 3,10) 0.00249792 0 ( 3,11) 0.00239468 0 ( 3,12) 0.0022821 0 ( 3,13) 0.0021606 0 ( 3,14) 0.00203066 0 ( 3,15) 0.00189279 0 ( 4, 3) 0.00311884 0 ( 4, 4) 0.00308827 0 ( 4, 5) 0.00304565 0 ( 4, 6) 0.00299113 0 ( 4, 7) 0.00292493 0 ( 4, 8) 0.0028473 0 ( 4, 9) 0.00275856 0 ( 4,10) 0.00265905 0 ( 4,11) 0.00254915 0 ( 4,12) 0.0024293 0 ( 4,13) 0.00229997 0 ( 4,14) 0.00216165 0 ( 4,15) 0.00201489 0 ( 5, 3) 0.00332002 0 ( 5, 4) 0.00328748 0 ( 5, 5) 0.00324211 0 ( 5, 6) 0.00318407 0 ( 5, 7) 0.0031136 0 ( 5, 8) 0.00303097 0 ( 5, 9) 0.00293651 0 ( 5,10) 0.00283057 0 ( 5,11) 0.00271359 0 ( 5,12) 0.00258601 0 ( 5,13) 0.00244833 0 ( 5,14) 0.00230109 0 ( 5,15) 0.00214486 0 ( 6, 3) 0.00353418 0 ( 6, 4) 0.00349954 0 ( 6, 5) 0.00345124 0 ( 6, 6) 0.00338946 0 ( 6, 7) 0.00331444 0 ( 6, 8) 0.00322648 0 ( 6, 9) 0.00312593 0 ( 6,10) 0.00301316 0 ( 6,11) 0.00288863 0 ( 6,12) 0.00275282 0 ( 6,13) 0.00260626 0 ( 6,14) 0.00244952 0 ( 6,15) 0.00228321 0 ( 7, 3) 0.00376215 0 ( 7, 4) 0.00372528 0 ( 7, 5) 0.00367386 0 ( 7, 6) 0.0036081 0 ( 7, 7) 0.00352824 0 ( 7, 8) 0.00343461 0 ( 7, 9) 0.00332756 0 ( 7,10) 0.00320752 0 ( 7,11) 0.00307496 0 ( 7,12) 0.00293039 0 ( 7,13) 0.00277437 0 ( 7,14) 0.00260752 0 ( 7,15) 0.00243049 0 ( 8, 3) 0.00400483 0 ( 8, 4) 0.00396558 0 ( 8, 5) 0.00391085 0 ( 8, 6) 0.00384084 0 ( 8, 7) 0.00375583 0 ( 8, 8) 0.00365616 0 ( 8, 9) 0.00354221 0 ( 8,10) 0.00341443 0 ( 8,11) 0.00327331 0 ( 8,12) 0.00311941 0 ( 8,13) 0.00295333 0 ( 8,14) 0.00277572 0 ( 8,15) 0.00258727 0 ( 9, 3) 0.00426317 0 ( 9, 4) 0.00422138 0 ( 9, 5) 0.00416312 0 ( 9, 6) 0.00408859 0 ( 9, 7) 0.0039981 0 ( 9, 8) 0.003892 0 ( 9, 9) 0.0037707 0 ( 9,10) 0.00363468 0 ( 9,11) 0.00348446 0 ( 9,12) 0.00332063 0 ( 9,13) 0.00314384 0 ( 9,14) 0.00295477 0 ( 9,15) 0.00275416 0 (10, 3) 0.00453816 0 (10, 4) 0.00449369 0 (10, 5) 0.00443166 0 (10, 6) 0.00435233 0 (10, 7) 0.004256 0 (10, 8) 0.00414306 0 (10, 9) 0.00401393 0 (10,10) 0.00386913 0 (10,11) 0.00370922 0 (10,12) 0.00353483 0 (10,13) 0.00334663 0 (10,14) 0.00314537 0 (10,15) 0.00293182 0 (11, 3) 0.0048309 0 (11, 4) 0.00478355 0 (11, 5) 0.00471752 0 (11, 6) 0.00463308 0 (11, 7) 0.00453054 0 (11, 8) 0.0044103 0 (11, 9) 0.00427285 0 (11,10) 0.00411871 0 (11,11) 0.00394849 0 (11,12) 0.00376285 0 (11,13) 0.00356251 0 (11,14) 0.00334826 0 (11,15) 0.00312094 0 (12, 3) 0.00514252 0 (12, 4) 0.00509212 0 (12, 5) 0.00502183 0 (12, 6) 0.00493193 0 (12, 7) 0.00482278 0 (12, 8) 0.00469479 0 (12, 9) 0.00454847 0 (12,10) 0.00438439 0 (12,11) 0.00420319 0 (12,12) 0.00400557 0 (12,13) 0.00379231 0 (12,14) 0.00356424 0 (12,15) 0.00332226 0 (13, 3) 0.00547424 0 (13, 4) 0.00542058 0 (13, 5) 0.00534576 0 (13, 6) 0.00525007 0 (13, 7) 0.00513387 0 (13, 8) 0.00499763 0 (13, 9) 0.00484187 0 (13,10) 0.00466721 0 (13,11) 0.00447431 0 (13,12) 0.00426395 0 (13,13) 0.00403694 0 (13,14) 0.00379416 0 (13,15) 0.00353656 0 (14, 3) 0.00582735 0 (14, 4) 0.00577024 0 (14, 5) 0.00569059 0 (14, 6) 0.00558873 0 (14, 7) 0.00546504 0 (14, 8) 0.00532 0 (14, 9) 0.0051542 0 (14,10) 0.00496827 0 (14,11) 0.00476293 0 (14,12) 0.004539 0 (14,13) 0.00429734 0 (14,14) 0.0040389 0 (14,15) 0.00376469 0 (15, 3) 0.00620325 0 (15, 4) 0.00614245 0 (15, 5) 0.00605767 0 (15, 6) 0.00594923 0 (15, 7) 0.00581756 0 (15, 8) 0.00566317 0 (15, 9) 0.00548667 0 (15,10) 0.00528874 0 (15,11) 0.00507017 0 (15,12) 0.00483179 0 (15,13) 0.00457454 0 (15,14) 0.00429943 0 (15,15) 0.00400753 0 Case = 3 U(1:5,1:5) ans = 0 0 0 0 0 0 0.0000 0.0000 0.0000 0.0001 0 0.0000 0.0001 0.0004 0.0010 0 0.0000 0.0004 0.0016 0.0042 0 0.0001 0.0010 0.0042 0.0113 ( 3, 3) 63.9899 2.13957e+06 ( 3, 4) 102.274 1.53726e+06 ( 3, 5) 125.101 1.02098e+06 ( 3, 6) 121.469 590734 ( 3, 7) 86.3574 246515 ( 3, 8) 20.7124 -11690.3 ( 3, 9) -68.548 -183893 ( 3,10) -168.524 -270107 ( 3,11) -260.312 -270349 ( 3,12) -318.979 -184636 ( 3,13) -313.516 -12988.9 ( 3,14) -206.796 244571 ( 3,15) 44.4861 588020 ( 4, 3) 102.274 4.8175e+06 ( 4, 4) 144.139 3.53622e+06 ( 4, 5) 149.629 2.42222e+06 ( 4, 6) 97.2411 1.47536e+06 ( 4, 7) -20.9011 695461 ( 4, 8) -198.388 82279.7 ( 4, 9) -414.657 -364453 ( 4,10) -635.915 -645052 ( 4,11) -816.866 -759873 ( 4,12) -903.22 -709315 ( 4,13) -835.003 -493819 ( 4,14) -550.666 -113867 ( 4,15) 8.02721 430016 ( 5, 3) 125.101 8.56646e+06 ( 5, 4) 149.629 6.33122e+06 ( 5, 5) 131.256 4.37838e+06 ( 5, 6) 42.0591 2.70771e+06 ( 5, 7) -127.517 1.31889e+06 ( 5, 8) -367.563 211569 ( 5, 9) -648.923 -614711 ( 5,10) -924.728 -1.16045e+06 ( 5,11) -1133.25 -1.42624e+06 ( 5,12) -1202.04 -1.41271e+06 ( 5,13) -1053.45 -1.12058e+06 ( 5,14) -611.372 -550630 ( 5,15) 190.624 296293 ( 6, 3) 121.469 1.33864e+07 ( 6, 4) 97.2411 9.92225e+06 ( 6, 5) 42.0591 6.88945e+06 ( 6, 6) -72.4366 4.28776e+06 ( 6, 7) -255.434 2.11681e+06 ( 6, 8) -495.658 376178 ( 6, 9) -761.627 -934667 ( 6,10) -1003.46 -1.81632e+06 ( 6,11) -1156.26 -2.26945e+06 ( 6,12) -1144.97 -2.29482e+06 ( 6,13) -890.884 -1.89327e+06 ( 6,14) -319.652 -1.06572e+06 ( 6,15) 629.182 186851 ( 7, 3) 86.3574 1.92774e+07 ( 7, 4) -20.9011 1.43093e+07 ( 7, 5) -127.517 9.95544e+06 ( 7, 6) -255.434 6.21552e+06 ( 7, 7) -411.035 3.08922e+06 ( 7, 8) -583.892 576106 ( 7, 9) -747.02 -1.32432e+06 ( 7,10) -858.623 -2.61264e+06 ( 7,11) -865.359 -3.2895e+06 ( 7,12) -707.096 -3.35565e+06 ( 7,13) -323.177 -2.8119e+06 ( 7,14) 339.814 -1.65913e+06 ( 7,15) 1318.78 101691 ( 8, 3) 20.7124 2.62395e+07 ( 8, 4) -198.388 1.94924e+07 ( 8, 5) -367.563 1.35764e+07 ( 8, 6) -495.658 8.491e+06 ( 8, 7) -583.892 4.23611e+06 ( 8, 8) -624.887 811353 ( 8, 9) -602.856 -1.78367e+06 ( 8,10) -494.976 -3.54942e+06 ( 8,11) -273.925 -4.4864e+06 ( 8,12) 88.4028 -4.5952e+06 ( 8,13) 616.014 -3.87645e+06 ( 8,14) 1322.76 -2.33086e+06 ( 8,15) 2205.09 40813 ( 9, 3) -68.548 3.42725e+07 ( 9, 4) -414.657 2.54716e+07 ( 9, 5) -648.923 1.77522e+07 ( 9, 6) -761.627 1.11142e+07 ( 9, 7) -747.02 5.55749e+06 ( 9, 8) -602.856 1.08192e+06 ( 9, 9) -330.487 -2.31272e+06 ( 9,10) 64.4865 -4.62665e+06 ( 9,11) 571.009 -5.86014e+06 ( 9,12) 1170.8 -6.01346e+06 ( 9,13) 1836.03 -5.08694e+06 ( 9,14) 2526.45 -3.08092e+06 ( 9,15) 3185.93 4216.07 (10, 3) -168.524 4.33766e+07 (10, 4) -635.915 3.22468e+07 (10, 5) -924.728 2.24829e+07 (10, 6) -1003.46 1.40851e+07 (10, 7) -858.623 7.05335e+06 (10, 8) -494.976 1.38781e+06 (10, 9) 64.4865 -2.91146e+06 (10,10) 778.95 -5.84435e+06 (10,11) 1590.52 -7.41072e+06 (10,12) 2425.28 -7.61044e+06 (10,13) 3194.75 -6.44336e+06 (10,14) 3797.61 -3.90931e+06 (10,15) 4121.79 -8099.3 (11, 3) -260.312 5.35518e+07 (11, 4) -816.866 3.9818e+07 (11, 5) -1133.25 2.77686e+07 (11, 6) -1156.26 1.74037e+07 (11, 7) -865.359 8.7237e+06 (11, 8) -273.925 1.72901e+06 (11, 9) 571.009 -3.57991e+06 (11,10) 1590.52 -7.2025e+06 (11,11) 2677.08 -9.13814e+06 (11,12) 3699.43 -9.38614e+06 (11,13) 4508.84 -7.94571e+06 (11,14) 4947.04 -4.81601e+06 (11,15) 4855.6 3866.86 (12, 3) -318.979 6.47979e+07 (12, 4) -903.22 4.81853e+07 (12, 5) -1202.04 3.36091e+07 (12, 6) -1144.97 2.107e+07 (12, 7) -707.096 1.05685e+07 (12, 8) 88.4028 2.10554e+06 (12, 9) 1170.8 -4.31805e+06 (12,10) 2425.28 -8.70111e+06 (12,11) 3699.43 -1.10424e+07 (12,12) 4812.67 -1.13406e+07 (12,13) 5568.75 -9.59399e+06 (12,14) 5771.13 -5.80105e+06 (12,15) 5241.45 40114.5 (13, 3) -313.516 7.71151e+07 (13, 4) -835.003 5.73486e+07 (13, 5) -1053.45 4.00046e+07 (13, 6) -890.884 2.5084e+07 (13, 7) -323.177 1.25879e+07 (13, 8) 616.014 2.51738e+06 (13, 9) 1836.03 -5.12589e+06 (13,10) 3194.75 -1.03402e+07 (13,11) 4508.84 -1.31235e+07 (13,12) 5568.75 -1.34737e+07 (13,13) 6158.46 -1.13882e+07 (13,14) 6079.97 -6.8644e+06 (13,15) 5182.47 100644 (14, 3) -206.796 9.05033e+07 (14, 4) -550.666 6.73079e+07 (14, 5) -611.372 4.6955e+07 (14, 6) -319.652 2.94458e+07 (14, 7) 339.814 1.47817e+07 (14, 8) 1322.76 2.96454e+06 (14, 9) 2526.45 -6.00342e+06 (14,10) 3797.61 -1.21197e+07 (14,11) 4947.04 -1.53815e+07 (14,12) 5771.13 -1.57855e+07 (14,13) 6079.97 -1.33283e+07 (14,14) 5732.41 -8.00609e+06 (14,15) 4677.77 185454 (15, 3) 44.4861 1.04962e+08 (15, 4) 8.02721 7.80633e+07 (15, 5) 190.624 5.44604e+07 (15, 6) 629.182 3.41552e+07 (15, 7) 1318.78 1.715e+07 (15, 8) 2205.09 3.44703e+06 (15, 9) 3185.93 -6.95066e+06 (15,10) 4121.79 -1.40397e+07 (15,11) 4855.6 -1.78163e+07 (15,12) 5241.45 -1.82761e+07 (15,13) 5182.47 -1.54144e+07 (15,14) 4677.77 -9.22609e+06 (15,15) 3878.46 294547 Case = 4 U(1:5,1:5) ans = 0 0 0 0 0 0 0.0381 0.0747 0.1084 0.1379 0 0.0747 0.1464 0.2126 0.2706 0 0.1084 0.2126 0.3087 0.3928 0 0.1379 0.2706 0.3928 0.5000 ( 3, 3) 56.6953 57.0609 ( 3, 4) 82.3089 82.8396 ( 3, 5) 104.759 105.435 ( 3, 6) 123.184 123.978 ( 3, 7) 136.875 137.757 ( 3, 8) 145.305 146.242 ( 3, 9) 148.152 149.107 ( 3,10) 145.305 146.242 ( 3,11) 136.875 137.757 ( 3,12) 123.184 123.978 ( 3,13) 104.759 105.435 ( 3,14) 82.3089 82.8396 ( 3,15) 56.6953 57.0609 ( 4, 3) 82.3089 82.8396 ( 4, 4) 119.494 120.264 ( 4, 5) 152.087 153.068 ( 4, 6) 178.835 179.989 ( 4, 7) 198.711 199.993 ( 4, 8) 210.951 212.311 ( 4, 9) 215.083 216.47 ( 4,10) 210.951 212.311 ( 4,11) 198.711 199.993 ( 4,12) 178.835 179.989 ( 4,13) 152.087 153.068 ( 4,14) 119.494 120.264 ( 4,15) 82.3089 82.8396 ( 5, 3) 104.759 105.435 ( 5, 4) 152.087 153.068 ( 5, 5) 193.57 194.818 ( 5, 6) 227.614 229.082 ( 5, 7) 252.911 254.542 ( 5, 8) 268.489 270.221 ( 5, 9) 273.749 275.515 ( 5,10) 268.489 270.221 ( 5,11) 252.911 254.542 ( 5,12) 227.614 229.082 ( 5,13) 193.57 194.818 ( 5,14) 152.087 153.068 ( 5,15) 104.759 105.435 ( 6, 3) 123.184 123.978 ( 6, 4) 178.835 179.989 ( 6, 5) 227.614 229.082 ( 6, 6) 267.646 269.372 ( 6, 7) 297.392 299.31 ( 6, 8) 315.71 317.746 ( 6, 9) 321.895 323.971 ( 6,10) 315.71 317.746 ( 6,11) 297.392 299.31 ( 6,12) 267.646 269.372 ( 6,13) 227.614 229.082 ( 6,14) 178.835 179.989 ( 6,15) 123.184 123.978 ( 7, 3) 136.875 137.757 ( 7, 4) 198.711 199.993 ( 7, 5) 252.911 254.542 ( 7, 6) 297.392 299.31 ( 7, 7) 330.445 332.575 ( 7, 8) 350.798 353.06 ( 7, 9) 357.671 359.977 ( 7,10) 350.798 353.06 ( 7,11) 330.445 332.575 ( 7,12) 297.392 299.31 ( 7,13) 252.911 254.542 ( 7,14) 198.711 199.993 ( 7,15) 136.875 137.757 ( 8, 3) 145.305 146.242 ( 8, 4) 210.951 212.311 ( 8, 5) 268.489 270.221 ( 8, 6) 315.71 317.746 ( 8, 7) 350.798 353.06 ( 8, 8) 372.405 374.807 ( 8, 9) 379.701 382.15 ( 8,10) 372.405 374.807 ( 8,11) 350.798 353.06 ( 8,12) 315.71 317.746 ( 8,13) 268.489 270.221 ( 8,14) 210.951 212.311 ( 8,15) 145.305 146.242 ( 9, 3) 148.152 149.107 ( 9, 4) 215.083 216.47 ( 9, 5) 273.749 275.515 ( 9, 6) 321.895 323.971 ( 9, 7) 357.671 359.977 ( 9, 8) 379.701 382.15 ( 9, 9) 387.14 389.636 ( 9,10) 379.701 382.15 ( 9,11) 357.671 359.977 ( 9,12) 321.895 323.971 ( 9,13) 273.749 275.515 ( 9,14) 215.083 216.47 ( 9,15) 148.152 149.107 (10, 3) 145.305 146.242 (10, 4) 210.951 212.311 (10, 5) 268.489 270.221 (10, 6) 315.71 317.746 (10, 7) 350.798 353.06 (10, 8) 372.405 374.807 (10, 9) 379.701 382.15 (10,10) 372.405 374.807 (10,11) 350.798 353.06 (10,12) 315.71 317.746 (10,13) 268.489 270.221 (10,14) 210.951 212.311 (10,15) 145.305 146.242 (11, 3) 136.875 137.757 (11, 4) 198.711 199.993 (11, 5) 252.911 254.542 (11, 6) 297.392 299.31 (11, 7) 330.445 332.575 (11, 8) 350.798 353.06 (11, 9) 357.671 359.977 (11,10) 350.798 353.06 (11,11) 330.445 332.575 (11,12) 297.392 299.31 (11,13) 252.911 254.542 (11,14) 198.711 199.993 (11,15) 136.875 137.757 (12, 3) 123.184 123.978 (12, 4) 178.835 179.989 (12, 5) 227.614 229.082 (12, 6) 267.646 269.372 (12, 7) 297.392 299.31 (12, 8) 315.71 317.746 (12, 9) 321.895 323.971 (12,10) 315.71 317.746 (12,11) 297.392 299.31 (12,12) 267.646 269.372 (12,13) 227.614 229.082 (12,14) 178.835 179.989 (12,15) 123.184 123.978 (13, 3) 104.759 105.435 (13, 4) 152.087 153.068 (13, 5) 193.57 194.818 (13, 6) 227.614 229.082 (13, 7) 252.911 254.542 (13, 8) 268.489 270.221 (13, 9) 273.749 275.515 (13,10) 268.489 270.221 (13,11) 252.911 254.542 (13,12) 227.614 229.082 (13,13) 193.57 194.818 (13,14) 152.087 153.068 (13,15) 104.759 105.435 (14, 3) 82.3089 82.8396 (14, 4) 119.494 120.264 (14, 5) 152.087 153.068 (14, 6) 178.835 179.989 (14, 7) 198.711 199.993 (14, 8) 210.951 212.311 (14, 9) 215.083 216.47 (14,10) 210.951 212.311 (14,11) 198.711 199.993 (14,12) 178.835 179.989 (14,13) 152.087 153.068 (14,14) 119.494 120.264 (14,15) 82.3089 82.8396 (15, 3) 56.6953 57.0609 (15, 4) 82.3089 82.8396 (15, 5) 104.759 105.435 (15, 6) 123.184 123.978 (15, 7) 136.875 137.757 (15, 8) 145.305 146.242 (15, 9) 148.152 149.107 (15,10) 145.305 146.242 (15,11) 136.875 137.757 (15,12) 123.184 123.978 (15,13) 104.759 105.435 (15,14) 82.3089 82.8396 (15,15) 56.6953 57.0609 biharmonic_fd2d_test: Normal end of execution. 07-Jan-2022 16:00:54