08-Jan-2022 09:33:49 shepard_interp_2d_test(): MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2 Test shepard_interp_2d(). The R8LIB library is needed. This test also needs TEST_INTERP_2D. SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #1 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.768893 2: 0.0539888 0.158674 0.952023 3: 0.0217008 0.257692 0.846574 4: 0.0175129 0.341401 0.726415 5: 0.0019029 0.49436 0.488472 6: -0.0509685 0.578285 0.413568 7: 0.0395408 0.699342 0.352128 8: -0.0487061 0.747019 0.344875 9: 0.0315828 0.910765 0.289111 10: -0.0418785 0.996289 0.274649 11: 0.132419 0.050133 0.937829 12: 0.109027 0.0918555 0.986821 13: 0.125444 0.259297 1.09338 14: 0.093454 0.338159 0.875489 15: 0.0767578 0.417112 0.666256 16: 0.145187 0.561556 0.431912 17: 0.0626494 0.655223 0.368028 18: 0.145273 0.752407 0.311393 19: 0.0958668 0.914652 0.2776 20: 0.0695559 0.963242 0.270217 21: 0.26456 0.0292939 0.86418 22: 0.239165 0.0602303 0.963412 23: 0.208899 0.266878 1.16899 24: 0.276733 0.369604 0.837369 25: 0.171473 0.480174 0.571246 26: 0.226678 0.594059 0.374833 27: 0.190921 0.68788 0.322824 28: 0.186765 0.818558 0.280276 29: 0.230463 0.904651 0.24663 30: 0.242622 0.980541 0.228062 31: 0.366317 0.0396955 0.702946 32: 0.385766 0.0684484 0.69996 33: 0.383239 0.238955 0.824421 34: 0.317909 0.312413 0.913197 35: 0.346632 0.490299 0.443563 36: 0.377659 0.51993 0.371777 37: 0.387316 0.644523 0.230414 38: 0.381292 0.820379 0.0927209 39: 0.379536 0.893808 0.15622 40: 0.280351 0.971172 0.218713 41: 0.414977 -0.0284618 0.542073 42: 0.427768 0.156096 0.678798 43: 0.420001 0.226247 0.716519 44: 0.466363 0.317509 0.550298 45: 0.485566 0.389142 0.453464 46: 0.409203 0.508495 0.36142 47: 0.479258 0.632425 0.203101 48: 0.481228 0.751101 0.0271963 49: 0.397776 0.848971 0.0950689 50: 0.402732 0.997873 0.175239 51: 0.584869 -0.0271948 0.344022 52: 0.573008 0.127243 0.421405 53: 0.606389 0.270927 0.517974 54: 0.501389 0.347773 0.485388 55: 0.574131 0.425942 0.420672 56: 0.610695 0.608471 0.226834 57: 0.599011 0.673378 0.174763 58: 0.538062 0.723524 0.106604 59: 0.609697 0.924241 0.121523 60: 0.502619 1.03088 0.143132 61: 0.661693 0.0255959 0.309886 62: 0.642784 0.0707835 0.347567 63: 0.639648 0.200834 0.483013 64: 0.670396 0.325984 0.590166 65: 0.700118 0.48907 0.419762 66: 0.633359 0.509632 0.350832 67: 0.690895 0.669788 0.17119 68: 0.689564 0.775957 0.123537 69: 0.671889 0.93661 0.105881 70: 0.683767 1.00645 0.0965411 71: 0.773694 0.0285374 0.258233 72: 0.763533 0.10214 0.344969 73: 0.741042 0.193658 0.502544 74: 0.825898 0.323578 0.595363 75: 0.730603 0.471423 0.463638 76: 0.808661 0.609159 0.201979 77: 0.821453 0.668505 0.137769 78: 0.729064 0.802281 0.107913 79: 0.807664 0.847679 0.080705 80: 0.817095 1.05124 0.0634315 81: 0.842457 0.0380499 0.224616 82: 0.868405 0.0902048 0.256122 83: 0.836692 0.208309 0.4674 84: 0.941846 0.331849 0.370426 85: 0.847812 0.433563 0.469966 86: 0.859958 0.591014 0.197556 87: 0.91757 0.630738 0.123035 88: 0.859633 0.814484 0.0726868 89: 0.927987 0.904231 0.0509025 90: 0.85128 0.969603 0.0614595 91: 1.04498 -0.01209 0.0858189 92: 0.967063 0.133411 0.195839 93: 0.985788 0.269584 0.2646 94: 0.967631 0.379528 0.30124 95: 1.01293 0.439605 0.186412 96: 0.965704 0.504443 0.198566 97: 1.00199 0.694152 0.0598025 98: 1.03593 0.745992 0.0435229 99: 1.04147 0.868208 0.0349328 100: 0.947151 0.980141 0.0441671 L2 interpolation error averaged per interpolant node = 0 Created plot file "p01_data.png". Created plot file "p01_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #1 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p01_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #1 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p01_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #1 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p01_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #2 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.061216 2: 0.0539888 0.158674 0.192913 3: 0.0217008 0.257692 0.21909 4: 0.0175129 0.341401 0.221571 5: 0.0019029 0.49436 0.222191 6: -0.0509685 0.578285 0.22222 7: 0.0395408 0.699342 0.222221 8: -0.0487061 0.747019 0.222222 9: 0.0315828 0.910765 0.222222 10: -0.0418785 0.996289 0.222222 11: 0.132419 0.050133 0.0411676 12: 0.109027 0.0918555 0.0940749 13: 0.125444 0.259297 0.203897 14: 0.093454 0.338159 0.219539 15: 0.0767578 0.417112 0.221738 16: 0.145187 0.561556 0.222099 17: 0.0626494 0.655223 0.222217 18: 0.145273 0.752407 0.222218 19: 0.0958668 0.914652 0.222222 20: 0.0695559 0.963242 0.222222 21: 0.26456 0.0292939 0.00317245 22: 0.239165 0.0602303 0.00853108 23: 0.208899 0.266878 0.164344 24: 0.276733 0.369604 0.187067 25: 0.171473 0.480174 0.221367 26: 0.226678 0.594059 0.221924 27: 0.190921 0.68788 0.222193 28: 0.186765 0.818558 0.22222 29: 0.230463 0.904651 0.222221 30: 0.242622 0.980541 0.222222 31: 0.366317 0.0396955 0.000619837 32: 0.385766 0.0684484 0.000732462 33: 0.383239 0.238955 0.0154053 34: 0.317909 0.312413 0.10562 35: 0.346632 0.490299 0.206657 36: 0.377659 0.51993 0.206289 37: 0.387316 0.644523 0.220075 38: 0.381292 0.820379 0.22214 39: 0.379536 0.893808 0.222201 40: 0.280351 0.971172 0.222221 41: 0.414977 -0.0284618 7.58829e-05 42: 0.427768 0.156096 0.00165881 43: 0.420001 0.226247 0.00659288 44: 0.466363 0.317509 0.0142671 45: 0.485566 0.389142 0.0333041 46: 0.409203 0.508495 0.190354 47: 0.479258 0.632425 0.208957 48: 0.481228 0.751101 0.220509 49: 0.397776 0.848971 0.222156 50: 0.402732 0.997873 0.222217 51: 0.584869 -0.0271948 3.64832e-06 52: 0.573008 0.127243 7.27728e-05 53: 0.606389 0.270927 0.000528862 54: 0.501389 0.347773 0.0131643 55: 0.574131 0.425942 0.0144277 56: 0.610695 0.608471 0.108887 57: 0.599011 0.673378 0.176058 58: 0.538062 0.723524 0.214604 59: 0.609697 0.924241 0.221452 60: 0.502619 1.03088 0.222206 61: 0.661693 0.0255959 2.36713e-06 62: 0.642784 0.0707835 7.50371e-06 63: 0.639648 0.200834 8.24681e-05 64: 0.670396 0.325984 0.000450334 65: 0.700118 0.48907 0.00486794 66: 0.633359 0.509632 0.0216322 67: 0.690895 0.669788 0.0902547 68: 0.689564 0.775957 0.183477 69: 0.671889 0.93661 0.220344 70: 0.683767 1.00645 0.221557 71: 0.773694 0.0285374 3.3241e-07 72: 0.763533 0.10214 1.50133e-06 73: 0.741042 0.193658 1.16868e-05 74: 0.825898 0.323578 2.62993e-05 75: 0.730603 0.471423 0.00207312 76: 0.808661 0.609159 0.0059623 77: 0.821453 0.668505 0.0133142 78: 0.729064 0.802281 0.175296 79: 0.807664 0.847679 0.149481 80: 0.817095 1.05124 0.218986 81: 0.842457 0.0380499 1.14418e-07 82: 0.868405 0.0902048 1.83383e-07 83: 0.836692 0.208309 2.71971e-06 84: 0.941846 0.331849 3.78661e-06 85: 0.847812 0.433563 0.0001283 86: 0.859958 0.591014 0.00174161 87: 0.91757 0.630738 0.00126491 88: 0.859633 0.814484 0.0682934 89: 0.927987 0.904231 0.0877105 90: 0.85128 0.969603 0.198615 91: 1.04498 -0.01209 1.21154e-09 92: 0.967063 0.133411 6.75898e-08 93: 0.985788 0.269584 5.59763e-07 94: 0.967631 0.379528 5.61561e-06 95: 1.01293 0.439605 7.32695e-06 96: 0.965704 0.504443 5.5063e-05 97: 1.00199 0.694152 0.000868279 98: 1.03593 0.745992 0.00119651 99: 1.04147 0.868208 0.00940968 100: 0.947151 0.980141 0.143165 L2 interpolation error averaged per interpolant node = 0 Created plot file "p02_data.png". Created plot file "p02_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #2 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p02_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #2 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p02_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #2 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p02_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #3 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.199456 2: 0.0539888 0.158674 0.186496 3: 0.0217008 0.257692 0.127025 4: 0.0175129 0.341401 0.0861225 5: 0.0019029 0.49436 0.0301183 6: -0.0509685 0.578285 0.0179016 7: 0.0395408 0.699342 0.0417262 8: -0.0487061 0.747019 0.0448356 9: 0.0315828 0.910765 0.133215 10: -0.0418785 0.996289 0.137409 11: 0.132419 0.050133 0.270615 12: 0.109027 0.0918555 0.244293 13: 0.125444 0.259297 0.170363 14: 0.093454 0.338159 0.109528 15: 0.0767578 0.417112 0.0648836 16: 0.145187 0.561556 0.0323521 17: 0.0626494 0.655223 0.0329055 18: 0.145273 0.752407 0.081582 19: 0.0958668 0.914652 0.16305 20: 0.0695559 0.963242 0.176264 21: 0.26456 0.0292939 0.357693 22: 0.239165 0.0602303 0.339191 23: 0.208899 0.266878 0.201765 24: 0.276733 0.369604 0.135691 25: 0.171473 0.480174 0.0535114 26: 0.226678 0.594059 0.0381295 27: 0.190921 0.68788 0.0577432 28: 0.186765 0.818558 0.134351 29: 0.230463 0.904651 0.216371 30: 0.242622 0.980541 0.279337 31: 0.366317 0.0396955 0.367587 32: 0.385766 0.0684484 0.354961 33: 0.383239 0.238955 0.248884 34: 0.317909 0.312413 0.188601 35: 0.346632 0.490299 0.0614932 36: 0.377659 0.51993 0.0499912 37: 0.387316 0.644523 0.0498356 38: 0.381292 0.820379 0.158616 39: 0.379536 0.893808 0.223036 40: 0.280351 0.971172 0.285651 41: 0.414977 -0.0284618 0.351923 42: 0.427768 0.156096 0.295497 43: 0.420001 0.226247 0.248535 44: 0.466363 0.317509 0.159114 45: 0.485566 0.389142 0.102597 46: 0.409203 0.508495 0.0518602 47: 0.479258 0.632425 0.0401642 48: 0.481228 0.751101 0.08908 49: 0.397776 0.848971 0.180327 50: 0.402732 0.997873 0.299641 51: 0.584869 -0.0271948 0.237797 52: 0.573008 0.127243 0.222269 53: 0.606389 0.270927 0.135403 54: 0.501389 0.347773 0.125929 55: 0.574131 0.425942 0.0639198 56: 0.610695 0.608471 0.0256418 57: 0.599011 0.673378 0.0376968 58: 0.538062 0.723524 0.0640081 59: 0.609697 0.924241 0.15062 60: 0.502619 1.03088 0.265537 61: 0.661693 0.0255959 0.189512 62: 0.642784 0.0707835 0.194954 63: 0.639648 0.200834 0.155182 64: 0.670396 0.325984 0.0874835 65: 0.700118 0.48907 0.028098 66: 0.633359 0.509632 0.0299176 67: 0.690895 0.669788 0.0279626 68: 0.689564 0.775957 0.0584467 69: 0.671889 0.93661 0.130316 70: 0.683767 1.00645 0.151307 71: 0.773694 0.0285374 0.13588 72: 0.763533 0.10214 0.131407 73: 0.741042 0.193658 0.116935 74: 0.825898 0.323578 0.0562466 75: 0.730603 0.471423 0.0290833 76: 0.808661 0.609159 0.0143354 77: 0.821453 0.668505 0.0189588 78: 0.729064 0.802281 0.0608037 79: 0.807664 0.847679 0.0614612 80: 0.817095 1.05124 0.111155 81: 0.842457 0.0380499 0.111464 82: 0.868405 0.0902048 0.099425 83: 0.836692 0.208309 0.085423 84: 0.941846 0.331849 0.0396457 85: 0.847812 0.433563 0.0272774 86: 0.859958 0.591014 0.0119777 87: 0.91757 0.630738 0.0116548 88: 0.859633 0.814484 0.0448988 89: 0.927987 0.904231 0.0565702 90: 0.85128 0.969603 0.0854164 91: 1.04498 -0.01209 0.0674065 92: 0.967063 0.133411 0.0722909 93: 0.985788 0.269584 0.0470816 94: 0.967631 0.379528 0.0284719 95: 1.01293 0.439605 0.0171463 96: 0.965704 0.504443 0.0121742 97: 1.00199 0.694152 0.0142168 98: 1.03593 0.745992 0.0189266 99: 1.04147 0.868208 0.0370614 100: 0.947151 0.980141 0.0682592 L2 interpolation error averaged per interpolant node = 0 Created plot file "p03_data.png". Created plot file "p03_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #3 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p03_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #3 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p03_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #3 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p03_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #4 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.0252369 2: 0.0539888 0.158674 0.0675104 3: 0.0217008 0.257692 0.0777703 4: 0.0175129 0.341401 0.0903133 5: 0.0019029 0.49436 0.0949141 6: -0.0509685 0.578285 0.069499 7: 0.0395408 0.699342 0.0931871 8: -0.0487061 0.747019 0.0533048 9: 0.0315828 0.910765 0.04672 10: -0.0418785 0.996289 0.0216655 11: 0.132419 0.050133 0.0603746 12: 0.109027 0.0918555 0.0661529 13: 0.125444 0.259297 0.122193 14: 0.093454 0.338159 0.126446 15: 0.0767578 0.417112 0.129995 16: 0.145187 0.561556 0.172886 17: 0.0626494 0.655223 0.112037 18: 0.145273 0.752407 0.127689 19: 0.0958668 0.914652 0.0610619 20: 0.0695559 0.963242 0.0440257 21: 0.26456 0.0292939 0.0820107 22: 0.239165 0.0602303 0.0887338 23: 0.208899 0.266878 0.164848 24: 0.276733 0.369604 0.237629 25: 0.171473 0.480174 0.192627 26: 0.226678 0.594059 0.218363 27: 0.190921 0.68788 0.171885 28: 0.186765 0.818558 0.121352 29: 0.230463 0.904651 0.100726 30: 0.242622 0.980541 0.074051 31: 0.366317 0.0396955 0.10417 32: 0.385766 0.0684484 0.121542 33: 0.383239 0.238955 0.220334 34: 0.317909 0.312413 0.235837 35: 0.346632 0.490299 0.295772 36: 0.377659 0.51993 0.308388 37: 0.387316 0.644523 0.281216 38: 0.381292 0.820379 0.184597 39: 0.379536 0.893808 0.141254 40: 0.280351 0.971172 0.0848606 41: 0.414977 -0.0284618 0.078158 42: 0.427768 0.156096 0.178393 43: 0.420001 0.226247 0.220822 44: 0.466363 0.317509 0.280008 45: 0.485566 0.389142 0.312896 46: 0.409203 0.508495 0.319591 47: 0.479258 0.632425 0.304353 48: 0.481228 0.751101 0.241812 49: 0.397776 0.848971 0.170669 50: 0.402732 0.997873 0.0905921 51: 0.584869 -0.0271948 0.0786995 52: 0.573008 0.127243 0.160571 53: 0.606389 0.270927 0.241336 54: 0.501389 0.347773 0.296432 55: 0.574131 0.425942 0.31531 56: 0.610695 0.608471 0.295168 57: 0.599011 0.673378 0.272418 58: 0.538062 0.723524 0.256947 59: 0.609697 0.924241 0.1261 60: 0.502619 1.03088 0.0800256 61: 0.661693 0.0255959 0.0934497 62: 0.642784 0.0707835 0.118307 63: 0.639648 0.200834 0.191966 64: 0.670396 0.325984 0.246868 65: 0.700118 0.48907 0.271999 66: 0.633359 0.509632 0.30449 67: 0.690895 0.669788 0.23954 68: 0.689564 0.775957 0.188992 69: 0.671889 0.93661 0.109346 70: 0.683767 1.00645 0.0766832 71: 0.773694 0.0285374 0.0740427 72: 0.763533 0.10214 0.105235 73: 0.741042 0.193658 0.154456 74: 0.825898 0.323578 0.166316 75: 0.730603 0.471423 0.253609 76: 0.808661 0.609159 0.193738 77: 0.821453 0.668505 0.171105 78: 0.729064 0.802281 0.160924 79: 0.807664 0.847679 0.111942 80: 0.817095 1.05124 0.0430262 81: 0.842457 0.0380499 0.0624959 82: 0.868405 0.0902048 0.0716571 83: 0.836692 0.208309 0.12206 84: 0.941846 0.331849 0.107518 85: 0.847812 0.433563 0.176685 86: 0.859958 0.591014 0.165879 87: 0.91757 0.630738 0.126456 88: 0.859633 0.814484 0.104972 89: 0.927987 0.904231 0.0576623 90: 0.85128 0.969603 0.0584413 91: 1.04498 -0.01209 0.0196481 92: 0.967063 0.133411 0.0559486 93: 0.985788 0.269584 0.0771435 94: 0.967631 0.379528 0.102371 95: 1.01293 0.439605 0.0863793 96: 0.965704 0.504443 0.111173 97: 1.00199 0.694152 0.0769084 98: 1.03593 0.745992 0.0573255 99: 1.04147 0.868208 0.0380356 100: 0.947151 0.980141 0.0377069 L2 interpolation error averaged per interpolant node = 0 Created plot file "p04_data.png". Created plot file "p04_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #4 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p04_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #4 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p04_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #4 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p04_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #5 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 1.09523e-05 2: 0.0539888 0.158674 0.000560851 3: 0.0217008 0.257692 0.000987687 4: 0.0175129 0.341401 0.00179627 5: 0.0019029 0.49436 0.00219122 6: -0.0509685 0.578285 0.00062991 7: 0.0395408 0.699342 0.00203604 8: -0.0487061 0.747019 0.000217987 9: 0.0315828 0.910765 0.000128639 10: -0.0418785 0.996289 5.94894e-06 11: 0.132419 0.050133 0.000358741 12: 0.109027 0.0918555 0.000517083 13: 0.125444 0.259297 0.00601938 14: 0.093454 0.338159 0.00690215 15: 0.0767578 0.417112 0.00771029 16: 0.145187 0.561556 0.0241214 17: 0.0626494 0.655223 0.00425418 18: 0.145273 0.752407 0.00717754 19: 0.0958668 0.914652 0.000375358 20: 0.0695559 0.963242 0.000101435 21: 0.26456 0.0292939 0.00122137 22: 0.239165 0.0602303 0.00167386 23: 0.208899 0.266878 0.0199387 24: 0.276733 0.369604 0.0860911 25: 0.171473 0.480174 0.0371735 26: 0.226678 0.594059 0.061388 27: 0.190921 0.68788 0.0235674 28: 0.186765 0.818558 0.00585525 29: 0.230463 0.904651 0.00277931 30: 0.242622 0.980541 0.00081187 31: 0.366317 0.0396955 0.00317935 32: 0.385766 0.0684484 0.00589202 33: 0.383239 0.238955 0.0636338 34: 0.317909 0.312413 0.0835239 35: 0.346632 0.490299 0.206629 36: 0.377659 0.51993 0.244206 37: 0.387316 0.644523 0.168858 38: 0.381292 0.820379 0.0313519 39: 0.379536 0.893808 0.0107491 40: 0.280351 0.971172 0.0014002 41: 0.414977 -0.0284618 0.00100753 42: 0.427768 0.156096 0.0273449 43: 0.420001 0.226247 0.0641997 44: 0.466363 0.317509 0.165977 45: 0.485566 0.389142 0.258801 46: 0.409203 0.508495 0.28167 47: 0.479258 0.632425 0.231672 48: 0.481228 0.751101 0.0923156 49: 0.397776 0.848971 0.0229077 50: 0.402732 0.997873 0.00181855 51: 0.584869 -0.0271948 0.00103574 52: 0.573008 0.127243 0.0179487 53: 0.606389 0.270927 0.0915908 54: 0.501389 0.347773 0.208481 55: 0.574131 0.425942 0.26688 56: 0.610695 0.608471 0.204946 57: 0.599011 0.673378 0.148698 58: 0.538062 0.723524 0.11769 59: 0.609697 0.924241 0.00682684 60: 0.502619 1.03088 0.00110733 61: 0.661693 0.0255959 0.00205909 62: 0.642784 0.0707835 0.00528943 63: 0.639648 0.200834 0.0366661 64: 0.670396 0.325984 0.100282 65: 0.700118 0.48907 0.147786 66: 0.633359 0.509632 0.23209 67: 0.690895 0.669788 0.0888945 68: 0.689564 0.775957 0.0344458 69: 0.671889 0.93661 0.00385984 70: 0.683767 1.00645 0.000933609 71: 0.773694 0.0285374 0.000811509 72: 0.763533 0.10214 0.00331138 73: 0.741042 0.193658 0.015367 74: 0.825898 0.323578 0.0206584 75: 0.730603 0.471423 0.111693 76: 0.808661 0.609159 0.0380385 77: 0.821453 0.668505 0.0231429 78: 0.729064 0.802281 0.0181071 79: 0.807664 0.847679 0.00423972 80: 0.817095 1.05124 9.25327e-05 81: 0.842457 0.0380499 0.00041188 82: 0.868405 0.0902048 0.000711869 83: 0.836692 0.208309 0.00599321 84: 0.941846 0.331849 0.00360822 85: 0.847812 0.433563 0.0263127 86: 0.859958 0.591014 0.0204424 87: 0.91757 0.630738 0.00690423 88: 0.859633 0.814484 0.00327843 89: 0.927987 0.904231 0.000298491 90: 0.85128 0.969603 0.000314951 91: 1.04498 -0.01209 4.02392e-06 92: 0.967063 0.133411 0.000264558 93: 0.985788 0.269584 0.000956225 94: 0.967631 0.379528 0.00296535 95: 1.01293 0.439605 0.00150315 96: 0.965704 0.504443 0.00412439 97: 1.00199 0.694152 0.000944626 98: 1.03593 0.745992 0.000291578 99: 1.04147 0.868208 5.651e-05 100: 0.947151 0.980141 5.45818e-05 L2 interpolation error averaged per interpolant node = 0 Created plot file "p05_data.png". Created plot file "p05_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #5 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p05_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #5 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p05_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #5 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p05_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #6 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.0294607 2: 0.0539888 0.158674 0.188981 3: 0.0217008 0.257692 0.208971 4: 0.0175129 0.341401 0.229504 5: 0.0019029 0.49436 0.2362 6: -0.0509685 0.578285 0.19313 7: 0.0395408 0.699342 0.233733 8: -0.0487061 0.747019 0.154237 9: 0.0315828 0.910765 0.13402 10: -0.0418785 0.996289 0.000188341 11: 0.132419 0.050133 0.172776 12: 0.109027 0.0918555 0.186062 13: 0.125444 0.259297 0.269346 14: 0.093454 0.338159 0.273726 15: 0.0767578 0.417112 0.277251 16: 0.145187 0.561556 0.312676 17: 0.0626494 0.655223 0.258125 18: 0.145273 0.752407 0.274973 19: 0.0958668 0.914652 0.174436 20: 0.0695559 0.963242 0.124698 21: 0.26456 0.0292939 0.216329 22: 0.239165 0.0602303 0.227111 23: 0.208899 0.266878 0.306869 24: 0.276733 0.369604 0.350454 25: 0.171473 0.480174 0.325712 26: 0.226678 0.594059 0.340578 27: 0.190921 0.68788 0.31197 28: 0.186765 0.818558 0.268458 29: 0.230463 0.904651 0.244131 30: 0.242622 0.980541 0.202111 31: 0.366317 0.0396955 0.24858 32: 0.385766 0.0684484 0.268659 33: 0.383239 0.238955 0.341633 34: 0.317909 0.312413 0.349575 35: 0.346632 0.490299 0.375504 36: 0.377659 0.51993 0.380204 37: 0.387316 0.644523 0.369792 38: 0.381292 0.820379 0.320603 39: 0.379536 0.893808 0.287736 40: 0.280351 0.971172 0.221024 41: 0.414977 -0.0284618 0.209664 42: 0.427768 0.156096 0.316478 43: 0.420001 0.226247 0.341892 44: 0.466363 0.317509 0.369304 45: 0.485566 0.389142 0.381831 46: 0.409203 0.508495 0.384199 47: 0.479258 0.632425 0.378725 48: 0.481228 0.751101 0.352478 49: 0.397776 0.848971 0.311106 50: 0.402732 0.997873 0.229921 51: 0.584869 -0.0271948 0.210624 52: 0.573008 0.127243 0.303645 53: 0.606389 0.270927 0.35225 54: 0.501389 0.347773 0.375756 55: 0.574131 0.425942 0.382691 56: 0.610695 0.608471 0.375274 57: 0.599011 0.673378 0.366176 58: 0.538062 0.723524 0.359483 59: 0.609697 0.924241 0.273375 60: 0.502619 1.03088 0.212943 61: 0.661693 0.0255959 0.234111 62: 0.642784 0.0707835 0.265186 63: 0.639648 0.200834 0.325301 64: 0.670396 0.325984 0.354873 65: 0.700118 0.48907 0.366 66: 0.633359 0.509632 0.378775 67: 0.690895 0.669788 0.351384 68: 0.689564 0.775957 0.32343 69: 0.671889 0.93661 0.25495 70: 0.683767 1.00645 0.207008 71: 0.773694 0.0285374 0.202096 72: 0.763533 0.10214 0.249921 73: 0.741042 0.193658 0.29886 74: 0.825898 0.323578 0.307954 75: 0.730603 0.471423 0.35798 76: 0.808661 0.609159 0.326399 77: 0.821453 0.668505 0.311417 78: 0.729064 0.802281 0.303915 79: 0.807664 0.847679 0.258014 80: 0.817095 1.05124 0.121057 81: 0.842457 0.0380499 0.177826 82: 0.868405 0.0902048 0.197473 83: 0.836692 0.208309 0.269206 84: 0.941846 0.331849 0.252742 85: 0.847812 0.433563 0.315314 86: 0.859958 0.591014 0.307632 87: 0.91757 0.630738 0.273735 88: 0.859633 0.814484 0.249592 89: 0.927987 0.904231 0.165994 90: 0.85128 0.969603 0.167981 91: 1.04498 -0.01209 -0.0194983 92: 0.967063 0.133411 0.161505 93: 0.985788 0.269584 0.207843 94: 0.967631 0.379528 0.246278 95: 1.01293 0.439605 0.223449 96: 0.965704 0.504443 0.257115 97: 1.00199 0.694152 0.207417 98: 1.03593 0.745992 0.165125 99: 1.04147 0.868208 0.101131 100: 0.947151 0.980141 0.0997037 L2 interpolation error averaged per interpolant node = 0 Created plot file "p06_data.png". Created plot file "p06_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #6 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p06_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #6 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p06_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #6 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p06_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #7 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 -0.601885 2: 0.0539888 0.158674 1.80088 3: 0.0217008 0.257692 1.10106 4: 0.0175129 0.341401 -0.470144 5: 0.0019029 0.49436 -1.93702 6: -0.0509685 0.578285 -1.12798 7: 0.0395408 0.699342 1.47642 8: -0.0487061 0.747019 1.28298 9: 0.0315828 0.910765 0.876527 10: -0.0418785 0.996289 -1.34168 11: 0.132419 0.050133 0.300977 12: 0.109027 0.0918555 0.834696 13: 0.125444 0.259297 0.644058 14: 0.093454 0.338159 0.0283097 15: 0.0767578 0.417112 -0.918744 16: 0.145187 0.561556 0.58103 17: 0.0626494 0.655223 0.82973 18: 0.145273 0.752407 1.1109 19: 0.0958668 0.914652 1.08439 20: 0.0695559 0.963242 0.304452 21: 0.26456 0.0292939 -0.430518 22: 0.239165 0.0602303 -0.685553 23: 0.208899 0.266878 0.077952 24: 0.276733 0.369604 1.83364 25: 0.171473 0.480174 1.01916 26: 0.226678 0.594059 1.40573 27: 0.190921 0.68788 0.594526 28: 0.186765 0.818558 0.445966 29: 0.230463 0.904651 0.376062 30: 0.242622 0.980541 1.25166 31: 0.366317 0.0396955 -0.525513 32: 0.385766 0.0684484 -0.69297 33: 0.383239 0.238955 -0.260001 34: 0.317909 0.312413 0.80287 35: 0.346632 0.490299 2.85287 36: 0.377659 0.51993 2.34687 37: 0.387316 0.644523 0.361295 38: 0.381292 0.820379 -1.4576 39: 0.379536 0.893808 -0.990648 40: 0.280351 0.971172 0.940752 41: 0.414977 -0.0284618 0.181714 42: 0.427768 0.156096 -0.223048 43: 0.420001 0.226247 0.0583914 44: 0.466363 0.317509 0.999213 45: 0.485566 0.389142 0.755019 46: 0.409203 0.508495 1.95566 47: 0.479258 0.632425 0.116999 48: 0.481228 0.751101 -0.26765 49: 0.397776 0.848971 -1.31196 50: 0.402732 0.997873 -0.103236 51: 0.584869 -0.0271948 -0.645684 52: 0.573008 0.127243 2.29281 53: 0.606389 0.270927 1.8153 54: 0.501389 0.347773 0.789192 55: 0.574131 0.425942 -0.899436 56: 0.610695 0.608471 -0.931498 57: 0.599011 0.673378 0.0555257 58: 0.538062 0.723524 0.326789 59: 0.609697 0.924241 -0.247242 60: 0.502619 1.03088 -1.3694 61: 0.661693 0.0255959 0.646966 62: 0.642784 0.0707835 1.72625 63: 0.639648 0.200834 2.75931 64: 0.670396 0.325984 0.601641 65: 0.700118 0.48907 -1.7611 66: 0.633359 0.509632 -1.93814 67: 0.690895 0.669788 -0.34327 68: 0.689564 0.775957 0.8261 69: 0.671889 0.93661 0.116128 70: 0.683767 1.00645 -0.451588 71: 0.773694 0.0285374 0.284751 72: 0.763533 0.10214 1.07317 73: 0.741042 0.193658 1.79233 74: 0.825898 0.323578 0.526258 75: 0.730603 0.471423 -1.33991 76: 0.808661 0.609159 -0.889467 77: 0.821453 0.668505 -0.987546 78: 0.729064 0.802281 0.6323 79: 0.807664 0.847679 0.175179 80: 0.817095 1.05124 1.29342 81: 0.842457 0.0380499 -0.0860978 82: 0.868405 0.0902048 -0.452383 83: 0.836692 0.208309 0.129743 84: 0.941846 0.331849 0.368031 85: 0.847812 0.433563 0.577663 86: 0.859958 0.591014 -0.437796 87: 0.91757 0.630738 -0.522562 88: 0.859633 0.814484 -0.637078 89: 0.927987 0.904231 0.120563 90: 0.85128 0.969603 1.24909 91: 1.04498 -0.01209 -0.000798615 92: 0.967063 0.133411 -0.924896 93: 0.985788 0.269584 -0.317274 94: 0.967631 0.379528 0.671706 95: 1.01293 0.439605 0.481714 96: 0.965704 0.504443 0.85261 97: 1.00199 0.694152 -0.390626 98: 1.03593 0.745992 -0.10526 99: 1.04147 0.868208 -0.368847 100: 0.947151 0.980141 0.875674 L2 interpolation error averaged per interpolant node = 0 Created plot file "p07_data.png". Created plot file "p07_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #7 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p07_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #7 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p07_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #7 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p07_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #8 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 1.1866e-05 2: 0.0539888 0.158674 0.00226225 3: 0.0217008 0.257692 0.0398334 4: 0.0175129 0.341401 0.213246 5: 0.0019029 0.49436 0.748815 6: -0.0509685 0.578285 0.552053 7: 0.0395408 0.699342 0.102872 8: -0.0487061 0.747019 0.0354865 9: 0.0315828 0.910765 0.000179824 10: -0.0418785 0.996289 3.78311e-06 11: 0.132419 0.050133 0.00119438 12: 0.109027 0.0918555 0.000660522 13: 0.125444 0.259297 0.0423318 14: 0.093454 0.338159 0.202751 15: 0.0767578 0.417112 0.532151 16: 0.145187 0.561556 0.623547 17: 0.0626494 0.655223 0.224919 18: 0.145273 0.752407 0.0329289 19: 0.0958668 0.914652 0.000422658 20: 0.0695559 0.963242 0.000111181 21: 0.26456 0.0292939 0.0625744 22: 0.239165 0.0602303 0.0333636 23: 0.208899 0.266878 0.0647073 24: 0.276733 0.369604 0.429733 25: 0.171473 0.480174 0.743269 26: 0.226678 0.594059 0.517258 27: 0.190921 0.68788 0.137905 28: 0.186765 0.818558 0.0121314 29: 0.230463 0.904651 0.0266642 30: 0.242622 0.980541 0.0364444 31: 0.366317 0.0396955 0.409223 32: 0.385766 0.0684484 0.520862 33: 0.383239 0.238955 0.543198 34: 0.317909 0.312413 0.344252 35: 0.346632 0.490299 1.28524 36: 0.377659 0.51993 1.55627 37: 0.387316 0.644523 0.933828 38: 0.381292 0.820379 0.500931 39: 0.379536 0.893808 0.484524 40: 0.280351 0.971172 0.0896237 41: 0.414977 -0.0284618 0.69667 42: 0.427768 0.156096 0.773967 43: 0.420001 0.226247 0.756692 44: 0.466363 0.317509 1.22094 45: 0.485566 0.389142 1.79682 46: 0.409203 0.508495 1.90434 47: 0.479258 0.632425 1.59624 48: 0.481228 0.751101 1.04609 49: 0.397776 0.848971 0.595753 50: 0.402732 0.997873 0.623103 51: 0.584869 -0.0271948 0.697581 52: 0.573008 0.127243 0.767325 53: 0.606389 0.270927 0.653118 54: 0.501389 0.347773 1.47074 55: 0.574131 0.425942 1.76301 56: 0.610695 0.608471 1.18403 57: 0.599011 0.673378 0.881578 58: 0.538062 0.723524 1.04917 59: 0.609697 0.924241 0.54804 60: 0.502619 1.03088 0.999658 61: 0.661693 0.0255959 0.270581 62: 0.642784 0.0707835 0.360929 63: 0.639648 0.200834 0.38893 64: 0.670396 0.325984 0.437809 65: 0.700118 0.48907 0.981209 66: 0.633359 0.509632 1.4643 67: 0.690895 0.669788 0.367836 68: 0.689564 0.775957 0.185254 69: 0.671889 0.93661 0.228322 70: 0.683767 1.00645 0.184794 71: 0.773694 0.0285374 0.0236372 72: 0.763533 0.10214 0.0313223 73: 0.741042 0.193658 0.0619956 74: 0.825898 0.323578 0.163916 75: 0.730603 0.471423 0.840435 76: 0.808661 0.609159 0.425408 77: 0.821453 0.668505 0.188078 78: 0.729064 0.802281 0.0808904 79: 0.807664 0.847679 0.0105958 80: 0.817095 1.05124 0.0065556 81: 0.842457 0.0380499 0.00285777 82: 0.868405 0.0902048 0.00129875 83: 0.836692 0.208309 0.0141449 84: 0.941846 0.331849 0.182493 85: 0.847812 0.433563 0.605254 86: 0.859958 0.591014 0.497961 87: 0.91757 0.630738 0.319298 88: 0.859633 0.814484 0.00690163 89: 0.927987 0.904231 0.000317562 90: 0.85128 0.969603 0.00210367 91: 1.04498 -0.01209 1.87123e-06 92: 0.967063 0.133411 0.000923822 93: 0.985788 0.269584 0.0527548 94: 0.967631 0.379528 0.363023 95: 1.01293 0.439605 0.62497 96: 0.965704 0.504443 0.749294 97: 1.00199 0.694152 0.113904 98: 1.03593 0.745992 0.0363967 99: 1.04147 0.868208 0.000853608 100: 0.947151 0.980141 5.29253e-05 L2 interpolation error averaged per interpolant node = 0 Created plot file "p08_data.png". Created plot file "p08_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #8 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p08_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #8 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p08_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #8 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p08_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #9 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.089567 2: 0.0539888 0.158674 1.13002 3: 0.0217008 0.257692 1.81208 4: 0.0175129 0.341401 2.57812 5: 0.0019029 0.49436 0.167525 6: -0.0509685 0.578285 -1.13189 7: 0.0395408 0.699342 -4.28423 8: -0.0487061 0.747019 -1.17166 9: 0.0315828 0.910765 -0.758223 10: -0.0418785 0.996289 -0.118181 11: 0.132419 0.050133 0.825381 12: 0.109027 0.0918555 1.03541 13: 0.125444 0.259297 5.96493 14: 0.093454 0.338159 6.18039 15: 0.0767578 0.417112 4.57424 16: 0.145187 0.561556 -9.05793 17: 0.0626494 0.655223 -6.08613 18: 0.145273 0.752407 -10.7598 19: 0.0958668 0.914652 -1.52555 20: 0.0695559 0.963242 -0.661361 21: 0.26456 0.0292939 2.07879 22: 0.239165 0.0602303 2.49163 23: 0.208899 0.266878 14.1544 24: 0.276733 0.369604 34.0403 25: 0.171473 0.480174 3.79208 26: 0.226678 0.594059 -26.7621 27: 0.190921 0.68788 -22.4172 28: 0.186765 0.818558 -9.90627 29: 0.230463 0.904651 -6.31895 30: 0.242622 0.980541 -2.98493 31: 0.366317 0.0396955 3.45732 32: 0.385766 0.0684484 4.74472 33: 0.383239 0.238955 25.8661 34: 0.317909 0.312413 37.0296 35: 0.346632 0.490299 5.92032 36: 0.377659 0.51993 -12.6344 37: 0.387316 0.644523 -60.8627 38: 0.381292 0.820379 -26.6259 39: 0.379536 0.893808 -13.2576 40: 0.280351 0.971172 -4.29402 41: 0.414977 -0.0284618 1.3233 42: 0.427768 0.156096 9.88111 43: 0.420001 0.226247 20.0041 44: 0.466363 0.317509 17.8897 45: 0.485566 0.389142 8.67616 46: 0.409203 0.508495 -4.87007 47: 0.479258 0.632425 -16.6827 48: 0.481228 0.751101 -11.1345 49: 0.397776 0.848971 -19.7617 50: 0.402732 0.997873 -3.89916 51: 0.584869 -0.0271948 -1.61452 52: 0.573008 0.127243 -8.66251 53: 0.606389 0.270927 -39.7151 54: 0.501389 0.347773 -0.862246 55: 0.574131 0.425942 -35.2857 56: 0.610695 0.608471 69.8391 57: 0.599011 0.673378 71.241 58: 0.538062 0.723524 27.1059 59: 0.609697 0.924241 11.8847 60: 0.502619 1.03088 0.100788 61: 0.661693 0.0255959 -3.92661 62: 0.642784 0.0707835 -6.65295 63: 0.639648 0.200834 -25.5048 64: 0.670396 0.325984 -57.3471 65: 0.700118 0.48907 -8.39902 66: 0.633359 0.509632 8.09909 67: 0.690895 0.669788 78.5895 68: 0.689564 0.775957 48.7954 69: 0.671889 0.93661 11.2131 70: 0.683767 1.00645 4.90763 71: 0.773694 0.0285374 -2.53501 72: 0.763533 0.10214 -6.3313 73: 0.741042 0.193658 -18.4047 74: 0.825898 0.323578 -23.6706 75: 0.730603 0.471423 -18.5676 76: 0.808661 0.609159 36.3864 77: 0.821453 0.668505 35.5524 78: 0.729064 0.802281 34.2681 79: 0.807664 0.847679 13.6091 80: 0.817095 1.05124 1.31503 81: 0.842457 0.0380499 -1.61802 82: 0.868405 0.0902048 -2.3051 83: 0.836692 0.208309 -10.2552 84: 0.941846 0.331849 -7.55198 85: 0.847812 0.433563 -15.7397 86: 0.859958 0.591014 20.6326 87: 0.91757 0.630738 13.6878 88: 0.859633 0.814484 11.4824 89: 0.927987 0.904231 2.40259 90: 0.85128 0.969603 2.55827 91: 1.04498 -0.01209 -0.0951198 92: 0.967063 0.133411 -1.27882 93: 0.985788 0.269584 -3.39113 94: 0.967631 0.379528 -5.90657 95: 1.01293 0.439605 -2.4452 96: 0.965704 0.504443 0.369475 97: 1.00199 0.694152 5.03281 98: 1.03593 0.745992 2.65337 99: 1.04147 0.868208 0.926524 100: 0.947151 0.980141 0.835446 L2 interpolation error averaged per interpolant node = 0 Created plot file "p09_data.png". Created plot file "p09_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #9 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p09_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #9 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p09_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #9 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p09_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #10 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 -0.083894 2: 0.0539888 0.158674 0.108199 3: 0.0217008 0.257692 0.162867 4: 0.0175129 0.341401 0.191623 5: 0.0019029 0.49436 0.193697 6: -0.0509685 0.578285 0.153657 7: 0.0395408 0.699342 0.192363 8: -0.0487061 0.747019 0.0636697 9: 0.0315828 0.910765 -0.00511167 10: -0.0418785 0.996289 -0.082608 11: 0.132419 0.050133 0.0460714 12: 0.109027 0.0918555 0.0840177 13: 0.125444 0.259297 0.168745 14: 0.093454 0.338159 0.142224 15: 0.0767578 0.417112 0.117221 16: 0.145187 0.561556 -0.114982 17: 0.0626494 0.655223 0.178772 18: 0.145273 0.752407 0.157566 19: 0.0958668 0.914652 0.0600585 20: 0.0695559 0.963242 -0.0292418 21: 0.26456 0.0292939 0.122587 22: 0.239165 0.0602303 0.151923 23: 0.208899 0.266878 -0.00301867 24: 0.276733 0.369604 -0.424462 25: 0.171473 0.480174 -0.240436 26: 0.226678 0.594059 -0.364179 27: 0.190921 0.68788 -0.0655879 28: 0.186765 0.818558 0.183384 29: 0.230463 0.904651 0.183586 30: 0.242622 0.980541 0.0912884 31: 0.366317 0.0396955 0.178974 32: 0.385766 0.0684484 0.193761 33: 0.383239 0.238955 -0.289384 34: 0.317909 0.312413 -0.40142 35: 0.346632 0.490299 -0.165593 36: 0.377659 0.51993 0.0525058 37: 0.387316 0.644523 -0.382027 38: 0.381292 0.820379 -0.0469313 39: 0.379536 0.893808 0.164599 40: 0.280351 0.971172 0.131402 41: 0.414977 -0.0284618 0.0882323 42: 0.427768 0.156096 0.0029882 43: 0.420001 0.226247 -0.281633 44: 0.466363 0.317509 -0.41062 45: 0.485566 0.389142 0.0429425 46: 0.409203 0.508495 0.341611 47: 0.479258 0.632425 -0.143396 48: 0.481228 0.751101 -0.39101 49: 0.397776 0.848971 0.0423675 50: 0.402732 0.997873 0.139195 51: 0.584869 -0.0271948 0.0906411 52: 0.573008 0.127243 0.0986807 53: 0.606389 0.270927 -0.401263 54: 0.501389 0.347773 -0.269169 55: 0.574131 0.425942 0.161292 56: 0.610695 0.608471 -0.233264 57: 0.599011 0.673378 -0.431771 58: 0.538062 0.723524 -0.441368 59: 0.609697 0.924241 0.19164 60: 0.502619 1.03088 0.0938152 61: 0.661693 0.0255959 0.154049 62: 0.642784 0.0707835 0.193867 63: 0.639648 0.200834 -0.103852 64: 0.670396 0.325984 -0.435662 65: 0.700118 0.48907 -0.390314 66: 0.633359 0.509632 -0.022666 67: 0.690895 0.669788 -0.419344 68: 0.689564 0.775957 -0.106296 69: 0.671889 0.93661 0.189002 70: 0.683767 1.00645 0.0914379 71: 0.773694 0.0285374 0.0944727 72: 0.763533 0.10214 0.189497 73: 0.741042 0.193658 0.0854371 74: 0.825898 0.323578 -0.0392401 75: 0.730603 0.471423 -0.446313 76: 0.808661 0.609159 -0.22933 77: 0.821453 0.668505 -0.0702883 78: 0.729064 0.802281 0.05556 79: 0.807664 0.847679 0.193637 80: 0.817095 1.05124 -0.0520019 81: 0.842457 0.0380499 0.0513052 82: 0.868405 0.0902048 0.105585 83: 0.836692 0.208309 0.177993 84: 0.941846 0.331849 0.186884 85: 0.847812 0.433563 -0.137415 86: 0.859958 0.591014 -0.0663429 87: 0.91757 0.630738 0.136975 88: 0.859633 0.814484 0.193807 89: 0.927987 0.904231 0.047777 90: 0.85128 0.969603 0.0313168 91: 1.04498 -0.01209 -0.0787167 92: 0.967063 0.133411 0.050127 93: 0.985788 0.269584 0.162754 94: 0.967631 0.379528 0.19044 95: 1.01293 0.439605 0.19043 96: 0.965704 0.504443 0.173124 97: 1.00199 0.694152 0.166403 98: 1.03593 0.745992 0.0838547 99: 1.04147 0.868208 -0.0362482 100: 0.947151 0.980141 -0.0563915 L2 interpolation error averaged per interpolant node = 0 Created plot file "p10_data.png". Created plot file "p10_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #10 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p10_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #10 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p10_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #10 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p10_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #11 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.0219992 2: 0.0539888 0.158674 0.0625554 3: 0.0217008 0.257692 0.0272929 4: 0.0175129 0.341401 0.0234918 5: 0.0019029 0.49436 0.00284362 6: -0.0509685 0.578285 -0.0804428 7: 0.0395408 0.699342 0.0671933 8: -0.0487061 0.747019 -0.0850905 9: 0.0315828 0.910765 0.0603473 10: -0.0418785 0.996289 -0.0836016 11: 0.132419 0.050133 0.139057 12: 0.109027 0.0918555 0.119042 13: 0.125444 0.259297 0.157971 14: 0.093454 0.338159 0.125056 15: 0.0767578 0.417112 0.108774 16: 0.145187 0.561556 0.226718 17: 0.0626494 0.655223 0.103699 18: 0.145273 0.752407 0.254578 19: 0.0958668 0.914652 0.183552 20: 0.0695559 0.963242 0.136555 21: 0.26456 0.0292939 0.27231 22: 0.239165 0.0602303 0.253569 23: 0.208899 0.266878 0.26465 24: 0.276733 0.369604 0.379015 25: 0.171473 0.480174 0.253809 26: 0.226678 0.594059 0.361338 27: 0.190921 0.68788 0.322252 28: 0.186765 0.818558 0.339642 29: 0.230463 0.904651 0.438952 30: 0.242622 0.980541 0.480523 31: 0.366317 0.0396955 0.380858 32: 0.385766 0.0684484 0.412171 33: 0.383239 0.238955 0.474816 34: 0.317909 0.312413 0.417227 35: 0.346632 0.490299 0.516585 36: 0.377659 0.51993 0.574016 37: 0.387316 0.644523 0.63695 38: 0.381292 0.820379 0.694095 39: 0.379536 0.893808 0.718769 40: 0.280351 0.971172 0.552621 41: 0.414977 -0.0284618 0.403166 42: 0.427768 0.156096 0.494541 43: 0.420001 0.226247 0.515025 44: 0.466363 0.317509 0.614438 45: 0.485566 0.389142 0.67452 46: 0.409203 0.508495 0.61728 47: 0.479258 0.632425 0.782352 48: 0.481228 0.751101 0.842679 49: 0.397776 0.848971 0.735477 50: 0.402732 0.997873 0.804608 51: 0.584869 -0.0271948 0.568964 52: 0.573008 0.127243 0.645919 53: 0.606389 0.270927 0.770676 54: 0.501389 0.347773 0.675759 55: 0.574131 0.425942 0.818678 56: 0.610695 0.608471 0.982286 57: 0.599011 0.673378 1.00237 58: 0.538062 0.723524 0.927363 59: 0.609697 0.924241 1.1732 60: 0.502619 1.03088 1.02076 61: 0.661693 0.0255959 0.678629 62: 0.642784 0.0707835 0.688282 63: 0.639648 0.200834 0.76811 64: 0.670396 0.325984 0.888935 65: 0.700118 0.48907 1.04253 66: 0.633359 0.509632 0.956139 67: 0.690895 0.669788 1.15365 68: 0.689564 0.775957 1.22464 69: 0.671889 0.93661 1.30119 70: 0.683767 1.00645 1.37195 71: 0.773694 0.0285374 0.795773 72: 0.763533 0.10214 0.841521 73: 0.741042 0.193658 0.884551 74: 0.825898 0.323578 1.09314 75: 0.730603 0.471423 1.07503 76: 0.808661 0.609159 1.30126 77: 0.821453 0.668505 1.3706 78: 0.729064 0.802281 1.31398 79: 0.807664 0.847679 1.4923 80: 0.817095 1.05124 1.67606 81: 0.842457 0.0380499 0.874513 82: 0.868405 0.0902048 0.94674 83: 0.836692 0.208309 1.01098 84: 0.941846 0.331849 1.2544 85: 0.847812 0.433563 1.21539 86: 0.859958 0.591014 1.36821 87: 0.91757 0.630738 1.49632 88: 0.859633 0.814484 1.55979 89: 0.927987 0.904231 1.7671 90: 0.85128 0.969603 1.67668 91: 1.04498 -0.01209 1.03235 92: 0.967063 0.133411 1.09608 93: 0.985788 0.269584 1.25154 94: 0.967631 0.379528 1.33487 95: 1.01293 0.439605 1.45822 96: 0.965704 0.504443 1.45285 97: 1.00199 0.694152 1.69752 98: 1.03593 0.745992 1.80873 99: 1.04147 0.868208 1.94568 100: 0.947151 0.980141 1.87549 L2 interpolation error averaged per interpolant node = 0 Created plot file "p11_data.png". Created plot file "p11_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #11 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p11_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #11 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p11_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #11 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p11_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #12 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 -0.143695 2: 0.0539888 0.158674 0.609662 3: 0.0217008 0.257692 0.772155 4: 0.0175129 0.341401 0.844492 5: 0.0019029 0.49436 0.757182 6: -0.0509685 0.578285 0.600944 7: 0.0395408 0.699342 0.504476 8: -0.0487061 0.747019 0.428162 9: 0.0315828 0.910765 0.52282 10: -0.0418785 0.996289 0.661199 11: 0.132419 0.050133 0.240101 12: 0.109027 0.0918555 0.42069 13: 0.125444 0.259297 0.864632 14: 0.093454 0.338159 0.915891 15: 0.0767578 0.417112 0.888681 16: 0.145187 0.561556 0.714562 17: 0.0626494 0.655223 0.565268 18: 0.145273 0.752407 0.482112 19: 0.0958668 0.914652 0.555332 20: 0.0695559 0.963242 0.635013 21: 0.26456 0.0292939 0.11978 22: 0.239165 0.0602303 0.253417 23: 0.208899 0.266878 0.847516 24: 0.276733 0.369604 0.826148 25: 0.171473 0.480174 0.827202 26: 0.226678 0.594059 0.633955 27: 0.190921 0.68788 0.529145 28: 0.186765 0.818558 0.489084 29: 0.230463 0.904651 0.606935 30: 0.242622 0.980541 0.79188 31: 0.366317 0.0396955 0.129655 32: 0.385766 0.0684484 0.209626 33: 0.383239 0.238955 0.592386 34: 0.317909 0.312413 0.760762 35: 0.346632 0.490299 0.652301 36: 0.377659 0.51993 0.586945 37: 0.387316 0.644523 0.488481 38: 0.381292 0.820379 0.561298 39: 0.379536 0.893808 0.695045 40: 0.280351 0.971172 0.799209 41: 0.414977 -0.0284618 -0.0816232 42: 0.427768 0.156096 0.391091 43: 0.420001 0.226247 0.520065 44: 0.466363 0.317509 0.523774 45: 0.485566 0.389142 0.503973 46: 0.409203 0.508495 0.558634 47: 0.479258 0.632425 0.453712 48: 0.481228 0.751101 0.526234 49: 0.397776 0.848971 0.618376 50: 0.402732 0.997873 1.01824 51: 0.584869 -0.0271948 -0.0430477 52: 0.573008 0.127243 0.199204 53: 0.606389 0.270927 0.307975 54: 0.501389 0.347773 0.47782 55: 0.574131 0.425942 0.392453 56: 0.610695 0.608471 0.436802 57: 0.599011 0.673378 0.497176 58: 0.538062 0.723524 0.523492 59: 0.609697 0.924241 1.08758 60: 0.502619 1.03088 1.2791 61: 0.661693 0.0255959 0.0299231 62: 0.642784 0.0707835 0.0877888 63: 0.639648 0.200834 0.225122 64: 0.670396 0.325984 0.280919 65: 0.700118 0.48907 0.360725 66: 0.633359 0.509632 0.376101 67: 0.690895 0.669788 0.568213 68: 0.689564 0.775957 0.790702 69: 0.671889 0.93661 1.23708 70: 0.683767 1.00645 1.49432 71: 0.773694 0.0285374 0.0235366 72: 0.763533 0.10214 0.084754 73: 0.741042 0.193658 0.161331 74: 0.825898 0.323578 0.251725 75: 0.730603 0.471423 0.35248 76: 0.808661 0.609159 0.601622 77: 0.821453 0.668505 0.743867 78: 0.729064 0.802281 0.925423 79: 0.807664 0.847679 1.20181 80: 0.817095 1.05124 1.83297 81: 0.842457 0.0380499 0.0292745 82: 0.868405 0.0902048 0.0702352 83: 0.836692 0.208309 0.160067 84: 0.941846 0.331849 0.327594 85: 0.847812 0.433563 0.376027 86: 0.859958 0.591014 0.638942 87: 0.91757 0.630738 0.816525 88: 0.859633 0.814484 1.19818 89: 0.927987 0.904231 1.57088 90: 0.85128 0.969603 1.64694 91: 1.04498 -0.01209 -0.0137043 92: 0.967063 0.133411 0.125654 93: 0.985788 0.269584 0.284794 94: 0.967631 0.379528 0.416879 95: 1.01293 0.439605 0.569679 96: 0.965704 0.504443 0.625308 97: 1.00199 0.694152 1.11618 98: 1.03593 0.745992 1.30106 99: 1.04147 0.868208 1.61233 100: 0.947151 0.980141 1.79089 L2 interpolation error averaged per interpolant node = 0 Created plot file "p12_data.png". Created plot file "p12_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #12 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p12_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #12 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p12_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #12 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p12_power8.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #13 using grid #1 using Shepard interpolation with P = 1 Number of data points = 100 X, Y, Z data: 1: 0.0227035 -0.0310206 0.0192384 2: 0.0539888 0.158674 0.0307286 3: 0.0217008 0.257692 0.0336154 4: 0.0175129 0.341401 0.0373208 5: 0.0019029 0.49436 0.0387398 6: -0.0509685 0.578285 0.0312798 7: 0.0395408 0.699342 0.038203 8: -0.0487061 0.747019 0.0268747 9: 0.0315828 0.910765 0.0251166 10: -0.0418785 0.996289 0.018184 11: 0.132419 0.050133 0.0287773 12: 0.109027 0.0918555 0.0303544 13: 0.125444 0.259297 0.0480238 14: 0.093454 0.338159 0.0496347 15: 0.0767578 0.417112 0.0510193 16: 0.145187 0.561556 0.0715916 17: 0.0626494 0.655223 0.0443715 18: 0.145273 0.752407 0.0501153 19: 0.0958668 0.914652 0.0289637 20: 0.0695559 0.963242 0.0243977 21: 0.26456 0.0292939 0.0348437 22: 0.239165 0.0602303 0.0368416 23: 0.208899 0.266878 0.0670756 24: 0.276733 0.369604 0.130122 25: 0.171473 0.480174 0.0845142 26: 0.226678 0.594059 0.106892 27: 0.190921 0.68788 0.0710084 28: 0.186765 0.818558 0.047711 29: 0.230463 0.904651 0.0405857 30: 0.242622 0.980541 0.032556 31: 0.366317 0.0396955 0.0417099 32: 0.385766 0.0684484 0.0477815 33: 0.383239 0.238955 0.108959 34: 0.317909 0.312413 0.127639 35: 0.346632 0.490299 0.297479 36: 0.377659 0.51993 0.394252 37: 0.387316 0.644523 0.229439 38: 0.381292 0.820379 0.0789052 39: 0.379536 0.893808 0.0556805 40: 0.280351 0.971172 0.0356826 41: 0.414977 -0.0284618 0.0337267 42: 0.427768 0.156096 0.0749136 43: 0.420001 0.226247 0.10948 44: 0.466363 0.317509 0.225052 45: 0.485566 0.389142 0.444486 46: 0.409203 0.508495 0.545961 47: 0.479258 0.632425 0.35757 48: 0.481228 0.751101 0.136232 49: 0.397776 0.848971 0.0703083 50: 0.402732 0.997873 0.0374058 51: 0.584869 -0.0271948 0.0338826 52: 0.573008 0.127243 0.0648181 53: 0.606389 0.270927 0.135514 54: 0.501389 0.347773 0.301431 55: 0.574131 0.425942 0.476645 56: 0.610695 0.608471 0.293949 57: 0.599011 0.673378 0.200549 58: 0.538062 0.723524 0.162835 59: 0.609697 0.924241 0.0495015 60: 0.502619 1.03088 0.0342658 61: 0.661693 0.0255959 0.0382843 62: 0.642784 0.0707835 0.0465953 63: 0.639648 0.200834 0.0840322 64: 0.670396 0.325984 0.144266 65: 0.700118 0.48907 0.199335 66: 0.633359 0.509632 0.358713 67: 0.690895 0.669788 0.132857 68: 0.689564 0.775957 0.081909 69: 0.671889 0.93661 0.0434454 70: 0.683767 1.00645 0.0333041 71: 0.773694 0.0285374 0.0325536 72: 0.763533 0.10214 0.0420624 73: 0.741042 0.193658 0.0617487 74: 0.825898 0.323578 0.0678728 75: 0.730603 0.471423 0.156263 76: 0.808661 0.609159 0.0853334 77: 0.821453 0.668505 0.0705586 78: 0.729064 0.802281 0.0650009 79: 0.807664 0.847679 0.0443384 80: 0.817095 1.05124 0.0241306 81: 0.842457 0.0380499 0.0293535 82: 0.868405 0.0902048 0.0318822 83: 0.836692 0.208309 0.0479742 84: 0.941846 0.331849 0.0428261 85: 0.847812 0.433563 0.0738622 86: 0.859958 0.591014 0.0676345 87: 0.91757 0.630738 0.0496383 88: 0.859633 0.814484 0.0419752 89: 0.927987 0.904231 0.0280445 90: 0.85128 0.969603 0.0282546 91: 1.04498 -0.01209 0.0175672 92: 0.967063 0.133411 0.0275835 93: 0.985788 0.269584 0.0334357 94: 0.967631 0.379528 0.0411197 95: 1.01293 0.439605 0.0361344 96: 0.965704 0.504443 0.0440723 97: 1.00199 0.694152 0.0333684 98: 1.03593 0.745992 0.0279538 99: 1.04147 0.868208 0.0227913 100: 0.947151 0.980141 0.0227026 L2 interpolation error averaged per interpolant node = 0 Created plot file "p13_data.png". Created plot file "p13_power1.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #13 using grid #1 using Shepard interpolation with P = 2 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p13_power2.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #13 using grid #1 using Shepard interpolation with P = 4 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p13_power4.png". SHEPARD_INTERP_2D_TEST01: Interpolate data from TEST_INTERP_2D problem #13 using grid #1 using Shepard interpolation with P = 8 Number of data points = 100 L2 interpolation error averaged per interpolant node = 0 Created plot file "p13_power8.png". shepard_interp_2d_test(): Normal end of execution. 08-Jan-2022 09:34:12