Operate on 3d matrix based on 2d logical

2 vues (au cours des 30 derniers jours)
Levi Solomyak
Levi Solomyak le 23 Mai 2022
Réponse apportée : Jan le 23 Mai 2022
Say i have a matrix A which is 10,000 x 60 x60
and a matrix B=60x60 logical.
I want to apply some function to A but only in the indices of B
in bad code my objective is
A=A[:,B]*3
ie. in the y z plane only multiply by 3 if the B value is true.
I've looked at many similar answers but have not been succesful in getting this to work.
Thanks so much

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Réponses (2)

Voss
Voss le 23 Mai 2022
Ran in:
You can manipulate B to be the same size as A and then use B as a logical index into A:
% a (smaller) random 3D matrix:
A = rand(100,6,6);
A =
A(:,:,1) = 0.8147 0.1317 0.6783 0.1407 0.7212 0.0676 0.5040 0.5170 0.5301 0.6078 0.8946 0.4438 0.8239 0.5207 0.8390 0.4955 0.6367 0.2541 0.6065 0.0786 0.2671 0.3516 0.3321 0.3853 0.4153 0.1348 0.9970 0.1150 0.3149 0.9373 0.2566 0.2245 0.9776 0.0332 0.8901 0.4737 0.6311 0.1149 0.8064 0.5939 0.0773 0.4540 0.2547 0.9145 0.8218 0.0536 0.5389 0.7302 0.9757 0.9147 0.2945 0.0608 0.5947 0.0940 0.9284 0.1828 0.0147 0.9243 0.1742 0.8253 0.8846 0.6755 0.8992 0.3295 0.0688 0.8821 0.7199 0.7848 0.3874 0.8272 0.9125 0.0180 0.2927 0.9269 0.3054 0.5108 0.3940 0.2192 0.6685 0.4286 0.9261 0.9550 0.1388 0.4929 0.2272 0.6829 0.4158 0.5148 0.9267 0.6748 0.5625 0.4683 0.7679 0.8891 0.6714 0.5828 0.2458 0.0421 0.3461 0.2842 0.3318 0.9223 0.4496 0.8285 0.8515 0.6582 0.6962 0.3491 0.2992 0.7363 0.8147 0.2527 0.1483 0.6079 0.7153 0.3143 0.9326 0.9552 0.9694 0.9855 0.1411 0.9822 0.7317 0.2401 0.7636 0.7547 0.2920 0.3064 0.9138 0.3656 0.6802 0.7737 0.8075 0.4046 0.2710 0.7417 0.7686 0.3767 0.1728 0.1014 0.1332 0.4449 0.3097 0.2236 0.1938 0.0263 0.8136 0.9613 0.2106 0.1000 0.1817 0.5536 0.1577 0.0946 0.0444 0.2495 0.6869 0.7762 0.9284 0.1683 0.4411 0.0674 0.3109 0.9267 0.3091 0.3458 0.8628 0.5544 0.6107 0.1765 0.5775 0.6282 0.9324 0.3582 0.1782 0.9434 0.5298 0.4498 0.0308 0.6067 0.5085 0.4671 0.0667 0.3545 0.5718 0.3604 0.2464 0.6658 0.9680 0.8275 0.7958 0.5606 0.8808 0.7615 0.9663 0.2609 0.2224 0.8932 0.5652 0.8730 0.8796 0.0179 0.5107 0.3639 0.9654 0.7768 0.2593 0.6405 0.5471 0.7617 0.1609 0.7606 0.4017 0.5804 0.4007 0.7845 0.0816 0.1401 0.5910 0.9487 0.3070 0.6758 0.4569 0.6683 0.9278 0.6322 0.1028 0.1389 0.1532 0.2340 0.9535 0.7753 0.0940 0.5940 0.0990 0.6534 0.1994 0.9616 0.6619 0.6349 0.4413 0.4161 0.1559 0.5156 0.7205 0.2495 0.3206 0.7787 0.4187 0.3511 0.9136 0.9789 0.6314 0.2813 0.1815 0.2915 0.4746 0.5632 0.2771 0.9008 0.2085 0.2544 0.3068 0.3779 0.7679 0.6058 0.9647 0.7561 0.1656 0.3474 0.4368 0.3137 0.9234 0.2324 0.8166 0.8197 0.6842 0.7656 0.4590 0.3346 0.6242 0.6572 0.7633 0.7307 0.1489 0.3490 0.1166 0.7894 0.7391 0.5024 0.3698 0.1631 0.9256 0.0763 0.7171 0.9843 0.7633 0.6997 0.7665 0.6061 0.4527 0.4858 0.6821 0.3372 0.3981 0.8902 0.6939 0.4509 0.6703 0.9122 0.6330 0.1254 0.0135 0.9426 0.4400 0.7057 0.8533 0.3158 0.4399 0.3703 0.9714 0.6306 0.4368 0.3337 0.6462 0.2411 0.1058 0.4287 0.1527 0.6709 0.7740 0.3853 0.7390 0.2473 0.0898 0.3557 0.5756 0.9740 0.7749 0.0712 0.2201 0.8108 0.0306 0.6919 0.6341 0.4840 0.4719 0.5391 0.2765 0.8086 0.6905 0.8832 0.4060 0.6413 0.5051 0.2674 0.4423 0.3200 0.6959 0.5860 0.1345 0.4065 0.3235 0.1735 0.7767 0.3424 0.1446 0.8721 0.6598 0.5866 0.7173 0.3066 0.6922 0.9951 0.9531 0.7502 0.9074 0.0466 0.9924 0.0273 0.6472 0.9468 0.3268 0.7738 0.9689 0.4250 0.1679 0.8359 0.5013 0.7783 0.9255 0.3350 0.8306 0.3227 0.5926 0.6390 0.7827 0.8560 0.7683 0.4038 0.4275 0.7591 0.7325 0.7694 0.3768 0.3873 0.7650 0.0407 0.9445 0.1554 0.2143 0.9361 0.1173 0.0830 0.4257 0.1954 0.8951 0.8088 0.6358 0.4104 0.1702 0.2158 0.7430 0.0164 0.8387 0.0342 0.4528 0.1419 0.0441 0.6047 0.0176 0.3750 0.3705 0.7024 0.6157 0.9711 0.7938 0.0433 0.5070 0.4005 0.9454 0.0549 0.2609 0.5808 0.5742 0.1299 0.6510 0.1885 0.6395 0.0555 0.4735 0.1183 0.3880 0.5634 0.1578 0.5264 0.2039 0.2200 0.5530 0.5819 0.0985 0.9289 0.7607 0.1469 0.6345 0.6354 0.9030 0.3879 0.1865 0.3797 0.5193 0.2580 0.1848 0.9575 0.9366 0.5555 0.7494 0.4464 0.6086 0.1076 0.7682 0.5549 0.0876 0.2398 0.3783 0.3927 0.2568 0.0980 0.1949 0.5363 0.1021 0.4539 0.8746 0.3836 0.6023 0.1076 0.5467 0.5657 0.3012 0.5389 0.0431 0.7279 0.9162 0.7192 0.6885 0.4315 0.7620 0.4982 0.4517 0.1480 0.3469 0.2662 0.2051 0.0704 0.4942 0.1132 0.0182 0.3546 0.7520 0.4322 0.5566 0.4660 0.0772 0.2954 0.7903 0.1165 0.2302 0.2095 0.8114 0.7766 0.5643 0.8884 0.6547 0.5419 0.9083 0.4278 0.3335 0.0231 0.2248 0.5852 0.5009 0.3318 0.7100 0.0698 0.3348 0.6135 0.9073 0.9468 0.8532 0.4082 0.1905 0.4206 0.3656 0.2524 0.5281 0.5048 0.4394 0.5615 0.9584 0.2287 0.5837 0.3447 0.9174 0.0891 0.2610 0.9708 0.3066 0.4485 0.0539 0.5084 0.0996 0.5740 0.8693 0.4377 0.9441 0.7407 0.4323 0.8084 0.8108 0.6244 0.8327 0.2062 0.9913 0.5397 0.4372 0.4878 0.3660 0.3689 0.5993 0.1753 0.5369 0.7416 0.7889 0.1881 0.5692 0.3169 0.8756 0.4173 0.9271 0.6360 A(:,:,2) = 0.7794 0.5728 0.1281 0.8162 0.9072 0.0608 0.8632 0.8145 0.3103 0.2852 0.4761 0.6358 0.8612 0.2013 0.2263 0.6391 0.1201 0.4278 0.7618 0.6044 0.0333 0.8465 0.6654 0.6493 0.7632 0.6282 0.4602 0.0555 0.6892 0.9097 0.5230 0.5600 0.4269 0.1874 0.5684 0.2447 0.6616 0.6903 0.4733 0.8257 0.0358 0.6834 0.7682 0.7934 0.7302 0.7353 0.8336 0.6412 0.4364 0.6594 0.0372 0.1895 0.1126 0.2833 0.8322 0.9121 0.9340 0.0500 0.9722 0.5632 0.0709 0.0528 0.6968 0.8396 0.2150 0.1041 0.2124 0.6195 0.6713 0.8738 0.8352 0.2133 0.9021 0.1014 0.1568 0.7577 0.8325 0.5009 0.4829 0.6480 0.1045 0.2937 0.0197 0.0856 0.6698 0.2266 0.2253 0.7584 0.2111 0.1877 0.5852 0.6003 0.6180 0.2443 0.4819 0.5925 0.0608 0.0743 0.6215 0.6603 0.4903 0.2986 0.7864 0.6484 0.1780 0.1971 0.6000 0.9489 0.2857 0.9950 0.2718 0.4946 0.3091 0.3830 0.0115 0.0985 0.5422 0.0497 0.8523 0.1478 0.9575 0.6218 0.8681 0.6293 0.3964 0.6927 0.7276 0.4118 0.1822 0.5842 0.9996 0.4498 0.3166 0.6496 0.2665 0.8302 0.1648 0.7013 0.8228 0.2635 0.2951 0.1927 0.8943 0.9519 0.4002 0.4054 0.9573 0.5987 0.4340 0.2572 0.5340 0.5425 0.2939 0.2991 0.0702 0.0978 0.7736 0.2846 0.8036 0.4768 0.0208 0.3474 0.7438 0.3257 0.3852 0.2303 0.2657 0.1121 0.9227 0.5956 0.3353 0.4940 0.7254 0.2511 0.5793 0.2954 0.0670 0.8316 0.3451 0.0521 0.9015 0.7631 0.1954 0.5718 0.5062 0.8653 0.9325 0.5362 0.9888 0.4329 0.3419 0.8494 0.4695 0.7319 0.1010 0.6951 0.0304 0.5178 0.8625 0.6378 0.5341 0.4132 0.3731 0.9792 0.7488 0.4657 0.6198 0.5713 0.6083 0.5275 0.0074 0.1194 0.7618 0.6818 0.0361 0.4845 0.7132 0.7172 0.4681 0.6356 0.9342 0.5777 0.4213 0.8146 0.6695 0.2497 0.1903 0.6505 0.3342 0.5807 0.0727 0.4608 0.2296 0.7210 0.1194 0.0117 0.2132 0.9459 0.6929 0.7058 0.5301 0.2243 0.0010 0.4917 0.8919 0.2073 0.0598 0.9703 0.9485 0.9929 0.4493 0.7556 0.8631 0.2982 0.5968 0.3114 0.0677 0.6504 0.9939 0.3827 0.0040 0.5603 0.7245 0.3527 0.6162 0.0787 0.2818 0.8929 0.5258 0.6179 0.6274 0.3897 0.0781 0.2907 0.9102 0.5911 0.5202 0.0063 0.9335 0.5277 0.0702 0.4618 0.8094 0.9772 0.3736 0.0251 0.6803 0.9851 0.8738 0.5560 0.4155 0.4850 0.8528 0.5297 0.6375 0.9683 0.4752 0.5539 0.1619 0.3050 0.2410 0.1793 0.9571 0.3535 0.8284 0.9003 0.4984 0.1133 0.6336 0.7872 0.1955 0.2189 0.9487 0.1392 0.0442 0.2006 0.0046 0.9313 0.6491 0.8220 0.6364 0.0650 0.4532 0.3601 0.6440 0.5265 0.6931 0.2239 0.4767 0.8006 0.2664 0.1068 0.0435 0.7826 0.9044 0.1828 0.7022 0.8872 0.7073 0.3505 0.3814 0.3685 0.7597 0.5677 0.4809 0.9527 0.6019 0.9912 0.4062 0.4510 0.5005 0.5159 0.7535 0.5670 0.6704 0.7461 0.5264 0.4432 0.0428 0.3591 0.8539 0.4749 0.2046 0.4824 0.7212 0.4134 0.4332 0.9058 0.5880 0.7286 0.7931 0.5466 0.8439 0.4352 0.1819 0.3059 0.9051 0.0173 0.9443 0.6969 0.1904 0.6562 0.1456 0.7265 0.5934 0.2298 0.7084 0.4451 0.3729 0.2081 0.2531 0.4257 0.2621 0.7400 0.8113 0.5616 0.5264 0.0692 0.8240 0.2664 0.8432 0.8978 0.2390 0.6829 0.8572 0.2985 0.0442 0.3722 0.5563 0.0579 0.6105 0.6369 0.7895 0.5726 0.1930 0.2985 0.3988 0.5424 0.4743 0.3662 0.8513 0.5580 0.8406 0.0440 0.0620 0.9113 0.8474 0.2586 0.3457 0.3058 0.0316 0.6709 0.3122 0.7864 0.3093 0.6184 0.0953 0.3581 0.2851 0.1268 0.8284 0.4293 0.5862 0.7323 0.0891 0.9313 0.0169 0.7871 0.4390 0.9747 0.0298 0.7854 0.2766 0.3187 0.9038 0.9323 0.9436 0.1247 0.3636 0.5558 0.7298 0.7054 0.8265 0.3008 0.1878 0.7126 0.1507 0.8908 0.2465 0.5571 0.9923 0.4187 0.1946 0.9033 0.1694 0.3632 0.7167 0.8031 0.8826 0.1128 0.4514 0.4138 0.9307 0.5821 0.5633 0.4891 0.7476 0.5566 0.1196 0.7606 0.5697 0.6517 0.1522 0.2621 0.5636 0.1949 0.8159 0.9310 0.6070 0.0379 0.1645 0.8688 0.8284 0.9180 0.8398 0.8388 0.5818 0.1594 0.9365 0.2618 0.0882 0.2911 0.6103 0.7533 0.2174 0.7286 0.0606 0.8568 0.5924 0.7746 0.8680 0.9614 0.4223 0.2882 0.1880 0.9429 0.0283 0.3811 0.0219 0.5095 0.3754 0.2590 0.3120 0.3647 0.5396 0.5474 0.0943 0.4931 0.8762 0.3435 0.7641 0.2193 0.8981 0.1236 0.6093 0.7041 0.3887 0.8292 0.4776 0.9175 0.8453 0.5085 0.9956 0.5191 0.3496 0.2436 0.3460 0.6006 0.9054 0.7278 0.4732 0.0185 0.4294 0.3987 0.5266 0.2159 0.7014 0.9189 0.0464 0.7990 0.2429 0.1519 0.5204 0.7793 0.6730 0.1694 0.2319 0.1067 0.1201 0.2185 0.8477 0.5275 0.3807 0.7456 0.5453 0.9288 0.4663 0.0504 0.6697 0.1611 0.3667 0.0159 0.9954 0.4314 0.2984 0.0014 0.8702 0.1446 0.5204 0.3907 A(:,:,3) = 0.3287 0.0189 0.1575 0.1386 0.5769 0.6034 0.4539 0.5052 0.8502 0.7143 0.1092 0.0676 0.3226 0.9407 0.8747 0.3363 0.9341 0.6028 0.8907 0.3910 0.5109 0.4513 0.8123 0.5690 0.2675 0.8514 0.9314 0.9465 0.0425 0.7363 0.5782 0.2575 0.7365 0.8985 0.2653 0.4636 0.9604 0.8158 0.8073 0.2817 0.8591 0.5492 0.6179 0.8369 0.6194 0.2295 0.7962 0.6995 0.2718 0.8678 0.8658 0.2085 0.9026 0.3320 0.9012 0.1802 0.7593 0.9224 0.4684 0.8217 0.9807 0.7795 0.5231 0.7272 0.4336 0.4442 0.2000 0.6104 0.7430 0.7530 0.4112 0.8075 0.8526 0.8311 0.0799 0.5899 0.3451 0.2992 0.1338 0.6481 0.3937 0.0463 0.1090 0.1934 0.5530 0.7715 0.1632 0.4777 0.6582 0.1322 0.2090 0.8192 0.8574 0.1809 0.3145 0.5069 0.0694 0.1026 0.8205 0.9306 0.5230 0.5977 0.6633 0.0734 0.4504 0.0501 0.3132 0.0150 0.5507 0.5084 0.8407 0.7869 0.6244 0.4664 0.8964 0.1328 0.7482 0.9990 0.9778 0.5181 0.3797 0.2755 0.7569 0.0592 0.8752 0.4671 0.7617 0.9840 0.1539 0.1589 0.0537 0.7776 0.3350 0.5927 0.4163 0.0331 0.9556 0.7538 0.4244 0.9870 0.4357 0.5878 0.4627 0.3804 0.1557 0.2775 0.9998 0.8085 0.9220 0.0469 0.0257 0.7157 0.2140 0.0298 0.7132 0.4568 0.8176 0.1400 0.8878 0.5046 0.7295 0.3057 0.3219 0.2394 0.5620 0.2688 0.6972 0.2495 0.0784 0.5210 0.8022 0.1606 0.2523 0.8272 0.4176 0.9726 0.0627 0.6440 0.2539 0.0566 0.3918 0.8822 0.6208 0.4015 0.6859 0.1638 0.6219 0.4065 0.5657 0.2451 0.9979 0.7692 0.5823 0.2289 0.5785 0.8415 0.0021 0.1909 0.4467 0.7944 0.0212 0.5761 0.1020 0.7599 0.4472 0.8520 0.1978 0.0254 0.0472 0.2457 0.6867 0.4529 0.5021 0.4047 0.9553 0.1572 0.2842 0.3625 0.6676 0.0434 0.9479 0.4122 0.7171 0.7584 0.4167 0.6519 0.1352 0.7131 0.6519 0.2359 0.6179 0.8415 0.7185 0.8859 0.4761 0.8673 0.0134 0.6308 0.4651 0.3016 0.1045 0.3634 0.3733 0.7886 0.8220 0.9427 0.0850 0.7232 0.8581 0.8633 0.5648 0.0315 0.7622 0.2150 0.0919 0.2131 0.7894 0.5167 0.4291 0.5103 0.8844 0.6204 0.3783 0.6109 0.7482 0.4903 0.9256 0.6925 0.9831 0.3116 0.7237 0.3289 0.3475 0.9741 0.8806 0.6676 0.4775 0.3242 0.8537 0.3322 0.4144 0.1185 0.3562 0.8278 0.5083 0.7013 0.6923 0.3444 0.6114 0.0212 0.4913 0.2287 0.0457 0.2113 0.7272 0.1658 0.3380 0.0536 0.0996 0.4513 0.9857 0.2950 0.8267 0.3636 0.5852 0.0662 0.0504 0.1189 0.9928 0.9767 0.0001 0.6010 0.0862 0.0082 0.4506 0.0572 0.8114 0.3891 0.0481 0.1649 0.2695 0.2763 0.8623 0.1393 0.5736 0.1653 0.8008 0.0537 0.9099 0.9766 0.9835 0.2548 0.6051 0.6744 0.7342 0.5632 0.8119 0.8343 0.0058 0.3431 0.2313 0.1481 0.3894 0.1621 0.7991 0.2980 0.3527 0.6520 0.2550 0.8069 0.1931 0.3368 0.0319 0.0341 0.8478 0.2547 0.8296 0.0466 0.3597 0.2323 0.1521 0.2872 0.2441 0.1075 0.6884 0.6920 0.0205 0.7004 0.5756 0.7867 0.5922 0.6123 0.3515 0.7252 0.0560 0.6248 0.2187 0.8301 0.0781 0.2533 0.8294 0.1135 0.8631 0.8463 0.0972 0.8659 0.9309 0.5843 0.7825 0.4788 0.6419 0.3779 0.1664 0.7322 0.5819 0.1602 0.4400 0.9559 0.9590 0.5166 0.7052 0.3192 0.5789 0.8328 0.2905 0.7274 0.8667 0.9003 0.5166 0.3472 0.6382 0.4830 0.5474 0.7841 0.4957 0.5210 0.2558 0.4355 0.0496 0.0482 0.5822 0.1011 0.7435 0.4271 0.1497 0.6444 0.4317 0.4317 0.2402 0.5674 0.9749 0.5985 0.8085 0.2774 0.1629 0.2128 0.7504 0.8548 0.8695 0.7008 0.4893 0.6115 0.3063 0.7922 0.3505 0.9511 0.2827 0.1737 0.3284 0.8203 0.5520 0.8109 0.6177 0.1484 0.4865 0.5787 0.6516 0.1215 0.0369 0.0015 0.4308 0.4833 0.5817 0.9642 0.6863 0.6707 0.6583 0.1826 0.9194 0.8483 0.9453 0.4332 0.6653 0.3504 0.6018 0.6855 0.5478 0.7757 0.6663 0.3144 0.5240 0.2961 0.6337 0.7360 0.4667 0.4730 0.2322 0.5572 0.5454 0.7061 0.7694 0.8406 0.4573 0.7501 0.3443 0.8912 0.8192 0.9284 0.6364 0.3437 0.1909 0.7715 0.7809 0.4410 0.9952 0.5716 0.9349 0.1817 0.2038 0.8198 0.1989 0.3058 0.6273 0.2852 0.6394 0.8053 0.8948 0.3285 0.1010 0.6059 0.5124 0.4664 0.1388 0.8654 0.8576 0.4567 0.4612 0.4493 0.4821 0.4230 0.4321 0.1584 0.0725 0.1970 0.4648 0.5060 0.5624 0.5217 0.5641 0.4367 0.7228 0.7820 0.7659 0.1802 0.2859 0.2987 0.9221 0.3898 0.9871 0.5762 0.3165 0.5978 0.1651 0.3793 0.9912 0.3114 0.4778 0.0731 0.8674 0.4703 0.0360 0.5154 0.1556 0.3613 0.7848 0.5727 0.4781 0.2066 0.4359 0.3768 0.0335 0.7782 0.2005 0.5603 0.6805 0.1406 0.9703 0.6004 0.6338 0.2891 0.2079 0.0588 0.2618 0.1117 0.9436 0.3100 0.2975 0.7227 0.7555 0.7644 0.2151 0.8591 0.9830 0.0185 0.7406 0.2704 0.9726 0.7770 0.7177 0.2346 A(:,:,4) = 0.4494 0.4738 0.5919 0.7225 0.6533 0.5391 0.8247 0.4458 0.2119 0.9705 0.7623 0.4766 0.6743 0.9653 0.4723 0.0316 0.1321 0.2616 0.4307 0.9619 0.4508 0.0607 0.1077 0.2622 0.1985 0.8079 0.5670 0.8488 0.5116 0.0171 0.7264 0.6528 0.9990 0.8023 0.1671 0.1804 0.9616 0.2496 0.1221 0.2147 0.2792 0.3017 0.0598 0.3932 0.1132 0.7959 0.3069 0.2889 0.3817 0.4852 0.9920 0.5915 0.1558 0.2828 0.7166 0.5439 0.4688 0.6311 0.7608 0.0362 0.5333 0.7503 0.4377 0.7625 0.8998 0.9474 0.5543 0.5683 0.3884 0.4691 0.4730 0.2364 0.8518 0.1660 0.9298 0.1375 0.4123 0.4748 0.1739 0.3678 0.7579 0.1266 0.6617 0.5951 0.6431 0.8187 0.2162 0.5016 0.2638 0.7761 0.6879 0.8791 0.2845 0.8872 0.5023 0.8333 0.3190 0.6500 0.5680 0.8253 0.2807 0.1728 0.0993 0.3421 0.1902 0.6735 0.4614 0.2636 0.2979 0.1830 0.4785 0.2471 0.1591 0.6709 0.4998 0.0965 0.8940 0.6425 0.1943 0.7634 0.5824 0.5295 0.8951 0.0896 0.8383 0.5826 0.5160 0.1301 0.8344 0.9220 0.4409 0.7297 0.4400 0.4787 0.4313 0.2694 0.4817 0.2531 0.5422 0.5466 0.3745 0.4441 0.3378 0.7826 0.7108 0.6188 0.2763 0.0904 0.3931 0.8914 0.0762 0.5694 0.5938 0.9631 0.9555 0.4927 0.9516 0.2764 0.0536 0.7749 0.8435 0.6903 0.1052 0.3839 0.0008 0.7047 0.3170 0.4663 0.1240 0.3734 0.9139 0.4254 0.8643 0.4520 0.8240 0.4707 0.2548 0.4002 0.6094 0.9669 0.3696 0.4109 0.9383 0.2265 0.5085 0.4683 0.3643 0.5663 0.5032 0.9952 0.9476 0.9078 0.3782 0.9385 0.7992 0.2929 0.2689 0.6938 0.4165 0.3776 0.4045 0.5866 0.4679 0.9329 0.7946 0.3544 0.9281 0.3243 0.6045 0.3670 0.5634 0.6082 0.5888 0.4071 0.6585 0.8031 0.3921 0.5080 0.7056 0.3293 0.0505 0.3881 0.8016 0.4531 0.9576 0.7717 0.8044 0.6717 0.7585 0.9655 0.7509 0.5090 0.4649 0.1736 0.4984 0.3558 0.7241 0.3855 0.9612 0.1294 0.2947 0.0535 0.5356 0.6493 0.9242 0.6309 0.8268 0.3974 0.8883 0.2228 0.6893 0.3906 0.3097 0.4225 0.0589 0.1226 0.0848 0.7788 0.8668 0.4851 0.1025 0.5946 0.1041 0.9992 0.4183 0.6245 0.4648 0.0491 0.8460 0.7729 0.0305 0.0705 0.2170 0.5070 0.9011 0.0883 0.0253 0.5839 0.4398 0.1968 0.8715 0.3086 0.3722 0.1492 0.2657 0.9328 0.9408 0.0288 0.4560 0.3177 0.6524 0.1963 0.7241 0.8899 0.5952 0.3809 0.2403 0.9312 0.2871 0.5780 0.7807 0.6126 0.5839 0.0229 0.0263 0.1609 0.5677 0.6794 0.9094 0.8026 0.9265 0.2973 0.7387 0.1977 0.5353 0.6467 0.2384 0.5818 0.1695 0.8118 0.8872 0.4323 0.4719 0.8854 0.1704 0.1598 0.7141 0.2098 0.3538 0.4906 0.3162 0.9700 0.6304 0.2295 0.7914 0.3671 0.3001 0.8371 0.4831 0.7334 0.7743 0.0563 0.3550 0.0771 0.1352 0.4669 0.9394 0.2606 0.9175 0.3943 0.9172 0.5355 0.7023 0.0124 0.6344 0.9188 0.5718 0.7859 0.2752 0.3357 0.2089 0.0437 0.2435 0.0047 0.6351 0.4652 0.0810 0.6157 0.0047 0.1432 0.8838 0.2859 0.7949 0.9609 0.0842 0.3836 0.4400 0.7450 0.4507 0.5327 0.2554 0.3762 0.3181 0.1298 0.2282 0.2325 0.5118 0.8925 0.2439 0.9086 0.5524 0.1406 0.5832 0.7166 0.9500 0.2033 0.9216 0.8386 0.2229 0.8400 0.7578 0.1686 0.9850 0.5304 0.6997 0.5849 0.9070 0.2792 0.9115 0.4911 0.2736 0.4101 0.0169 0.7860 0.9643 0.3269 0.4880 0.3172 0.3164 0.8876 0.2548 0.9303 0.4403 0.0850 0.9052 0.3415 0.9432 0.6681 0.0588 0.5969 0.8434 0.9371 0.9593 0.7604 0.2588 0.9915 0.6423 0.2095 0.2090 0.2569 0.6104 0.3653 0.3043 0.8101 0.0268 0.4388 0.1825 0.8180 0.5580 0.1923 0.5045 0.4778 0.1383 0.6750 0.8986 0.9977 0.1845 0.7473 0.0507 0.3995 0.6538 0.1234 0.7543 0.6476 0.4108 0.8656 0.8046 0.0831 0.6391 0.8564 0.4505 0.9706 0.4399 0.9082 0.8381 0.1665 0.3166 0.7172 0.0030 0.7416 0.3402 0.1366 0.0091 0.6758 0.1484 0.0857 0.0278 0.8459 0.9789 0.9312 0.5286 0.6096 0.6776 0.7816 0.5312 0.6173 0.7908 0.6607 0.9890 0.5454 0.0824 0.7478 0.4183 0.6410 0.9761 0.4637 0.4052 0.9148 0.2109 0.2427 0.9658 0.8842 0.3143 0.6066 0.6428 0.8336 0.3809 0.4993 0.6824 0.5911 0.8189 0.0632 0.4874 0.6377 0.9949 0.0690 0.7629 0.9075 0.5941 0.3295 0.8701 0.3560 0.2921 0.5530 0.9105 0.0441 0.4641 0.4080 0.4600 0.3473 0.7666 0.9815 0.2372 0.9585 0.0562 0.4156 0.5700 0.8356 0.0026 0.5196 0.7716 0.3886 0.9768 0.8398 0.0387 0.1559 0.0137 0.9981 0.9169 0.7306 0.5288 0.6002 0.1432 0.8628 0.2890 0.3970 0.1281 0.2919 0.2923 0.1293 0.5088 0.5681 0.8023 0.3019 0.9548 0.7800 0.8025 0.7148 0.3848 0.1466 0.2055 0.8911 0.7142 0.7662 0.3635 0.5900 0.5077 0.4503 0.0900 0.0030 0.8345 0.6397 0.5060 0.4699 0.1844 0.0895 0.3638 0.5079 0.1982 0.4962 A(:,:,5) = 0.0886 0.7370 0.7000 0.5736 0.5981 0.2316 0.1209 0.0353 0.3565 0.8152 0.9170 0.6359 0.5190 0.7332 0.3530 0.0229 0.4257 0.1238 0.7867 0.8823 0.8301 0.9680 0.0439 0.0239 0.4984 0.4769 0.4577 0.3489 0.8879 0.6103 0.2888 0.2723 0.3622 0.5964 0.2596 0.2946 0.9940 0.8338 0.8740 0.7384 0.8158 0.9737 0.0739 0.1876 0.5968 0.4876 0.3245 0.4464 0.8678 0.8632 0.9853 0.7916 0.1870 0.0335 0.1678 0.7694 0.6800 0.3006 0.4031 0.6189 0.5805 0.0897 0.4077 0.3246 0.1564 0.2950 0.7415 0.7030 0.7570 0.8407 0.6076 0.8749 0.0366 0.3488 0.8012 0.6557 0.4209 0.4360 0.6840 0.8184 0.3693 0.1720 0.7526 0.1190 0.6891 0.2096 0.2648 0.4188 0.5279 0.5827 0.5819 0.3031 0.4170 0.4791 0.8164 0.6173 0.2004 0.6052 0.3858 0.4526 0.8550 0.2252 0.8157 0.5927 0.0631 0.4842 0.3279 0.9275 0.8989 0.2575 0.0066 0.1317 0.9559 0.1506 0.1993 0.1353 0.4517 0.1660 0.4172 0.6916 0.8995 0.5319 0.2542 0.6365 0.5532 0.9474 0.7097 0.1330 0.3797 0.5842 0.1710 0.8338 0.0995 0.2892 0.7191 0.8136 0.2663 0.2125 0.9250 0.5246 0.1551 0.3753 0.3574 0.2771 0.6166 0.3695 0.0003 0.5109 0.6912 0.0736 0.2273 0.7378 0.0172 0.4421 0.2227 0.6930 0.5382 0.5488 0.5999 0.8654 0.3853 0.3434 0.4076 0.5335 0.3791 0.5696 0.6342 0.6006 0.1707 0.9390 0.1057 0.9313 0.7003 0.1328 0.0798 0.3465 0.4180 0.1623 0.0561 0.0692 0.9979 0.5168 0.2906 0.7744 0.9516 0.6259 0.3365 0.6077 0.1550 0.6939 0.4791 0.6803 0.6679 0.2976 0.4021 0.1596 0.5129 0.7283 0.3024 0.2919 0.7233 0.7610 0.4007 0.5050 0.5178 0.0516 0.5412 0.0805 0.3946 0.2558 0.5669 0.4741 0.6355 0.0692 0.9393 0.8204 0.7224 0.7261 0.8288 0.6005 0.7645 0.1189 0.6590 0.7300 0.2604 0.1836 0.6462 0.5617 0.9698 0.7760 0.4789 0.0434 0.2759 0.7452 0.0291 0.6131 0.2367 0.7503 0.1526 0.0346 0.2153 0.3538 0.8945 0.2523 0.1338 0.6685 0.5813 0.4366 0.1045 0.7999 0.4707 0.0611 0.7593 0.4826 0.8214 0.3299 0.2386 0.4127 0.6878 0.1399 0.7906 0.9338 0.7511 0.4928 0.9993 0.6387 0.4336 0.4050 0.0272 0.6233 0.0752 0.3715 0.3701 0.2962 0.3318 0.7833 0.6479 0.5594 0.3147 0.6941 0.2003 0.0663 0.6363 0.1394 0.6514 0.1996 0.9896 0.2471 0.9990 0.4451 0.4819 0.1695 0.1514 0.1729 0.8477 0.3184 0.7905 0.6502 0.3730 0.0061 0.6311 0.3178 0.9704 0.7616 0.9971 0.3307 0.9233 0.9452 0.5755 0.3144 0.1914 0.8813 0.1484 0.2947 0.0503 0.0095 0.6355 0.0979 0.3342 0.4406 0.7095 0.0815 0.0118 0.4405 0.9407 0.3378 0.5147 0.9604 0.6768 0.4837 0.4606 0.1881 0.8906 0.3612 0.2868 0.6256 0.6181 0.7448 0.7151 0.5995 0.8776 0.8850 0.0254 0.2579 0.3188 0.0715 0.1405 0.2379 0.2050 0.2138 0.1205 0.9917 0.5438 0.1941 0.8598 0.9844 0.7748 0.4668 0.3513 0.1297 0.8022 0.1608 0.7400 0.4319 0.3138 0.5337 0.7640 0.2853 0.0030 0.9382 0.8181 0.7913 0.9274 0.7861 0.1868 0.6992 0.2147 0.5894 0.8759 0.9288 0.6661 0.4568 0.8812 0.6517 0.6434 0.5833 0.0703 0.6033 0.4662 0.6301 0.5875 0.1893 0.0677 0.2876 0.2278 0.5365 0.9215 0.5816 0.4008 0.9674 0.0045 0.1924 0.2189 0.1433 0.2333 0.0681 0.8289 0.0185 0.3171 0.1269 0.1021 0.2456 0.4445 0.7610 0.1110 0.9618 0.5775 0.8680 0.5399 0.4811 0.2882 0.0684 0.2193 0.7024 0.9416 0.1987 0.5741 0.7462 0.4756 0.0510 0.2304 0.6690 0.1175 0.6485 0.3776 0.2748 0.8986 0.3424 0.9430 0.4857 0.7965 0.0589 0.6418 0.4498 0.7001 0.7358 0.3462 0.5564 0.3128 0.8793 0.5281 0.5790 0.3548 0.8347 0.6991 0.7729 0.6928 0.0193 0.2313 0.2538 0.5674 0.3189 0.7033 0.0078 0.1211 0.6821 0.1908 0.1472 0.8015 0.6584 0.1197 0.2815 0.2181 0.6884 0.4821 0.2711 0.1751 0.2423 0.0372 0.7816 0.1617 0.8219 0.3688 0.2617 0.1804 0.2669 0.8546 0.6372 0.2424 0.1927 0.9708 0.4623 0.8388 0.3526 0.6539 0.3012 0.0421 0.5059 0.0899 0.5611 0.0789 0.0968 0.7952 0.1878 0.0932 0.5887 0.3853 0.1720 0.5153 0.2603 0.5991 0.5922 0.1414 0.6653 0.1527 0.3991 0.8381 0.7263 0.3419 0.6239 0.3393 0.1093 0.4133 0.9139 0.4989 0.4355 0.0171 0.9694 0.7363 0.0690 0.8498 0.5172 0.5337 0.6426 0.2518 0.4625 0.1456 0.0904 0.6043 0.6539 0.0730 0.2138 0.0676 0.0328 0.5525 0.4148 0.5243 0.3034 0.2285 0.9493 0.3518 0.7128 0.1359 0.9306 0.7946 0.4112 0.5514 0.6370 0.4520 0.0522 0.1239 0.2634 0.9424 0.6389 0.2795 0.0771 0.2035 0.5619 0.2200 0.1217 0.2539 0.6792 0.2385 0.2332 0.7894 0.3558 0.8055 0.7843 0.1454 0.7782 0.2253 0.9015 0.9612 0.9214 0.8400 0.4542 0.2288 0.8564 0.3215 0.8376 0.5246 0.5056 0.9267 0.3956 0.2979 0.8821 0.3390 0.3251 0.4308 0.2941 A(:,:,6) = 0.7494 0.2085 0.3104 0.9307 0.8445 0.1330 0.3474 0.2586 0.2164 0.8842 0.3745 0.7177 0.5834 0.6811 0.7447 0.2874 0.8562 0.8553 0.5745 0.7638 0.5636 0.1257 0.5080 0.1255 0.6345 0.4146 0.2912 0.2375 0.1095 0.3219 0.2950 0.8067 0.1755 0.5209 0.0656 0.3330 0.9701 0.8270 0.1406 0.9783 0.5680 0.5798 0.2459 0.1563 0.8265 0.9367 0.0882 0.1922 0.0403 0.1168 0.4181 0.2035 0.3008 0.6616 0.1162 0.4583 0.8469 0.5563 0.4987 0.0893 0.0225 0.5086 0.0193 0.8367 0.8234 0.3354 0.3025 0.5494 0.1235 0.2316 0.2089 0.9776 0.9832 0.8674 0.5988 0.1271 0.1990 0.4430 0.2917 0.2301 0.5277 0.3032 0.7663 0.1549 0.6542 0.8601 0.6836 0.5233 0.5412 0.2424 0.1487 0.5905 0.0693 0.4818 0.3518 0.6336 0.0162 0.9703 0.6800 0.3612 0.4619 0.1867 0.1767 0.8898 0.3079 0.4403 0.9621 0.5604 0.2603 0.3256 0.7270 0.7131 0.2880 0.4010 0.3843 0.8747 0.7537 0.5300 0.3773 0.9748 0.3087 0.4623 0.1788 0.4795 0.3924 0.5436 0.0597 0.0369 0.3571 0.1538 0.9431 0.0813 0.7286 0.4581 0.1411 0.7505 0.8967 0.3231 0.4380 0.0197 0.1031 0.3057 0.3791 0.9446 0.8751 0.8092 0.7305 0.1502 0.7133 0.5279 0.6447 0.0383 0.4887 0.1738 0.7033 0.2550 0.1909 0.2914 0.6395 0.3161 0.8665 0.9981 0.0863 0.3748 0.1258 0.2592 0.3659 0.6842 0.5760 0.1180 0.9031 0.5003 0.9960 0.9477 0.3697 0.9755 0.1780 0.8531 0.2808 0.1016 0.4508 0.8927 0.7970 0.7496 0.1514 0.4171 0.7569 0.3415 0.3357 0.9762 0.6785 0.9526 0.0501 0.8663 0.0400 0.0466 0.3789 0.8531 0.7803 0.8378 0.0663 0.7408 0.3323 0.6023 0.2304 0.2099 0.1516 0.0770 0.1114 0.9152 0.3462 0.4498 0.5892 0.2470 0.0747 0.7337 0.7928 0.9690 0.1500 0.0167 0.7769 0.3644 0.3074 0.6103 0.5181 0.8176 0.4055 0.0795 0.3882 0.4701 0.8738 0.5961 0.7358 0.1564 0.0234 0.1368 0.7998 0.7381 0.9671 0.2753 0.7327 0.6849 0.7650 0.1091 0.4796 0.8888 0.4011 0.8057 0.3861 0.0865 0.5240 0.3003 0.3174 0.8680 0.0452 0.0328 0.7708 0.6182 0.6298 0.9671 0.2259 0.0832 0.2048 0.1080 0.1790 0.9161 0.7719 0.5501 0.2214 0.4928 0.4717 0.8258 0.9046 0.2437 0.2436 0.9827 0.6480 0.6978 0.6317 0.9503 0.4205 0.8159 0.1806 0.9572 0.2823 0.9856 0.9265 0.1605 0.0694 0.4179 0.4407 0.2743 0.5900 0.2988 0.2929 0.8311 0.4822 0.1549 0.8379 0.4096 0.4540 0.5435 0.1296 0.3282 0.0021 0.5460 0.6781 0.5788 0.1863 0.7933 0.4336 0.0046 0.2534 0.0920 0.8754 0.9553 0.1476 0.7488 0.9986 0.3455 0.5593 0.7790 0.9497 0.4298 0.0873 0.1145 0.8966 0.5422 0.6834 0.8956 0.2209 0.6574 0.3937 0.4840 0.0649 0.4363 0.1853 0.1853 0.0594 0.8525 0.1004 0.7543 0.7679 0.3342 0.7658 0.4576 0.8022 0.2370 0.8261 0.6717 0.7558 0.6936 0.0280 0.5678 0.5932 0.5354 0.1880 0.8822 0.5172 0.3663 0.5703 0.2306 0.5640 0.7662 0.6320 0.3067 0.6759 0.6638 0.2974 0.7300 0.5825 0.1785 0.2223 0.2120 0.0851 0.7319 0.0517 0.9911 0.5031 0.4848 0.9638 0.3108 0.1322 0.5179 0.3475 0.5122 0.6319 0.3330 0.3929 0.0422 0.1877 0.1829 0.0720 0.7574 0.5944 0.1399 0.9831 0.6242 0.0755 0.0049 0.3982 0.9688 0.7157 0.4705 0.9394 0.3713 0.1433 0.5371 0.9608 0.8924 0.0076 0.4839 0.7398 0.4035 0.2788 0.2901 0.4256 0.3934 0.0459 0.1696 0.1016 0.8240 0.7178 0.1248 0.6237 0.1508 0.1874 0.6751 0.3188 0.6379 0.7526 0.8867 0.1756 0.3251 0.6341 0.8658 0.2246 0.4579 0.8349 0.1745 0.7917 0.0994 0.4538 0.8505 0.3029 0.5597 0.6320 0.6519 0.0244 0.3709 0.8057 0.6899 0.1162 0.6897 0.6195 0.9948 0.9617 0.2603 0.7360 0.5811 0.0717 0.8584 0.0414 0.4104 0.9083 0.3076 0.9214 0.2930 0.5105 0.9591 0.8339 0.7944 0.7124 0.2590 0.6112 0.6762 0.5532 0.9199 0.5051 0.8226 0.7420 0.9182 0.5475 0.3243 0.3548 0.7315 0.7263 0.8183 0.2491 0.2053 0.8065 0.8906 0.1748 0.8721 0.7408 0.2395 0.9910 0.5595 0.8631 0.4520 0.1380 0.2046 0.7953 0.8181 0.5356 0.7374 0.1419 0.3434 0.7629 0.5627 0.5988 0.4241 0.9715 0.9241 0.4940 0.1865 0.5982 0.4311 0.4180 0.6159 0.0332 0.3214 0.9286 0.6304 0.4504 0.0785 0.2102 0.1932 0.0236 0.6488 0.8102 0.1749 0.4217 0.7359 0.7842 0.1452 0.5875 0.9844 0.1485 0.5751 0.3098 0.5589 0.0864 0.5894 0.5498 0.8254 0.4909 0.5130 0.9649 0.1573 0.5858 0.9054 0.3603 0.0357 0.5816 0.0627 0.6085 0.9746 0.6359 0.7952 0.1795 0.8801 0.6560 0.9920 0.1700 0.9296 0.5226 0.1834 0.2860 0.2859 0.0854 0.1030 0.5090 0.6768 0.8298 0.6354 0.9889 0.0030 0.8493 0.4152 0.0238 0.9178 0.9681 0.3090 0.4517 0.0322 0.0778 0.9308 0.0168 0.7834 0.6777 0.5605 0.3105 0.3588 0.6197 0.3695 0.2286 0.2322 0.8339 0.6542
% a (smaller) logical matrix:
B = logical(randi([0 1],6,6))
B = 6×6 logical array
0 1 1 0 1 0 1 0 1 0 0 1 1 0 0 1 1 1 1 1 1 1 0 1 1 1 0 0 0 1 0 0 1 0 1 0
% permute and repmat B into B_new, of same size as A:
B_new = repmat(permute(B,[3 1 2]),size(A,1),1);
% perform logical indexing and multiplying elements of A by 3,
% creating A_new:
A_new = A;
A_new(B_new) = A_new(B_new)*3
A_new =
A_new(:,:,1) = 0.8147 0.3951 2.0349 0.4220 2.1635 0.0676 0.5040 1.5510 1.5902 1.8234 2.6838 0.4438 0.8239 1.5621 2.5169 1.4866 1.9101 0.2541 0.6065 0.2358 0.8013 1.0548 0.9962 0.3853 0.4153 0.4043 2.9910 0.3449 0.9447 0.9373 0.2566 0.6734 2.9329 0.0996 2.6702 0.4737 0.6311 0.3446 2.4192 1.7817 0.2319 0.4540 0.2547 2.7435 2.4655 0.1607 1.6167 0.7302 0.9757 2.7440 0.8834 0.1824 1.7841 0.0940 0.9284 0.5485 0.0442 2.7730 0.5225 0.8253 0.8846 2.0264 2.6976 0.9885 0.2064 0.8821 0.7199 2.3543 1.1622 2.4817 2.7375 0.0180 0.2927 2.7807 0.9163 1.5325 1.1819 0.2192 0.6685 1.2859 2.7782 2.8650 0.4163 0.4929 0.2272 2.0487 1.2475 1.5445 2.7802 0.6748 0.5625 1.4048 2.3037 2.6672 2.0143 0.5828 0.2458 0.1264 1.0383 0.8527 0.9954 0.9223 0.4496 2.4854 2.5544 1.9746 2.0886 0.3491 0.2992 2.2088 2.4440 0.7582 0.4450 0.6079 0.7153 0.9428 2.7979 2.8655 2.9082 0.9855 0.1411 2.9465 2.1950 0.7202 2.2907 0.7547 0.2920 0.9193 2.7414 1.0967 2.0406 0.7737 0.8075 1.2139 0.8130 2.2252 2.3058 0.3767 0.1728 0.3043 0.3996 1.3348 0.9292 0.2236 0.1938 0.0790 2.4407 2.8840 0.6317 0.1000 0.1817 1.6607 0.4731 0.2839 0.1331 0.2495 0.6869 2.3285 2.7853 0.5049 1.3232 0.0674 0.3109 2.7801 0.9272 1.0373 2.5883 0.5544 0.6107 0.5295 1.7326 1.8847 2.7972 0.3582 0.1782 2.8303 1.5893 1.3494 0.0923 0.6067 0.5085 1.4012 0.2002 1.0636 1.7153 0.3604 0.2464 1.9974 2.9039 2.4824 2.3873 0.5606 0.8808 2.2844 2.8989 0.7826 0.6671 0.8932 0.5652 2.6190 2.6388 0.0537 1.5321 0.3639 0.9654 2.3304 0.7780 1.9215 1.6414 0.7617 0.1609 2.2818 1.2050 1.7413 1.2022 0.7845 0.0816 0.4204 1.7731 2.8461 0.9209 0.6758 0.4569 2.0049 2.7835 1.8966 0.3084 0.1389 0.1532 0.7020 2.8604 2.3258 0.2819 0.5940 0.0990 1.9603 0.5983 2.8849 1.9857 0.6349 0.4413 1.2482 0.4678 1.5467 2.1616 0.2495 0.3206 2.3360 1.2561 1.0534 2.7407 0.9789 0.6314 0.8439 0.5444 0.8745 1.4239 0.5632 0.2771 2.7023 0.6254 0.7633 0.9203 0.3779 0.7679 1.8174 2.8940 2.2684 0.4969 0.3474 0.4368 0.9412 2.7702 0.6971 2.4499 0.8197 0.6842 2.2968 1.3770 1.0037 1.8727 0.6572 0.7633 2.1921 0.4466 1.0470 0.3498 0.7894 0.7391 1.5073 1.1094 0.4894 2.7768 0.0763 0.7171 2.9529 2.2899 2.0990 2.2994 0.6061 0.4527 1.4573 2.0462 1.0116 1.1943 0.8902 0.6939 1.3526 2.0108 2.7365 1.8989 0.1254 0.0135 2.8279 1.3199 2.1172 2.5600 0.3158 0.4399 1.1110 2.9141 1.8917 1.3105 0.3337 0.6462 0.7232 0.3175 1.2862 0.4582 0.6709 0.7740 1.1559 2.2170 0.7418 0.2694 0.3557 0.5756 2.9219 2.3247 0.2137 0.6602 0.8108 0.0306 2.0758 1.9024 1.4519 1.4157 0.5391 0.2765 2.4257 2.0714 2.6497 1.2179 0.6413 0.5051 0.8021 1.3270 0.9599 2.0878 0.5860 0.1345 1.2194 0.9704 0.5205 2.3300 0.3424 0.1446 2.6163 1.9794 1.7598 2.1519 0.3066 0.6922 2.9853 2.8592 2.2505 2.7221 0.0466 0.9924 0.0818 1.9416 2.8405 0.9805 0.7738 0.9689 1.2750 0.5036 2.5078 1.5039 0.7783 0.9255 1.0051 2.4919 0.9682 1.7779 0.6390 0.7827 2.5681 2.3048 1.2114 1.2824 0.7591 0.7325 2.3083 1.1305 1.1619 2.2949 0.0407 0.9445 0.4661 0.6430 2.8083 0.3520 0.0830 0.4257 0.5862 2.6854 2.4263 1.9073 0.4104 0.1702 0.6475 2.2290 0.0493 2.5162 0.0342 0.4528 0.4257 0.1323 1.8142 0.0527 0.3750 0.3705 2.1071 1.8472 2.9133 2.3814 0.0433 0.5070 1.2016 2.8363 0.1648 0.7826 0.5808 0.5742 0.3898 1.9530 0.5655 1.9184 0.0555 0.4735 0.3550 1.1640 1.6901 0.4733 0.5264 0.2039 0.6599 1.6591 1.7458 0.2956 0.9289 0.7607 0.4406 1.9034 1.9062 2.7091 0.3879 0.1865 1.1391 1.5578 0.7739 0.5544 0.9575 0.9366 1.6664 2.2481 1.3392 1.8258 0.1076 0.7682 1.6648 0.2628 0.7193 1.1350 0.3927 0.2568 0.2940 0.5846 1.6090 0.3062 0.4539 0.8746 1.1509 1.8070 0.3229 1.6401 0.5657 0.3012 1.6167 0.1294 2.1836 2.7485 0.7192 0.6885 1.2946 2.2861 1.4945 1.3550 0.1480 0.3469 0.7986 0.6153 0.2111 1.4827 0.1132 0.0182 1.0637 2.2559 1.2967 1.6699 0.4660 0.0772 0.8861 2.3708 0.3495 0.6907 0.2095 0.8114 2.3297 1.6930 2.6652 1.9642 0.5419 0.9083 1.2835 1.0004 0.0694 0.6743 0.5852 0.5009 0.9955 2.1301 0.2094 1.0045 0.6135 0.9073 2.8405 2.5597 1.2245 0.5714 0.4206 0.3656 0.7573 1.5843 1.5144 1.3182 0.5615 0.9584 0.6861 1.7512 1.0340 2.7522 0.0891 0.2610 2.9123 0.9198 1.3455 0.1618 0.5084 0.0996 1.7220 2.6080 1.3132 2.8322 0.7407 0.4323 2.4252 2.4325 1.8732 2.4981 0.2062 0.9913 1.6190 1.3115 1.4634 1.0979 0.3689 0.5993 0.5259 1.6108 2.2247 2.3666 0.1881 0.5692 0.9508 2.6269 1.2518 2.7812 0.6360 A_new(:,:,2) = 2.3383 0.5728 0.1281 2.4487 2.7217 0.0608 2.5897 0.8145 0.3103 0.8557 1.4284 0.6358 2.5835 0.2013 0.2263 1.9172 0.3603 0.4278 2.2855 0.6044 0.0333 2.5395 1.9962 0.6493 2.2895 0.6282 0.4602 0.1666 2.0677 0.9097 1.5689 0.5600 0.4269 0.5621 1.7053 0.2447 1.9849 0.6903 0.4733 2.4771 0.1074 0.6834 2.3047 0.7934 0.7302 2.2060 2.5009 0.6412 1.3093 0.6594 0.0372 0.5684 0.3379 0.2833 2.4965 0.9121 0.9340 0.1499 2.9165 0.5632 0.2127 0.0528 0.6968 2.5189 0.6449 0.1041 0.6371 0.6195 0.6713 2.6214 2.5055 0.2133 2.7064 0.1014 0.1568 2.2732 2.4975 0.5009 1.4487 0.6480 0.1045 0.8811 0.0591 0.0856 2.0093 0.2266 0.2253 2.2751 0.6333 0.1877 1.7555 0.6003 0.6180 0.7330 1.4456 0.5925 0.1823 0.0743 0.6215 1.9810 1.4710 0.2986 2.3592 0.6484 0.1780 0.5912 1.8000 0.9489 0.8571 0.9950 0.2718 1.4838 0.9274 0.3830 0.0346 0.0985 0.5422 0.1491 2.5569 0.1478 2.8724 0.6218 0.8681 1.8878 1.1891 0.6927 2.1828 0.4118 0.1822 1.7527 2.9988 0.4498 0.9498 0.6496 0.2665 2.4906 0.4943 0.7013 2.4685 0.2635 0.2951 0.5781 2.6829 0.9519 1.2005 0.4054 0.9573 1.7960 1.3020 0.2572 1.6021 0.5425 0.2939 0.8972 0.2105 0.0978 2.3207 0.2846 0.8036 1.4304 0.0623 0.3474 2.2314 0.3257 0.3852 0.6910 0.7971 0.1121 2.7681 0.5956 0.3353 1.4821 2.1763 0.2511 1.7378 0.2954 0.0670 2.4948 1.0353 0.0521 2.7046 0.7631 0.1954 1.7155 1.5186 0.8653 2.7974 0.5362 0.9888 1.2988 1.0257 0.8494 1.4086 0.7319 0.1010 2.0853 0.0913 0.5178 2.5875 0.6378 0.5341 1.2397 1.1192 0.9792 2.2463 0.4657 0.6198 1.7139 1.8249 0.5275 0.0223 0.1194 0.7618 2.0454 0.1082 0.4845 2.1397 0.7172 0.4681 1.9068 2.8026 0.5777 1.2638 0.8146 0.6695 0.7491 0.5709 0.6505 1.0026 0.5807 0.0727 1.3824 0.6888 0.7210 0.3583 0.0117 0.2132 2.8376 2.0786 0.7058 1.5902 0.2243 0.0010 1.4752 2.6756 0.2073 0.1795 0.9703 0.9485 2.9786 1.3480 0.7556 2.5892 0.2982 0.5968 0.9343 0.2032 0.6504 2.9818 0.3827 0.0040 1.6808 2.1734 0.3527 1.8487 0.0787 0.2818 2.6787 1.5774 0.6179 1.8822 0.3897 0.0781 0.8720 2.7305 0.5911 1.5605 0.0063 0.9335 1.5830 0.2105 0.4618 2.4283 0.9772 0.3736 0.0754 2.0409 0.9851 2.6213 0.5560 0.4155 1.4551 2.5583 0.5297 1.9124 0.9683 0.4752 1.6616 0.4858 0.3050 0.7229 0.1793 0.9571 1.0606 2.4851 0.9003 1.4952 0.1133 0.6336 2.3616 0.5866 0.2189 2.8461 0.1392 0.0442 0.6017 0.0137 0.9313 1.9472 0.8220 0.6364 0.1949 1.3597 0.3601 1.9321 0.5265 0.6931 0.6718 1.4301 0.8006 0.7991 0.1068 0.0435 2.3477 2.7132 0.1828 2.1065 0.8872 0.7073 1.0516 1.1443 0.3685 2.2792 0.5677 0.4809 2.8582 1.8057 0.9912 1.2186 0.4510 0.5005 1.5478 2.2604 0.5670 2.0113 0.7461 0.5264 1.3296 0.1285 0.3591 2.5616 0.4749 0.2046 1.4473 2.1636 0.4134 1.2997 0.9058 0.5880 2.1857 2.3793 0.5466 2.5316 0.4352 0.1819 0.9177 2.7154 0.0173 2.8328 0.6969 0.1904 1.9687 0.4369 0.7265 1.7801 0.2298 0.7084 1.3352 1.1187 0.2081 0.7592 0.4257 0.2621 2.2201 2.4340 0.5616 1.5791 0.0692 0.8240 0.7993 2.5296 0.8978 0.7171 0.6829 0.8572 0.8954 0.1325 0.3722 1.6688 0.0579 0.6105 1.9107 2.3684 0.5726 0.5791 0.2985 0.3988 1.6273 1.4229 0.3662 2.5539 0.5580 0.8406 0.1320 0.1859 0.9113 2.5423 0.2586 0.3457 0.9175 0.0948 0.6709 0.9365 0.7864 0.3093 1.8551 0.2859 0.3581 0.8553 0.1268 0.8284 1.2878 1.7586 0.7323 0.2674 0.9313 0.0169 2.3613 1.3169 0.9747 0.0895 0.7854 0.2766 0.9562 2.7115 0.9323 2.8307 0.1247 0.3636 1.6675 2.1893 0.7054 2.4796 0.3008 0.1878 2.1377 0.4522 0.8908 0.7394 0.5571 0.9923 1.2562 0.5838 0.9033 0.5082 0.3632 0.7167 2.4092 2.6479 0.1128 1.3542 0.4138 0.9307 1.7464 1.6898 0.4891 2.2429 0.5566 0.1196 2.2818 1.7092 0.6517 0.4565 0.2621 0.5636 0.5847 2.4478 0.9310 1.8209 0.0379 0.1645 2.6064 2.4852 0.9180 2.5195 0.8388 0.5818 0.4782 2.8096 0.2618 0.2647 0.2911 0.6103 2.2600 0.6523 0.7286 0.1818 0.8568 0.5924 2.3238 2.6040 0.9614 1.2668 0.2882 0.1880 2.8287 0.0850 0.3811 0.0656 0.5095 0.3754 0.7769 0.9360 0.3647 1.6189 0.5474 0.0943 1.4793 2.6285 0.3435 2.2924 0.2193 0.8981 0.3709 1.8280 0.7041 1.1662 0.8292 0.4776 2.7525 2.5360 0.5085 2.9867 0.5191 0.3496 0.7309 1.0379 0.6006 2.7163 0.7278 0.4732 0.0555 1.2882 0.3987 1.5797 0.2159 0.7014 2.7568 0.1391 0.7990 0.7286 0.1519 0.5204 2.3379 2.0191 0.1694 0.6956 0.1067 0.1201 0.6555 2.5431 0.5275 1.1421 0.7456 0.5453 2.7865 1.3990 0.0504 2.0091 0.1611 0.3667 0.0478 2.9861 0.4314 0.8951 0.0014 0.8702 0.4338 1.5612 0.3907 A_new(:,:,3) = 0.9862 0.0566 0.1575 0.4158 0.5769 1.8102 1.3617 1.5156 0.8502 2.1429 0.1092 0.2027 0.9677 2.8221 0.8747 1.0089 0.9341 1.8085 2.6721 1.1729 0.5109 1.3539 0.8123 1.7071 0.8025 2.5542 0.9314 2.8394 0.0425 2.2090 1.7345 0.7724 0.7365 2.6955 0.2653 1.3909 2.8812 2.4475 0.8073 0.8452 0.8591 1.6475 1.8536 2.5106 0.6194 0.6884 0.7962 2.0984 0.8154 2.6035 0.8658 0.6256 0.9026 0.9961 2.7036 0.5405 0.7593 2.7671 0.4684 2.4652 2.9422 2.3384 0.5231 2.1817 0.4336 1.3325 0.6000 1.8311 0.7430 2.2589 0.4112 2.4224 2.5578 2.4934 0.0799 1.7697 0.3451 0.8975 0.4015 1.9443 0.3937 0.1389 0.1090 0.5802 1.6589 2.3144 0.1632 1.4331 0.6582 0.3965 0.6271 2.4577 0.8574 0.5427 0.3145 1.5208 0.2083 0.3079 0.8205 2.7919 0.5230 1.7931 1.9899 0.2202 0.4504 0.1504 0.3132 0.0449 1.6522 1.5252 0.8407 2.3607 0.6244 1.3993 2.6892 0.3983 0.7482 2.9971 0.9778 1.5544 1.1391 0.8264 0.7569 0.1777 0.8752 1.4014 2.2850 2.9520 0.1539 0.4767 0.0537 2.3327 1.0051 1.7782 0.4163 0.0992 0.9556 2.2615 1.2733 2.9611 0.4357 1.7633 0.4627 1.1411 0.4670 0.8326 0.9998 2.4255 0.9220 0.1407 0.0770 2.1471 0.2140 0.0893 0.7132 1.3703 2.4527 0.4199 0.8878 1.5139 0.7295 0.9170 0.9657 0.7181 0.5620 0.8065 0.6972 0.7485 0.2352 1.5631 0.8022 0.4819 0.2523 2.4817 1.2527 2.9178 0.0627 1.9319 0.2539 0.1699 1.1753 2.6466 0.6208 1.2045 0.6859 0.4914 1.8656 1.2196 0.5657 0.7354 0.9979 2.3077 1.7468 0.6866 0.5785 2.5246 0.0021 0.5728 1.3400 2.3831 0.0212 1.7282 0.1020 2.2796 1.3416 2.5560 0.1978 0.0762 0.0472 0.7372 2.0602 1.3588 0.5021 1.2140 0.9553 0.4716 0.8526 1.0874 0.6676 0.1301 0.9479 1.2367 2.1514 2.2752 0.4167 1.9556 0.1352 2.1393 1.9556 0.7076 0.6179 2.5245 0.7185 2.6576 1.4284 2.6019 0.0134 1.8923 0.4651 0.9049 0.3134 1.0901 0.3733 2.3659 0.8220 2.8282 0.2550 2.1695 0.8581 2.5898 0.5648 0.0945 2.2867 0.6449 0.0919 0.6394 0.7894 1.5501 1.2874 1.5309 0.8844 1.8613 0.3783 1.8327 2.2446 1.4710 0.9256 2.0776 0.9831 0.9349 2.1711 0.9866 0.3475 2.9223 0.8806 2.0029 1.4326 0.9726 0.8537 0.9966 0.4144 0.3554 1.0686 2.4835 0.5083 2.1040 0.6923 1.0331 1.8342 0.0636 0.4913 0.6862 0.0457 0.6339 2.1817 0.4974 0.3380 0.1609 0.0996 1.3538 2.9571 0.8851 0.8267 1.0909 0.5852 0.1985 0.1513 0.3566 0.9928 2.9300 0.0001 1.8029 0.2586 0.0245 0.4506 0.1717 0.8114 1.1674 0.1443 0.4948 0.2695 0.8289 0.8623 0.4178 1.7208 0.4960 0.8008 0.1610 0.9099 2.9298 2.9506 0.7643 0.6051 2.0231 0.7342 1.6895 2.4357 2.5029 0.0058 1.0293 0.2313 0.4443 1.1681 0.4863 0.7991 0.8939 0.3527 1.9561 0.7649 2.4208 0.1931 1.0103 0.0319 0.1024 2.5435 0.7640 0.8296 0.1397 0.3597 0.6968 0.4562 0.8615 0.2441 0.3224 0.6884 2.0761 0.0616 2.1011 0.5756 2.3601 0.5922 1.8368 1.0544 2.1756 0.0560 1.8744 0.2187 2.4904 0.2343 0.7600 0.8294 0.3406 0.8631 2.5388 0.2917 2.5976 0.9309 1.7530 0.7825 1.4363 1.9256 1.1338 0.1664 2.1965 0.5819 0.4807 1.3200 2.8678 0.9590 1.5498 0.7052 0.9576 1.7367 2.4983 0.2905 2.1823 0.8667 2.7009 1.5497 1.0417 0.6382 1.4489 0.5474 2.3522 1.4870 1.5631 0.2558 1.3066 0.0496 0.1445 1.7466 0.3032 0.7435 1.2813 0.1497 1.9333 1.2951 1.2950 0.2402 1.7023 0.9749 1.7955 2.4255 0.8321 0.1629 0.6385 0.7504 2.5645 2.6084 2.1023 0.4893 1.8344 0.3063 2.3767 1.0515 2.8534 0.2827 0.5212 0.3284 2.4609 1.6560 2.4326 0.6177 0.4453 0.4865 1.7360 1.9549 0.3645 0.0369 0.0046 0.4308 1.4499 1.7451 2.8927 0.6863 2.0122 0.6583 0.5478 2.7583 2.5448 0.9453 1.2995 0.6653 1.0511 1.8053 2.0565 0.5478 2.3270 0.6663 0.9433 1.5720 0.8883 0.6337 2.2079 0.4667 1.4190 0.6967 1.6717 0.5454 2.1184 0.7694 2.5217 1.3719 2.2503 0.3443 2.6736 0.8192 2.7851 1.9093 1.0312 0.1909 2.3145 0.7809 1.3229 2.9855 1.7149 0.9349 0.5451 0.2038 2.4594 0.5967 0.9174 0.6273 0.8555 0.6394 2.4160 2.6845 0.9856 0.1010 1.8176 0.5124 1.3991 0.4163 2.5962 0.8576 1.3702 0.4612 1.3480 1.4462 1.2691 0.4321 0.4751 0.0725 0.5911 1.3943 1.5181 0.5624 1.5652 0.5641 1.3100 2.1683 2.3459 0.7659 0.5407 0.2859 0.8961 2.7664 1.1693 0.9871 1.7287 0.3165 1.7934 0.4952 1.1379 0.9912 0.9341 0.4778 0.2193 2.6023 1.4109 0.0360 1.5462 0.1556 1.0840 2.3543 1.7180 0.4781 0.6197 0.4359 1.1304 0.1004 2.3345 0.2005 1.6808 0.6805 0.4218 2.9109 1.8011 0.6338 0.8672 0.2079 0.1764 0.7853 0.3351 0.9436 0.9299 0.2975 2.1681 2.2664 2.2933 0.2151 2.5772 0.9830 0.0555 2.2217 0.8113 0.9726 2.3309 0.7177 0.7039 A_new(:,:,4) = 0.4494 0.4738 1.7756 2.1676 0.6533 0.5391 0.8247 0.4458 0.6356 2.9116 0.7623 0.4766 0.6743 0.9653 1.4168 0.0949 0.1321 0.2616 0.4307 0.9619 1.3523 0.1820 0.1077 0.2622 0.1985 0.8079 1.7009 2.5465 0.5116 0.0171 0.7264 0.6528 2.9970 2.4070 0.1671 0.1804 0.9616 0.2496 0.3663 0.6441 0.2792 0.3017 0.0598 0.3932 0.3397 2.3877 0.3069 0.2889 0.3817 0.4852 2.9759 1.7744 0.1558 0.2828 0.7166 0.5439 1.4064 1.8933 0.7608 0.0362 0.5333 0.7503 1.3131 2.2876 0.8998 0.9474 0.5543 0.5683 1.1651 1.4074 0.4730 0.2364 0.8518 0.1660 2.7894 0.4124 0.4123 0.4748 0.1739 0.3678 2.2738 0.3798 0.6617 0.5951 0.6431 0.8187 0.6487 1.5049 0.2638 0.7761 0.6879 0.8791 0.8536 2.6616 0.5023 0.8333 0.3190 0.6500 1.7041 2.4760 0.2807 0.1728 0.0993 0.3421 0.5705 2.0205 0.4614 0.2636 0.2979 0.1830 1.4356 0.7414 0.1591 0.6709 0.4998 0.0965 2.6819 1.9274 0.1943 0.7634 0.5824 0.5295 2.6854 0.2688 0.8383 0.5826 0.5160 0.1301 2.5031 2.7660 0.4409 0.7297 0.4400 0.4787 1.2939 0.8083 0.4817 0.2531 0.5422 0.5466 1.1235 1.3323 0.3378 0.7826 0.7108 0.6188 0.8290 0.2713 0.3931 0.8914 0.0762 0.5694 1.7814 2.8893 0.9555 0.4927 0.9516 0.2764 0.1607 2.3246 0.8435 0.6903 0.1052 0.3839 0.0023 2.1141 0.3170 0.4663 0.1240 0.3734 2.7416 1.2761 0.8643 0.4520 0.8240 0.4707 0.7645 1.2005 0.6094 0.9669 0.3696 0.4109 2.8150 0.6795 0.5085 0.4683 0.3643 0.5663 1.5097 2.9857 0.9476 0.9078 0.3782 0.9385 2.3977 0.8787 0.2689 0.6938 0.4165 0.3776 1.2135 1.7598 0.4679 0.9329 0.7946 0.3544 2.7843 0.9728 0.6045 0.3670 0.5634 0.6082 1.7665 1.2213 0.6585 0.8031 0.3921 0.5080 2.1168 0.9878 0.0505 0.3881 0.8016 0.4531 2.8727 2.3152 0.8044 0.6717 0.7585 0.9655 2.2526 1.5271 0.4649 0.1736 0.4984 0.3558 2.1722 1.1566 0.9612 0.1294 0.2947 0.0535 1.6068 1.9480 0.9242 0.6309 0.8268 0.3974 2.6648 0.6685 0.6893 0.3906 0.3097 0.4225 0.1767 0.3678 0.0848 0.7788 0.8668 0.4851 0.3074 1.7837 0.1041 0.9992 0.4183 0.6245 1.3945 0.1474 0.8460 0.7729 0.0305 0.0705 0.6509 1.5211 0.9011 0.0883 0.0253 0.5839 1.3193 0.5905 0.8715 0.3086 0.3722 0.1492 0.7970 2.7985 0.9408 0.0288 0.4560 0.3177 1.9573 0.5889 0.7241 0.8899 0.5952 0.3809 0.7208 2.7935 0.2871 0.5780 0.7807 0.6126 1.7517 0.0686 0.0263 0.1609 0.5677 0.6794 2.7282 2.4077 0.9265 0.2973 0.7387 0.1977 1.6059 1.9402 0.2384 0.5818 0.1695 0.8118 2.6616 1.2970 0.4719 0.8854 0.1704 0.1598 2.1424 0.6293 0.3538 0.4906 0.3162 0.9700 1.8913 0.6884 0.7914 0.3671 0.3001 0.8371 1.4492 2.2001 0.7743 0.0563 0.3550 0.0771 0.4056 1.4008 0.9394 0.2606 0.9175 0.3943 2.7515 1.6064 0.7023 0.0124 0.6344 0.9188 1.7155 2.3578 0.2752 0.3357 0.2089 0.0437 0.7304 0.0142 0.6351 0.4652 0.0810 0.6157 0.0141 0.4297 0.8838 0.2859 0.7949 0.9609 0.2527 1.1507 0.4400 0.7450 0.4507 0.5327 0.7661 1.1286 0.3181 0.1298 0.2282 0.2325 1.5354 2.6776 0.2439 0.9086 0.5524 0.1406 1.7496 2.1498 0.9500 0.2033 0.9216 0.8386 0.6686 2.5199 0.7578 0.1686 0.9850 0.5304 2.0991 1.7548 0.9070 0.2792 0.9115 0.4911 0.8207 1.2302 0.0169 0.7860 0.9643 0.3269 1.4640 0.9516 0.3164 0.8876 0.2548 0.9303 1.3208 0.2551 0.9052 0.3415 0.9432 0.6681 0.1763 1.7907 0.8434 0.9371 0.9593 0.7604 0.7765 2.9745 0.6423 0.2095 0.2090 0.2569 1.8311 1.0960 0.3043 0.8101 0.0268 0.4388 0.5475 2.4540 0.5580 0.1923 0.5045 0.4778 0.4149 2.0249 0.8986 0.9977 0.1845 0.7473 0.1520 1.1986 0.6538 0.1234 0.7543 0.6476 1.2323 2.5967 0.8046 0.0831 0.6391 0.8564 1.3514 2.9117 0.4399 0.9082 0.8381 0.1665 0.9499 2.1517 0.0030 0.7416 0.3402 0.1366 0.0274 2.0273 0.1484 0.0857 0.0278 0.8459 2.9368 2.7936 0.5286 0.6096 0.6776 0.7816 1.5937 1.8519 0.7908 0.6607 0.9890 0.5454 0.2472 2.2435 0.4183 0.6410 0.9761 0.4637 1.2157 2.7443 0.2109 0.2427 0.9658 0.8842 0.9430 1.8197 0.6428 0.8336 0.3809 0.4993 2.0472 1.7732 0.8189 0.0632 0.4874 0.6377 2.9847 0.2071 0.7629 0.9075 0.5941 0.3295 2.6102 1.0679 0.2921 0.5530 0.9105 0.0441 1.3924 1.2239 0.4600 0.3473 0.7666 0.9815 0.7117 2.8756 0.0562 0.4156 0.5700 0.8356 0.0077 1.5589 0.7716 0.3886 0.9768 0.8398 0.1161 0.4678 0.0137 0.9981 0.9169 0.7306 1.5865 1.8005 0.1432 0.8628 0.2890 0.3970 0.3843 0.8757 0.2923 0.1293 0.5088 0.5681 2.4068 0.9056 0.9548 0.7800 0.8025 0.7148 1.1545 0.4397 0.2055 0.8911 0.7142 0.7662 1.0905 1.7699 0.5077 0.4503 0.0900 0.0030 2.5034 1.9192 0.5060 0.4699 0.1844 0.0895 1.0914 1.5236 0.1982 0.4962 A_new(:,:,5) = 0.2659 0.7370 2.1000 0.5736 0.5981 0.6948 0.3627 0.0353 1.0694 0.8152 0.9170 1.9076 1.5569 0.7332 1.0589 0.0229 0.4257 0.3714 2.3600 0.8823 2.4902 0.9680 0.0439 0.0716 1.4953 0.4769 1.3732 0.3489 0.8879 1.8310 0.8664 0.2723 1.0865 0.5964 0.2596 0.8839 2.9819 0.8338 2.6220 0.7384 0.8158 2.9211 0.2216 0.1876 1.7904 0.4876 0.3245 1.3393 2.6035 0.8632 2.9559 0.7916 0.1870 0.1004 0.5034 0.7694 2.0399 0.3006 0.4031 1.8568 1.7416 0.0897 1.2231 0.3246 0.1564 0.8851 2.2244 0.7030 2.2709 0.8407 0.6076 2.6246 0.1097 0.3488 2.4037 0.6557 0.4209 1.3079 2.0519 0.8184 1.1078 0.1720 0.7526 0.3570 2.0672 0.2096 0.7945 0.4188 0.5279 1.7482 1.7458 0.3031 1.2511 0.4791 0.8164 1.8518 0.6011 0.6052 1.1575 0.4526 0.8550 0.6757 2.4472 0.5927 0.1894 0.4842 0.3279 2.7825 2.6966 0.2575 0.0199 0.1317 0.9559 0.4519 0.5978 0.1353 1.3552 0.1660 0.4172 2.0747 2.6986 0.5319 0.7626 0.6365 0.5532 2.8421 2.1291 0.1330 1.1390 0.5842 0.1710 2.5014 0.2986 0.2892 2.1573 0.8136 0.2663 0.6376 2.7749 0.5246 0.4654 0.3753 0.3574 0.8313 1.8498 0.3695 0.0009 0.5109 0.6912 0.2207 0.6818 0.7378 0.0516 0.4421 0.2227 2.0790 1.6146 0.5488 1.7998 0.8654 0.3853 1.0303 1.2229 0.5335 1.1374 0.5696 0.6342 1.8018 0.5120 0.9390 0.3171 0.9313 0.7003 0.3984 0.2394 0.3465 1.2540 0.1623 0.0561 0.2075 2.9938 0.5168 0.8719 0.7744 0.9516 1.8776 1.0094 0.6077 0.4651 0.6939 0.4791 2.0408 2.0038 0.2976 1.2063 0.1596 0.5129 2.1848 0.9072 0.2919 2.1699 0.7610 0.4007 1.5150 1.5535 0.0516 1.6237 0.0805 0.3946 0.7675 1.7007 0.4741 1.9064 0.0692 0.9393 2.4611 2.1672 0.7261 2.4863 0.6005 0.7645 0.3567 1.9770 0.7300 0.7812 0.1836 0.6462 1.6850 2.9094 0.7760 1.4367 0.0434 0.2759 2.2356 0.0873 0.6131 0.7100 0.7503 0.1526 0.1038 0.6458 0.3538 2.6835 0.2523 0.1338 2.0054 1.7439 0.4366 0.3136 0.7999 0.4707 0.1834 2.2779 0.4826 2.4641 0.3299 0.2386 1.2381 2.0635 0.1399 2.3718 0.9338 0.7511 1.4784 2.9980 0.6387 1.3008 0.4050 0.0272 1.8698 0.2256 0.3715 1.1103 0.2962 0.3318 2.3500 1.9436 0.5594 0.9440 0.6941 0.2003 0.1988 1.9089 0.1394 1.9542 0.1996 0.9896 0.7412 2.9970 0.4451 1.4456 0.1695 0.1514 0.5186 2.5432 0.3184 2.3715 0.6502 0.3730 0.0184 1.8934 0.3178 2.9112 0.7616 0.9971 0.9920 2.7699 0.9452 1.7264 0.3144 0.1914 2.6440 0.4452 0.2947 0.1509 0.0095 0.6355 0.2936 1.0026 0.4406 2.1285 0.0815 0.0118 1.3215 2.8220 0.3378 1.5441 0.9604 0.6768 1.4512 1.3819 0.1881 2.6717 0.3612 0.2868 1.8768 1.8542 0.7448 2.1454 0.5995 0.8776 2.6549 0.0763 0.2579 0.9564 0.0715 0.1405 0.7137 0.6150 0.2138 0.3614 0.9917 0.5438 0.5822 2.5795 0.9844 2.3245 0.4668 0.3513 0.3890 2.4066 0.1608 2.2201 0.4319 0.3138 1.6011 2.2921 0.2853 0.0091 0.9382 0.8181 2.3739 2.7823 0.7861 0.5605 0.6992 0.2147 1.7682 2.6276 0.9288 1.9984 0.4568 0.8812 1.9551 1.9303 0.5833 0.2109 0.6033 0.4662 1.8902 1.7625 0.1893 0.2032 0.2876 0.2278 1.6096 2.7644 0.5816 1.2023 0.9674 0.0045 0.5772 0.6567 0.1433 0.6998 0.0681 0.8289 0.0555 0.9514 0.1269 0.3064 0.2456 0.4445 2.2830 0.3329 0.9618 1.7324 0.8680 0.5399 1.4433 0.8645 0.0684 0.6580 0.7024 0.9416 0.5961 1.7223 0.7462 1.4268 0.0510 0.2304 2.0070 0.3526 0.6485 1.1328 0.2748 0.8986 1.0271 2.8290 0.4857 2.3895 0.0589 0.6418 1.3494 2.1004 0.7358 1.0387 0.5564 0.3128 2.6378 1.5844 0.5790 1.0645 0.8347 0.6991 2.3187 2.0784 0.0193 0.6939 0.2538 0.5674 0.9568 2.1098 0.0078 0.3632 0.6821 0.1908 0.4416 2.4044 0.6584 0.3592 0.2815 0.2181 2.0653 1.4462 0.2711 0.5252 0.2423 0.0372 2.3448 0.4850 0.8219 1.1063 0.2617 0.1804 0.8006 2.5639 0.6372 0.7273 0.1927 0.9708 1.3868 2.5163 0.3526 1.9616 0.3012 0.0421 1.5178 0.2697 0.5611 0.2367 0.0968 0.7952 0.5634 0.2795 0.5887 1.1560 0.1720 0.5153 0.7809 1.7972 0.5922 0.4243 0.6653 0.1527 1.1972 2.5144 0.7263 1.0256 0.6239 0.3393 0.3279 1.2400 0.9139 1.4967 0.4355 0.0171 2.9082 2.2090 0.0690 2.5493 0.5172 0.5337 1.9277 0.7554 0.4625 0.4368 0.0904 0.6043 1.9618 0.2191 0.2138 0.2028 0.0328 0.5525 1.2445 1.5728 0.3034 0.6856 0.9493 0.3518 2.1385 0.4077 0.9306 2.3837 0.4112 0.5514 1.9110 1.3559 0.0522 0.3717 0.2634 0.9424 1.9167 0.8386 0.0771 0.6105 0.5619 0.2200 0.3651 0.7617 0.6792 0.7156 0.2332 0.7894 1.0674 2.4164 0.7843 0.4362 0.7782 0.2253 2.7044 2.8836 0.9214 2.5200 0.4542 0.2288 2.5691 0.9644 0.8376 1.5737 0.5056 0.9267 1.1867 0.8937 0.8821 1.0171 0.3251 0.4308 0.8822 A_new(:,:,6) = 0.7494 0.6254 0.9311 2.7922 2.5335 0.1330 0.3474 0.7758 0.6493 2.6526 1.1236 0.7177 0.5834 2.0432 2.2341 0.8621 2.5687 0.8553 0.5745 2.2913 1.6908 0.3770 1.5239 0.1255 0.6345 1.2438 0.8736 0.7125 0.3286 0.3219 0.2950 2.4200 0.5265 1.5628 0.1968 0.3330 0.9701 2.4809 0.4219 2.9350 1.7041 0.5798 0.2459 0.4688 2.4794 2.8100 0.2646 0.1922 0.0403 0.3505 1.2543 0.6106 0.9023 0.6616 0.1162 1.3748 2.5406 1.6688 1.4960 0.0893 0.0225 1.5258 0.0578 2.5102 2.4702 0.3354 0.3025 1.6483 0.3705 0.6947 0.6267 0.9776 0.9832 2.6023 1.7964 0.3813 0.5969 0.4430 0.2917 0.6902 1.5831 0.9097 2.2989 0.1549 0.6542 2.5803 2.0509 1.5699 1.6235 0.2424 0.1487 1.7716 0.2080 1.4454 1.0555 0.6336 0.0162 2.9110 2.0399 1.0835 1.3857 0.1867 0.1767 2.6694 0.9237 1.3210 2.8862 0.5604 0.2603 0.9768 2.1809 2.1392 0.8640 0.4010 0.3843 2.6240 2.2611 1.5901 1.1318 0.9748 0.3087 1.3868 0.5365 1.4384 1.1772 0.5436 0.0597 0.1108 1.0713 0.4614 2.8292 0.0813 0.7286 1.3744 0.4233 2.2516 2.6900 0.3231 0.4380 0.0591 0.3093 0.9171 1.1374 0.9446 0.8751 2.4276 2.1914 0.4507 2.1399 0.5279 0.6447 0.1148 1.4660 0.5215 2.1099 0.2550 0.1909 0.8741 1.9186 0.9484 2.5995 0.9981 0.0863 1.1243 0.3774 0.7775 1.0976 0.6842 0.5760 0.3541 2.7094 1.5009 2.9879 0.9477 0.3697 2.9264 0.5339 2.5592 0.8423 0.1016 0.4508 2.6781 2.3911 2.2487 0.4543 0.4171 0.7569 1.0244 1.0072 2.9285 2.0355 0.9526 0.0501 2.5988 0.1200 0.1397 1.1367 0.8531 0.7803 2.5134 0.1989 2.2224 0.9969 0.6023 0.2304 0.6296 0.4548 0.2309 0.3341 0.9152 0.3462 1.3494 1.7676 0.7411 0.2242 0.7337 0.7928 2.9071 0.4499 0.0501 2.3306 0.3644 0.3074 1.8310 1.5543 2.4527 1.2165 0.0795 0.3882 1.4103 2.6213 1.7884 2.2074 0.1564 0.0234 0.4105 2.3995 2.2144 2.9012 0.2753 0.7327 2.0548 2.2951 0.3274 1.4389 0.8888 0.4011 2.4170 1.1583 0.2596 1.5721 0.3003 0.3174 2.6039 0.1355 0.0985 2.3123 0.6182 0.6298 2.9012 0.6776 0.2497 0.6143 0.1080 0.1790 2.7482 2.3158 1.6504 0.6642 0.4928 0.4717 2.4773 2.7138 0.7312 0.7307 0.9827 0.6480 2.0935 1.8951 2.8509 1.2614 0.8159 0.1806 2.8715 0.8470 2.9567 2.7796 0.1605 0.0694 1.2538 1.3221 0.8230 1.7701 0.2988 0.2929 2.4934 1.4465 0.4647 2.5138 0.4096 0.4540 1.6306 0.3887 0.9847 0.0063 0.5460 0.6781 1.7364 0.5590 2.3800 1.3009 0.0046 0.2534 0.2759 2.6261 2.8659 0.4428 0.7488 0.9986 1.0365 1.6779 2.3369 2.8491 0.4298 0.0873 0.3434 2.6897 1.6266 2.0501 0.8956 0.2209 1.9723 1.1810 1.4519 0.1948 0.4363 0.1853 0.5559 0.1781 2.5574 0.3013 0.7543 0.7679 1.0027 2.2974 1.3727 2.4067 0.2370 0.8261 2.0150 2.2673 2.0807 0.0840 0.5678 0.5932 1.6063 0.5641 2.6466 1.5516 0.3663 0.5703 0.6918 1.6919 2.2987 1.8961 0.3067 0.6759 1.9914 0.8921 2.1901 1.7476 0.1785 0.2223 0.6361 0.2552 2.1956 0.1551 0.9911 0.5031 1.4543 2.8913 0.9324 0.3967 0.5179 0.3475 1.5367 1.8957 0.9990 1.1786 0.0422 0.1877 0.5487 0.2161 2.2723 1.7833 0.1399 0.9831 1.8725 0.2264 0.0146 1.1947 0.9688 0.7157 1.4114 2.8181 1.1139 0.4299 0.5371 0.9608 2.6772 0.0229 1.4516 2.2194 0.4035 0.2788 0.8704 1.2768 1.1802 0.1377 0.1696 0.1016 2.4719 2.1534 0.3743 1.8710 0.1508 0.1874 2.0254 0.9564 1.9138 2.2578 0.8867 0.1756 0.9753 1.9022 2.5974 0.6739 0.4579 0.8349 0.5236 2.3752 0.2983 1.3614 0.8505 0.3029 1.6791 1.8960 1.9556 0.0733 0.3709 0.8057 2.0698 0.3486 2.0690 1.8584 0.9948 0.9617 0.7809 2.2081 1.7434 0.2152 0.8584 0.0414 1.2312 2.7248 0.9227 2.7643 0.2930 0.5105 2.8772 2.5016 2.3832 2.1372 0.2590 0.6112 2.0286 1.6595 2.7596 1.5152 0.8226 0.7420 2.7547 1.6424 0.9730 1.0643 0.7315 0.7263 2.4550 0.7472 0.6158 2.4195 0.8906 0.1748 2.6162 2.2224 0.7186 2.9731 0.5595 0.8631 1.3560 0.4139 0.6138 2.3858 0.8181 0.5356 2.2121 0.4257 1.0302 2.2887 0.5627 0.5988 1.2724 2.9144 2.7722 1.4820 0.1865 0.5982 1.2932 1.2539 1.8476 0.0997 0.3214 0.9286 1.8913 1.3511 0.2355 0.6306 0.1932 0.0236 1.9464 2.4305 0.5246 1.2651 0.7359 0.7842 0.4357 1.7625 2.9531 0.4455 0.5751 0.3098 1.6767 0.2591 1.7683 1.6494 0.8254 0.4909 1.5389 2.8948 0.4718 1.7575 0.9054 0.3603 0.1071 1.7447 0.1882 1.8256 0.9746 0.6359 2.3857 0.5385 2.6402 1.9679 0.9920 0.1700 2.7887 1.5677 0.5503 0.8581 0.2859 0.0854 0.3089 1.5269 2.0305 2.4893 0.6354 0.9889 0.0090 2.5478 1.2456 0.0715 0.9178 0.9681 0.9269 1.3550 0.0965 0.2333 0.9308 0.0168 2.3502 2.0330 1.6814 0.9314 0.3588 0.6197 1.1084 0.6858 0.6965 2.5018 0.6542
Jan
Jan le 23 Mai 2022
A = rand(10000, 60, 60);
B = rand(60, 60) < 0.5; % logical
AA = reshape(A, 10000, 360);
C = AA(:, B) * 3;
Afterwards you cannot reshape C to an (10000 x 60 x 60) matriux anymore, because it has less elements.
You have written: "ie. in the y z plane only multiply by 3 if the B value is true." This is something else:
AA = reshape(A, 10000, 360);
AA(:, B) = AA(:, B) * 3;
C = reshape(AA, 10000, 60, 60);
The idea is to reshape the dimension to apüply the mask on into one dimension, such that logical indexing works directly. Afterwards you can reset the original shape.
Remember that reshape is very fast, because it does not touch the data, but only the tine size vector.

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