.. DO NOT EDIT. .. THIS FILE WAS AUTOMATICALLY GENERATED BY SPHINX-GALLERY. .. TO MAKE CHANGES, EDIT THE SOURCE PYTHON FILE: .. "auto_examples/integral_index_reader.py" .. LINE NUMBERS ARE GIVEN BELOW. .. only:: html .. note:: :class: sphx-glr-download-link-note :ref:`Go to the end ` to download the full example code. .. rst-class:: sphx-glr-example-title .. _sphx_glr_auto_examples_integral_index_reader.py: Reading Integral Indices ======================== This example demonstrates how to read/get TSUNAMI-IP integral indices (like :math:`c_k` and :math:`E`) computed from a set of experiments and applications. .. GENERATED FROM PYTHON SOURCE LINES 9-17 Reading Integral Indices From a TSUNAMI-IP ``.out`` File -------------------------------------------------------- The first way to obtain integral indices is to first create a TSUNAMI-IP input file (see `the SCALE manual `_), run it with SCALE, and then read the integral indices from the resulting ``.out`` file. There's a built in function to do this in ``tsunami_ip_utils``, provided the TSUNAMI-IP input file follows the :func:`expected format `: :func:`tsnami_ip_utils.readers.read_integral_indices`. This function just takes a path to the ``.out`` file and returns a dictionary of integral index matrices. Here's an example of how to use it: .. GENERATED FROM PYTHON SOURCE LINES 17-31 .. code-block:: Python from tsunami_ip_utils.readers import read_integral_indices from paths import EXAMPLES # Path to the .out file out_file = EXAMPLES / 'data' / 'tsunami_ip_hmf.out' # Read the integral indices integral_indices = read_integral_indices(out_file) # Print the integral indices for key, value in integral_indices.items(): print(f'{key}:\n{value}\n') .. rst-class:: sphx-glr-script-out .. code-block:: none c_k: [[1.0+/-0.0024 0.9986+/-0.0024 0.9941+/-0.0025 0.9892+/-0.0025 0.9729+/-0.0026 0.9701+/-0.0026 0.9582+/-0.0026 0.9032+/-0.0009 0.896+/-0.0008 0.8902+/-0.0008 0.8883+/-0.0007 0.8353+/-0.0008] [0.9986+/-0.0024 1.0+/-0.0025 0.9976+/-0.0025 0.9939+/-0.0026 0.9798+/-0.0026 0.9772+/-0.0026 0.9663+/-0.0026 0.9036+/-0.0009 0.898+/-0.0008 0.8939+/-0.0008 0.8924+/-0.0007 0.8347+/-0.0008] [0.9941+/-0.0025 0.9976+/-0.0025 1.0+/-0.0026 0.9991+/-0.0026 0.9909+/-0.0025 0.9891+/-0.0026 0.9811+/-0.0026 0.9192+/-0.0008 0.9145+/-0.0008 0.9115+/-0.0008 0.9102+/-0.0007 0.8491+/-0.0008] [0.9892+/-0.0025 0.9939+/-0.0026 0.9991+/-0.0026 1.0+/-0.0025 0.9956+/-0.0025 0.9943+/-0.0025 0.9882+/-0.0025 0.927+/-0.0008 0.9229+/-0.0008 0.9204+/-0.0007 0.9192+/-0.0007 0.8564+/-0.0008] [0.9729+/-0.0026 0.9798+/-0.0026 0.9909+/-0.0025 0.9956+/-0.0025 1.0+/-0.0024 0.9998+/-0.0024 0.9981+/-0.0024 0.9428+/-0.0008 0.9397+/-0.0008 0.9386+/-0.0007 0.9374+/-0.0007 0.871+/-0.0008] [0.9701+/-0.0026 0.9772+/-0.0026 0.9891+/-0.0026 0.9943+/-0.0025 0.9998+/-0.0024 1.0+/-0.0024 0.9988+/-0.0024 0.9437+/-0.0008 0.9406+/-0.0008 0.9396+/-0.0007 0.9385+/-0.0007 0.8717+/-0.0008] [0.9582+/-0.0026 0.9663+/-0.0026 0.9811+/-0.0026 0.9882+/-0.0025 0.9981+/-0.0024 0.9988+/-0.0024 1.0+/-0.0024 0.9482+/-0.0008 0.9455+/-0.0008 0.945+/-0.0007 0.9439+/-0.0007 0.8761+/-0.0008] [0.9032+/-0.001 0.9036+/-0.001 0.9192+/-0.001 0.927+/-0.001 0.9428+/-0.0009 0.9437+/-0.0009 0.9482+/-0.0009 1.0+/-0.001 0.9988+/-0.0009 0.996+/-0.0009 0.9945+/-0.0009 0.9226+/-0.0008] [0.896+/-0.001 0.898+/-0.001 0.9145+/-0.0009 0.9229+/-0.0009 0.9397+/-0.0009 0.9406+/-0.0009 0.9455+/-0.0009 0.9988+/-0.0009 1.0+/-0.0009 0.999+/-0.0009 0.9982+/-0.0008 0.92+/-0.0008] [0.8902+/-0.0009 0.8939+/-0.0009 0.9115+/-0.0009 0.9204+/-0.0009 0.9386+/-0.0008 0.9396+/-0.0008 0.945+/-0.0008 0.996+/-0.0009 0.999+/-0.0009 1.0+/-0.0008 0.9998+/-0.0008 0.9169+/-0.0008] [0.8883+/-0.0009 0.8924+/-0.0009 0.9102+/-0.0009 0.9192+/-0.0009 0.9374+/-0.0008 0.9385+/-0.0008 0.9439+/-0.0008 0.9945+/-0.0009 0.9982+/-0.0008 0.9998+/-0.0008 1.0+/-0.0008 0.9157+/-0.0008] [0.8353+/-0.001 0.8347+/-0.001 0.8491+/-0.001 0.8564+/-0.0009 0.871+/-0.0009 0.8717+/-0.0009 0.8761+/-0.0009 0.9226+/-0.0008 0.92+/-0.0007 0.9169+/-0.0007 0.9157+/-0.0007 1.0+/-0.0011]] E_total: [[1.0+/-0.0024 0.9986+/-0.0024 0.9965+/-0.0024 0.9943+/-0.0024 0.9916+/-0.0024 0.9911+/-0.0024 0.9896+/-0.0024 0.9825+/-0.0023 0.9792+/-0.0023 0.9768+/-0.0023 0.9758+/-0.0023 0.9789+/-0.0023] [0.9986+/-0.0024 1.0+/-0.0024 0.9992+/-0.0024 0.9981+/-0.0024 0.9964+/-0.0024 0.996+/-0.0024 0.9949+/-0.0025 0.9767+/-0.0023 0.9745+/-0.0023 0.9726+/-0.0023 0.972+/-0.0023 0.9721+/-0.0023] [0.9965+/-0.0024 0.9992+/-0.0024 1.0+/-0.0024 0.9995+/-0.0024 0.9985+/-0.0024 0.9983+/-0.0024 0.9974+/-0.0025 0.9729+/-0.0023 0.9717+/-0.0023 0.9703+/-0.0023 0.9699+/-0.0023 0.9675+/-0.0023] [0.9943+/-0.0024 0.9981+/-0.0024 0.9995+/-0.0024 1.0+/-0.0024 0.9994+/-0.0025 0.9992+/-0.0025 0.9986+/-0.0025 0.9694+/-0.0023 0.9689+/-0.0023 0.9678+/-0.0023 0.9676+/-0.0023 0.9634+/-0.0023] [0.9916+/-0.0024 0.9964+/-0.0024 0.9985+/-0.0024 0.9994+/-0.0025 1.0+/-0.0025 0.9997+/-0.0025 0.9996+/-0.0025 0.967+/-0.0023 0.9671+/-0.0023 0.9664+/-0.0023 0.9664+/-0.0023 0.9604+/-0.0023] [0.9911+/-0.0024 0.996+/-0.0024 0.9983+/-0.0024 0.9992+/-0.0025 0.9997+/-0.0025 1.0+/-0.0025 0.9996+/-0.0025 0.9666+/-0.0023 0.9668+/-0.0023 0.9662+/-0.0023 0.9662+/-0.0023 0.9599+/-0.0023] [0.9896+/-0.0024 0.9949+/-0.0025 0.9974+/-0.0025 0.9986+/-0.0025 0.9996+/-0.0025 0.9996+/-0.0025 1.0+/-0.0026 0.9655+/-0.0024 0.9661+/-0.0024 0.9657+/-0.0023 0.9658+/-0.0023 0.9585+/-0.0023] [0.9825+/-0.0023 0.9767+/-0.0023 0.9729+/-0.0023 0.9694+/-0.0023 0.967+/-0.0023 0.9666+/-0.0023 0.9655+/-0.0024 1.0+/-0.0023 0.9988+/-0.0023 0.9971+/-0.0023 0.9961+/-0.0023 0.9871+/-0.0023] [0.9792+/-0.0023 0.9745+/-0.0023 0.9717+/-0.0023 0.9689+/-0.0023 0.9671+/-0.0023 0.9668+/-0.0023 0.9661+/-0.0024 0.9988+/-0.0023 1.0+/-0.0023 0.9992+/-0.0023 0.9986+/-0.0023 0.9836+/-0.0023] [0.9768+/-0.0023 0.9726+/-0.0023 0.9703+/-0.0023 0.9678+/-0.0023 0.9664+/-0.0023 0.9662+/-0.0023 0.9657+/-0.0023 0.9971+/-0.0023 0.9992+/-0.0023 1.0+/-0.0023 0.9996+/-0.0023 0.9814+/-0.0023] [0.9758+/-0.0023 0.972+/-0.0023 0.9699+/-0.0023 0.9676+/-0.0023 0.9664+/-0.0023 0.9662+/-0.0023 0.9658+/-0.0023 0.9961+/-0.0023 0.9986+/-0.0023 0.9996+/-0.0023 1.0+/-0.0023 0.9805+/-0.0023] [0.9789+/-0.0023 0.9721+/-0.0023 0.9675+/-0.0023 0.9634+/-0.0023 0.9604+/-0.0023 0.9599+/-0.0023 0.9585+/-0.0023 0.9871+/-0.0023 0.9836+/-0.0023 0.9814+/-0.0023 0.9805+/-0.0023 1.0+/-0.0023]] E_fission: [[1.0+/-0.0118 0.9991+/-0.0119 0.9973+/-0.012 0.9957+/-0.012 0.9935+/-0.0122 0.9931+/-0.0121 0.9918+/-0.0123 0.9944+/-0.0116 0.9931+/-0.0117 0.9914+/-0.0116 0.9904+/-0.0117 0.994+/-0.0116] [0.9991+/-0.0119 1.0+/-0.0121 0.9994+/-0.0121 0.9986+/-0.0122 0.9973+/-0.0124 0.9971+/-0.0123 0.9961+/-0.0125 0.9908+/-0.0116 0.9905+/-0.0117 0.9892+/-0.0117 0.9885+/-0.0118 0.9898+/-0.0117] [0.9973+/-0.012 0.9994+/-0.0121 1.0+/-0.0122 0.9997+/-0.0123 0.999+/-0.0125 0.9989+/-0.0124 0.9983+/-0.0126 0.9876+/-0.0116 0.988+/-0.0118 0.9872+/-0.0118 0.9868+/-0.0118 0.9858+/-0.0117] [0.9957+/-0.012 0.9986+/-0.0122 0.9997+/-0.0123 1.0+/-0.0124 0.9997+/-0.0126 0.9996+/-0.0125 0.9992+/-0.0127 0.985+/-0.0117 0.986+/-0.0118 0.9855+/-0.0118 0.9852+/-0.0119 0.9827+/-0.0117] [0.9935+/-0.0122 0.9973+/-0.0124 0.999+/-0.0125 0.9997+/-0.0126 1.0+/-0.0128 0.9999+/-0.0127 0.9998+/-0.0129 0.982+/-0.0118 0.9835+/-0.012 0.9833+/-0.012 0.9833+/-0.012 0.9791+/-0.0119] [0.9931+/-0.0121 0.9971+/-0.0123 0.9989+/-0.0124 0.9996+/-0.0125 0.9999+/-0.0127 1.0+/-0.0127 0.9999+/-0.0129 0.9813+/-0.0118 0.983+/-0.0119 0.9829+/-0.0119 0.9828+/-0.012 0.9785+/-0.0118] [0.9918+/-0.0123 0.9961+/-0.0125 0.9983+/-0.0126 0.9992+/-0.0127 0.9998+/-0.0129 0.9999+/-0.0129 1.0+/-0.013 0.9797+/-0.012 0.9817+/-0.0121 0.9817+/-0.0121 0.9817+/-0.0122 0.9765+/-0.012] [0.9944+/-0.0116 0.9908+/-0.0116 0.9876+/-0.0116 0.985+/-0.0117 0.982+/-0.0118 0.9813+/-0.0118 0.9797+/-0.012 1.0+/-0.0117 0.9993+/-0.0118 0.9981+/-0.0118 0.9974+/-0.0118 0.9988+/-0.0116] [0.9931+/-0.0117 0.9905+/-0.0117 0.988+/-0.0118 0.986+/-0.0118 0.9835+/-0.012 0.983+/-0.0119 0.9817+/-0.0121 0.9993+/-0.0118 1.0+/-0.0119 0.9996+/-0.0119 0.9992+/-0.012 0.9971+/-0.0117] [0.9914+/-0.0116 0.9892+/-0.0117 0.9872+/-0.0118 0.9855+/-0.0118 0.9833+/-0.012 0.9829+/-0.0119 0.9817+/-0.0121 0.9981+/-0.0118 0.9996+/-0.0119 1.0+/-0.012 0.9999+/-0.012 0.9952+/-0.0117] [0.9904+/-0.0117 0.9885+/-0.0118 0.9868+/-0.0118 0.9852+/-0.0119 0.9833+/-0.012 0.9828+/-0.012 0.9817+/-0.0122 0.9974+/-0.0118 0.9992+/-0.012 0.9999+/-0.012 1.0+/-0.0121 0.9941+/-0.0118] [0.994+/-0.0116 0.9898+/-0.0117 0.9858+/-0.0117 0.9827+/-0.0117 0.9791+/-0.0119 0.9785+/-0.0118 0.9765+/-0.012 0.9988+/-0.0116 0.9971+/-0.0117 0.9952+/-0.0117 0.9941+/-0.0118 1.0+/-0.0119]] E_capture: [[1.0+/-1.5451 0.9865+/-1.3235 0.9541+/-1.1437 0.9192+/-1.0314 0.8608+/-0.9172 0.8444+/-0.8909 0.82+/-0.86 0.9642+/-1.3939 0.9406+/-1.242 0.8989+/-1.1248 0.8763+/-1.0677 0.9488+/-1.4066] [0.9865+/-1.3235 1.0+/-1.1314 0.99+/-0.9749 0.9708+/-0.8788 0.9313+/-0.7832 0.919+/-0.7613 0.9004+/-0.737 0.9178+/-1.1853 0.8973+/-1.0544 0.8588+/-0.952 0.8375+/-0.9027 0.9012+/-1.1939] [0.9541+/-1.1437 0.99+/-0.9749 1.0+/-0.8382 0.9948+/-0.7549 0.9728+/-0.6741 0.9647+/-0.6557 0.9517+/-0.6364 0.8591+/-1.0202 0.8415+/-0.9061 0.8064+/-0.8159 0.7867+/-0.7728 0.8416+/-1.0258] [0.9192+/-1.0314 0.9708+/-0.8788 0.9948+/-0.7549 1.0+/-0.6803 0.9911+/-0.608 0.9862+/-0.5915 0.9776+/-0.5747 0.8062+/-0.9179 0.7907+/-0.8152 0.7585+/-0.7333 0.7403+/-0.6944 0.789+/-0.9221] [0.8608+/-0.9172 0.9313+/-0.7832 0.9728+/-0.6741 0.9911+/-0.608 1.0+/-0.5439 0.9994+/-0.529 0.9968+/-0.5138 0.7277+/-0.817 0.7152+/-0.7266 0.6872+/-0.6546 0.671+/-0.6202 0.7111+/-0.8204] [0.8444+/-0.8909 0.919+/-0.7613 0.9647+/-0.6557 0.9862+/-0.5915 0.9994+/-0.529 1.0+/-0.5147 0.9989+/-0.4997 0.7071+/-0.7939 0.6953+/-0.7064 0.6683+/-0.6367 0.6526+/-0.6033 0.6906+/-0.7973] [0.82+/-0.86 0.9004+/-0.737 0.9517+/-0.6364 0.9776+/-0.5747 0.9968+/-0.5138 0.9989+/-0.4997 1.0+/-0.4849 0.6767+/-0.7677 0.6659+/-0.6844 0.6405+/-0.6181 0.6255+/-0.5863 0.6608+/-0.7711] [0.9642+/-1.3939 0.9178+/-1.1853 0.8591+/-1.0202 0.8062+/-0.9179 0.7277+/-0.817 0.7071+/-0.7939 0.6767+/-0.7677 1.0+/-1.3006 0.9921+/-1.1596 0.965+/-1.0489 0.9473+/-0.9948 0.9681+/-1.2998] [0.9406+/-1.242 0.8973+/-1.0544 0.8415+/-0.9061 0.7907+/-0.8152 0.7152+/-0.7266 0.6953+/-0.7064 0.6659+/-0.6844 0.9921+/-1.1596 1.0+/-1.0347 0.9897+/-0.9348 0.9786+/-0.8862 0.9481+/-1.1556] [0.8989+/-1.1248 0.8588+/-0.952 0.8064+/-0.8159 0.7585+/-0.7333 0.6872+/-0.6546 0.6683+/-0.6367 0.6405+/-0.6181 0.965+/-1.0489 0.9897+/-0.9348 1.0+/-0.8435 0.9978+/-0.799 0.9104+/-1.0439] [0.8763+/-1.0677 0.8375+/-0.9027 0.7867+/-0.7728 0.7403+/-0.6944 0.671+/-0.6202 0.6526+/-0.6033 0.6255+/-0.5863 0.9473+/-0.9948 0.9786+/-0.8862 0.9978+/-0.799 1.0+/-0.757 0.8891+/-0.9899] [0.9488+/-1.4066 0.9012+/-1.1939 0.8416+/-1.0258 0.789+/-0.9221 0.7111+/-0.8204 0.6906+/-0.7973 0.6608+/-0.7711 0.9681+/-1.2998 0.9481+/-1.1556 0.9104+/-1.0439 0.8891+/-0.9899 1.0+/-1.3328]] E_scatter: [[1.0+/-0.496 0.9869+/-0.4988 0.9784+/-0.5328 0.9694+/-0.565 0.958+/-0.6741 0.9534+/-0.7057 0.9495+/-0.78 0.2886+/-0.6303 0.2551+/-0.5931 0.2396+/-0.6574 0.2461+/-0.6978 0.2374+/-0.5398] [0.9869+/-0.4988 1.0+/-0.4947 0.9947+/-0.5223 0.9899+/-0.5489 0.982+/-0.6464 0.9791+/-0.6748 0.9755+/-0.7424 0.22+/-0.6316 0.1944+/-0.5943 0.1826+/-0.6516 0.1872+/-0.689 0.1812+/-0.5362] [0.9784+/-0.5328 0.9947+/-0.5223 1.0+/-0.5465 0.9942+/-0.5697 0.9868+/-0.663 0.9871+/-0.6904 0.9827+/-0.7561 0.2029+/-0.6742 0.1821+/-0.6344 0.1685+/-0.6897 0.1735+/-0.7271 0.166+/-0.5684] [0.9694+/-0.565 0.9899+/-0.5489 0.9942+/-0.5697 1.0+/-0.59 0.9917+/-0.6794 0.9917+/-0.7058 0.9872+/-0.7697 0.1851+/-0.7145 0.166+/-0.6723 0.1545+/-0.7261 0.1587+/-0.7636 0.152+/-0.5991] [0.958+/-0.6741 0.982+/-0.6464 0.9868+/-0.663 0.9917+/-0.6794 1.0+/-0.7701 0.9921+/-0.7967 0.9926+/-0.8628 0.183+/-0.8533 0.164+/-0.8027 0.1524+/-0.8593 0.1575+/-0.9006 0.1507+/-0.7107] [0.9534+/-0.7057 0.9791+/-0.6748 0.9871+/-0.6904 0.9917+/-0.7058 0.9921+/-0.7967 1.0+/-0.8239 0.992+/-0.8905 0.1767+/-0.8935 0.1589+/-0.8406 0.1467+/-0.898 0.1508+/-0.9405 0.1436+/-0.7432] [0.9495+/-0.78 0.9755+/-0.7424 0.9827+/-0.7561 0.9872+/-0.7697 0.9926+/-0.8628 0.992+/-0.8905 1.0+/-0.96 0.1823+/-0.9886 0.1628+/-0.93 0.1524+/-0.9904 0.1557+/-1.0358 0.1479+/-0.8201] [0.2886+/-0.6303 0.22+/-0.6316 0.2029+/-0.6742 0.1851+/-0.7145 0.183+/-0.8533 0.1767+/-0.8935 0.1823+/-0.9886 1.0+/-0.8296 0.9866+/-0.7826 0.9807+/-0.8688 0.9731+/-0.9224 0.2956+/-0.7044] [0.2551+/-0.5931 0.1944+/-0.5943 0.1821+/-0.6344 0.166+/-0.6723 0.164+/-0.8027 0.1589+/-0.8406 0.1628+/-0.93 0.9866+/-0.7826 1.0+/-0.7398 0.9847+/-0.8214 0.9791+/-0.8721 0.2582+/-0.6624] [0.2396+/-0.6574 0.1826+/-0.6516 0.1685+/-0.6897 0.1545+/-0.7261 0.1524+/-0.8593 0.1467+/-0.898 0.1524+/-0.9904 0.9807+/-0.8688 0.9847+/-0.8214 1.0+/-0.9062 0.9828+/-0.9596 0.2471+/-0.731] [0.2461+/-0.6978 0.1872+/-0.689 0.1735+/-0.7271 0.1587+/-0.7636 0.1575+/-0.9006 0.1508+/-0.9405 0.1557+/-1.0358 0.9731+/-0.9224 0.9791+/-0.8721 0.9828+/-0.9596 1.0+/-1.016 0.2526+/-0.7747] [0.2374+/-0.5398 0.1812+/-0.5362 0.166+/-0.5684 0.152+/-0.5991 0.1507+/-0.7107 0.1436+/-0.7432 0.1479+/-0.8201 0.2956+/-0.7044 0.2582+/-0.6624 0.2471+/-0.731 0.2526+/-0.7747 1.0+/-0.6116]] .. GENERATED FROM PYTHON SOURCE LINES 32-35 From the output, we can see that the integral indices are stored in a dictionary where the keys are the names of the integral indices and the values are the matrices of the integral indices. The integral indices are stored as numpy arrays, and have shapes ``(num_applications, num_experiments)``. .. GENERATED FROM PYTHON SOURCE LINES 37-44 Getting Integral Indices From a Set of Application and Experiment SDFs ----------------------------------------------------------------------- Another way to get the integral indices from a given set of applications and experiments that requires less manual effort is to use the :func:`tsunami_ip_utils.integral_indices.get_integral_indices` function. This function takes a list of application SDFs and experiment SDFs, and the covariance library (which the user would have to manually input when creating their TSUNAMI-IP input file in the previous section anyways). This function just creates a TSUNAMI-IP input file, runs it, then extracts the results, simply abstracting away the manual effort required in the previous method. .. GENERATED FROM PYTHON SOURCE LINES 44-56 .. code-block:: Python from tsunami_ip_utils.integral_indices import get_integral_indices application_sdfs = [ EXAMPLES / 'data' / 'example_sdfs' / 'HMF' / f'HEU-MET-FAST-003-00{i}.sdf' for i in range(1, 13) ] experiment_sdfs = application_sdfs coverx_library = '252groupcov7.1' integral_indices = get_integral_indices(application_sdfs, experiment_sdfs, coverx_library=coverx_library) # Print the integral indices for key, value in integral_indices.items(): print(f'{key}:\n{value}\n') .. rst-class:: sphx-glr-script-out .. code-block:: none c_k: [[1.0+/-0.0024 0.9986+/-0.0024 0.9941+/-0.0025 0.9892+/-0.0025 0.9729+/-0.0026 0.9701+/-0.0026 0.9582+/-0.0026 0.9032+/-0.0009 0.896+/-0.0008 0.8902+/-0.0008 0.8883+/-0.0007 0.8353+/-0.0008] [0.9986+/-0.0024 1.0+/-0.0025 0.9976+/-0.0025 0.9939+/-0.0026 0.9798+/-0.0026 0.9772+/-0.0026 0.9663+/-0.0026 0.9036+/-0.0009 0.898+/-0.0008 0.8939+/-0.0008 0.8924+/-0.0007 0.8347+/-0.0008] [0.9941+/-0.0025 0.9976+/-0.0025 1.0+/-0.0026 0.9991+/-0.0026 0.9909+/-0.0025 0.9891+/-0.0026 0.9811+/-0.0026 0.9192+/-0.0008 0.9145+/-0.0008 0.9115+/-0.0008 0.9102+/-0.0007 0.8491+/-0.0008] [0.9892+/-0.0025 0.9939+/-0.0026 0.9991+/-0.0026 1.0+/-0.0025 0.9956+/-0.0025 0.9943+/-0.0025 0.9882+/-0.0025 0.927+/-0.0008 0.9229+/-0.0008 0.9204+/-0.0007 0.9192+/-0.0007 0.8564+/-0.0008] [0.9729+/-0.0026 0.9798+/-0.0026 0.9909+/-0.0025 0.9956+/-0.0025 1.0+/-0.0024 0.9998+/-0.0024 0.9981+/-0.0024 0.9428+/-0.0008 0.9397+/-0.0008 0.9386+/-0.0007 0.9374+/-0.0007 0.871+/-0.0008] [0.9701+/-0.0026 0.9772+/-0.0026 0.9891+/-0.0026 0.9943+/-0.0025 0.9998+/-0.0024 1.0+/-0.0024 0.9988+/-0.0024 0.9437+/-0.0008 0.9406+/-0.0008 0.9396+/-0.0007 0.9385+/-0.0007 0.8717+/-0.0008] [0.9582+/-0.0026 0.9663+/-0.0026 0.9811+/-0.0026 0.9882+/-0.0025 0.9981+/-0.0024 0.9988+/-0.0024 1.0+/-0.0024 0.9482+/-0.0008 0.9455+/-0.0008 0.945+/-0.0007 0.9439+/-0.0007 0.8761+/-0.0008] [0.9032+/-0.001 0.9036+/-0.001 0.9192+/-0.001 0.927+/-0.001 0.9428+/-0.0009 0.9437+/-0.0009 0.9482+/-0.0009 1.0+/-0.001 0.9988+/-0.0009 0.996+/-0.0009 0.9945+/-0.0009 0.9226+/-0.0008] [0.896+/-0.001 0.898+/-0.001 0.9145+/-0.0009 0.9229+/-0.0009 0.9397+/-0.0009 0.9406+/-0.0009 0.9455+/-0.0009 0.9988+/-0.0009 1.0+/-0.0009 0.999+/-0.0009 0.9982+/-0.0008 0.92+/-0.0008] [0.8902+/-0.0009 0.8939+/-0.0009 0.9115+/-0.0009 0.9204+/-0.0009 0.9386+/-0.0008 0.9396+/-0.0008 0.945+/-0.0008 0.996+/-0.0009 0.999+/-0.0009 1.0+/-0.0008 0.9998+/-0.0008 0.9169+/-0.0008] [0.8883+/-0.0009 0.8924+/-0.0009 0.9102+/-0.0009 0.9192+/-0.0009 0.9374+/-0.0008 0.9385+/-0.0008 0.9439+/-0.0008 0.9945+/-0.0009 0.9982+/-0.0008 0.9998+/-0.0008 1.0+/-0.0008 0.9157+/-0.0008] [0.8353+/-0.001 0.8347+/-0.001 0.8491+/-0.001 0.8564+/-0.0009 0.871+/-0.0009 0.8717+/-0.0009 0.8761+/-0.0009 0.9226+/-0.0008 0.92+/-0.0007 0.9169+/-0.0007 0.9157+/-0.0007 1.0+/-0.0011]] E_total: [[1.0+/-0.0024 0.9986+/-0.0024 0.9965+/-0.0024 0.9943+/-0.0024 0.9916+/-0.0024 0.9911+/-0.0024 0.9896+/-0.0024 0.9825+/-0.0023 0.9792+/-0.0023 0.9768+/-0.0023 0.9758+/-0.0023 0.9789+/-0.0023] [0.9986+/-0.0024 1.0+/-0.0024 0.9992+/-0.0024 0.9981+/-0.0024 0.9964+/-0.0024 0.996+/-0.0024 0.9949+/-0.0025 0.9767+/-0.0023 0.9745+/-0.0023 0.9726+/-0.0023 0.972+/-0.0023 0.9721+/-0.0023] [0.9965+/-0.0024 0.9992+/-0.0024 1.0+/-0.0024 0.9995+/-0.0024 0.9985+/-0.0024 0.9983+/-0.0024 0.9974+/-0.0025 0.9729+/-0.0023 0.9717+/-0.0023 0.9703+/-0.0023 0.9699+/-0.0023 0.9675+/-0.0023] [0.9943+/-0.0024 0.9981+/-0.0024 0.9995+/-0.0024 1.0+/-0.0024 0.9994+/-0.0025 0.9992+/-0.0025 0.9986+/-0.0025 0.9694+/-0.0023 0.9689+/-0.0023 0.9678+/-0.0023 0.9676+/-0.0023 0.9634+/-0.0023] [0.9916+/-0.0024 0.9964+/-0.0024 0.9985+/-0.0024 0.9994+/-0.0025 1.0+/-0.0025 0.9997+/-0.0025 0.9996+/-0.0025 0.967+/-0.0023 0.9671+/-0.0023 0.9664+/-0.0023 0.9664+/-0.0023 0.9604+/-0.0023] [0.9911+/-0.0024 0.996+/-0.0024 0.9983+/-0.0024 0.9992+/-0.0025 0.9997+/-0.0025 1.0+/-0.0025 0.9996+/-0.0025 0.9666+/-0.0023 0.9668+/-0.0023 0.9662+/-0.0023 0.9662+/-0.0023 0.9599+/-0.0023] [0.9896+/-0.0024 0.9949+/-0.0025 0.9974+/-0.0025 0.9986+/-0.0025 0.9996+/-0.0025 0.9996+/-0.0025 1.0+/-0.0026 0.9655+/-0.0024 0.9661+/-0.0024 0.9657+/-0.0023 0.9658+/-0.0023 0.9585+/-0.0023] [0.9825+/-0.0023 0.9767+/-0.0023 0.9729+/-0.0023 0.9694+/-0.0023 0.967+/-0.0023 0.9666+/-0.0023 0.9655+/-0.0024 1.0+/-0.0023 0.9988+/-0.0023 0.9971+/-0.0023 0.9961+/-0.0023 0.9871+/-0.0023] [0.9792+/-0.0023 0.9745+/-0.0023 0.9717+/-0.0023 0.9689+/-0.0023 0.9671+/-0.0023 0.9668+/-0.0023 0.9661+/-0.0024 0.9988+/-0.0023 1.0+/-0.0023 0.9992+/-0.0023 0.9986+/-0.0023 0.9836+/-0.0023] [0.9768+/-0.0023 0.9726+/-0.0023 0.9703+/-0.0023 0.9678+/-0.0023 0.9664+/-0.0023 0.9662+/-0.0023 0.9657+/-0.0023 0.9971+/-0.0023 0.9992+/-0.0023 1.0+/-0.0023 0.9996+/-0.0023 0.9814+/-0.0023] [0.9758+/-0.0023 0.972+/-0.0023 0.9699+/-0.0023 0.9676+/-0.0023 0.9664+/-0.0023 0.9662+/-0.0023 0.9658+/-0.0023 0.9961+/-0.0023 0.9986+/-0.0023 0.9996+/-0.0023 1.0+/-0.0023 0.9805+/-0.0023] [0.9789+/-0.0023 0.9721+/-0.0023 0.9675+/-0.0023 0.9634+/-0.0023 0.9604+/-0.0023 0.9599+/-0.0023 0.9585+/-0.0023 0.9871+/-0.0023 0.9836+/-0.0023 0.9814+/-0.0023 0.9805+/-0.0023 1.0+/-0.0023]] E_fission: [[1.0+/-0.0118 0.9991+/-0.0119 0.9973+/-0.012 0.9957+/-0.012 0.9935+/-0.0122 0.9931+/-0.0121 0.9918+/-0.0123 0.9944+/-0.0116 0.9931+/-0.0117 0.9914+/-0.0116 0.9904+/-0.0117 0.994+/-0.0116] [0.9991+/-0.0119 1.0+/-0.0121 0.9994+/-0.0121 0.9986+/-0.0122 0.9973+/-0.0124 0.9971+/-0.0123 0.9961+/-0.0125 0.9908+/-0.0116 0.9905+/-0.0117 0.9892+/-0.0117 0.9885+/-0.0118 0.9898+/-0.0117] [0.9973+/-0.012 0.9994+/-0.0121 1.0+/-0.0122 0.9997+/-0.0123 0.999+/-0.0125 0.9989+/-0.0124 0.9983+/-0.0126 0.9876+/-0.0116 0.988+/-0.0118 0.9872+/-0.0118 0.9868+/-0.0118 0.9858+/-0.0117] [0.9957+/-0.012 0.9986+/-0.0122 0.9997+/-0.0123 1.0+/-0.0124 0.9997+/-0.0126 0.9996+/-0.0125 0.9992+/-0.0127 0.985+/-0.0117 0.986+/-0.0118 0.9855+/-0.0118 0.9852+/-0.0119 0.9827+/-0.0117] [0.9935+/-0.0122 0.9973+/-0.0124 0.999+/-0.0125 0.9997+/-0.0126 1.0+/-0.0128 0.9999+/-0.0127 0.9998+/-0.0129 0.982+/-0.0118 0.9835+/-0.012 0.9833+/-0.012 0.9833+/-0.012 0.9791+/-0.0119] [0.9931+/-0.0121 0.9971+/-0.0123 0.9989+/-0.0124 0.9996+/-0.0125 0.9999+/-0.0127 1.0+/-0.0127 0.9999+/-0.0129 0.9813+/-0.0118 0.983+/-0.0119 0.9829+/-0.0119 0.9828+/-0.012 0.9785+/-0.0118] [0.9918+/-0.0123 0.9961+/-0.0125 0.9983+/-0.0126 0.9992+/-0.0127 0.9998+/-0.0129 0.9999+/-0.0129 1.0+/-0.013 0.9797+/-0.012 0.9817+/-0.0121 0.9817+/-0.0121 0.9817+/-0.0122 0.9765+/-0.012] [0.9944+/-0.0116 0.9908+/-0.0116 0.9876+/-0.0116 0.985+/-0.0117 0.982+/-0.0118 0.9813+/-0.0118 0.9797+/-0.012 1.0+/-0.0117 0.9993+/-0.0118 0.9981+/-0.0118 0.9974+/-0.0118 0.9988+/-0.0116] [0.9931+/-0.0117 0.9905+/-0.0117 0.988+/-0.0118 0.986+/-0.0118 0.9835+/-0.012 0.983+/-0.0119 0.9817+/-0.0121 0.9993+/-0.0118 1.0+/-0.0119 0.9996+/-0.0119 0.9992+/-0.012 0.9971+/-0.0117] [0.9914+/-0.0116 0.9892+/-0.0117 0.9872+/-0.0118 0.9855+/-0.0118 0.9833+/-0.012 0.9829+/-0.0119 0.9817+/-0.0121 0.9981+/-0.0118 0.9996+/-0.0119 1.0+/-0.012 0.9999+/-0.012 0.9952+/-0.0117] [0.9904+/-0.0117 0.9885+/-0.0118 0.9868+/-0.0118 0.9852+/-0.0119 0.9833+/-0.012 0.9828+/-0.012 0.9817+/-0.0122 0.9974+/-0.0118 0.9992+/-0.012 0.9999+/-0.012 1.0+/-0.0121 0.9941+/-0.0118] [0.994+/-0.0116 0.9898+/-0.0117 0.9858+/-0.0117 0.9827+/-0.0117 0.9791+/-0.0119 0.9785+/-0.0118 0.9765+/-0.012 0.9988+/-0.0116 0.9971+/-0.0117 0.9952+/-0.0117 0.9941+/-0.0118 1.0+/-0.0119]] E_capture: [[1.0+/-1.5451 0.9865+/-1.3235 0.9541+/-1.1437 0.9192+/-1.0314 0.8608+/-0.9172 0.8444+/-0.8909 0.82+/-0.86 0.9642+/-1.3939 0.9406+/-1.242 0.8989+/-1.1248 0.8763+/-1.0677 0.9488+/-1.4066] [0.9865+/-1.3235 1.0+/-1.1314 0.99+/-0.9749 0.9708+/-0.8788 0.9313+/-0.7832 0.919+/-0.7613 0.9004+/-0.737 0.9178+/-1.1853 0.8973+/-1.0544 0.8588+/-0.952 0.8375+/-0.9027 0.9012+/-1.1939] [0.9541+/-1.1437 0.99+/-0.9749 1.0+/-0.8382 0.9948+/-0.7549 0.9728+/-0.6741 0.9647+/-0.6557 0.9517+/-0.6364 0.8591+/-1.0202 0.8415+/-0.9061 0.8064+/-0.8159 0.7867+/-0.7728 0.8416+/-1.0258] [0.9192+/-1.0314 0.9708+/-0.8788 0.9948+/-0.7549 1.0+/-0.6803 0.9911+/-0.608 0.9862+/-0.5915 0.9776+/-0.5747 0.8062+/-0.9179 0.7907+/-0.8152 0.7585+/-0.7333 0.7403+/-0.6944 0.789+/-0.9221] [0.8608+/-0.9172 0.9313+/-0.7832 0.9728+/-0.6741 0.9911+/-0.608 1.0+/-0.5439 0.9994+/-0.529 0.9968+/-0.5138 0.7277+/-0.817 0.7152+/-0.7266 0.6872+/-0.6546 0.671+/-0.6202 0.7111+/-0.8204] [0.8444+/-0.8909 0.919+/-0.7613 0.9647+/-0.6557 0.9862+/-0.5915 0.9994+/-0.529 1.0+/-0.5147 0.9989+/-0.4997 0.7071+/-0.7939 0.6953+/-0.7064 0.6683+/-0.6367 0.6526+/-0.6033 0.6906+/-0.7973] [0.82+/-0.86 0.9004+/-0.737 0.9517+/-0.6364 0.9776+/-0.5747 0.9968+/-0.5138 0.9989+/-0.4997 1.0+/-0.4849 0.6767+/-0.7677 0.6659+/-0.6844 0.6405+/-0.6181 0.6255+/-0.5863 0.6608+/-0.7711] [0.9642+/-1.3939 0.9178+/-1.1853 0.8591+/-1.0202 0.8062+/-0.9179 0.7277+/-0.817 0.7071+/-0.7939 0.6767+/-0.7677 1.0+/-1.3006 0.9921+/-1.1596 0.965+/-1.0489 0.9473+/-0.9948 0.9681+/-1.2998] [0.9406+/-1.242 0.8973+/-1.0544 0.8415+/-0.9061 0.7907+/-0.8152 0.7152+/-0.7266 0.6953+/-0.7064 0.6659+/-0.6844 0.9921+/-1.1596 1.0+/-1.0347 0.9897+/-0.9348 0.9786+/-0.8862 0.9481+/-1.1556] [0.8989+/-1.1248 0.8588+/-0.952 0.8064+/-0.8159 0.7585+/-0.7333 0.6872+/-0.6546 0.6683+/-0.6367 0.6405+/-0.6181 0.965+/-1.0489 0.9897+/-0.9348 1.0+/-0.8435 0.9978+/-0.799 0.9104+/-1.0439] [0.8763+/-1.0677 0.8375+/-0.9027 0.7867+/-0.7728 0.7403+/-0.6944 0.671+/-0.6202 0.6526+/-0.6033 0.6255+/-0.5863 0.9473+/-0.9948 0.9786+/-0.8862 0.9978+/-0.799 1.0+/-0.757 0.8891+/-0.9899] [0.9488+/-1.4066 0.9012+/-1.1939 0.8416+/-1.0258 0.789+/-0.9221 0.7111+/-0.8204 0.6906+/-0.7973 0.6608+/-0.7711 0.9681+/-1.2998 0.9481+/-1.1556 0.9104+/-1.0439 0.8891+/-0.9899 1.0+/-1.3328]] E_scatter: [[1.0+/-0.496 0.9869+/-0.4988 0.9784+/-0.5328 0.9694+/-0.565 0.958+/-0.6741 0.9534+/-0.7057 0.9495+/-0.78 0.2886+/-0.6303 0.2551+/-0.5931 0.2396+/-0.6574 0.2461+/-0.6978 0.2374+/-0.5398] [0.9869+/-0.4988 1.0+/-0.4947 0.9947+/-0.5223 0.9899+/-0.5489 0.982+/-0.6464 0.9791+/-0.6748 0.9755+/-0.7424 0.22+/-0.6316 0.1944+/-0.5943 0.1826+/-0.6516 0.1872+/-0.689 0.1812+/-0.5362] [0.9784+/-0.5328 0.9947+/-0.5223 1.0+/-0.5465 0.9942+/-0.5697 0.9868+/-0.663 0.9871+/-0.6904 0.9827+/-0.7561 0.2029+/-0.6742 0.1821+/-0.6344 0.1685+/-0.6897 0.1735+/-0.7271 0.166+/-0.5684] [0.9694+/-0.565 0.9899+/-0.5489 0.9942+/-0.5697 1.0+/-0.59 0.9917+/-0.6794 0.9917+/-0.7058 0.9872+/-0.7697 0.1851+/-0.7145 0.166+/-0.6723 0.1545+/-0.7261 0.1587+/-0.7636 0.152+/-0.5991] [0.958+/-0.6741 0.982+/-0.6464 0.9868+/-0.663 0.9917+/-0.6794 1.0+/-0.7701 0.9921+/-0.7967 0.9926+/-0.8628 0.183+/-0.8533 0.164+/-0.8027 0.1524+/-0.8593 0.1575+/-0.9006 0.1507+/-0.7107] [0.9534+/-0.7057 0.9791+/-0.6748 0.9871+/-0.6904 0.9917+/-0.7058 0.9921+/-0.7967 1.0+/-0.8239 0.992+/-0.8905 0.1767+/-0.8935 0.1589+/-0.8406 0.1467+/-0.898 0.1508+/-0.9405 0.1436+/-0.7432] [0.9495+/-0.78 0.9755+/-0.7424 0.9827+/-0.7561 0.9872+/-0.7697 0.9926+/-0.8628 0.992+/-0.8905 1.0+/-0.96 0.1823+/-0.9886 0.1628+/-0.93 0.1524+/-0.9904 0.1557+/-1.0358 0.1479+/-0.8201] [0.2886+/-0.6303 0.22+/-0.6316 0.2029+/-0.6742 0.1851+/-0.7145 0.183+/-0.8533 0.1767+/-0.8935 0.1823+/-0.9886 1.0+/-0.8296 0.9866+/-0.7826 0.9807+/-0.8688 0.9731+/-0.9224 0.2956+/-0.7044] [0.2551+/-0.5931 0.1944+/-0.5943 0.1821+/-0.6344 0.166+/-0.6723 0.164+/-0.8027 0.1589+/-0.8406 0.1628+/-0.93 0.9866+/-0.7826 1.0+/-0.7398 0.9847+/-0.8214 0.9791+/-0.8721 0.2582+/-0.6624] [0.2396+/-0.6574 0.1826+/-0.6516 0.1685+/-0.6897 0.1545+/-0.7261 0.1524+/-0.8593 0.1467+/-0.898 0.1524+/-0.9904 0.9807+/-0.8688 0.9847+/-0.8214 1.0+/-0.9062 0.9828+/-0.9596 0.2471+/-0.731] [0.2461+/-0.6978 0.1872+/-0.689 0.1735+/-0.7271 0.1587+/-0.7636 0.1575+/-0.9006 0.1508+/-0.9405 0.1557+/-1.0358 0.9731+/-0.9224 0.9791+/-0.8721 0.9828+/-0.9596 1.0+/-1.016 0.2526+/-0.7747] [0.2374+/-0.5398 0.1812+/-0.5362 0.166+/-0.5684 0.152+/-0.5991 0.1507+/-0.7107 0.1436+/-0.7432 0.1479+/-0.8201 0.2956+/-0.7044 0.2582+/-0.6624 0.2471+/-0.731 0.2526+/-0.7747 1.0+/-0.6116]] .. GENERATED FROM PYTHON SOURCE LINES 57-62 Spaces in Annotated Names ------------------------- In each SDF file, the first line contains an annotated name for the SDF file, that is used to identify the SDF in the TSUNAMI-IP output tables. If these names contain spaces (as some of those provided in the MCT directory do), they can cause the :func:`tsnami_ip_utils.readers.read_integral_indices` function to fail. For example, the following code will raise an error: .. GENERATED FROM PYTHON SOURCE LINES 62-69 .. code-block:: Python try: integral_indices = read_integral_indices(EXAMPLES / 'data' / 'tsunami_ip_mct.out') print(integral_indices) except Exception as e: print(e) .. rst-class:: sphx-glr-script-out .. code-block:: none No integral values found in the output file. Please ensure that the output/TSUNAMI-IP input files are formatted correctly. .. GENERATED FROM PYTHON SOURCE LINES 70-71 This is because of the spaces in the following SDF annotated names (that were used to generate the TSUNAMI-IP output file): .. GENERATED FROM PYTHON SOURCE LINES 71-78 .. code-block:: Python sdf_paths = [ EXAMPLES / 'data' / 'example_sdfs' / 'MCT' / f'MIX-COMP-THERM-002-00{i}S.sdf' for i in range(1, 7) ] for sdf_path in sdf_paths: with open(sdf_path, 'r') as f: print(f.readline()) .. rst-class:: sphx-glr-script-out .. code-block:: none mixed-comp-therm-002-001s (experiment pnl-30) mixed-comp-therm-002-002s (experiment pnl-31) mixed-comp-therm-002-003s (experiment pnl-32) mixed-comp-therm-002-004s (experiment pnl-33) mixed-comp-therm-002-005s (experiment pnl-34) mixed-comp-therm-002-006s (experiment pnl-35) .. GENERATED FROM PYTHON SOURCE LINES 79-84 So if you have SDFs with names that contain spaces, you should either use the :func:`tsunami_ip_utils.integral_indices.get_integral_indices`, which will handle these names by replacing whitespace with ``'-'``, or you can manually replace the whitespaces in the SDF annotated names using the :func:`tsunami_ip_utils.utils.modify_sdf_names` function. Below is an example showing the correct output using the :func:`tsunami_ip_utils.integral_indices.get_integral_indices` function: .. GENERATED FROM PYTHON SOURCE LINES 84-94 .. code-block:: Python from tsunami_ip_utils.integral_indices import get_integral_indices application_sdfs = [ EXAMPLES / 'data' / 'example_sdfs' / 'MCT' / f'MIX-COMP-THERM-002-00{i}S.sdf' for i in range(1, 7) ] experiment_sdfs = application_sdfs coverx_library = '252groupcov7.1' integral_indices = get_integral_indices(application_sdfs, experiment_sdfs, coverx_library) # Print the integral indices for key, value in integral_indices.items(): print(f'{key}:\n{value}\n') .. rst-class:: sphx-glr-script-out .. code-block:: none c_k: [[1.0+/-0.0005 0.9897+/-0.0005 0.9694+/-0.0004 0.9381+/-0.0014 0.9392+/-0.0003 0.8983+/-0.0003] [0.9897+/-0.0005 1.0+/-0.0005 0.9405+/-0.0004 0.9573+/-0.0016 0.9123+/-0.0004 0.916+/-0.0003] [0.9694+/-0.0004 0.9405+/-0.0004 1.0+/-0.0003 0.9374+/-0.0008 0.9917+/-0.0003 0.9215+/-0.0003] [0.9381+/-0.0003 0.9573+/-0.0003 0.9374+/-0.0003 1.0+/-0.0003 0.9434+/-0.0003 0.9919+/-0.0002] [0.9392+/-0.0003 0.9123+/-0.0004 0.9917+/-0.0003 0.9434+/-0.0007 1.0+/-0.0002 0.9431+/-0.0002] [0.8983+/-0.0003 0.916+/-0.0003 0.9215+/-0.0003 0.9919+/-0.0009 0.9431+/-0.0002 1.0+/-0.0002]] E_total: [[1.0+/-0.0007 0.991+/-0.0005 0.974+/-0.0006 0.9603+/-0.0005 0.9541+/-0.0006 0.942+/-0.0005] [0.991+/-0.0005 1.0+/-0.0004 0.9473+/-0.0004 0.967+/-0.0004 0.9217+/-0.0004 0.9408+/-0.0004] [0.974+/-0.0006 0.9473+/-0.0004 1.0+/-0.0005 0.9634+/-0.0004 0.9966+/-0.0005 0.9668+/-0.0004] [0.9603+/-0.0005 0.967+/-0.0004 0.9634+/-0.0004 1.0+/-0.0003 0.9544+/-0.0004 0.9948+/-0.0003] [0.9541+/-0.0006 0.9217+/-0.0004 0.9966+/-0.0005 0.9544+/-0.0004 1.0+/-0.0005 0.9658+/-0.0004] [0.942+/-0.0005 0.9408+/-0.0004 0.9668+/-0.0004 0.9948+/-0.0003 0.9658+/-0.0004 1.0+/-0.0004]] E_fission: [[1.0+/-0.0074 0.9984+/-0.0066 0.9716+/-0.0072 0.9829+/-0.0056 0.9525+/-0.0067 0.9643+/-0.0055] [0.9984+/-0.0066 1.0+/-0.0059 0.9581+/-0.0063 0.9736+/-0.005 0.9356+/-0.0058 0.9504+/-0.0049] [0.9716+/-0.0072 0.9581+/-0.0063 1.0+/-0.0073 0.997+/-0.0056 0.9975+/-0.007 0.999+/-0.0056] [0.9829+/-0.0056 0.9736+/-0.005 0.997+/-0.0056 1.0+/-0.0045 0.9901+/-0.0053 0.9961+/-0.0045] [0.9525+/-0.0067 0.9356+/-0.0058 0.9975+/-0.007 0.9901+/-0.0053 1.0+/-0.0067 0.9984+/-0.0053] [0.9643+/-0.0055 0.9504+/-0.0049 0.999+/-0.0056 0.9961+/-0.0045 0.9984+/-0.0053 1.0+/-0.0045]] E_capture: [[1.0+/-0.0062 0.9286+/-0.006 0.9463+/-0.0058 0.7276+/-0.005 0.8919+/-0.0053 0.7141+/-0.0047] [0.9286+/-0.006 1.0+/-0.006 0.8122+/-0.0055 0.8725+/-0.0049 0.7326+/-0.005 0.8197+/-0.0045] [0.9463+/-0.0058 0.8122+/-0.0055 1.0+/-0.0057 0.7085+/-0.0047 0.9889+/-0.0053 0.7464+/-0.0045] [0.7276+/-0.005 0.8725+/-0.0049 0.7085+/-0.0047 1.0+/-0.0042 0.6732+/-0.0044 0.9861+/-0.004] [0.8919+/-0.0053 0.7326+/-0.005 0.9889+/-0.0053 0.6732+/-0.0044 1.0+/-0.0049 0.7341+/-0.0042] [0.7141+/-0.0047 0.8197+/-0.0045 0.7464+/-0.0045 0.9861+/-0.004 0.7341+/-0.0042 1.0+/-0.0038]] E_scatter: [[1.0+/-0.169 0.983+/-0.1599 0.9461+/-0.1543 0.9375+/-0.2897 0.9113+/-0.1747 0.8837+/-0.4451] [0.983+/-0.1599 1.0+/-0.1448 0.8962+/-0.1359 0.9311+/-0.2822 0.8507+/-0.1562 0.8563+/-0.4593] [0.9461+/-0.1543 0.8962+/-0.1359 1.0+/-0.142 0.918+/-0.2754 0.9943+/-0.1666 0.9056+/-0.4582] [0.9375+/-0.2897 0.9311+/-0.2822 0.918+/-0.2754 1.0+/-0.5368 0.9008+/-0.3139 0.981+/-0.8229] [0.9113+/-0.1747 0.8507+/-0.1562 0.9943+/-0.1666 0.9008+/-0.3139 1.0+/-0.1952 0.9044+/-0.5153] [0.8837+/-0.4451 0.8563+/-0.4593 0.9056+/-0.4582 0.981+/-0.8229 0.9044+/-0.5153 1.0+/-1.146]] .. rst-class:: sphx-glr-timing **Total running time of the script:** (0 minutes 51.992 seconds) .. _sphx_glr_download_auto_examples_integral_index_reader.py: .. only:: html .. container:: sphx-glr-footer sphx-glr-footer-example .. container:: sphx-glr-download sphx-glr-download-jupyter :download:`Download Jupyter notebook: integral_index_reader.ipynb ` .. container:: sphx-glr-download sphx-glr-download-python :download:`Download Python source code: integral_index_reader.py ` .. container:: sphx-glr-download sphx-glr-download-zip :download:`Download zipped: integral_index_reader.zip ` .. only:: html .. rst-class:: sphx-glr-signature `Gallery generated by Sphinx-Gallery `_