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Copy file name to clipboardExpand all lines: src/docs/sphinx/blueprint_mesh.rst
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@@ -619,7 +619,7 @@ To find out what the volume fractions are for each material for a specific eleme
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For example, for element 0, we take the 0th index of each array: ``background`` has a value of ``1.0``, ``circle_a`` has a value of ``0.0``, ``circle_b`` has a value of ``0.0``, and ``circle_c`` has a value of ``0.0``. To determine if a material is in a element, we must check that it has a nonzero volume fraction for that element. Therefore, we can infer that element 0 is 100% the ``background`` material, and the other materials are not present.
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If we want to see the volume fractions for element 10, we go to the 10th index of each array: ``background`` has a value of ``0.0``, ``circle_a`` has a value of ``0.333333333333333``, ``circle_b`` has a value of ``0.333333333333333``, and ``circle_c`` has a value of ``0.333333333333333``.
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Therefore we can infer that element 10 is evenly split between the circle materials and there is no ``background`` material present.
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Therefore, we can infer that element 10 is evenly split between the circle materials and there is no ``background`` material present.
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If we want to know the material ids of the materials in a specific element, we can examine the material map entry for each material in that element that has a volume fraction greater than ``0.0``.
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If no material map is present, we can infer the material id from the order of the material volume fraction arrays under the ``volume_fractions`` node.
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* mix_spec
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* mixlen
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Conduit also provides tools for creating/fetching material maps:
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Conduit Blueprint also provides tools for creating/fetching material maps:
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