cee::ug::CuttingPlaneData
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class CuttingPlaneData
Returns raw node coordinates and result values for a cutting plane.
Get the cutting plane data using CuttingPlane::data().
See also
Public Functions
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CuttingPlaneData()
Constructs an empty object.
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void allTriangles(std::vector<unsigned int> *triangles) const
Gets all triangle data as an array of vertices.
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void allScalarResults(std::vector<double> *scalarResult) const
Gets all scalar result values as a double array.
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void allVectorResults(std::vector<Vec3d> *vectorResult) const
Gets all vector result values as an array of vectors.
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void allTrianglesSourceElementIndices(std::vector<size_t> *elementIndices) const
Gets an array with the index of the source element for each triangle returned by allTriangles()
If using the CuttingPlane::data() method, get the part index for each triangle with the allTrianglesSourcePartIndices() method.
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void allTrianglesSourcePartIndices(std::vector<size_t> *partIndices) const
Gets an array with the index of the source part for each triangle returned by allTriangles()
Note: If provided by CuttingPlane::partData(), this array will be empty, as all triangles will come from the specified part
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void allLines(std::vector<unsigned int> *lines) const
Gets all line data as an array of vertices.
Each line is described by the start and end index into the vertices and results arrays
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void allLinesSourceElementIndices(std::vector<size_t> *elementIndices) const
Gets an array with the index of the source element for each line returned by allLines()
If using the CuttingPlane::data() method, get the part index for each triangle with the allLinesSourcePartIndices() method.
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void allLinesSourcePartIndices(std::vector<size_t> *partIndices) const
Gets an array with the index of the source part for each line returned by allLines()
Note: If provided by CuttingPlane::partData(), this array will be empty, as all lines will come from the specified part
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void allOriginalTriangles(std::vector<unsigned int> *triangles, std::vector<Vec3d> *vertices)
Gets the original triangles (indices and vertices)
Original means that these are the computed triangles that have welded nodes and comprises the surface, and is not split due to PER_ELEMENT or PER_ELEMENT_NODE mapped results or collapsed triangles etc.
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CuttingPlaneData()