Matrix operations listening
is possible to get a more detailed/deeper meaningful step listening for matrix operations? Here what my code actually does:
MatrixRank({{1,2,3},{5,10,15},{7,7,7}})
recursionDepth 3 iterationCounter 0: 1 -> 1 recursionDepth 2 iterationCounter 0: (-5)1 -> (-5)1 recursionDepth 2 iterationCounter 1: (-5)1 -> -5 recursionDepth 3 iterationCounter 0: 1 -> 1 recursionDepth 2 iterationCounter 0: (-7)1 -> (-7)1 recursionDepth 2 iterationCounter 1: (-7)1 -> -7 recursionDepth 3 iterationCounter 0: 1 -> 1 recursionDepth 2 iterationCounter 0: 01 -> 01 recursionDepth 2 iterationCounter 1: 01 -> 0 recursionDepth 3 iterationCounter 0: 1 -> 1 recursionDepth 2 iterationCounter 0: (-3)1 -> (-3)1 recursionDepth 2 iterationCounter 1: (-3)1 -> -3 recursionDepth 1 iterationCounter 0: MatrixRank( {{1,2,3}, {5,10,15}, {7,7,7}}) -> 2
Comments (3)
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repo owner -
repo owner Added a listener to ReducedRowEchelonForm and LUDecomposition
https://bitbucket.org/axelclk/symja_android_library/commits/6bdd475a61d5715159b3eaa6ae8d522a08c5d829
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repo owner - changed status to resolved
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Prepared a copy of commons math matrix operations to allow implementing a listener.
https://bitbucket.org/axelclk/symja_android_library/commits/6b0b37438f939184bcf7440162ebbc03f1ef721a