Dennis Yurichev
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# 18 Actions

 Dec9 accepted Exact cover solution Dec8 comment Exact cover solution Rojo, no, they solve that task by other methods, but thanks for your link! Dec8 comment Exact cover solution Pentomino tiling is a task of 2 subtasks: 1) generate all possible pentomino placement in matrix, e.g., generate list of matrices as a result; 2) exact cover algorithm to find all possible pentomino packings. Is it possible to solve in Mathematica? Dec8 comment Exact cover solution Pentomino tiling is one of classic tasks of exact cover algorithm: en.wikipedia.org/wiki/Exact_cover#Pentomino_tiling Dec8 asked Exact cover solution Dec2 accepted Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix Dec2 comment Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix wow, thanks for your prompt answer! Dec2 asked Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix Nov13 awarded Nice Question Nov13 awarded Scholar Nov13 awarded Supporter Nov13 accepted Getting number of binary digits combinations without “forbidden” patterns Nov13 revised Getting number of binary digits combinations without “forbidden” patterns deleted 26 characters in body Nov13 revised Getting number of binary digits combinations without “forbidden” patterns added 95 characters in body Nov13 awarded Editor Nov13 revised Getting number of binary digits combinations without “forbidden” patterns deleted 1 characters in body Nov13 asked Getting number of binary digits combinations without “forbidden” patterns Oct29 awarded Student