200 reputation
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bio website conus.info
location Kiev, Ukraine
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visits member for 2 years, 1 month
seen Nov 29 at 8:56

Dec
9
accepted Exact cover solution
Dec
8
comment Exact cover solution
Rojo, no, they solve that task by other methods, but thanks for your link!
Dec
8
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?
Dec
8
comment Exact cover solution
Pentomino tiling is one of classic tasks of exact cover algorithm: en.wikipedia.org/wiki/Exact_cover#Pentomino_tiling
Dec
8
asked Exact cover solution
Dec
2
accepted Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix
Dec
2
comment Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix
wow, thanks for your prompt answer!
Dec
2
asked Adding another control to Manipulate[MatrixPlot[matrix]] to take specific part of matrix
Nov
13
awarded  Nice Question
Nov
13
awarded  Scholar
Nov
13
awarded  Supporter
Nov
13
accepted Getting number of binary digits combinations without “forbidden” patterns
Nov
13
revised Getting number of binary digits combinations without “forbidden” patterns
deleted 26 characters in body
Nov
13
revised Getting number of binary digits combinations without “forbidden” patterns
added 95 characters in body
Nov
13
awarded  Editor
Nov
13
revised Getting number of binary digits combinations without “forbidden” patterns
deleted 1 characters in body
Nov
13
asked Getting number of binary digits combinations without “forbidden” patterns
Oct
29
awarded  Student