polyominoes_test

polyominoes_test, a MATLAB code which calls polyominoes(), which considers polyominoes, and the question of tiling a region R.

Licensing:

The information on this web page is distributed under the MIT license.

Related Data and Programs:

polyominoes, a MATLAB code which considers polyominoes, and the question of tiling a region R.

Source code:

• polyominoes_test.m, calls all the tests.
• polyominoes_test.sh, runs all the tests.
• polyominoes_test.txt, the output file.

• cell_ij_fill_test.m
• domino_approximate_test.m
• i4_modp_test.m
• i4_wrap_test.m
• pentomino_approximate_test.m
• pentomino_display_test.m
• pentomino_matrix_test.m
• pentomino_name_test.m
• pentomino_pack_test.m
• pentomino_print_test.m
• polyomino_area_test.m
• polyomino_condense_test.m
• polyomino_display_test.m
• polyomino_embed_list_test.m
• polyomino_embed_number_test.m
• polyomino_enumerate_chiral_test.m
• polyomino_enumerate_fixed_test.m
• polyomino_enumerate_free_test.m
• polyomino_index_test.m
• polyomino_lp_write_test.m
• polyomino_monohedral_test.m
• polyomino_monohedral_example_domino_test.m, create the linear system for the mutilated chessboard example, and write it to an LP file.
• polyomino_monohedral_example_reid_test.m
• polyomino_monohedral_matrix_test.m
• polyomino_monohedral_tiling_plot_test.m
• polyomino_monohedral_tiling_print_test.m
• polyomino_monohedral_variants_test.m
• polyomino_multihedral_test.m
• polyomino_multihedral_example_2x4_test.m
• polyomino_multihedral_example_4x5_test.m
• polyomino_multihedral_example_octomino_test.m
• polyomino_multihedral_example_pent18x30_test.m
• polyomino_multihedral_example_pentomino_test.m
• polyomino_multihedral_matrix_test.m
• polyomino_multihedral_tiling_plot_test.m
• polyomino_multihedral_tiling_print_test.m
• polyomino_multihedral_variants_test.m
• polyomino_periodic_matrix_test.m
• polyomino_periodic_variants_test.m
• polyomino_periodicity_apply_test.m
• polyomino_random_test.m
• polyomino_reflect_test.m
• polyomino_transform_test.m
• polyominoes_print_test.m
• rectangle_3x20_plot.m, plots a tiling of the 3x20 rectangle.
• reid_plot.m, plots a tiling of the Reid region.

• 2x4.lp
• 4x4.lp
• 4x5.lp
• domino.lp
• domino_approximate.lp
• matrix.lp
• octomino.lp
• pent18x30.lp
• pentomino.lp
• pentomino_approximate.lp
• reid.lp

• cell_ij_fill_test.png
• fourbyfour01.png
• octomino01.png
• octomino02.png
• octomino03.png
• octomino04.png
• octomino05.png
• octomino06.png
• octomino07.png
• octomino08.png
• pent18x30.png
• pent18x30_gray.png
• pentomino01.png
• polyomino_display.png
• rectangle_3x20.png, a tiling of the 3x20 rectangular region.
• rectangle01.png
• rectangle02.png
• rectangle03.png
• rectangle04.png
• rectangle05.png
• rectangle06.png
• reid.png, a tiling of the Reid region.
• reid01.png
• reid02.png
• reid03.png
• reid04.png
• twobyfour01.png
• twobyfour02.png
• twobyfour03.png
• twobyfour04.png
• F.png
• I.png
• L.png
• P.png
• N.png
• T.png
• U.png
• V.png
• W.png
• X.png
• Y.png
• Z.png

• pent18x30_gurobi.sol, a GUROBI solution.
• pent5x6_gurobi.sol, a GUROBI solution.
• reid_gurobi.sol, a GUROBI solution.

• reid_scip.sol, a SCIP solution file.
• reid_scip.txt, the corresponding text file.

• octomino_solution.txt
• pent18x30_gurobi.txt, a simple text version of the GUROBI solutions, readable by load().
• pentomino_solution.txt

• octomino_solution.xml
• pentomino_solution.xml