test_triangulation_test

test_triangulation_test, a MATLAB code which calls test_triangulation(), which sets up a number of triangulation test problems.

Licensing:

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

Related Data and Programs:

test_triangulation, a MATLAB code which defines a number of test regions to be triangulated.

Source Code:

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

• test_triangulation_test01.m, tests P00_TEST_NUM, P00_TITLE, P00_HEADER.
• test_triangulation_test02.m, tests P00_TEST_NUM, P00_SAMPLE.
• test_triangulation_test03.m, tests P00_BOUNDARY_NEAREST.
• test_triangulation_test04.m, tests p00_boundary_plot().
• test_triangulation_test05.m, tests p00_points_plot().
• test_triangulation_test06.m, tests P00_POLY_WRITE.
• test_triangulation_test07.m, tests P00_HEX_GRID.

One of the test routines alls the appropriate routines to determine the boundary of each region, and creates an image.

• p01_boundary.png, the boundary of the problem #1.
• p02_boundary.png, the boundary of the problem #2.
• p03_boundary.png, the boundary of the problem #3.
• p04_boundary.png, the boundary of the problem #4.
• p05_boundary.png, the boundary of the problem #5.
• p06_boundary.png, the boundary of the problem #6.
• p07_boundary.png, the boundary of the problem #7.
• p08_boundary.png, the boundary of the problem #8.
• p09_boundary.png, the boundary of the problem #9.
• p10_boundary.png, the boundary of the problem #10.
• p11_boundary.png, the boundary of the problem #11.
• p12_boundary.png, the boundary of the problem #12.
• p13_boundary.png, the boundary of the problem #13.
• p14_boundary.png, the boundary of the problem #14.
• p15_boundary.png, the boundary of the problem #15.

One of the routines reates an image of sample points in each region.

• p01_points.png, sample points for problem #1.
• p02_points.png, sample points for problem #2.
• p03_points.png, sample points for problem #3.
• p04_points.png, sample points for problem #4.
• p05_points.png, sample points for problem #5.
• p06_points.png, sample points for problem #6.
• p07_points.png, sample points for problem #7.
• p08_points.png, sample points for problem #8.
• p09_points.png, sample points for problem #9.
• p10_points.png, sample points for problem #10.
• p11_points.png, sample points for problem #11.
• p12_points.png, sample points for problem #12.
• p13_points.png, sample points for problem #13.
• p14_points.png, sample points for problem #14.
• p15_points.png, sample points for problem #15.

One of the routines calls the appropriate routine to create a POLY file which can be displayed by the SHOWME program, or used as the start of a triangulation process involving TRIANGLE

• p01.poly, problem #1.
• p02.poly, problem #2.
• p03.poly, problem #3.
• p04.poly, problem #4.
• p05.poly, problem #5.
• p06.poly, problem #6.
• p07.poly, problem #7.
• p08.poly, problem #8.
• p09.poly, problem #9.
• p10.poly, problem #10.
• p11.poly, problem #11.
• p12.poly, problem #12.
• p13.poly, problem #13.
• p14.poly, problem #14.
• p15.poly, problem #15.