sandia_rules_test

sandia_rules_test, a MATLAB code which generates a variety of quadrature rules of various orders.

Licensing:

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

Related Data and Programs:

sandia_rules, a MATLAB code which generates a variety of quadrature rules of various orders.

Source Code:

• sandia_rules_test.m, a sample calling program.
• sandia_rules_test.sh, runs all the tests.
• sandia_rules_test.txt, the output file.

• sandia_rules_test01.m, tests CHEBYSHEV1_COMPUTE and CHEBYSHEV1_INTEGRAL.
• sandia_rules_test02.m, demonstrates CHEBYSHEV1_COMPUTE.
• sandia_rules_test03.m, tests CHEBYSHEV2_COMPUTE and CHEBYSHEV2_INTEGRAL.
• sandia_rules_test04.m, demonstrates CHEBYSHEV2_COMPUTE.
• sandia_rules_test05.m, tests CLENSHAW_CURTIS_COMPUTE and LEGENDRE_INTEGRAL.
• sandia_rules_test06.m, demonstrates CLENSHAW_CURTIS_COMPUTE.
• sandia_rules_test07.m, tests FEJER2_COMPUTE and LEGENDRE_INTEGRAL.
• sandia_rules_test08.m, demonstrates FEJER2_COMPUTE.
• sandia_rules_test09.m, tests GEGENBAUER_COMPUTE and GEGENBAUER_INTEGRAL.
• sandia_rules_test10.m, demonstrates GEGENBAUER_COMPUTE.
• sandia_rules_test11.m, tests GEN_HERMITE_COMPUTE and GEN_HERMITE_INTEGRAL.
• sandia_rules_test12.m, demonstrates GEN_HERMITE_COMPUTE.
• sandia_rules_test13.m, tests GEN_LAGUERRE_COMPUTE and GEN_LAGUERRE_INTEGRAL.
• sandia_rules_test14.m, demonstrates GEN_LAGUERRE_COMPUTE.
• sandia_rules_test15.m, tests HERMITE_COMPUTE and HERMITE_INTEGRAL.
• sandia_rules_test16.m, demonstrates HERMITE_COMPUTE.
• sandia_rules_test17.m, tests JACOBI_COMPUTE and JACOBI_INTEGRAL.
• sandia_rules_test18.m, demonstrates JACOBI_COMPUTE.
• sandia_rules_test19.m, tests LAGUERRE_COMPUTE and LAGUERRE_INTEGRAL.
• sandia_rules_test20.m, demonstrates LAGUERRE_COMPUTE.
• sandia_rules_test21.m, tests LEGENDRE_COMPUTE and LEGENDRE_INTEGRAL.
• sandia_rules_test22.m, demonstrates LEGENDRE_COMPUTE.
• sandia_rules_test23.m, demonstrates LEVEL_GROWTH_TO_ORDER.
• sandia_rules_test24.m, demonstrates LEVEL_TO_ORDER_DEFAULT.
• sandia_rules_test25.m, demonstrates LEVEL_TO_ORDER_EXPONENTIAL.
• sandia_rules_test26.m, demonstrates LEVEL_TO_ORDER_EXPONENTIAL_SLOW
• sandia_rules_test27.m, demonstrates LEVEL_TO_ORDER_LINEAR.
• sandia_rules_test28.m, tests PATTERSON_LOOKUP and LEGENDRE_INTEGRAL.
• sandia_rules_test29.m, tests R8COL_TOL_UNDEX.
• sandia_rules_test30.m, tests R8VEC_SORT_HEAP_INDEX_A.
• sandia_rules_test31.m, tests HCE_COMPUTE.
• sandia_rules_test32.m, tests HCC_COMPUTE.
• sandia_rules_test33.m, tests HC_COMPUTE_WEIGHTS_FROM_POINTS.
• sandia_rules_test34.m, uses HERMITE_INTERPOLANT on the Runge function using equally spaced data.
• sandia_rules_test35.m, uses HERMITE_INTERPOLANT on the Runge function using Chebyshev spaced data.
• sandia_rules_test36.m, tests HERMITE_INTERPOLANT_RULE.
• sandia_rules_test37.m, tests HERMITE_GENZ_KEISTER_LOOKUP_WEIGHTS.
• sandia_rules_test38.m, tabulates the Hermite interpolant and its derivative.
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• cubic_integrate.m, returns the integral of a particular cubic polynomial from A to B.
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