import Tests.Cardinal
import Tests.Cube
-import Tests.Face as TF
-import Tests.Grid as TG
+import Tests.Grid
import Tests.Misc
import Tests.Tetrahedron as TT
-- The list of HUnit tests.
-test_suite = TestList (concat [face_tests,
- grid_tests,
+test_suite = TestList (concat [grid_tests,
misc_tests,
tetrahedron_tests])
putStrLn "\nCube Tests\n"
+ -- putStr "prop_c0120_identity1... "
+ -- quickCheckWith qc_args prop_c0120_identity1
+
putStr "prop_all_volumes_positive... "
quickCheckWith qc_args prop_all_volumes_positive
putStr "prop_v0_all_equal... "
quickCheckWith qc_args prop_v0_all_equal
+-- putStrLn "\np. 78, (2.5)\n"
+
+-- putStr "prop_cijk1_identity... "
+-- quickCheckWith qc_args prop_cijk1_identity
+
+
putStrLn "\nMisc Tests\n"
putStr "prop_factorial_greater... "
putStr "prop_b3_v2_always_zero... "
quickCheckWith qc_args prop_b3_v2_always_zero
- -- putStrLn "\np. 78, (2.4)\n"
+ putStrLn "\np. 78, (2.4)\n"
- -- putStr "prop_c3000_identity... "
- -- quickCheckWith qc_args TT.prop_c3000_identity
-
- -- putStr "prop_c2100_identity... "
- -- quickCheckWith qc_args TT.prop_c2100_identity
+ putStr "prop_c3000_identity... "
+ quickCheckWith qc_args TT.prop_c3000_identity
- -- putStr "prop_c1110_identity... "
- -- quickCheckWith qc_args TT.prop_c1110_identity
+ putStr "prop_c2100_identity... "
+ quickCheckWith qc_args TT.prop_c2100_identity
- -- putStrLn "\np. 78, (2.5)\n"
+ putStr "prop_c1110_identity... "
+ quickCheckWith qc_args TT.prop_c1110_identity
- -- putStr "prop_cijk1_identity... "
- -- quickCheckWith qc_args prop_cijk1_identity
-- putStrLn "\np. 79, (2.6)\n"
- -- putStr "prop_c0120_identity1... "
- -- quickCheckWith qc_args TF.prop_c0120_identity1
-
-- putStr "prop_c0210_identity1... "
-- quickCheckWith qc_args TF.prop_c0210_identity1