int main(int argc, char *argv[])
{
testSequence();
testUnivariateStats();
testBivariateStats();
testUtility();
testVectorAlgebra();
testMatrixDeterminant();
testMatrixInverse();
testLUFactorisation();
testLUSolver();
testGaussianElimination();
testInterpolation();
testIntegration();
testRoot();
testTimeStep();
testRSignificanceTest();
testChiSquared();
testMultipleRegression();
test_golden_fit();
testSimplex();
testSimplex2();
testSimplex3();
test_simplex_fit();
return (EXIT_SUCCESS);
}
void LinearTermTests::runTests(int &numTestsRun, int &numTestsPassed)
{
setup();
if (testRieszInversionAsProjection())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testBoundaryPlusVolumeTerms())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testIntegrateMixedBasis())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testMixedTermConsistency())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testRieszInversion())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testSums())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testIntegration())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
setup();
if (testLinearTermEvaluation())
{
numTestsPassed++;
}
numTestsRun++;
teardown();
}