def test(): """ Fixes the seed for the random number generators and then runs a test on the diagonal homotopy. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(234798272) test_diaghom('dd')
def test(): """ Fixes the seed for the random number generators and then runs a test on the diagonal homotopy. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(234798272) test_diaghom('dd')
def test(): """ Fixes a seed for the random number generators before running the test on the cascade homotopies. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(234798272) # test_cascade() test_run_cascade()
def test(): """ Fixes a seed for the random number generators before running the test on the cascade homotopies. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(234798272) # test_cascade() test_run_cascade()
def test(): """ Solves the systems and tests on their number of solutions. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(834798272) import solver print '\nsolving a random binomial system...' pols = binomials() sols = solver.solve(pols) assert len(sols) == 20 print 'test on binomial system passed' print '\nsolving the cyclic 7-roots problem...' pols = cyclic7() sols = solver.solve(pols) assert len(sols) == 924 print 'test on cyclic 7-roots passed' print '\nsolving the benchmark problem D1...' pols = sysd1() sols = solver.solve(pols) assert len(sols) == 48 print 'test on benchmark problem D1 passed' print '\nsolving a generic 5-point 4-bar design problem...' pols = fbrfive4() sols = solver.solve(pols) assert len(sols) == 36 print 'test on 4-bar system passed' print '\ncomputing all Nash equilibria...' pols = game4two() sols = solver.solve(pols) assert len(sols) == 9 print 'test on Nash equilibria for 4 players passed' print '\nsolving a problem in magnetism...' pols = katsura6() sols = solver.solve(pols) assert len(sols) == 64 print 'test on a problem in magnetism passed' print '\nsolving a neural network model...' pols = noon3() sols = solver.solve(pols) assert len(sols) == 21 print 'test on a neural network model passed' print '\nsolving a mechanical design problem...' pols = rps10() sols = solver.solve(pols) assert len(sols) == 1024 print 'test on RPS serial chains problem passed' print '\nsolving a fully real Stewart-Gough platform...' pols = stewgou40() sols = solver.solve(pols) assert len(sols) == 40 print 'test on real Stewart-Gough platform passed' print '\ncomputing all tangent lines to 4 spheres...' pols = tangents() sols = solver.solve(pols) assert len(sols) == 6 print 'test on multiple tangent lines to spheres passed'
def test(): """ Sets the seed for the random number generators to a fixed number and then runs a test. """ from phcpy.phcpy2c2 import py2c_set_seed py2c_set_seed(234798272) # test_monodromy() # test_decompose() test_solve()