def test_partcyl2():
"""
Part-cylinder vs NEWT calc.
"""
testpc = rmf.read_mpc(10, 'testpc3.mpc', MPCPATH)
testpc2 = rmf.read_gsq('testpc3.gsq', MOMPATH)
assert (np.abs(testpc - testpc2) < 2e8 * np.finfo(float).eps).all()
def test_load():
testtrap = rmf.read_gsq('testtrap.gsq', MOMPATH)
testtrap2 = rmf.read_mpc(10, 'testload.mpc', MPCPATH)
assert (np.abs(testtrap - testtrap2) < 2e8 * np.finfo(float).eps).all()
def test_pyr():
testpyr = rmf.read_mpc(10, 'testpyr.mpc', MPCPATH)
testpyr2 = rmf.read_gsq('testpyr', MOMPATH)
assert (np.abs(testpyr - testpyr2) < 1e7 * np.finfo(float).eps).all()
def test_cylhole():
testch = rmf.read_mpc(10, 'testch.mpc', MPCPATH)
testch2 = rmf.read_gsq('testch.gsq', MOMPATH)
assert (np.abs(testch - testch2) < 5e8 * np.finfo(float).eps).all()
def test_cyl():
testcyl = rmf.read_mpc(10, 'testcyl0.mpc', MPCPATH)
testcyl1 = rmf.read_gsq('testcyl0.gsq', MOMPATH)
assert (np.abs(testcyl - testcyl1) < 1e6 * np.finfo(float).eps).all()
def test_rectangle():
testre = rmf.read_mpc(10, 'testrect.mpc', MPCPATH)
testre2 = rmf.read_gsq('testrect.gsq', MOMPATH)
assert (np.abs(testre - testre2) < 2e8 * np.finfo(float).eps).all()
def test_cone():
testco = rmf.read_mpc(10, 'testcone.mpc', MPCPATH)
testco2 = rmf.read_gsq('testcone.gsq', MOMPATH)
assert (np.abs(testco - testco2) < 1e7 * np.finfo(float).eps).all()
def test_platehole():
testph = rmf.read_mpc(10, 'testph.mpc', MPCPATH)
testph2 = rmf.read_gsq('testph.gsq', MOMPATH)
assert (np.abs(testph - testph2) < 2e7 * np.finfo(float).eps).all()
def test_triangle():
testtri = rmf.read_mpc(10, 'testtri.mpc', MPCPATH)
testtri2 = rmf.read_gsq('testtri.gsq', MOMPATH)
assert (np.abs(testtri - testtri2) < 1e7 * np.finfo(float).eps).all()
def test_tetrahedron():
testtet = rmf.read_mpc(10, 'testtet.mpc', MPCPATH)
testtet2 = rmf.read_gsq('testtet.gsq', MOMPATH)
assert (np.abs(testtet - testtet2) < 1e7 * np.finfo(float).eps).all()