def test_call_capy_fExImagVals():
wRange = np.arange(0.1, 2.9, 0.1)
meshFName = f'./test_data/float.gdf'
refNc = f'./ref_data/capytaine_integration/floatData.nc'
wCapy, addedMass, damping, fEx = fdo.call_capy(meshFName, wRange)
refwCapy, refAddedMass, refDamping, refFEx = fdo.read_capy_nc(refNc)
assert max(abs(refFEx[0, :].imag - fEx[0, :].imag)) < 1e-12
def test_read_capy_nc_dampingInterpVals():
wDes = np.arange(0.1, 2.8, 0.01)
wDes, addedMassInterp, dampingInterp, fExInterp = fdo.read_capy_nc(
capyTestFile, wDes=wDes)
refDampingInterp = np.loadtxt(
f'./ref_data/capytaine_integration/wDes-dampingInterp-surge.txt')
assert max(abs(refDampingInterp[:, 1] - dampingInterp[0, 0, :])) < 1e-12
def test_read_capy_nc_fExInterpImagVals():
wDes = np.arange(0.1, 2.8, 0.01)
wDes, addedMassInterp, dampingInterp, fExInterp = fdo.read_capy_nc(
capyTestFile, wDes=wDes)
refFExInterpImag = np.loadtxt(
f'./ref_data/capytaine_integration/wDes-fExcitationInterpImag-surge.txt'
)
assert max(abs(refFExInterpImag[:, 1] - fExInterp[0, :].imag)) < 1e-12
def test_read_capy_nc_fExImagVals():
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile)
refFExImag = np.loadtxt(
f'./ref_data/capytaine_integration/wCapy-fExcitationImag-surge.txt')
assert max(abs(refFExImag[:, 1] - fEx[0, :].imag)) < 1e-12
def test_read_capy_nc_dampingVals():
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile)
refDamping = np.loadtxt(
f'./ref_data/capytaine_integration/wCapy-damping-surge.txt')
assert max(abs(refDamping[:, 1] - damping[0, 0, :])) < 1e-12
def test_read_capy_nc_wRangeCheck():
with pytest.raises(ValueError):
wDes = np.arange(0.01, 3, 0.01)
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile,
wDes=wDes)
def test_read_capy_nc_fExComplex():
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile)
assert fEx.dtype == 'complex128'
def test_read_capy_nc_fExShape():
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile)
assert fEx.shape == (6, 28)
def test_call_capy_fExComplex():
wRange = np.arange(0.1, 2.9, 0.1)
meshFName = f'./test_data/float.gdf'
wCapy, addedMass, damping, fEx = fdo.call_capy(meshFName, wRange)
assert fEx.dtype == 'complex128'
def test_call_capy_fExShape():
wRange = np.arange(0.1, 2.9, 0.1)
meshFName = f'./test_data/float.gdf'
wCapy, addedMass, damping, fEx = fdo.call_capy(meshFName, wRange)
assert fEx.shape == (6, 28)
def test_read_capy_nc_wCapyShape():
wCapy, addedMass, damping, fEx = fdo.read_capy_nc(capyTestFile)
assert len(wCapy) == 28