def test_validateLayers():
data = {'cti1': os.path.join(datadir, 'test_cti1.bil'),
'friction': os.path.join(datadir, 'test_friction.bil'),
'precip': [os.path.join(datadir, 'test_precip/prec_Jan.bil')],
'slope': os.path.join(datadir, 'test_slope.bil'),
'vs30': os.path.join(datadir, 'test_vs30.bil')}
layers = LM.validateLayers(cmodel)
assert data == layers
def test_validateUnits():
data = {'cti1': 'unitless',
'friction': 'degrees',
'precip': 'mm',
'slope': 'degrees',
'vs30': 'm/s'}
layers = LM.validateLayers(cmodel)
interp = LM.validateUnits(cmodel, layers)
assert data == interp
def test_validateInterpolations():
data = {'cti1': 'nearest',
'friction': 'nearest',
'precip': 'nearest',
'slope': 'nearest',
'vs30': 'nearest'}
layers = LM.validateLayers(cmodel)
interp = LM.validateInterpolations(cmodel, layers)
assert data == interp
def test_checkTerm():
term1 = 'precipMONTH'
layers = LM.validateLayers(cmodel)
term, tterm, timeField = LM.checkTerm(term1, layers)
assert term == "self.layerdict['precip'].getSlice(rowstart, rowend, "\
"colstart, colend, name='precip')"
assert tterm == ''
assert timeField == 'MONTH'
term2 = 'MWextrajunk'
term, tterm, timeField = LM.checkTerm(term2, layers)
assert term == "self.eventdict['magnitude']extrajunk"
assert tterm == 'extrajunk'
def test_validateTerms():
data = {'b1': "np.nan_to_num(self.layerdict['friction'].getSlice("
"rowstart, rowend, colstart, colend, name='friction'))",
'b2': "self.layerdict['slope'].getSlice(rowstart, rowend, "
"colstart, colend, name='slope')/100.",
'b3': "np.log(self.layerdict['vs30'].getSlice(rowstart, rowend, "
"colstart, colend, name='vs30'))",
'b4': "self.layerdict['cti1'].getSlice(rowstart, rowend, "
"colstart, colend, name='cti1')",
'b5': "self.layerdict['precip'].getSlice(rowstart, rowend, "
"colstart, colend, name='precip')"}
timeField = 'MONTH'
coeff = LM.validateCoefficients(cmodel)
layers = LM.validateLayers(cmodel)
terms, time = LM.validateTerms(cmodel, coeff, layers)
assert time == timeField
assert data == terms