def checker(self,
path,
labels=None,
interpolation='none',
colorMap='Accent',
suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.labels_type, method.__name__, labels)
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self,
path,
labels=labels,
interpolation=interpolation,
colorMap=colorMap,
suffix=suffix)
def checker(self, M, q, numSkewers=10000, normalize=False, mask=None):
check = util.InputValidation(class_name)
check.dispatch(check.cube_type, method.__name__, M, 'M')
check.dispatch(check.int_type, method.__name__, q, 'q')
check.dispatch(check.int_type, method.__name__, numSkewers,
'numSkewers')
check.dispatch(check.bool_type, method.__name__, normalize,
'normalize')
check.dispatch(check.mask_type, method.__name__, mask)
return method(self,
M,
q,
numSkewers=numSkewers,
normalize=normalize,
mask=mask)
def checker(self,
mask=None,
interpolation='none',
colorMap='jet',
columns=None,
suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.mask_type, method.__name__, mask)
check.dispatch(check.columns_type, method.__name__, columns,
'columns')
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self,
mask=mask,
interpolation=interpolation,
colorMap=colorMap,
columns=columns,
suffix=suffix)
def checker(self,
lib_idx,
constrained=True,
stretch=False,
colorMap='spectral',
suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.cmap_exist, method.__name__, self.cmap,
call_before)
check.dispatch(check.index_range, method.__name__, lib_idx,
self.n_classes)
check.dispatch(check.bool_type, method.__name__, constrained,
'constrained')
check.dispatch(check.bool_type, method.__name__, stretch,
'stretch')
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self,
lib_idx,
constrained=constrained,
stretch=stretch,
colorMap=colorMap,
suffix=suffix)
def checker(self, whiteOnBlack=True, suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.bool_type, method.__name__, whiteOnBlack, 'whiteOnBlack')
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self, whiteOnBlack=whiteOnBlack, suffix=suffix)
def checker(self, M, t, threshold=None):
check = util.InputValidation(class_name)
check.dispatch(check.cube_type, method.__name__, M, 'M')
check.dispatch(check.spectrum_type, method.__name__, t, 't')
check.dispatch(check.threshold_type2, method.__name__, threshold)
return method(self, M, t, threshold=threshold)
def checker(self, X):
check = util.InputValidation(class_name)
check.dispatch(check.cube_type, method.__name__, X, 'X')
return method(self, X)
def checker(self, path, plot_name, feature='all'):
check = util.InputValidation(class_name)
check.dispatch(check.string_type, method.__name__, plot_name, 'plot_name')
check.dispatch(check.index_range, method.__name__, feature, len(self.features))
method(self, path, plot_name, feature=feature)
def checker(self, plot_name, suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.string_type, method.__name__, plot_name, 'plot_name')
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self, plot_name, suffix=suffix)
def checker(self, spectrum, wvl, normalize=False):
check = util.InputValidation(class_name)
check.dispatch(check.list_type, method.__name__, spectrum, 'spectrum')
check.dispatch(check.list_type, method.__name__, wvl, 'wvl')
check.dispatch(check.bool_type, method.__name__, normalize, 'normalize')
return method(self, spectrum, wvl, normalize=normalize)
def checker(self, lib_idx, constrained=True):
check = util.InputValidation(class_name)
check.dispatch(check.index_range, method.__name__, lib_idx, self.n_classes)
check.dispatch(check.bool_type, method.__name__, constrained, 'constrained')
return method(self, lib_idx, constrained=constrained)
def checker(self):
check = util.InputValidation(class_name)
check.dispatch(check.cmap_exist, method.__name__, self.cmap, call_before)
return method(self)
def checker(self, M, threshold=0.1):
check = util.InputValidation(class_name)
check.dispatch(check.cube_type, method.__name__, M, 'M')
check.dispatch(check.threshold_type3, method.__name__, M, threshold)
return method(self, M, threshold=threshold)
def checker(self, axes=None, suffix=None):
check = util.InputValidation(class_name)
check.dispatch(check.axes_type, method.__name__, axes)
check.dispatch(check.suffix_type, method.__name__, suffix)
method(self, axes=axes, suffix=suffix)
