def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# standard numpy array interface.
cls.sf, cls.eofs, cls.pcs = reference_solution('numpy')
cls.neofs = cls.eofs.shape[0]
# Create an EofSolver instance with the scalar field.
cls.eofobj = EofSolver(cls.sf)
def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# standard numpy array interface.
cls.sf, cls.eofs, cls.pcs = reference_solution('numpy')
cls.neofs = cls.eofs.shape[0]
# Create an EofSolver instance with the scalar field.
cls.eofobj = EofSolver(cls.sf)
def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# standard numpy array interface.
cls.sf, cls.eofs, cls.pcs = reference_solution('numpy')
# Create an EofSolver instance with the scalar field.
cls.eofobj = EofSolver(cls.sf)
cls.tools = {'covmap': eof2.nptools.covariance_map,
'cormap': eof2.nptools.correlation_map}
def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# cdms2 interface.
try:
cls.sf, cls.eofs, cls.pcs = reference_solution('cdms2')
except ValueError:
raise SkipTest('library component not available')
# Create an Eof instance with the scalar field.
cls.eofobj = Eof(cls.sf)
def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# cdms2 interface.
try:
cls.sf, cls.eofs, cls.pcs = reference_solution('cdms2')
except ValueError:
raise SkipTest('library component not available')
# Create an Eof instance with the scalar field.
cls.eofobj = Eof(cls.sf)
def setup_class(cls):
# Generate a scalar field and a corresponding EOF solution for the
# standard numpy array interface.
cls.sf, cls.eofs, cls.pcs = reference_solution('numpy')
# Create an EofSolver instance with the scalar field.
cls.eofobj = EofSolver(cls.sf)
cls.tools = {
'covmap': eof2.nptools.covariance_map,
'cormap': eof2.nptools.correlation_map
}
