def read_bv_fort13(self): """ Read the boundary value nodal values for Manning's n from ``self.fulldomain`` and save as a ``dict`` as ``self.bv_fort13``. """ self.read_bv_nodes() self.bv_fort13 = f13.read_nodal_attr(self, self.path, nums=self.bv_nodes)
def read_bv_fort13(self): """ Read the boundary value nodal values for Manning's n from ``self.fulldomain`` and save as a ``dict`` as ``self.bv_fort13``. """ self.read_bv_nodes() self.bv_fort13 = f13.read_nodal_attr(self, self.path, nums=self.bv_nodes)
def read_nodal_attr(self, path=None, file_name='fort.13'): """ Load in nodal attributes from a ``*.13`` file (only does Manning's *n* for now) and return a dictonary (like a MATLAB struct) with these attributes). :type path: string or None :param path: directory containing ``fort.13`` formatted file :param string file_name: ``fort.13`` formatted file name :returns: See :meth:`~polyadcirc.pyADCIRC.fort13_management.read_nodal_attr` """ if path == None: path = self.path return f13.read_nodal_attr(self, path, file_name)