def build_geometries(self):
# store the geometries based on type
geoms = {}
input_file = self.sim_input
# build catchments
catchments = swmm_geom.build_catchments(input_file)
# build rivers
streams = swmm_geom.build_links(input_file)
# build nodes
nodes = swmm_geom.build_nodes(input_file)
# store the geoms by their type
geoms['subcatchment'] = catchments
geoms['link'] = streams
geoms['node'] = nodes
# populate geometry attributes lookup table
for k,v in dict(catchments.items() + streams.items() + nodes.items()).iteritems():
self.__geom_atts[k] = v
return geoms
def build_geometries(self):
# store the geometries based on type
geoms = {}
input_file = self.sim_input
# build catchments
catchments = swmm_geom.build_catchments(input_file)
# build rivers
streams = swmm_geom.build_links(input_file)
# build nodes
nodes = swmm_geom.build_nodes(input_file)
# store the geoms by their type
geoms['subcatchment'] = catchments
geoms['link'] = streams
geoms['node'] = nodes
# populate geometry attributes lookup table
for k,v in dict(catchments.items() + streams.items() + nodes.items()).iteritems():
self.__geom_atts[k] = v
return geoms
def build_geometries(self):
# store the geometries based on type
geoms = {}
input_file = self.sim_input
# build catchments
catchments = swmm_geom.build_catchments(input_file)
# build rivers
streams = swmm_geom.build_links(input_file)
# build nodes
nodes = swmm_geom.build_nodes(input_file)
# store the geoms by their type
geoms['subcatchment'] = catchments
geoms['link'] = streams
geoms['node'] = nodes
return geoms
def build_geometries(self):
# store the geometries based on type
geoms = {}
input_file = self.sim_input
# build catchments
catchments = swmm_geom.build_catchments(input_file)
# build rivers
streams = swmm_geom.build_links(input_file)
# build nodes
nodes = swmm_geom.build_nodes(input_file)
# store the geoms by their type
geoms['subcatchment'] = catchments
geoms['link'] = streams
geoms['node'] = nodes
return geoms