pywfm.IWFMModel.get_stream_riparian_evapotranspiration#
- IWFMModel.get_stream_riparian_evapotranspiration(evapotranspiration_conversion_factor=1.0)#
Return riparian evapotranspiration from every stream node for the current timestep
- Parameters:
evapotranspiration_conversion_factor (float) – conversion factor for riparian evapotranspiration from the simulation units of volume to a desired unit of volume
- Returns:
riparian evapotranspiration for all stream nodes for the current simulation timestep
- Return type:
np.ndarray
Note
This method is designed for use when is_for_inquiry=0 to return riparian evapotranspiration at the current timestep during a simulation.
stream nodes without riparian evapotranspiration will be 0
See also
IWFMModel.get_stream_tributary_inflows
Return small watershed inflows at every stream node for the current timestep
IWFMModel.get_stream_rainfall_runoff
Return rainfall runoff at every stream node for the current timestep
IWFMModel.get_stream_return_flows
Return agricultural and urban return flows at every stream node for the current timestep
IWFMModel.get_stream_pond_drains
Return drainage from rice and refuge ponds into every stream node for the current timestep
IWFMModel.get_stream_tile_drain_flows
Return tile drain flows into every stream node for the current timestep
IWFMModel.get_stream_gain_from_groundwater
Return gain from groundwater for every stream node for the current timestep
IWFMModel.get_stream_gain_from_lakes
Return gain from lakes for every stream node for the current timestep
IWFMModel.get_net_bypass_inflows
Return net bypass inflows for every stream node for the current timestep
IWFMModel.get_actual_stream_diversions_at_some_locations
Return actual diversion amounts for a list of diversions during a model simulation