pycequeau.physiographic.carreauxPartiels module¶

pycequeau.physiographic.carreauxPartiels.compute_river_azimuth(p1: Point, p2: Point)[source]¶

pycequeau.physiographic.carreauxPartiels.create_cequeau_stream_network(project_path: str, CP_fishnet: GeoDataFrame, rtable: DataFrame, fac_path: str, area_th=0.01) → GeoDataFrame[source]¶

_summary_

Parameters:

fac_path – Absolute path to the flow accumulation raster (same as Basin._FAC).
area_th (float, optional) – _description_. Defaults to 0.01.

Returns:

_description_

Return type:

float

pycequeau.physiographic.carreauxPartiels.cumulate_variables(outlet_routes: ndarray, pctForet: ndarray, pctLacRiviere: list, pctMarais: list) → DataFrame[source]¶

pycequeau.physiographic.carreauxPartiels.get_CP_coordinates(carreuxEntiers: DataFrame, CPfishnet: GeoDataFrame) → DataFrame[source]¶

pycequeau.physiographic.carreauxPartiels.get_codes(CPfishnet: GeoDataFrame) → DataFrame[source]¶

pycequeau.physiographic.carreauxPartiels.get_lat_lon_CP(CP_fishnet_name: str) → ndarray[source]¶

pycequeau.physiographic.carreauxPartiels.get_river_geometry(CPfishnet: GeoDataFrame, rtable: DataFrame) → DataFrame[source]¶

pycequeau.physiographic.carreauxPartiels.save_outlet_point(project_path: str, CP_fishnet: GeoDataFrame, fac_path: str) → tuple[source]¶