- Create flow direction raster from DEM: Spatial Analyst -> Hydrology -> Flow Direction; Create flow accumulation raster from DEM Spatial Analyst -> Hydrology -> Flow Accumulation; Find the the pixel with the highest accumulated flow behind a dam Spatial Analyst -> Hydrology -> Snap Pour Point
- Get a list of raster tiles For every tile in the list: Launch a worker function with the name of a raster Worker: Fill the DEM Create a slope raster Calculate a flow direction raster Calculate a flow accumulation raster Convert those stream rasters to polygon or polyline feature classes.
- Nov 01, 2018 · Gsflow-Arcpy provides data input requirements for the groundwater model component of an IHM, including the stream network and topology, and the top altitude for model cells that are used to define altitudes for aquifer boundaries. These groundwater parameters are developed at the same resolution as the model top grid.
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