iwfm.subΒΆ
Submodel extraction functions for IWFM models.
Modules
Read the original groundwater constrained general head boundary conditions file, determine which boundary conditions are in the submodel, and write out a new file. |
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Read the original groundwater boundary conditions file, determine which boundary conditions are in the submodel, and write out a new file. |
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Read a groundwater boundary-condition sub-file (specified flow, specified head, or general head), keep the boundary conditions at submodel nodes, and write out a new file. |
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Read the original groundwater main file, determine which elements are in the submodel, and write out a new file, then modify the other groundwater component files. |
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Copy the old element pumping file and replace the contents with those of the new submodel, and write out the new file. |
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Read the original groundwater main pumping file, determine which pumping components are in the submodel, and write out a new file. |
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Copy the old well pumping file and replace the contents with those of the new submodel, and write out the new file. |
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Read the original groundwater subsidence file, determine which nodes are in the submodel, and write out a new file. |
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Read the original tile drain main file, determine which components are in the submodel, and write out a new file. |
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Read the original Simulation lake main file, keep only the lakes that are in the submodel, and write out a new file. |
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Copy original land use input file, remove the elements that are not in the submodel, and write out the new file. |
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Copy the old element file and replace the contents with those of the new model, and write out the new file. |
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Copy the old preprocessor input file, replacing the file names with those of the new model, and write out the new file. |
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Copy the old lake file and replace the contents with those of the new model, and write out the new IWFM lake file. |
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Read the lake file and return information for lakes in the submodel. |
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Copy the original node file, replace the contents with those of the new model, and write out the new file. |
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Read the element file and return a list of the nodes in the submodel. |
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Copy the original stratigraphy file and replace the contents with those of the new submodel, and write out the new file. |
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Copy the old stream file and replaces the contents with those of the new submodel, and write out the new file. |
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Read the stream specification file and returns stream reach and rating table info. |
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Remove lines for components (elements, nodes, stream nodes, etc) that are not in the submodel. |
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Read the original Simulation rootzone main file, determine which elements are in the submodel, and write out a new file, then modify the other Simulation rootzone component files. |
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Copy the surface flow destination file (DESTFL, rootzone v4.12+) and reduce to the elements in a submodel. |
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Copy the rootzone non-ponded crops main file and replace the contents with those of the new submodel, write out the new file, and process the other non-ponded crop files. |
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Copy the rootzone native and riparian main file and replace the contents with those of the new submodel, write out the new file, and process the other non-ponded crop files. |
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Copy the rootzone ponded crops main file and replace the contents with those of the new submodel, write out the new file, and process the other ponded crop files. |
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Copy the rootzone urban main file and replace the contents with those of the new submodel, write out the new file, and process the other urban files. |
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Copy the old simulation input file, replacing the file names with those of the new model, and write out the new file. |
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Copy the stream bypass specification file and replace the contents with those of the new submodel, and write out the new file. |
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Read the original stream inflow file, determine which stream nodes are in the submodel, and write out a new file. |
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Read the original Simulation streams main file, determine which elements are in the submodel, and write out a new file, then modify the other Simulation stream component files. |
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Read original old small watershed file, determine which small watersheds are in the submodel, and write out a new file. |
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Read the original unsaturated zone file, determine which elements are in the submodel, and write out a new file. |