WMS:GSSHA: Difference between revisions
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[http://www.gsshawiki.com http://www.gsshawiki.com] | [http://www.gsshawiki.com http://www.gsshawiki.com] | ||
==Model Check== | |||
[[Image:Dialog_GSSHA_Model_Check.png|thumb|350 px]] | |||
The GSSHA '''Model Check''' command runs through the input data for a GSSHA simulation and looks for obvious inconsistencies and problems with the model. The model checker will not identify values that are outside of plausible ranges, etc., only logical problems. For example, an index map has one or more cells whose ID is 0 (which is not allowed in GSSHA), or a specified process that has an ID with parameters whose values are 0.00 (which indicates an incomplete entry). An example of a problem that the model checker would not find is if a stream arc has a pit that pools water. | |||
==Run Simulation== | |||
==Related Topics== | ==Related Topics== | ||
Revision as of 16:38, 26 February 2013
GSSHA is a two-dimensional finite difference rainfall/runoff model. A finite difference grid is used to establish the computational domain and parameters for surface runoff. The GSSHA model is fully coupled with hydraulic stream flow/routing models. Parameters for stream channels are defined using arcs and then mapped to the appropriate underlying grid cells.
A detailed online reference manual for GSSHA is found here:
Model Check
The GSSHA Model Check command runs through the input data for a GSSHA simulation and looks for obvious inconsistencies and problems with the model. The model checker will not identify values that are outside of plausible ranges, etc., only logical problems. For example, an index map has one or more cells whose ID is 0 (which is not allowed in GSSHA), or a specified process that has an ID with parameters whose values are 0.00 (which indicates an incomplete entry). An example of a problem that the model checker would not find is if a stream arc has a pit that pools water.
Run Simulation
Related Topics
- GSSHA Calibration
- GSSHA Cell Properties
- GSSHA Channel Routing
- GSSHA Contaminants
- GSSHA Digital Dams
- GSSHA Embankment Arcs
- GSSHA Groundwater
- GSSHA Maps
- GSSHA Job Control
- GSSHA Join SSURGO Data
- GSSHA Mapping Tables
- GSSHA Maps
- GSSHA Model Check
- GSSHA Multiple Scenarios
- GSSHA Nutrients
- GSSHA Open Project File
- GSSHA Overland Soil Erosion
- GSSHA Output Control
- GSSHA Precipitation
- GSSHA Read Solution
- GSSHA Run Simulation
- GSSHA Save Project File
- GSSHA Solution Analysis
GSSHA | |
|---|---|
| XMS Wiki Links | Calibration (Automated • Manual • Output) • Channel Routing • Contaminants • Digital Dams • Embankment Arcs • Feature Objects (Arcs • Nodes • Polygons) • File Types • Groundwater • Groups • Hydraulic Structures • Job Control • Join SSURGO Data • Mapping Tables • Maps • Menu • Model Linkage • Multiple Simulations • Nutrients • Observations • Output Control • Overland Soil Erosion • Pipe and Node Parameters • Precipitation • Radar Rainfall • Save GSSHA Project File • Smooth GSSHA Streams • Snowmelt • Solution (Analysis • Data) |
| Related Tools | MWBM Wizard • Using Soil Type Data with GSSHA |
| GSSHA Wiki External Links | GSSHA Wiki: Overview • Primer • User's Manual • Tutorials |
