WMS:Hydrologic Model: Difference between revisions
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*[[WMS:HEC-1 Parameters|HEC-1 Modeling]] | *[[WMS:HEC-1 Parameters|HEC-1 Modeling]] | ||
*[[WMS:HEC-1 Precipitation|Precipitation Data]] | *[[WMS:HEC-1 Precipitation|Precipitation Data]] | ||
*[[WMS:HEC-1 SCS Loss Method (LS)|Curve Number]] | *[[WMS:Basin HEC-1 Cards#SCS Loss Method (LS)|Curve Number]] | ||
{{WMSMain}} | {{WMSMain}} | ||
Revision as of 22:35, 12 February 2013
The HEC-1 Interface tools in WMS can be used to develop a working HEC-1 model. It is important that this model be running effectively (i.e. calibrated and/or adjusted to give credible results) prior to using it for the Stochastic Modeling simulation.
The only parameters at this point that can be varied within a range of probable answers are rainfall and CN (curve number for the different basins. This is done by setting the precipitation or CN to be a negative number in their respective dialogs. This negative number is a key number and should be unique for each stochastic variable you create. When running the stochastic simulation WMS will substitute the simulation specific parameter for the defined key. You can then setup a stochastic variable for HEC-1 in the Stochastic Run Parameters dialog. A key value (matching the key you defined in the materials property) starting value, min value, max value, standard deviation and distribution type.
Next Step in Stochastic Modeling
Related Topics
WMS – Watershed Modeling System | ||
|---|---|---|
| Modules: | Terrain Data • Drainage • Map • Hydrologic Modeling • River • GIS • 2D Grid • 2D Scatter |  |
| Models: | CE-QUAL-W2 • GSSHA • HEC-1 • HEC-HMS • HEC-RAS • HSPF • MODRAT • NSS • OC Hydrograph • OC Rational • Rational • River Tools • Storm Drain • SMPDBK • SWMM • TR-20 • TR-55 | |
| Toolbars: | Modules • Macros • Units • Digitize • Static Tools • Dynamic Tools • Drawing • Get Data Tools | |
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