WMS:What's new in WMS version 10.0: Difference between revisions
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GSSHA previously had two options that could be defined globally. The first option, the overbank flow option (OVERBANK_FLOW), increases the level of connection between the overland flow and the channel in the 1D hydraulic model by allowing water to spill from the channel back onto the overland flow plane. If the second option, the overland backwater option (OVERLAND_BACKWATER), is turned on, flow from the overland flow model to the channel in the 1D hydraulic model is restricted if the elevation of the water in the channel exceeds the overland cell elevation. This option can now be defined at each of the arcs (links) in your GSSHA model in the GSSHA arc properties dialog. If this option is defined for one of the arcs, the global option is turned off. | GSSHA previously had two options that could be defined globally. The first option, the overbank flow option (OVERBANK_FLOW), increases the level of connection between the overland flow and the channel in the 1D hydraulic model by allowing water to spill from the channel back onto the overland flow plane. If the second option, the overland backwater option (OVERLAND_BACKWATER), is turned on, flow from the overland flow model to the channel in the 1D hydraulic model is restricted if the elevation of the water in the channel exceeds the overland cell elevation. This option can now be defined at each of the arcs (links) in your GSSHA model in the GSSHA arc properties dialog. If this option is defined for one of the arcs, the global option is turned off. | ||
:[[Image:GsshaOverbankBackwaterOptions.png|thumb|none|left|500 px|GSSHA Overbank and Backwater Options in the Arc Properties dialog]] | |||
==== Storm and Tile Drain Interface Tools ==== | ==== Storm and Tile Drain Interface Tools ==== | ||
Revision as of 16:07, 12 June 2014
The WMS software development team is excited about the release of WMS 10.0! This page lists the exciting new features that have been added to WMS 10.0.
What's new in WMS 10.0
GSSHA Interface and Model Updates
Model Calibration Updates
The newest version of GSSHA supports PEST-style automated calibration methods. WMS 10.0 has an interface to these automated calibration methods in GSSHA. More information about automated calibration in GSSHA using WMS 10.0 is located here.
Depth Varying Overland Flow Roughness
The newest version of GSSHA has a mapping table that supports a depth-varying overland flow roughness exponent. This parameter is used in addition to the roughness mapping table. Without the addition of this table, a default exponent of 0.0 is used, which means the roughness does not change with overland flow depth.
Link/Node-Specific Overbank and Backwater Options
GSSHA previously had two options that could be defined globally. The first option, the overbank flow option (OVERBANK_FLOW), increases the level of connection between the overland flow and the channel in the 1D hydraulic model by allowing water to spill from the channel back onto the overland flow plane. If the second option, the overland backwater option (OVERLAND_BACKWATER), is turned on, flow from the overland flow model to the channel in the 1D hydraulic model is restricted if the elevation of the water in the channel exceeds the overland cell elevation. This option can now be defined at each of the arcs (links) in your GSSHA model in the GSSHA arc properties dialog. If this option is defined for one of the arcs, the global option is turned off.
Storm and Tile Drain Interface Tools
WMS 10.0 contains many new GSSHA storm and tile drain interface tools. A detailed description of all the tools available here.
New GSSHA Tutorial
Hydrologic Modeling System (HEC-HMS) 4.0 Support
Added capability to define snow melt, deficit and constant, and other gridded parameters for ModClark Grid
New HMS Tutorial
National Streamflow Statistics (NSS) 6.0 Support
EPA-SWMM Updates
Sanitary Sewer Modeling Options
Sanitary sewer coverage Define Diurnal curve dialog, import curve names, and assign curves to nodes/manholes, export to SWMM Import infiltration and domestic flows from shapefiles and export to SWMM Import a peaking factor for the domestic flows and export to SWMM Import SWMM 5 model with sanitary sewer options into WMS and export to shapefile
SWMM 5.1 Support
Additional Web Services
FEMA Flood Maps
Add option to download FEMA flood maps using web services
Precipitation Web Services
NOAA Atlas 14
NCDC Station Information
Bug fixes
To view the list of bugs fixed in WMS 10.0, visit the WMS bugfix page.
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 | |
| Aquaveo | ||
