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...coverage can be generated so that regions can automatically be mapped to a drainage coverage when performing hydrologic analysis using the NSS regression equat If wanting to digitize the state:

...elevation sources, creating DEMs, and extracting cross-sections and other data for hydrologic models. The WMS developers recommend using DEMs for hydrolo ...with hydrologic analyses. This section focuses on steps that can be used to process TINs for watershed delineation, but some of the features described

The TIN and DEM menus have different commands when the Drainage module is active. ==Drainage TIN Menu==

...See [[WMS:TR-55 Edit Parameters|TR-55 Edit Parameters]].''''' <!--Addition to the TR-55 Edit Parameters article.--> See [[WMS:TR-55 Basin Data|TR-55 Basin Data]].

...lating a set of vertices. WMS connects the vertices with a series of edges to form a network of triangles. The resulting triangulation satisfies the Dela ...efined by the two triangles is changed to the other two vertices) in order to satisfy the Delaunay criterion. This edge swapping process forms the basis

The '''WMS Graphical User Interface''', or '''GUI''', allows the user to easily manage any project within the [[WMS:WMS|Watershed Modeling System]]. *Get Data

...uses icons for confluences (outlet points) and basins, and should be clear to both experienced and inexperienced users of hydrologic models such as HEC-1 ...used to select basins and outlet points for entry of all basin and routing data, in the same way the digital terrain based watershed map can be used. Geome

...file as a scatter dataset (see [[WMS:Preparing Stage Data|preparing stage data]] for more help). A smooth water surface is constructed by interpolating wa The basic steps to performing a floodplain delineation in WMS include:

ARC/INFO® or ArcView® shape files provide the easiest method to import GIS data into WMS. Unfortunately the shape file format is extremely redundant, meani ...dule]] was developed and with or without a license to ArcObjects shapefile data can now be managed better by WMS.

...be modified, depending on the type of feature arc. There are five types of feature arcs in GSSHA for standard GSSHA coverages: There are two feature arc types for GSSHA Storm Drain coverages:

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:{{done}} [[WMS:Introduction to WMS|Introduction to WMS]] :{{done}} [[WMS:Where Can I Get Data?|Where Can I Get Data?]]

:[[WMS:Introduction to WMS|Introduction to WMS]] :[[WMS:Where Can I Get Data?|Where Can I Get Data?]]

The TUFLOW model can be added to a [http://www.aquaveo.com/software/sms-pricing paid edition] of SMS. [[Category:Link to Store]]

This page contains an archive of the web seminar given in January 2009. To view this archive, first [https://www.teleconference.att.com/resv/wmdownloa ...://wms.aquaveo.com/Webinar28Jan2009.wmv here] (146 MB, it is not necessary to install the player if downloading this version)

...ogw overview.jpg|thumb|300px|Overview diagram of the Arc Hydro Groundwater Data Model]] ...temporal information. The data model is compatible with the surface water data model and will share the same framework.