WMS:Drainage Module Menus: Difference between revisions
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; Compute Flow Direction/Accumilation : | ; Compute Flow Direction/Accumilation : | ||
; Import Flow Direction/Accumilations : | ; Import Flow Direction/Accumilations : Flow directions and accumulations are typically determined using a program, such as ArcView®, GRASS, or [[WMS:TOPAZ|TOPAZ]]. Resulting grid files can then be imported into WMS. See [[WMS:Importing Flow Directions and Accumulations|Importing Flow Directions and Accumulations]] for more information. | ||
; Node↔Outlet : A selected node or vertex can be converted to an outlet node in a drainage coverage using the '''Node↔Outlet''' command in the ''DEM'' menu (an existing outlet can be converted back to a node as well). If a vertex is converted to an outlet the vertex is first converted to a node and the attribute of the node is then set to be drainage outlet rather than generic. This is equivalent to setting the attribute of the node within the Map module in the normal fashion, but is added to the ''DEM'' menu for ease and for completeness of the process. | ; Node↔Outlet : A selected node or vertex can be converted to an outlet node in a drainage coverage using the '''Node↔Outlet''' command in the ''DEM'' menu (an existing outlet can be converted back to a node as well). If a vertex is converted to an outlet the vertex is first converted to a node and the attribute of the node is then set to be drainage outlet rather than generic. This is equivalent to setting the attribute of the node within the Map module in the normal fashion, but is added to the ''DEM'' menu for ease and for completeness of the process. | ||
; Arcs→Outlets : The '''Arcs→Outlets''' command in the ''DEM'' menu of the Drainage module will automatically place a new outlet feature point at all intersections of a selected arc (required input to the command) and the specified flow accumulation value. The default flow accumulation threshold will correspond to the current display options setting and represents the area upstream. This is particularly useful if wanting to establish outlets for a series of drainages that a highway or other important line feature will cross as illustrated in the figure below. | ; Arcs→Outlets : The '''Arcs→Outlets''' command in the ''DEM'' menu of the Drainage module will automatically place a new outlet feature point at all intersections of a selected arc (required input to the command) and the specified flow accumulation value. The default flow accumulation threshold will correspond to the current display options setting and represents the area upstream. This is particularly useful if wanting to establish outlets for a series of drainages that a highway or other important line feature will cross as illustrated in the figure below. |
Revision as of 17:19, 21 November 2017
The DEM menu for the Drainage module contains the following commands:
- Compute Flow Direction/Accumilation
- Import Flow Direction/Accumilations
- Flow directions and accumulations are typically determined using a program, such as ArcView®, GRASS, or TOPAZ. Resulting grid files can then be imported into WMS. See Importing Flow Directions and Accumulations for more information.
- Node↔Outlet
- A selected node or vertex can be converted to an outlet node in a drainage coverage using the Node↔Outlet command in the DEM menu (an existing outlet can be converted back to a node as well). If a vertex is converted to an outlet the vertex is first converted to a node and the attribute of the node is then set to be drainage outlet rather than generic. This is equivalent to setting the attribute of the node within the Map module in the normal fashion, but is added to the DEM menu for ease and for completeness of the process.
- Arcs→Outlets
- The Arcs→Outlets command in the DEM menu of the Drainage module will automatically place a new outlet feature point at all intersections of a selected arc (required input to the command) and the specified flow accumulation value. The default flow accumulation threshold will correspond to the current display options setting and represents the area upstream. This is particularly useful if wanting to establish outlets for a series of drainages that a highway or other important line feature will cross as illustrated in the figure below.
- The arc should exist in a drainage coverage or the nodes created by the intersection will be generic nodes rather than drainage outlets.
- DEM→Steam Arcs
- Define Basins
- Basins→Polygons
- Merge Selected Basins
- Delete NULL Basins Cell Data
- Compute Basin Data
- Compute Gage Weights
- Delineate Basins Wizard
- Draw Flow Patterns
- Compute Area Between Elevations
- Polygon Basin IDs→DEM
- Export TOPAZ File
Related Topics
WMS – Watershed Modeling System | ||
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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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