SMS:Spectral Energy: Difference between revisions
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* '''Edit Spectra''' – Opens the [[SMS:Generate/Edit Spectra|Edit Spectra]] dialog where the ''Parameter Settings'', ''Angle Settings'' and ''Spectral Parameters'' can be edited. | * '''Edit Spectra''' – Opens the [[SMS:Generate/Edit Spectra|Edit Spectra]] dialog where the ''Parameter Settings'', ''Angle Settings'' and ''Spectral Parameters'' can be edited. | ||
* '''Export Spectra''' – Brings up the ''Export Spectra'' dialog where you can choose a location to save the spectra. | * '''Export Spectra''' – Brings up the ''Export Spectra'' dialog where you can choose a location to save the spectra. | ||
* '''Delete Grid''' or '''Delete Dataset''' – Deletes a grid or spectrum. | |||
* '''Delete Grid''' or '''Delete | |||
* '''Properties''' – Brings up the [[SMS:Spectral Grid Properties|Spectral Grid Properties]] dialog. This option is available when the grid in the ''Spectral Manager Tree'' is right-clicked. | * '''Properties''' – Brings up the [[SMS:Spectral Grid Properties|Spectral Grid Properties]] dialog. This option is available when the grid in the ''Spectral Manager Tree'' is right-clicked. | ||
Revision as of 18:37, 10 January 2014
The Spectral Energy dialog can be opened through STWAVE | Spectral Energy, BOUSS-2D | Spectral Energy, CGWAVE | Spectral Energy, or by choosing STWAVE | Model Control, clicking on the Boundary Conditions button to open the Boundary Conditions dialog, and then clicking the Spectral Energy button. The spectrum represents energy densities at discrete values over a range of angles and a range of frequencies for a given wave condition.
Tools
- File:SelectCGridCell.JPG Select Cell Corner – Select a cell corner to view or edit the energy value.
- File:Pan.JPG Pan – Pan the spectral grid.
- File:Zoom.JPG Zoom – Zoom in the window.
- File:Rotate.JPG Rotate – Rotate in the window.
- File:Frame.JPG Frame – Frame, or zoom to the extents of the grid.
- File:Contours.gif Contour Options – Bring up the contour options dialog for setting the spectral grid contour display options.
Grid Options
- Create Grid – Brings up the Create Spectral Energy Grid dialog.
- Generate Spectra – Brings up the Generate Spectra dialog.
- Import Spectra – Brings up the Import Spectra dialog.
- Export Spectra – Brings up the Export Spectra dialog where you can choose a location to save the spectra.
Spectral Tree Options
- Spectral Manager Tree – Select a spectrum in the tree. The selected spectra will be displayed in the Spectral Viewer. The tree’s right-click options are described below.
Grid/Spectra Right-click Options
- Generate Spectra – Opens the Generate Spectra dialog. This option is available when the grid in the Spectral Manager Tree is right clicked.
- Edit Spectra – Opens the Edit Spectra dialog where the Parameter Settings, Angle Settings and Spectral Parameters can be edited.
- Export Spectra – Brings up the Export Spectra dialog where you can choose a location to save the spectra.
- Delete Grid or Delete Dataset – Deletes a grid or spectrum.
- Properties – Brings up the Spectral Grid Properties dialog. This option is available when the grid in the Spectral Manager Tree is right-clicked.
View Options
- Cartesian/Polar View – View and edit the spectral grid using a Cartesian or polar view.
Graphic Options
- Selection – View the Frequency, Angle, and Energy of the selected cell corner. The Energy can be edited for the selected points.
- Cursor – View the Frequency, Angle, and Energy as the cursor moves over the grid.
2D Plot Options
- Frequency Integration Plot – Turn on to show an energy vs. frequency plot for the selected spectrum.
- Direction Integration Plot – Turn on to show a direction vs. energy plot for the selected spectrum.
Related Topics
- Create Spectral Energy Grid
- Generate Spectra
- Import Spectra
- Spectral Grid Properties
- STWAVE Menu
- CGWAVE Menu
- Cartesian Grid Module
SMS – Surface-water Modeling System | ||
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Modules: | 1D Grid • Cartesian Grid • Curvilinear Grid • GIS • Map • Mesh • Particle • Quadtree • Raster • Scatter • UGrid | |
General Models: | 3D Structure • FVCOM • Generic • PTM | |
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Riverine/Estuarine Models: | AdH • HEC-RAS • HYDRO AS-2D • RMA2 • RMA4 • SRH-2D • TUFLOW • TUFLOW FV | |
Aquaveo • SMS Tutorials • SMS Workflows |