Overview of the Surface-water Modeling Software (SMS) GUI. Objective: This lecture will discuss the Surfacewater Modeling Software GUI.
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1 Overview of the Surface-water Modeling Software (SMS) GUI { Objective: This lecture will discuss the Surfacewater Modeling Software GUI. {
![Outline Outline Mesh Generation Interpolation](/docs-images/76/73417617/images/2-2.jpg "Manning s n Coefficient Boundary Conditions \")
2 Outline Outline Mesh Generation Interpolation Manning s n Coefficient Boundary Conditions \
3
4 SMS is a model-independent GIS for numerical modeling It uses a Conceptual Approach User-interface for Multiple 2D/3D models ADCIRC ADH CMS FLOW/CMS Wave FESWMS HYDRO AS-2D RiverFlow2D uses SMS for model setup Mesh generation and refinement Interpolation of elevations Assigning boundary conditions RiverFlow2D RMA2/RMA4 SRH-2D TUFLOW/TUFLOW FV Defining spatially variable roughness Assigning components Visualizing model results RiverFlow2D uses the Generic Mesh Module
5 SMS Features 64-bit (handle large models) Online web services Optimized OpenGL graphics for improved hardware rendering and realistic renderings Generate Animations and KMZ s Add Annotations, scale bars, north arrows Horizontal Projection on the fly GIS and CAD import Data Calculator Wiki/Forum/Tutorials/Videos
6 Menu Bar Dynamic Tools Project Explorer Status Window Modules Edit Window
7 SMS is broken up 12 Modules Mesh Curvilinear Grid Cartesian Grid 3D Cartesian Grid Scatter Map GIS 1D Grid Particle Module Images CAD Annotation
8 Mesh Module Used to create, edit, and visualize mesh data Also referred to as unstructured or flexible meshes Meshes defined by nodes and elements/cells Add boundary conditions
9 Scatter Module Used to create, edit, and visualize point data sets and triangulated irregular networks DEMs can be read in and converted to TINs Filter scatter sets to eliminate redundant data Datasets can be interpolated to other modules (meshes, grids, etc.)
10 Map Module/Conceptual Module Create and edit GIS like data Used to create conceptual models as well as data for other purposes Conceptual model is a geometry (mesh/grid) independent representation of the numeric model domain Conceptual models can be converted to model geometry and boundary conditions Conceptual model makes it easer to create, edit, and alter models
11 Map Module/Conceptual Module Tools
12 Map Module/Conceptual Module Tools
13 Module Summary Scatter Data Elevation data Compare Results Map Data Model boundary Mesh interpolation Manning s n value Observation data Mesh Property boundaries Boundary conditions Physical parameters Initial conditions Topographies Model results
14 Optional Macros
15 File Menu
16 Edit Menu
17 Mesh Display Menu
18 Mesh Display Options
19 Mesh Display Options
20 Mesh Display Options
21 Mesh Display Options
22 Mesh Display Projection
23 Mesh Display Plot Wizard
24 Mesh Data Menu
25 Mesh Data Calculator
26 Mesh Nodes Menu
27 Mesh Elements Menu
28 Mesh Web Menu
29 Mesh Window Menu
30 Mesh Help Menu
31 Mesh RiverFlow2D Menu
32 Mesh RiverFlow2D Menu Each tab represents input data that is in the DIP Some of the newer features in the DIP will be added to SMS in the near future
33 Exporting RiverFlow2D Files RiverFlow2D will convert the *.2dm file and run
34 RiverFlow2D_Template.2dm SMS requires the RiverFlow2D.2dm to be read into the program to add the RiverFlow2D menus
35 Mesh Generation Generating a Mesh Read in elevation data into scatter module
36 Mesh Generation Generating a Mesh Switch to Map Module Create a polygon for channel and outer boundary Redistribute vertices along polylines Define a material for each polygon
37 Mesh Generation Add Boundary Conditions Add boundary conditions to upstream end along polyline Add boundary to upstream downstream end along polyline
38 Mesh Generation Generating a Mesh Double click on polygon Set mesh type Set interpolation Type Set Material (Manning s) Right click layer and specify to create mesh
39 Interpolation Interpolation Method Multiple interpolation options Extrapolate if missing data Truncate values to limit interpolation
40 Interpolation Multiple Data Sets When selecting interpolation method, select which data set to use for interpolation For overbank, select the elevation data set For channel, select Channel Data
41 Interpolation Multiple Data Sets Multiple Scatter sets can be merged together Option to delete lower priority scatter data if they overlap
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