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...theme [[File:Display Theme Icon.svg|16 px]] data object will appear in the Project Explorer. This data object stores all of the [[GMS:Display Options|display Display theme [[File:Display Theme Folder.svg|16 px]] objects in the Project Explorer have the standard right-click menu options. Display theme objects

...is put in the same folder with the other project files and named using the project prefix. ...rted by right-clicking the CAD folder [[File:CAD Folder.svg|16 px]] in the Project Explorer and selecting the '''Export''' command. The ''DWG/DXF Filename''

:# Right-click on the Project Explorer and select the [[GMS:Project_Explorer#Project_Explorer_Right-Click :# Define the display theme in the [[GMS:Display Theme|''Display Theme Properties'']] dialog.

...ArcObjects is enabled then the standard ArcMap [[WMS:Map Properties|''Map Properties'' dialog ]]is used to define the coordinate system for display and mapping * [[WMS:Map Properties|Map Properties of GIS Layers]]

:# Right-click on the Project Explorer and select the [[SMS:Project_Explorer_Right-Click Menus#Project_Ex :# Define the display theme in the [[SMS:Display Themes|''Display Themes Properties'']] dialog.

[[Image:TUFLOW MP.png|thumb|450 px|''TUFLOW Material Properties'' dialog]] TUFLOW makes use of both the SMS general materials and its own material properties.

...dule scattered datasets and their associated datasets are displayed in the Project Explorer. The toggle box to the left of the scattered dataset controls the ...tasets#Active Dataset|active data]] is determined by selecting it from the Project Explorer.

Notes can be added to most objects or to the project itself to aid in model development. For example, a model developer might ad ...project, right-click on ''Project'' in the Project Explorer and select '''Properties'''.

== Grid Frame Properties == ...clicking on the grid frame object in the Project Explorer and selecting '''Properties'''.

* '''Edit Project Parameters''' – Brings up a ''Properties'' dialog. * '''Edit Parameters''' – Brings up the ''Hydraulic Properties'' dialog.

...s been defined, coverages can be created beneath the conceptual model. The properties available in the ''Coverage Setup'' dialog depend on the model associated w == Conceptual Model Properties ==

...s MODFLOW-USG. If no models exist in the GMS project then the ''UGrid Cell Properties'' dialog will only allow editing of the material assigned to the grid cell. ...values on a cell-by-cell basis. This can be accomplished using the '''Cell Properties''' command in the drop-down menu when selecting UGrid cells.

Various menu commands are available when right-clicking on UGrid items in the Project Explorer. ==Project Explorer==

...includes all of the specific workflows needed in creating a general MODAEM project Newer and infrequent GMS users should start here. {{GMS Project Setup Workflow}}

...terial_set_in_project_explorer.png|frame|right|125px|A material set in the Project Explorer.]] ...under a Material Sets [[File:Material Set Folder.svg|16 px]] folder in the Project Explorer. Although grid cells and mesh elements (as well as other objects)

!style="text-align:left;"|1. Start with a completed MODFLOW Project. :# Open a completed MODFLOW project created using either the [[GMS:MODFLOW Grid Workflow|grid approach]] or [[G

...tains a hierarchical representation of the data associated with a modeling project. ...ies Window'']] – provides both information and opportunities to edit properties of WMS entities.

...drographs. The coverage type is set by right-clicking on a coverage in the Project Explorer and selecting ''Coverage Type''→'''HydroGeoSphere''', and then s ...ages that are not applied to a HydroGeoSphere simulation will not have the properties in the coverage included in the simulation run.

...ific workflows users will need to use in creating an [[SMS:FESWMS|FESWMS]] project. Newer and infrequent SMS users should start here. !style="text-align:left;"|1. Start a new SMS project.

...D drawing is controlled using the checkboxes in the [[GMS:Project Explorer|Project Explorer]]. Individual layers can be turned off/on. To turn off the display ...-click menu on the "[[File:Convert to CAD Icon.svg|16px]] CAD" item in the Project Explorer contains the following commands in addition to the standard object

...specific workflows users will need to use in creating an [[SMS:RMA2|RMA2]] project. Newer and infrequent SMS users should start here. !style="text-align:left;"|1. Start a new SMS project.

...ated that in future versions the CAD data will also be controlled from the Project Explorer. ...Project Explorer by selecting it. The active coverage is indicated in the Project Explorer display with a color map module icon, while the inactive coverages

...ssingDataIcon.png]]) in the Project Explorer window and selecting '''Input Properties'''. The following culvert data are required: ...each culvert are also entered in the culvert data portion of the ''Culvert Properties'' window. There is the option of entering culvert invert data or embankmen

...''Properties'' window provides both information and opportunities to edit properties of WMS entities. ==Properties Window Overview==

...g the current GSSHA model to other GSSHA models: a child project, a parent project, or both. ...the following child project'' – Turn on to enable linking to a child project.

...e|Mesh module]]. SMS can visualize and create RMA4 projects, easily modify project parameters, and view the solutions produced by the RMA4 model. ...simulation read, the mesh object will exist in the [[SMS:Project Explorer|Project Explorer]] and selecting that object will make the 2D Mesh module active an

#Assign material properties ...appear under the 3D Grid or 3D Ugrid in the Project Explorer. Also in the Project Explorer, MODFLOW packages that are included in the simulation will be list

...in the graphics window, or by selecting a solid and then selecting the '''Properties''' command from the ''Edit'' menu. The following items can be edited in the ''Properties'' dialog:

; Save Project, Simulation and Run : Performs the process of saving the SMS project, exporting the ADCRIC input files, and launching the ADCIRC simulation. ; Properties : Opens a ''Properties'' dialog showing information about the simulation.

...archical view of the hydrologic model (diversions are not displayed in the Project Explorer). A check box controlling the display of an entire folder (model) ...a topologic tree for hydrologic model cannot be created directly from the Project Explorer).

...theme [[File:Display Theme Icon.svg|16 px]] data object will appear in the Project Explorer. This data object stores all of the [[SMS:Display Options|display ...a variety of options: views (general display, lighting, etc), visibility (Project Explorer settings), and geometry (display options for 2D mesh, map coverage

Image display options are changed in the [[GMS:Project Explorer|Project Explorer]]. The options are as follows: ...an Image is turned off by toggling the check box next to the image in the Project Explorer.

...ludes all of the specific workflows needed in creating a general 2D TUFLOW project. Newer and infrequent SMS users should start here. {{SMS Project Setup Workflow}}

...e specific workflows users will need to use in creating an [[SMS:ADH|ADH]] project. Newer and infrequent SMS users should start here. !style="text-align:left;"|1. Start a new SMS project.

...s MODFLOW or MT3DMS. If no models exist in the GMS project then the ''Cell Properties'' dialog will only allow editing of the material assigned to the grid cell. ...values on a cell-by-cell basis. This can be accomplished using the '''Cell Properties''' command in the ''MODFLOW'' menu.

...ters, right-click on the base dredge tree item and choose "Global Sediment Properties." The sediment parameters will include the information necessary to setup [ ...– See [[SMS:Dredging Material Properties Stickiness|Dredge Material Properties Stickiness]]

...n the same project. The diagram below illustrates the hierarchy of a HY-8 project. Within a project new crossings can be created and then for each crossing up to six culverts

...tive, the ''Scatter'' module tool bar menu will appear to the right of the Project Explorer. The following [[SMS:Project Explorer|Project Explorer]] right-click menus are available when the mouse right-click is pe

...lete Simulation : The link SMS maintains to the current HEC-RAS simulation project file is deleted. ...be defined using the [[SMS:HEC-RAS Material Properties|''HES-RAS Material Properties'']] dialog.

The following [[SMS:Project Explorer|Project Explorer]] right-click menus are available based on where the mouse right-c == Project Explorer White Space Right-Click Menus ==

...workflow includes all of the specific workflows needed in creating an WAM project. Newer and infrequent SMS users should start here. {{SMS Project Setup Workflow}}

<!--; Clear All Data : Removes all GIS data from the project.--> <!--; Map Properties... : Brings up the ''Properties'' dialog for the ESRI map and shows the current coordinate system.-->

...e|Mesh module]]. SMS can visualize and create RMA2 projects, easily modify project parameters, and view the solutions produced by the RMA2 model. === Material Properties ===

The Project Explorer contents for the river module include hydraulic schematics, cross *'''Properties''':

...em file are imported and exported. FEFLOW boundary conditions and material properties on elements are not imported or exported. ...m GMS to a FEM file, right-click on the mesh in the [[GMS:Project Explorer|Project Explorer]] and select the '''[[GMS:3D_Mesh_Commands|Export]]''' command.

...on.svg|16 px]] in a CAD drawing is controlled using the check boxes in the Project Explorer. Individual layers can be turned off/on. If wanting to turn off th ...SMS data to CAD data, right-click in the empty space at the bottom of the project explorer and choose '''Convert To CAD'''.

...flow includes all of the specific workflows needed in creating a TUFLOW FV project. Newer and infrequent SMS users should start here. {{SMS Project Setup Workflow}}

...orkflow includes specific workflows needed in creating a general 1D TUFLOW project. !style="text-align:left;"|1. Start with a 2D TUFLOW project.

==3D Grid Properties== In the Project Explorer, right-click on the 3D grid and select '''Properties''' to view a dialog containing information about the grid, such as the grid

...nd by right-clicking on the mod-PATH3DU item in the [[GMS:Project Explorer|Project Explorer]]. There is no ''mod-PATH3DU'' menu in the main menu bar. ...Launches the mod-PATH3DU executable with the selected model as input. The project has to have been saved previously so that the mod-PATH3DU input files are r

#redirect [[WMS:Project Explorer Contents for Terrain Data Module]] In the Project Explorer, the Drainage module has the same menus and commands as the Terrai

...er generating or importing solids into the project, [[GMS:Solid Properties|properties]] for solid data can be viewed and edited. The module also has its own [[GM

...ect Parameters''' &ndash; In the Hydrologic Modeling module, brings up a ''Properties'' dialog. ...Modeling module. Brings up the [[WMS:SWMM Hydraulic Properties|''Hydraulic Properties'']] dialog in the Hydraulic module which allows editing node values.

...tains a hierarchical representation of the data associated with a modeling project. The Project Explorer manages the data in multiple ways, including creation of new data

==Project Explorer== ...tains a hierarchical representation of the data associated with a modeling project.

...right-clicking on the layer from the ''Project Explorer'' and choosing '''Properties'''. [[Image:GIS LayerProperties.png|thumb|none|400 px|ArcGIS® ''Layer Properties' dialog]]

[[Image:Tree_General.jpg|thumb|240 px|Example of the Project Explorer]] ...data in GMS is always displayed independent of the active module. The new Project Explorer can also be resized by clicking on the window borders and dragging

...dule. These tools are found by right-clicking a Mesh Tools coverage in the Project Explorer and going to the ''Tools'' submenu. ...'Include this feature when creating polygons'' in the ''Channel/Embankment Properties'' dialog for the feature. This will create a new ''Generated polygons'' cov

; Save Project, Simulation and Run: Save the SMS project, exports the STWAVE input files, and starts the STWAVE engine to generate t ; Properties :

...rkflow includes all of the specific workflows needed in creating an STWAVE project. Newer and infrequent SMS users should start here. {{SMS Project Setup Workflow}}

...Data [[File:Solids Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

...f a coverage is controlled using the check box next to the coverage in the Project Explorer. ...the following options: '''Delete''', '''Duplicate''', '''Rename''', and '''Properties'''.

...ocation of the cross section. A cross section item will also appear in the Project Explorer. Right-click on the cross section item in the Project Explorer has the following menu options:

...a [[File:3D Scatter Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...log. To do so, select scatter points in the Graphics Window and use the '''Properties''' right-click menu command.

==Cell Properties== ...roperties Window. The ''I,J'' location can be viewed but not edited in the Properties Window. The 2D grid contours are a way of visualizing the spatial variation

...ages]]. Multiple coverages and conceptual models can exist in a single GMS project. A set of coverages can be constructed representing a conceptual model of a The Map module is often used as a starting point for many project. Often, a project starts with an [[GMS:Images|image]] then, on a coverage, the [[GMS:Feature

[[Image:WMS HEC RAS MP.png|thumb|175 px|''HEC-RAS Material Properties'' dialog]] ...assign roughness values to the materials, choose ''HEC-RAS'' | '''Material Properties'''. Also, the property type that is being used for the material values mus

==Coverage Properties== ...by right-clicking on the coverage in the project explorer and selecting '''Properties...'''. The following grid attributes can be assigned:

...ed directly to cells by selecting a set of cells and selecting the '''Cell Properties''' command in the ''MODFLOW'' menu. ...is also included just below the MODFLOW icon in the [[GMS:Project Explorer|Project Explorer]] window. Clicking on this icon displays the zone budget IDs and d

* Material Properties ...el parameters can then be set, boundary conditions specified, and material properties applied to the geometric data and saved out to a generic file format.

# Right-click in the [[SMS:Project Explorer|Project Explorer]]. # Right-click on the Hurricane simulation in the [[SMS:Project Explorer|Project Explorer]].

...cific workflows users will need to use in creating a [[SMS:CGWAVE|CGWAVE]] project. Newer and infrequent SMS users should start here. !style="text-align:left;"|1. Start a new SMS project.

...om the ''File'' menu, or by selecting '''Culvert Crossing Data''' from the Project Explorer culvert or crossing [[File:HY-8 CircularCrossingFolderIcon.png]] r ...enu.jpg|thumb|none|425 px|Right-click culvert or crossing menu in the HY-8 Project Explorer.]]

...Folder Locked.svg|16 px]] folder in the Project Explorer and selecting '''Properties'''. :[[Image:ModflowPropertiesDialogBox.png|thumb|none|left|350 px|MODFLOW ''Properties'' dialog box]]

...ted with the several models and modules in WMS. In the 2D Grid module, the Project Explorer serves to store and modify the attributes of all gridded datasets. ...nt sets, coverages, and other data storage types. The main strength of the Project Explorer is in consolidating access to the datasets. Right-clicking on a da

# In the ''Structure Properties'' dialog, define the structure properties. * The structure will use the same units as set in the project's projection.

== Beach Properties == The GENESIS Files are written automatically with the SMS project file or can be saved separately using the ''File | Save GENESIS'' or ''File

...ical User Interface''', or '''GUI''', allows the user to easily manage any project within the [[WMS:WMS|Watershed Modeling System]]. It is divided into a numb *Properties Winow

..._Project_Properties|''HY-12 Properties'']] dialog where parameters for the project can be specified. ...ters'' &ndash; Opens an [[WMS:HY-12#HY-12_Node_and_Link_Properties|''HY-12 Properties'']] dialog where parameters for nodes and links can be specified.

=== Material Properties === ...nt is assigned a material type. [[SMS:FESWMS Material Properties|Material properties]] describe the hydraulic characteristics of each material type.

...GIS Data [[File:GIS Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

##Double-click opens Properties of various Project Explorer items ##Properties menu commands all now at bottom of all context menus for consistency

[[File:MF6-Source-Sink Dialog.png|thumb|400px|right|The ''Cell Properties Dialog'']] ...cell, right-clicking and choosing the option '''MODFLOW 6 GWF_Model - Cell Properties...''' in the right-click menu provided.

...and_Properties_Dialog.PNG |thumb|500 px|Example of the ''Material List and Properties'' dialog.]] ...when SRH-2D is active. Individual SRH-2D items may have their own material properties. This allows having more than one set of material definitions in SRH-2D.

In the Terrain Data module, TINs and DEMs are listed in the Project Explorer. A toggle is next to each object; the toggle controls the visibili *'''New Folder''': Creates a new folder in the Project Explorer under the selected item in the tree.

...' &ndash; Clears all data from the current project and creates a new empty project.--> ...dash; Saves changes to the SMS project file. See [[SMS:File Menu#Save|Save Project]].

|<center>*.dbf</center>||This is a relational database file. The properties of the feature objects are stored in this file. ...formation for the data which GMS uses to [[Projection#Reproject_on_the_Fly|project the data on-the-fly]].

...le. These tools are found by right-clicking a Bridge-Piers coverage in the Project Explorer and going to the ''Tools'' submenu. ==Bridge/Pier Properties==

...[[File:Map Folder.svg|16 px]] Map Data entry in the [[GMS:Project Explorer|Project Explorer]], selecting the '''Display Options''' command, and then selecting

...a TUFLOW simulation [[File:TUFLOW Simulation Icon.svg|16 px]] item in the Project Explorer. The following menu commands are available: ; '''Save Project, Export and Launch TUFLOW''' : Saves the project, writes out the TUFLOW input files, and [[SMS:TUFLOW#Running_TUFLOW|launche

...of the specific workflows needed in creating a general FEMWATER flow model project using the conceptual model approach. Newer and infrequent GMS users should {{GMS Project Setup Workflow}}

...se in creating a [[SMS:BOUSS Runup / Overtopping|BOUSS Runup/Overtopping]] project. Newer and infrequent SMS users should start here. !style="text-align:left;"|1. Start a new SMS project.

...le:SRH Material List Properties.png|thumb|500 px|Example of the ''Material Properties'' dialog.]] ...when SRH-2D is active. Individual SRH-2D items may have their own material properties. This allows having more than one set of material definitions in SRH-2D.

...when SRH-2D is active. Individual SRH-2D items may have their own material properties. This allows having more than one set of material definitions in SRH-2D. The SRH-2D ''Material Properties'' dialog is accessible from the menu command [[SMS:Edit_Menu|''Edit'' | '''

...al Options/Basic Package'' dialog]]. A MODFLOW model must exist in the GMS project prior to creating an MT3DMS simulation. ...ch, the material properties and concentrations at sources/sinks [[GMS:Cell Properties|are assigned directly to the cells]].

...' || [[SMS:Generic Mesh Model#Generic Model Menu|''Mesh'']] | '''Material Properties''' ...| [[SMS:CGWAVE Graphical Interface#CGWAVE Menu|''CGWAVE'']] | '''Material Properties'''

...lete Simulation : The link SMS maintains to the current HEC-RAS simulation project file is deleted. ...be defined using the [[SMS:HEC-RAS Material Properties|''HES-RAS Material Properties'']] dialog.

...t is time to write out the files that CMS-Flow needs to run. Note that the project must be saved before the files may be exported. The user will not see anyth When clicking on the CMS-Flow boundary condition coverage in the Project Explorer, the coverage has the standard coverage menu. After creating featu

...ce that is designed to visualize the projects being created, easily modify project parameters, and view the solutions produced by the GenCade model. The GenC ...simulation read, the grid object will exist in the [[SMS:Project Explorer|Project Explorer]] and selecting that object will make the 1D Grid module active an

...-clicking on the Mesh Data folder [[File:2D Mesh Folder.svg|16 px]] in the Project Explorer has the option to bring up the [[SMS:Mesh Module Display Options|' Right-clicking on a Mesh item [[File:2D Mesh Icon.svg|16 px]] in the Project Explorer will bring up the following menu options:

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

Notes can be added to most objects or to the project itself to aid in model development. For example, a model developer might ad Notes for objects are accessed via a tab on the ''Properties'' dialog.

...a coverage is controlled using the check box next to the coverage in the Project Explorer. In the example below, several design options are not displayed. ...oject_explorer_coverages.png|thumb|none|180 px|Example of coverages in the Project Explorer]]

# The Project file is like the WMS super file in that it is used to keep track of the oth ...ived in WMS from a digital terrain model then export it as part of the HMS project. In order to export the map, it's necessary to convert it to feature object

...Grid Folder.svg|16 px]] 3D Grid Data" entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

...[[File:Map Folder.svg|16 px]] Map Data entry in the [[GMS:Project Explorer|Project Explorer]], selecting the '''Display Options''' command, and then selecting | Pathlines ||Displays pathlines. The button to the left opens a ''Line Properties'' dialog for controlling pathline style, size, and color.

...D Mesh Folder.svg|16 px]] 3D Mesh Data entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Option'''s command. It can also be ...ayed. The thickness and the line style can still be adjusted in the ''Line Properties'' dialog accessed through the gray box next to ''Element edges''.

*Right-click on empty space in the Project Explorer and select ''New Simulation'' | '''Bouss Runup/Overtopping'''. ...on'' dialog will appear. Select the coverages that will be created for the project and give each coverage the desired name. Click '''OK'''.

...when SRH-2D is active. Individual SRH-2D items may have their own material properties. This allows having more than one set of material definitions in SRH-2D. ...verage item in the Project Explorer and selecting the '''Material List and Properties''' command.

...ed by HEC-Ras) and saved as a HEC-GeoRAS file for inclusion into a HEC-RAS project. The [[WMS:HEC-RAS|WMS package]] has also developed floodplain mapping tool ...ows defining multiple simulations with individual settings in a single SMS project. All of the mesh generating options supported in the SMS may be used to ge

...when SRH-2D is active. Individual SRH-2D items may have their own material properties. This allows having more than one set of material definitions in SRH-2D. ...verage item in the Project Explorer and selecting the '''Material List and Properties''' command.

...Data [[File:3D Grid Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

:[[SMS:Grid Frame Properties|Grid Frame Properties]] :[[SMS:Map Project Explorer|Map Project Explorer]]

...oundaries. Wells are also represented as points, and recharge and aquifer properties can be defined on polygons. MODAEM then formulates a set of equations base ...that a simplified representation of the aquifer must be used. The aquifer properties (K, porosity, bottom elevation, aquifer thickness) can be assigned to polyg

:#Select a stream arc in the Graphics Window to bring up the properties dialog and enter a number in the ''Max erosion'' column. :#Select an index map in the Project Explorer and assign it to the GSSHA model.

...The storm's symmetry in particular is important to set before editing node properties because it affects which fields are shown by default and regarded as requir ==Linking the Coverage to the ADCIRC Project==

:# Right-click in the Project Explorer and go to the [[GMS:Project_Explorer#Project_Explorer_Right-Click_ :#In the [[GMS:Annotations#Text|''Text Properties'']] dialog, enter text to be displayed and select the text font, color, bac

...[File:Cross Section Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...ayed. The thickness and the line style can still be adjusted in the ''Line Properties'' dialog accessed through the button next to ''Cross section edges''.

:[[WMS:Project Explorer Contents for Terrain Data Module|Project Explorer Contents for Terrain Data Module]] :[[WMS:Project Explorer Contents for Drainage Module|Project Explorer Contents for Drainage Module]]

...er. Simulations are useful as multiple simulations can be used in the same project. ...ing ''New Simulation'' | '''CMS-Wave'''. The simulation will appear in the Project Explorer under the "Simulation Data" item.

...Data [[File:3D Grid Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...le#3D Grid Types|Grid Types]]. Node display can be adjusted in the ''Point Properties'' dialog accessed through the point icon next to ''Nodes''.

...coverage]] is used to build a conceptual model of an [[SMS:ADCIRC|ADCIRC]] project. The conceptual model defines parameters such as model extents, mesh genera ...shape depending on the coastline form. This will close the domain for the project, giving a defined area where a finite mesh can be created and the ADCIRC mo

...e inside SMS. When the project is saved, the series are saved in the XMDF project file. The series may also be imported/exported using a [[SMS:Time Series D ** ''Properties...'' &ndash; This option brings up the ''Compass Plot Properties'' dialog for the selected compass plot.

...licking on a coverage of an appropriate type in the [[SMS:Project Explorer|Project Explorer]] and selecting a convert command. These commands include: ...to a grid (2D grid, 1D grid, or quadtree) requires that a [[SMS:Grid Frame Properties|grid frame]] has been created on the coverage. Attributes for the grid fram

...be selected from a list of existing vessels or defined locally. A typical project consists of the following steps ...New &rarr; Dredging Simulation". This will create a "Dredge" entry in the Project Explorer as well as a new simulation. A user should now add specific dredg

===EWN Polygon Properties Dialog=== [[File:EWN Polygon Prop.png|thumb|380 px|The ''EWN Polygon Properties'' dialog]]

**Properties for the Project item in the Project Explorer

...ning a file recognized as a GIS data type, SMS will create an entry in the project explorer for that object. The object may contain any combination of the fo By right-clicking on a GIS object in the project explorer, the [[SMS:GIS Module Menus#GIS Module Right-Click Commands|popup

...a TIN in the [[GMS:The GMS Window|Project Explorer]] and selecting the '''Properties''' command. Each TIN can be assigned one Horizon ID. Each TIN included in t ...e:Hor_Asg_TIN.png|thumb|none|280 px|Horizons assigned to contacts in TIN ''Properties'' dialog]]

; Properties : Brings up the ''Properties'' dialog for the currently selected item. ; [[GMS:Materials|Materials]] : Brings up the ''Material Properties'' dialog.

File:GMS Properties Macro.svg|Properties ==Project Explorer==

...images captured with both white and black background colors in the display properties. White lets us use the image alone. Black looks great if we're showing the #Expand as many items as you can to fill the Project Explorer window.

...mber of nodes and elements increases very quickly as the complexity of the project grows, this approach is only suited for very simple models. ...urface elevations of boundary conditions, and material zones with material properties such as Manning's n value. Once the conceptual model is complete, a mesh or

...sed for a single model run. Multiple simulations can exist within the same project in order to compare alternatives. These simulations don't need to use the s [[File:BOUSSsimulation.png|thumb|300 px|Example of the Project Explorer containing a simulation for the BOUSS-2D model.]]

...D Mesh Folder.svg|16 px]] 3D Mesh Data entry in the [[GMS:Project Explorer|Project Explorer]], selecting the '''Display Options''' command, and then selecting

*Material Properties This dialog creates user-defined parameter groups to be used in the project. Each parameter group must be named. Definitions for the group can be set b

The TUFLOW FV simulation item in the Project Explorer contains a right-click menu with commands for accessing TUFLOW FV ...ion and Run''' &ndash; Exports the simulation files, saves the project and project files, and runs the simulation. Will bring up the ''Simulation Run Queue''

...alListandProperties.png|thumb|500 px|Example of the AdH Material Lists and Properties dialog]] ...open the ''Material List and Properties'' dialog. The ''Material List and Properties'' dialog contains the following options:

...face in the group will select all faces in the group. Useful for assigning properties to solid faces for ADH. ...s_to_Layered_Mesh|Solids &rarr; Layered Mesh...]] : Using a 2D mesh for to project from, builds a 3D mesh matching mesh elements to the solid geometry.

...databases, images, CAD, grids, etc.) and use the ArcGIS® Display Symbology properties to render the GIS data and then display it in SMS. ...bases, images, CAD, grids, etc.) and use the ''ArcGIS® Display Symbology'' properties to render the GIS data and then display it in SMS.

...a [[File:2D Scatter Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

* Project Explorer right-click commands Right-clicking on a UGrid object in the Project Explorer has several commands depending the selected object.

*''Uniform Properties'' *A project must have at least one ID for all [[WMS:GSSHA Mapping Tables#Nutrients|nutr

To export a dataset, right-click on the dataset in the [[GMS:Project Explorer|Project Explorer]] and select the '''Export''' command. The ''Save As'' dialog has ...-click on any of the objects explained above in the [[GMS:Project Explorer|Project Explorer]] and select the '''Import Dataset''' command. This command brings

...ts can be used with WMS when it is launched. These commands can modify the properties of the shortcut that launches WMS and edit the target file. More than one c *:Opens a GSSHA project file and solution and writes a KMZ animation from the solution.

...Data [[File:2D Mesh Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

...aged within a single instance of WMS. The simulations are displayed in the Project Explorer, where it is possible to edit the job control, precipitation, GSSH ...WMS Project Explorer with two GSSHA simulations.png|thumb|right|200 px|WMS Project Explorer showing two GSSHA simulations.]]

* View file properties * View file properties

...put coverage (1)'' &ndash; A drop-down menu of applicable coverages in the project. ...Turn on to activate a second drop-down menu of applicable coverages in the project. Optional.

...being estimated with pilot points then part of the MODFLOW solution in the Project Explorer will be an HK data set with the final array values. ##:*Create a static image from the dynamic image to save with the project

!style="text-align:left;"|2. Add GIS properties. :#Right-click on the GIS object and select the [[WMS:Project Explorer Contents for GIS Module|'''Join Table to Layer''']] command.

...ed, the temporary layout file is saved as a part of the project file. If a project has a layout associated with it, that layout will be loaded into the ''Layo ==Object Properties==

For HMS, all of the parameters (properties) are edited from the same ''HMS Properties'' dialog. The dialog is reached through the '''Edit Parameters''' command i ...g used, the Properties dialog allows the definition of the parameters of a project accordingly.

...a coverage is controlled using the check box next to the coverage in the Project Explorer. ...rint|[[Image:Tree_Map.png|thumb|none|240 px|Example of the tree map in the Project Explorer]]}}

...D Mesh Folder.svg|16 px]] 3D Mesh Data entry in the [[GMS:Project Explorer|Project Explorer]], selecting the '''Display Options''' command, and then selecting

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...Cartesian grid module by selecting the ''Cartesian Grid Data'' menu in the project explorer. Now, select the '''Select Grid Cell''' tool from the toolbar. T ...er in the ''Spectral Parameters'' section of the ''BOUSS-2D Wave Generator Properties'' dialog when a ''Regular'' wave type is selected?

...ject_Explorer_Right-Click_Menus#Project_Explorer_Project_Right-Click_Menus|project right-click commands]]. ** Save the project

:#Open the properties of the cleaned GSSHA file in the Project Explorer to see if any elevations still need to be adjusted.

Annotations can be added to a project to provide notes and clarification. The annotations application is included Note that there is a limit of 100 annotation objects allowed in a single project.

...Grid Folder.svg|16 px]] 2D Grid Data" entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

Annotations can be added to a project to provide notes and clarification. The annotations application is included Note that there is a limit of 100 annotation objects allowed in a single project.

...dary conditions. GMS currently includes no conceptual model for UTCHEM and properties are changed on a cell-by-cell basis. Steps to create a UTCHEM model include ...stics''''' &ndash; In the ''Reservoir Properties'' dialog, specify aquifer properties. The '''Porosity, Kx, Pressure, Water Saturation,''' and '''Concentration''

[[File:SavePointProperties.png|thumb|250 px|Example of the ''Save Points Properties'' dialog]] ...Click_Menu|'''Properties''']] command that will bring up the ''Save Points Properties'' dialog. Right-clicking on a point in the graphics window and selecting th

...ed in the Project Explorer. Right-clicking on a dataset invokes the [[SMS:Project Explorer Right-Click Menus|right-click menu]] which consists of a list of c The ''Dataset Info'' dialog allows examining statistical properties of the dataset.

...'GSSHA Map Table Editor'' dialog]] can then be used to select soil erosion properties tables and assign parameters such as erodability and dispersivity. ...s'' &ndash; Turn on to tell WMS to write the ADJUST_ELEV card to the GSSHA project file. This tells GSSHA to change the elevation in the simulation based on e

Each stress period is now a single row in the spreadsheet. The stress period properties such as length and number of time steps can now be copied quickly and easil ...r of stress periods that can be in a project varies with the design of the project and the hardware being used to run GMS.

The properties of the scatter data SMS displays on the screen can be controlled through th ...al scatter sets can be turned on or off through the [[SMS:Project Explorer|Project Explorer]].

...icking on the [[File:1D Grid Folder.svg|16 px]] GenCade Data entry in the Project Explorer and selecting the '''Display Options''' command. (It can also be

...ns in this drop-down menu change according to the coverages present in the project. Note that viewing all the options in the table on the right of the dialog ...isible in the Graphics Window, coverages still need to be turned on in the Project Explorer regardless of the options selected here.

* Set material properties such as Manning n values and hydrologic losses ...common data to prevent data duplication errors and make it easy to update project with new data

...consistent fashion using datasets. They are accessed and managed using the Project Explorer as shown in the figure to the right. ...cated in the ''Data'' menu of the respective modules, and as part of the ''Project Explorer'' where datasets are listed separately, or as part of solution fol

[[File:SavePointProperties.png|thumb|250 px|Example of the ''Save Points Properties'' dialog]] ...Click_Menu|'''Properties''']] command that will bring up the ''Save Points Properties'' dialog. Right-clicking on a point in the graphics window and selecting th

...Grid 2D Folder.svg|16 px]] "UGrid Data" item in the [[SMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...the ''Display Options'' dialog. The display options for each UGrid in the project can be set separately.

...cess allows for multiple MODFLOW 6 simulations to be contained in the same project file. [[File:MODFLOW6 Sim.png|thumb|250 px|Example of a MODFLOW 6 simulation in the Project Explorer]]

...Grid 3D Folder.svg|16 px]] "UGrid Data" item in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...the ''Display Options'' dialog. The display options for each UGrid in the project can be set separately. There is also a tab for general UGrid display option

File:GMS Properties Macro.svg|Properties ==Project Explorer==

...log. The options are used with shapefiles that have been imported into the project. The available ''GIS Module Display Options'' include the following:

...Mesh Folder.svg|16 px]] 2D Mesh Data" entry in the [[GMS:Project Explorer|Project Explorer]], selecting the '''Display Options''' command, and then selecting

...This can be done by dragging the coverage under the simulation item in the Project Explorer or right-clicking on the coverage and using the ''Link to'' menu i *If a Monitor Points coverage existed in the project, this coverage will be changed to a Monitor coverage and the coverage name

...Tool.svg|14 px]] tool are available with this coverage. A [[SMS:Grid Frame Properties|grid frame]] is required before converting the coverage to a quadtree. When right-clicking on quadtree data in the Project Explorer, operations for the quadtree appear in a pop up window. One of th

...This can be done by dragging the coverage under the simulation item in the Project Explorer or right-clicking on the coverage and using the ''Link to'' menu i *If a Monitor Points coverage existed in the project, this coverage will be changed to a Monitor coverage and the coverage name

...simulation read, the grid object will exist in the [[SMS:Project Explorer|Project Explorer]] and selecting that object will make the Cartesian grid module ac [[File:DampingProperties.png|thumb|none|210 px|The ''Damping Properties'' dialog]]

*Assign material properties ...[[File:Map Folder.svg|16 px]] Map Data folder in the [[GMS:The GMS Window|Project Explorer]] and select the '''New Conceptual Model''' command.

...ata [[File:Borehole Folder.svg|16 px]] entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

...hat is supported by ArcView® and use all of the ArcView® Display Symbology properties to render the GIS data. WMS actually uses ArcView® to display the GIS laye * [[WMS:Project_Explorer_Contents_for_GIS_Module|Project Explorer Contents in the GIS Module]]

...[[File:TIN Folder.svg|16 px]] TIN Data entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be

...ODFLOW... : Initiates the MODFLOW executable. GMS will ask if to save the project before running the executable. ...Properties'' dialog. For more information, see [[GMS:Cell Properties|Cell Properties]].

...h element edges. Model parameters such as boundary conditions and material properties are assigned to feature objects. Linking coverages to mesh in an SRH-2D sim ...erated. When completed, the a number of preview objects will appear in the Project Explorer under the simulation. These preview objects can include:

File:GMS Properties Macro.svg|Get Module Info ==Project Explorer==

:[[WMS:Save GSSHA Project File|GSSHA Manage Files]] :[[WMS:HEC-HMS Properties|HEC-HMS Properties]]

...ties|'''Material Properties''']] &ndash; Brings up a dialog where material properties are defined. ...'''Sediment Library Control''']] &ndash; Brings up a dialog where sediment properties can be defined.

* [[WMS:Project Explorer Overview|Editing HMS Properties]]

...overage|Area Property coverages]] to define where to use specific material properties using polygons. ...ids are generated by creating and positioning a Cartesian [[SMS:Grid Frame Properties|grid frame]] and then right-clicking on the coverage and choosing '''Map&r

...TUFLOW components [[File:TUFLOW Component Folder.svg|16 px]] folder in the Project Explorer and selecting '''Grid Options''') is used to specify how TUFLOW wi ...xtents coverage) is being used in the 2D geometry command component, these properties can also be specified cell by cell. If using an Area Property coverage, a d

...12 px]] &ndash; Resets settings to the defaults and creates a new untitled project. ...o.svg|16 px]] &ndash; Brings up the ''Open'' dialog and allows an existing project or other file to be imported into GMS.

...ns'' in the [[WMS:GSSHA Feature Arcs#Arcs Spreadsheet|GSSHA feature arcs ''Properties'' dialog]] in order to model groundwater interaction with the GSSHA channel ...trol'' dialog]]. These index maps appear in the "Index Maps" folder of the Project Explorer and are useful for visualizing boundary conditions and well locati

Allow editing polygon-selected index map ID's in the properties window: 2060 Hydrologic modeling wizard Define project boundary: 2288

...SHA feature arcs [[WMS:GSSHA Feature Arcs#Properties (GSSHA Storm Drain)|''Properties'' dialog]]. This is only accessible when a [[WMS:GSSHA Storm Drain#GSSHA St ...nodes are output to the GSSHA Storm Pipe Network (SPN) file when the GSSHA project run. It is important to define pipe and node parameters for all the pipe ar

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Project Template Files|Project Template Files]]

; '''Material Properties''' : Opens the ''CGWAVE Material Properties'' dialog. === Material Properties ===

...button converts material properties from an area property coverage to line properties on the cross section(s). ...there can only be one entry of that type on a cross section. See [[#Point Properties|below]] for more details.

...'''New mod-PATH3DU''' command. A mod-PATH3DU model icon will appear in the Project Explorer. Multiple mod-PATH3DU simulations can be created, with different s When the project is saved, the mod-PATH3DU input files are saved with the MODFLOW-USG native

...USS-2D''' : When the BOUSS-2D files are exported a new directory under the project called “BOUSS-2D” is created. In this directory, the grids will be writ ...roject, Export, and Run BOUSS-2D''' : Performs the processes of saving the project, exporting BOUSS-2D files, and launching the BOUSS-2D model run.

...n point properties. Brings up the ''Generate Arcs'' dialog where the point properties can be defined. If adjacent cross sections both have the specified point pr Point properties (thalweg, left bank, right bank) can be defined from a 1D-Hydraulic Center

Right-clicking anywhere in the Project Explorer or on the UGrid data item will display a menu with '''New UGrid 2D ...me pop-up menus when right-clicking on items in the [[GMS:Project Explorer|Project Explorer]] (Coverage, Grid Frame). The command opens the ''Map &rarr; UGrid

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

...on the [[File:2D Grid Folder.svg|16 px]] Cartesian Grid Data entry in the Project Explorer and selecting the '''Display Options''' command. It can also be ac ...g a name for cartesian grids. This name will match the name of grid in the Project Explorer. The font and color of the grid name display can be adjusted.

# Creata an area properties [[SMS:Coverages|coverage]] and assign material types. This is an optional s # Specify FESWMS element attributes (i.e., material properties) such as Manning's or Chezy roughness factors and eddy viscosity to the mat

The properties of all particle tracking data that SMS displays on the screen can be contr ...ther set, close this window, left-click on the desired Particle Set in the Project Explorer, and then reenter the display options.

==Material Properties== UTEXAS soil material properties are entered in GMS using [[GMS:Materials|GMS materials]]. Each feature poly

...ile:MODFLOW Folder.svg|16 px]] MODFLOW entry in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Display Options''' command. It can also be ...taset. This setting can also be adjusted using the right-click menu in the Project Explorer for MODFLOW datasets that have both types of values. This option h

#Define Coverage Properties ...roperties on the coverage. Right click on the coverage and select ‘Custom Properties’.

* Project Explorer right-click commands ...ocation of the cross section. A cross section item will also appear in the Project Explorer.

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Project_Template_Files|Project Template Files]]

...elect Grid Type'' dialog will appear before the coverage is created in the Project Explorer. This dialog gives the option to create the coverage as "Cell-cent When right-clicking on the grid in the Project Explorer, operations for the grid appear in a pop up window. One of these

...erties are assigned to each element using these IDs and a list of material properties. ...[[GMS:SEEP2D Solution|SEEP2D solution]] folder in the [[GMS:The GMS Window|Project Explorer]]. Also, any text file can be viewed by selecting the '''Edit File

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...Properties'' dialog (this dialog is accessed from the [[GMS:The GMS Window|Project Explorer]]). This brings up the ''Active/Inactive Flags'' dialog. This dial

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

#Define Coverage Properties ...roperties on the coverage. Right click on the coverage and select ‘Custom Properties’.

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...The storm's symmetry in particular is important to set before editing node properties because it affects which fields are shown by default and regarded as requir ==Linking the Coverage to the ADCIRC Project==

...ished by either right-clicking on a coverage in the [[SMS:Project Explorer|project explorer]] and selecting a convert command or by selecting the following co Point properties (thalweg, left bank, right bank) can be defined from a 1D-Hydraulic Center

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...by double-clicking on the NPF package under a MODFLOW 6 simulation in the Project Explorer. It contains the following sections and options: ...rated thickness and properties of the overlying cell and the thickness and properties of the underlying cell.

...on wave prediction model. WAM predicts directional spectra as well as wave properties such as significant wave height, mean wave direction and frequency, swell w ...mulation or an existing simulation read, the grid object will exist in the Project Explorer and selecting that object will make the Cartesian Grid module acti

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

...simulation is finished, a new folder appears in the [[GMS:Project Explorer|Project Explorer]] window which has the name of the simulation and contains a set o ...Active.svg|16 px]] makes it the active dataset for contouring. The dataset properties can be viewed by double-clicking on the icon [[File:Dataset Cells Active.sv

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

...read both types of files. When a lidar file is opened it appears in the [[Project Explorer]] with this icon [[File:GIS Vector Icon.svg|16 px]] under GIS Laye ...ions'' dialog can be accessed by right-clicking on the lidar object in the Project Explorer. Note that currently this is the only way to access the ''Lidar Di

...n which has coordinate vertices in meters then WMS should be told that the project is working with metric units so that proper conversions are made when compu ...the units of the geometric data (i.e. TIN, DEM, feature objects, etc.) the project is using to develop hydrologic and hydraulic models whereas parameter units

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

## Right-click on the Project Explorer and select '''Preferences''' to open the ''Preferences'' dialog. ADH uses string structures to assign properties to entities. The following table describes the relation between the string

:[[WMS:Project Explorer Overview|Project Explorer Overview]] :[[WMS:Properties Window|Properties Window]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...'Materials'' dialog is accessed by right-clicking on the simulation in the Project Explorer and selecting '''Materials''' from the menu. ...uses the idea of “zones” to divide the model domain into different areas. Properties such as hydraulic conductivity are associated with one or more zones and th

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

...r datasets and “Velocity (64)” as a Vector dataset in the Mesh Data of the Project Explorer. ...iles have been imported, the user must decide on how to view the data. The Project Explorer may be used to select the desired Scalar and Vector datasets.

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

...the United States. Information covered includes soil characteristics, soil properties, and addresses limits, risks, and suitability for various uses. ...oin NRCS Data'' dialog is accessed by right-clicking on a shapefile in the Project Explorer and selecting '''Join NRCS Data...'''. The dialog has the followin

...med if the necessary data for the selected plot type exists in the current project. This does not guarantee that GMS will create a plot. If the '''Next >''' ...may not display any information even if viable datasets are present in the project.

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

:[[GMS:Project Explorer|Project Explorer]] :[[GMS:Solid Properties|Solid Properties]]

...erage|Area Property coverage]] can be used to map roughness values to line properties on the cross sections ...odel. It is displayed as a node under the Hydraulic schematic data in the project explorer and is the key data type in the [[WMS:Project_Explorer_Contents_fo

...double-clicking on the GWF-GWF package under a MODFLOW 6 simulation in the Project Explorer. It contains the following sections and options: ...uctance at the start of the simulation using the initial head and the cell properties. The vertical conductance will remain constant for the entire simulation.

:[[SMS:Project Explorer|Project Explorer]] :[[SMS:Project Explorer Right-Click Menus|Project Explorer Right-Click Menus]]

...rol'' dialog, which is accessed by right-clicking on the simulation in the Project Explorer. By default, HydroGeoSphere assumes saturated, steady-state flow t ...system. It does not convert properties specified in any grok, porous media properties (.mprops), etc. files.

...s. If the file exists then it will be added to the MODFLOW solution in the Project Explorer and the file can be opened in a text editor from GMS. The file is ...to a MODFLOW model, the porosity can be specified per cell, using the cell properties dialog, whenever a MODFLOW simulation exists.

* [[WMS:GSSHA#Cell Properties|GSSHA Cell Properties]] | 1140 | IDD_C2DCELLPROPERTIES * [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT

...ction arc is positioned just beyond half the width/diameter defined in the properties from the centroid of a mesh element. | More than 99 obstructions exist in the project.

* [[SMS:SRH-2D Material Properties|SRH-2D Material Properties]] &ndash; SRH-2D is able to work with a number of material zones. Materials ...erties|SRH-2D Sediment Material Properties]] &ndash; Similar to ''Material Properties'', a number of sediment material zones are required to describe the bed mat

*8095 Generic CGrids are not saved with a project *8208 SMS crashes when reopening the current open project.

...turned off by un-checking the toggle box next to the data object from the Project Explorer. [[File:WMSlineproperties.jpg|thumb|none|left|175 px|Example of a ''Line Properties'' dialog.]]

...review''' option in the [[SMS:2D Mesh Polygon Properties|''2D Mesh Polygon Properties'']] dialog. However, if there are only a few elements to be corrected after The icon in the Project Explorer for the mesh being edited is updated to indicate that a subset of

* [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT * [[WMS:HEC-HMS|HMS Properties]] | 453 | IDD_HMS_PROPERTIES

...lder in the [[GMS:Project Explorer|Project Explorer]] and selecting the '''Properties''' command. The node and element bandwidths are listed in the dialog that c

...right-clicking on the Map Data [[File:Map Folder.svg|16 px]] entry in the Project Explorer and selecting the '''Display Options''' command. (It can also be ...rcs to show the different lengths along the arc. Ticks only display if the project units are set to feet or meters. Ticks only be displayed for "Observation",

The ''ADCIRC Model Control'' dialog is where important project parameters are chosen and defined. The six different tabs are listed below ...Files'' &ndash; Specifies which input and output files are desired for the project

...ture points. When finished, right-click on the new coverage and select '''Properties'''. The ''CMS Save Point Manager'' is displayed showing the new cells.</li When saving the *.sms project. the save points get stored in the *.cmcards file. An example looks like t

* [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT * [[WMS:HEC-HMS|HMS Properties]] | 453 | IDD_HMS_PROPERTIES

* [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT * [[WMS:HEC-HMS|HMS Properties]] | 453 | IDD_HMS_PROPERTIES

* [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT * [[WMS:HEC-HMS|HMS Properties]] | 453 | IDD_HMS_PROPERTIES

* [[WMS:GSSHA Save Project File|Save GSSHA Project File]] | 4637 | IDD_GSSHASAVEPROJECT * [[WMS:HEC-HMS|HMS Properties]] | 453 | IDD_HMS_PROPERTIES

*7428 If a New Project is Read in, The Projection is set before the old data is check on or cleare *7366 SMS doesn't read the files associated with a B2D Project quite right

...ere the palette used for contour values is not saved and restored with the project. #Fixed a crash that occurred at times when saving a project after duplicating a scatter set.

**08330 Project Explorer Items not updating their display properly **08329 Image visibility not saved with project

Before simulating sediment transport, set up a non-transport project. Then add the sediment tranpsport parameters and attributes. This is done ...'' section of the sediment control allows for specification of the numeric properties such as convergence criteria an maximum iterations the engine should use wh

...Despite this, a typical floodplain boundary is black and white in that the project is either in or out of the floodplain. A good engineer might be able to dis ...hness to be a negative number in the [[WMS:Area Property Coverage#Material Properties|''HEC-RAS Materials'']] dialog. This negative number is a key number and sh

# Choose ''Edit | Project…''. # Right-click on the shin scatter set in the project explorer, and click on ''projection''.

...echnical Assistance Program (RTAP) of the National Highway Institute under Project 18B administered by the Pennsylvania Department of Transportation. Version ...0 points for interpolation was replaced with direct computation of section properties for each discharge.

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

...ive text copy'' option will save native ascii MODFLOW input files when the project is saved. An additional folder named ''myProject''_MODFLOW_text is created ...ethod is to select a set of cells and use the [[GMS:Cell Properties|''Cell Properties'']] dialog in the ''MODFLOW'' menu. The simplest method is to define the co

...h; This section allows selecting a bottom roughness dataset located in the project. ===Water Properties===

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

# [[SMS:RMA2 Material Properties|RMA2 Material Properties]] | 108 | IDD_RMA2_ROUGHNESSBYDEPTH # [[SMS:2D Mesh Polygon Properties|2D Mesh Polygon Properties]] | 115 | IDD_DISPOPTS_FENODE

...' &ndash; Brings up an option to select an existing dataset already in the project. ...'' dialog will bring up a ''Select Dataset'' dialog where a dataset in the project can be chosen. The '''Unselect''' button will remove the selected dataset.

...is option, each cell in the grid is assigned a material ID and the aquifer properties (Kh, Kv, etc.) associated with each material are automatically assigned to ...aries must be simulated in a stair-step fashion either by varying material properties or by activating/inactivating cells via the IBOUND array. A second limitat

...two-dimensional wave transformation model that can be used to predict wave properties (wave heights, velocities, pressures, radiation stresses) in domains of com ...that is designed to to visualize the projects being created, easily modify project parameters, and view the solutions produced by the CGWAVE model.

# [[GMS:Materials|Material Properties]] | 130 | IDD_MATERIALS_EDITOR # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

...ate a "Stamping" coverage by right-clicking on the "Map Data" entry in the Project Explorer and selecting the '''New Coverage''' command. Then right-click on ...stamped feature. Right-clicking on the coverage and selecting '''Stamping Properties''' brings up the ''Stamping Coverage Attributes'' dialog that associates a

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALs # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

#Fixed a crash with the material properties for generic model interface #Fixed a crash with opening project files with plots that have incomplete data

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALs # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

| gssha, properties, outlets, hydrographs | redistribute vertices, 2d mesh polygon properties, arc, bias

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALs # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALs # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

...would lose track of which material set was assigned to a simulation when a project was saved and then read back in. # In some cases it appeared that SMS was deleting data sets from the Project Explorer. In reality, there were just some empty folders that were left in

...model, it is fairly simple and requires homogeneity and constant transport properties. It allows for complex reaction sequences with first order decay as well a After running in inverse mode, the optimized solution can be read into the project where [[GMS:Calibration Targets|Calibration Targets]] and plot options can

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

# An Area Property coverage can be used to map roughness values to line properties on the cross sections ...n overbank and channel regions. These datasets can be managed through the Project Explorer.

# [[GMS:Materials|Material Properties]] | 22040 | IDD_MATERIALS # [[GMS:Conceptual Model#Conceptual Model Properties|Conceptual Model Properties]] | 402 | IDD_CONMOD_PROP

...nsupported packages it encounters when reading the name file and, when the project is saved, GMS lists the unsupported packages in the name file and copies th ...FLOW Package Icon.svg|16 px]] in the Project Explorer and selecting the '''Properties''' command.

...outflow (OB OF)" &ndash; allows flow out without any modification to flow properties. Can be specified on boundaries where the exact flow conditions are unknown ...d to transport constituents attributes assigned to feature objects. In the Project Explorer, right-clicking on the AdH boundary condition coverage and selecti

*08484 - map to MODFLOW maps to all modflow models in the project '''Project Explorer'''

...ange which item's options are being edited, select the desired item in the Project Explorer. The items in the ''Contour Options'' dialog are as follows: *''Line color'' &ndash; Clicking the line button opens a ''Line Properties'' dialog that allows for setting the color, width, and style (solid or dash

The key then to automating a process for developing geometric properties from bathymetric data is to develop a separate storage capacity curve for e ...s) are used by many programs to develop contours and compute other surface properties from scattered xyz elevation data (Lee and Schacter 1980, Watson 1981). A

...lder does not exist then the "hy8_backup" folder is placed next to the SMS project file). The user is given a prompt notifying them that this change has been The following workflow explains how to use an existing HY-8 file in an SMS project.

...e 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 #*WMS 9.1 allows the user to read and manage multiple DEMs in the project explorer. Each of these DEMs can have flow directions and accumulations for

*14213 Warning saying the file couldn't be saved when trying to save project in a path that contains non-ASCII characters. *14166 Flow Package Material dataset exports contain incorrect properties.

##** Stored with project ...Files that go with a project file are now in a folder created next to the project file.

*14992 CMS-Wave Spectral times from old project are loaded in non-sequential order ...GUI test: Error when trying to delete rows in CMS-Wave structure list and properties dialog

|SRHSEDMAT||Sediment Material Properties ...use when running to help recognize the files that correspond to a specific project. The case should be given a name that is unique for a simulation.

*14696 WMS Crash when trying to edit in material properties dialog. *14709 WMS Crash when deleting data in HMS properties dialog.

...ion run. The dialog is accessed by right-clicking on the simulation in the Project Explorer and selecting the '''Model Control''' command. The dialog contains ...&ndash; Output blocks set output file types as well as certain output file properties. They also allow for selecting desired datasets to be included in the outpu