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{{3D Grid links}} ...yers''' menu command. This dialog has two sections: one section to specify grid top and bottom elevation and another section to specify layer thickness.

{{3D Grid links}} ...le|3D grid]] rows, columns or layers can be changed via the ''Redistribute Grid Cells'' dialog. This dialog is accessed by selecting rows, columns or layer

{{3D Grid links}} ...provides two methods for creating 3D grids and multiple ways to edit a 3D grid.

...materials to a grid or mesh. The dialog is reached by right-clicking on a grid or mesh then selecting the '''Classify Material Zones''' command. ...the grid or mesh. The source of the materials can be solids or a different grid or mesh.

{{2D Grid links}} ...provides two methods for creating 2D grids and multiple ways to edit a 2D grid.

...s button brings up a spreadsheet with the multiplier for each layer in the grid. ''' Constant → Grid '''

|model_type= 3D Flow and Transport Model ===Grid Approach===

...of the IBOUND array (100, 200, 300, etc.) are assigned to the cells of the grid to define the zone codes. The zone code array can be edited by clicking on ...nu. In addition to the zone code, cell porosity can be edited in the ''3D Grid Cell Properties'' dialog.

{{3D Scatter Point links}} ...enu brings up the ''Create Finite Difference Grid'' dialog pre-filled with grid dimensions set at 10% beyond the bounds of the active scatter point set.

<!-- This applies to 2D and 3D grids {{Infobox 2D Grid Module}}--> ...roperties'' dialog will only allow editing of the material assigned to the grid cell.

...Any size model can be [[GMS:Importing_MODFLOW_Files|imported]], but if the grid exceeds 5000 cells or the number of stress periods is more than 3 the proje | [[GMS:3D Grid Module|3D Grid Module]] || Limited to one grid that cannot be saved if it exceeds 5000 cells.

...&rarr; 3D Grid''' command is selected, the grid will be created using the grid frame. == Grid Frame Properties ==

...g is opened by right-clicking on the "[[File:3D Grid Folder.svg|16 px]] 3D Grid Data" entry in the [[GMS:Project Explorer|Project Explorer]] and selecting [[Category:3D Grid]]

**MT3D menus and dialogs rename to reflect MT3D, RT3D, SEAM3D or PHT3D **Starting heads can be set to always match the grid top elevations for convenience

{{3D Mesh links}} ...macro. The following table describes the display options available for the 3D mesh module.

...d Icon.svg|16 px]] || align = "center" | [[GMS:2D Grid Display Options|2D Grid Data]] || ...Mesh Icon.svg|16 px]] || align = "center" | [[GMS:3D Mesh Display Options|3D Mesh Data]] || [[GMS:FEMWATER Display Options|FEMWATER]], [[GMS:FEMWATER P

* ''Grid line location'' &ndash; These options control which surfaces grid lines are placed on. ...dinate system or the grid coordinate system. The axes can be either 2D or 3D. The properties of the plot axes can be controlled through the ''Plot Axes'

...lay3DGrid.png|thumb|500 px|The ''Display Options'' dialog showing the ''3D Grid'' dialog.]] ...ro. The following table describes the display options available for the 3D Grid module.

[[File:material_set.png||thumb|right|175px|3D grid showing materials from a material set.]] ...ly created. Clicking on a material set causes the set to be applied to the grid cells (or mesh elements) and the material assignments of the cells updated.

...each [[GMS:Stress Periods|stress period]] for each vertical column in the grid (i.e., a NLAY X NCOL array of values is entered). The recharge value repres ...ctive, the 2D grid must have the same number of rows and columns as the 3D grid. The selected dataset is copied to the recharge array. Datasets are typical

The ICBUND array contains a value for each cell in the grid defining the type of the cell as either constant concentration, inactive, o ...re in memory, the ICBUND array takes precedence and is used to display the grid.

...ate either [[GMS:Material Set|material sets]] on a [[GMS:3D Grid Module|3D grid]] or [[GMS:HUF_Package|HUF]] data for [[GMS:MODFLOW|MODFLOW]]. TSIM is run ...he 3D grid in the project. If generating HUF arrays, specify the number of grid layers in the vertical (Z) direction.

[[File:3DinterpolationOpts.jpg|thumb|500 px|The ''3D Interpolation Options'' dialog.]] [[GMS:3D Scatter Point Module|3D scatter point]] sets are used for [[GMS:Interpolation|interpolation]] to ot

...screen (parallel to the viewers viewing angle) and is intersected with the 3D objects to generate the cross section. In some cases, it is useful to preci ...tems in the lower section of the dialog are used to designate which of the 3D objects will be used to cut the cross sections. If one of the types listed

...optional package in MODFLOW-2005 and MODFLOW-NWT. It can be used to model 3D "vertically integrated variable-density ...ackage requires the surface be specified for every layer, which makes it a 3D array. As explained in the documentation:

...m a surface, an isosurface is a surface of constant value extracted from a 3D dataset. ...a button in the ''3D Grid Display Options'' or ''3D Mesh Display Options'' dialogs. The items in the ''Isosurface Options'' dialog are as follows:

...roperties'' dialog will only allow editing of the material assigned to the grid cell. ...packages. These arrays can be edited in the Basic and BCF/LPF/HUF Package dialogs, or they can be initialized using a [[GMS:MODFLOW Conceptual Model Approach

...nd polygons in the conceptual model to the nodes and element faces of the 3D mesh. At this point, the basic analysis options (steady state vs. transien #Switch to the [[GMS:3D Grid Module|3D Grid module]]

...each [[GMS:Stress Periods|stress period]] for each vertical column in the grid. The values consist of an elevation, an ET extinction depth, and a maximum ...ctive, the 2D grid must have the same number of rows and columns as the 3D grid. The selected dataset is copied to the EVT array. Datasets are typically ge

This is a special page that relates XMS toolbox dialogs to wiki pages. XMS reads this page when a user hits the ''Help'' button in # [[Convert 3D Data to 2D Data Tool|Convert 3D Data to 2D Data]] | xms.tool.ugrids.ugrid_3d_data_to_2d_data_tool

...ention is the extension used for a VTK XML file containing an unstructured grid. ==New 2D or 3D UGrid==

...imulation exists. This command brings up the ''Particles'' tab of the ''3D Grid Display Options'' dialog. The following table describes the display options ...px|The ''Display Options'' dialog showing the ''Particle'' tab in the ''3D Grid Data'' item.]]

...MS:Map Module|Map module]] (the conceptual model approach). A horizons to 3D mesh approach can also be used. *Build a 3D mesh defining the extents of the model. Three approaches are available:

...splay Options|''Display Options'']] dialog is selected for an object (TIN, Grid, or Mesh), vector plots can be generated using the active vector dataset fo == 2D vs. 3D Vectors ==

##Faster voronoi grid generation ###GSF (grid specification file), import and export

GMS includes an interface to the UTCHEM model in the 3D grid module. UTCHEM is a multi-phase flow and transport model developed by the C ...ging column widths, etc.) are also provided in the [[GMS:3D Grid Module|3D Grid Module]].

| Dry cells ||Displays a symbol at the location of all dry cells in the grid. A MODFLOW solution must be imported to GMS prior to displaying dry cells. ...table elevation is greater than the top elevation of the top layer in the grid. <!--Used in conjunction with the True Layer approach to defining layer dat

...Plot title, border style, viewing style, font size, numeric precision, and grid line style can be changed ** Border Style &ndash; Has options for No Border, Line, Shadow, and 3D Inset

{{3D Scatter Point links}} ...et. Once they are imported, the transient dataset can be interpolated to a grid and a film loop showing color shaded contours can be generated to illustrat

...as shown in the figures below. Notice in the figures below that the second grid layer has more than one hydrogeologic unit associated with it. Image:huf_grid.png|Side view of MODFLOW grid

...d selecting the '''Flow Budget''' command from the ''Data'' menu in the 3D Grid module. This command brings up the ''Flow Budget'' dialog. This dialog list [[Category:GMS Dialogs|V]]

...The relation of evapotranspiration rate to head is defined over the model grid by a series of two-dimensional arrays; therefore, PXDP and PETM also are sp ...ctive, the 2D grid must have the same number of rows and columns as the 3D grid. The selected dataset is copied to the ET array. Datasets are typically gen

*[[GMS:2D Grid Module|2D Grids]] *[[GMS:3D Mesh Module|3D Meshes]]

...ctive, the 2D grid must have the same number of rows and columns as the 3D grid. The selected dataset is copied to the recharge array. Datasets are typical ...on copies the array to the 2D dataset list associated with the existing 2D grid.

...datasets associated with the several models and modules in WMS. In the 2D Grid module, the Project Explorer serves to store and modify the attributes of a ...ings up a list of options that are available for that data type. In the 2D Grid module, when a dataset is right-clicked, a menu appears that offers the fol

...M is executed, the head values are computed at the corners of a background grid. These head values can then be contoured. Most of the objects supported by ...the resulting warped grid in oblique view. This makes it possible to see a 3D view of the computed water table surface.

...hus allowing for many different types of grid cells. This allows the model grid to more accurately match the model domain and be more efficiently refined i ...Options/Basic_Package|''MODFLOW Global/Basic Package'' dialog]]. With a 3D grid at any time the user can switch from one MODFLOW version to another.

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

...the interpolated dataset values before assigning the dataset to the target grid or mesh. *[[GMS:3D Interpolation Options|3D Interpolation Options]]

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

*''Drawing Grid'' &ndash; SMS can display a grid (in plan view) behind all data on the graphics window. ...ember that the grid can be used for both snapping and display, and not all grid lines need to be displayed.

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

| ArcInfo Binary Grid||w001001.adf||ESRI||1||Supported in GMS and in SMS |ArcInfo Ascii Grid||*.asc||ESRI||2||Supported in GMS and in SMS

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

...|Horizons &rarr; Solids]]''', '''[[GMS:Horizons to 3D Mesh|Horizons &rarr; 3D Mesh]]''', [[GMS:Horizons to UGrid|'''Horizons &rarr; UGrid''']], and '''[[ ...and bottom of the solid, mesh, or HUF layers. When creating HUF data, the grid elevations can be edited.

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

:[[Projection Dialogs|Projection Dialogs]] :[[GMS:Drawing Grid Options|Drawing Grid Options]]

...lay the variation of one or more scalar datasets associated with a mesh or grid along observation arcs in the [[SMS:Observation Coverage|Observation covera ...section of the bridge created by intersecting the observation arc with the 3D bridge will be displayed in the observation plot.

TINs, 2D grids, 2D scatter points, and 3D meshes (in GMS) can all be converted to a 2D Mesh. This is accomplished by * '''2D Grid &rarr; 2D Mesh'''

:[[Projection Dialogs|Projection Dialogs]] :[[SMS:Visualization for 3D Solutions|Visualization for 3D Solutions]]

...Package|BCF]], [[GMS:LPF Package|LPF]] or [[GMS:HUF Package|HUF]] package dialogs. If the MODFLOW data are in memory when the solution is read in, GMS will a ...ically turned on whenever a MODFLOW solution is read into GMS. The '''Mini-Grid Toolbar''', which is part of the [[GMS:Toolbars|Tool Palettes]], can be use

[[Category:3D Grid]] [[Category:PHT3D Dialogs]]

...methods: assigning and editing values directly to the cells of a grid (the grid approach), or by constructing a high level representation of the model usin ...is constructed and [[GMS:Map to MODFLOW|converted to a grid]], the package dialogs and interactive editing tools in the ''MODFLOW'' menu can be used to edit o

Steady state animation can only be performed using 3D grids or 3D meshes. A steady state animation can be used with a steady state dataset, o ...An x, y, and/or z cutting plane is incrementally moved through the mesh or grid from the specified beginning location to the ending location as each frame

MODFLOW-LGR (Local Grid Refinement) is a modified version of MODFLOW-2005 that allows for using mul ...ical refinement table lists the refinement by layer for the selected child grid. Child grids cannot be created or deleted here&mdash;that is done in the [[

| Points || Points are the corners of cells, or simply 3D points not attached to cells. A symbol can be displayed at these locations. ...ontour line. An isosurface is a surface of constant value extracted from a 3D dataset.

...Thus, the RT3D interface is contained within the ''MT3DMS'' menu in the 3D Grid module. In the [[GMS:Basic Transport Package Dialog|''Basic Transport Packa [[Category:3D Grid]]

| Grid frame || Displays the Grid Frame. ...targets || This option controls which active dataset (either the active 3D Grid dataset or the active UGrid dataset) is used for the display of the MODFLOW

...ailable if a MODFLOW CCF solution generated by MODFLOW 2000 exists, and 3D grid cells are selected.) ...tter Set''' &ndash; This option is accessed by right-clicking on a created 3D Scatter Set in the Project Explorer and clicking ''Convert To'' | '''MODPAT

<!--=== General vs. Grid Layers === ...#Grid Layer Contour Options|Grid Layers options]] are used when contouring 3D grids.-->

...y be used for 2D interpolation and it will only work when interpolating to 3D cell-centered grids. ...uniform grid'' option controls how the data are converted to a non-uniform grid (if necessary). The '''Edit Variogram''' button should be selected to set u

*'''2D grid''' *Arc Info ASCII Grid Files (*.asc)

...ding new point source/sink, it is usually more convenient to select the 3D grid cells and use the [[GMS:MT3DMS Point Sources/Sinks BC|''MT3DMS'' | '''Point ...r each species for every vertical column of cells in the finite difference grid. This essentially means that a two dimensional array of concentration value

:* Flow Budget vs. Time – 3D Grid ...t time series plot. For 2D and 3D grids select a grid cell and for 2D and 3D meshes select a node to display the scalar values of the dataset at that lo

...t''' button can be used to copy the viewed array to a 2D dataset; the same grid size limitations apply. The '''Constant &rarr; Array''' button can be used [[Category:MODFLOW Dialogs]]

...e cell boundary at a time using the '''Toggle Barrier''' command in the 3D grid module. [[Category:MODFLOW Dialogs]]

...allows a percentage of the removed water to be reintroduced at a specified grid cell. *''Top elev.'' &ndash; grid top elevation of the first layer.

*'''2D grid''' *Surfer ASCII Grid Files (*.grd)

...can be used. The BCF package computes the conductance between each of the grid cells and sets up the finite difference equations for the cell to cell flow ...om elevations of each unit to a 2D grid which matches the 3D computational grid.

...T-PROGS software is a set of N [[GMS:Material Set|material sets]] on a 3D grid. Each of the material sets is conditioned to the borehole data and the mat | [[Image:pathlines.png|thumb|none|350px|MODFLOW solution for a T-PROGS grid. Black lines are head contours and blue lines are pathlines for an extracti

: [[SMS:3D Bridge|3D Bridge]] : [[SMS:3D Structure|3D Structure]]

This is a special page that relates XMS toolbox dialogs to wiki pages. XMS reads this page when a user hits the ''Help'' button in # [[Raster to Grid Tool]] | 928c958a-2760-433b-a197-0d21703fa714

: [[SMS:3D Bridge|3D Bridge]] :[[Projection Dialogs|Projection Dialogs]]

: [[SMS:3D Bridge|3D Bridge]] :[[Projection Dialogs|Projection Dialogs]]

...kages in GMS, a stream network cannot be created by selecting cells in the grid and manually assigning values to the cells. Due to the complex nature of th ...DFLOW''' command is selected and the stream data have been assigned to the grid cells, the data can be viewed and some of the input values can be edited us

...and zone arrays have associated datasets underneath the three dimensional grid in the Project Explorer. ...lier array and a zone array. These are [[GMS:Datasets|datasets]] on the 3D Grid. Also specify the zone values (IZ) where the parameter is to be applied in

:[[Projection Dialogs|Projection Dialogs]] :[[SMS:Visualization for 3D Solutions|Visualization for 3D Solutions]]

:[[Projection Dialogs|Projection Dialogs]] :[[SMS:Visualization for 3D Solutions|Visualization for 3D Solutions]]

:[[Projection Dialogs|Projection Dialogs]] :[[SMS:Visualization for 3D Solutions|Visualization for 3D Solutions]]

:[[Projection Dialogs|Projection Dialogs]] :[[SMS:Visualization for 3D Solutions|Visualization for 3D Solutions]]

*''Model Type'' &ndash; 2D DI, 3D VS, 3D DSS. The two dimensional depth integrated is the only option that is recom ...les must have been saved from a previous run using the same finite element grid.

...s are very flexible. They can include many types of cells including 2D and 3D cells and cells with any number of faces and nodes. ...he stratigraphy along the layers of an unstructured grid when rotating the grid.

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:Create Child Grid|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:Editing_a_3D_Mesh#Refine_Elements|3D Mesh Refinement Options]] | 391 | IDD_3DMESH_REFINEMENTOPTS

...upports IDW interpolation where the user may specify the number of nearest grid cells to use. ...[[GMS:Coverages#Coverage Setup|''Coverage Setup'']] dialog under the ''3D grid layer option for obs. pts.'' If choosing the well screen option then the mi

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:Create Child Grid|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:Create Child Grid|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

...'']] dialog. There are several differences between 2D and [[GMS:3D Kriging|3D Kriging]]. The supported techniques include: ...surface plot of estimation variance can be generated on the target mesh or grid.

*''Reverse mini-grid increment'' ::The default functionality of the arrows next to the edit field on the mini-grid tool bar is for the up arrow to increase the layer number and for the down

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

...oftware/modflow2000/MFDOC/bas6.htm] || align ="left" | Used to specify the grid dimensions, the computational time steps, and an array identifying which pa ...number of rows, columns and layers, the cell sizes, the presence of Quasi-3D confining beds, the time discretization.|| align ="center" |Yes|| align ="c

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:2D Grid Display Options|2D Grid]] | 298 | IDD_DISPOPTS_2DGRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

...stance; the tolerance can be smaller to allow for data on a pseudo-regular grid. A pair will be included in multiple lags if the tolerance is greater than ...left corner of the ''Variogram Editor'' (the dip and plunge fields are for 3D kriging and are dimmed for 2D interpolation). A model variogram should then

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

This is a special page that relates GMS dialogs to wiki pages. GMS reads this page when a user hits the ''Help'' button in # [[GMS:MODFLOW-LGR#Parent_and_Child_Grids|Create Child Grid]] | 22081 | IDD_CREATE_CHILD_GRID

...tes four datasets for the mean, min, max, and standard deviation. The 3D grid display options can then be used to visualize these datasets. [[Category:GMS Stochastic Modeling Dialogs]]

*15107 Dataset Calculator Entering 0s Incorrectly to a 3D Grid Dataset '''Grid'''

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the '''Help''' button i # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

*****2D Data from 3D Data ****Curvilinear grid tools (CH3D, EFDC)

*'''3D Grid''' *7874 10.0 - Grid iso-surface settings dialog sometimes hangs on editing transparency

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

This is a special page that relates SMS dialogs to wiki pages. SMS reads this page when a user hits the ''Help'' button in # [[SMS:Curvilinear Grid Display Options|Curvilinear Grid Display Options]] | 109 | IDD_POINT_DISPLAY_ATTS

...same shape, the invert of the bed, and thickness of each layer can vary in 3D. Each layer is assigned its own percentage blockage and form loss coeffici ...luence how this TIN is generated and applied. The final elevations for the grid can be verified by reading the "zsh_zpt_check.mif" file into the GIS covera

...les must have been saved from a previous run using the same finite element grid. ***"Barotropic 3D" &ndash; Uses new GWCE and velocity based momentum equations.

...les must have been saved from a previous run using the same finite element grid. ***"Barotropic 3D" &ndash; Uses new GWCE and velocity based momentum equations.

* The pressure zone cannot touch any mesh/grid boundaries. ...n 3.4, there is an option to specify the ceiling values as a dataset using 3D bridges. These two methods are mutually exclusive. Only one method of press

*15077 SRH BC Dialogs Don't Accept Values When Using German Language Settings *15093 Ceiling dataset from 3D structure not applied correctly to simulation

'''2D Grid''' *14998 WMS Crash when converting grid to TIN