GMS:UGrid Module: Difference between revisions

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{{UGrid links}}
{{UGrid links}}
The UGrid module is the newest module in GMS and is used with unstructured grid (UGrid) geometric objects. Unstructured grids are very flexible. They can include many types of cells including 2D and 3D cells and cells with any number of faces and nodes. This type of geometric object is used with [[GMS:MODFLOW-USG|MODFLOW-USG]] which uses a finite volume approach. Eventually UGrids will be used for all the things that [[GMS:2D_Grid_Module|2D Grids]] and [[GMS:3D_Grid_Module|3D Grids]] are currently used for.
The UGrid module is the newest module in GMS and is used with unstructured grid (UGrid) geometric objects. Unstructured grids are very flexible. They can include many types of cells including 2D and 3D cells and cells with any number of faces and nodes. This type of geometric object is used with [[GMS:MODFLOW-USG|MODFLOW-USG]] which uses a finite volume approach.  
 
Eventually UGrids will be used for all the things that [[GMS:2D_Grid_Module|2D Grids]] and [[GMS:3D_Grid_Module|3D Grids]] are currently used for. A UGrid is similar to the old 3D grids and meshes available in GMS but much more flexible. UGrids can use any type of cell, meaning cells with any number of faces and nodes. This flexibility allows for more realistic modeling of geologic features such as pinchouts.


Interfaces to the following 3D finite difference models are provided in this module:
Interfaces to the following 3D finite difference models are provided in this module:

Revision as of 15:21, 10 June 2016

UGrid Module
VoronoiUGrid.png
UGrid
Creating and Editing
Viewing Modes
Converting to Other Data Types
Exporting UGrids
UGrid Interpolation
More
Display Options
Tool Palette
Cell Properties
UGrid Commands

The UGrid module is the newest module in GMS and is used with unstructured grid (UGrid) geometric objects. Unstructured grids are very flexible. They can include many types of cells including 2D and 3D cells and cells with any number of faces and nodes. This type of geometric object is used with MODFLOW-USG which uses a finite volume approach.

Eventually UGrids will be used for all the things that 2D Grids and 3D Grids are currently used for. A UGrid is similar to the old 3D grids and meshes available in GMS but much more flexible. UGrids can use any type of cell, meaning cells with any number of faces and nodes. This flexibility allows for more realistic modeling of geologic features such as pinchouts.

Interfaces to the following 3D finite difference models are provided in this module:

UGrid example