GMS:GMS User Manual 9.0: Difference between revisions
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== GMS User Manual (v9.0)== | == GMS User Manual (v9.0)== | ||
| Line 18: | Line 20: | ||
---- | ---- | ||
;2. Set Up | ;2. Set Up | ||
:[[GMS:64 bit|64 bit]] | :[[GMS:64-bit|64-bit]] | ||
:[[License Agreement|License Agreement]] | :[[License Agreement|License Agreement]] | ||
:[[GMS:Registering GMS | Registering GMS]] | :[[GMS:Registering GMS | Registering GMS]] | ||
| Line 55: | Line 57: | ||
:[[GMS:Plot Axes|Plot Axes]] | :[[GMS:Plot Axes|Plot Axes]] | ||
;3.4. Other Tools | ;3.4. Other Tools | ||
:[[Annotations|Annotations]] | :[[GMS:Annotations|Annotations]] | ||
:[[GMS:CAD Options|CAD Options]] | :[[GMS:CAD Options|CAD Options]] | ||
:[[GMS:Cross Sections|Cross Sections]] | :[[GMS:Cross Sections|Cross Sections]] | ||
| Line 73: | Line 75: | ||
;4.3. Inverse Distance Weighted | ;4.3. Inverse Distance Weighted | ||
:[[GMS:Inverse Distance Weighted | Inverse Distance Weighted]] | :[[GMS:Inverse Distance Weighted | Inverse Distance Weighted]] | ||
:[[GMS: | :[[GMS:Shepard's Method|Shepard's method]] | ||
:[[GMS:Gradient Plane Nodal Functions | Gradient Plane Nodal Functions]] | :[[GMS:Gradient Plane Nodal Functions | Gradient Plane Nodal Functions]] | ||
:[[GMS:Quadratic Nodal Functions | Quadratic Nodal Functions]] | :[[GMS:Quadratic Nodal Functions | Quadratic Nodal Functions]] | ||
| Line 168: | Line 170: | ||
:[[GMS:3D Mesh Tool Palette|3D Mesh Tool Palette]] | :[[GMS:3D Mesh Tool Palette|3D Mesh Tool Palette]] | ||
:[[GMS:Classify Material Zones|Classify Material Zones]] | :[[GMS:Classify Material Zones|Classify Material Zones]] | ||
:[[GMS: | :[[GMS:Isosurfaces|Isosurfaces]] | ||
:[[GMS:Converting 3D Meshes to Other Data Types|Converting 3D Meshes to Other Data Types]] | :[[GMS:Converting 3D Meshes to Other Data Types|Converting 3D Meshes to Other Data Types]] | ||
:[[GMS:Building the 3D Mesh from the FEMWATER Conceptual Model|Building the 3D Mesh from the FEMWATER Conceptual Model]] | :[[GMS:Building the 3D Mesh from the FEMWATER Conceptual Model|Building the 3D Mesh from the FEMWATER Conceptual Model]] | ||
| Line 188: | Line 190: | ||
:[[GMS:Redistribute Grid Cells|Redistribute Grid Cells]] | :[[GMS:Redistribute Grid Cells|Redistribute Grid Cells]] | ||
:[[GMS:Redistribute Layers|Redistribute Layers]] | :[[GMS:Redistribute Layers|Redistribute Layers]] | ||
::See " | ::See "Isosurfaces" | ||
;5.9. 3D Scatter Point Module | ;5.9. 3D Scatter Point Module | ||
| Line 235: | Line 237: | ||
;6.1.2. FEMWATER Post-Processing | ;6.1.2. FEMWATER Post-Processing | ||
:[[GMS:FEMWATER Display Options|FEMWATER Display Options]] | :[[GMS:FEMWATER Display Options|FEMWATER Display Options]] | ||
:[[GMS:FEMWATER Post Processing Viewing Options|FEMWATER Post Processing Viewing Options]] | :[[GMS:FEMWATER Post-Processing Viewing Options|FEMWATER Post-Processing Viewing Options]] | ||
:[[GMS:FEMWATER Particle Sets|FEMWATER Particle Sets]] | :[[GMS:FEMWATER Particle Sets|FEMWATER Particle Sets]] | ||
| Line 284: | Line 286: | ||
:[[GMS:Stress Periods|Stress Periods]] | :[[GMS:Stress Periods|Stress Periods]] | ||
:[[GMS:Map to MODFLOW|Map to MODFLOW]] | :[[GMS:Map to MODFLOW|Map to MODFLOW]] | ||
:[[GMS:Defining | :[[GMS:Defining Layer Elevations|Defining Layer Elevations]] | ||
:[[GMS:Standard MODFLOW Parameters|Standard MODFLOW Parameters]] | :[[GMS:Standard MODFLOW Parameters|Standard MODFLOW Parameters]] | ||
:[[GMS:MODFLOW Parameters - Two Methods|MODFLOW Parameters - Two Methods]] | :[[GMS:MODFLOW Parameters - Two Methods|MODFLOW Parameters - Two Methods]] | ||
| Line 295: | Line 297: | ||
:[[GMS:Unsupported MODFLOW Features|Unsupported MODFLOW Features]] | :[[GMS:Unsupported MODFLOW Features|Unsupported MODFLOW Features]] | ||
:[[GMS:Interpolate to MODFLOW Layers|Interpolate to MODFLOW Layers]] | :[[GMS:Interpolate to MODFLOW Layers|Interpolate to MODFLOW Layers]] | ||
:[[GMS:MODFLOW Layers to 2D | :[[GMS:MODFLOW Layers to 2D Scatter Points|MODFLOW Layers to 2D Scatter Points]] | ||
:[[GMS:MODFLOW Source/Sink Dialog|MODFLOW Source/Sink Dialog]] | :[[GMS:MODFLOW Source/Sink Dialog|MODFLOW Source/Sink Dialog]] | ||
::see "Calibration", "Parameters", "Stochastic Modeling" | ::see "Calibration", "Parameters", "Stochastic Modeling" | ||
;6.3.3. MODFLOW Post-Processing | ;6.3.3. MODFLOW Post-Processing | ||
:[[GMS:MODFLOW Display Options|MODFLOW Display Options]] | :[[GMS:MODFLOW Display Options|MODFLOW Display Options]] | ||
:[[GMS:MODFLOW Post Processing Viewing Options|MODFLOW Post Processing Viewing Options]] | :[[GMS:MODFLOW Post-Processing Viewing Options|MODFLOW Post-Processing Viewing Options]] | ||
:[[GMS:MODFLOW Solution Properties Dialog|MODFLOW Solution Properties Dialog]] | :[[GMS:MODFLOW Solution Properties Dialog|MODFLOW Solution Properties Dialog]] | ||
:[[GMS:Saving and Reading a MODFLOW Simulation|Saving and Reading a MODFLOW Simulation]] | :[[GMS:Saving and Reading a MODFLOW Simulation|Saving and Reading a MODFLOW Simulation]] | ||
| Line 376: | Line 378: | ||
:[[GMS:Model Calibration|Model Calibration]] | :[[GMS:Model Calibration|Model Calibration]] | ||
:[[GMS:Automated Parameter Estimation|Automated Parameter Estimation]] | :[[GMS:Automated Parameter Estimation|Automated Parameter Estimation]] | ||
:[[GMS: | :[[GMS:PEST Dialog|Parameter Estimation Dialog]] | ||
:[[GMS:PEST|PEST]] | :[[GMS:PEST|PEST]] | ||
:[[GMS:Global Options/Basic Package#Run Options|Run Options]] | :[[GMS:Global Options/Basic Package#Run Options|Run Options]] | ||
| Line 416: | Line 418: | ||
:[[GMS:File Formats|File Formats]] | :[[GMS:File Formats|File Formats]] | ||
:[[GMS:Dataset Files|Dataset Files]] | :[[GMS:Dataset Files|Dataset Files]] | ||
:[[GMS: | :[[GMS:Release Notes GMS|Release Notes]] | ||
:[[GMS:GMS_8.1_Dialog_Help|Dialog Help]] | :[[GMS:GMS_8.1_Dialog_Help|Dialog Help]] | ||
[[Category:User Manuals]] | |||
Latest revision as of 22:16, 9 January 2023
GMS User Manual (v9.0)
The Groundwater Modeling System
- 1. Learning GMS
- What is GMS?
- The GMS Screen
- Tool Palettes
- Project Explorer
- Tutorials
- 2. Set Up
- 64-bit
- License Agreement
- Registering GMS
- Community Edition
- Graphics Card Troubleshooting
- Reporting Bugs
- 3. General Tools
- 3.1. The File Menu
- The File Menu
- 3.2. The Edit Menu
- The Edit Menu
- Units
- Preferences
- Materials
- Material Set
- 3.2.1. Coordinate Systems
- Coordinate Systems
- Coordinate Conversions
- Projections
- CPP Coordinate System
- Geographic Coordinate System
- Local Coordinate System
- Coordinate Transformation
- Transform
- 3.3. The Display Menu
- The Display Menu
- Contour Options
- Animations
- Color Ramp
- 3.3.1. Display Options
- Display Options
- Drawing Grid Options
- Vectors
- Lighting Options
- Plot Axes
- 3.4. Other Tools
- Annotations
- CAD Options
- Cross Sections
- Datasets
- Data Calculator
- Display Theme
- XY Series Editor
- 4. Interpolation
- 4.1. Introduction
- Interpolation
- Interpolation Commands
- 3D Interpolation Options
- Steady State vs. Transient Interpolation
- 4.2. Linear
- Linear
- 4.3. Inverse Distance Weighted
- Inverse Distance Weighted
- Shepard's method
- Gradient Plane Nodal Functions
- Quadratic Nodal Functions
- Subset Definition
- Computation of Interpolation Weights
- 4.4. Clough-Tocher
- Clough-Tocher
- 4.5. Natural Neighbor
- Natural Neighbor
- 4.6. Kriging
- Kriging
- Kriging Options
- 3D Kriging
- Variogram Editor
- 4.7. Jackknifing
- Jackknifing
- 5. Modules
- 5.1. TIN Module
- TIN Module
- Creating a TIN
- Editing a TIN
- TIN Settings
- TIN Display Options
- TIN Tool Palette
- Converting TINS to Other Data Types
- Building Solids and 3D Meshes with TINs
- Triangulation
- TIN Files
- 5.2. Boreholes Module
- Boreholes Module
- Creating and Editing Boreholes
- Borehole Display Options
- Borehole Tool Palette
- Borehole Hydrogeologic Units
- Converting Borehole Data
- Borehole Cross Sections
- 5.2.1. Horizons
- Horizons
- Horizon Conceptual Model
- Horizons Applications
- Horizons to HUF
- Horizons Wizard
- Horizons to Solids
- Horizons to 3D Mesh
- 5.3. Solid Module
- Solid Module
- Solid Properties
- Solid Primitives
- Solid Display Options
- Solid Module Tool Palette
- Solids to Layered Mesh
- Solids to HUF
- Solids to MODFLOW Command
- 5.4. 2D Mesh Module
- 2D Mesh Module
- Creating a 2D Mesh
- Editing 2D Meshes
- 2D Mesh Settings
- 2D Mesh Display Options
- 2D Mesh Tool Palette
- Converting a 2D Mesh to other types of Data
- Element types
- 2D Mesh Polygon Attributes
- 5.5. 2D Grid Module
- 2D Grid Module
- 2D Grid Types
- Creating and Editing 2D Grids
- 2D Grid Display Options
- 2D Grid Tool Palette
- Converting 2D Grids
- 5.6. 2D Scatter Point Module
- 2D Scatter Point Module
- Creating and Editing 2D Scatter Point Sets
- 2D Scatter Point Display Options
- 2D Scatter Point Tool Palette
- Interpolating with 2D Scatter Points
- Converting 2D Scatter Points to Other Types of Data
- Gaussian Field Generator
- Active/Inactive Points
- 2D Interpolation Options
- 5.7. 3D Mesh Module
- 3D Mesh Module
- 3D Element Types
- Creating a 3D Mesh
- Editing a 3D Mesh
- 3D Mesh Display Options
- 3D Mesh Tool Palette
- Classify Material Zones
- Isosurfaces
- Converting 3D Meshes to Other Data Types
- Building the 3D Mesh from the FEMWATER Conceptual Model
- See "Horizons" and "Solids to Layered Mesh"
- 5.8. 3D Grid Module
- 3D Grid Module
- 3D Grid Types
- Creating and Editing 3D Grids
- 3D Grid Display Options
- 3D Grid Tool Palette
- Classify Material Zones
- 3D Grid Viewing Modes
- Converting 3D Grids to Other Data Types
- Exporting Grids
- Cell Properties
- Active/Inactive Cells
- Named Layer Ranges
- Redistribute Grid Cells
- Redistribute Layers
- See "Isosurfaces"
- 5.9. 3D Scatter Point Module
- 3D Scatter Point Module
- 3D Scatter Point Display Options
- 3D Scatter Point Tool Palette
- Interpolating with 3D Scatter Points
- Converting 3D Scatter Points to Other Data Types
- Bounding Grid
- Connection to "Active/Inactive Points", "Inverse Distance Weighted"
- 5.10. Map Module
- Map Module
- Feature Objects
- Conceptual Model
- Feature Object Display Options
- Feature Object Tool Palette
- Coverages
- Grid Frame
- Clean Command
- Temporal Discretization
- Map to Models
- Map to Modules
- 5.11. GIS Module
- GIS Module
- GIS Display Options
- GIS Tool Palette
- Enabling ArcObjects
- GIS to Feature Objects
- Add Data
- Arc Hydro Groundwater
- 6. Models
- 6.1. FEMWATER
- FEMWATER
- 6.1.1. FEMWATER Pre-Processing
- Building a FEMWATER Model
- FEMWATER Flows
- Point Source/Sink BC
- Assign Node/Face BC
- FEMWATER Point / Arc Properties
- FEMWATER Model Input
- FEMWATER Initial Conditions
- Saving a FEMWATER Simulation
- 6.1.2. FEMWATER Post-Processing
- FEMWATER Display Options
- FEMWATER Post-Processing Viewing Options
- FEMWATER Particle Sets
- 6.2. MODAEM
- MODAEM
- MODAEM License Agreement
- MODAEM Display Options
- 6.3. MODFLOW
- MODFLOW
- MODFLOW 2005
- 6.3.1. MODFLOW Packages
- MODFLOW Packages Supported in GMS
- BCF Package
- CHD Package
- DE4 Package
- DRN Package
- DRT Package
- ETS Package
- EVT Package
- GHB Package
- Global Options/Basic Package
- GMG Package
- HFB Package
- HUF Package
- LAK Package
- LMG Package
- LMG1 Package
- LPF Package
- MNW1 Package
- MNW2 Package
- NWT Package
- PCG2 Package
- RCH Package
- PEST ASP Package
- RIV Package
- SIP Package
- SSOR Package
- STR/SFR Packages
- UZF Package
- WEL Package
- 6.3.2. MODFLOW Pre-Processing
- Building a MODFLOW Model
- MODFLOW Array Editor
- MODFLOW Grid Approach
- MODFLOW Conceptual Model Approach
- Activate Cells in Coverage
- Stress Periods
- Map to MODFLOW
- Defining Layer Elevations
- Standard MODFLOW Parameters
- MODFLOW Parameters - Two Methods
- Conductance
- MODFLOW Parameters Disclaimer
- Saving and Reading a MODFLOW Simulation
- Output Control
- Importing MODFLOW Files
- MODFLOW with HDF5
- Unsupported MODFLOW Features
- Interpolate to MODFLOW Layers
- MODFLOW Layers to 2D Scatter Points
- MODFLOW Source/Sink Dialog
- see "Calibration", "Parameters", "Stochastic Modeling"
- 6.3.3. MODFLOW Post-Processing
- MODFLOW Display Options
- MODFLOW Post-Processing Viewing Options
- MODFLOW Solution Properties Dialog
- Saving and Reading a MODFLOW Simulation
- Cell Properties
- MODFLOW World File
- Error Summary Plot
- Zone Budget
- ZONEBUDGET
- Viewing Computed Fluxes
- 6.4. MODPATH
- MODPATH
- MODPATH Particle Tracking
- MODPATH Particle Sets
- MODPATH Zone Codes
- MODPATH Display Options
- Exporting Pathlines
- 6.5. MT3DMS
- MT3DMS
- MT3D Packages
- MT3D Source/Sink Mixing Package
- Basic Transport Package Dialog
- ICBUND Array
- MT3D Source/Sink Mixing Package
- MT3D point Sources/Sinks BC
- Building an MT3DMS Simulation
- Saving an MT3DMS Simulation
- Importing an MT3D Simulation
- MT3DMS Display Options
- Calculate Mass
- 6.6. PEST
- PEST
- see "Calibration", "Parameters", "Stochastic Modeling"
- 6.7. RT3D
- RT3D
- Basic Transport Package Dialog
- see MT3DMS for interface inquiries
- 6.8. SEAM3D
- SEAM3D
- see MT3DMS and RT3D
- 6.9. SEAWAT
- SEAWAT
- Building a SEAWAT Model
- SEAWAT Global Options Dialog
- SEAWAT MODFLOW AUX Variables
- SEAWAT Packages
- SEAWAT Importing a SEAWAT Simulation
- see MODFLOW with HDF5
- 6.10. SEEP2D
- SEEP2D
- SEEP2D Display Options
- SEEP2D Solution
- 6.11. T-PROGS
- T-PROGS
- Vertical Markov Chain
- Strike Dip Markov Chain
- TSIM
- 6.12. UTEXAS
- UTEXAS
- UTEXAS Display Options
- 6.13. WASH123D
- WASH123D Display Options
- 7. Modeling
- 7.1. Calibration
- Model Calibration
- Automated Parameter Estimation
- Parameter Estimation Dialog
- PEST
- Run Options
- Observations
- Plot Wizard
- Calibration Targets
- Model Checker
- 7.2. Parameters
- Parameters
- Parameter Dialog
- Pilot Points
- Multiplier Arrays for Parameters
- Standard MODFLOW Parameters
- 7.3. Stochastic Modeling
- Stochastic Modeling
- Gaussian Field Generator
- Risk Analysis Wizard
- 8. Importing/Exporting Data
- Importing Non-native GMS Files
- File Import Wizard
- File Import Wizard Supported File Formats
- Importing/Exporting CAD Data
- Importing USGS DEMs
- Importing/Exporting GIS Grids
- Importing/Exporting Shapefiles
- Shapefiles
- Import From Database
- Get Online Maps
- Exporting Non-native GMS Files
- Images
- Registering an Image
- KMZ files
- GeoStudio Import
- 9. Appendix
- File Formats
- Dataset Files
- Release Notes
- Dialog Help
