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GMS User Manual (v8.1)

The Groundwater Modeling System

1. Learning GMS

2. Set Up

System Requirements

License Agreement

Registering GMS

USB Network Lock

Community Edition

Graphics Card Troubleshooting

3. General Tools

Project Explorer

Contour Options

The Display Menu

Display Options

Drawing Grid Options

Lighting Options

Cross-Section Options

Convert Cross Section To Coverage

Coordinate Systems

Coordinate Conversions

CPP Coordinate System

Geographic Coordinate System

Local Coordinate System

Coordinate Transformation

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; Shepards 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; Converting TINS to Other Data Types; Building Solids and 3D Meshes with TINs; Triangulation; TIN Files; TIN Settings; TIN Display Options; TIN Tool Palette

5.2. Boreholes Module

Boreholes Module

Creating and Editing Boreholes

Borehole Display Options

Borehole Hydrogeologic Units

Converting Borehole Data

Borehole Cross Sections

Including Borehole Cross Sections

Horizon Conceptual Model

Horizons Applications

Horizons to HUF

Horizons Wizard

Horizons to Solids

Horizons to 3D Mesh

Borehole Tool Palette

5.3. Solid Module

Solid Properties

Solid Primitives

Solids to Layered Mesh

Solids to MODFLOW Command

Boundary Matching

Grid Overlay with Keq

Solid Display Options

Solid Module Tool Palette

5.4. 2D Mesh Module: 2D Mesh Module; Creating a 2D Mesh; Editing 2D Meshes; 2D Mesh Settings; Converting a 2D Mesh to other types of Data; Element types; 2D Mesh Display Options; 2D Mesh Polygon Attributes; 2D Mesh Tool Palette

5.5. 2D Grid Module: 2D Grid Module; 2D Grid Types; Creating and Editing 2D Grids; Converting 2D Grids; 2D Grid Display Options; 2D Grid Tool Palette

5.6. 2D Scatter Point Module: 2D Scatter Point Module; Creating and Editing 2D Scatter Point Sets; Interpolating with 2D Scatter Points; Converting 2D Scatter Points to Other Types of Data; Gaussian Field Generator; Active/Inactive Points; 2D Interpolation Options; 2D Scatter Point Display Options; 2D Scatter Point Tool Palette

5.7. 3D Mesh Module

3D Element Types

Creating a 3D Mesh

Editing a 3D Mesh

Classify Material Zones

Converting 3D Meshes to Other Data Types

Building the 3D Mesh from the FEMWATER Conceptual Model

3D Mesh Display Options

3D Mesh Tool Palette

See "Horizons" and "Solids to Layered Mesh"

5.8. 3D Grid Module

Creating and Editing 3D Grids

Classify Material Zones

3D Grid Viewing Modes

Converting 3D Grids to Other Data Types

Cell Properties

Active/Inactive Cells

Named Layer Ranges

Redistribute Grid Cells

Redistribute Layers

3D Grid Display Options

3D Grid Tool Palette

See "Iso Surfaces"

5.9. 3D Scatter Point Module

3D Scatter Point Module

Interpolating with 3D Scatter Points

Converting 3D Scatter Points to Other Data Types

3D Scatter Point Display Options

3D Scatter Point Tool Palette

Connection to "Active/Inactive Points", "Inverse Distance Weighted"

5.10. Map Module: Map Module; Feature Objects; Conceptual Model; Coverages; Grid Frame; Clean Command; Temporal Discretization; Feature Object Display Options; Feature Object Tool Palette

5.11. GIS Module

Enabling ArcObjects

GIS to Feature Objects

GIS to Feature Objects Wizard

Arc Hydro Groundwater

GIS Display Options

GIS Tool Palette

6. Models

6.1. FEMWATER

6.1.1. FEMWATER Pre-Processing

Building a FEMWATER Model

FEMWATER Direct Approach

FEMWATER Conceptual Model Approach

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

6.3.1. MODFLOW Packages

MODFLOW Packages Supported in GMS

LPF Package Dialog

BCF Package Dialog

Horizontal Flow Barriers

Recharge Package

Evapotranspiration Package

General Head Package

Time Variant Specified Head Package

SIP Package Dialog

PCG2 Package Dialog

SSOR Package Dialog

Evapotranspiration Segments Package

Global Options/Basic Package

Layer Confining Beds

LMG1 Package Dialog

MODFLOW MNW Package

STR/SFR Packages

6.3.2. MODFLOW Pre-Processing

Building a MODFLOW Model

MODFLOW Array Editor

MODFLOW Grid Approach

MODFLOW Conceptual Model Approach

Activate Cells in Coverage

Defining the Layer Elevations

Standard MODFLOW Parameters

MODFLOW Parameters - Two Methods

Convergence Options

MODFLOW Parameters Disclaimer

Saving and Reading a MODFLOW Simulation

Importing MODFLOW Files

MODFLOW with HDF5

Unsupported MODFLOW Features

Interpolate to MODFLOW Layers

MODFLOW Layers to 2D scatter points

MODFLOW Source/Sink Dialog

Source/Sink Attributes

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; Viewing Computed Fluxes

6.4. MODPATH: MODPATH; MODPATH Particle Tracking; MODPATH Particle Sets; MODPATH Zone Codes; MODPATH Display Options

6.5. MT3DMS

Basic Transport Package Dialog

MT3D Source/Sink Mixing Package

MT3D point Sources/Sinks BC

Cell by Cell Editing of Sources/Sinks

Building an MT3DMS Simulation

Saving an MT3DMS Simulation

Importing an MT3D Simulation

MT3DMS Display Options

6.6. PEST

see "Calibration", "Parameters", "Stochastic Modeling"

6.7. RT3D

Basic Transport Package Dialog

see MT3DMS for interface inquiries

6.8. SEAM3D

see MT3DMS and RT3D

6.9. SEAWAT

Building a SEAWAT Model

SEAWAT Global Options Dialog

SEAWAT MODFLOW AUX Variables

SEAWAT Packages

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: Text Import Wizard Supported File Formats; Text Import Wizard; Import from Web; Importing/Exporting CAD Data; Import From Database; Importing Non-native GMS Files; Exporting Non-native GMS Files; Data Set Files; Importing/Exporting GIS Grids; Importing/Exporting Shapefiles; Images; Importing USGS DEMs; Registering an Image; Shapefiles; KMZ files; GeoStudio Import

9. Appendix: File Formats; Version History; Feature Requests; Bugfixes GMS

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