2D and 3D Logs and Log Sections

• Well name
• Depth labels
• Stratigraphy colors/patterns/text
• Lithology colors/patterns/text
• 1-4 interval-data bargraphs
• 1-4 point-data curves
• Aquifer levels
• Well symbols and pattern blocks
• Fractures (2D tadpoles, 3D discs)
• Raster images (BMP, JPG, TIF, PNG, WMF, EMF)
• Vectors (2D tadpoles, 3D arrows)
• Well construction diagrams

Single Logs, 2D

• Display your downhole data in individual strip logs
• Logs can be vertical, inclined, horizontal, or deviated

Multiple Logs, 2D

• Projected log sections display vertical, inclined, or deviated wells, as they are projected perpendicularly onto a single section plane. A user-defined clipping distance determines how many logs will be included.
• Hole to hole sections display vertical logs only, and are created by selecting individual wells, in any order, that are to be displayed from left to right in the section. (You can also include stratigraphic interpolations in stratigraphic log sections.)

2D Log Designer

• Use the 2D log designer to define the log column arrangement.

Single Logs, 3D

• Display your downhole data in individual logs in the interactive 3D viewer, where the different log items can be turned on and off in the display.

Multiple Logs, 3D

• Display multiple wells in the 3D viewer, where entire logs as well as their components can be turned on and off in the display.
• Rotate, zoom, stretch the view, and save the logs for appending to other
  3D diagrams.

3D Log Designer

• Use the 3D log designer to define the layout of your 3D logs.

In addition to displaying your borehole data as logs and log sections, RockWorks2006 also allows you to create cross sections of interpolated (modeled) data: lithology distribution, stratigraphic layers, quantitative data distribution (geochemistry, geophysics, geotechnical), fracture proximitiesNEW, aquifer surfaces.

Both single-panel profiles and multi-panel sections are available. Panel endpoints can be defined interactively in a map window, or they can be read from an endpoint list.

All include automatic section location maps, detailed coordinate annotation, and logs can be appended automatically.

Use ReportWorks to create stunning page layouts with maps, legends, scale bars, and more.

Lithology Sections

Stratigraphy Sections

Quantitative Sections

Fracture Sections

Aquifer Sections

Other cross section features:

• Plot vertical axis labels (elevation)
• Plot horizontal axis labels (distance or x, y coordinates)
• Plot title and end point labels (e. g. A and A')
• Plot ground surface profile
• Overlay strip logs
• Include lithology, stratigraphy and color legends

Types of data that can be represented as fence diagrams:

• Lithology distribution
• Stratigraphic layers
• Quantitative data distribution (geochemistry, geophysics, geotechnical)
• Fracture proximities
• Aquifer surfaces

Panels are easy to draw in a map window; select from regular, pre-configured layouts or draw your own. Or, give the program a list of panel endpoints.

3D strip logs can be appended automatically. Automatic panel location maps are available.

Lithology Fences

• Display your interpolated lithology in fence panels
• Include a lithology color legend and view volumes of the lithology types in the 3D window

Stratigraphy Fences

• Display interpolated stratigraphic surfaces in fence panels, or display "straight" linear correlations
• Include a stratigraphy color legend
• Turn individual layers on and off
• Stratigraphic fences can be created in Shapefile format for display in ArcScene^®

Quantitative Data Fences

• Display slices of your interpolated geochemistry, geophysical, geotechnical, or other quantitative data in 3D fence panels
• Include color legends
• Display in combination with an isosurface, and/or append stratigraphic surfaces for reference

Fracture Fences

• Model fracture locations in 3D and display slices of the model as fence panels
• Append fracture discs on 3D logs
• Include a legend to colors and distances

Aquifer Fences

• Display aquifer surface and base in 3D fence panels
• Combine with an isosurface representing a contaminant plume
• Float a reference map above the image

Use RockWorks to create on-the-fly and report-based volume computations from a variety of model types:

Lithology Models

• View the volume of each lithology type right in the 3D window
• Create a detailed report of the volume of each lithology type, at user-specified intervals. The report can also list percent of material, numbers of nodes, and mass.

Stratigraphy Models

• View the volume of each formation right in the 3D viewer
• Create a detailed report of the volume of each stratigraphic layer, at user-specified intervals. The report can also list percent of material, numbers of nodes, and mass

Quantitative Models

• View the volume of the current quantitative isosurface (geophysical, geochemical, geotechnical) in the RockPlot3D window
• The computation will be updated as you change the isosurface filter

• Location maps
• Geology maps
• Contour maps
• Isopach maps

Point Maps

• Simple point maps
• Point maps with variable symbol size
• Bubble maps
• Pie chart maps
• Starburst maps
• Barchart maps
• Spider maps

Contour Maps

• Non-grid (triangulation-based) contour maps
• Grid-based contour maps
• Color-filled contour maps
• Color-filled contour maps with conventional contour lines
• Contour Map with Irregularly-spaced, non-numeric contour labeling
• Disable contours at clipping boundaries

3D Surface Maps and Terrain Models

• Surface types
  • Mesh surface
  • Solid Surface
  • Dot grid surface
• Surface color schemes
  • Solid
  • Gradational color
  • Custom color
• Additional options
  • Drape 2D contour maps over surfaces
  • Drape raster images over surfaces
  • Float raster images over surfaces
  • Stack multiple surfaces

Land Grid Maps and Utilities

• Import and/ot interpolate land grid coordinates
• Section grid maps
• Convert legal descriptions to local or global coordinates
• Lease ownership/exiration map

Surveying Tools

• Convert survey coordinates to XYZ
• Determine known points
• Downhole survey

Display the solid model as an isosurface or as all-voxels in the 3D viewer. Filter for specific data values (lithology types or measured values). 3D strip logs can be appended automatically.

Morph multiple, time-based solid models for an animated display.

Lithology Solids

• Display all or selected lithology types in 3D
• Include a lithology color legend
• View volumes of each lithology type

Quantitative Data Solids

• Display interpolated geochemical, geophysical, geotechnical, or other downhole data as isosurfaces with a variety of color schemes
• Easily filter the 3D display for specific data values, and view volumes
• Insert horizontal and vertical slices
• Include a color legend

Fracture Solids

• Let RockWorks create a solid model of fracture distances, for display as an isosurface in the 3D viewer
• Append 3D logs with fracture dicsc automatically
• Filter the 3D display for specific distance tolerances
• Include horizontal and vertical slices
• Include a color legend

• Lithology logs
• Lithology model profiles and cross-sections
• Lithology model as 3D slices or fence panels
• Lithology model as a 3D solid
• Lithology based geology maps
• Lithology quantitative data abalysis

Stratigraphy Data

• Stratigraphy logs
• Stratigraphy sections and fence diagrams
• Stratigraphy profiles and multi-panel cross section
• Stratigraphy slices or fence panels
• Stratigraphy model based on stacked surfaces
• Stratigraphy based geology maps
• Display fence diagrams in Arcscene
• Stratigraphy data volumetrics
• Stratigraphic models and fences based on imported grid models

Geophysical, geochemical and geotechnical downhole data

• Downhole data logs
• Continuous model-profiles and multi-panel cross sections
• Continuous model-slicesand fence panels
• Continuous model-isosurfaces and voxel solids
• Downhole data plan-view maps

Fracture data

• Fracture data in logs
• Fracture model as profile or multi-panel cross section
• Fracture model as slices or fence panels
• Fracture model as isosurface or voxel solid
• Fracture data maps

Aquifer and hydrology data

• The RockWorks2006 Borehole Manager stores data in a Microsoft Access (.MDB) database.
• The look and feel remains just like RockWorks2004's tabbed spreadsheets, and includes a spreadsheet-style editor for Interval and Point data tables.
• Simple and Advanced Query tools allow easy selection of boreholes that meet some/any/all criteria, and a preview window displays the enabled/disabled wells.
  • Map locations
  • Elevations/total depths
  • Lithology types
  • Stratigraphy types
  • Interval-Data values
  • Point-Data values
  • Water level dates
  • Other location table fields
• Linked "Type" tables ensure data integrity
  • Lithology materials
  • Stratigraphic units
  • Well construction materials
  • I-Data names, values
  • P-Data names, values
• Other tools:
  • Backup Database: With the click of a button, you can store a backup copy of your project database.
  • Restore Database: Restores a backup MDB
  • Check database integrity - self healing
  • Control display of which data tables are displayed

• Floating or draped raster images
• Raster image panels
• Horizontal and vertical tanks
• Surface objects
• Scalable spheres
• Tubes (vizualize tunnels and shafts
• Oriented objects

Grid Model Tools

• Gridding interpolation algorithms
• Polynomial trend fitting
• Grid model filters
• Grid model computations
• Interactive grid editor
• Slope and direction models

Grid Modeling Algorithms

• 3D viewing/display options
• 3D viewing/display options
• Other solid modeling options

Stereonet Diagrams

• Stereonet diagrams and planar analysis
• Stereonet data
• Great circles and poles
• Unique symbols
• Stereonet statistics
• Stereonet contouring

Rose Diagrams and Other Structural Geology Tools

• Rose diagrams
• Rose diagrams with uni- or bi-directional data distribution
• Lineation Maps
• Lineation Grids
• Arrow Maps

Aqueous geochemistry: Piper diagrams and Stiff diagrams

• Piper diagrams
• Stiff diagrams
• Other hydrochemistry tools
• Hydrology tools
• Well drawdown
• Hydrographs

Ternary diagrams and other statistics tools

• Ternary diagrams
• Univariate statistics
• XY scatter plots
• Histograms

Geotechnical Tools

• Slope/aspect analysis
• Gradient vector maps
• Slope movement velocity analysis

Miscellaneous geology tools - geologic time scale, periodic table, unit conversion, coordinate version and more

• Geologic time scale
• Periodic table of the elements
• Earth sphere plotting utility
• Unit conversion
• Coordinate conversion (choose from 23 projections)
• Structural geology and trig calculations
• Igneous rock identifier
• Geometry calculations
• Three point contouring 2D and 3D flow maps

• Include any RockPlot2D image: maps, cross sections, logs, graphs, diagrams, and more. Scale the image using best-fit or user-specified units/inch (cm)
• Insert raster images (BMP, JPG, TIF), including geo-referenced images and exports from RockPlot3D
• Add text labels and paragraphs
• Insert coordinate labels and scale bars
• Add pattern legends
• Insert symbols, lines, rectangles, polygons, and polylines

RockPlot3D OpenGL viewer

• Use this interactive window to view your RockWorks 3D images - solids, surfaces, fence diagrams, OpenGL images, and more
• Interactively turn display items on and off
• Append multiple 3D views into one
• Easy adjustment of lighting, stretch, viewing angle, transparency, background color
• Continuous spin around any axis
• Capture rotating view as an AVI movie

Options for viewing surfaces

• color
• surface style
• smoothing
• transparency
• range filter

Options for viewing solid models

• color
• surface style
• cap style
• transparency
• value filter
• volume display
• slice insertion

• RockWorks99, 2002, 2004, 2006 projects
• Microsoft^® Excel XLS
• LogPlot DAT
• LAS
• ASCII
• DBF
• DXF™ contour line
• DXF XYZ points
• Garmin TXT
• Geonics EM38
• GPL (Garmin GPS)
• Laser Atlanta survey files (ASCII and Trimble™ Pro XL)
• RockBase fixed-field
• SEG-P1 shotpoint data
• Spectrum Penetrometer
• Delorme GPL
• GSM-19
• ModPath particle flowpaths
• Tobin WCS
• NEIC earthquakes
• Colog
• GDS and GDSII
• IHS PI/Dwight (well location, stratigraphy tops and perferation intervals)
• gINT (requires creation of correspondence file in gINT)
• Kansas Geological Survey data
• Newmont Assay MDB
• LidarXYZ
• Surfer Color Fill Table (*.lvl)

Data Export

• RockWorks 2004 BH
• LogPlot DAT
• ASCII
• DBF
• MicroSoft Excel XLS

Graphics Import

• AGL (RockWare ASCII Graphics Language)
• DLG (Digital Line Graph)
• DXF lines and polylines
• ArcInfo^® E00 polylines
• ESRI Shapefiles
• Raster (BMP, JPG, TIFF, PNG, WMF, EMF, GIF, TGA, PCX)

Graphics Export

• DXF
• BMP
• JPG
• TIFF
• PNG
• WMF (Windows^® MetaFile)
• EMF (Enhanced MetaFile)
• RockPlot and 3D XML
• ESRI Shapefiles
• Avianimation
• Google™ Earth KMZ

Grid Model Import

• ASCII grid data
• BMP images
• DEM (Digital Elevation Model grids)
• ESRI^® ASCII grid files
• Geosoft GXF (grid exchange, uncompressed)
• RockWorks7 (DOS)
• Surfer

Grid Model Export

• ASCII matrix and XYZ
• DXF matrix
• Geosoft GXF (grid exchange)
• Ohio Automation ENZ
• RockWorks7 (DOS)
• RockWare RTM terrain models
• Surfer ASCII and binary
• VistaPro
• ESRI ASCII grid files

Solid Model Import

• ASCII

Solid Model Export

• ASCII
• NOeSYS
• Slicer Dicer^®
• Voxel Analyst