"We take a project with no data or very little data and bring it up to joint venture status. The software is the critical link between the data collection and the GIS environment because it allows us to move the data into a 3-D model that is ultimately what you want to present to partners."
Brian Cellura, Miranda Gold
Experience Target for ArcGIS
Take a quick tour of Target for ArcGIS. View Video
Target for ArcGIS is a geology mapping extension for Esri ArcGIS that simplifies 3D visualisation and analysis of drillhole and borehole geology data within ArcMap. Using Target for ArcGIS, you can visualise your geology data in 3D and conduct integrated analysis to enhance subsurface insight.
Subsurface Geology for ArcGIS
Geosoft has made it easier for earth explorers working within Esri ArcGIS. Explorers can visualise drillhole and borehole geology data and quickly integrate it with their exploration data without leaving their ArcGIS environment. Tight integration between Geosoft and Esri ArcGIS, with ArcEngine built-in to the Geosoft platform, ensures easy sharing of data, results and knowledge between both exploration and GIS environments.
With Target for ArcGIS, you can:
- Integrate borehole positions with geology, geochemistry or geophysics data through plan, profiles and section map views.
- Recreate sections and plans with a few mouse clicks.
- Automate legend generation, including lithology patterns.
- Present geological, geochemical, geophysical and geotechnical data in a single graphic display.
- Create up to 32 logs with data and graph type selections in each plot.
- Display your data in 3D with drill traces, surfaces and 3D models.
- Generate surface grids using robust methodology such as minimum curvature, kriging, and tinning.
- Enhance surface mapping with interval and exact level contouring.
- Generate a voxel (3D grid), incorporating the strike, dip and plunge from your geology.
- Display isosurfaces from your voxels.
View the Target for ArcGIS Video to explore what it can do for you.
A new digitization workflow for creating geological interpretations
A new streamlined workflow makes it easy to digitize geological interpretations on section maps using the native ArcGIS editing tools. You can save all your interpretations to a single Interpretations Geodatabase, making it easier to manage and to share geological models with colleagues.
Each Geodatabase can contain several sets of interpretations, stored as geological feature classes. Polygon features can be used to represent individual rock units, alteration or mineralization zones, while polyline features can be used to draw faults or contact surfaces.
Build wireframes from section interpretations
Target for ArcGIS now provides an easy-to-use wireframing interface that enables you to build 3D subsurface geological models by joining section interpretations stored in a Target for ArcGIS Interpretations Geodatabase.
Simply click on the features you want to include and a wireframe model is created from the shapes. Polygon features form closed surfaces or bodies. Flat, conical or rounded ends can be used to close the open ends of a wireframed polygon feature. Polyline features will form open surfaces, and can be used to represent fault planes or contact surfaces.
After saving the wireframe to a Geosoft surface (geosurface) file, the total surface area is reported for open surfaces and total volume is reported for closed bodies. Closed geosurfaces can be used in voxel math expressions to clip voxels or to create constraints to use in inversions.
Easily collaborate on 3D modelling projects by sharing the interpretations (as a Geodatabase) or the wireframing results (as a Geosoft surface file or multipatch feature classes).
Note: ArcGIS 10 (SP5) or newer is required to use the wireframing workflow. Customers using ArcGIS 9.3.1 will be unable to use this feature.
Voxel math expressions using closed 3D geosurfaces
You can now use closed 3D surfaces from wireframing as variables in voxel math expressions, enabling you to clip voxels to the inner or outer edges of a 3D surface.
There are a number of ways you can use this functionality. For example, you can clip voxels to a closed surface to calculate an average grade within a specific rock unit or you can assign a constant value to the voxel cells inside or outside the closed surface, which makes it much easier to create constraints for VOXI.Watch the video
Add 3D Vector files to Section and Plan Maps
You can now include 3D shapefiles and 3D DXF files while generating a section map in Target or Target for ArcGIS. This enables you to add 3D vector files (such as ore body wire frames and open pit outlines from mine planning packages) to section maps, plan maps and level plan slices. The imported 3D files appear in the correct location on your 2D section map. The 3D DXF file is clipped to the thickness of the section map (only the portion which exists inside the section is visible) while the entire 3D shapefile is projected onto the centre slice of the section.
||Visualise and analyse subsurface drillhole and borehole geology data in 3D. Zoom, pan, rotate, slice and interact with 3D views of drillholes and geophysical models.|
Drillhole Plans and
||Easily create and recreate drillhole sections and plans. Recreating a section or plan is as easy as a few mouse button clicks.|
|Surface Mapping||Use design wizards and function rich gridding routines to simplify the creation of grids and contour maps from stream, soil, rock and geophysical data.|
Surface and Drillhole Data
||Combine drillhole data with all other surface data and information to create detailed, integrated surface and subsurface maps.|
Strip Log and Fence Diagram
||Display drillhole data in strip logs or fence diagrams.|
Imports a large number of data
||Import commonly-used data models such as ASCII XYZ, GoCAD voxels and surfaces and DXF.|
Compatibility with Mine Planning
||Use any of the major mine planning formats to update, modify or enhance your data, including Surpac STR, DTM and Datamine Wireframe models.|
Recommended hardware and software requirements for Target for ArcGIS 4.4
Windows 8.1 (32-bit and 64-bit)
Windows 8 (32-bit and 64-bit)
Windows 7 SP1 (32-bit and 64-bit) - Recommended, Minimum requirement.
Requires ArcGIS 10.1 (SP1), ArcGIS 10.2.1, ArcGIS 10.2.2, ArcGIS 10.3 or ArcGIS 10.3.1
|CPU||A Dual Core processor is recommended. An Intel Celeron processor is not recommended.|
|RAM||4-8 GB recommended, 1 GB minimum required.|
|Graphics||Nvidia Professional 256MB 3D (OpenGL 2.0) Graphics Card recommended.|
|Printer/Plotters||Any Windows supported colour printer. Hewlett Packard® large-format ink-jet plotters are recommended.|
|Installation Permissions||When installing ArcGIS Extensions, you MUST be logged on with Administrator permissions.|
|Installation Disk Space||2 GB or more of free space on the Program Files drive is required for the installation process.|
|Data Disk Space||Data disk space depends on the volume of project data to be processed and the printer driver you are using, however 100 GB is recommended. This is largely based on your business and data requirements.|
|Internet||To use the internet capabilities in your Geosoft software, you will need to install Internet Explorer 7.0 or later. This does not mean that you have to have Internet Explorer as your default browser; the Geosoft software applications just use the internet connection technology supplied in IE7.|
The following software prerequisites are required and will be downloaded and installed if not present:
For information on requirements for previous versions and operating systems, see the system requirements page