Creating and slicing 3D views to create cross-sections and plan maps for reporting. C. Advanced Modeling and Target Generation
Comprehensive Guide to Geosoft Target: Modern Workflows and Educational Resources Geosoft Target , now part of the
Modern Target workflows are structured into these primary stages: Project Setup geosoft target tutorial pdf updated
: Can be overwhelming for beginners due to deep menu structures.
Use standardized naming conventions for lithology codes (e.g., "SNDST" instead of variations like "Sandstone", "Sst", "sandstone"). Creating and slicing 3D views to create cross-sections
Before visualizing any data, you must establish a structured project environment. Open Geosoft Target and select . Save your project file ( .gpf ) in a dedicated directory.
Geosoft Target is the industry standard for visualizing and managing drillhole data in 3D. As projects grow in complexity, having an updated guide is essential for efficient mineral exploration. This tutorial covers the fundamental workflow for the latest version of Geosoft Target. Getting Started with Geosoft Target 1. Database Creation Use standardized naming conventions for lithology codes (e
Moving from 2D sections to a 3D environment allows you to see the true orientation of your geological anomalies. Creating a 3D View Navigate to . Drag and drop your drillhole database into the 3D window.
Target automatically calculates the 3D trajectory of the holes using your survey data. Click DH-Data > Core Tools > Desurvey Drillholes to refresh these calculations. 4. Generating 2D Geological Cross Sections
How to create a new project (.gdb) and define data structures (collar, survey, assay, geology).
The most up-to-date tutorials are found in the Seequent Learning Portal. Search for "Target" to find the latest "Getting Started" PDF guides.