Geoscience ANALYST Pro

• Coordinate system transformation
• Image registration to geographic locations
• Creation and editing of objects in 2D and 3D
• Scripting

• Curves to Geosoft GDB and ESRI SHP
• Points, curves, surfaces, 2D grids and block models to Open Mining Format (OMF)
• Points, curves, and surfaces to AutoCAD DXF and GOCAD ASCII files
• Drillholes to CSV files and LAS files (v2.0)
• Data tables to CSV
• 2D grids to TIFF and ERS
• Block models to UBC grid and model, and ASCII – Leapfrog friendly
• VP models

• Design new drillholes from target (x, y, z location) to surface, collar down, or existing drillholes
• Casing length, azimuth, dip, lift, swing, and station interval parameters
• Manual drillhole designer utility
• Change collar location
• Modify dip, azimuth, lift, and swing parameters at each deviation station
• Option to automatically propagate angle changes down the hole
• Insert and delete deviation stations manually
• Insert deviation stations at surface intersections

• Property transfer between points, curves, surfaces, 2d grids, and block model objects
• Minimum curvature gridding
• Fourier filtering
• K-means clustering
• Gravity corrections; along-line filters

Design and simulate geophysical surveys; run detectability studies using 3D geological model inputs to optimize data acquisition. Grid data and apply numerous 2D grid filters.

Features:

• Interactively design ground and airborne gravity and magnetics surveys, DC/IP surveys; experiment with EM loop and seismic reflection acquisition geometry for specified targets
• Intuitive, interactive 2D grid design tools
• 2D grid filtering, including high/low pass, reduction to pole, vertical/horizontal derivative, apparent susceptibility, apparent density, tilt angle, upward/downward continuation and strike
• Data trend removal (1st-, 2nd-, 3rd-order polynomial) for 2D Grid and Points objects

Forward modelling and inversion of potential fields data, powered by our unique VP technology that can act directly on geological models. There are no limitations on model size or number of inversions.

Features:

• Create 3D inversion grids with the ability to set increasing cell size with depth
• Gravity, gravity gradient, and magnetics forward modelling and inversion, powered by our unique VP technology that can act directly on geological models
• Electromagnetic modelling with decay curves panel for data analysis, quality control, and filtering

K-means clustering enables identification of data groups. Once linked to ioGAS, any point object in Geoscience ANALYST Pro can be opened in ioGAS and, conversely, an open ioGAS file will be automatically imported into Geoscience ANALYST Pro. ioGAS’s powerful attribute settings are dynamically updated in 3D using Geoscience ANALYST Pro’s versatile visualization capabilities.

ioGAS link features:

• Live connection to ioGAS
• Points with ioGAS attributes visualization
• Real-time attribute updates
• Real-time ioGAS data addition updates
• Synchronization of Geoscience ANALYST Pro data and ioGAS edits
• Ability to save linked ioGAS data after disconnecting
• Provides access to ioGAS’s stereonet, gridding, graphs, maps, utilities, and statistics tools

Dynamically link to EMIT’s Maxwell electromagnetic data interpretation to simultaneously harness the power of both platforms. Once linked, you can broadcast plates within Maxwell to Geoscience ANALYST, adjust the geometry and parameters in Geoscience ANALYST, and broadcast the updated, linked plate to Maxwell.

Features:

• Live connection to Electromagnetic Imaging Technology’s Maxwell software
• Manipulate plate geometry directly in the viewport or with the visual parameters panel
• Broadcast plate geometry, visual parameters, and data updates to and from Maxwell
• Provide Maxwell with a multi-disciplinary, immersive environment for more accurate plate modelling
• Powerful user interface for interpretation of EM data