GravMagInv3D
Interpret gravity and magnetic areal data across any OS. This software incorporates prior geological and geophysical data for precise modeling and inversion. Runs on Windows, macOS, and Linux.
Block Modeling
Interactively build, edit, and fit models consisting of multiple 3D bodies of regular and complex shapes.
✓ Manual model editing
✓ Automated fitting of physical properties
✓ Integration with grid models
✓ Automated fitting of physical properties
✓ Integration with grid models
Grid modeling
Interactively fit grid models and run fast joint inversion algorithms incorporating prior data on arbitrary surfaces.
✓ Interactive manual grid editing
✓ Separate and joint inversion
✓ Boundary fitting
✓ Parallel computing on CPU and GPU
✓ Separate and joint inversion
✓ Boundary fitting
✓ Parallel computing on CPU and GPU
Prior Data Integration
Create reliable models by applying prior geological and geophysical data during the preparation and inversion stages.
✓ Import horizons and reference lines
✓ Convert physical properties using formulas or AI
✓ Fix and prioritize specific areas during inversion
✓ Convert physical properties using formulas or AI
✓ Fix and prioritize specific areas during inversion
Transformations and filters
Interactive profile data filtering to isolate different frequency components and extract the signal of interest.
✓ Spatial and frequency filters
✓ Derivatives
✓ Upward and downward field continuation
✓ Reduction to the pole and equator
✓ Apply multiple filters simultaneously
✓ Derivatives
✓ Upward and downward field continuation
✓ Reduction to the pole and equator
✓ Apply multiple filters simultaneously
Depth and Source Estimation
Quickly estimate anomaly parameters to form preliminary hypotheses about the geological structure of your study area.
✓ Wavelet transform
✓ Euler deconvolution
✓ Log power spectrum analysis
✓ Normalized Full Gradient (NFG) method
✓ Euler deconvolution
✓ Log power spectrum analysis
✓ Normalized Full Gradient (NFG) method
Advanced Data Analysis
Analyze areal datasets of any size using a combination of classical methods and AI algorithms.
✓ Pairwise correlation analysis
✓ Sliding window statistics
✓ Poisson's ratio calculation from gravity and magnetic data
✓ Dimensionality reduction and feature extraction
✓ Geological and geophysical zonation
✓ AI-based missing data prediction
✓ Sliding window statistics
✓ Poisson's ratio calculation from gravity and magnetic data
✓ Dimensionality reduction and feature extraction
✓ Geological and geophysical zonation
✓ AI-based missing data prediction
