Applications in Python notebooks making use of solutions from Mira Geoscience
Python API for geoh5, an open file format for geoscientific data.
Simulation and Parameter Estimation in Geophysics - A python package for simulation and gradient based parameter estimation in the context of geophysical applications.
Convert geosoft grid to an open format for useability
Application to run SimPEG inversions on GEOH5 files, from Geoscience ANALYST
Detection and grouping of time-domain electromagnetic (TEM) anomalies measured along flight lines
Import/Export LAS files to/from GEOH5 format for geoscientific data
Create Octree mesh objects with local refinements using the SimPEG.discretize package from/to GEOH5 files
a parameter sweeper for applications driven by ui.json files from Geoscience Analyst
Python library for working with OMF files, with conversion between OMF and GEOH5 files.
Utility functions used by Python applications supported by Mira Geoscience
Creation and manipulation of surface objects using various Python libraries and geoh5py
Create specialized mesh, model, and simulation for a parameterization of the halfspace + overburden and plate geological setting
Auto-detection of trends and edges in geoscientific data
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