Euclidean distance & signed distance transform for multi-label 3D anisotropic images using marching parabolas.
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Updated
Jul 17, 2024 - C++
Euclidean distance & signed distance transform for multi-label 3D anisotropic images using marching parabolas.
General purpose engine written in C++ with emphasis on materials rendering (PBR, clear coat, anisotropy, iridescence)
Teleseismic body wave modeling through stacks of (submarine/anisotropic) layers
Teleseismic body wave modeling through stacks of (dipping/anisotropic) layers
This is an open source program based on NVIDIA cuda, which includes two-dimensional and three-dimensional VTI media forward simulation and reverse time migration imaging, two-dimensional TTI media reverse time migration imaging, and ADCIGs extraction of the above media]
Utility modules for dealing with generally-anisotropic elastic constants and other geophysics problems
Determination of the elastic parameters of a VTI medium from sonic logging data using deep learning
Pynkowski is a Python package to compute Minkowski Functionals, as well as their expected values for different fields.
NVIDIA-based GPU Accelerated Finite Difference Forward Seismic Simulation of VTI Media]
Toolkit for the study of seismic anisotropy.
This program provides the analytical solution to borehole stress concentrations around boreholes drilled at an arbitrary orientation in an anisotropic rock formation. The input parameters include: borehole orientation, far-field stress orientation, borehole fluid pressure, elastic constants and orientation of the rock medium. This code was devel…
Multi-event processing plugin for the MATLAB shear wave splitting toolbox SplitLab
The latest distribution of Recfunk codes for computation of receiver functions and harmonic decomposition analysis.
Retrieve azimuthal anisotropy of surface waves from inter-station measurements, following Schippkus et al. 2020
A module containing elasto-plastic material models (Hill-Plasticity) with straightforward extension to various hardening laws.
A modular class containing elasto-plastic material models (Hill-Plasticity) with straightforward extension to various hardening laws.
Radiative Heat Transfer between two parallel surfaces of a Biaxial Crystal is studied in the Near-Field Regime
MATLAB tools for modeling and plotting of shear-wave splitting data
A mesh generator based on the DistMesh algorithm written in modern Fortran.
Simulate crystallographic preferred orientation evolution in polycrystals
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