Computers & Geosciences: forked code repositories's repositories
CAGEO_LaTeXTemplate
This repository is a LaTeX project of a document that follows all the submission requirements for Computers & Geosciences.
Oksum_2018
a MATLAB-based program for inverting gravity anomalies over sedimentary basins.
author_instructions
Author instructions for uploading code when a paper is accepted in Computers & Geosciences
Castillo-Reyes_2018
PETGEM is a parallel python code for 3D Controlled-Source Electromagnetic Method (3D CSEM) in geophysics using edge finite elements (Nedelec finite elements).
SFD-CNN-TL
Seismic fault detection in real data using Transfer Learning from a Convolutional Neural Network pre-trained with synthetic seismic data -- Authors: Axelle Pochet, Augusto Cunha, Helio Lopes, Marcelo Gattass
CAGEO_WordTemplate
This repository is a Microsoft Word file that follows all the submission requirements for Computers & Geosciences.
Euler-deconvolution-python
Reliable Euler deconvolution estimates throughout the vertical derivatives of the total-field anomaly
Locock-2013
An Excel spreadsheet to classify chemical analyses of amphiboles following the IMA 2012 recommendation, Andrew Locock
Ozkaya-2017
Autolisp software toolbox for mapping fracture corridors on Autocad platform
Vollmer-2018
MATLAB/Octave function for contouring geological fabric and finite strain data on the unit hyperboloid.
3dVarBio
Variational Method for Data Assimilation
ASET
ASET is a Matlab®-based toolbox developed to obtain, visualize, and validate calibrations between the echo intensity level from static ADCP measurements and suspended sediment concentration values measured simultaneously in different points of surveyed verticals with traditional techniques. In addition, once the calibration is obtained, ASET transforms the acoustic intensity signal into sediment concentration for each cell measured by the ADCP, obtaining the same spatial resolution as the velocity field in the cross-section or temporal series (for static measurements). Extrapolation methods are also included to estimate velocity and concentration values in areas not measured by the ADCP, (i.e., near bottom, surface, and banks), with visualization modules for the user to evaluate each method. Finally, an integration module makes possible to compute the total suspended sediment concentration in a cross-section.
density-partition
Example code for "Parallel Variable-Resolution Bathymetric Estimation with Static Load Balancing"
Fernandez_2018
Angular Distance Sample Selection
ghcnd_access
The ghcnd_access toolbox is utilised to extract data from the Global Historical Climatology Network (GHCN)-Daily database and change the .dly file format into a more accessible structure. The toolbox can be run in either MATLAB or open source alternative GNU Octave.
Li-2018
Co-authors:Wei Li, Douglas R. Schmitt, Changchun Zou, Xiwei Chen. We provide a program (AOTI2D) to model responses of ultrasonic pulse transmission measurements through arbitrarily oriented transversely isotropic rocks. The program is built with the distributed point source method that treats the transducers intoas a series of point sources. The response of each point source is calculated according to the ray- tracing theory of elastic plane waves. The program could offer basic wave parameters including phase and group velocities, polarization, anisotropic reflection coefficients and directivity patterns, and model the wave fields, static wave beam, and the observed signals for pulse transmission measurements considering the material’s elastic stiffnesses and orientations, sample dimensions, and the size and positions of the transmitters and the receivers. The program could be applied to exhibit the ultrasonic beam behaviors in anisotropic media, such as, the skew and diffraction of ultrasonic beams, and analyze its effect on pulse transmission measurements. The program would be a useful tool to help design the experimental configuration and interpret the results of ultrasonic pulse transmission measurements through either isotropic or transversely isotropic rock samples.
Mesh_Generator
Generation of unstructured meshes in 2-D, 3-D, and spherical geometries with embedded high-resolution sub-regions
Nussbaumer-2018
Sequential Gaussian Simulation for generating Gaussian fields.
r.openness
Grass module to calculate openness parameter from a DEM
Saad-2018
% "Automatic arrival time detection for earthquakes based on Modified... % Laplacian of Gaussian filter", in Computers and Geosciences journal. % This filter is a denoising filter which can deal with several types of % signals. % DOI: https://doi.org/10.1016/j.cageo.2018.01.013