Software

S-GeMS is a software for 3D geostatistical modeling. Many of the classical geostatistics algorithms are implemented, as well as new developments made at Stanford University.

GsTL is a C++ library that provides a comprehensive set of tools and algorithms for geostatistics. Based on the Generic Programming paradigm, it is extendable and easy to integrate into existing softwares

Download GSLIB tar-file containing all code of the book
GSLIB: Geostatistical software library, Deutsch, C.V. and Journel, A.G. Oxford University Press, 1998.
This version 2.1 contains some bug correction over the 1992, version 1.
GSLIB help pages for help with installation and overview of the code
Programs added: accuracy plots, boolean channel simulation, tranformations for truncated Gaussian, cleaning of pixel-based simulations

The GUTLIB is a collection of the following algorithms :

Block CoKriging cokb3d
Correlogram map calculation corrmap
Dual Kriging (SK-OK) of Rectangular Grid dual3d
Fractal Simulation fracsim
New Categorical Simulation Program gtsim
Inverse Distance Intterpolation invd
Location Map of 2-D Rectangular Grid locmap
Indicator Kriging of 3D Rectangular Grid newik3d
New Version of Probability Field simulation pfsim3d
Random Stratified Sampling from 2D Data randsamp3d
Colocated Sgsim with Markov Hypothesis sgcosim3d
Multiple Grid Sgsim sgsim2
Sequential Indicator Simulation sisim2_fc
Categorical Simulation using local proportion curves sisimpdf_fc
New Variogram Plotting Program vargnew
Graphics Programs for Geostatical analysis Visualization xgam
xv2d xv2d
xv3d xv3d
Visualizing 2D and 3D slices in XWindows yap
Upscale find grid permeability and porosity using pressure solver. upscaler or flowsim
Indicator kriging and p-field simulation in the presence of inequality constraints, hard and soft data. iksim
Unconditional simulation using Turning band algorithm tb3d