GammaRay 6.0 - Markov Chain Random Field Simulation

Windows users: Download the ZIP and extract the files into any directory. Run the program by activating GammaRay.exe.

These software must be installed in your system if you do not have them already:

• GSLib Fortran source codes and executables for your operating system can be found here: http://www.statios.com/Quick/gslib.html
  Some GSLib executables for MacOS can be found here: https://github.com/GeostatsGuy/GSLIB_MacOS

• Ghostscript for your platform, necessary to render GSLib plots, can be found here: https://www.ghostscript.com/download/gsdnld.html

• GraphViz for your operating system, necessary to generate the Facies Relationships Diagram, can be found here:
  http://www.graphviz.org/

What's new:

🆕 Markov Chains Random Field Simulation (manual Section 14.3).
🆕 New data type: Segment Set (manual Section 5.3.3).
🆕 Convert facies names/symbols into facies code in data files (manual Section 7.9).
🆕 Convert variable to categorical variable quickly and directly (no classification step) (manual Section 7.10).
🆕 New object: Facies Transition Matrix (manual Section 11.1).
🆕 Cyclicity analysis and significance test (null hypothesis) for Markovian memory (manual Section 11.1.2).
🆕 Facies transition diagram (manual Section 11.1.3).
🆕 Experimental transiogram calculation and transiogram modeling dialog (manual Section 11.2).
🆕 Constructor of GeoGrids from multiple horizons (manual Section 15.2.2).
🆕 Multiple Facies Relationship Diagrams for a range of separations (h) (manual Section 11.2.2).
🆕 Flip grid data in either U, V or W directions (manual Section 7.13).
🔵 Can display 2D grids as surfaces (z = variable).
🔵 Categories can have a custom RGB color, in addition to the mandatory GSLib color.
🔵 Antialiased PostScript (plots) rendering.
🔵 Viewer 3D: option to display attributes in GeoGrids in UVW Cartesian grid.
🔵 Making continuous variables as categorical now avaliable for Cartesian and GeoGrid grids.
🔵 Added color scale setting for Attributes in 3D Cartesian and Geo- grids.
🔵 Minor performance improvement for the spatial index.
🔵 Improved performance of spatial index bulk loading.
🔵 Factorial Kriging: choice of search algorithm: one good on average for most data sets; another tuned for large datasets.
🔵 Added Cartesian grid-to-Cartesian grid collocated values transfer.
🔵 Added Cartesian grid-to-Point set collocated values transfer.
🔶 Cateorical definitons now can have tens of classes.
🔶 Hability to save plots not originated from GSLib programs.
🔶 File::readFromFS() was not overidden in DataFile.
🔶 CartesianGrid's IJKtoXYZ() was not returning the centers of the cells per GridFile's contract.
🔶 Viewer 3D: rendition of 3D Cartesian grids with incorrect cell dimensions.
🔶 Viewer 3D: categorical variables are rendered with the colors of its categorical definition.
🔶 Categorization of variables where incorrectly mapping NDVs to fallback category code.
🔶 3D Viewer: unnecessary ::New() within a loop causing major bottleneck in surface visualization.
🔶 GeoGrid was not implementing freeLoadedData().
🔶 Added a defensive assert to DataFile::getCategoryDefinition().
🔶 Negative size values for files larger than 2GB.
🔶 Incorrect greater-than operator in comparator for a multiset, resulting in inverted sorting.
🔶 SVDFactor::get[Min/Max]Value(): replaced std::[min/max]_element() calls with explicit loops since these functions don't ignore NaNs.
🔴 Category Definition editor: Crash caused by passing invalid GSLib color codes to Util::getGSLibColor().

LEGEND:
🆕: NEW FEATURE; 🔵: enhancement; 🔶: defect fix; 🔴: bug fix.