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Software Licensing

Licensing Overview

The UBC-GIF group has developed a comprehensive set of Fortran-based forward modeling and inversion software packages that may be acquired through commercial or academic licensing. Software has been compiled to run on Windows and Linux systems. All UBC-GIF codes are provided on an "as-is" basis and licenses not provide explicit access to support or upgrades; except in the event of "bugs" in the software. The entire suite of UBC-GIF codes is tabulated below in the currently licensed software section.

We currently license codes for the following geophysical methods:

  • Gravity
  • Magnetics (including MVI)
  • Direct current resistivity (DCR) and induced polarization (IP)
  • Frequency-domain electromagnetic (FDEM)
  • Time-domain electromagnetics (TDEM)
  • Magnetotellurics (MT)
  • Z-axis tipper electromagnetics (ZTEM)

Commercial Licensing: All of the codes tabulated in the software summary below are available through commercial licensing. A commercial license must be purchased for any UBC-GIF software package that is to be used for commercial and/or contracting purposes. Please visit the commercial licensing page for instructions on how to acquire commercially licensed codes.

Academic Licensing: For accredited institutions who wish to use UBC-GIF codes for academic research, we offer free academic licenses for some (not all!!!) of our software packages. Please visit the academic licensing page to see which codes are available for academic licensing and the conditions which must be met.

 

 

Currently Licensed Software

The following coding packages are currently being licensed. You may click the package name to jump to the corresponding online manual for a more comprehensive description and reproducing example.

Package NameMethodCommercial LicenseAcademic LicenseKeywords
GRAV3DGravityMira GeoscienceYES3D gravity
GG3DGravity GradiometryMira GeoscienceYES3D gravity gradiometry
MAG3DMagneticsMira
Geoscience
YESTMI and amplitude data
MVIMagneticsMira
Geoscience
NOMagnetic vector model
DCIP2DDCR and IPMira
Geoscience
YES2D tensor code
DCIP3DDCR and IPMira
Geoscience
YES3D tensor code
DCIP OcTreeDCR and IPUBC-GIFNOOcTree
EM1DFMFDEMMira
Geoscience
YES1D FDEM code
E3DFDEMUBC-GIFNOOcTree
E3D v2FDEMUBC-GIFNOOcTree, arbitrary Tx/Rx
E3D v2 tiledFDEMUBC-GIFNOOcTree, arbitrary Tx/Rx, tiled code
E3DRHFDEMUBC-GIFNOOcTree, RH coordinates
E3DRH v2FDEMUBC-GIFNOOcTree, arbitrary Tx/Rx, RH coordinates
E3DRH v2 tiledFDEMUBC-GIFNOOcTree, arbitrary Tx/Rx, tiled code, RH coordinates
EM1DTMTDEMMira GeoscienceYES1D TDEM
H3DTDTDEMUBC-GIFNO3D tensor code, TEM data only
H3DTD v2TDEMUBC-GIFNO3D tensor code, TEM and SAM data
TD OcTreeTDEMUBC-GIFNOOcTree
TD OcTree tiledTDEMUBC-GIFNOOcTree, tiled code
TD OcTree v2TDEMUBC-GIFNOOcTree, arbitrary Tx/Rx
MTZ3DMT / ZTEMUBC-GIFNO3D tensor
E3DMTMT / ZTEMUBC-GIFNOOcTree, joint MT/ZTEM inversion
E3DMT v2MT / ZTEMUBC-GIFNOOcTree, arbitrary Tx/Rx, joint MT/ZTEM inversion