v3.0.0

• 3D forward modeling in the GUI
• Ability to define custom-equation maps
• 3D pseudo section visualization
• Support for 3D remote electrodes (pole-pole/dipole)
• Minor bug fixes

v2.2.2

• Notable SVD error fix
• Updated computation of pseudo-sections
• Buried electrode and whole-space mesh associated fixes
• Range inversion error filtering
• Various bug fixes (see commits)

v2.2.1

• fix issues from beta v2.2.0

v2.2.0

• important internal change for R2.elec and Survey.elec (type change from numpy.array to pandas.DataFrame). This now allows electrode label to be different from the electrode index. This is important consequence for survey with discontinuous electrode number or electrode number not starting at 0 or 3D survey that include a line number.
• numerous bug fixes from beta v2.1.0 (see commit history)

v2.1.0

• add major 3D vizualisation improvements using pyvista
• allow fixed and zone to be kept when using forward modelling and then inverting
• all executables have been updated (R2, cR2, R3t, cR3t)

v2.0.2

• enable depth of investigation modelling using the method of Oldenburg and Li (1999)
• fix several issues with remote electrodes

v2.0.1

-Fix bug where _MEIxxxx temporary folder not removed after exiting the app (Windows only)
-Fix custom parser not reading two first lines
-Improved display scaling for high DPI screen

v2.0.0

New updates:
-New forward modeling tab design
-Ability to design model before meshing
-Capability of individual data analysis (batch/time-lapse only)
-Uniform methods names (API)
-Faster 3D mesh interpolation
-Support for "Lippmann" data input
-Addition of sensitivity slider (inversion)
-Interactive post processing (similar to pre-processing)
-Fixed zoom level in inverted section when changing attribute
-Minor bug fixes

v1.1.9

Version 1.1.9

v1.1.6

Version 1.1.6