v2.1.3

• Fixed a sorting issue with eccentricity vectors reported in the SINEX file.
• Speed up of Kalman Filter computation for VLBI processing.
• Cleanup and improvements to analysis scripts.
• Other minor bugfixes and improvements.
• Requires at least Python 3.9 due to new version of Midgard

v2.1.2

Highlights of difference between version 2.1.0 and 2.1.2

• Eccentricity vectors in the SINEX file were always reported as a zero vector as a mistake. This is now corrected.
• Corrected name of SINEX file for some special cases.
• Other minor bugfixes

v2.1.0

Highlights of difference between version 2.0.1 and 2.1.0

• Add support for non tidal atmospheric loading based on yearly station files from TU Wien. Use this for data older than 1994.
• Even more robust parser for the VLBI gravitational deformation file
• Minor bugfixes

v2.0.1

Highlights of difference between version 2.0.0 and 2.0.1

• The new VLBI naming convention: Allowed an additional variant for the naming of vgosdb wrapper files
• More robust parser for the VLBI gravitational deformation file
• Minor fixes in There for newer versions of numpy

v2.0.0

Highlights of difference between version 1.4.0 and 2.0.0

• Support for the new VLBI naming convention
  • The directory structure and filename of the work directory is changed to be better aligned with the new naming convention for the input data files and the new master file format. This change breaks backwards compatibility with earlier processed sessions. As a consequence some dropdown menus in There are also changed.
• New editor:
  • Reads SKED files to obtain information about how many observations that were scheduled for each station. The information in stored in the meta dictionary of a dataset.
• Updates to There:
  • Added a new tool line called Selector. Multiple observations can be discarded at once by using this tool.
• Several minor bugfixes

v1.4.0

Highlights of difference between version 1.4.0 and 1.3.0

• Added ITRF2020 as default reference frame and improved handling of discontinuities in the reference frame
• Added more options for parameter estimation
  • Constant parameters can now be estimated as continuous piecewise linear offsets (cplo)
  • Rate constraints can be added to the normal equation for parameters estimated as cplo
  • NNT/NNR constraints are now configurable
  • Parameters may be constraint to their a priori value by configuring absolute constraints

v1.3.0

Highlights of difference between version 1.3.0 and 1.2.0

• Updated configuration profile for VGOS
• Added a new stage called postprocess that is run after estimation
• Added two VLBI postprocessors:
  • Computes network volume
  • Computes baseline lengths and formal errors

v1.2.0

Highlights:

• Add estimation of baseline clock offsets to the quadratic clock model for VLBI
• Minor bugfixes for SLR (Dislcaimer: SLR analysis as a whole still does not work properly)
• Update default planet ephemerides to DE440

v1.1.1

Highlghts:

• Minor bugfixes in the creation of SINEX files
• Minor bugfixes in There when plotting time or dates

v1.1.0

Highlights:

• Added the option to use VMF1 station files for the troposphere model
• Added the pipeline to run SLR analysis (This is in not working properly and should not be used for production)
• Changed default configuration to be ITRF2020-compatible
• Minor bugfixes