Guilhem Bonnefille authored 7 years ago and Luc Maisonobe committed 7 years ago

The assembly:site does not trigger building, testing and packaging.
This goal should be explicitly invoked.

GitHub: fixes #16.

Guilhem Bonnefille authored 7 years ago and Luc Maisonobe committed 7 years ago

The LICENSE.txt and NOTICE.txt files are already stored into the
META-INF of the binary jar file.

GitHub: fixes #15.

Added the ITRF2005 and 2008 frames to CCSDSFrame following the pattern there for
existing ITRF frames. Also added a test case and a change log entry.

Fixes #361

Previously the scale factor had been applied twice when computing finite
differences, now it only applied once. Also added a test case and change log
entry.

Fixes #362

TurnAroundRangeIonosphericDelayModifier.

Fixes issue #369

This version of the pom and assembly files allow to release Orekit
by running:

 mvn -Prelease -DskipStagingRepositoryClose=true
      clean package assembly:single deploy

External XML resources can be a security risk if the source of the XML document
is not trusted. Also added a test case.

Part of fixing #368

External XML resources can be a security risk if the source of the XML document
is not trusted. Also added a test case.

Part of fixing #368

Add check for when the localized string is null. Also added a test case.

The error was present in derivatives computations used in DSST third
bodies. The equinoctial elements are stable for perfectly circular
orbits, but some derivatives are not.

Fixes issue #364.

Fixes issue #363.

The mains tides used in Onsala Space Observatory files in BLQ format
are fixed and their sort order according to rate is stable over a very
large time range. Even considering all the 342 tides used for complete
model and not only the 11 main tides, sort order is stable for about
180000 years, from -122502-11-09 (cross-over between tides 245556 and
245635) to 56824-11-02 (cross-over between tides 274554 (R₂) and
274556).

So there is no need to attempt run-time sorting. We know the 11 main
tides in BLQ format will always be grouped as::
  - 3 long period tides (Ssa, Mm, Mf in increasing rate order),
  - 4 diurnal tides (Q₁, O₁, P₁, K₁ in increasing rate order),
  - 4 semi-diurnal tides (N₂, M₂, S₂, K₂ in increasing rate order).
We take this into account in the BLQ parser and provide the parsed
coefficients ready to be used for spline interpolation.

Files can be generated from the form at
  http://holt.oso.chalmers.se/loading/

This allows to reused the estimated Earth frame and estimated UT1
time scale outside of the GroundStation class.