Main differences between V11.5 and V11.6.2 : Différence entre versions
(→Complex potential for third bodies) |
(→New EXM and EYM variables) |
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| Ligne 12 : | Ligne 12 : | ||
== New EXM and EYM variables == | == New EXM and EYM variables == | ||
| + | |||
| + | Two new variables have been added corresponding to the components of the mean eccentricity vector: '''EXM''' and '''EYM'''. | ||
| + | |||
| + | Note also that, since this versions these variables as well as '''EX''' and '''EY''' (components of the osculating eccentricity vector) corresponds exactly to : | ||
| + | |||
| + | <math>Ex = ecos(w)</math> | ||
| + | <math>Ey = esin(w)</math> | ||
| + | |||
| + | ... as, previously, thses variables was considered as the components for equinoctial parameters | ||
== Complex potential for third bodies == | == Complex potential for third bodies == | ||
Version du 15 décembre 2021 à 13:01
Sommaire
Dependencies
This version uses GENOPUS V2.3.1, GENIUS V1.11.2 and PATRIUS V4.8.
Package names
Package have been renamed to be consistent with other tools. So, they starts with fr.cnes.dynvol.psimu ... When using the GUI mode, no change is visibles but, when using Java interface, an update of the import will be necessary.
Events logs improvements
Orbit file as output
New EXM and EYM variables
Two new variables have been added corresponding to the components of the mean eccentricity vector: EXM and EYM.
Note also that, since this versions these variables as well as EX and EY (components of the osculating eccentricity vector) corresponds exactly to :
[math]Ex = ecos(w)[/math] [math]Ey = esin(w)[/math]
... as, previously, thses variables was considered as the components for equinoctial parameters
Complex potential for third bodies
Inline with the new GPForceModels widget from GENOPUS, there is now the possibility to consider complex potential fields for third bodies.
