User Manual 4.11 Force models - Historique des versions

Admin : /* Propagator settings : force models and events */

2023-05-23T11:24:52Z

Propagator settings : force models and events

← Version précédente		Version du 23 mai 2023 à 11:24
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	myPropagator.addForceModel(force);		myPropagator.addForceModel(force);
	</syntaxhighlight>		</syntaxhighlight>

			Note that the NumericalPropagator and the MultiNumericalPropagator do not use anymore the Newtonian gravity model by default. It should now be added manually to the list of the force models before starting the propagation.

	Please refer to the [ORB_PGEN_Home Propagation page ] for more information.		Please refer to the [ORB_PGEN_Home Propagation page ] for more information.

Admin : /* Available force models */

2023-05-23T11:11:58Z

Available force models

← Version précédente		Version du 23 mai 2023 à 11:11
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	=== Available force models ===		=== Available force models ===
	The force models implemented are (by using DirectBodyAttraction as a wrapper for these gravity models) :		The force models implemented are (by using DirectBodyAttraction as a wrapper for these gravity models) :
	* Central gravity force (~~Note~~ that the harmonic gravity models have the central term contribution activated by default; it can be deactivated by means of the setCentralTermContribution(boolean) method of the AbstractHarmonicGravityModel abstract class) :		* Central gravity force (note that the harmonic gravity models have the central term contribution activated by default; it can be deactivated by means of the setCentralTermContribution(boolean) method of the AbstractHarmonicGravityModel abstract class) :
	** Normalized attraction model : Balmino		** Normalized attraction model : Balmino
	** Unnormalized attraction models : Cunningham and Droziner		** Unnormalized attraction models : Cunningham and Droziner

Admin : /* Available force models */

2023-05-23T11:11:36Z

Available force models

← Version précédente		Version du 23 mai 2023 à 11:11
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	=== Available force models ===		=== Available force models ===
	The force models implemented are (by using DirectBodyAttraction as a wrapper for these gravity models) :		The force models implemented are (by using DirectBodyAttraction as a wrapper for these gravity models) :
	* Central gravity force :		* Central gravity force (Note that the harmonic gravity models have the central term contribution activated by default; it can be deactivated by means of the setCentralTermContribution(boolean) method of the AbstractHarmonicGravityModel abstract class) :
	** Normalized attraction model : Balmino		** Normalized attraction model : Balmino
	** Unnormalized attraction models : Cunningham and Droziner		** Unnormalized attraction models : Cunningham and Droziner

Admin : /* Available force models */

2023-05-23T11:07:33Z

Available force models

← Version précédente		Version du 23 mai 2023 à 11:07
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	== Features Description ==		== Features Description ==
	=== Available force models ===		=== Available force models ===
	The force models implemented are :		The force models implemented are (by using DirectBodyAttraction as a wrapper for these gravity models) :
	* Central gravity force :		* Central gravity force :
	** Normalized attraction model : Balmino		** Normalized attraction model : Balmino
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	\|yes		\|yes
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no
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	\|yes		\|yes
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no
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	\|no		\|no
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no
Ligne 147 :		Ligne 147 :
	\|no		\|no
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no
Ligne 154 :		Ligne 154 :
	\|yes		\|yes
	\|no		\|no
	\|MU		\|k, MU
	\|no		\|no
	\|no		\|no
Ligne 161 :		Ligne 161 :
	\|yes		\|yes
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no
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	\|yes		\|yes
	\|no		\|no
	\|no		\|k
	\|no		\|no
	\|no		\|no

Admin : /* Interfaces */

2023-05-23T11:00:51Z

Interfaces

← Version précédente		Version du 23 mai 2023 à 11:00
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	\|-		\|-
	\|'''GradientModel'''		\|'''GradientModel'''
	\|This interface provides information about partial ~~dérivatives~~ computation.		\|This interface provides information about partial derivatives computation.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/GradientModel.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/GradientModel.html ...]
			\|-
			\|'''GravityModel'''
			\|This interface provides information about gravitational attraction models.
			\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/GravityModel.html ...]
	\|-		\|-
	\|'''AbstractGravityModel'''		\|'''AbstractGravityModel'''

Admin : /* Interfaces */

2023-05-23T10:59:56Z

Interfaces

← Version précédente		Version du 23 mai 2023 à 10:59
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	\|This abstract class represents a gravitational attraction model.		\|This abstract class represents a gravitational attraction model.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/AbstractGravityModel.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/AbstractGravityModel.html ...]
			\|-
			\|'''AbstractHarmonicGravityModel'''
			\|This abstract class represents a gravitational attraction model with harmonics.
			\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/AbstractHarmonicGravityModel.html ...]
	\|-		\|-
	\|'''GridAttractionProvider'''		\|'''GridAttractionProvider'''

Admin : /* Available force models */

2023-05-23T10:58:30Z

Available force models

← Version précédente		Version du 23 mai 2023 à 10:58
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	\|'''Cunningham attraction'''		\|'''Cunningham attraction'''
	\|yes		\|yes
	\|~~NA(null derivatives)~~		\|no
	\|no		\|no
	\|no		\|no
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	\|'''Balmino attraction'''		\|'''Balmino attraction'''
	\|yes		\|yes
	\|~~NA(null derivatives)~~		\|no
	\|no		\|no
	\|no		\|no
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	\|'''Newtonian attraction'''		\|'''Newtonian attraction'''
	\|yes		\|yes
	\|~~NA(null derivatives)~~		\|no
	\|MU		\|MU
	\|no		\|no
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	\|'''Variable potential model'''		\|'''Variable potential model'''
	\|yes		\|yes
	\|~~NA(null derivatives)~~		\|no
	\|no		\|no
	\|no		\|no
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	\|'''Third body attraction'''		\|'''Third body attraction'''
	\|yes		\|yes
	\|~~NA(null derivatives)~~		\|no
	\|no		\|no
	\|no		\|no

Admin : /* Classes */

2023-05-23T10:56:58Z

Classes

← Version précédente		Version du 23 mai 2023 à 10:56
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	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/EarthGravitationalModelFactory.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/EarthGravitationalModelFactory.html ...]
	\|-		\|-
	\|'''~~CunninghamAttractionModel~~'''		\|'''CunninghamGravityModel'''
	\|This class represents the gravitational field of a celestial body. It uses <u>unnormalized</u> zonal, tesseral and sectorial coefficients.		\|This class represents the gravitational field of a celestial body. It uses <u>unnormalized</u> zonal, tesseral and sectorial coefficients.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/~~CunninghamAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/CunninghamGravityModel.html ...]
	\|-		\|-
	\|'''~~DrozinerAttractionModel~~'''		\|'''DrozinerGravityModel'''
	\|This class represents the gravitational field of a celestial body. It uses <u>unnormalized</u> zonal, tesseral and sectorial coefficients.		\|This class represents the gravitational field of a celestial body. It uses <u>unnormalized</u> zonal, tesseral and sectorial coefficients.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/~~DrozinerAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/DrozinerGravityModel.html ...]
	\|-		\|-
	\|'''~~BalminoAttractionModel~~'''		\|'''BalminoGravityModel'''
	\|This class represents the Balmino attraction model of a gravitational field of a celestial body. It uses <u>normalized</u> zonal, tesseral and sectorial coefficients.		\|This class represents the Balmino attraction model of a gravitational field of a celestial body. It uses <u>normalized</u> zonal, tesseral and sectorial coefficients.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/~~BalminoAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/BalminoGravityModel.html ...]
	\|-		\|-
	\|'''~~VariablePotentialAttractionModel~~'''		\|'''VariablePotentialGravityModel'''
	\|This class represents a variable gravity field. It computes a static potential and a time variable potential.		\|This class represents a variable gravity field. It computes a static potential and a time variable potential.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/variations/~~VariablePotentialAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/variations/VariablePotentialGravityModel.html ...]
	\|-		\|-
	\|'''~~NewtonianAttractionModel~~'''		\|'''NewtonianGravityModel'''
	\|Force model for Newtonian central body attraction.		\|Force model for Newtonian central body attraction.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/~~NewtonianAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/NewtonianGravityModel.html ...]
	\|-		\|-
	\|'''~~GridAttractionModel~~'''		\|'''GridGravityModel'''
	\|~~Attraction~~ model for small bodies using a precomputed grid and a 3D interpolator.		\|Gravity model for small bodies using a precomputed grid and a 3D interpolator.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/grid/~~GridAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/grid/GridGravityModel.html ...]
	\|-		\|-
	\|'''CartesianGridAttractionLoader'''		\|'''CartesianGridAttractionLoader'''
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	\|Spherical-based grid for grid attraction model.		\|Spherical-based grid for grid attraction model.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/grid/SphericalGridAttractionLoader.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/grid/SphericalGridAttractionLoader.html ...]
	\|-
	~~\|'''GridAttractionModel'''~~
	~~\|Attraction model for small bodies using a precomputed grid and a 3D interpolator.~~
	~~\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/grid/GridAttractionModel.html ...]~~
	\|-		\|-
	\|'''AbstractTides'''		\|'''AbstractTides'''
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	\|This class implements the perturbating force due to solid Earth and oceanic pole tides.		\|This class implements the perturbating force due to solid Earth and oceanic pole tides.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/tides/PoleTides.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/tides/PoleTides.html ...]
			\|-
			\|'''DirectBodyAttraction'''
			\|Direct body attraction force model used to include gravity models in the list of force models.
			\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/ThirdBodyAttraction.html ...]
	\|-		\|-
	\|'''ThirdBodyAttraction'''		\|'''ThirdBodyAttraction'''

Admin : /* Interfaces */

2023-05-23T10:54:00Z

Interfaces

← Version précédente		Version du 23 mai 2023 à 10:54
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	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/GradientModel.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/GradientModel.html ...]
	\|-		\|-
	\|'''~~AbstractAttractionModel~~'''		\|'''AbstractGravityModel'''
	\|This abstract class represents a gravitational attraction ~~force~~ model.		\|This abstract class represents a gravitational attraction model.
	\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/~~AbstractAttractionModel~~.html ...]		\|[{{JavaDoc4.11}}/fr/cnes/sirius/patrius/forces/gravity/AbstractGravityModel.html ...]
	\|-		\|-
	\|'''GridAttractionProvider'''		\|'''GridAttractionProvider'''

Admin : Page créée avec « == Introduction == === Scope === The scope of this section is to present the force models available in PATRIUS. Forces models can be added to Patrius Numerical propagator.... »

2023-05-23T08:46:45Z

Page créée avec « == Introduction == === Scope === The scope of this section is to present the force models available in PATRIUS. Forces models can be added to Patrius Numerical propagator.... »

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User Manual 4.11 Force models - Historique des versions

Admin : /* Propagator settings : force models and events */

Admin : /* Available force models */

Admin : /* Available force models */

Admin : /* Available force models */

Admin : /* Interfaces */

Admin : /* Interfaces */

Admin : /* Available force models */

Admin : /* Classes */

Admin : /* Interfaces */

Admin : Page créée avec « == Introduction == === Scope === The scope of this section is to present the force models available in PATRIUS. Forces models can be added to Patrius Numerical propagator.... »

Admin : /* Propagator settings : force models and events */

Admin : /* Available force models */

Admin : /* Available force models */

Admin : /* Available force models */

Admin : /* Interfaces */

Admin : /* Interfaces */

Admin : /* Available force models */

Admin : /* Classes */

Admin : /* Interfaces */

Admin : Page créée avec « == Introduction == === Scope === The scope of this section is to present the force models available in PATRIUS. Forces models can be added to Patrius Numerical propagator.... »