Interface | Description |
---|---|
DragCoefficientProvider |
Drag coefficient (x surface) provider.
|
IInertiaModel | |
MagneticMomentProvider |
Interface for electromagnetic sensitive spacecraft
|
Class | Description |
---|---|
AeroModel |
Class that represents an aero model, based on the vehicle.
|
AeroWrenchModel |
This class represents a
DragWrenchSensitive assembly model. |
DirectRadiativeModel |
Class that represents a radiative model, based on the vehicle.
|
DirectRadiativeWrenchModel |
This class represents a spacecraft capable
of computing the wrench caused by solar radiation pressure.
|
DragCoefficient |
Drag coefficient container.
|
DragLiftModel |
Class that represents an drag and lift aero model, based on the vehicle.
|
GlobalAeroModel |
Global aero model for generic user-provided aero coefficients.
|
GlobalDragCoefficientProvider |
Implementation of
DragCoefficientProvider computing aero coefficients
as functions of type TrivariateFunction . |
InertiaComputedModel |
This class is an inertia model computed from the inertia properties of each
parts of an Assembly object.
|
InertiaSimpleModel |
Simple inertia model : the mass, mass center and inertia matrix are directly
given by the user.
|
InterpolatedDragReader |
Generic reader to read a file containing aero coefficients and store these coefficients.
|
MagneticMoment |
This class represents the magnetic moment of a Spacecraft
|
MassModel |
This class represents a mass model for an assembly with parts that have mass properties.
|
RediffusedRadiativeModel |
Class that represents a rediffused radiative model, based on the vehicle.
|
RFLinkBudgetModel |
This class contains the algorithm to compute the link budget knowing
the satellite
transmitter and ground receiver parameters.
|
SensorModel |
Enum | Description |
---|---|
GlobalDragCoefficientProvider.INTERP |
Enumerate to choose the way to interpolate.
|
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