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Class Summary |
| 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. |
| 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. |
| 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.
The link budget is the accounting of all of the gains and losses from the
transmitter
(the satellite), through the medium to the receiver (the ground station). |
| SensorModel |
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