Generates position and velocity of the target in the ECI frame.
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#include <tracking_station.h>
Inherits dsim_model.
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| tracking_station (dsim_model_setup *setup) |
| Constructor.
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void | initialize_data () |
| Destructor.
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void | initialization_complete () |
| Finish initialization.
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void | initialize_timestep () |
| Computation done before numerical integration.
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dsim_variable | spacecraft_name_dsim |
| Station name.
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dsim_variable | spacecraft_type_dsim |
| Station model type.
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dsim_variable | tracking_station_normal_dsim |
| Tracking station normal.
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dsim_variable | latitude_dsim |
| Station latitude.
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dsim_variable | longitude_dsim |
| Station longitude.
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dsim_variable | altitude_dsim |
| Station altitude.
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dsim_variable | observer_dsim |
| Reference center.
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dsim_variable | positionBody_dsim |
| Planet positions.
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dsim_variable | velocityBody_dsim |
| Planet velocities.
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dsim_variable | planetIndex_dsim |
| SPICE planet index.
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dsim_variable | rotationMatrixBody_dsim |
| Planet rotation matrix.
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dsim_variable | planetAngularRate_dsim |
| Planet angular rate matrix.
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Generates position and velocity of the target in the ECI frame.
The tracking station model outputs the position and velocity in the ECI frame. This model allows you to create a station on the surface of a planet and have the Orbit2 display show a 3D model of the station. It works much like rigid body and automatically computes the correct state for the object on the planet surface.
The documentation for this class was generated from the following files:
- tracking_station.h
- tracking_station.cc