Computes the position of a user on the earth and determines if they are in range of a satellite.
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#include <phones.h>
Inherits dsim_model.
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| phones (dsim_model_setup *setup) |
| | Constructor.
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| ~phones () |
| | Destructor.
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void | initialize_data () |
| | Initialize outlets and output variables.
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void | initialization_complete () |
| | Finish initialization.
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void | initialize_timestep () |
| | Computation done prior to numerical integration.
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dsim_variable | spacecraftPosition_dsim |
| | Spacecraft ECI position.
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dsim_variable | spacecraftVelocity_dsim |
| | Velocity.
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dsim_variable | phone_location_dsim |
| | Location of the phone.
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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 | planetIndex_dsim |
| | SPICE planet index.
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dsim_variable | rotationMatrixBody_dsim |
| | Planet rotation matrix.
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dsim_variable | range_max_dsim |
| | Maximum range.
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dsim_variable | message_dsim |
| | Message from phone.
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dsim_variable | target_location_dsim |
| | Target location.
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dsim_variable | planetAngularRate_dsim |
| | Planet angular rate.
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Computes the position of a user on the earth and determines if they are in range of a satellite.
Models users with phones on the earth This model computes the ECI target positions. Determines if you are in range of a phone. This is useful for preliminary systems studies but does not model any communications effects like range, multi-path etc.
The documentation for this class was generated from the following files: