ModelSpace
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Namespace List
Here is a list of all documented namespaces with brief descriptions:
[detail level 123]
 ▼NmodelspaceClass to propagate CR3BP dynamics in characteristic units
 ►CAccelerometerAccelerometer Model
 CArgParserClass to parse arguments from the command line in any language
 ►CAsphericalGravityModelAspherical gravity model with J2 and J3 effects
 CAutoDocClass to document from code
 ►CBiasNoiseModelBias and noise model
 CConfigurationWriterWrite out script from UX to execute using set toolchain. Base class for override
 CConnectionHold all information related to a connection point in the ImGUI UX
 CCR3BPDynamics
 ►CCR3BPDynamicsModelCircular Restricted Three Body Problem Dynamics Model
 CCsvLoggerClass for logging to CSV
 CDispersionStruct to store all data associated with dispersion
 CDispersionEngineClass to generate input dispersions for the simulation
 ►CEffectiveSolarAreaModelEffective Solar Area model
 ►CFlatPlateDragModelFlat plate drag model
 ►CFrameStateSensorModelFrame state sensor model
 ►CGravityGradientModelGravity Gradient Model
 ►CGroundStationModelSimple ground station model
 ►CGroundStationSensorGround Station Sensor Model
 ►CGyroGyro Model
 CHdf5LoggerClass for logging to HDF5
 CImNodeHold all data related to a visual node in the ImGUI UX
 ►CImpulseModelImpulse Model
 ►CIMUIMU Model
 ►CLogEventClass to execute logging
 CLogManagerClass to manage logs
 ►CLvcStateSensorModelLVC State Sensor Model
 ►CLvlhFrameManagerModelLVLV Frame Manager Model
 CModelBase model class for derived implementation
 CModelSpacePyConfigWriterWrite out ModelSpace Python file from node information
 CNodeBuilderGenerate a list of mapped nodes and connections from json
 CNormalDispersionStruct to store all data associated with normal dispersion
 CNormalRandomClass to generate random numbers according to normal distribution
 ►COrbitalElementsSensorModelOrbital elements sensor model
 ►COrbitalElementsStateInitModel to produce position/velocity vector from orbital elements
 ►CPlanetInfoPlanet Information Model
 ►CPlanetRelativeStatesModelPlanet relative states model
 ►CPointMassGravityModelPoint mass gravity model
 ►CProximityMonitorThe time trigger monitor is a simple implementation of the monitor that triggers continuously after a set time. The time is set upon construction, but may be changed during run via function
 ►CRangeAzElSensorModelRange, azimuth, and elevation sensor model
 ►CRateMonitorMonitor to trigger at a particular rate
 ►CSimpleCameraSensorSimple Camera Model
 ►CSimplePlanetSimple Planet Model
 ►CSimpleSpacecraftSimple Spacecraft Model
 ►CSimpleThrusterModelSimple thruster model
 ►CSimSchedulerSimple implementation of the scheduler class
 ►CSimTerminationEventClass to trigger termination in scheduler
 CSimTimeManagerClass to manage time for the simulation object
 CSimulationExecutiveImplementation of the executive class for simulation
 ►CSixDOFDynamicsModelModel to implement 6-DOF dynamics
 ►CSolarPanelPowerModelSolar panel power model
 ►CSolarRadiationPressureModelSolar Radiation Pressure Model
 ►CSphericalHarmonicsGravityModelSpherical Harmonics Model
 CSpiceManagerThe Spice Manager is a single class instance to manage spice frames and return SPICE states
 ►CSpicePlanetThe model to maintain planet state using SPICE
 ►CStarTrackerStar Tracker Model
 ►CSynodicFrameManagerModelSynodic Frame Manager Model
 ►CTimedImpulsiveBurnModelTimed Impulsive Burn Model
 ►CTimeTriggerMonitorThe time trigger monitor is a simple implementation of the monitor that triggers continuously after a set time. The time is set upon construction, but may be changed during run via function
 CUniformDispersionStruct to store all data associated with uniform dispersion
 CUniformRandomClass to generate random numbers according to uniform distribution
 ►CVisualsModelClass to write out frame information via socket using a standard interface as follows: