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JSBSim Flight Dynamics Model 1.0 (23 February 2013)
An Open Source Flight Dynamics and Control Software Library in C++
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JSBSim Flight Dynamics Model 1.0 (23 February 2013)
An Open Source Flight Dynamics and Control Software Library in C++
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| FGStateSpace::AccelX | |
| FGStateSpace::AccelY | |
| FGStateSpace::AccelZ | |
| FGStateSpace::Alpha | |
| FGStateSpace::Alt | |
| ap_array | |
| FGStateSpace::Beta | |
| FGNelderMead::Callback | |
| FGStateSpace::COG | |
| FGStateSpace::Component | |
| FGStateSpace::ComponentVector | |
| FGTrimmer::Constraints | |
| FGStateSpace::DaCmd | |
| FGStateSpace::DaPos | |
| FGStateSpace::DeCmd | |
| FGStateSpace::DePos | |
| FGStateSpace::DrCmd | |
| FGStateSpace::DrPos | |
| Element | Encapsulates an XML element |
| FGAccelerations | Handles the calculation of accelerations |
| FGAccelerometer | Encapsulates a Accelerometer component for the flight control system |
| FGActuator | Encapsulates an Actuator component for the flight control system |
| FGAerodynamics | Encapsulates the aerodynamic calculations |
| FGAircraft | Encapsulates an Aircraft and its systems |
| FGAtmosphere | Models an empty, abstract base atmosphere class |
| FGAuxiliary | Encapsulates various uncategorized scheduled functions |
| FGBallonet | Models a ballonet inside a gas cell |
| FGBuoyantForces | Encapsulates the Buoyant forces calculations |
| FGColumnVector3 | This class implements a 3 element column vector |
| FGCondition | Encapsulates a condition, which is used in parts of JSBSim including switches |
| FGDeadBand | Models a deadband object |
| FGDefaultGroundCallback | |
| FGElectric | Models an electric motor |
| FGEngine | Base class for all engines |
| FGExternalForce | Encapsulates code that models an individual arbitrary force |
| FGExternalReactions | Manages the external and/or arbitrary forces |
| FGFCS | Encapsulates the Flight Control System (FCS) functionality |
| FGFCSChannel | |
| FGFCSComponent | Base class for JSBSim Flight Control System Components |
| FGFCSFunction | Models a FCSFunction object |
| FGFDMExec | Encapsulates the JSBSim simulation executive |
| FGfdmSocket | Encapsulates an object that enables JSBSim to communicate via socket (input and/or output) |
| FGFilter | Encapsulates a filter for the flight control system |
| FGForce | Utility class that aids in the conversion of forces between coordinate systems and calculation of moments |
| FGFunction | Represents a mathematical function |
| FGGain | Encapsulates a gain component for the flight control system |
| FGGasCell | Models a gas cell |
| FGGroundCallback | This class provides callback slots to get ground specific data |
| FGGroundReactions | Manages ground reactions modeling |
| FGGyro | Encapsulates a Gyro component for the flight control system |
| FGInertial | Models inertial forces (e.g |
| FGInitialCondition | Initializes the simulation run |
| FGInput | Handles simulation socket input |
| FGJSBBase | JSBSim Base class |
| FGKinemat | Encapsulates a kinematic (mechanical) component for the flight control system |
| FGLGear | Landing gear model |
| FGLinearization | |
| FGLocation | FGLocation holds an arbitrary location in the Earth centered Earth fixed reference frame (ECEF) |
| FGMagnetometer | Encapsulates a magnetometer component for the flight control system |
| FGMars | Models the Martian atmosphere |
| FGMassBalance | Models weight, balance and moment of inertia information |
| FGMatrix33 | Handles matrix math operations |
| FGModel | Base class for all scheduled JSBSim models |
| FGModelFunctions | The model functions class provides the capability for loading, storing, and executing arbitrary functions |
| FGNelderMead | |
| FGNozzle | Models a rocket nozzle |
| FGOutput | Handles simulation output |
| FGOutputFG | Implements the output to a FlightGear socket |
| FGOutputFile | Abstract class that provide functions that are generic to all the outputs that are directed to a file |
| FGOutputSocket | Implements the output to a socket |
| FGOutputTextFile | Implements the output to a human readable text file |
| FGOutputType | Abstract class to provide functions generic to all the output directives |
| FGParameter | Represents various types of parameters |
| FGPID | Encapsulates a PID control component for the flight control system |
| FGPiston | Models a Supercharged Piston engine |
| FGPropagate | Models the EOM and integration/propagation of state |
| FGPropeller | FGPropeller models a propeller given the tabular data for Ct and Cp, indexed by the advance ratio "J" |
| FGPropertyManager | |
| FGPropertyNode | Class wrapper for property handling |
| FGPropertyValue | Represents a property value which can use late binding |
| FGPropulsion | Propulsion management class |
| FGQuaternion | Models the Quaternion representation of rotations |
| FGRealValue | Represents a real value |
| FGRK4 | Classical RK4 |
| FGRKFehlberg | Runge-Kutta-Fehlberg method |
| FGRocket | Models a generic rocket engine |
| FGRotor | Models a helicopter rotor |
| FGRungeKutta | Abstract base |
| FGRungeKuttaProblem | Minimalistic implementation of some Runge-Kutta methods |
| FGScript | Encapsulates the JSBSim scripting capability |
| FGSensor | Encapsulates a Sensor component for the flight control system |
| FGSensorOrientation | Encapsulates a SensorOrientation capability for a sensor |
| FGSimplexTrim | |
| FGStandardAtmosphere | Models the 1976 U.S |
| FGStateSpace | |
| FGSummer | Models a flight control system summing component |
| FGSwitch | Encapsulates a switch for the flight control system |
| FGTable | Lookup table class |
| FGTank | Models a fuel tank |
| FGThruster | Base class for specific thrusting devices such as propellers, nozzles, etc |
| FGTransmission | Utility class that handles power transmission in conjunction with FGRotor |
| FGTrim | The trimming routine for JSBSim |
| FGTrimAnalysis | |
| FGTrimAnalysisControl | Models an aircraft control variables for purposes of trimming |
| FGTrimAxis | |
| FGTrimmer | |
| FGTurbine | This class models a turbine engine |
| FGTurboProp | Turboprop engine model |
| FGWinds | Models atmospheric disturbances: winds, gusts, turbulence, downbursts, etc |
| FGXMLFileRead | |
| FGXMLParse | Encapsulates an XML parser based on the EasyXML parser from the SimGear library |
| FGXMLParse | Encapsulates an XML parser based on the EasyXML parser from the SimGear library |
| FGJSBBase::Filter | First order, (low pass / lag) filter |
| FGNelderMead::Function | |
| FGLGear::Inputs | |
| FGMassBalance::Inputs | |
| FGAuxiliary::Inputs | |
| FGAccelerations::Inputs | |
| FGPropagate::Inputs | |
| FGFCS::Inputs | |
| FGAerodynamics::Inputs | |
| FGWinds::Inputs | |
| FGEngine::Inputs | |
| FGGasCell::Inputs | |
| FGAircraft::Inputs | |
| FGThruster::Inputs | |
| FGInertial::Inputs | |
| FGAtmosphere::Inputs | |
| LagrangeMultiplier | |
| FGStateSpace::Latitude | |
| FGStateSpace::Longitude | |
| MatrixException | Exception convenience class |
| FGJSBBase::Message | JSBSim Message structure |
| MSIS | |
| nrlmsise_flags | Models the MSIS-00 atmosphere |
| nrlmsise_input | |
| nrlmsise_output | |
| Objective | |
| FGWinds::OneMinusCosineGust | Stores the information about a single one minus cosine gust instance |
| FGWinds::OneMinusCosineProfile | |
| FGStateSpace::P | |
| FGStateSpace::Phi | |
| FGStateSpace::Pi | |
| FGFDMExec::PropertyCatalogStructure | |
| FGStateSpace::PropPitch | |
| FGStateSpace::Psi | |
| FGStateSpace::Q | |
| FGStateSpace::Qi | |
| FGStateSpace::R | |
| FGStateSpace::Ri | |
| FGStateSpace::Rpm0 | |
| FGStateSpace::Rpm1 | |
| FGStateSpace::Rpm2 | |
| FGStateSpace::Rpm3 | |
| FGStateSpace::Theta | |
| FGStateSpace::ThrottleCmd | |
| FGStateSpace::ThrottlePos | |
| FGWinds::UpDownBurst | Stores information about a specified Up- or Down-burst |
| FGStateSpace::Vd | |
| FGStateSpace::Ve | |
| FGPropagate::VehicleState | The current vehicle state vector structure contains the translational and angular position, and the translational and angular velocity |
| FGStateSpace::VGround | |
| FGStateSpace::Vn | |
| FGStateSpace::Vt | |
| XMLFile | This class is solely for the purpose of determining what type of file is given on the command line |
