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<flight_control name="C172 FCS"> <channel name="Pitch"> <summer name="Pitch Sum"> <input>fcs/elevator-cmd-norm</input> <!-- From joystick --> <input>fcs/pitch-trim-cmd-norm</input> <!-- Trim --> <clipto> -1 1 </clipto> </summer> <pure_gain name="Elevator Gain" gain="1.0"> <input>fcs/pitch-sum</input> <output>fcs/elevator-pos-rad</output> </pure_gain> </channel> </flight_control> The output fcs/elevator-pos-rad is then fed into the aerodynamic table for Cm (pitch moment). You don't just launch the aircraft; you launch a script . A script is an XML file that sets initial conditions and defines maneuvers.
Run it:
Introduction: Why JSBSim? In the world of flight simulation, the "physics engine" that dictates how an aircraft responds to control inputs, wind gusts, and atmospheric conditions is known as the Flight Dynamics Model (FDM). While many simulators rely on black-box, pre-compiled DLLs or lookup tables, JSBSim stands apart as an open-source, highly modular, and mathematically rigorous FDM. jsbsim tutorial
JSBSim --realtime --nice --logdir=output --script=scripts/c1723.xml Note: You need an external visualizer (like FlightGear or your own OpenGL app) to see the graphics. Navigate to aircraft/c172/ . The main file is c172.xml . Open it. Run it: Introduction: Why JSBSim
<flight_control name="C172 FCS"> <channel name="Pitch"> <summer name="Pitch Sum"> <input>fcs/elevator-cmd-norm</input> <!-- From joystick --> <input>fcs/pitch-trim-cmd-norm</input> <!-- Trim --> <clipto> -1 1 </clipto> </summer> <pure_gain name="Elevator Gain" gain="1.0"> <input>fcs/pitch-sum</input> <output>fcs/elevator-pos-rad</output> </pure_gain> </channel> </flight_control> The output fcs/elevator-pos-rad is then fed into the aerodynamic table for Cm (pitch moment). You don't just launch the aircraft; you launch a script . A script is an XML file that sets initial conditions and defines maneuvers.
Run it:
Introduction: Why JSBSim? In the world of flight simulation, the "physics engine" that dictates how an aircraft responds to control inputs, wind gusts, and atmospheric conditions is known as the Flight Dynamics Model (FDM). While many simulators rely on black-box, pre-compiled DLLs or lookup tables, JSBSim stands apart as an open-source, highly modular, and mathematically rigorous FDM.
JSBSim --realtime --nice --logdir=output --script=scripts/c1723.xml Note: You need an external visualizer (like FlightGear or your own OpenGL app) to see the graphics. Navigate to aircraft/c172/ . The main file is c172.xml . Open it.