A typical JSBSim workflow follows this pattern: launch JSBSim with a script file; load the aircraft definition; set initial conditions; run the initialization; run the simulation loop step-by-step; generate output data; and finally, analyze the results. This workflow applies equally whether you are using the command-line interface, the C++ API, or the Python bindings.
Used for placing components (engines, landing gear, payloads). Unlike standard aviation notation where points aft, JSBSim uses an arbitrary datum point where points aft, points right, and points up. jsbsim tutorial
You can use JSBSim as a standalone application or integrated into a simulator. For standalone compilation and usage: from GitHub. Build the source using CMake. A typical JSBSim workflow follows this pattern: launch
Drag due to alpha aero/qbar-psf metrics/sw-sqft load the aircraft definition