Difference between revisions of "Category:Aircraft Physics"
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* [[autopilot.dat]] defines the properties of the aircraft autopilot | * [[autopilot.dat]] defines the properties of the aircraft autopilot | ||
| − | + | We recommend taking a look on existing aircraft models and study their .dat files to see how things are done. | |
| − | Besides these files you will also need a set of [[Polar file formats | airfoil polars]]. | + | Besides these files you will also need a set of [[Polar file formats | airfoil polars]] in the airfoils directory. |
[[Category:Aircraft]] | [[Category:Aircraft]] | ||
Latest revision as of 00:33, 6 March 2007
Silent Wings simulates the movement of the aircraft by dividing the aircraft into several force-generating elements, and integrating these forces acting on the aircraft mass over time. Several text files are used to define the physics of an aircraft:
- mass.dat defines the mass and inertia properties of the aircraft, including water ballast and fuel
- aero.dat defines the aerodynamic parts of the aircraft such as airfoils, wings and fuselages
- gear.dat defines the parts that interacts with the ground, such as the landing gear and hardpoints at the fuselage
- engine.dat can define an optional engine with propeller
- controls.dat defines the cockpit controls
- autopilot.dat defines the properties of the aircraft autopilot
We recommend taking a look on existing aircraft models and study their .dat files to see how things are done.
Besides these files you will also need a set of airfoil polars in the airfoils directory.
Pages in category "Aircraft Physics"
The following 8 pages are in this category, out of 8 total.
