Piloting simulator system and simulation method

Abstract

The invention discloses a piloting simulator system and a simulation method. The system consists of a virtual cabin subsystem, a detection training subsystem and a telex control subsystem, wherein the virtual cabin subsystem comprises a left cabin steering control panel, a middle cabin instrument panel and a right cabin steering control panel around a piloting seat; a telex control subsystem is carried on the left cabin steering control panel; the telex control subsystem comprises a steering rod and a plurality of virtual sensors; a detection training subsystem is carried on the right cabin steering control panel; the middle cabin instrument panel sends instructions to the left cabin steering control panel and the right cabin steering control panel, and displays the instructions; parameter adjustment and detection and troubleshooting are realized between the detection training subsystem and the telex control subsystem; and fault information is displayed through the middle cabin instrument panel. The simulation method comprises the steps of setting attributes for controls, respectively compiling behavior codes and realizing all the basic functions, so that the expandability of system functions and the reusability of codes can be ensured.

Description

Technical field [0001] The invention relates to the field of flight training simulation, in particular to a flight driving simulator system and a simulation method. Background technique [0002] With the continuous development of science and technology, more and more sophisticated technologies are used in contemporary military aircraft, which requires pilots to have skilled and superb driving skills in order to successfully complete various operational tasks. As we all know, training pilots in a real aircraft cockpit requires a lot of materials, and the required airspace cannot be arranged at will. More importantly, it is difficult to simulate some special emergencies on a real aircraft. Based on this unfavorable factor , Using ground simulators to train pilots has become a cost-effective and safe way. [0003] At present, most of the traditional flight simulation software has a low degree of simulation, and the functional modules are not complete. Nowadays, the functional modules...

AI Technical Summary

Problems solved by technology

[0005] Traditional flight simulation software has a single function in design, and each functional module is independent of each other and has no connection, so it cannot complete more complex operations. The current flight simulation is very complex and has many operating procedures. Sometimes it takes dozens of steps to complete a flight operation. To operate, multiple cockpit unit modules need to be designed, which requires that each unit module of the cockpit must be able to communicate with each other. At the same time, due to the increased coupling, a reliable main program must be designed to ensure the accurate operation of the process, and multi-threading technology is also required to ensure concurrency. Accurately complete the communication of multiple functional modules, so that the process can run smoothly and improve the robustness of the program

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