The Design And Implementation Of A Training System For Antiaircraft Gun Firing "Low Slow Small" Target

At present,the anti-aircraft artillery unit of the "low slow small" target shooting error exists deviation correction to the computational problem.But usually can not be implemented in the camp of artillery firing command,commander of the decision-making level is difficult to be improved.In recent years,in the field of military simulation training system development,so it can be shooting low slow small target and simulation training system for the development of a combination of low slow small target training system,to improve the level of training objective.The design of this subject is the 59 type 57 mm and type-12 radar aiming antiaircraft gun weapon system.This paper expounds the principle of shooting,the type 59 57 mm AA gun weapon system of components,using the rules.It is difficult to calculate the shooting deviation correction of defects according to the traditional shooting method,put forward "now modified shooting method" to calculate the shooting deviation correction,combined with the modeling method,construction of "now modified shooting method" model.According to the structure characteristics of weapons and equipment,combined with artillery,radar and other equipment specific data and picture information,the use of CorelDraw X5 and Photoshop CS5 surface texture model.The establishment of three-dimensional model of weapon equipment using the unique features of the 3DS Max 2013,Unity 3D in virtual reality engine the3 D model into operation,let the commander of weapons and equipment in the virtual environment and can also achieve the first person roaming,shooting simulation of "low slow small" target of antiaircraft gun.Study on the design of this project,the commander can and virtual battlefield environment interaction,which do not need to live fire exercises,only in the training system can operate as commander on the battlefield,improve training efficiency,provide a reference for the follow-up study.