Visualization Design And Implementation Of Warship Combat Simulation Data

With the continuous improvement of military information level,it is very important to use computer simulation technology to predict equipment performance and war deduction.In order to speed up the development of equipment,an anonymous institute puts forward the requirement of "warship combat simulation".In the process of simulation,simulation entities will generate plenty of real-time data.The rapid processing and intuitive display of simulation data will be significance for researchers,so it is very crucial to design a scientific visualization to simulation data.This paper designs and implements the scientific visualization processing of "warship combat simulation".According to the theory of data visualization and Object-oriented,we successfully accomplished the appointed requirements based on XXXX simulation platform which has a good performance of expansion.Our Visualization work mainly includes multimedia module,observer selection module,area plot module,combat information module and chart module.The observer selection module provides different operational seats for observers.The area plot module enhances the display of equipment details.The combat information module describes the simulation process by printing instant text.The chart module offers a variety of displaying methods to interactive data generated by the simulation entities.The multimedia module is responsible for explaining the simulation process by loading multimedia file.All above modules are designed in the form of dynamic link library on XXXX simulation platform.The main development techniques include C++,Qt and Python.This paper mainly demonstrates about the chart module.This module is responsible for the visualization of the interactive data generated by the simulation entities,including two-dimensional data,three-dimensional data,table data and so on.Users can build,delete,edit and move charts with flexible approaches.The chart also provides basic interactive methods such as moving and zooming.