Research Of Oil Exploitation Production Command System Based On Virtual Reality Technology

Because the conditions of equipments are complicated and changeable, how to monitor the conditions of oil exploitation turns out to be a problem worth researching. By applying the virtual reality technique into the process of oil exploitation commanding system, we can make the real conditions of oil production reappear on the computer and use the good sense of vision and real data to raise the efficiency of the oil exploitation.This thesis analyzes and researches the current condition of monitoring techniques, while finding out the shortcomings of the traditional way that uses two-dimensional character and video to monitor. It also brings up the model of oil exploitation production command system based on VR. An intuitionistic and vivid 3D virtual production management system from vision and 3D visualization dynamic parameter is designed.It researches the common methods of virtual reality modeling and optimization. 3D virtual environment is managed and optimized by 3D scene management, Visibility Culling and LOD, by which the system can insure the real-time performance fundamentality. The system's vividness and interaction can be increased by using collision detection. The special effect based on particle system in virtual environment is also researched by taking the fire model as an example.Finally, it develops the oil exploitation production command system based on VR by using 3DS Max to create the model and Virtools to create the Roaming engine system. The optimization arithmetic in research is also applied in it to obtain the optimum effects. By introducing the database technique to overcome the shortcomings of the traditional virtual reality system which can not auto update the data, the system can truely reflect the real production conditions of the equipments to attain the monitoring purpose.