摘要
分析了三维可视化及仿真动画技术在地质景观成因动态模拟与仿真过程中的应用价值,重点论述了如何对地质景观形成演化在时间尺度上进行模拟和仿真表达。基于3DSMAX各种建模工具,充分利用现有资料和数据,进行地质景观形成过程动态模拟,实现逼真的视觉仿真效果。通过对长白山火山形成过程的动态模拟和仿真研究,阐明了利用3DSMAX进行地质景观成因动态模拟的适用性、潜力及相关技巧,取得了理想效果。
This paper has analyzed the application of three-dimensional visualized and animated picture simulation technology to the dynamic simulation of the formation of geological scenery, with the emphasis placed on the simulation of the formation and evolution of geological scenery at the temporal scale. Based on various modeling tools in 3DS MAX, the authors fully used data and documents available to make dynamical simulation of the formation of geological scenery, and attained lifelike effect. The applicability, potential and related techniques for the application of 3DS MAX to dynamical simulation of the formation of geological scenery are also explained on the basis of studying the dynamic simulation of the volcanic formation in the Changbai mountains. A satisfactory effect has been achieved in this study.
出处
《国土资源遥感》
CSCD
2005年第2期72-75,共4页
Remote Sensing for Land & Resources
基金
吉林大学创新基金项目资助(450011022252)。
关键词
地质景观
动态模拟
三维可视化
仿真动画
3DS
MAX
Geological scenery
Dynamic simulation
Three-dimensional (3D) visualization
Animated picture simulation
3DS MAX
