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应用3D MAX SCRIPT软件模拟地下井眼轨迹

         

摘要

本文简要介绍了3DS MAX SCRIPT面向对象脚本语言的主要功能,如脚本语言的编辑器和监听器,UI界面,数据的I/O接口,及数学函数。并且描述了SCRIPT语言在三维模拟井眼轨迹方面的应用实例,实例主要以解决实际问题为导向,并结合3DMAX软件的脚本语言,根据杏6-2-丙503井和芳104-92井测量得到的深度、斜度、方位,以这三项作为数据输入,通过数学函数转换为计算机可识别的节点,并且用连线函数将节点坐标连接起来,经过渲染绘制成三维立体图像,同时生成动画,利于从各个角度观测。程序设计以结构化编程为主,可以根据客户需要添加各个模块的功能,同时能够满足大批量井绘制图像的要求。本文作者通过对实例的目标分析,流程设计,解释源代码,描述程序的运行情况,对这个方向的开发应用进行了初步的探讨。希望抛砖引玉,能够让更多人了解到3DS MAX强大的图像生成能力和编程功能,为油田3DMAX应用和二次开发贡献更多的力量。%This paper briefly introduces the main function of the 3DS MAX SCRIPT object-oriented scripting languages, such as script editor and listener, UI interface, data I/O interface, and the mathematical function. And describes the application of SCRIPT language in the 3D simulation of hole trajectory, examples mainly aiming to solve practical problems, and combined with the 3DMAX scripting language, according to the XING 6-2-C 503 wells and FANG104-92 well measured depth, inclination, orientation, use the three as the data input, converted to node the computer can be identified by a mathematical function, and connecting the nodes coordinate with line function, make three-dimensional image after drawing and rendering, animation, benefit from each angle observation. Program design of structured programming, can according to the customer need to add the function of each module, and can meet the requirements of mass well rendering images. The process design of target analysis, interpretation, source code, describe the operation procedures, the development and application of this direction is discussed. Hope, can let more people know about the 3DS MAX powerful image generation and programming function, for the 3DMAX application fields and development two times contribute more.

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