1) perspective shadow maps
透视阴影映射
2) shadow mapping
阴影映射
1.
Improved Shadow Mapping Based on GPU
一种基于GPU的阴影映射改进算法
2.
This article present an image space method to generate soft-edged shadows using shadow mapping.
提出了一种利用阴影映射技术的实时软阴影生成算法。
3) shadow and perspective
阴影透视
1.
The reform in the teaching on shadow and perspective;
阴影透视课程教学改革初探
2.
Discussing the reform in the teaching on shadow and perspective of industrial design speciality;
工业设计专业阴影透视教学内容改革的探讨
3.
Combining the practice of shadow and perspective teaching reformation in a higher education, the fundamental and designing methods of multimedia component teaching design are discussed to provide basic mode and method for a series of graphics courses to penetrate into innovation.
结合高校阴影透视课的教学改革实践，论述了多媒体组合教学设计的基本原理和设计方法，为图学系列课的深入教改提供了可以借鉴的基本模式与做法。
4) perspective shadow
透视阴影
1.
Drawing perspective shadow on a conical surface is very intricate and difficult.
绘制圆锥画面透视阴影是十分困难和复杂的。
5) perspective mapping
透视映射
1.
This paper presents the two conditions:Sufficient condition and necessary condition for the links of perspective mapping and projective mapping.
本文给出了射影映射为透视映射的两个充要条件 ,这两个充要条件与射影变换为对合的充要条件是一致
6) inverse perspective mapping
逆透视映射
1.
With inverse perspective mapping obtained through inverse conversion following the perspective mapping principle of a video camera,the position of an obstacle in the world coordinate system was established by computing the position of an obstacle in an image plane.
介绍了移动机器人视觉处理中摄像机技术的相关内容,并根据摄像机透视映射原理,进行逆换算从而得到逆透视映射,即根据物体在成像平面坐标系的数据及其摄像机参数得到其在世界坐标系的具体参数数据,得到了实用的控制算法,从而实现了利用单摄像机获取环境的深度信息,简化了系统的结构。
2.
According to the problem in obstacle avoidance of the mobile intelligent robot under uncertain environment,deep information of environment has been acquired based on inverse perspective mapping theory.
文章针对环境信息不确定情况下的避障问题,利用摄像机逆透视映射原理,实现单摄像机获取环境深度信息,并提出了一种基于视觉的局部路径规划的算法,实现了移动智能机器人在不确定环境中利用视觉传感器实时获取外部信息进行路径规划,仿真与实验结果表明,移动智能机器人能快速地跟踪规划路径,实现避障。
补充资料：透视
透视
perspective
参见"X线透视检查"。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条