球面投影的英文

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"球面投影"怎么读用"球面投影"造句

英文翻译手机版

azimuthal orthomorphic projection
button type projection
globular projection
spherical projection
stereographic projection
stereoprojection

"球面"英文翻译 spherical surface; sphere
"投影"英文翻译 projection; projective; shad ...
"球面投影法。" 英文翻译 : globular projection
"球面投影图" 英文翻译 : stereographic chart
"球面投影测量" 英文翻译 : stereographic survey
"球面投影地图" 英文翻译 : globular chart
"通用横球面投影" 英文翻译 : universal polar stereographic projection
"通用极球面投影" 英文翻译 : universal polar stereographic projection; ups
"通用极球面投影格网" 英文翻译 : universal polar stereographic grid
"极射平面投影(投影面切于球面" 英文翻译 : stereographic projection
"复投影面投影" 英文翻译 : double plane projection
"背面投影" 英文翻译 : r rear projection; rear-projection
"背面投影机" 英文翻译 : back projector
"背面投影图" 英文翻译 : back-projected chart
"侧面投影" 英文翻译 : side projection
"侧面投影面" 英文翻译 : profile plane of projection
"赤道面投影" 英文翻译 : stereographic projection
"顶面投影" 英文翻译 : toprojection
"多面投影" 英文翻译 : polyhedral projection
"截面投影仪" 英文翻译 : section projector; sectional profile projector
"平面投影" 英文翻译 : planar projection; plane projection; projection on a plane
"平面投影法" 英文翻译 : plane projection method
"切面投影" 英文翻译 : tangent plane projection; tangent projection; tangentplane projection
"三面投影图" 英文翻译 : three-plane projection drawing
"月面投影" 英文翻译 : selenographic projection

例句与用法

Many engineers shy away from spherical projection methods .
许多工程师对球面投影法有畏难情绪。
Universal polar stereographic projection
通用极球面投影
Polar stereographic map projection
极球面投影
Stereographic polar projection
极球面投影
The performance of rough match on different images , and the influence of cylindrical and spherical projection on rough match are given
本文给出了粗略匹配在不同图像上的表现,以及柱面和球面投影对粗略匹配精度的影响。
It has avoided 3d rebuild and spherical surface projection and anti - projection etc the problems , and people can with any look at from any viewpoint to view the scene of walk through , and does not need any quicken hardware and just has nothing to do with the complexity of scene , and can be realized on the ordinary microcomputer
它避免了三维重建及球面投影和反投影等问题，人们可以从任何视点以任何视向来观赏漫游场景，不需要任何硬件加速装置且与场景的复杂度无关，可以在普通微机上实现。
In this thesis , our research work mainly focuses on the second aspect , including : 1 perfecting the generation algorithms of stereoscopic image and video on the basis of moving flatly , we brought forward the cylindrical projection and spherical projection algorithms , projecting the flat image or video from two viewing points to the cylinder or sphere to get the stereoscopic image or video , and compared these three algorithms based on the theory and practice
本文的工作内容主要集中在第二方面，包括： 1完善了体视生成算法在平移算法的基础上，提出了柱面投影和球面投影算法，把二维平面图像或视频从两个投影点投影到柱面或球面上，以得到体视图像或视频，并在理论上和实际中对各种算法进行了比较。