1.
DESIGN OF A GRIDPOINT MODEL WITH VARIABLE RESOLUTION IN CONFORMAL PROJECTION CARTESIAN COORDINATES
一个地图投影直角坐标变网格差分模式的设计
2.
THE CONDITIONS FOR PROJECTIVE EQUATIONS TO USE CARTESIAN RIGHT-ANGLE COORDINATE SYSTEM
投影方程组使用笛卡尔直角坐标系的条件
3.
ECEF - Earth Centered Earth Fixed
地固地心直角坐标系
4.
The Research of the Transformation Among Different Coordinate Systems and Projections of Digital Map Based on DXF File
基于DXF的数字地图投影与坐标系转换方法研究
5.
revolution of polar to Cartesian
极坐标－直角坐标旋转
6.
resolution of polar to cartesian
极坐标-直角坐标转换
7.
Grid line values are usually placed in the margins of the map.
直角坐标网线值，通常均配置在图边。
8.
A New Algorithm for Transforming from Cartesian to Geodetic Coordinates
空间直角坐标向大地坐标转换的新算法
9.
Sheet edges are normally either graduate lines or grid lines.
页面图廓，通常不是经纬网线，就是直角坐标网线。
10.
Drawling Algorithm Research of the Cartesian Coordinate Manipulator Based on CAD Document;
基于CAD文件的直角坐标机械手绘图算法的研究
11.
Vertical Tilt Correction for Vehicle License Plate Based on Minimizing Variance of Coordinates of Projection Points
投影点坐标方差最小化车牌垂直倾斜校正
12.
universal space rectangular coordinate system
宇宙空间直角坐标系
13.
Study on non-linear coordination conversion of space right angle coordination system;
浅谈空间直角坐标系非线性坐标转换
14.
Design and Application of Spread Rectangular Drawing Rule in Topographic Survey;
地形测量普及型直角坐标展点尺的设计与应用
15.
At any point the convergence is the angle between the meridian as represented on the plane and the N grid line.
一点上的收敛角是子午线在平面上的投影与N坐标线之间的角度。
16.
Area error caused by different data and projection surface in tableland
高原地区不同坐标系及投影面引起的面积误差
17.
In Fig. 6-1(c), the motion of a particle is referred to by a rectangular coordinate system.
在图6-1（c）中，质点的运动是用直角坐标系来描述的。
18.
The Changing of Figure and Ways in Common Use in Plane Right Angle Coordinate System.;
高中数学平面直角坐标系下的图形变换及常用方法