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大地空间坐标正反算
- 坐标正反算。可以有大地坐标计算空间坐标,也可以从空间坐标计算大地坐标。,Balance the positive and negative coordinates. Calculation of geodetic coordinates can be spatial coordinates, spatial coordinates can be calculated from geodetic coordinates.
math
- 同一坐标系统下坐标有多种不同的表现形 式,一种形式实际上就是一种坐标系。如空间直 角坐标系( , , )、大地坐标系( , )、 平面直角坐标( , )等。通过坐标统的转换我 们得到了BJ54坐标系统下的空间直角坐标,我们 还须在BJ54坐标系统下再进行各种坐标系的转 换,直至得到工程所需的坐标。 1)将空间直角坐标系转换成大地坐标系,得-Sub btnCal_OnClick dim SpaceForm dim X, Y, Z, B, L, H, Elli,
26040403
- 坐标正反算。可以有大地坐标计算空间坐标,也可以从空间坐标计算大地坐标。-Balance the positive and negative coordinates. Geodetic coordinates can be calculated space coordinates
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- 坐标正反算。可以有大地坐标计算空间坐标,也可以从空间坐标计算大地坐标。-Balance the positive and negative coordinates. Calculation of geodetic coordinates can be spatial coordinates, spatial coordinates can be calculated from geodetic coordinates.
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- 坐标正反算。可以有大地坐标计算空间坐标,也可以从空间坐标计算大地坐标。-Balance the positive and negative coordinates. Calculation of geodetic coordinates can be spatial coordinates, spatial coordinates can be calculated from geodetic coordinates.
work
- 高斯坐标,大地坐标,空间直角坐标之间的相互转换,参照控制测量下册公式编写。-Gauss coordinates, geodetic coordinates, space conversion between rectangular coordinates, the formula reference book prepared under the control measure.
transform
- 利用七参数进行坐标转换,包括大地坐标和空间直角坐标之间的转换- Coordinates transform by seven parametres
ejc_sy
- 大地坐标与空间直角坐标的转化,具有较高的精度-Earth and space coordinates into Cartesian coordinates with high accuracy
space
- 空间坐标与大地坐标之间的转换,用matlab的gui界面做成-Space coordinates and the earth coordinate conversion between, with matlab GUI interface make it
Axisch
- 各个坐标系之间的坐标变化:地心大地坐标到地心空间大地直角系,地心系和测站系,测站系和测站系等之间的变化,旋转,平移。-Coordinate changes between the various coordinate systems: geocentric geodetic coordinate system to the geocentric Cartesian space earth, geocentric system and station lines, change the stati