搜索资源列表
geomatics
- 大地测量高斯正反算及大地正反算等的编程实现-The geodesy Gaussian and negative balance and the earth pros and cons and other programming
CESHENQU4
- 基于地球物理中的电法勘探原理，为了方便研究多层大地反演曲线，编写了本四层结构大地正演程序。本程序用C语言编写。-Based on the the electrical prospecting geophysics principle, in order to facilitate the multi-layered earth inversion curve, the preparation of the four-layer structure of the earth forward the
GoogleEarthGPS
- Google_Earth_规划路径导入GPS 让开发者也可以使用谷歌地球的高级地图引擎了-The Google_Earth_ planning path import GPS lets developers can also use the Google Earth map engine
c38
- 地球为主题的flash剪辑源文件，动画不复杂，就开始有动画效果，后来都变静止了，设计以星球为主题动画的朋友，或许可以借鉴或者使用里面的部分素材，请使用最新版本的Flash软件打开软件吧。-Earth-themed flash clip source files, animation is not complicated, they begin to have animation effects, and later becomes stationary, design animation fri
dadi
- 本程序实现了大地测量学的几个基本计算功能，包括大地主题正反算，高斯投影解算，和斜距改化功能-This program implements a few basic computing functions of Geodesy, including the earth and inverse operator, Gauss projection solver, and slope distance change function
lianlu
- 卫星地球站传输链路计算，卫星通信中，卫星损耗的计算十分重要，用于判断通信质量，以及卫星载荷的饱和程度-Satellite earth station transmission link, satellite communication, satellite loss calculation is very important for judging the quality of communication, as well as satellite payload saturation leve
shixi
- 大地主题正反算、斜距改化、高斯投影正反算-Earth and inverse operator slant range change, positive and negative balance of Gauss projection
python
- A python crawler to extract data from google earth and populate in the local database , front end in .tk scr ipt
text-5
- 地月模型，有光照，材质，亮度，立体化。旋转，运动-Earth-Moon model, light, texture, brightness, three-dimensional. Rotation, movement
EX2
- ALOSPALSAR卫星数据读取及基线计算,利用各种数据插值方法计算数据获取时间内任意时刻的卫星所在的位置,并用三维绘图命令画出地球及相应轨道.-The satellite data read and baseline of ALOSPALSAR interpolation method using a variety of data calculation data for the location of the time at any moment of the satellite, and
EARTH
- 基于单文档实现了对三维地貌的模拟，对学习三维环境仿真有一定的帮助。-Single document based on the simulation of three-dimensional topography simulation, three-dimensional environment for learning some help.
The-compass-module
- 周立功指南针模块，电子指南针系统中磁场传感器的磁阻（MR）技术是最佳的解决方法，和现在很多电子指南针还在使用的磁通量闸门传感器相比较，MR技术不需要绕线圈而且可以用IC生产过程（IC-like process）生产，是一个更值得使用的解决方案。由于MR有高灵敏度，它甚至比这个应用范围中的霍尔元件更好。 PHILIPS半导体的KMZ52是一个两维磁场传感器，它是使用磁阻的作用以及其灵敏度和线性来测量微弱的地球磁场，且集成了置位／复位功能以及补偿线圈，这些线圈可以用翻转（flip
earth
- 广癀天空，有点像地图类的编写，在方法上很值得学习-Canton癀sky, -a bit like a map type of preparation, in the method is worth learning
Image-rotation
- 利用VC编辑，功能是模拟地球的自转，可以更改图片和参数，模拟其他类似运动-Use of VC editing, function is to simulate the earth s rotation, you can change the pictures and parameters, simulation of other similar sports
Gauss-Projection
- 一个通过高斯正反算公式计算高斯投影后投影平面的二维坐标，也可通过坐标反算大地经纬度。提供54系，西安80系，WGS-84系和CGCS2000系四种椭球参数。-A positive and negative Gaussian Formulas to calculate the two-dimensional coordinates of the Gauss projection projection plane can also be computed from coordinates latit
solar_system
- 主要是利用matlab编程序来实现太阳与地球月亮的运行轨道。-Is to use matlab programmed to achieve the orbit of the Sun and the Earth moon.
Html
- Html编辑器在线编辑源码，地球人都知道。-HTML editor online editor source code, the Earth people know.
b
- 输入坐标计算，子午线收敛角，大地线长，方向改化等-Input coordinates, the meridian convergence, the earth cable length, the direction of change
mySphere
- 使用opengl地球转动效果，有简单控制功能-the opengl Earth rotation
Geodetic-programmingi
- 包括了大地主题正反算，高斯投影正反算和斜距投影，都有界面-Including earth theme and negative balance, the Gauss projection positive and negative count and slant range projection has an interface