搜索资源列表
计算地理距离和方位角的程序
- 计算地理距离和方位角的程序,特别实用于地球曲线计算-program for computation of geography distance and azimuth, especially for earth curve
距离与方位角计算
- 测量平差中的坐标方位角的转换可以方便广大的测量工作者-Adjustment coordinates the azimuth can facilitate the conversion of the majority of Surveyors
方位角计算程序
- 输入坐标可以直接计算方位角的大小
利用GPS测量方位角
- 利用GPS测量方位角
太阳天顶角和方位角的计算
- 根据日期、时间和当地经纬度计算太阳天顶角和方位角
距离与方位角计算
- 测量平差中的坐标方位角的转换可以方便广大的测量工作者-Adjustment coordinates the azimuth can facilitate the conversion of the majority of Surveyors
计算地理距离和方位角的程序
- 计算地理距离和方位角的程序,特别实用于地球曲线计算-program for computation of geography distance and azimuth, especially for earth curve
LaserCommunicationSimulationSystem
- 建立GEO和LEO的轨道,并计算他们间方位角和俯仰角速度及加速度,多普勒频移等重要参数。-established GEO and LEO orbits, and calculate their azimuth and pitch between angular velocity and acceleration, Doppler frequency shift and other important parameters.
GPStoAzimuth
- 由GPS原始数据求方位角的程序源码,里面附有GPS原始数据,可直接测试。-raw data from the GPS azimuth procedures for source code, the GPS inside with the original data can be directly tested.
2-dmusic
- 2-d music算法是在一维music算法的基础上进行的一种算法,它是需要测的是方位角和俯仰角-Algorithm for 2-d music is music in the one-dimensional algorithm based on an algorithm, it is the need to measure the azimuth and pitch angle is
Cricle_Azimuth_Elevation
- 基于均匀圆阵的方位角和俯仰角联合估计,采用MUSIC算法和MNM算法估计-Based on Uniform Circular Array azimuth and pitch angle of the joint estimation using MUSIC algorithm and MNM algorithm estimates
sun
- 对太阳高度角,方位角,某天的太阳日出,日落时间
Besell
- 大地主题解算里面的白赛尔正算,选择相应的参考椭球,已知一点的经纬度和两点之间的大地方位角和距离,解求另一点的经纬度和反大地方位角。-Bessel formula for solution of geodetic problem
ReBesell
- 白赛尔大地主题反算:选择适当的参考椭球,已知两点的大地经纬度求两点之间的正反大地方位角和大地线长度。-Bessel formula for inverse solution of geodetic problem
sun_position
- 太阳位置计算,计算太阳角度,高度角,方位角,真太阳时间-Sun position
sun_position
- 一个相当好用的matlab函数,由美国国家可再生能源实验室科研人员设计,可以计算太阳的直射维度和方位角。只要输入时间、观测地点即可。 -This algorithm is based on numerical approximation of the exact equations. The authors of the original paper state that this algorithm should be
GPSorbit
- 程序主要包括:1.MyInit.m 数据初始化 输出参数: XTrueZ 目标真实轨迹 Z0 目标观测值 T 采样周期 Q 系统误差阵 DeltaR 距离误差 DeltaSita 方位角误差 DeltaBeta 俯仰角误差 totaltime 运动时间 montimes 蒙特卡罗仿真次数 2. EKF.m [Z1]= EKF Z1: 输出EKF滤波后结果 3. CMKF.m
Altitude_Azimuth
- 自己写的计算太阳方位角和高度角的程序。能够通过日期和时间,计算任意时刻太阳的高度角和方位角。在Visual Studio 2008下调试通过。具有串行通信(CnComm)、数据存储功能。-Write your own calculation of the sun azimuth and elevation angle of the program. Through the date and time, calculated at any
方位角
- cad小程序,计算某条多段线的方位角,家在程序后,命令就是fwj(CAD small program to calculate the azimuth of a multi segment line, after the home program, the order is FWJ.)
太阳方位matlab程序
- 根据本地的经纬度计算任何时候太阳方位角和高度角,主要用于偏振导航中。(Calculate the sun's azimuth and altitude angles at any time according to local longitude and latitude, mainly used in polarization navigation.)