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- c source program for running of main of compass runner file
HMC5883L
- 3轴数字罗盘IC芯片HMC5883的I2C操作。-I2C operation of 3-axis digital compass IC chip HMC5883.
BD1-master
- 北斗行驶记录仪国标代码,JT/T808 19056-Compass tachograph GB Code
ckTest
- 串口读写北斗4.0协议读写北斗时间的小程序，贵在原理-Serial read and write Compass 4.0 protocol read and write Compass time small program, expensive in principle
562_compass_click___example_v1.0.0.0
- to develop in navigation system this code in c controller for compa-to develop in navigation system this code in c controller for compass
GY271
- 基于stm32、gy271和oled显示电子罗盘-Based on stm32, gy271 and oled display electronic compass
F407_FC_ANO
- 这里提供匿名飞控源码，飞控板内核STM32F407,其中加速度计陀螺选择MPU6050，气压计选择MS5611，电子罗盘选择AK8975。(Anonymous flight control source is provided here, flight control board kernel STM32F407, in which accelerometer gyro select MPU6050, barometer select MS5611, electronic compass sel
《STM32自学笔记》随书资料
- 飞行器代码，mpu6050,电子罗盘，超声波定高(Aircraft code, mpu6050, electronic compass, ultrasonic fixed height)
556-Mag-PIC32.X(1)
- 基于32位PIC单片机的三维电子罗盘得完整程序，用的MAPLAB X IDE。(Correction formula of three dimensional electronic compass based on single chip microcomputer)
ZZU
- （1）场景漫游，（2）小地图（3）指北针等功能模块((1) the scene roaming, (2) a small map (3) compass module)
电子罗盘定向航行实验
- 将三维电子罗盘加入pac中，实现简单直线航行(The 3D electronic compass is added into PAC to realize the straight line navigation)
MyCompass
- 指南针app及源码。android手机上实现，可以得到坐标(Compass app and source code. Android mobile phone, you can get coordinates)
指南针－初版
- 指南针 地图(Compass map)
周志华-机器学习
- 一本很好的学习书籍，值得大家看看，上传给大家看(A very good study books, it is worth everyone to see, upload to everyone)
USER
- 读取hmc5883l以及陀螺仪校准，电子罗盘的校准例程(Read hmc5883l and gyro calibration, electronic compass calibration routines)
FlyMaple1_0
- Arduino惯性测量传感器-FlyMaple 惯导控制器FlyMaple说明 FlyMaple 是一个开源惯性导航控制板。 可以用到例如四轴飞行器、固定翼无人飞机、两轮自平衡、三轴电子罗盘、登山高度计等需要姿态及其罗盘和气压计的项目。 FlyMaple基于maple开放的编程结构，使很多爱好者都可以加入进来进行二次开发。 32位处理器高达90MIPS的运算可以满足复杂的计算需要。(Arduino inertial measurement sensor -FlyMaple inertia
GPS_ins_mag_int_sim
- 惯性导航，磁罗盘，卫星导航相互组合，采用联邦滤波算法。(Inertial navigation, magnetic compass and satellite navigation are combined, and federated filter algorithm is adopted.)
HMC5883L
- 3轴磁力计电子罗盘，测量航向角，测量角度范围180~-180，受环境影响较大(3 axis magnetometer electronic compass, measuring course angle, measuring angle range 180~-180, is greatly affected by the environment)
chapter5attitude
- 卫星姿态是指卫星星体在轨道上运行所处的空间指向状态。将直角坐标系的原点置于星体上，指向地面的Z轴反映偏航方向，Y轴反映俯仰方向，X轴反映滚动方向。星体在高空中沿局部地球铅垂方向和轨道矢量方向运行，不时地产生对三轴的偏移。姿态控制是通过姿态控制分系统（ACS）来实现，使用地平扫描仪可感应俯仰和滚动轴的姿态误差，使用速度陀螺仪和罗盘可感应偏航轴的姿态误差。(Satellite attitude refers to the spatial orientation of a satellite in o
edgedetect
- 采用pewitt算法计算判断横向边缘检测和纵向边缘检测，以及compass算法实现最优边缘检测(Pewitt algorithm is used to judge the transverse edge detection and vertical edge detection, and compass algorithm is used to achieve the best edge detection)