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weixingtianxian--zitaijiaojisuan
- 卫星天线的俯仰角航向角滚动角的快速计算小程序，输入初始计算条件即可简单得出结果，有助于开发者算法快速验证及实际测试结果验证。-Satellite antenna direction of the pitch angle of the fast calculation of the rolling angle applet, enter the initial conditions can be a simple calculation of the outcome of the rapid me
3dtrans
- 3D Space Coordinate Transformations This folder contains 3 files (m-functions) : - t2x.m Transformation Matrix to Generalized Position Vector. - x2t.m Generalized Position Vector to Transformation Matrix. - m2m.m Mass/Inertia Tensor
Car
- 四轮转向汽车的MATLAB实现，3种实现方式。输入量为前后轮的旋转角度，输出量为汽车侧偏角和横摆角速度。6.5版本编写。-MATLAB realization of four-wheel steering vehicle, 3 implementation. Enter the amount of rotation of front and rear wheels, the output volume for the automotive side slip angle and yaw rate
linearizeabt_5deg_yaw
- The linearized model of a quadrotor about a 5 degree yaw angle in Simulink.
wheelslipangle
- 电动汽车轮胎侧偏角simulink仿真模型，输入为汽车的前轮转向角、汽车的横摆角速度、汽车的纵向速度和横向速度。-Simulink simulation model of the electric vehicle tire slip angle, enter the car' s front wheel steering angle, yaw rate of the car, the vehicle longitudinal velocity and transverse velocity
point_range
- 计算飞行器滚转角，俯仰角，偏航角变化对特征点在像平面的变化-Calculate the vehicle roll angle, pitch angle, yaw angle change of feature points in the image plane changes
Example_2833xAdcSeqModeTest
- code composer studio 3.3. Apply kalman filter for gyro and accelerometer to get the pitch and yaw angle.
INS_Simulation
- 完整惯性导航解算，能够输出惯导解算出的东北天向速度和横滚、俯仰及偏航角。-Complete inertial navigation solver, able to output the INS the solution calculated Northeast days to speed and roll, pitch and yaw angle.
SINS
- 捷联惯导的程序，自己编写，通过俯仰角偏航角等来计算出动态和静态下的姿态角以及角速度，在导弹路径规划上有运用。-SINS program, their preparation, through the pitch angle to calculate the yaw angle under static and dynamic attitude angle and angular velocity of the missile path planning on using.
pianhan
- 给偏向角赋值,处理偏向角偏航延时,延时时间到，开始偏航 -Assigned to the deflection angle, yaw angle of deviation processing delay, delay time to start yaw
lowpassfilter
- 在捷联惯导初始对准中，由于偏航角的误差较大，对准速度较慢，增加了低通滤波器，并通过横滚角和俯仰角来加快对准速度-In SINS initial alignment, the error of yaw angle, aligning slower, increasing the low-pass filter, and through the roll angle and pitch angle to accelerate the speed of the alignment
Test
- 通过串口采集GPS数据，传感器数据采集，包括位置：经纬度、高度，姿态：俯仰角、滚转角、偏航角-GPS data gathered through a serial port, sensor data collection, including location: longitude and latitude, altitude and attitude: pitching Angle, roll Angle and yaw Angle
Test
- 通过串口采集GPS数据，传感器数据采集，包括位置：经纬度、高度，姿态：俯仰角、滚转角、偏航角-GPS data gathered through a serial port, sensor data collection, including location: longitude and latitude, altitude and attitude: pitching Angle, roll Angle and yaw Angle
erase_iter_iter_db3
- These API get set the yaw angle based strong magnetic anomaly detection.
MPU6050
- 该代码是三轴加速度传感器代码，功能强大，可测量角速度值和加速度值，并能测出yaw角，row角和pitch角。-The code is a three-axis accelerometer code, powerful, measurable angular velocity values and acceleration values, and can measure the yaw angle, row angle and pitch angle.
torpedoSimulink
- 在matlab中打开torpedoSimulink文件后，您会看到整个系统，包含鱼雷和目标模型子系统，在鱼雷子系统和目标子系统中可以设置相应的角速度、偏航角度、速度，开始仿真后，鱼雷开始追踪目标，并且画出跟踪轨迹和目标的运动轨迹。-After opening the file in matlab torpedoSimulink, you ll see the entire system, including the torpedo and target model subsystem, torp
attitude-solution
- 基于stm32的mpu6050姿态解算，yaw角数据没有进行处理，可以开发平衡车或进一步融合九轴数据完善yaw角数据进行四轴开发-Based on the mpu6050 STM32 attitude solution, yaw angle data is not processed, you can develop a balanced car or further integration of the nine axis data to improve the yaw angle data
Wind Farm Power Max
- 通过控制风机的偏航角来减少对其后风机的尾流效应，从而达到整场出力最大化。在小型风电场很适用。(By controlling the yaw angle of the fan, the wake effect of the fan is reduced and the whole field output is maximized. It's very suitable for small wind farms.)
9轴融合算法mpu6050 hmc5883 kalmanfilter
- 卡尔曼滤波算法融合9轴传感器（MPU6050 + HMC5883 ） 的原始数据，给出准确的滚转、俯仰和偏航角度信息。(The Calman filtering algorithm combines the original data of 9 axis sensors (MPU6050 + HMC5883) and gives accurate information of roll, pitch and yaw angle.)
Analysis of steering stability for 4WS
- 四轮转向车辆操纵稳定性仿真分析，首先建立二自由度四轮转向车辆运动微分方程，求解出横摆角速度、质心侧偏角、侧向加速度的传递函数，然后在MATLAB环境中通过M语言编写仿真软件对传递函数的时域与频域特性进行计算，最后将仿真数据与前轮转向车辆仿真数据进行对比分析。(The simulation analysis of steering stability of four-wheel steering vehicles first establishes the differential equatio