protesis_03/protesis_03_dxl/imu.hpp

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/*
* imu.hpp
*
* Created on: 09.01.2021
* Author: frank
*/
#ifndef IMU_HPP_
#define IMU_HPP_
#include "mpu6050.hpp"
#define RADIAN_CONST 57.296; // = 1 / (PI / 180)
#define CONST_TO_RADIANS (PI / 180)
#define DRIFT_CORRECTION_RATE_GYRO 0.9996;
#define DRIFT_CORRECTION_RATE_ACCEL 0.0004;
struct inertia {
double roll_acceleration;
double pitch_acceleration;
double roll_gyroscope;
double pitch_gyroscope;
double vector_length;
double roll_vector_length;
double pitch_vector_length;
double yaw_vector_length;
};
void calculate_inertia(inertia &inertia, const measurement measurement);
void calculate_inertia_with_offset_substraction(inertia &inertia,
const measurement measurement);
void correct_inertia_drift(inertia &inertia);
void initialize_inertia(inertia &inertia, const measurement measurement);
double pitch_by_acceleration(const inertia inertia, const measurement measurement);
double roll_by_acceleration(const inertia inertia, const measurement measurement);
void substract_acceleration_offset(inertia &inertia);
double yaw_by_acceleration(const inertia inertia, const measurement measurement);
double vector_length_2d(const long x, const long y);
double vector_length_3d(measurement const measurement);
double roll_vector_length(const measurement mpu_measurement);
double pitch_vector_length(const measurement mpu_measurement);
double yaw_vector_length(const measurement mpu_measurement);
double acceleration_with_precission(const long value);
double gyroscope_with_precission(const long value);
inertia get_inertia_offset();
#endif /* IMU_HPP_ */