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- #include <stdio.h>
- #include <string.h>
- #include <stdlib.h>
- #include <math.h>
- #include <stdint.h>
- #define SIGMA 0.01
- #define SIGMA_V 0.01
- void invert3x3(float * src, float * dst);
- void multiply3x3(float *a, float *b, float *dst);
- void multiply3x1(float *a, float *b, float *dst);
- void init_attitude_matrix(float *C, float *acc, float g);
- void reset_yaw_C(float *C);
- void State_covariance_matrix_update(float *P, float *acc_n, float dt);
- void Kalfman_gain(float *P, float *Temporary_array, float *Temporary_array1, float *K);
- void Kalfman_gain_angle(float *P, float *Temporary_array, float *Temporary_array1, float *K);
- void multiply9x3(float *K, float *vel_n, float* delta_x);
- void State_covariance_matrix_corr(float *P, float *P_tmp, float *K);
- void State_covariance_matrix_corr_angle(float *P, float *P_tmp, float *K);
- void Att_matrix_corr(float *C, float *C_prev, float *Temporary_array, float *Temporary_array1, float *delta_x);
- void pos_n_corr(float *pos_n, float *delta_x);
- void vel_n_corr(float *vel_n, float *delta_x);
- void State_covariance_matrix_orthogonalization(float *P);
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