四軸串級PID程序源碼已用到項目中很實用分享給大家

ID:204159 · 發(fā)表于 2017-5-24 09:01

這是我做的PID算法，已用到項目中，很實用，現(xiàn)在分享給大家。

四軸串級PID單片機源程序如下:

#include "CONTROL.h"
#include "IMU1.h"
#include "moto.h"
#include "RFdate.h"
#include <math.h>
extern T_RC_Data Rc_D; //遙控通道數(shù)據(jù);
extern u8 txbuf[4]; //發(fā)送緩沖
extern u8 rxbuf[4]; //接收緩沖
extern u16 test1[3]; //接收到NRf24L01數(shù)據(jù)
extern S_INT16_XYZ ACC_F,GYRO_F;
PID PID_ROL,PID_PIT,PID_YAW;
extern S_INT16_XYZ MPU6050_ACC_LAST,MPU6050_GYRO_LAST;
int Motor_Ele=0; //俯仰期望
int Motor_Ail=0; //橫滾期望
//u8 ARMED = 0;
//float rol_i=0,pit_i=0,yaw_p=0;
float thr=0;
S_FLOAT_XYZ EXP_ANGLE ,DIF_ANGLE;
PID1 PID_Motor;
/*********************************/
float Pitch_i,Roll_i,Yaw_i; //積分項
float Pitch_old,Roll_old,Yaw_old; //角度保存
float Pitch_d,Roll_d,Yaw_d; //微分項
float RC_Pitch,RC_Roll,RC_Yaw; //姿態(tài)角
float Pitch_shell_out,Roll_shell_out,Yaw_shell_out;//外環(huán)總輸出
//外環(huán)PID參數(shù)
float Pitch_shell_kp=280;//30 140
float Pitch_shell_kd=0;//
float Pitch_shell_ki=0;//
/*********************************/
float Roll_shell_kp=250;//30
float Roll_shell_kd=0;//10
float Roll_shell_ki=0;//0.08
/*********************************/
float Yaw_shell_kp=1.5;//10;//30
float Yaw_shell_kd=0;//10
float Yaw_shell_ki=0;//0.08;//0.08
float Gyro_radian_old_x,Gyro_radian_old_y,Gyro_radian_old_z;//陀螺儀保存
float pitch_core_kp_out,pitch_core_kd_out,Roll_core_kp_out,Roll_core_kd_out,Yaw_core_kp_out,Yaw_core_kd_out;//內(nèi)環(huán)單項輸出
float Pitch_core_out,Roll_core_out,Yaw_core_out;//內(nèi)環(huán)總輸出
//內(nèi)環(huán)PID參數(shù)
//float Pitch_core_kp=0.040;
//float Pitch_core_kd=0.008;////0.007;//0.07;
float Pitch_core_kp=0.040;
float Pitch_core_kd=0.002;////0.007;//0.07;
float Roll_core_kp=0.040;//;
float Roll_core_kd=0.002;////0.007;//06;//0.07;
float Yaw_core_kp=0.046;//;
float Yaw_core_kd=0.012;////0.007;//06;//0.07;
int16_t moto1=0,moto2=0,moto3=0,moto4=0;
float tempjd=0;
void CONTROL(float rol, float pit, float yaw)
{
RC_Pitch=(Rc_D.PITCH-1500)/20;
////////////////////////外環(huán)角度環(huán)(PID)///////////////////////////////
Pitch_i+=(Q_ANGLE.Pitch-RC_Pitch);
//-------------Pitch積分限幅----------------//
if(Pitch_i>300) Pitch_i=300;
else if(Pitch_i<-300) Pitch_i=-300;
//-------------Pitch微分--------------------//
Pitch_d=Q_ANGLE.Pitch-Pitch_old;
//-------------Pitch PID-------------------//
Pitch_shell_out = Pitch_shell_kp*(Q_ANGLE.Pitch-RC_Pitch) + Pitch_shell_ki*Pitch_i + Pitch_shell_kd*Pitch_d;
//角度保存
Pitch_old=Q_ANGLE.Pitch;
/*********************************************************/
RC_Roll=(Rc_D.ROLL-1500)/20;
Roll_i+=(Q_ANGLE.Rool-RC_Roll);
//-------------Roll積分限幅----------------//
if(Roll_i>300) Roll_i=300;
else if(Roll_i<-300) Roll_i=-300;
//-------------Roll微分--------------------//
Roll_d=Q_ANGLE.Rool-Roll_old;
//-------------Roll PID-------------------//
Roll_shell_out = Roll_shell_kp*(Q_ANGLE.Rool-RC_Roll) + Roll_shell_ki*Roll_i + Roll_shell_kd*Roll_d;
//------------Roll角度保存------------------//
Roll_old=Q_ANGLE.Rool;
RC_Yaw=(Rc_D.YAW-1500)*10;
//-------------Yaw微分--------------------//
Yaw_d=MPU6050_GYRO_LAST.Z-Yaw_old;
//-------------Roll PID-------------------//
Yaw_shell_out = Yaw_shell_kp*(MPU6050_GYRO_LAST.Z-RC_Yaw) + Yaw_shell_ki*Yaw_i + Yaw_shell_kd*Yaw_d;
//------------Roll角度保存------------------//
Yaw_old=MPU6050_GYRO_LAST.Z;
////////////////////////內(nèi)環(huán)角速度環(huán)(PD)///////////////////////////////
pitch_core_kp_out = Pitch_core_kp * (Pitch_shell_out + MPU6050_GYRO_LAST.Y * 3.5);
pitch_core_kd_out = Pitch_core_kd * (MPU6050_GYRO_LAST.Y - Gyro_radian_old_y);
Roll_core_kp_out = Roll_core_kp * (Roll_shell_out + MPU6050_GYRO_LAST.X *3.5);
Roll_core_kd_out = Roll_core_kd * (MPU6050_GYRO_LAST.X - Gyro_radian_old_x);
Yaw_core_kp_out = Yaw_core_kp * (Yaw_shell_out + MPU6050_GYRO_LAST.Z * 1);
Yaw_core_kd_out = Yaw_core_kd * (MPU6050_GYRO_LAST.Z - Gyro_radian_old_z);
Pitch_core_out = pitch_core_kp_out + pitch_core_kd_out;
Roll_core_out = Roll_core_kp_out + Roll_core_kd_out;
Yaw_core_out = Yaw_core_kp_out + Yaw_core_kd_out;
Gyro_radian_old_y = MPU6050_GYRO_LAST.X;
Gyro_radian_old_x = MPU6050_GYRO_LAST.Y;
Gyro_radian_old_z = MPU6050_GYRO_LAST.Z; //儲存歷史值
//--------------------將輸出值融合到四個電機--------------------------------//
if(Rc_D.THROTTLE>1020)
{
thr=Rc_D.THROTTLE- 1000;
// if(Rc_D.THROTTLE<=2000)
// {
// moto1=(int16_t)(thr - Pitch_core_out);//- yaw);
// moto2=(int16_t)(thr - Pitch_core_out);//+ yaw);
// moto3=(int16_t)(thr + Pitch_core_out);// - yaw);
// moto4=(int16_t)(thr + Pitch_core_out);//+ yaw);
// moto1=(int16_t)(thr - Roll_core_out);//- yaw);
// moto2=(int16_t)(thr + Roll_core_out);//+ yaw);
// moto3=(int16_t)(thr + Roll_core_out);// - yaw);
// moto4=(int16_t)(thr - Roll_core_out);//+ yaw);
// moto1=(int16_t)(thr - Yaw_core_out);//- yaw);
// moto2=(int16_t)(thr + Yaw_core_out);//+ yaw);
// moto3=(int16_t)(thr - Yaw_core_out);// - yaw);
// moto4=(int16_t)(thr + Yaw_core_out);//+ yaw);
//moto1=(int16_t)(thr - Roll_core_out - Pitch_core_out);
……………………
…………限于本文篇幅余下代碼請從51黑下載附件…………

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所有資料51hei提供下載:

chuanPID.zip (1.75 KB, 下載次數(shù): 79)

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四軸串級PID程序源碼 已用到項目中 很實用 分享給大家

四軸串級PID程序源碼已用到項目中很實用分享給大家