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9軸センサー動作確認
Dependencies: MPU9250_SPI mbed
main.cpp@0:645f2b28239f, 2017-03-17 (annotated)
- Committer:
- tomoya123
- Date:
- Fri Mar 17 08:42:47 2017 +0000
- Revision:
- 0:645f2b28239f
9axis
Who changed what in which revision?
User | Revision | Line number | New contents of line |
---|---|---|---|
tomoya123 | 0:645f2b28239f | 1 | /*CODED by Qiyong Mu on 21/06/2014 |
tomoya123 | 0:645f2b28239f | 2 | kylongmu@msn.com |
tomoya123 | 0:645f2b28239f | 3 | */ |
tomoya123 | 0:645f2b28239f | 4 | #include "mbed.h" |
tomoya123 | 0:645f2b28239f | 5 | #include "MPU9250.h" //Include library |
tomoya123 | 0:645f2b28239f | 6 | |
tomoya123 | 0:645f2b28239f | 7 | Serial pc(USBTX, USBRX); |
tomoya123 | 0:645f2b28239f | 8 | Serial xbee(p9,p10); |
tomoya123 | 0:645f2b28239f | 9 | DigitalOut myled(LED1); |
tomoya123 | 0:645f2b28239f | 10 | //Serial pc(USBTX, USBRX); |
tomoya123 | 0:645f2b28239f | 11 | SPI spi(p5, p6, p7); |
tomoya123 | 0:645f2b28239f | 12 | mpu9250_spi imu(spi,p8); //define the mpu9250 object |
tomoya123 | 0:645f2b28239f | 13 | int main(){ |
tomoya123 | 0:645f2b28239f | 14 | //float mx,my,mz,F; |
tomoya123 | 0:645f2b28239f | 15 | //float ax,ay,az,acc_roll,acc_pitch,calib_az,roll_deg; |
tomoya123 | 0:645f2b28239f | 16 | //float mag_x,mag_y,Orient; |
tomoya123 | 0:645f2b28239f | 17 | //int i; |
tomoya123 | 0:645f2b28239f | 18 | pc.baud(115200); |
tomoya123 | 0:645f2b28239f | 19 | //xbee.baud(115200); |
tomoya123 | 0:645f2b28239f | 20 | if(imu.init(1,BITS_DLPF_CFG_188HZ)){ //INIT the mpu9250 |
tomoya123 | 0:645f2b28239f | 21 | printf("\nCouldn't initialize MPU9250 via SPI!"); |
tomoya123 | 0:645f2b28239f | 22 | } |
tomoya123 | 0:645f2b28239f | 23 | printf("\nWHOAMI=0x%2x\n",imu.whoami()); //output the I2C address to know if SPI is working, it should be 104 |
tomoya123 | 0:645f2b28239f | 24 | wait(1); |
tomoya123 | 0:645f2b28239f | 25 | printf("Gyro_scale=%u\n",imu.set_gyro_scale(BITS_FS_2000DPS)); //Set full scale range for gyros |
tomoya123 | 0:645f2b28239f | 26 | wait(1); |
tomoya123 | 0:645f2b28239f | 27 | printf("Acc_scale=%u\n",imu.set_acc_scale(BITS_FS_16G)); //Set full scale range for accs |
tomoya123 | 0:645f2b28239f | 28 | wait(1); |
tomoya123 | 0:645f2b28239f | 29 | printf("AK8963 WHIAM=0x%2x\n",imu.AK8963_whoami()); |
tomoya123 | 0:645f2b28239f | 30 | wait(0.1); |
tomoya123 | 0:645f2b28239f | 31 | imu.AK8963_calib_Magnetometer(); |
tomoya123 | 0:645f2b28239f | 32 | imu.calib_acc(); |
tomoya123 | 0:645f2b28239f | 33 | pc.printf("good luck"); |
tomoya123 | 0:645f2b28239f | 34 | while(1) { |
tomoya123 | 0:645f2b28239f | 35 | |
tomoya123 | 0:645f2b28239f | 36 | wait(0.1); |
tomoya123 | 0:645f2b28239f | 37 | |
tomoya123 | 0:645f2b28239f | 38 | //imu.read_temp(); |
tomoya123 | 0:645f2b28239f | 39 | //imu.read_acc(); |
tomoya123 | 0:645f2b28239f | 40 | //imu.read_rot(); |
tomoya123 | 0:645f2b28239f | 41 | //imu.AK8963_read_Magnetometer(); |
tomoya123 | 0:645f2b28239f | 42 | |
tomoya123 | 0:645f2b28239f | 43 | imu.read_all(); |
tomoya123 | 0:645f2b28239f | 44 | xbee.printf("%f,%f,%f\r\n", |
tomoya123 | 0:645f2b28239f | 45 | //imu.accelerometer_data[0], |
tomoya123 | 0:645f2b28239f | 46 | //imu.accelerometer_data[1], |
tomoya123 | 0:645f2b28239f | 47 | //imu.accelerometer_data[2], |
tomoya123 | 0:645f2b28239f | 48 | imu.Magnetometer[0], |
tomoya123 | 0:645f2b28239f | 49 | imu.Magnetometer[1], |
tomoya123 | 0:645f2b28239f | 50 | imu.Magnetometer[2] |
tomoya123 | 0:645f2b28239f | 51 | ); |
tomoya123 | 0:645f2b28239f | 52 | /* ax=ay=az=0; |
tomoya123 | 0:645f2b28239f | 53 | for(i=0;i<100;i++){ |
tomoya123 | 0:645f2b28239f | 54 | ax = ax + imu.accelerometer_data[0]; |
tomoya123 | 0:645f2b28239f | 55 | ay = ay + imu.accelerometer_data[1]; |
tomoya123 | 0:645f2b28239f | 56 | az = az + imu.accelerometer_data[2]; |
tomoya123 | 0:645f2b28239f | 57 | } |
tomoya123 | 0:645f2b28239f | 58 | wait(1.0); |
tomoya123 | 0:645f2b28239f | 59 | ax=ax/100; |
tomoya123 | 0:645f2b28239f | 60 | ay=ay/100; |
tomoya123 | 0:645f2b28239f | 61 | az=az/100; |
tomoya123 | 0:645f2b28239f | 62 | acc_roll = atan2(ay,az); |
tomoya123 | 0:645f2b28239f | 63 | //roll_deg = acc_roll*180/3.1415; |
tomoya123 | 0:645f2b28239f | 64 | calib_az = ay*sin(acc_roll)+az*cos(acc_roll); |
tomoya123 | 0:645f2b28239f | 65 | acc_pitch = atan2(-ax,calib_az); |
tomoya123 | 0:645f2b28239f | 66 | mag_x = (imu.Magnetometer[2]+13.755)*sin(acc_roll)-(imu.Magnetometer[1] - 20.469)*cos(acc_roll); |
tomoya123 | 0:645f2b28239f | 67 | mag_y = (imu.Magnetometer[0] - 12.983)*cos(acc_pitch) |
tomoya123 | 0:645f2b28239f | 68 | +(imu.Magnetometer[1] - 20.469)*sin(acc_pitch)*sin(acc_roll)+(imu.Magnetometer[2]+13.755)*sin(acc_pitch)*cos(acc_roll); |
tomoya123 | 0:645f2b28239f | 69 | Orient = atan2(mag_x,mag_y)*180/3.1415; |
tomoya123 | 0:645f2b28239f | 70 | printf("Orientation=%10.5f\n",Orient);*/ |
tomoya123 | 0:645f2b28239f | 71 | //printf("roll=%10.5f,pitch=%10.5f\n",roll_deg,acc_pitch); |
tomoya123 | 0:645f2b28239f | 72 | |
tomoya123 | 0:645f2b28239f | 73 | // mx = (imu.Magnetometer[0]- 12.983)*cos(7*3.1415/180); |
tomoya123 | 0:645f2b28239f | 74 | //my = (imu.Magnetometer[1]- 20.469)*cos(7*3.1415/180); |
tomoya123 | 0:645f2b28239f | 75 | //mz = imu.Magnetometer[2]; |
tomoya123 | 0:645f2b28239f | 76 | |
tomoya123 | 0:645f2b28239f | 77 | // F = atan2(my,mx)*180/3.1415; |
tomoya123 | 0:645f2b28239f | 78 | //printf("degree=%10.5f\n",F); |
tomoya123 | 0:645f2b28239f | 79 | //myled = 0;*/ |
tomoya123 | 0:645f2b28239f | 80 | wait(0.5); |
tomoya123 | 0:645f2b28239f | 81 | } |
tomoya123 | 0:645f2b28239f | 82 | } |
tomoya123 | 0:645f2b28239f | 83 |