Eduardo Vergara
/
BNO080_program
added main and defined M_PI
main.cpp
- Committer:
- JesiMiranda
- Date:
- 2019-07-22
- Revision:
- 2:1fd1549d3fbd
- Parent:
- 1:4a5b43b9502c
- Child:
- 3:24e65bfcea6d
File content as of revision 2:1fd1549d3fbd:
#include <mbed.h> #include <BNO080.h> int main() { Serial pc(USBTX, USBRX, 9600); // Create IMU, passing in output stream, pins, I2C address, and I2C frequency // These pin assignments are specific to my dev setup -- you'll need to change them BNO080 imu(&pc, PB_7 , PB_6, PB_0, D10, 0x4b, 400000); pc.printf("============================================================\n"); imu.begin(); pc.printf("======================================ENABLING REPORT FOR IMU==========================================================\r\n"); // Tell the IMU to report rotation every 100ms and acceleration every 200ms imu.enableReport(BNO080::ROTATION, 100); imu.enableReport(BNO080::TOTAL_ACCELERATION, 200); pc.printf("======================================DONE ENABLING REPORT FOR IMU ===================================================\r\n"); pc.printf("========================= STUCK INSIDE THE WHILE LOOP ===============================\r\n"); while (true) { wait(.001f); // poll the IMU for new data -- this returns true if any packets were received if(imu.updateData()) { pc.printf("======================================= INSIDE IMU.UPDATEDATA() =================================\r\n"); // now check for the specific type of data that was received (can be multiple at once) if (imu.hasNewData(BNO080::ROTATION)) { // convert quaternion to Euler degrees and print pc.printf("IMU Rotation Euler: "); TVector3 eulerRadians = imu.rotationVector.euler(); TVector3 eulerDegrees = eulerRadians * (180.0 / M_PI); eulerDegrees.print(pc, true); pc.printf("\n"); } if (imu.hasNewData(BNO080::TOTAL_ACCELERATION)) { // print the acceleration vector using its builtin print() method pc.printf("IMU Total Acceleration: "); imu.totalAcceleration.print(pc, true); pc.printf("\n"); } } } }