IMU Adafruit BNO055 library for Simulink

Hi,

Is there someone who has adapted the Adafruit BNO055 library for Simulink?

Thank you in advance, Pm

Anyone?

What is the best choice: - create a S-function in simulink based on the C library. - run the IMU recording from arduino IDE and just read received data on the SPI bus in Simulink

Thank you in advance, Pm

Hi,

Finally I have managed the first method but I am not able to reach 100 Hz!

If someone is interested: 1/ Create a folder (change your Matlab current directory) and copy the following libraries into the folder: Wire.h BNO055.h BNO055.c Wire.cpp twi.h twi.c NAxisMotion.h NAxisMotion.cpp

2/ Create a Simulink file, add a S-function builder, open it and set the parameters as it follows: |500x424 |500x426 |500x426 |500x280 |500x279 |500x280

3/ Buil it and return to your folder directory 4/ Change XXXXXXX_wrapper.c to XXXXXXX_wrapper.cpp 5/ Open XXXXXXX_wrapper.cpp and add 'extern "C" ' before each function (i.e. before each 'void') 6/ In Simulink chose External mode and in configuration parameters set Arduino board in Hardware implementation. |500x329 7/ Run and enjoy :)

But the problem is the following, when I try to set the sample rate to 100 Hz (0.01s) either in initialization parameter in the S-function builder (sample mode 0.01) either in simulink solver configuration parameters; the IMU output data stay locked after around 2-3 seconds :confused:

I would appreciate some help. Thank you, Pm

Anyone ?

Thanks, Pm

Hello,

I came across your post while attempting to solve the same problem you were having. Thank you very much for posting such a great rundown of how you overcame! I unfortunately wasn't as skilled, and sent a plea to Mathworks, which they responded to. Turns out just this summer (I think) the created a toolbox which includes a .slx file for the BNO055! You might be aware of this already, but thought I would drop a line just in case. The toolbox is called "Arduino_Engineering_Kit_Hardware". Cheers!