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RTOS/IWR1443BOOST: task_param sturcture

Part Number: IWR1443BOOST

Tool/software: TI-RTOS

hi i have a question please help me

now i study mmwave evm module.

i have one more question that is below

Task_Params <-- If you show the main.c file , find this structure Where is this structure defined?

ex) mmwave_init.h  or mmwave_param.h/c

What header of .c file is incude the Task_Params structure ??

please write about Task_Params structure included route

ex) /ti/sdk_00_09/task_param.h

thank you 

  • I would suggest a couple of actions to get a better understanding of the task structure utilized in our mmwave devices.

    I would start by reading through the documentation that covers the Millimeter Wave (mmw) Demo. This can be found locally at:
    C:\ti\mmwave_sdk_<version number>\packages\ti\demo\xwr14xx\mmw\docs\doxygen\html\index.html

    I would highly recommend looking through this document first. If you have additional questions regarding TI-RTOS, I would refer you to our TI-RTOS wiki page: processors.wiki.ti.com/.../TI-RTOS

    Please let me know if you have any questions after reviewing the provided information.

    Regards,
    Kyle
  • Thank you for your reply

    ok, i understand your suggestion and now i study of index file in html

    i understand about data flow and demo program operation algorithm but

    shown index page the demo program only detect 2d(x,y) coordinates

    then how to detect 3d(x,y,z) coordinates?

    lastely sdk version's have a 3d coordinates demo program? or what is the mothod of getting the 3d coordinates?

    please help me

  • There is a 3D profile configuration file "profile_3d.cfg" that is provided in the SDK in:

    <local disk>\ti\mmwave_sdk_01_01_00_02\packages\ti\demo\xwr14xx\mmw\profiles

    I would also direct your attention to the section entitled "Data Path - Direction of Arrival Estimation (x,y,z)" in the index file that I referenced in my previous post.

    Please let me know if this information answers your question or if you need additional information.

    Regards,
    Kyle