Detailed Description

dopplerProc DPU HWA configuration parameters

The structure is used to hold the HWA configuration parameters for the Doppler Processing DPU

Data Fields
uint8_t	winSym
	Indicates if HWA window is symmetric or non-symmetric. Use HWA macro definitions for symmetric/non-symmetric. More...

uint32_t	windowSize
	Doppler FFT window size in bytes. This is the number of coefficients to be programmed in the HWA for the windowing functionality. The size is a function of numDopplerChirps as follows: If non-symmetric window is selected: windowSize = numDopplerChirps * sizeof(int32_t) If symmetric window is selected and numDopplerChirps is even: windowSize = numDopplerChirps * sizeof(int32_t) / 2 If symmetric window is selected and numDopplerChirps is odd: windowSize = (numDopplerChirps + 1) * sizeof(int32_t) / 2 More...

int32_t *	window
	Pointer to Doppler FFT window coefficients. More...

uint32_t	winRamOffset
	HWA window RAM offset in number of samples. More...

Field Documentation

◆ winSym

uint8_t DPU_Aoa2dProc_FFTWindowCfg::winSym

Indicates if HWA window is symmetric or non-symmetric. Use HWA macro definitions for symmetric/non-symmetric.

◆ windowSize

uint32_t DPU_Aoa2dProc_FFTWindowCfg::windowSize

Doppler FFT window size in bytes. This is the number of coefficients to be programmed in the HWA for the windowing functionality. The size is a function of numDopplerChirps as follows:
If non-symmetric window is selected: windowSize = numDopplerChirps * sizeof(int32_t)
If symmetric window is selected and numDopplerChirps is even: windowSize = numDopplerChirps * sizeof(int32_t) / 2
If symmetric window is selected and numDopplerChirps is odd: windowSize = (numDopplerChirps + 1) * sizeof(int32_t) / 2

◆ window

int32_t* DPU_Aoa2dProc_FFTWindowCfg::window

Pointer to Doppler FFT window coefficients.

◆ winRamOffset

uint32_t DPU_Aoa2dProc_FFTWindowCfg::winRamOffset