template class xf::dsp::aie::fft::dit_1ch::fft_ifft_dit_1ch_graph <TT_DATA, TT_TWIDDLE, TP_POINT_SIZE, TP_FFT_NIFFT, TP_SHIFT, TP_CASC_LEN, TP_DYN_PT_SIZE, TP_WINDOW_VSIZE, kStreamAPI, 0, TP_INDEX>¶
#include "fft_ifft_dit_1ch_graph.hpp"
Overview¶
fft_dit_1ch template specialization for single FFT, stream API. This FFT block is the last call (specialization TP_PARALLEL_POWER = 0 ) of a recursive SSR FFT call, i.e. this is the last subframe processor called when TP_PARALLEL_POWER >= 1.
template < typename TT_DATA, typename TT_TWIDDLE, unsigned int TP_POINT_SIZE, unsigned int TP_FFT_NIFFT, unsigned int TP_SHIFT, unsigned int TP_CASC_LEN, unsigned int TP_DYN_PT_SIZE, unsigned int TP_WINDOW_VSIZE, unsigned int TP_INDEX > class fft_ifft_dit_1ch_graph <TT_DATA, TT_TWIDDLE, TP_POINT_SIZE, TP_FFT_NIFFT, TP_SHIFT, TP_CASC_LEN, TP_DYN_PT_SIZE, TP_WINDOW_VSIZE, kStreamAPI, 0, TP_INDEX>: public graph // fields port_array <input, 2> in port_array <output, 2> out fft_ifft_dit_1ch_mono_graph <TT_DATA, TT_TWIDDLE, TP_POINT_SIZE, TP_FFT_NIFFT, TP_SHIFT, TP_CASC_LEN, TP_DYN_PT_SIZE, TP_WINDOW_VSIZE, kStreamAPI> FFTstrproc
Fields¶
port_array <input, 2> in
The input data to the function. I/O is two parallel streams each TT_DATA type.
port_array <output, 2> out
The output data from the function. I/O is two parallel streams each TT_DATA type.
fft_ifft_dit_1ch_mono_graph <TT_DATA, TT_TWIDDLE, TP_POINT_SIZE, TP_FFT_NIFFT, TP_SHIFT, TP_CASC_LEN, TP_DYN_PT_SIZE, TP_WINDOW_VSIZE, kStreamAPI> FFTstrproc
Monolithic FFT block.