Scalar implementation for 32-bit stream, requires 2*OVERLAP <= OUT_W, (INP_W-OUT_W) % FIRST_STRIDE == 0 if OVERLAP > 0, requires OUT_W*LCNT - OVERLAP*(LCNT-1) <= INP_W, if OVERLAP <= 0, SplitScalar<f,3,10,64,22>::filter3 takes 9505 cycles SplitScalar<f,10,64,31,-1>filter2 takes 9547 cycles.

#include <split.h>

Public Member Functions
void	filter8 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2, output_window< TT > out3, output_window< TT > out4, output_window< TT > out5, output_window< TT > out6, output_window< TT > *out7)

void	filter7 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2, output_window< TT > out3, output_window< TT > out4, output_window< TT > out5, output_window< TT > out6)

void	filter6 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2, output_window< TT > out3, output_window< TT > out4, output_window< TT > *out5)

void	filter5 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2, output_window< TT > out3, output_window< TT > out4)

void	filter4 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2, output_window< TT > *out3)

void	filter3 (input_stream< TT > in, output_window< TT > out0, output_window< TT > out1, output_window< TT > out2)

void	filter2 (input_stream< TT > in, output_window< TT > out0, output_window< TT > *out1)

void	filter1 (input_stream< TT > in, output_window< TT > out0)

Static Public Member Functions
static void	registerKernelClass ()

The documentation for this class was generated from the following files:

design/aie_src/split.h
design/aie_src/split.cc

Public Member Functions

Static Public Member Functions