Added run_pfb_complex.m to provide complex input stimuli for HDL PFB.

applications/apertif/matlab/apertif_matlab_readme.txt

@@ -36,15 +36,13 @@ This directory contains Matlab code for modelling DSP aspects of Apertif:
   pfir_coeff.m                     Function Compute polyphase filterbank coefficients (same purpose as FIR_LPF_ApertifCF.m but with more options)
   run_pfir_coeff.m                 Script   Run pfir_coeff.m to show filter response in time and frequency domain
 
-  run_pfir.m                       Script   Run the PFIR with real input to create HDL reference data (based on one_pfb.m)
-
 
 4) FFT
   sinusoids_and_fft_frequency_bins.m Script Code on DFT and DTFT from Matlab blog on internet
   try_fft.m                          Script Try DFT and DTFT
   
 
-5) Data path HDL functions
+5) Data path functions
   wg.m                             Function Waveform generator per block of data
   dt.m                             Function Delay tracking per block of data
   bsn_source.m                     Function Block Sequence Number source per block of data
@@ -54,10 +52,6 @@ This directory contains Matlab code for modelling DSP aspects of Apertif:
   reorder_serial.m                 Function Select data from block of data
   corner_turn.m                    Function Collect M blocks of in_data(1:K) and then transpose [M] and [K] for corner turn
 
-  run_pfft.m                       Script   Run the PFFT with real input to create HDL reference data (based on one_pfb.m)
-  run_pfft_complex.m               Script   Run the PFFT with complex input to create HDL reference data (based on one_pfb.m)
-
-
 6) Polyphase filterbank
 
   one_pfb.m                        Script   Run data path model with subband polyphase filterbank (real input)
@@ -66,3 +60,11 @@ This directory contains Matlab code for modelling DSP aspects of Apertif:
 
   two_pfb.m                        Script   Run data path model with subband polyphase filterbank followed by a channel polyphase filterbank
 
+7) HDL reference data
+  run_pfir.m                       Script   Run the PFIR with real input to create HDL reference data (based on one_pfb.m)
+  run_pfft.m                       Script   Run the PFFT with real input to create HDL reference data (based on one_pfb.m)
+  run_pfft_complex.m               Script   Run the PFFT with complex input to create HDL reference data (based on one_pfb.m)
+  run_pfb_complex.m                Script   Run the PFB  with complex input to create HDL reference data (based on one_pfb.m)
+
+
+