-Plotting channels 0.

applications/apertif/apertif_unb1_correlator/tb/python/tc_apertif_unb1_correlator.py

@@ -18,29 +18,23 @@ CORRELATOR_OUTPUT_COMPLEX_WIDTH = CORRELATOR_MULT_OUTPUT_WIDTH + ceil_log2(CORRE
 # Use gen_hex_files_composite_signals.py to generate HEX files with ONE channel
 # . Check.
 
-## Wait until file exists
-#do_until(file_exists, True, s_timeout=900, filename=REC_FILE)
-#
-#if USE_NEW_REC_FILE==True:
-#    # Wait until file is modified
-#    print 'Waiting for %s to be modified...' %REC_FILE
-#    now = time.time()
-#    do_until_gt(file_mod_time, now, s_timeout=900, filename=REC_FILE)
-#    print '%s modified. Waiting for %d lines to be written...' %(REC_FILE, NOF_LINES_IN_REC_FILE_TO_VERIFY)
-#    do_until_gt(file_linecount, NOF_LINES_IN_REC_FILE_TO_VERIFY, s_timeout=900, filename=REC_FILE)
-#
-## Read test bench output file written by dp_stream_rec_play.vhd
-#correlator_src_out_arr = rec_file_to_complex(REC_FILE, complex_width=CORRELATOR_OUTPUT_COMPLEX_WIDTH)
-#
-## Plot the phase shifts
-#plot_phase_shifts(correlator_src_out_arr[32], NOF_VISIBILITIES)
-#
-
-# Repeat, but this time use WPFB record file and correlator model
-REC_FILE = os.environ['RADIOHDL']+'/applications/apertif/apertif_unb1_correlator/tb/rec/wpfb_src_out_arr0.rec'
-
-WPFB_OUT_DATA_WIDTH = 14
-
-complex_list = rec_file_to_complex(REC_FILE, complex_width=WPFB_OUT_DATA_WIDTH)
-
-print complex_list[0]
+# Wait until file exists
+do_until(file_exists, True, s_timeout=900, filename=REC_FILE)
+
+if USE_NEW_REC_FILE==True:
+    # Wait until file is modified
+    print 'Waiting for %s to be modified...' %REC_FILE
+    now = time.time()
+    do_until_gt(file_mod_time, now, s_timeout=900, filename=REC_FILE)
+    print '%s modified. Waiting for %d lines to be written...' %(REC_FILE, NOF_LINES_IN_REC_FILE_TO_VERIFY)
+    do_until_gt(file_linecount, NOF_LINES_IN_REC_FILE_TO_VERIFY, s_timeout=900, filename=REC_FILE)
+
+# Read test bench output file written by dp_stream_rec_play.vhd
+correlator_src_out_arr = rec_file_to_complex(REC_FILE, complex_width=CORRELATOR_OUTPUT_COMPLEX_WIDTH)
+
+# Plot the phase shifts
+for i in range(1000):
+    print i
+    plot_phase_shifts(correlator_src_out_arr[i*64], NOF_VISIBILITIES)
+
+