#!/usr/bin/env python3 import argparse, sys receiver = 'OTHER' rx_phase = '+1' rx_hand = '-' rx_pol = 'cir' rx_ang = "0" parser = argparse.ArgumentParser() parser.add_argument('-f', '--freq', '-freq', help="Central Frequency (MHz)", type=int) parser.add_argument('-d', '--das', '-das', help="DAS central Frequency (MHz)", type=int) parser.add_argument('-i', '--inverted', '-inverted', help="DAS central Frequency", action="store_true") parser.add_argument('-o', '--plan', '-plan', help="Show full bandwidth coverage", action="store_true") parser.add_argument('-r', '--receiver', '-receiver', '-rx', '--rx', help="Receiver Name") parser.add_argument('-l', '--linear', '-linear', help="Linear Receiver", action="store_true") args = parser.parse_args() if args.freq is None and args.das is None: sys.stderr.write("Need to pass -freq or -das\n") sys.exit() if args.freq is not None and args.das is not None: sys.stderr.write("Pass either -freq or -das, not both\n") sys.exit() freq = args.freq if freq is None: if args.inverted: freq = args.das-416 else: freq = args.das+416 if args.inverted: sideband = -1 else: sideband = 1 if args.receiver is not None: receiver = args.receiver if receiver.casefold() == "MARS".casefold(): receiver = "MARS" rx_phase = "+1" rx_hand = "1" rx_pol = "cir" rx_ang = "45" if args.linear: rx_pol = "lin" print("""\ CONFIG_NAME medusa.vlbi # Instrument this configuration is valid for INSTRUMENT Medusa # Owner of data files produced USER spip SCRIPTS_DIR /home/uwb/linux_64/bin CONFIG_DIR /home/uwb/linux_64/share WEB_DIR /home/uwb/linux_64/web STATUS_DIR /home/uwb/linux_64/web/status PROCESSING_DB_KEY /home/uwb/linux_64/share/bpsr.info # Configured Processing Modes TIMING_MODE true SEARCH_MODE true CONTINUUM_MODE true ############################################################################### # Server directory configuration SERVER_HOST medusa-srv0 SERVER_LOG_PORT 21000 SERVER_ALIASES medusa-srv0.atnf.csiro.au SERVER_DIR /data/MEDUSA-SRV0_1/export/uwb SERVER_RESULTS_DIR /data/MEDUSA-SRV0_1/export/uwb/results SERVER_OLD_RESULTS_DIR /data/MEDUSA-SRV0_1/export/uwb/old_results SERVER_ARCHIVE_DIR /data/MEDUSA-SRV0_1/export/uwb/archives SERVER_OLD_ARCHIVE_DIR /data/MEDUSA-SRV0_1/export/uwb/old_archives SERVER_STATS_DIR /data/MEDUSA-SRV0_1/export/uwb/results/status SERVER_LOG_DIR /data/MEDUSA-SRV0_1/export/uwb/logs SERVER_CONTROL_DIR /data/MEDUSA-SRV0_1/export/uwb/control SERVER_FOLD_DIR /data/MEDUSA-SRV0_1/export/uwb/fold SERVER_SEARCH_DIR /data/MEDUSA-SRV0_1/export/uwb/search SERVER_CONTINUUM_DIR /data/MEDUSA-SRV0_1/export/uwb/continuum SERVER_SPECTRAL_LINE_DIR /data/MEDUSA-SRV0_1/export/uwb/specline SERVER_VLBI_DIR /data/MEDUSA-SRV0_1/export/uwb/vlbi SERVER_BASEBAND_DIR /data/MEDUSA-SRV0_1/export/uwb/baseband SERVER_DAEMONS uwb_logs:0 uwb_tcs:1 uwb_repack_fold_server:1 spip_results:1 uwb_repack_search:1 uwb_repack_continuum:1 uwb_tcs_interface:1 uwb_archiver:1 ############################################################################### # Port Configuration, stay below 32768 # TCS Interface configuration TCS_INTERFACE_PORT 21100 TCS_REPORT_PORT 21200 SERVER_ALERT_PORT 21300 LMC_PORT 21400 # For clients to log system messages SERVER_SRC_LOG_PORT 21500 SERVER_SYS_LOG_PORT 21600 ############################################################################### # Client directory configuration CLIENT_DIR /data/local/uwb CLIENT_CONTROL_DIR /data/local/uwb/control CLIENT_LOG_DIR /data/local/uwb/logs CLIENT_ARCHIVE_DIR /data/local/uwb/archives CLIENT_RECORDING_DIR /data/local/uwb/rawdata CLIENT_PREPROC_DIR /data/local/uwb/preproc CLIENT_FOLD_DIR /data/local/uwb/fold CLIENT_TRANS_DIR /data/local/uwb/trans CLIENT_SEARCH_DIR /data/local/uwb/search CLIENT_CONTINUUM_DIR /data/local/uwb/continuum CLIENT_SPECTRAL_LINE_DIR /data/local/uwb/specline CLIENT_VLBI_DIR /data/local/uwb/vlbi CLIENT_BASEBAND_DIR /data/local/uwb/baseband CLIENT_STATS_DIR /data/local/uwb/stats CLIENT_SCRATCH_DIR /data/local/uwb/scratch CLIENT_ZOOM_DIR /data/local/uwb/zoom CLIENT_DAEMONS spip_smrb:0 uwb_recv:1 uwb_stat:2 uwb_repack_stat:2 uwb_preprocessor:2 uwb_repack_preprocessor:2 uwb_zoom:2 uwb_fold:2 uwb_re\ pack_fold:2 uwb_search:2 uwb_repack_search:2 uwb_baseband:2 uwb_repack_baseband:2 uwb_continuum:2 uwb_repack_continuum:2 uwb_vlbi:2 uwb_cleaner:2 uwb\ _discard:2 uwb_archiver:2 STREAM_BINARY uwb_udpdbstats STREAM_GEN_BINARY uwb_udpgen STREAM_STATS_BINARY uwb_dbstats STREAM_CTRL_PORT 22000 STREAM_LOG_PORT 22200 STREAM_PROC_PORT 22400 STREAM_GEN_PORT 22600 STREAM_STAT_PORT 22800 STREAM_RECV_PORT 23000 STREAM_PREPROC_PORT 23200 STREAM_RECV_STATS_PORT 23400 BEAM_DAEMONS BEAM_REPACK_FOLD_PORT 25000 STREAM_REPACK_FOLD_PORT 25000 BEAM_REPACK_CONTINUUM_PORT 25200 STREAM_REPACK_CONTINUUM_PORT 25200 BEAM_REPACK_SEARCH_PORT 25400 BEAM_REPACK_SPECTRAL_LINE_PORT 25600 BEAM_REPACK_VLBI_LINE_PORT 25800 BEAM_REPACK_BASEBAND_LINE_PORT 26000 BEAM_RESULTS_PORT 28000 NUM_ZOOM 2 ############################################################################### # CPU Binding SERVER_CPU_LIST -1 BEAM_CPU_LIST_0 0,1,2,3 STREAM_CPU_LIST_0 1,2,3 STREAM_CPU_LIST_1 1,2,3 STREAM_CPU_LIST_2 1,2,3 STREAM_CPU_LIST_3 1,2,3 STREAM_CPU_LIST_4 1,2,3 STREAM_CPU_LIST_5 1,2,3 STREAM_CPU_LIST_6 1,2,3 STREAM_CPU_LIST_7 1,2,3 ################################################################################ # Data block definitions # DATA_BLOCK_PREFIX a DATA_BLOCK_IDS 0 1 2 3 4 5 6 7 RECEIVING_DATA_BLOCK 0 TRANSIENTS_DATA_BLOCK 1 PROCESSING_DATA_BLOCK 2 BASEBAND_DATA_BLOCK 3 ZOOM1_DATA_BLOCK 4 ZOOM2_DATA_BLOCK 5 BASEBAND1_DATA_BLOCK 6 BASEBAND2_DATA_BLOCK 7 SEND_DATA_BLOCK 0 RECV_DATA_BLOCK 0 BLOCK_NBUFS_0 256 BLOCK_BUFSZ_0 67108864 BLOCK_NREAD_0 1 BLOCK_PAGE_0 true # transients data [CPU] 64us, 1024 channels, 32-bit float BLOCK_NBUFS_1 4 BLOCK_BUFSZ_1 4194304 BLOCK_NREAD_1 1 BLOCK_PAGE_1 true # cleaned data [GPU] BLOCK_NBUFS_2 4 BLOCK_BUFSZ_2 134217728 BLOCK_NREAD_2 2 BLOCK_PAGE_2 true BLOCK_GPUID_2 0 # baseband data [CPU] BLOCK_NBUFS_3 16 BLOCK_BUFSZ_3 33554432 BLOCK_NREAD_3 1 BLOCK_PAGE_3 true # GPU Zoom Data Blocks BLOCK_NBUFS_4 3 BLOCK_BUFSZ_4 134217728 BLOCK_NREAD_4 1 BLOCK_PAGE_4 true BLOCK_GPUID_4 0 BLOCK_NBUFS_5 3 BLOCK_BUFSZ_5 134217728 BLOCK_NREAD_5 1 BLOCK_PAGE_5 true BLOCK_GPUID_5 0 # Baseband Zoom Data Blocks BLOCK_NBUFS_6 16 BLOCK_BUFSZ_6 33554432 BLOCK_NREAD_6 1 BLOCK_PAGE_6 true BLOCK_NBUFS_7 16 BLOCK_BUFSZ_7 33554432 BLOCK_NREAD_7 1 BLOCK_PAGE_7 true ############################################################################### # Signal definition NANT 1 NBIT 16 NDIM 2 NPOL 2 OSRATIO 1 RESOLUTION 8 TSAMP 0.0078125 CHANBW 128 INDEPENDENT_BEAMS false DSB 1 ############################################################################### # Receiver definition RECEIVER {} BACKEND_PHASE {} RCVR_HAND {} RCVR_BASIS {} RCVR_SANG {} # Beams are independent timeseries from multiple antenna or receiving elements NUM_BEAM 1 BEAM_0 1 # Sub bands are collections of 1 or more frequency channels NUM_SUBBAND 8 # Streams are the number of input data streams that comprise NUM_BEAM * NUM_SUBBAND NUM_STREAM 8 # Stream configration is of the form HOST:BEAM:SUBBAND STREAM_0 medusa-gpu0:0:0 STREAM_1 medusa-gpu1:0:1 STREAM_2 medusa-gpu2:0:2 STREAM_3 medusa-gpu3:0:3 STREAM_4 medusa-gpu4:0:4 STREAM_5 medusa-gpu5:0:5 STREAM_6 medusa-gpu6:0:6 STREAM_7 medusa-gpu7:0:7 # assignment of GPUs to streams GPU_ID_0 0 GPU_ID_1 0 GPU_ID_2 0 GPU_ID_3 0 GPU_ID_4 0 GPU_ID_5 0 GPU_ID_6 0 GPU_ID_7 0 STREAM_NUMA_0 0 STREAM_NUMA_1 0 STREAM_NUMA_2 0 STREAM_NUMA_3 0 STREAM_NUMA_4 0 STREAM_NUMA_5 0 STREAM_NUMA_6 0 STREAM_NUMA_7 0 STREAM_RECV_CORE_0 0 STREAM_RECV_CORE_1 0 STREAM_RECV_CORE_2 0 STREAM_RECV_CORE_3 0 STREAM_RECV_CORE_4 0 STREAM_RECV_CORE_5 0 STREAM_RECV_CORE_6 0 STREAM_RECV_CORE_7 0 STREAM_PROC_CORE_0 1 STREAM_PROC_CORE_1 1 STREAM_PROC_CORE_2 1 STREAM_PROC_CORE_3 1 STREAM_PROC_CORE_4 1 STREAM_PROC_CORE_5 1 STREAM_PROC_CORE_6 1 STREAM_PROC_CORE_7 1 STREAM_GEN_CORE_0 2 STREAM_GEN_CORE_1 2 STREAM_GEN_CORE_2 2 STREAM_GEN_CORE_3 2 STREAM_GEN_CORE_4 2 STREAM_GEN_CORE_5 2 STREAM_GEN_CORE_6 2 STREAM_GEN_CORE_7 2 STREAM_UDP_0 239.17.11.64:10.17.0.1:17264 STREAM_UDP_1 239.17.12.64:10.17.1.1:17265 STREAM_UDP_2 239.17.11.65:10.17.2.1:17266 STREAM_UDP_3 239.17.12.65:10.17.3.1:17267 STREAM_UDP_4 239.17.11.66:10.17.4.1:17268 STREAM_UDP_5 239.17.12.66:10.17.5.1:17269 STREAM_UDP_6 239.17.11.67:10.17.6.1:17270 STREAM_UDP_7 239.17.12.67:10.17.7.1:17271 # Each sub-band on each beam will have the same centre frequnecy, number of channels and bandwidth # sub band configuration is of format CFREQ:BW:NCHAN [MHz] """.format(receiver,rx_phase,rx_hand,rx_pol,rx_ang)) f0 = freq - sideband*384 # 3.5 subbands of 128 MHz for i in range(8): if args.plan: extent = ' # {}-{} MHz'.format(f0+128*i*sideband-64, f0+128*i*sideband+64) else: extent = '' print("SUBBAND_CONFIG_{} {}:{}:1{}".format(i, f0+128*i*sideband, 128*sideband, extent)) print("""\ SUBBAND_CHANS_0 0:0 SUBBAND_CHANS_1 1:1 SUBBAND_CHANS_2 2:2 SUBBAND_CHANS_3 3:3 SUBBAND_CHANS_4 4:4 SUBBAND_CHANS_5 5:5 SUBBAND_CHANS_6 6:6 SUBBAND_CHANS_7 7:7 """)