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-; Sample configuration file for ODR-DabMod
-
-[remotecontrol]
-; enable the telnet remote control on localhost:2121
-; Since this is totally unsecure telnet, the software
-; will only listen on the local loopback interface.
-; To get secure remote access, use SSH port forwarding
-telnet=1
-telnetport=2121
-
-; Enable zmq remote control.
-; The zmq remote control is intended for machine-to-machine
-; integration and requires that ODR-DabMod is built with zmq support.
-; The zmq remote control may run in parallel with Telnet.
-;
-; Protocol:
-; ODR-DabMod binds a zmq rep socket so clients must connect
-; using either req or dealer socket.
-; [] denotes message part as zmq multi-part message are used for delimitation.
-; All message parts are utf-8 encoded strings and match the Telnet command set.
-; Explicit codes are denoted with "".
-; The following commands are supported:
-; REQ: ["ping"]
-; REP: ["ok"]
-;
-; REQ: ["get"][module name][parameter]
-; REP: [value] _OR_ ["fail"][error description]
-;
-; REQ: ["set"][module name][parameter][value]
-; REP: ["ok"] _OR_ ["fail"][error description]
-zmqctrl=0
-zmqctrlendpoint=tcp://127.0.0.1:9400
-
-[log]
-; Write to a logfile or to syslog.
-; Setting filename to stderr is very useful during tests and development
-syslog=0
-filelog=1
-filename=/dev/stderr
-
-[input]
-; A file or fifo input is using transport=file
-;transport=file
-;source=/dev/stdin
-
-; When the end of file is reached, it is possible to rewind it
-;loop=0
-
-; When recieving data using ZeroMQ, the source is the URI to be used
-transport=zeromq
-source=tcp://localhost:9050
-; The option max_frames_queued defines the maximum number of ETI frames
-; that can be in the input queue
-max_frames_queued=100
-
-[modulator]
-; Gain mode: 0=FIX, 1=MAX, 2=VAR
-;
-;   Mode 0 (FIX) uses a fixed factor and is really not recommended. It is more
-; useful on an academic perspective for people trying to understand the DAB
-; modulation.
-;
-;   Mode 1 (MAX) is the normalization of every OFDM symbol. No overshoot, no
-; truncating, but varying output power (around 3dB) which might not be the best
-; for some power amplifier. The output samples are limited to a magnitude
-; of 32768.
-;
-;   Mode 2 (VAR) uses the method specified in ETSI 300 798. This method
-; normalizes to 4 times the standard deviation for an approximation of the RMS
-; power. So around 6/100000 samples will be truncated and will introduce some
-; really minor distortion. But this mode also maximizes the output power. This
-; is the gain mode recommended for real world operation as it is based on a DAB
-; standard; the only difference is that ODR-DabMod uses a better resolution
-; with 16 bits instead of 8 bits.
-gainmode=2
-
-; Transmission mode
-; If not defined, take the mode from ETI
-mode=1
-
-; The digital gain is a value that is multiplied to each sample. It is used
-; to tune the chain to make sure that no non-linearities appear up to the
-; USRP daughterboard programmable gain amplifier (PGA).
-; If there is clipping, the spectral quality of the signal will quickly deteriorate,
-; and wide-band noise will be generated.
-;
-; Be aware that there is a dependency with resampling.
-digital_gain=0.8
-
-; Output sample rate. Values other than 2048000 enable
-; resampling.
-; Warning! digital_gain settings are different if resampling
-; is enabled or not !
-rate=2048000
-
-; CIC equaliser for USRP1 and USRP2
-; Set to 0 to disable CicEqualiser
-; when set to 400000000, an additional USRP2 check is enabled.
-; See DabModulator.cpp line 186
-dac_clk_rate=0
-
-; The USRP1 does not have flexible clocking, you will need
-;rate=3200000
-; and
-;dac_clk_rate=128000000
-
-[firfilter]
-; The FIR Filter can be used to create a better spectral quality.
-; The filter taps can be calculated with the python script
-; doc/fir-filter/generate-filter.py
-enabled=0
-filtertapsfile=simple_taps.txt
-
-[output]
-; choose output: possible values: uhd, file, zmq
-output=uhd
-
-[fileoutput]
-; Two output formats are supported: In the default mode,
-; the file output writes I/Q float values (i.e. complex float)
-; to the file. The I and Q samples can take values up to
-; 100000 in absolute magnitude with gainmode FIX.
-; With gainmode VAR, they should never exceed 50000.
-; With gainmode MAX, thet are limited to 32767.
-;format=complexf
-;
-; When the format is set to s8, the output writes I/Q 8-bit
-; signed integers, where the magnitude is multiplied by 128/50000
-; effectively mapping the gainmode VAR range of -50000 -- 50000
-; to -128 -- 128. For other gainmodes, use the digital_gain setting
-; to make sure you don't create clipping.
-;format=s8
-
-; The output file:
-;filename=/dev/stdout
-
-[uhdoutput]
-; The UHD output can be directly used with the Ettus USRP devices
-;
-; You have to set master_clock_rate to a multiple of the
-; sample_rate. Ideally, it should be
-;   master_clock_rate = 4 * sample_rate
-; or even a higher factor.
-;
-; Settings for a USRP B100:
-;device=
-; you can put additional UHD device settings here
-;master_clock_rate=32768000
-;type=b100
-;txgain=2.0
-; Try first with small gain values
-; Also set rate to 2048000
-
-; For the B200
-; More information and measurements available on:
-; http://wiki.opendigitalradio.org/index.php/USRP_B200_Measurements
-;
-; Settings:
-device=
-master_clock_rate=32768000
-type=b200
-txgain=40
-; The B200 needs larger gains (up to 89dB) but,
-; "Gain settings are application specific, but it is recommended that users
-; consider using at least half of the available gain to get reasonable dynamic
-; range."
-;    From the B200 User Manual
-;    http://files.ettus.com/uhd_docs/manual/html/usrp_b200.html
-
-
-; For the USRP1
-;device=
-;type=usrp1
-; the usrp1 can have two daughterboards, the subdevice parameter allows you
-; to choose which one to use
-;subdevice=A:0
-; The USRP1 doesn't support master_clock_rate, you need to enable resamping
-
-
-; You must specify either frequency or channel, but not both.
-;frequency=234208000
-channel=13C
-
-; The reference clock to use. The gpsdo is the ODR LEA-M8F board, the
-; official Ettus GPSDO is selected with gpsdo-ettus
-; possible values : internal, external, MIMO, gpsdo, gpsdo-ettus
-refclk_source=internal
-
-; The reference one pulse-per second to use
-; possible values : none, external, MIMO, gpsdo
-pps_source=none
-
-; Behaviour when external clock reference lock lost
-; possible values: ignore, crash
-behaviour_refclk_lock_lost=ignore
-
-; The maximum accepted holdover time for the gpsdo.
-; Valid only if the refclk and pps_source are set to gpsdo.
-; This value is also used for the initial lock check, and must
-; be at least a minute so that the GPSOD has enough time to lock
-; and to start disciplining its oscillator.
-; Units: seconds
-; Set to 0 to disable holdover check
-; default value: 0
-max_gps_holdover_time=600
-
-; section defining ZeroMQ output properties
-[zmqoutput]
-
-; on which port to listen for connections
-; please see the Transports section in man zmq
-; for more informat io the syntax
-listen=tcp://*:54001
-
-; what ZMQ socket type to use. Valid values: PUB, REP
-; Please see man zmq_socket for documentation
-socket_type=pub
-
-; Used for SFN with the UHD output
-[delaymanagement]
-
-; Enable handling of timestamps for SFN
-synchronous=0
-
-; Whether to mute the TX when incoming frames have no timestamp
-mutenotimestamps=0
-
-; This offset is added to the TIST, and the sum defines the
-; TX time of the transmission frame. It can by changed at runtime
-; through the remote control.
-offset=0.002
-
-; The previous static vs dynamic offset distinction, and reading the
-; modulatoroffset from a file has been removed.
-
-[tii]
-; (experimental)
-; If these options are set, TII transmission is enabled.
-; DAB modes I and II are supported, and must be set explicitly in
-; this file. Reading DAB mode from ETI is not supported.
-enable=0
-comb=16
-pattern=3
-