########### xdemorse RUNTIME CONFIGURATION FILE: xdemorserc #########
# ** Copy this file to  ~/.xdemorserc and edit entries as needed ** #
#                                                                   #
# PLEASE NOTE! In order to keep the parser for this file simple,    #
# the runtime configuration entries below must all be present and   #
# in the order presented, since they are all read-in in a fixed     #
# sequence. Blank lines or those starting with a # or white space   #
# are ignored.                                                      #
#                                                                   #
#####################################################################
#
####### SOUND-CARD CONFIGURATION #######
#
# PLEASE NOTE: It was very hard for me to migrate this
# program from the OSS API to the ALSA API, mainly because
# of the very sparse documentation and lack of a simple
# tutorial on Mixer programming. There may difficulties
# making this program run on platforms other than mine,
# if the sound card features are significantly different.
#
# Sound card hardware name: Default is hw:0 (first card).
# Other names can be hw:1 for the second sound card etc.
# There is a large number of possibilities for this entry
# which I can only just understand, but if this simple name
# string does not work, I am afraid you will need to have a
# look at the on-line ALSA documentation.
hw:1
#
# The sampling rate of the sound card's DSP. This should as 
# far as possible be the native speed of the DSP to avoid
# resampling, as it seems resampling distorts the signal.
48000
#
# The "channel" to be used for sound capture. ALSA uses the
# notion of a channel for the description of what input is
# being used for capture. With todays sound cards that have
# surround sound etc there can be many inputs to choose from
# to connect the audio o/p from a receiver. These are the
# channel descriptions I know of (alsa-lib 1.0.20) that can be
# used with xdemorse.
# FRONT_LEFT
# FRONT_RIGHT
# REAR_LEFT
# REAR_RIGHT
# SIDE_LEFT
# SIDE_RIGHT
# MONO
# The default is FRONT_RIGHT
FRONT_LEFT
#
# Sound capture source: Default is Line
Capture
#
# Sound capture volume control: Default is Capture.
# If -- is set below, xdemorse will not try to set Capture volume
Capture
#
# Capture level: Useful range ~10-100%. Default is 80.
# The correct value must be found by testing, see xdemorse.html.
100
#
####### End of SOUND-CARD CONFIGURATION #######
#
####### xdemorse RUNTIME CONFIGURATION #######
#
# Maximum Morse speed to decode. xdemorse is internally limited to
# the range 6-60 Words per Minute, but you might want to limit the
# maximum speed to a lower value, as this also reduces susceptibility
# to radio noise which can "drag" the current WPM to high values, if
# Auto speed detection and tracking is enabled. Default is 40 wpm
40
#
# Minimum Morse speed to decode. xdemorse is internally limited to
# the range 6-60 Words per Minute, but you might want to limit the
# minimum speed since a very low setting can "lock" the Auto speed
# detection and tracking to this low value. Default is 10 wpm
10
#
# Initial Morse decoding speed WPM. Should be between above limits!
20
#
# Serial port device for CAT: Please specify the serial port device
# you intend to use for CAT control of your tranceiver. PLEASE NOTE:
# CAT is available only for the YAESU FT-847, FT857 and Elecraft K3,
# which I own. If you are using some other tranceiver, there is no
# need to edit this entry BUT DO NOT ACTIVATE CAT BELOW.
/dev/ttyUSB0
#
# Enable CAT for Yaesu FT847 or FT857 or K3 transceiver.
# Setting is FT847 or FT857 or K3 or NONE, if you have
# some other transceiver or don't want CAT.
K3
#
# BFO Tone frequency. This is the frequency of the receiver's
# audio output when a CW signal is tuned in the center of the
# IF passband. Because xdemorse uses integer arithmatic to
# detect the signal and to display the waterfall (by using
# an integer FFT algorithm), this value will be rounded
# in xdemorse to a value that keeps the above functions at
# a reasonable accuracy. It is best to select a BFO frequency
# that divides exactly into the DSP sampling rate specified
# earlier in this file (e.g. 48000 / 500 = 96 samples per
# cycle of the BFO tone).
500
#
