############## xwxapt RUNTIME CONFIGURATION FILE: xwxaptrc ########
#                                                                 #
# 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 # (comments etc) #
# are ignored.                                                    #
#                                                                 #
# Please check ALL ENTRIES and EDIT as needed!!                   #
#                                                                 #
###################################################################
#
# Which Source of Signal for Satellites to use. Values are
# SND for an analogue Receiver digitized by the sound card.
# SDR for a librtlsdr-compatible Software Defined Radio device.
# Default is to use an RTL-SDR device with librtlsdr.
SDR
#SND
#
####### RTLSDR CONFIGURATION #######
#
# librtlsdr Device Index. Default is 0 (use first rtlsdr device).
# Maximum value is 8 for data sanity checking.
0
#
# Synthesizer Frequency Error correction factor. This is in ppm
# (parts per million) but it has to be an integer number.
# Maximum +/- value for sanity checks is 100.
0
#
# Low Pass Filter Bandwidth. This should be more than 100 Hz
# for sanity checking. Default 50 kHz
50000
#
####### End of RTLSDR CONFIGURATION #######
#
####### 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 "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 xwxapt.
# FRONT_LEFT
# FRONT_RIGHT
# REAR_LEFT
# REAR_RIGHT
# SIDE_LEFT
# SIDE_RIGHT
# MONO
# The default is FRONT_LEFT
FRONT_LEFT
#
# Sound capture source: Default is Capture.
Capture
#
# Sound capture volume control: Default is Capture.
# If -- is set below, xwxapt will not try to set capture volume
Capture
#
# Capture level: Useful range ~10-100%. Default is 100.
# The correct value must be found by testing, see xwxapt.html.
100
#
# Default image decoding duration in seconds
600
#
# Default main window height. This is also specified in sec of image
# decoding and xwxapt uses this to calculate the main window height
600
### Color maps for pseudo-colorization ###
#
# Each row in the table specifies a range (pair) of gray values
# with a corresponding range of Red, Green and Blue values.
#
# SOME RULES!!
# All Values between 0 and 255
# At least one Gray From = 0
# At least one Gray To = 255
# All gray values (0-255) must be included
# Max 6 entries (6 rows) per map
#
#       NOAA Channel A (Day-time)
# Number of colormap ranges (rows) (max 6)
5
#
# Gray			Red			Green		Blue
# From	To		From To		From To		From To
  0		40		0	0		0	0		175	255
  41	80		40	80		32	64		26	52
  81	130		0	0		110	220		0	0
  131	220		130	220		104	176		84	140
  221	255		220	255		198	255		160	220
#
# White (clouds) threshold. If a pixel's value is above this
# threshold in a NOAA B channel image, it is considered as part
# of cloud and its value is entered in colorized image. It applies
# only to NOAA satellite images, for Meteor it is a dummy value.
220
#
#       Meteor (Same as NOAA_A - No sats to test!)
# Number of colormap ranges (rows) (max 6)
5
# Gray			Red			Green		Blue
# From	To		From To		From To		From To
  0		40		0	0		0	0		175	255
  41	80		40	80		32	64		26	52
  81	110		0	0		140	220		0	0
  111	220		110	220		88	176		70	140
  221	255		220	255		198	255		160	220
#
# White (clouds) threshold. If a pixel's value is above this
# threshold in a NOAA B channel image, it is considered as part
# of cloud and its value is entered in colorized image. It applies
# only to NOAA satellite images, for Meteor it is a dummy value.
220
#
