fim
scriptable frame buffer, X.org and ascii art image viewer
FIM is a highly customizable scriptable image viewer targeted at the
users who are comfortable with software like the Vim text editor or the Mutt
mail user agent. FIM aims to be a "swiss army knife" for viewing images.
Its code derives from the "Fbi" framebuffer image viewer by Gerd Hoffmann.
FIM is multidevice: it has X support via the SDL library and ascii art output
via the aalib library.
lxqt-config
LXQt system settings center
The LXQt system settings center which summarizes all configuration tools as
well as counterparts of other LXQt components or third-party applications.
thunderbird
mail/news client with RSS, chat and integrated spam filter support
Thunderbird is an mail client suitable for free distribution. The goal of
Thunderbird is to produce a cross platform stand-alone mail application using
the XUL user interface language.
It supports different mail accounts, no matter of the used protocol like
POP(s) or IMAP(s), has an integrated learning Spam filter, and offers easy
organization of mails with tagging and virtual folders. Also, more features
can be added by installing extensions.
plymouth-theme-xubuntu-logo
graphical boot animation and logger - xubuntu-logo theme
aldo
Morse code training program
Aldo is a morse code learning tool which provides four type
of training methods: blocks, koch, file, callsign.
Blocks: Identify blocks of random characters played in morse code.
Koch: Two morse characters will be played at full speed (20wpm)
until you'll be able to identify at least 90 percent of them.
After that, one more character will be added, and so on.
File: Identify played characters generated from a file.
Callsign: Identify random callsigns played in morse code.
wsjtx
Weak-signal amateur radio communications
WSJT-X implements amateur radio communication protocols or "modes" called
FST4, FST4W, FT4, FT8, JT4, JT9, JT65, Q65, MSK144, and WSPR, as well as one
called Echo for detecting and measuring your own radio signals reflected from
the Moon. These modes were all designed for making reliable, confirmed QSOs
under extreme weak-signal conditions.