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< title > CQRLOG - DX Cluster Operation< / title >
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< font color = "red" > WARNING!< / font > < / strong >
Backup your data often! BACKUP your log directory at the end of EVERY session!
All that you need to backup and store in a safe place is the log database directory
located in the ~/.config/cqrlog/database folder, or you can enable the autobackup function
in Preferences. This autobackup function creates an ADIF file with a backup of your log.
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< div style = "text-align: left;" > < strong > CQRLOG for LINUX by OK7AN & OK1RR< / strong > < / div >
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< a name = "ah19" > < h2 > < strong > DX Cluster Operation< / strong > < / h2 > < / a >
< img src = "img/h4.png" border = "0" > < br > < br >
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There are two basic options - web cluster and the usual DX cluster with
telnet options. The web cluster method is good for monitoring. There is no
internal node setup, but you can't spot. CQRLOG downloads the spots at
regular intervals, the interval is fixed and cannot be changed.
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< br > < br > Telnet cluster is fully featured. You can also set up your
preferences on the node. The Command line box is used for all commands,
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settings etc. with one exception - the Tilde key (~) is used for spotting.
The color coding and spot filtering is set up in the
< a href = "h1.html#ah11" > < b > Preferences menu< / b > < / a > . < strong > Connect< / strong > to the
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luster node by simply clicking the 'Connect' button. You should see the cluster node
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messages indicating progress. You can enter any command into the 'Command' field
(ie. SH/DX to display last spots, SH/U to see the users connected to the node etc.).
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< / p > < p >
With < b > Ctrl-Z< / b > you can scroll back 5 last used DXCluster commands. It is very handy if you make error
in cluster command. You do not have to retype everything, just Ctrl-Z and then fix the command and send it again.
< / br > With < b > Ctrl-S< / b > you can save the DXCluster command that you have typed, but not yet sent to dxcluster.
Command disappears from "command"-line and is saved as StartConnectionCommand. It will be sent to dxcluster as
first command after connection is established. You can set it for example sh/dx 50 to get your Bandmap
populated right away when connected.
< / br > You can type this command to "command"-line and save it with Ctrl-S when you are not connected, but it will be saved also when you are connected to DXCluster (then it is not sent to DXCluster, just saved).
< / br > To remove saved StartConnectionCommand just press Ctrl-S when "command"-line is empty.
< / br > This command can be set also via < a href = "h1.html#ah11" > < b > Preferences/DXCluster< / b > < / a > .
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< h3 > < a name = "m40" > Callsign Alert< / a > < / h3 >
< p > < img src = "img/misc40.png" name = "40" width = "458" height = "388" >
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< / br > < / br > Callsign alert is enabled from dialog that opens pressing DXCluster window's "preferences"-button. For setting up the alert itself see
< a href = h1.html#ah11 > Preferences/DXCluster< / a > . From same dialog as setting up alert also the list of alerted callsigns opens.
< / p > < img src = "img/misc41.png" name = "41" width = "458" height = "388" >
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< img src = "img/misc42.png" name = "42" width = "300" height = "200" >
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Callsign alert window allows < b > adding< / b > , < b > deleting< / b > and < b > editing< / b > callsigns that should activate the alarm.
< / br > Usage is quite straight: just add all new callsigns you want to alert. For more specific alerts set also band and mode that you want to produce the alarm.
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< img src = "img/misc43.png" name = "43" width = "380" height = "260" >
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< img src = "img/misc44.png" name = "44" width = "380" height = "260" >
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There is also checkbox "< b > Allow partialy callsign alert< / b > " that allows many different kind of alerting conditions using regular expressions (regexp).
< / br > As an example from the image of callsign alert window you can see different regexp variations for some alert conditions.
< / br > In order they will alert as follows:
< / br >
< li > calls having numbers 1,2 or 3 @30M/all mode< / li >
< li > calls having number 4 @40M/SSB< / li >
< li > calls having number 6 @40M/CW< / li >
< li > calls having numbers 7 or 9 @17M/SSB< / li >
< li > all calls @2M/all mode< / li >
< li > calls starting with EA @40M/RTTY< / li >
< li > calls starting with VK @all bands/all modes< / li >
< li > calls starting with XF1IM basicly this is whole call, but can have also suffix extensios like /M /P etc all bands/all modes< / li >
< li > calls starting with ZL all bands/all modes< / li >
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For more information how to use regexp delimiters see: < a href = https://en.wikipedia.org/wiki/Regular_expression#POSIX_basic_and_extended > https://en.wikipedia.org/wiki/Regular_expression#POSIX_basic_and_extended< / a >
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< h3 > < a name = "m4" > < / a > DXCluster Chat< / h3 >
< p > < img src = "img/misc12.png" name = "12" width = "458" height = "388" >
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< br / > DXCluster window has now “overlay” as chat RX window. All lines that begins with “YOURCALL DE”, but do not end to cluster prompt “> ” are copied to this window.< br / >
Time(your local PC time) and caller’ < br / >
No more lost chats that are run over with the flood of DxSpots while you are visiting kitchen to get a cup of coffee. DXChat uses the call you have used for logging in to DXCluster (that can be different as your current log settings call).< / p >
< p > < img src = "img/misc14.png" name = "14" width = "362" height = "307" >
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< br / > The size of Chat window, relative to Dx spot window can be adjusted pressing first button “Preferences” and then selecting “Chat size” from there. After doing that “Command:”-cell at bottom of window is replaced with size slider.< br / >
< img src = "img/misc13.png" name = "13" width = "209" height = "121" >
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< br / > Pressing the slider knob with mouse-left button and moving slider will reduce the size of chat window. When mouse button is released “Command:”-cell returns and Chat window remains selected size.< / p >
< p > < font color = "#ff0066" > If you have never used Chat window before default size < / font > < font color = "#ff0066" > will be < / font > < font color = "#ff0066" > 2 (=invisible)< / font > .< br / >
Resize via “preferences”-button if you want to see it. < br / >
If you do not like this Chat window you can move/leave it to minimum size (2). Then it takes just horizontal 2px amount from DXSpot window.< / p >
< p > While minimized to up Chat window still receives all lines addressed to your logon call (and not having “> ”-prompt at the end of line).< br / >
So any time you like you can make it larger and chat lines are there to check.< / p >
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< strong > < font color = "blue" > Our tip:< / font > < / strong > For a nice looking cluster window,
choose a fixed-width font. We prefer Monospace Regular or Onuava but also Courier works
nicely. Apple's Monaco font is also very nice and has a slashed zero.
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< div align = "justify" > CQRLOG
has some predefined cluster nodes, however you will probably need to
set up a node of your preference. Click the 'Select' button and a list
of cluster node appears (see below). Click the 'New' option. Another dialog
appears (right). < br > < br > < img border = "0" src = "img/h18.png" > < / div >
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< div style = "text-align: justify;" > Enter
the description (mostly the callsign). The 'Address' can be either an IP
or the name (see examples in the list). The 'Port' is given by a number.
Both address and port number can be obtained from the lists of DX cluster
nodes which are widely available on the internet.
< br > < br > < font color = "red" > < strong > Remember< / strong > < / font > to put your callsign
into the 'User name' field. This will enable < strong > autologin< / strong > .
The 'Password' column should remain empty in most cases because only few nodes
are password protected.
< br > < br > A detailed list of DX Cluster nodes can be found
< a href = "http://www.dxcluster.info/telnet/index.php" > < strong > here< / strong > < / a >
(page created by Jim, AD1C).
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< a name = "bh19" > < h2 > < strong > Bandmap Operation< / strong > < / h2 > < / a >
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The main purpose of a bandmap is to combine the most interesting info from two sources - the DX
Cluster and your personal notes. The bandmap combines a DX Cluster window with scratch
pad memories available on many radios, however a band map is more comfortable by far - you
don't need to manipulate subtle buttons on the radio panel, also the transceiver does
not indicate what is in the scratch pad memory. The band map is operated from the keyboard
and shows all at a glance.
< br > < br > A valuable addition is the 'entries aging' option. If the bandmap entry is 'too' old,
it changes color and after another period it disappears. This is different from the usual
DX Cluster windows which display details of stations you have already worked, that are QRT
or are not very interesting to you from another reason. A band map provides frequency-sorted
and highly filtered details which don't scroll away (like the DX Cluster window does).
There are two levels of filtering:
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< li > Spot filtering set up for the DX Cluster window< / li >
< li > Additional band map filtering capable of filtering out spots from momentarily unwanted
modes, contries, zones or continents. CQRLOG has another filter allowing you to watch spots
of special interest, ie. you are waiting for an expedition etc. You can set up another
filter showing spots only on the active band (the band which the radio is on) and the
actual mode (the mode the radio is on).
< / li >
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< div align = "justify" > You can add your own information by writing the call into the logging
screen in the usual way (like logging). Then press < strong > Ctrl-A< / strong > and the entry
will be added to the band map. Your own entries are marked with an asterisk (here MD0CCE).
You can return to the frequency anytime, the call will jump into its box in the same way
as if clicked from the DX Cluster window. Click on any entry, you are on, prepared for
QSO logging.< br > < br >
If the entry becomes older than the set time, it is displayed in a lighter color. Very old
entries will disappear, also if you log the station, the corresponding entry disappears
from the band map. The entries are always sorted by frequency.
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< a name = "ch19" > < h2 > < strong > Xplanet support< / strong > < / h2 > < / a > < / td >
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< div align = "justify" > < br > < br > There is currently no other function than DX Cluster spot
displaying in true azimuthal projection with correct angles (azimuth) and distances.
Alternatively, a map without projection, ie. the globe as seen from space can be selected.
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< / br > With Wsjt-x as source same colors are used as with CQ-monitor and station locations are shown < b > only< / b > if locator is known.
< / br > See also settings in < a href = "h1.html#bh2" > Preferences/xplanet support< / a >
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< a name = "ch20" > < h2 > < strong > Propagation indicator< / strong > < / h2 > < / a >
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There is a simple window providing propagation indices as provided by the NOAA Space
Weather Center. CQRLOG does not include a propagation forecast module but keen users
can estimate many parameters just from the supplied data.
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< h3 > < a name = "m1" > < / a > Prop_DK0WCY< / h3 >
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This propagation form is an alternative showing details from dk0wcy page with 3 hour graphical
display of K-index. The Kiel information is lot more exact for use in Europe than Boulder’
As Boulder information at dk0wcy is one days old, top of form shows time when information is
read from dk0wcy web page.
” Indices of”- shows the age of Boulder data. Kiel information is up to date as they are produced by dk0wcy. There is also
link to dk0wcy web page. By clicking it page opens to default browser.
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< a name = "ch21" > < h2 > < strong > Additional notes to a callsign< / strong > < / h2 > < / a >
< img src = "img/h112.png" border = "0" >
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CQRLOG provides virtually unlimited support for additional notes which can be attached
to a particular callsign (ie. an electronic QSL, a map showing the position, text files
with antenna details etc). Assuming that external viewers for the text, PDF, image
(jpg, png, gif) and HTML files are < a href = "h1.html#ch4" > set up properly< / a > , all these
files can be displayed.< br > < br >
The main program tree contains the < strong > call_data< / strong > subfolder where any callsign
can have its own subfolder containing the files related to the call sign. The subfolder
for a call sign must be created manually. If this subfolder exists, a special icon "Call
has an attachment" appears at the bottom right corner of the < em > Comment to callsign< / em >
field in the main logging screen. Click this icon and another window
< strong > Call attachment< / strong > appears, showing the contents of the call sign subfolder.
Highlight the file you want to view and either double click or use the View button to display
the file. The number of call sign related subfolders in < strong > call_data< / strong > is
unlimited, also the call sign related subfolder may contain any number of files.
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< div align = "justify" > If the folder contains a file named "qsl_call_front.png" or
"qsl_call_front.jpg" (must be .png or .jpg), another icon "Call has a QSL image"
(ie. the ok2cqr subfolder contains qsl_ok2cqr_front.jpg). Click this icon and a QSL browser
appears showing the front of the QSL card. The "qsl_call_front.png" or "qsl_call_front.jpg"
< strong > is mandatory< / strong > but there can also be a reverse side of QSL card with the
name "qsl_call_back.png" or "qsl_call_back.jpg". If this file is available, you can use
the "Front" and "Back" tabs to display both sides of the QSL card.< br > < br >
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