CQRLOG

| WARNING! 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. /td>

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CQRLOG for LINUX by OK2CQR & OK1RR

### RBN monitor

RBN monitor window opens from NewQSO/Window/RBN monitor.

Grid cells for DX heard: Source callsign for info Frequency Callsign Mode Singnal streght Is DX Lotw or/and Eqsl user DX status against your log: New county, new Band, new Mode | Tool buttons from left to right are: Connect to RBN Set RBN connect address and username Set Filter criteria Set Font for RBN grid Go to last line Clear RBN grid Help

If any column in any RBN spot row is clicked scrolling is paused to enable better study of spot. If tool button "Go to last line" is pressed, or if focus is moved to another form than RBN monitor, display scrolling is again released. Double click on any column of RBN spot row will take the DX callsign of that row to New QSO and move rig frequency to DX frequency (if rig CAT is used). That also releases display scrolling again.

With other tool buttons you can:
Set RBN address to connect and username to use.

Set filter criteria for RBN

Set font for RBN grid

#### Sending RBN spots to the band map

Right click anywhere in the RBN monitor window (on the grid or on the toolbar) to open a menu with Send spots to band map. When it is checked, every spot that passes your RBN filter is also placed into the band map, next to the spots coming from the DX cluster. The setting is remembered between sessions and takes effect immediately, there is no need to reconnect to the RBN server.

The band map window has to be open. While it is closed no RBN spots are sent to it, they only appear in the RBN grid.

RBN entries are drawn in a single colour, which you can change in Preferences/Bandmap/Color - "Select color of entry added from RBN monitor". They are deliberately not coloured by DXCC status the way DX cluster spots can be: RBN traffic volume is much higher, and the flat colour also makes it easy to tell machine decoded skimmer spots (which can carry busted callsigns) apart from spots sent by humans. If the same station is already in the band map from the DX cluster, the RBN spot updates that entry instead of adding a duplicate.

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