Adif master

The the menu bar, Search, Bookmark -> Remove Bookmarked Lines. Now save the modified KML file and this should import nicely into QGIS:So now I can get all of my contacts data input to QGIS from HRD Logbook without too much fuss…Importing data from other logbook software: ADIF to KML conversionSince writing this page I have moved over to Linux pretty much full-time and I now use CQRLog as my logging software. CQRLog doesn’t have an ‘export to KML’ option at this time so the method I now use is to export my contact data as an ADIF file and then use an ADIF-to-KML conversion tool to generate the file for import to QGIS.A quick internet search for “ADIF to KML” will reveal a few different tools for generating the KML file from your ADIF file. My best method so far is to use K2DSL’s online tool to generate a KML file (unfortunately each contact is two layers so runs into thousands of layers and QGIS chokes on importing this file) and then run it through the gpsprune application to reduce the number of layers down to two (one for points and one for lines).Creating a Great Circle (Azimuthal Equidistant) MapImporting a basemap shapefile or two from Natural Earth is pretty easy and gets you a world map in the standard WGS84 projection (here I have a coastline layer and a 10° graticule layer):The next thing to do is to change the Coordinate Reference System (CRS) from WGS84 (the “normal” but distorted view we’ve come to expect from world maps) to a great circle projection, centered on my location (approximately 51°N 1°W). My initial mistake here was to search with the terms “great circle QGIS” and this brought me lots of information about plotting great circle route lines but not maps. I realised “great circle” is a fairly ambiguous phrase which is used in varying ways in the GIS community. Changing the search terms to a more precise “azimuthal equidistant QGIS” quickly yielded guidance on the projection I was looking for.In QGIS go Settings, Custom CRS… and create a new user defined CRS using the following parameters:+proj=aeqd +R=6371000 +lat_0=51 +lon_0=-1…where my location is 51°N 1°W, enter your lat/long figures accordingly.Now go to File, Project Properties, CRS tab and select the custom CRS that you’ve just defined. This gives me the result I’m after:Right, next thing I need is radials and range circles…Range CirclesI’m sure there’s an easier way to do this directly in QGIS with buffers but here’s one simple method (and probably easier to understand for a GIS n00b like me). This online tool creates KML files of circles of a given radius and centre. They don’t seem to

Set in qslconf.php. SmoothQSLoperates on a semi-trust basis in that hams are relied upon to use theirlegitimate call signs as is expected throughout amateur radio. Set a strong"load key" as that is the only protection against mischef such as loadingbogus QSOs or malicious actors attempting to DoS the database by filling it upor overworking the system.The load process uses the following workflow:Navigate to the callsign of the station operator, the load key, and selectthe ADIF file. Upload the ADIF file.Review the ADIF checkload on the next screen. Click CommitA "receipt" page will appear.The QSL retrieval process is straight forward:A ham navigates to their callsignSelects the QSO(s) they want to print on the card or certificateRequests the printQSL card is displayed. Save or print as desired.Printing QSOs on the templateSmooth QSO uses ImageMagick to "draw" text on top of the QSL templatefile. qslconf.php contains a series of positioning configuration directivesthat details how the QSL records are printed on the card. This allows formaximum flexibilty in designing a card in regards to layout and size. Howeverkeep the following in mind:The callsign for the QSO is printed once and is independentof the other QSO information.The QSO record is always printed as a line of information withrelative or absolute offsets moving from the left to the page.The fields are in the order DATE, TIME, FREQ, RST, MODE, OPERATOR, COUNTYMultiline fields are printed one after another orderedby DATE, TIME in ascending orderEmbedding SmoothQSL in another SiteIt is possible to embed SmoothQSL in another site via an tag. For example, one user of SmoothQSL is embedding it in theirQRZ.com page. To embed the application, it's imperative to usethe sandbox="allow-downloads" attributes on the object or in-browser security will not permit the download of thefile. For example:">Contibuting and SupportAll code contributions will be considered if you send me a pull requeston GitHub. However I have certain design and simplicity goals forthis system and may not accept pulls that I deem to be toocomplex or contrevenes one of my design goals.I'll do my best to answer questions or fix bug as you find them butthis is a part-part-part time project for me. I will help as I canwith installation-related questions insofar as they deal with uncleardirections or bugs on particular platforms but I will not help withgeneral installation and configuration of a webserver, PHP, MySQL, etc.

Bis zum nächsten QSO gewechselt wird. Der Default Timeout Wert ist 15 Sekunden. Wenn Du bereit bist drücke den UPLOAD Knopf. Ein Fortschrittsbalken wird angezeigt mit der QSO-Nummer und der Gesamtzahl der hochzuladenden QSOs. Bitte beachte, dass nur QSOs, welche bisher nicht mit Swisslog hochgeladen wurden (diejenigen mit L_HAMLOG_QSO_UPLOAD_STATUS = 0), zum Hochladen ausgewählt werden. Im Fall eines Fehlers wird dieser unten angezeigt. Am Ende des Prozesses kannst Du die Fehlerliste in einer Textdatei speichern. Du kannst den Prozeß jederzeit durch Schließen des Fensters abbrechen.HAMQTH Upload Benutze diese Funktion um Dein Logbuch zu HAMQTH hochzuladen. Wähle das Rufzeichen für den Upload aus der Liste (sie enthält alle Rufzeichen, die in allen Deinen MYQTHs hinzugefügt wurden).NOTIZ: Wenn Du Deine HAMQTH Login Details noch nicht in Optionen | Online Logbücher konfiguriert hast, dann fordert Dich Swisslog bei der ersten Benutzung dieser Funktion zur Eingabe der Login Details auf. Wenn Du bereit bist drücke den UPLOAD Knopf. Swisslog exportiert alle QSOs der gewählten Rufzeichen in eine ADIF-Datei (sie enthält alle von HAMQTH akzeptierten Felder), die dann zu HAMQTH hochgeladen wird. HAMQTH akzeptiert keine partiellen Uploads. Es muss immer das komplette Logbuch hochgeladen werden. Die ADIF-Datei wird im HAMQTH Ordner gespeichert (er wird dort angelegt, wo Swisslog installiert ist) mit Deinem Rufzeichen und dem aktuellen Datum als Dateiname in folgendem Format: CALLSIGN_JJJJMMTT.ADI. Wenn alles OK ist erhältst Du eine Mitteilung, dass Dein Logbuch erfolgreich hochgeladen worden ist. Anderenfalls erhältst Du eine Fehlermeldung, die Dich darüber informiert, was nicht funktioniert hat.HRDLOG Upload Benutze diese Funktion