It is hard to find a contest or logging app that does not support WinKeyer.
#1020 cps osculator keyer Pc#
WinKeyer replaces PC generated Morse and produces perfectly timed elements at speeds up to 99 WPM. This shows up even more at higher speeds such as you would find in a CW contest. All it takes is a long disk search or slow peripheral access to upset the intricate timing of Morse letters.
#1020 cps osculator keyer windows#
Morse keying that is generated by a PC based application is prone to timing problems that are a result of the multitasking nature of Windows and other operating systems. WKmini is based on K1EL's WK3 IC, the best way to connect your PC to an amateur radio transceiver and send Morse both under computer control and by iambic paddle. A solid state relay insures a 5 KV isolation barrier between radio and PC, virtually eliminating ground loops and conducted RFI problems. Like WKUSB, it has a custom metal enclosure with RFI and ESD protection. This allowed us to put WKmini into a very small package. Standalone operation is not supported so an internal battery is not required. Speed and message selection are controlled by the host application so a speed pot and message pushbuttons are not needed. It's ideal for Field Day, DXpeditions, mountain topping, or home station use. WKmini is a small form factor WKUSB streamlined for use with a contest logging application. Your mileage may vary.You spoke, we listened. I should mention that I used version 2.11.0-beta2 which, I believe is not officially available yet. This all seems pretty straightforward but when you don’t know where to start it can take a loooong time getting there. A nice OSC-to-MIDI bridge that you can use in all sorts of weird setups just like mine. It is also adviseable to tick off the “Emulate Pitch Bend Wheel” checkbox : One last thing you need to do, is go to the Parameters I/O Settings (Command-Option-P) and set the Lower Pitch to 0 and the Upper Pitch to 127. To do that, flip to the Scalings page (Command-F) and change the input maximum to 127 for the note and the velocity : Therefore, you have to map the values to something usable by the software. Traditionnaly MIDI values are between 0 and 127. By default, OSCulator is expecting parameter values to be between 0 and 1. Here is what I came up with for my 4 channel setup (the settings file is included at the bottom of this post) : Since, as I said before, OSCulator cannot fetch parameters from the address pattern, I had to duplicate the settings for each channel. The number 1 in the address pattern ( /hpm/ 1/note) identifies the MIDI channel. The /hpm part is only there to identify my project which is called HPM. It seems preferable that the note and velocity are defined before the actual action is called. I also thought to make the action parameter the first one but Camille advised against it. At first, I thought I could use the strings ‘ on‘ and ‘ off‘ but OSCulator can only use numerical parameters.
The logic here is that the 3 rd parameter ( action) can either be 1 (note on) or 0 (note off). /hpm/1/note number (int) velocity(int) action(int).
So instead I had to use something like that : The reason is that OSCulator cannot extract parameters from the address pattern (the slash-separated first part).
#1020 cps osculator keyer how to#
Here’s a primer on how to quickly get started.įirst of all, you need to decide upon a syntax to use for the OSC messages. However, getting a working setup is a bit more involved than I had expected. I myself use it primarily as an OSC-to-MIDI bridge and it works quite well for that purpose. OSCulator is a tool mostly designed to bridge OSC compatible hardware (and various other controllers such as the Wiimote) to software. Since I made good progress in the last few days (with the gracious help of Camille Troillard, the author of the software), I though I’d share some of my findings. Getting custom open sound control messages to properly trigger MIDI events in OSCulator is not as simple as it might look like.
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