This means, in my case, being able to schedule IR signals from a computer. I realise that there are other ways to do this, but this appeals to my inner geek, so it is the approach I have chosen, at least for now.
There's a bunch of things that you'll need if you want to play along on this journey:
- an IR transceiver (I chose one from the IguanaWorks)
- the LIRC or WinLIRC software (I have both, instructions here are for WinLIRC)
- a DCC, IR controlled model railway (mine happens to be a Piko Digital)
The key to using this specific piece of equipment is to remember to always start the daemon software, which communicates with the USB connected hardware.
Next up is to install WinLIRC - and that just requires unpacking the archive to the hard drive. There are several steps that could follow, but for now, the WinLIRC software can be roundly ignored, as the Piko Digi-Fern controller needs to be set up.
Luckily that's pretty easy :
- start the IR daemon (found in the IguanaWorks install folder)
- in a 'cmd' window (Start->Run, enter cmd and hit enter) locate the WinLIRC folder
- type, without quotes, "IRRecord.exe -f -d IguanaPlugin.dll ..\piki-digi-fern.cfg"
So, where does this leave me? Well, I can now communicate with the railroad, in theory, but I've got a sneaking suspicion that I need to either use the (Win)LIRC transmit application in a batch file, or write my own, fully functional, control center software package.
Watch this space - first I want to build the railway!
(I also have a LIRC file for fellow Piko Digi-Fern users to save you a bit of work!)
I wonder if described setup was working. I guess it was not working or it was not reliable. I played with PIKO remote controller for a while and I think it is not stateless remote controller and every key can produce up to 8 different codes....
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