I was able to rewrite the functions in my decoders as outlined above. To turn the headlight completely off, you would need to turn off both F0 and F3. If you then press F3, it "overrides" F0 and dims the headlight and will display the dimmed headlight until you turn F3 off (actually, if you press F3 when F0 is OFF, it will also display the dimmed headlight, since F3 in this logic is independent of F0). With this logic, if F0 is on, the bright headlight is on. There should be nothing selected for Logical Functions (you are not going to use the "dimmer" function turn it off). In the Function key assignments, do the following:
#Jmri decoderpro loksound full#
Use the Function Outputs tab to set up Headlight(1) as full on Headlight(2) as a dimmed headlight (set brightness to 4 if using an LED) Rear Light (1) full on Rear light (2) dimmed.Ģ. I don't know how Dave does it (there are probably a dozen different ways) but here's how I would do it.ġ. I've created my own grade crossing whistle sequence that I can invoke with a press of a single button. Plus, now I've gotten into modifying sound files (can't do that with a Select, but you can with a V.4 or 5). It's really a bit intimidating until you get used to it. Pick from the following 10 million combinations and then program it accordingly." pick one." With ESU it's more like "F5 can do anything you want. When function keys have a limited menu, then it's easy.
Which in turn makes it all very complicated. Really, there's virtually no limit to what you can do. You can program a function key to make the decoder do all sorts of things, and they can be programmed with conditional "if/then" logic cascaded etc.
The key to it all is to understand that Function Keys in the ESU world are like "macros" in other contexts. Programming a LokSound is completely different from anything else out there (maybe a Zimo sound decoder would be similar don't know).
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