yeah I'm currently using tinkercad, I'm scrapping the GUI side of the project and just hard coding the colour values now, was able to fix the relay cycling issue, it was accidentally set to pin 13, now I just need to have some sort of simple cross fade between colours
If you look at the Woodland Scenic's hubs they have a control port that takes a switch but if you replace that with a relay the arduino can switch the just plug lights. Also I'm planning to use an individually addressable RGB strip for the 'sky lighting'
so me and a friend were looking at using an arduino for doing a lighting set up that cycles through day and night with 8 channels of control via relays for the woodland scenics lighting hubs, this way we can have street lights that come on at the correct times and shop/house lights that turn on and off. Is there any way to make a program for a computer than can update the arduino to make it easier to use for getting the correct colour of light? something with sliders or a GUI to make setting the times on each out put easier.
just to say I'm asking because as some of you may know St.Neots are no longer running their Kettering show due to the exhibition manager having retired from the role and no one has stepped up to take their place, so I can't exactly exhibit at the club's show
I just thought it would be a good idea to make a guide thread about how to exhibit layouts for people who are trying it for the first time, how to get a place at an exhibition, what to expect, tips and tricks, that sort of thing.
yeah, when using DCC boosters all the boosters need to be the same amp otherwise the 5-amp booster will trip the 3-amp booster's short detection when a loco goes over the joint between them, or that's what I've been taught
ok, resurrecting this thread from the dead, so, I know the reason for this, the Z21 and the booster are most likely running at different amps, as you loco crosses the gap it trips the over amp protection in one of the devices
found a work around, some boosters can have a B-Bus connected from the Z21 and then generate the Loconet-B signal, or I can make a simple little adapter that takes the track power and feeds it into pins 1 and 6