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First post ... woohoo!

Coming soon, all these and more signals controlled by one single Arduino pin!

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Pi Pico, we smell competition in the land of the RRRduino! 

Pi Pico on an N-scale gondola Pi Pico, we smell competition in the land of the ‘duino!  Our very favorite low cost microcontroller system is seeing some fresh competition.  Everyone by now has heard about the Raspberry Pi, some fruity company in the United Kingdom, making single board computers!  They run Raspbian (or other flavors of Linux and are capable of some Windows versions) for as little money as $10 for the Pi Zero W.  The more popular Model 4, with 2 GB of RAM, retails for about $29.  Add a $5  micro SD card and you have a real computer with which you can surf the internet, write code and even program Arduinos.  It also runs our other favorite, JMRI.  Of course, plug it into a small or big screen television with an HDMI cable and you can even stream Netflix.  If you want a really cool computer built into a keyboard, also check out the brand new, Raspberry Pi 400 , you might just think you own a ZX Spectrum again. These are all “comp...

Not too important IR remote info...

Onn 4-Device Universal Remote manual... setting codes... Up Arrow TV Mode: Decoded NEC(1) : Value:20DF00FF Adrs:0 (32 bits) Raw samples(68): Gap:5484   Head: m8800  s4500  0:m550 s600     1:m500 s600            2:m500 s1700     3:m550 s550           4:m550 s600     5:m500 s600            6:m500 s600      7:m550 s550           8:m500 s1700    9:m550 s1700          10:m500 s600     11:m550 s1650          12:m550 s1700    13:m550 s1650         14:m550 s1650    15:m550 s1700          16:m500 s600     17:m500 s600       ...

Signal Masts in JMRI 4.14, for beginners...

Here are all the notes and files from the Plano Train Show Clinic. You need to have an internal sensor ( IMCOMPORT ) with the port in the value like COM10 or /dev/ttyUSB0 , whatever Device Manager (or /dev/ttyUSBx) shows for the connected Arduino. If you have Panels -> Script Output open, you will see the message:  !!! Please add IMCOMPORT with the port in the value!!! The basic idea here is to use the Comment in the Signal Head field to define the position of the Pixel in the string commented to the Arduino, as well as the RGB colors to show for Clear, Approach and Stop (00:00 FF 00: BBAA 00: FF 0000). With all the Heads in the Table, run the python script and now you can update the colors in the Comment "live", keeping in mind that a message is only sent when a Head changes color. We then put the Heads in Masts and use the Signal Mast Logic to do the magic. I like the original Panel Editor more and it works fine as long as you keep using Mast pairs, which require...