Skip to main content

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          18:m500 s600     19:m550 s550         
20:m550 s600     21:m500 s600          22:m500 s600     23:m500 s600         
24:m550 s1650    25:m550 s1700         26:m550 s1650    27:m550 s1650         
28:m550 s1700    29:m550 s1650         30:m550 s1650    31:m550 s1700         

32:m550
Extent=67100
Mark  min:500     max:550
Space min:550     max:1700


CBL Mode:

Decoded RC6(4): Value:2758 Adrs:0 (20 bits) 
Raw samples(36): Gap:43150
  Head: m2600  s900
 0:m350 s900     1:m400 s500          2:m400 s450     3:m400 s900         
 4:m850 s450     5:m400 s500          6:m800 s900     7:m400 s450         
 8:m800 s500     9:m350 s450         10:m400 s900    11:m800 s900         
12:m800 s450    13:m400 s900         14:m400 s450    15:m400 s450         

16:m400
Extent=22300
Mark  min:350     max:850
Space min:450     max:900 


DVD Mode:
none

AUX Mode:
Decoded Sony(2): Value:6727 Adrs:0 (15 bits)
Raw samples(32): Gap:7990 

Decoded Unknown(0): Value:0 Adrs:0 (0 bits)
Raw samples(14): Gap:450 

Decoded Unknown(0): Value:0 Adrs:0 (0 bits)
Raw samples(30): Gap:100

Comments

Popular posts from this blog

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

The One Pin Signal System, using an Arduino

The One (RRRduino) Pin Signal System! Part I NeoPixels: Yes, you read that right, you can control a whole signal system with up to 200 lights by using a single Arduino pin. And this was not my idea, all the credit and the patent goes to my friend Tom, but since I already had something using the same technology up and running using only a Nano, I do not feel too bad telling you about it. Short video first! There is a tiny 8 pin chip out there called a WS2811 which is a three channel LED driver, and you might find them on the interweb as NeoPixel LED Driver Chips. They need power and ground, typically 5 Vdc, and data to be put in the three registers inside the chip, one for each LEDs it can control. So, in most cases out there today, the LEDs connected are Red, Green and Blue (RGB for short) and by setting the three registers each with an 8 bit value (which in English means a value from 0 to 255, since 2 8 = 256, but since 0 is an acceptable value too, the maximum is 2 8 - 1

Not RRRduino, unless you have an MQTT connection via Ethernet or WiFi

JMRI code to connect to an MQTT broker, to publish and subscribe to the messages for signal masts. Of course, we agree to a standard for the MQTT topics, and since you were not here, we settled on "mast.xxxx" where xxxx is a number starting at zero. This MQTT topic is used as the User Name in a JMRI signal mast. Created as a Virtual Mast with the Aspect used as the payload in the message. And, yes, the device under the real mast needs to be programmed with the same name and code for each of the "aspect" payloads to be implemented. A yellow and red LED'd dwarf signal can not do a "Clear" aspect, so make sure "Clear" is maybe set to yellow for "Approach" as well.    Virtual Masts with agreed upon User Names. Comments are for the One Wire Signals on the NeoPixel string (see prior post)   Virtual Mast The Jython (or Python) code shown here below, is to attach a Listener to each Signal Mast, and to publish a message