Difference between revisions of "Stoplichter"
(traffic light notes, categories, todo) |
(pole!) |
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=== new iteration === | === new iteration === | ||
Since we have some things that speak ARTnet, it's time to upgrade the traffic light to give it 3 RGB pixels of ARTnet. | Since we have some things that speak ARTnet, it's time to upgrade the traffic light to give it 3 RGB pixels of ARTnet. | ||
| + | The IP address is <code>192.168.1.114</code> | ||
| + | |||
Notes on the traffic light itself: | Notes on the traffic light itself: | ||
* the rubber gaskets wrap around the light, and are then placed from the outside with the thin seal wrapped around the flange like a reversed bicycle tire operation (it's fiddly) | * the rubber gaskets wrap around the light, and are then placed from the outside with the thin seal wrapped around the flange like a reversed bicycle tire operation (it's fiddly) | ||
* the current connector cabling is: | * the current connector cabling is: | ||
| − | |||
| − | |||
| − | |||
Some notes on the [https://github.com/AlbertVos/bitlair-ohm2013-ledstrip-contol bitlair ART-net] used for the [[LED sleeve]]s: | Some notes on the [https://github.com/AlbertVos/bitlair-ohm2013-ledstrip-contol bitlair ART-net] used for the [[LED sleeve]]s: | ||
| Line 33: | Line 32: | ||
* the first pixel is top right (looking at the simstrip, the last pixel on this grid is not used) | * the first pixel is top right (looking at the simstrip, the last pixel on this grid is not used) | ||
* the order of the ESP12 module of the pixels are (in RGB): 5, 4, 0; 2, 15, 13; 12, 14, 16: clockwise looking at the top, starting near the serial pins | * the order of the ESP12 module of the pixels are (in RGB): 5, 4, 0; 2, 15, 13; 12, 14, 16: clockwise looking at the top, starting near the serial pins | ||
| + | * this translates on the PCB to (from left, screw terminal side to right): | ||
| + | *# VCC (6.2V) | ||
| + | *# 13 (B2) | ||
| + | *# 12 (R3) | ||
| + | *# 14 (G3) | ||
| + | *# 16 (B3) | ||
| + | *# 5 (R1) | ||
| + | *# 4 (G1) | ||
| + | *# 0 (B1) | ||
| + | *# 2 (R2) | ||
| + | *# 15 (G2) | ||
| + | *# GND | ||
=== todo === | === todo === | ||
| − | * | + | * some scripts for, say, spacestate |
| − | * | + | * creating a descent tapered pole [[Media:pole-taper.zip|OpenSCAD and .stl]] |
| + | ** the PVC tube parts (125mm and 100mm diameter) are in the stack space (in the cabinet's corner); they should be approximately 140cm and 75cm respectively. | ||
[[Category:ESP8266]][[Category:LEDs]] | [[Category:ESP8266]][[Category:LEDs]] | ||
Latest revision as of 06:32, 6 October 2024
| Project: Stoplichter | |
|---|---|
| Featured: | No |
| State | Active |
| Members | Xopr, Stuiterveer |
| GitHub | stoplichter |
| Description | Hey 't is groen! Hey, nou is ie weer roze. |
| Picture | |
| No project picture! Fill in form Picture or Upload a jpeg here | |
synopsis
Freely translated: traffic (scam) light.
Ingrediënten:
- verkeerslicht
- 3x3W RGB led
Resultaat:
new iteration
Since we have some things that speak ARTnet, it's time to upgrade the traffic light to give it 3 RGB pixels of ARTnet.
The IP address is 192.168.1.114
Notes on the traffic light itself:
- the rubber gaskets wrap around the light, and are then placed from the outside with the thin seal wrapped around the flange like a reversed bicycle tire operation (it's fiddly)
- the current connector cabling is:
Some notes on the bitlair ART-net used for the LED sleeves:
- they listen to universe 0
- they don't start at address 0 but skip 4 pixels (offset 12)
- the first pixel is top right (looking at the simstrip, the last pixel on this grid is not used)
- the order of the ESP12 module of the pixels are (in RGB): 5, 4, 0; 2, 15, 13; 12, 14, 16: clockwise looking at the top, starting near the serial pins
- this translates on the PCB to (from left, screw terminal side to right):
- VCC (6.2V)
- 13 (B2)
- 12 (R3)
- 14 (G3)
- 16 (B3)
- 5 (R1)
- 4 (G1)
- 0 (B1)
- 2 (R2)
- 15 (G2)
- GND
todo
- some scripts for, say, spacestate
- creating a descent tapered pole OpenSCAD and .stl
- the PVC tube parts (125mm and 100mm diameter) are in the stack space (in the cabinet's corner); they should be approximately 140cm and 75cm respectively.
