Projects/Ohm led strip sleeves: Difference between revisions

From Hackerspace Amersfoort
Jump to navigation Jump to search
No edit summary
Line 20: Line 20:
* 5m led strip rgb ws2812 30 leds/m
* 5m led strip rgb ws2812 30 leds/m
* wooden block jammed in the sleeve to support and keep the contents in the sleeve
* wooden block jammed in the sleeve to support and keep the contents in the sleeve


<gallery>
<gallery>
Line 27: Line 26:
</gallery>
</gallery>


== Main pages ==
=== Light control ===
 
The sleeves are controlled using ArtNet (DMX over UDP, [[http://www.artisticlicence.com/WebSiteMaster/User%20Guides/art-net.pdf link]]).
 
 
 
=== Main links ===
[[https://github.com/AlbertVos/bitlair-ohm2013-ledstrip-contol Python art and library]]
[[https://github.com/AlbertVos/bitlair-ohm2013-ledstrip-contol Python art and library]]


Line 34: Line 39:
[[https://github.com/bobo1on1/bobtricks Firmware]]
[[https://github.com/bobo1on1/bobtricks Firmware]]


== Other ==
=== Other links ===
[[https://github.com/ohm2013loc/art Ohm2013 art (Kat/Gavan)]]
[[https://github.com/ohm2013loc/art Ohm2013 art (Kat/Gavan)]]


[[http://tkkrlab.nl/wiki/OHM_LEDS Tkkrlab page]]
[[http://tkkrlab.nl/wiki/OHM_LEDS Tkkrlab page]]

Revision as of 19:44, 1 June 2014


2014-05-30 12.59.52.png
Project Ohm2013 led strip sleeves
Name Ohm2013 led strip sleeves
Start 2013/01/01
End
Contact Rogue
Website
Information Ohm2013 led strip sleeves
Status Production


Description

For the Ohm2013 festival Bitlair created about 120 led strip sleeves to provide basic lighting on the field. These sleeves were hang on top of 6m scaffolding poles (dug into the ground about 1m).

Construction

Each sleeve consists of:

  • pipe (diameter 7cm, length 50cm)
  • cap to shut off the top of the pipe
  • laptop power converter (5V, 8A)
  • MiNi ENC28J60 Ethernet LAN Network Module For Arduino SPI AVR
  • custom controller board with Atmel Mega328
  • 5m led strip rgb ws2812 30 leds/m
  • wooden block jammed in the sleeve to support and keep the contents in the sleeve

Light control

The sleeves are controlled using ArtNet (DMX over UDP, [link]).


Main links

[Python art and library]

[Hardware design]

[Firmware]

Other links

[Ohm2013 art (Kat/Gavan)]

[Tkkrlab page]