beginner question on max/msp and dmx lighting

Jun 30, 2012 at 1:18pm

beginner question on max/msp and dmx lighting

I’m a max/msp designer, but have no experience on stage lighting. Can anyone give me a brief guide where I should look for a simple workflow on using Max/msp/jitter to control stage lighting (or dmx system). I would like to know a workflow, explaining devices I need to connect between max – lighting control hardware – lights. Do I have to buy a set of dmx lighting system (including the control panel) or I can use other cheaper hardware for the test.

#39841
Jun 30, 2012 at 2:51pm

I don’t do lighting frequently, so I’m far from being an expert, and thus this advice is worth what you paid for it, but I have done Max-controlled lighting in live theatrical performances in the past, so I know a little bit.

The flow is basically: computer -> USB -> USB-to-MIDI interface -> MIDI -> MIDI-to-DMX converter -> DMX -> DMX dimmer pack -> power -> light fixtures. The single words there — USB, MIDI, DMX, and power — are cable types that you will need in order to connect the hardware devices. Multichannel DMX-controllable dimmer packs are pretty standard theatrical equipment. There are various commercial boxes for converting MIDI to DMX, all in about the $150-300 range, it seems. (I haven’t done extensive research, so there is almost certainly a lot of stuff I’m unaware of.) For that price, though, I suggest just getting an inexpensive small DMX lighting board that also is MIDI controllable, which you can then use for other (non-computer-driven) purposes. Minimal boards (designed for club shows, DJs, etc.) can be found for $100 and up.

Once you have the gear, the Max programming is very straightforward, since most devices use MIDI note number to designate DMX channel and MIDI velocity to designate DMX value (i.e., brightness).

#140469
Jun 30, 2012 at 3:16pm

Hi,

For testing purposes you could also get one of these:
http://fritzing.org/projects/arduino-to-dmx-converter/
Costs you 40€ (38€ for the arduino + 2€ for the chip)

#140470

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