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The Open Lighting Project has moved!

We've launched our new site at www.openlighting.org. This wiki will remain and be updated with more technical information.

Difference between revisions of "OpenDMX.net"

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The Open Lighting Project is a multi-faceted effort aimed at accelerating the adoption of new, standardized control protocols, while also providing high quality, reliable, open software for the lighting industry. This site acts as a resource for anyone looking for information about DMX software and the associated control systems, as well as a variety of Open Source and Free lighting Software.
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Welcome to opendmx.net. This site is part of the [[Open Lighting Project]] and aims to be a resource for those involved in the lighting industry looking for DMX software and associated control systems. It's also home to documentation for various open source and free lighting software.   
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    [[Image:OLA-Logo-Fitted-48px.png|right]]
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    <h2 style="float:left; font-size:120%; padding: .2em; margin:3px; font-weight:bold;">Open Lighting Architecture</h2>
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The [[OLA | Open Lighting Architecture]] provides a framework for distributing lighting control information. It supports many protocols such as E1.31 (sACN), ArtNet, ShowNet, Pathport & RDM and over over a dozen USB devices. It can run as a standalone service, which is useful for converting signals between protocols, or alternatively it can be used as the backend for [[:Category:Controllers | Controller Applications]]. OLA runs on a many different platforms including ARM, which makes it a perfect fit for low cost Ethernet to DMX gateways.
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    [[Image:rdm-logo-small.png|right]]
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    <h2 style="float:left; font-size:120%; padding: .2em; margin:3px; font-weight:bold;">RDM Responder Tests</h2>
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Testing RDM Responder used to involve manually sending commands and verifying the responses. Not any longer! The [[RDM_Responder_Testing | RDM Responder Tests]] automate all of this and provide a detailed breakdown of how well a responder complies with the [[E1.20]] (RDM) standard. This saves time during the product development process and raises the quality of RDM implementations across the industry.
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    <h2 style="float:left; font-size:120%; padding: .2em; margin:3px; font-weight:bold;">OLA on the Raspberry Pi</h2>
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The [http://www.raspberrypi.org/ Raspberry Pi] is one of the most popular platforms for running [[OLA]]. With the addition of a USB to DMX device, one can build a low cost, but fully functional Ethernet gateway. The [[OLA_Raspberry_Pi | OLA on Raspberry Pi]] tutorial has a step by step guide to installing OLA on the Pi.
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    <h2 style="float:left; font-size:120%; padding: .2em; margin:3px; font-weight:bold;">rdm.openlighting.org</h2>
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The http://rdm.openlighting.org site contains an index of RDM-enabled products as well as the specifications for many of the manufacturer specific PIDs. This data is available through APIs
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Revision as of 10:25, 20 January 2013

The Open Lighting Project is a multi-faceted effort aimed at accelerating the adoption of new, standardized control protocols, while also providing high quality, reliable, open software for the lighting industry. This site acts as a resource for anyone looking for information about DMX software and the associated control systems, as well as a variety of Open Source and Free lighting Software.

OLA-Logo-Fitted-48px.png

Open Lighting Architecture

The Open Lighting Architecture provides a framework for distributing lighting control information. It supports many protocols such as E1.31 (sACN), ArtNet, ShowNet, Pathport & RDM and over over a dozen USB devices. It can run as a standalone service, which is useful for converting signals between protocols, or alternatively it can be used as the backend for Controller Applications. OLA runs on a many different platforms including ARM, which makes it a perfect fit for low cost Ethernet to DMX gateways.

Rdm-logo-small.png

RDM Responder Tests

Testing RDM Responder used to involve manually sending commands and verifying the responses. Not any longer! The RDM Responder Tests automate all of this and provide a detailed breakdown of how well a responder complies with the E1.20 (RDM) standard. This saves time during the product development process and raises the quality of RDM implementations across the industry.

 
Raspi-logo-small.png

OLA on the Raspberry Pi

The Raspberry Pi is one of the most popular platforms for running OLA. With the addition of a USB to DMX device, one can build a low cost, but fully functional Ethernet gateway. The OLA on Raspberry Pi tutorial has a step by step guide to installing OLA on the Pi.

Robin-1200.png

rdm.openlighting.org

The http://rdm.openlighting.org site contains an index of RDM-enabled products as well as the specifications for many of the manufacturer specific PIDs. This data is available through APIs


If you're new to the world of lighting check out the Definitions page, or have a look at the list of USB interfaces or Software Controllers.

Do you know of non-conforming or fussy DMX equipment? If so, please add it to the NonConformDMX page. Are you interesting in seeing what equipment and solutions are available? See the list of upcoming Conferences & Exhibitions.


The Open Lighting Projects List contains a list of installations from around the world where software from the Open Lighting Project has been used. If you know of something cool or are planning a new installation please add it to the list.


For questions about the site, contact admin <AT> opendmx.net