https://vjmedia.wpi.edu/api.php?action=feedcontributions&feedformat=atom&user=Apobrien 2026-08-03T12:57:46Z User contributions MediaWiki 1.31.8 https://vjmedia.wpi.edu/index.php?title=LED_Effects_Using_Max_For_Live&diff=244190 2015-12-16T21:29:06Z

<p>Apobrien: </p> <hr /> <div><br /> == Deliverables ==<br /> <br /> [https://youtu.be/ND6oU2FNqaA Video Demonstration - Youtube]<br /> <br /> [https://github.com/apobrien/MaxForLiveLED Source Code - GitHub]<br /> <br /> [https://github.com/cpldcpu/light_ws2812 Required light_ws2812 Library - GitHub]<br /> <br /> == Goal ==<br /> <br /> The goal is to create an entertaining audio visualizer to accompany a performance using Ableton Live. Unlike a typical two-dimensional spectrum visualizer, this physical device will be a flexible, one-dimensional strand of multicolored LED’s. The intent is to produce novel lighting effects that follow the music in a logical and visually appealing way. The visualizer’s behavior will vary, in real time, depending on pitch, velocity, and tempo. The device will communicate via USB with a computer running Ableton Live and a Max MIDI Effect patch.<br /> <br /> == Materials ==<br /> <br /> One 5-foot Strand of WS2812 LED’s<br /> <br /> Arduino w/ onboard USB-to-serial<br /> <br /> Ableton Live<br /> <br /> Max for Live<br /> <br /> == Outcome ==<br /> <br /> The final deliverable is a Max for Live MIDI effect patch that seamlessly integrates with Ableton Live and software running on an Arduino. The patch has sliders that allow for the control of effect latency as well as LED brightness and decay. As of this publishing it only works for a single MIDI channel. Future goals include visualizing multiple channels simultaneously along with an interface to quickly select the proper serial port.<br /> <br /> [[Category:Interactive Systems]]<br /> [[Category:Multimedia]]<br /> [[Category: Advisor:Manzo]]</div>

Apobrien https://vjmedia.wpi.edu/index.php?title=LED_Effects_Using_Max_For_Live&diff=244189 2015-12-16T21:16:39Z

<p>Apobrien: </p> <hr /> <div><br /> == Deliverables ==<br /> <br /> [https://youtu.be/ND6oU2FNqaA Video Demonstration - Youtube]<br /> <br /> [http://google.com Source Code - GitHub]<br /> <br /> == Goal ==<br /> <br /> The goal is to create an entertaining audio visualizer to accompany a performance using Ableton Live. Unlike a typical two-dimensional spectrum visualizer, this physical device will be a flexible, one-dimensional strand of multicolored LED’s. The intent is to produce novel lighting effects that follow the music in a logical and visually appealing way. The visualizer’s behavior will vary, in real time, depending on pitch, velocity, and tempo. The device will communicate via USB with a computer running Ableton Live and a Max MIDI Effect patch.<br /> <br /> == Materials ==<br /> <br /> One 5-foot Strand of WS2812 LED’s<br /> <br /> Arduino w/ onboard USB-to-serial<br /> <br /> Ableton Live<br /> <br /> Max for Live<br /> <br /> == Outcome ==<br /> <br /> The final deliverable is a Max for Live MIDI effect patch that seamlessly integrates with Ableton Live and software running on an Arduino. The patch has sliders that allow for the control of effect latency as well as LED brightness and decay. As of this publishing it only works for a single MIDI channel. Future goals include visualizing multiple channels simultaneously along with an interface to quickly select the proper serial port.<br /> <br /> [[Category:Interactive Systems]]<br /> [[Category:Multimedia]]<br /> [[Category: Advisor:Manzo]]</div>

Apobrien https://vjmedia.wpi.edu/index.php?title=LED_Effects_Using_Max_For_Live&diff=244188 2015-12-16T21:03:49Z

<p>Apobrien: </p> <hr /> <div><br /> == Goal ==<br /> <br /> The goal is to create an entertaining audio visualizer to accompany a performance using Ableton Live. Unlike a typical two-dimensional spectrum visualizer, this physical device will be a flexible, one-dimensional strand of multicolored LED’s. The intent is to produce novel lighting effects that follow the music in a logical and visually appealing way. The visualizer’s behavior will vary, in real time, depending on pitch, velocity, and tempo. The device will communicate via USB with a computer running Ableton Live and a Max MIDI Effect patch.<br /> <br /> == Materials ==<br /> <br /> One 5-foot Strand of WS2812 LED’s<br /> <br /> Arduino w/ onboard USB-to-serial<br /> <br /> Ableton Live<br /> <br /> Max for Live<br /> <br /> == Outcome ==<br /> <br /> The final deliverable is a Max for Live MIDI effect patch that seamlessly integrates with Ableton Live and software running on an Arduino. The patch has sliders that allow for the control of effect latency as well as LED brightness and decay. As of this publishing it only works for a single MIDI channel. Future goals include visualizing multiple channels simultaneously along with an interface to quickly select the proper serial port.<br /> <br /> [[Category:Interactive Systems]]<br /> [[Category:Multimedia]]<br /> [[Category: Advisor:Manzo]]</div>

Apobrien https://vjmedia.wpi.edu/index.php?title=LED_Effects_Using_Max_For_Live&diff=244187 2015-12-16T21:02:08Z

<p>Apobrien: Created page with &quot; == Goal == The goal is to create an entertaining audio visualizer to accompany a performance using Ableton Live. Unlike a typical two-dimensional spectrum visualizer, this p...&quot;</p> <hr /> <div><br /> == Goal ==<br /> <br /> The goal is to create an entertaining audio visualizer to accompany a performance using Ableton Live. Unlike a typical two-dimensional spectrum visualizer, this physical device will be a flexible, one-dimensional strand of multicolored LED’s. The intent is to produce novel lighting effects that follow the music in a logical and visually appealing way. The visualizer’s behavior will vary, in real time, depending on pitch, velocity, and tempo. The device will communicate via USB with a computer running Ableton Live and a Max MIDI Effect patch.<br /> <br /> == Materials ==<br /> <br /> One 5-foot Strand of WS2812 LED’s<br /> <br /> Arduino w/ onboard USB-to-serial<br /> <br /> Ableton Live<br /> <br /> Max for Live<br /> <br /> == Outcome ==<br /> <br /> The final deliverable is a Max for Live MIDI effect patch that seamlessly integrates with Ableton Live and software running on an Arduino. The patch has sliders that allow for the control of effect latency as well as LED brightness and decay. As of this publishing it only works for a single MIDI channel. Future goals include visualizing multiple channels simultaneously along with an interface to quickly select the proper serial port.</div>

Apobrien