PD

ARCHIVAL: Video: The PLAYlogo synthesised light-sound circles (Pure Data + GEM)

Keywords

Video style

This version created using patch-based synthesis with PureData+GEM from around 2008 is now obsolete. For the latest version please visit: Video: The PLAYlogo synthesised light-sound circles

GEM zone (visual synthesis for Pure Data) [ARCHIVAL]

ARCHIVAL (2008): This content is now considered historical only!

Keywords

Keywords

Pure Data

GEM

PD

visuals

animation

simulation

patch-based

patch-based programming

visuals synthesis

computer visuals

real-time synthesis

visual programming

Pure Data zone (patch-based synthesis) [ARCHIVAL]

ARCHIVAL (2008): This content is now considered historical only!

Keywords

Keywords

Pure Data

PD

GEM

synthesis

visuals

sound synthesis

patch-based

visual programming

signal processing

From http://puredata.info/:
Pure Data (or just Pd) is an open source visual programming language for multimedia.

PLAYlogo.pd: synthesised PLAY logo together with top-level Puredata patch

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo: ExpCircleWav.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYtext.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAY logo: StereoEnv~.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo: PanPong~.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo: FanEnv~.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo: RingCycle~.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo: DiscCircle.pd as workaround for bad aliasing

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAY logo: SoundCircles.pd

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

PLAYlogo.pd: top-level control patch

Gallery

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

Tutorial

Section

Gallery: PureData+GEM example: The PLAY logo animation: synchronised video and audio synthesis

In this Webel mini-tutorial trail for PureData synthesis you'll find some snapshots of patches used to create the "sound circles" animated logo for the PLAYlogo music/art projects. Each circle (created with PureData/GEM) corresponds to an evolving oscillator frequency with evolving amplitude and pan.

Slides in this gallery

Click on any slide to view it larger in a viewer, click again to move through each slide in the gallery. Click on the title link of a slide to view the full slide page.

PLAY logo: LCircle.pd

PLAY logo: SoundCircles.pd

PLAY logo: StereoEnv~.pd

PLAYlogo.pd: synthesised PLAY logo together with top-level Puredata patch

PLAYlogo.pd: top-level control patch

PLAYlogo: DiscCircle.pd as workaround for bad aliasing

PLAYlogo: ExpCircleWav.pd

PLAYlogo: FanEnv~.pd

PLAYlogo: PanPong~.pd

PLAYlogo: RingCycle~.pd

PLAYtext.pd

Circles.pd

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

Drancel RGB monitors: PureData/GEM: (low intensity)

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

Monitor.pd

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

StripsRGB.pd

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

MonitorWin.pd

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

Drancel RGB PureData/GEM accelerometer monitors

ARCHIVAL (2008): This content is now considered historical only!

Gallery

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

Tutorial

Section

Gallery: Drancel: Pure Data + GEM accelerometer visuals and GEM patches

ARCHIVAL (2008): This content is now considered historical only!

Slides in this gallery

Click on any slide to view it larger in a viewer, click again to move through each slide in the gallery. Click on the title link of a slide to view the full slide page.

ARCHIVAL
Circles.pd

ARCHIVAL
Drancel RGB monitors: PureData/GEM: (low intensity)

ARCHIVAL
Drancel RGB PureData/GEM accelerometer monitors

ARCHIVAL
Monitor.pd

ARCHIVAL
MonitorWin.pd

ARCHIVAL
StripsRGB.pd

[ARCHIVAL] Video: Drancing accelerometer music with Wiimotes: 3D variable frequency oscillators + amplitude variation + triggered "air drum" samples

ARCHIVAL (2008): This content is now considered historical only!

Keywords

accelerometer

triaxial accelerometer

sound synthesis

music synthesis

real-time synthesis

computer visuals

Pure Data

GEM

PD

Drancing

Drancel

air drums

air music

air instrument

gestural music

Drumming-by-Dancing

air synth

Wiimote

light show

Video style

demonstration

live video

Demonstrated combined variable frequency oscillator, amplitude variation, and triggered Drum sample ("Drumming by Dancing") modes along with Drancel (R,G,B) monitor visuals projected onto the "Drancer" performer. For this demonstration two hand-held Wiimotes were used, with a version of DranceWare written in PureData/GEM running on a MacBook Pro.

Read more about [ARCHIVAL] Video: Drancing accelerometer music with Wiimotes: 3D variable frequency oscillators + amplitude variation + triggered "air drum" samples

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