The Musical Chair - Revision history

Vjmanzo at 15:52, 8 May 2015

2015-05-08T15:52:10Z

Vjmanzo at 15:50, 8 May 2015

2015-05-08T15:50:46Z

Jmcgowanmartin at 06:54, 29 March 2015

2015-03-29T06:54:22Z

Jmcgowanmartin at 06:53, 29 March 2015

2015-03-29T06:53:37Z

Sjhalloran: Created page with 'The Musical Chair is a usb enabled seat cushion that you place on your spinning office chair to control your music library. It tracks the motion of your chair, allowing you to sp…'

2013-12-18T12:09:12Z

Created page with 'The Musical Chair is a usb enabled seat cushion that you place on your spinning office chair to control your music library. It tracks the motion of your chair, allowing you to sp…'

New page

The Musical Chair is a usb enabled seat cushion that you place on your spinning office chair to control your music library. It tracks the motion of your chair, allowing you to spin left and right to skip tracks forward and back, and then, when you leave the chair it pauses your music.

This works by an arduino reading and interpreting a gyroscope in the cushion. The data is sent to a python program which then puts it in a format that Max can read. Max then handles the music track switching and pausing.

[http://youtu.be/bJSV3Wv6YR4 demonstration]

← Older revision		Revision as of 15:52, 8 May 2015
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−	The Musical Chair is a ~~usb~~ enabled seat cushion that you place on your spinning office chair to control your music library. It tracks the motion of your chair, allowing you to spin left and right to skip tracks forward and back, and then, when you leave the chair it pauses your music.	+	The Musical Chair is a USB enabled seat cushion that you place on your spinning office chair to control your music library. It tracks the motion of your chair, allowing you to spin left and right to skip tracks forward and back, and then, when you leave the chair it pauses your music.

−	This works by an ~~arduino~~ reading and interpreting a gyroscope in the cushion. The data is sent to a python program which then puts it in a format that Max can read. Max then handles the music track switching and pausing.	+	This works by an Arduino reading and interpreting a gyroscope in the cushion. The data is sent to a python program which then puts it in a format that Max can read. Max then handles the music track switching and pausing.

← Older revision		Revision as of 06:54, 29 March 2015
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	[http://youtu.be/bJSV3Wv6YR4 demonstration]		[http://youtu.be/bJSV3Wv6YR4 demonstration]

−	[[Category:Interactive Systems]] [[Category:Advisor:Manzo]]	+	[[Category:Interactive Systems]] [[Category:Advisor:Manzo]] [[Category:Featured]]

← Older revision		Revision as of 06:53, 29 March 2015
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	[http://youtu.be/bJSV3Wv6YR4 demonstration]		[http://youtu.be/bJSV3Wv6YR4 demonstration]
		+
		+	[[Category:Interactive Systems]] [[Category:Advisor:Manzo]]

@@ Line 3: / Line 3: @@
 This works by an arduino reading and interpreting a gyroscope in the cushion. The data is sent to a python program which then puts it in a format that Max can read. Max then handles the music track switching and pausing.
-[http://youtu.be/bJSV3Wv6YR4 demonstration]
 [[Category:Interactive Systems]] [[Category:Advisor:Manzo]] [[Category:Featured]]