Difference between revisions of "Students/michaelberger/250B/"
From CCRMA Wiki
(→Background, <i>the Mach 1 </i>[http://cm-wiki.stanford.edu/wiki/Students/michaelberger/220C/ (from Music 220C, Spring 2008)]) |
(→Background, <i>the Mach 1 </i>[http://cm-wiki.stanford.edu/wiki/Students/michaelberger/220C/ (from Music 220C, Spring 2008)]) |
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** 6 x [http://www.kjmagnetics.com/proddetail.asp?prod=D31-N50&cat=168 (0.0625" 2.45lb Magnets).] | ** 6 x [http://www.kjmagnetics.com/proddetail.asp?prod=D31-N50&cat=168 (0.0625" 2.45lb Magnets).] | ||
** 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=666 Arduino Diecimila] with 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=7914 Arduino Protoshield Kit] and 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=7916 mini-bread-board] | ** 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=666 Arduino Diecimila] with 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=7914 Arduino Protoshield Kit] and 1 x [http://www.sparkfun.com/commerce/product_info.php?products_id=7916 mini-bread-board] | ||
+ | ** | ||
+ | |||
* Construction | * Construction | ||
Line 28: | Line 30: | ||
** Sine Test | ** Sine Test | ||
** Granular 1.0 [http://ccrma.stanford.edu/~mpberger/spare/Wiki_Files/220C_Final.mp4 Video] | ** Granular 1.0 [http://ccrma.stanford.edu/~mpberger/spare/Wiki_Files/220C_Final.mp4 Video] | ||
+ | |||
+ | * POSTER SESSION @ CCRMA OPEN HOUSE 2008! | ||
+ | ** (1st panel) | ||
+ | Part of the Michael's ongoing research (supported by the Social Sciences and | ||
+ | Humanities Research Council of Canada), the “GRIP MAESTRO” is the composer's | ||
+ | latest attempt to incorporate real physical resistance and haptic feedback into | ||
+ | an electroacoustic performance interface. The goals of this specific project | ||
+ | are to take advantage of a simple physical gesture (not previously utilized by | ||
+ | an existing acoustic instrument: see figure 1), and, by incorporating physical | ||
+ | resistance, create an “easy to learn / difficult to master” interface for the | ||
+ | creation of, and control over realtime electroacoustic performance in both a | ||
+ | solo and ensemble setting. | ||
+ | The “GRIP MAESTRO” is a modified hand exerciser called a “Grip Master” | ||
+ | (see figure 2). By measuring the position of the pads on the device (see | ||
+ | figure 3) and carefully mapping them to parameters of music creation (see | ||
+ | figure 4), Michael hopes that the “GRIP MAESTRO” will provide the feel, control, | ||
+ | and aural feedback necessary to be an effective interface between performers and | ||
+ | their music, and between audiences and their performers. | ||
+ | Presently there are two mappings of the control data prepared in the ‘strongly | ||
+ | timed’ programming language, “ChucK” (http://chuck.cs.princeton.edu/). Michael is | ||
+ | presently in the planning stages of a third, but there are a multitude of potential | ||
+ | applications and mappings for which the “GRIP MAESTRO” is ideal (see figure 5). | ||
====<b>The Road to the Mach 2</b>==== | ====<b>The Road to the Mach 2</b>==== |
Revision as of 21:45, 16 March 2009
Contents
MUSIC 250B, Winter 2009, Research Page
This research page has been completed as part of the following assignment:
Wiki "Community Service" Project
As an end-of-term deliverable for 250b, prepare a helpful and factual Wiki page on the ccrma wiki on a topic relevant to the course. The goal of the wiki page is to create a repository for the facts, links and processes which sustained your work in 250b this term. The target audience for this page is the collection of future CCRMA students interested in HCI and music taking the 250 series of courses. Hopefully, your work will not only inspire their future work but will also act as a valuable resource from which they can get a head-start on similar projects, in a sense, "standing on the shoulders of giants" (yes, this means you are all "giants").
GRIP MAESTRO
- need, impetus, intention
- description
Background, the Mach 1 (from Music 220C, Spring 2008)
- Equipment & Parts (Summary -- for more details see my 220C research wiki linked above)
- 1 x GRIP MASTER hand exerciser. (5 lb resistance for each of 6 springs.)
- 6 x Hall Effect Sensors -- available here.
- 6 x (0.0625" 2.45lb Magnets).
- 1 x Arduino Diecimila with 1 x Arduino Protoshield Kit and 1 x mini-bread-board
- Construction
- Tools
- Original Mappings
- Sine Test
- Granular 1.0 Video
- POSTER SESSION @ CCRMA OPEN HOUSE 2008!
- (1st panel)
Part of the Michael's ongoing research (supported by the Social Sciences and Humanities Research Council of Canada), the “GRIP MAESTRO” is the composer's latest attempt to incorporate real physical resistance and haptic feedback into an electroacoustic performance interface. The goals of this specific project are to take advantage of a simple physical gesture (not previously utilized by an existing acoustic instrument: see figure 1), and, by incorporating physical resistance, create an “easy to learn / difficult to master” interface for the creation of, and control over realtime electroacoustic performance in both a solo and ensemble setting. The “GRIP MAESTRO” is a modified hand exerciser called a “Grip Master” (see figure 2). By measuring the position of the pads on the device (see figure 3) and carefully mapping them to parameters of music creation (see figure 4), Michael hopes that the “GRIP MAESTRO” will provide the feel, control, and aural feedback necessary to be an effective interface between performers and their music, and between audiences and their performers. Presently there are two mappings of the control data prepared in the ‘strongly timed’ programming language, “ChucK” (http://chuck.cs.princeton.edu/). Michael is presently in the planning stages of a third, but there are a multitude of potential applications and mappings for which the “GRIP MAESTRO” is ideal (see figure 5).
The Road to the Mach 2
- revising the Mach 1
- hardware
- software
- arduino
- mappings
- expanded intentions
- the plan
- new parts
- new construction (ongoing)
- new mappings (forthcoming)