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Sample data from christian louboutin boots sensors

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Dance Applications. This shoe has been used in a variety of dance applications for performers at varying levels of expertise. All software mappings employed ROGUS [16], a C++ MIDI library written at the MIT Media Laboratory. Fig. 1 shows our first performance, at the MIT Media Lab's Wearable Computing Fashion Show in October 1997. (http://www.christian-louboutin-sells.com/products_all.html)
Here, sounds triggered by the shoe (notes on the pressure sensors, transients on the shock sensor and gyro) augmented a background dance sequence, while other sensors gave additional effects (e.g., bend produced transpose, compass panned sounds around, etc.). Only one shoe was used at the time, and our dancer quickly learned to control this limited musical palette. Figure 7: Byron Suber testing the shoes at MIT Figure 8: Stage Layout for ADF Performance Figure 6: Early shoe system at its MIT debut in 1997 After building a pair of new shoes, as seen in Fig. 3, we produced another demonstration piece that dispensed with the sequence and enabled the dancer to launch and modify a variety of continuous sounds, using many of the sensor systems simultaneously to 3.
In this mapping, the right/left toes and heels produced various melodic tones in an assigned harmony; pressure sensor response from both feet must be present for these tones, thus insuring that they are both on the ground. Bend of the sole transposed these toe melodies by an octave, up or down depending on the bend direction, and pressure at the top toe sensors triggered cymbal crashes. The gyro picked up twirls, launching a cascading glissando (and burst of white noise for very fast right-spins). The shock sensors launched orchestra hits, and the left foot's shock also turned off all notes and changed the harmony played by the toes. Forward tilt launched "sparkling" notes for the left foot and a digital pad sound in the right foot, while sideways tilt would adjust the octave ranges of sounds controlled by the corresponding front tilt.
As the shoes approached the single sonar pinger used in this mapping, a cymbal/snare rhythm would start, growing louder with the dancer's approach. If the dancer stepped on the electric field transmitter, all sounds would stop, and a droning chord would fade up, increasing in volume as the foot was lifted away from the electrode (different sound on each foot), with the chord voicing changing as the foot was rotated (as derived from the compass signal). We are now completing a new, complex mapping for a performance/demonstration at the American Dance Festival, with Byron Suber and music by David Borden, also of
Cornell. The stage setup used in this performance is shown in Fig. 8. There will be two dancers in this performance, one each with an active sensor shoe. The dancers will be able to select either a sequence or looped music sample to play in the background by stepping into either regions A or B above and tapping their foot as to push the toe-top sensor. Regions A31 and A13 will start a musical sample playing; there are five samples of different musical excerpts in all (30-second loops), and these are selected by the region and range at which the trigger occurred. Toe-tapping in regions B starts a MIDI sequence, each of which has 3 parts that the dancers can add and subtract, again by toe-tapping appropriately in the B regions.
The pressure sensors in the sole will play notes or sounds appropriate to the current background, and these (together with the backing sequence, if appropriate) will transpose up and down with bend of the shoe. When a shoe is lifted and tilted, continuous audio effects will be proportionally added to a voice in the sequence or to the music sample (e.g., filtering, flanging, reverb, crossfading, or vibrato, depending on what's currently playing). Both angles of tilt are used, allowing one shoe to control the mix of two different effects. (http://www.mbt-sells.com/mbt-fanaka-c-31.html)
triggering one supercedes whatever is currently playing. If a dancer is in zones A11 or A33, the sole's pressure sensors will play different pitched speech phrases pronounced by a computer-generated voice, allowing the dancer to put musical sentences together by their movement. These phonemes are also transposed by the sole's bend, and effects are similarly introduced with tilt. Throughout the dance, different sonic events are tied to the shock accelerometer signals (e.g., jumps, leaps) and rate gyro, as in the mapping described earlier.

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The dancers will be able to select christian louboutin pumps either a sequence or looped music sample to play in the background by stepping into either regions A or B above and tapping their foot as to push the toe-top sensor mbt shoes reviews. Regions A31 and A13 will start a musical sample playing

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