Abstract: A lighting display master controller responds to an electronic vibration signal produced by a sensor when an instrument is played, to selectively energize light sources of different colors in a predefined pattern. The master controller energizes specific light sources of a desired color by selecting a row and column within an array. In one embodiment, the light sources are on a flexible substrate disposed within an optically transparent plastic sheath that is attached to the instrument. The pattern applied in selectively energizing light sources can be stored or transmitted in real-time from a concert controller host or personal computer. The light system can also be used to enable a student to practice and record a sequence defined by an instructor. The lights that are energized provide visual cues to the student, and the recording that is made enables the instructor to evaluate the student's performance.

Abstract: A lighting display master controller responds to an electronic vibration signal produced by a sensor when an instrument is played, to selectively energize light sources of different colors in a predefined pattern. The master controller energizes specific light sources of a desired color by selecting a row and column within an array. In one embodiment, the light sources are on a flexible substrate disposed within an optically transparent plastic sheath that is attached to the instrument. The pattern applied in selectively energizing light sources can be stored or transmitted in real-time from a concert controller host or personal computer. The light system can also be used to enable a student to practice and record a sequence defined by an instructor. The lights that are energized provide visual cues to the student, and the recording that is made enables the instructor to evaluate the student's performance.