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Jameson, who developed color organ in the 19th century. The instruments developed by these people were controlled by playing an instrument with a piano-style keyboard and a screen with ever-changing color lights4. Castel, a famous physicist and mathematician, was a strong advocate of a strong relationship between seven units of scale and seven colors of Newton’s optics5. Around 1742, Louise B. Castel proposed the development of a light-organ, named clavecinoculaire as a novel musical instrument that could concurrently generate both sound and associated color from every note6.Around 1730, Castel created an Ocular Harpsichord that consisted of a frame with 60 small openings each with a unique colored-glass panel and curtain. Curtains were attached with pullies each to a specific key, so that on every strike, the curtain would rise briefly to give a flash of matching color. The general size of the instrument was a 6-foot square structure placed over an ordinary harpsichord7. Many people were so fascinated with the invention, and they flocked Castel’s studio in Paris for demonstration. Telemann, a German composer, traveled to his studio to examine the invention and compose some pieces to be played on the instrument. Telemann later wrote a German-language book about Ocular Harpsichord8. In 1754, an improved model was produced. The new model consisted of 500 candles with reflecting mirrors. The improved model thus provided more light for a large audience. Castel expected that every family in Paris would own an Ocular Harpsichord. He dreamed of developing a factory to create over 800, 000 instruments. However, his invention did not outlive him. No physical relic of an Ocular Harpsichord has survived to this day.In 19th century, Bainbride developed an instrument with reflectors and prisms9. It worked virtually as the Ocular Harpsichord of Louise Castel. When a sound chord was struck, a matching harmonious and disperse exhibit of colors came out on a semicircular screen. The instrument had all colors. The instrument was played with the similar number of octaves of colors in similar order and interval. The warm red glow over the sky was the basic color10. On reverse, the colorgave out greenish-blue and red as its dominant colors. The prime bend on the eye appeared to give yellow, red, violet, and greenish-blue colors. When the instrument was used to play a series of harmonic sounds, the supernumerary bow on the inside offered

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