Abstract: Musical instruments are circumscribed to their physical boundaries. They produce sound through vibrations at different frequencies constraint by the instruments themselves. The representation of these frequencies, rather than geometrical and mathematically simple, is the result of very complex vibration patterns. Some instruments get away with arranging individual notes to the player's convenience by the inclusion of multiple individual instruments within one body. The piano is a prominent example of an instrument with manipulated note architecture. It has an individual musical instrument for each sound although still circumscribed to a common body with its sound implications. However it follows a chromatic pattern, including consecutive series of each musical note according to its pitch rather than taking full advantage of its opportunity to translate the complex frequency behavior of notes into geometrical, visual patterns.

Abstract: Musical instruments are circumscribed to their physical boundaries. They produce sound through vibrations at different frequencies constraint by the instruments themselves. The representation of these frequencies, rather than geometrical and mathematically simple, is the result of very complex vibration patterns. Some instruments get away with arranging individual notes to the player's convenience by the inclusion of multiple individual instruments within one body. The piano is a prominent example of an instrument with manipulated note architecture. It has an individual musical instrument for each sound although still circumscribed to a common body with its sound implications. However it follows a chromatic pattern, including consecutive series of each musical note according to its pitch rather than taking full advantage of its opportunity to translate the complex frequency behavior of notes into geometrical, visual patterns.

Abstract: A disposable garment having a localized retention zone for retention of the garment in its initial position on the body of a wearer. The retention zone has a higher coefficient of static friction than does the major area of the body-facing surface of the garment. The garment may also include localized areas having a lower coefficient of static friction than that of the major area to facilitate placement of the garment in a desired wearing position. Such lower coefficient of static friction areas can include the areas adjacent the leg openings and the area of the waistband that overlies the stomach of the wearer. Additionally, the garment can also include areas wherein the coefficient of static friction varies from high to low to provide improved retention and comfort over a wide range of wearing conditions and a wide range of movements of the wearer.

Abstract: A disposable garment having a localized retention zone for retention of the garment in its initial position on the body of a wearer. The retention zone has a higher coefficient of static friction than does the major area of the body-facing surface of the garment. The garment may also include localized areas having a lower coefficient of static friction than that of the major area to facilitate placement of the garment in a desired wearing position. Such lower coefficient of static friction areas can include the areas adjacent the leg openings and the area of the waistband that overlies the stomach of the wearer. Additionally, the garment can also include areas wherein the coefficient of static friction varies from high to low to provide improved retention and comfort over a wide range of wearing conditions and a wide range of movements of the wearer.

Abstract: A disposable absorbent garment having an elastic waist panel that includes one or more localized retention zones for retention the garment in its initial, as-applied position on the body of a wearer. The retention zones includes materials that have a higher coefficient of static friction than does the major surface area that constitutes the inner, body-facing surface of the garment. The garment can also include localized areas having a lower coefficient of static friction than that of the major inner surface area of the garment to facilitate placement of the garment in a desired wearing position. Such lower coefficient of static friction areas can include the areas adjacent the leg openings and the area of the waistband that overlies the stomach of the wearer.