Sculpture disturb and damp table (objects 2 and 3)

The table outlines all disturb and damp types available for Objects 2 and 3. For information on excite types available for Objects 1 and 2, see Sculpture excite table (objects 1 and 2).

Name

Description

Strength controls

Timbre controls

Variation controls

Disturb

A disturb object that is placed at a fixed distance from the string’s resting position

The hardness of the object

The distance from the resting position

  • Negative values:  Push the string away from the resting position.

  • Positive values:  Do not affect the string in the resting position.

Controls width.

  • Negative values:  Affect only a small section of the string.

  • Positive values:  Affect a broader section of the string.

Disturb 2-sided

Somewhat like a ring placed around the string, which limits the string’s vibration in all directions

The hardness of the ring

The clearance of the ring (the distance between the ring and string)

  • Negative values:  The sides of the damping ring overlap, influencing the string if any movement occurs.

  • Positive values:  There is an amount of clearance inside the ring. The string will be influenced only if moved sufficiently to actually touch the ring.

No effect

Bouncing

Emulates a loose object lying or bouncing on, and interacting with, the vibrating string. This is very random by nature and can’t be synchronized.

Controls the gravity constant for the object lying/bouncing on the string.

The stiffness of the object

The damping of the object

Bound

A boundary that limits and reflects string movement. This is much like a fingerboard that limits string movement when the string is plucked very firmly.

The distance from the boundary center position to the string’s resting position

The slope (steepness) of the boundary. A value of 0.0 places the boundary parallel to the string. Other values will position the boundary closer to the string on one end and farther away on the other.

The amount of reflection at the boundary limits

Mass

Used to model an additional mass attached to the string. This can lead to inharmonic sounds, and very interesting results, if the position of this mass is modulated along the string.

The mass size/weight

No effect

No effect

Damp

Localized damper, which is useful for soft damping

The intensity of the damping

The damping characteristics

The width of the damped string section