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Clarinet Oscillator

Name

Clarinet Oscillator:

2123 1133
clarinet oscillator

Description

The Clarinet Oscillator is EigenD's built-in clarinet physical model plug-in.

Its most common configuration, found within the EigenD Factory Setups, uses the EigenD breath controller as a means of controlling the model, encompassing the features of the Shaper to compress the incoming breath signal and the Stringer to allow course-based monophony within the Clarinet instrument.

Ports

Activation input

  • Name:

1435 116
activation input

  • Input, Set
  • Type: Number
  • Range: 0 to 1

The activation input receives activation signals from upstream agents (often the Scaler's activation output).

Frequency input

  • Name:

1128 116
frequency input

  • Input
  • Type: Number
  • Range: 1 to 96000

The frequency input is used in the main to receive frequency signals from an upstream Agent (normally from the Scaler's frequency output in this case) to be processed accordingly.

Pressure input

  • Name:

128 116
pressure input

  • Input
  • Type: Number
  • Range: 0 to 1

The Pressure Input receives pressure signals from an upstream Agent. This could be key pressure signals, or in the case of the factory setups the pressure signal is received from the Shaper agent which is in turn connected to breath.

Noise gain input

  • Name:

1465 775 116
noise gain input

  • Input, Set
  • Type: Number
  • Range: 0 to 1; default = 0.25

The Noise Gain Input determines the amount of breath noise.

Pitch time input

  • Name:

2314 1147 116
pitch time input

  • Input, Set
  • Type: Number
  • Range: 0 to 100000; default = 10

Also known as portamento - the value of the Pitch Time Input refers to the amount of transition time (in milliseconds) between notes on the same monophonic course when the Stringer agent is connected to the Clarinet Oscillator.

Minimum frequency

  • Name:

2343 1128
minimum frequency

  • Input, Set
  • Type: Number
  • Range: 0.1 to 20; default 20

Minimum Frequency determines the frequency (in Hertz) of the lowest note that the clarinet physical model can play.

Audio output

  • Name:

1118 125
audio output

  • Output
  • Type: Audio

The audio output is used for sending audio data to downstream Agents (normally a Gain Agent's audio input in this case).

Nouns

None

Verbs

None

Examples

Before using the Belcanto commands below, make sure you have the desired Clarinet Oscillator in the conversation using

2123 1133 ? 1131
clarinet oscillator X listen

where X is the number of your desired Clarinet Oscillator.

Setting the noise gain input value

To set the noise gain value, use

1465 775 116 23 ? 67
noise gain input to X set

where X is the value of the desired noise gain.

Setting the pitch time input value

To set the pitch time value, use

2314 1147 116 23 ? 67
pitch time input to X set

where X is the value of the desired pitch time

Setting the minimum frequency

To set the minimum frequency, use

2343 1128 23 ? 67
minimum frequency to X set

where X is the value of the desired minimum frequency.

See also