Cycling '74 RNBO RNBO Sampling Linear interpolated multi-channel lookup of a buffer.

wave~ reads from a portion of a buffer~ to produce a repeating waveform, given a signal input that goes between 0. and 1. (for example, using a phasor~ ) to define the position in the buffer.

Buffer to use.

Name of the buffer to read samples from

Number of channels

Sets the number of output channels, which determines the number of outlets that the wave~ object will have. If the buffer~ object being played by wave~ has more channels than the number of outputs of wave~ , the extra channels are not played. If the buffer~ object has fewer channels, the extra wave~ signal outputs are 0.

Start index (samples)

Set the start point of the wavetable. By default, the start point is 0. If you want to set a non-zero start point but retain the sample end as the waveform end point, use only a single typed-in argument after the buffer name. The wave~ object uses the buffer's sampling rate to determine loop points.

End index (samples).

Set the end point of the wavetable. By default, the end point is the end of the sample. If a signal is connected to the end point (right) inlet, the initial waveform end point is ignored.

Channel offset (zero-based). If multiple buffer names are declared to be used, this sets the currently active buffer using an index [0 based]. End index (samples).

Set the end point of the wavetable. By default, the end point is the end of the sample. If a signal is connected to the end point (right) inlet, the initial waveform end point is ignored.

Channel offset (zero-based). Phase to read (0..1, between start and end).

Read through the buffer used by wave~ by sending values between 0. and 1. to the input. This can be acheived by using an object like phasor~ .

Start index (samples)

Set the start point of the wavetable. By default, the start point is 0. If you want to set a non-zero start point but retain the sample end as the waveform end point, use only a single typed-in argument after the buffer name. The wave~ object uses the buffer's sampling rate to determine loop points.

Phase to read (0..1, between start and end).

Read through the buffer used by wave~ by sending values between 0. and 1. to the input. This can be acheived by using an object like phasor~ .

Start index (samples)

Set the start point of the wavetable. By default, the start point is 0. If you want to set a non-zero start point but retain the sample end as the waveform end point, use only a single typed-in argument after the buffer name. The wave~ object uses the buffer's sampling rate to determine loop points.

End index (samples).

Set the end point of the wavetable. By default, the end point is the end of the sample. If a signal is connected to the end point (right) inlet, the initial waveform end point is ignored.

Channel offset (zero-based). Sampled value.

The output signal read from the wavetable.

Index (in samples). Sampled value at channel 1.

The output signal read from the wavetable.