the number of channels that the buffer will be. Since this is a constant, a change in number of channels of the underlying bus must be reflected by creating different SynthDefs. If a buffer identifier is used of a buffer that has a different numChannels then specified in the PlayBuf, it will fail silently.
the identifier of the buffer to use
1.0 advances the play head by the server's sample rate
each second, so 2.0 means doubling speed (and pitch),
and 0.5 means half speed (and half pitch). Negative
numbers can be used for backwards playback. If the
underlying buffer represents a sound at a different
sample rate, the rate should be multiplied by
BufRateScale.kr( bufID ) to obtain the correct speed.
a trigger which causes a jump to the given startPos. A trigger occurs when a signal changes from non-positive to positive (e.g. <= 0 to > 0).
sample frame to start playback. This is read when a trigger occurs. It may be fractional.
1 to loop after the play head reaches the buffer end, 0 to not loop. this can be modulated.
what to do when the play head reaches the buffer end.
the identifier of the buffer to use
what to do when the play head reaches the buffer end.
1 to loop after the play head reaches the buffer end, 0 to not loop.
1 to loop after the play head reaches the buffer end, 0 to not loop. this can be modulated.
the number of channels that the buffer will be.
the number of channels that the buffer will be. Since this is a constant, a change in number of channels of the underlying bus must be reflected by creating different SynthDefs. If a buffer identifier is used of a buffer that has a different numChannels then specified in the PlayBuf, it will fail silently.
1.
1.0 advances the play head by the server's sample rate
each second, so 2.0 means doubling speed (and pitch),
and 0.5 means half speed (and half pitch). Negative
numbers can be used for backwards playback. If the
underlying buffer represents a sound at a different
sample rate, the rate should be multiplied by
BufRateScale.kr( bufID ) to obtain the correct speed.
sample frame to start playback.
sample frame to start playback. This is read when a trigger occurs. It may be fractional.
a trigger which causes a jump to the given startPos.
a trigger which causes a jump to the given startPos. A trigger occurs when a signal changes from non-positive to positive (e.g. <= 0 to > 0).
A UGen to play back samples from a buffer in memory.
PlayBufprovides a kind of high-level interface to sample-playback, whereasBufRdrepresents a kind of lower-level access. WhileBufRdhas a random-access-pointer in the form of a phase input,PlayBufadvances the phase automatically based on a given playback speed.PlayBufuses cubic interpolation.the number of channels that the buffer will be. Since this is a constant, a change in number of channels of the underlying bus must be reflected by creating different SynthDefs. If a buffer identifier is used of a buffer that has a different numChannels then specified in the PlayBuf, it will fail silently.
the identifier of the buffer to use
1.0 advances the play head by the server's sample rate each second, so 2.0 means doubling speed (and pitch), and 0.5 means half speed (and half pitch). Negative numbers can be used for backwards playback. If the underlying buffer represents a sound at a different sample rate, the rate should be multiplied by
BufRateScale.kr( bufID )to obtain the correct speed.a trigger which causes a jump to the given startPos. A trigger occurs when a signal changes from non-positive to positive (e.g. <= 0 to > 0).
sample frame to start playback. This is read when a trigger occurs. It may be fractional.
1 to loop after the play head reaches the buffer end, 0 to not loop. this can be modulated.
what to do when the play head reaches the buffer end.
de.sciss.synth.ugen.BufFrames
de.sciss.synth.ugen.BufRateScale
de.sciss.synth.ugen.Done
de.sciss.synth.DoneAction
de.sciss.synth.ugen.RecordBuf
de.sciss.synth.ugen.DiskIn
de.sciss.synth.ugen.BufRd