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Recent Developments in Musical Sound Synthesis Based on a Physical Model
Digital Waveguide Modeling
Moving Termination: Ideal String
String Snapshots for Moving Termination
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Recent Developments in Musical Sound Synthesis Based on a Physical Model
Digital Waveguide Modeling
Moving Termination: Ideal String
String Snapshots for Moving Termination
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Waveguide ``Equivalent Circuits'' for the Uniformly Moving Rigid String Termination
a) Velocity waves.
b)
Force waves
.
String moves with speed
or 0 only
String is always one or two straight segments
A ``Helmholtz corner'' (slope discontinuity) shuttles back and forth at speed
String slope increases without bound
Applied
force
at termination steps up to infinity
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Download
SMAC03S.pdf
Download
SMAC03S_2up.pdf
``
Recent Developments in Musical Sound Synthesis Based on a Physical Model
'', by
Julius O. Smith III
, (Stockholm Musical Acoustics Conference (SMAC-03), August 6--9, 2003).
Copyright ©
2006-02-19
by
Julius O. Smith III
Center for Computer Research in Music and Acoustics (CCRMA),
Stanford University
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