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Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attack
Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attack
Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attack
Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attack

Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attack

SKU: 69079476068

4.7
USD80.00 USD120.00

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Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attackSpring Waves brings a set of Physical behavior modeling algorithms to the Z DSP. It dives deep into the experimental digital sound design techniques known as Waveguide Synthesis: a 1998 patent of Stanford University developed by Julius O. Smith III and a step forward from Karptlus Strong techniques. In addition to that are two Spring models space synthesis making real Newtonian physics calculations at sample rate. The principle behind these algorithms

Store: gaabil.dk · Domain: gaabil.dk

Description

click or reduced attack

Delay Time and Delay Feedback CV inputs

then also Q>0 has to be set to make the filter resonate

DUAL MONO for use with two independent sound sources

the idea of the MAGMA was not to make a copy of a vintage synth

Tiptop Audio cartridge for Z-DSP - Spring Waves Physical Modeling Effects Pedal Effects_Loopers / Samplers click or reduced attackSpring Waves brings a set of Physical behavior modeling algorithms to the Z DSP. It dives deep into the experimental digital sound design techniques known as Waveguide Synthesis: a 1998 patent of Stanford University developed by Julius O. Smith III and a step forward from Karptlus Strong techniques. In addition to that are two Spring models space synthesis making real Newtonian physics calculations at sample rate. The principle behind these algorithms

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