Extended DSF Algorithms

Extended-DSF-Oscillators
 

Extended DSF Algorithms

size 9 MB  / 10 MB  / 29 MB

Extended DSF Algorithms is an open-source set of integrated algorithms by through the use of Discrete Summation Formulae.

This is achieved by finding the closed-form of harmonic summations with various augmentations to both amplitude and phase.

Through this concept it is possible to create many bandlimited waveforms directly or via compositing multiple Extended DSF algorithms that can start and end at arbitrary offsets to the fundamental. Autofiltered waveforms using exponential and linear functions and more complex waveforms and animatable effects such as those seen in major additive synthesis applications, with all the benefits of closed-form summations (Extended DSF).

The modulation knob works for the Autofilter waveforms and the Phase Rotation Saw, the remaining wave forms are not modulated. For the autofilter, it alters the waveform to act as if a filter were upon it, even though there is no filter. For the phase rotation saw, it simply rotates the phases of the saw to move between what used to be known as a musician’s saw and an engineer’s saw (the difference is the phases and thus the shape).

Important note : this is aimed to developers only for a proof of work demonstration, the plugin is not intented to be used in musical production.

n/a

download win 32 download win 64 download audio unit download free vst

Extended-DSF-Oscillators_Win-x86  ( 9 MB )

Extended-DSF-Oscillators_Win-x64  ( 10 MB )

Extended-DSF-Oscillators_MacOSX  ( 29 MB )

VST
We're audio producers and sound designers with over 20 years of experience in the industry. Our team has lived through the entire evolution of digital audio production, from the early days of basic VST plugins to today's latest virtual instruments and effects. Our mission is to provide you with the best free vst plugins available on the market, giving you all the tools you need to discover what you like, what helps you most, and how to get to your sound fast

Adblock Detected!

Our website is made possible by displaying online advertisements to our visitors.
Please consider supporting us by whitelisting our website.