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Tetrad is like no other synth you’ve ever used. Developed in collaboration with composer and transmedia artist Gadi Sassoon, the plugin takes four oscillators, routes them in combination through a Quad AM processor that works like a pseudo-sequencer, a specifically tailored Granulator, and four physically modelled plate resonators.

Inspired by Gadi’s sculpture-based synth installation, as heard on the album Modes of Vibration, Tetrad was originally devised as a complement to the slashed plates and sound generators of the experimental setup, but has grown into a plugin instrument that puts the capabilities of the installation into a single piece of software in a DAW.

How Tetrad Works
It starts with the oscillators, which give a choice of five modes, each with four oscillators per voice (hence the name Tetrad). In the Macro view, you can change the main oscillator waveshape, and apply frequency modulation. Oscillators can be tuned in various ways according to the chosen mode, from basic intervals to diatonic inversions. An ADSR provides initial amplitude shaping before heading down to the mixer. There is also a Sidechain audio option, bypassing the oscillators and allowing any signal to be used.

A 4×4 Matrix Mixer blends the four inputs onto four busses. Next is Quad Amplitude Modulation with Depth, Shape and Rate, which works well into the audio range, and Phase set individually per bus. In Tetrad’s Quad Granulator, the signal is split into grains that are replayed in different ways. You can affect the grains’ window shape, Size, Pitch, and change the Feedback of the granulator. Finally this feeds the Plates through a preamp with overdrive.

Whats New
Updates: official site does not provide any info about changes in this version

️ Physical Audio Tetrad 1.0.1 (7.11 MB)

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Preparation 2 creates a virtual world of augmented strings using our latest physical modelling techniques. Two strings collide with a rattle and a dynamic fret to deliver a rich palette of acoustic timbres, from unique instruments to experimental soundscapes

Physical modelling of prepared strings
Preparation is based on mathematical modelling of 3 basic elements; strings which can be configured as bars, a rattle that joins strings together, and a dynamic fret. Each voice contains a pair of strings which are excited with either a customisable pluck, a bow, or side-chained audio. The acoustic model’s properties are tailored by you, generating a range of sounds from unique instruments to experimental soundscapes. Preparation uses our latest research into collision modelling and fast solver techniques.

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️ Physical Audio Preparation 2.2.1 – (9 MB)
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Preparation 2 creates a virtual world of augmented strings using our latest physical modelling techniques. Two strings collide with a rattle and a dynamic fret to deliver a rich palette of acoustic timbres, from unique instruments to experimental soundscapes.

Physical modelling of prepared strings
Preparation is based on mathematical modelling of 3 basic elements; strings which can be configured as bars, a rattle that joins strings together, and a dynamic fret. Each voice contains a pair of strings which are excited with either a customisable pluck, a bow, or side-chained audio. The acoustic model’s properties are tailored by you, generating a range of sounds from unique instruments to experimental soundscapes. Preparation uses our latest research into collision modelling and fast solver techniques.

Features

• Physical model of 2 strings/bars with a dynamic fret and rattle. 7-voice polyphony.
• Multiple excitations with custom pluck designer, bowing and side-chain audio.
• 2 x LFOs, keyboard and velocity modulation.
• Full FX rack with EQ, compressor, shaping, delay and reverb.
• MPE compatible with custom control setup.
• 160+ presets.

Whats New
Updates: official site does not provide any info about changes in this version.

License: full_version
Author: Physical Audio
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https://physicalaudio.co.uk/

️ Physical Audio Preparation 2 V2.1.3 (9.34 MB) (9.34 MB)
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Enter a sonic imaginarium where hard physics meets soft synth processing. Modus is a virtual world of conceptual instruments, modelled with cutting edge physical behaviours and acoustic properties.

Unreal instruments
Modus uses our latest research in collision modelling to connect acoustic elements together. Strings, plates, springs and rattles collide, literally, in algorithmic air to generate tones that resonate and react just like they would outside the virtual realm. These elements are combined in different ways to create three types of instruments.

Connected Strings
Each voice has up to four connected strings which can be plucked or act as resonators. The strings are connected by either rattles that give collision effects as the strings vibrate, or nonlinear springs. Physical parameters control the decay, mass and harmonic content along with individual semitone and fine tuning controls.

Strings connected to a Plate
This model has two strings connected to a plate using nonlinear connections that can either be rattles or springs. These strings are retuned on-the-fly to give 6 octaves of monophonic or duophonic sound. The plate can act as a soundboard by varying its decay, mass and fundamental frequency. These, along with the connection controls, can all be changed in real-time.

Driven Plates
A driver signal is used to excite the top plate, which is connected to the bottom plate with two nonlinear connections. This driver can be a polyphonic sawtooth or sine wave, or a multi-striking hit for percussive effects. There is also an option to use a single plate connected to ground.

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️ Physical Audio Modus 1.5.1 – (13 MB)
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Enter a sonic imaginarium where hard physics meets soft synth processing. Modus is a virtual world of conceptual instruments, modelled with cutting edge physical behaviours and acoustic properties.

Unreal instruments
Modus uses our latest research in collision modelling to connect acoustic elements together. Strings, plates, springs and rattles collide, literally, in algorithmic air to generate tones that resonate and react just like they would outside the virtual realm. These elements are combined in different ways to create three types of instruments.

Connected Strings
Each voice has up to four connected strings which can be plucked or act as resonators. The strings are connected by either rattles that give collision effects as the strings vibrate, or nonlinear springs. Physical parameters control the decay, mass and harmonic content along with individual semitone and fine tuning controls.

Strings connected to a Plate
This model has two strings connected to a plate using nonlinear connections that can either be rattles or springs. These strings are retuned on-the-fly to give 6 octaves of monophonic or duophonic sound. The plate can act as a soundboard by varying its decay, mass and fundamental frequency. These, along with the connection controls, can all be changed in real-time.

Driven Plates
A driver signal is used to excite the top plate, which is connected to the bottom plate with two nonlinear connections. This driver can be a polyphonic sawtooth or sine wave, or a multi-striking hit for percussive effects. There is also an option to use a single plate connected to ground.

Whats New
Updates: official site does not provide any info about changes in this version.

License: full_version
Author: Physical Audio
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https://physicalaudio.co.uk/

️ Physical Audio Modus 1.4.4 (13.39 MB) (13.39 MB)
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Dual Spring Reverb is an effect plugin that uses a physical model of helical spring vibration to recreate the classic sound of spring reverbs.

Innovative and creative spring reverb
Dual Spring Reverb is the first ever plugin to model wave propagation in helical springs. The audio engine is built entirely upon the simulation of the inherent physical equations. This gives creative control of the setup of the springs, allowing you to design your own unique sound. Dual Spring Reverb will sit perfectly on your guitar, synth, or drum tracks, adding dripping tones with a colourful spectrum.

Customisable spring setup
Dual Spring Reverb has two separate springs which can be configured independently. Both springs have controls for the echo time and chirp cutoff frequency, and you can set the chirps to spread out over time. In addition there are global controls for the level of ‘boing’, the damping and tone, as well as a 7-band mode equalizer. Stereo output is taken from the ends of each spring and these are mixed together via a cross-fade. Altogether this allows for a huge range of spring tones that can be tailored to your individual material.

Pure physical modelling
The plugin uses a purely mathematical model of spring vibration to create sound. Our modelling starts from a description of wave propagation in elastic helical structures. The physical properties such as length, wire radius, and pitch angle are then mapped to the perceptual parameters as detailed above. From there we create a discrete modal system which is updated over time. Further background details can be found in this technical paper.

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Updates: official site does not provide any info about changes in this version.

License: full_version
Author: Physical Audio
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https://physicalaudio.co.uk/

️ Physical Audio Dual Spring Reverb 3.1.9 (4.03 MB) (4.03 MB)
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https://usersdrive.com/b1ywd4r4h4ff.html

Derailer is a physical modelling instrument plugin built from mathematical models of strings, bars and spring connection elements.

Physical modelling system
Derailer is a physical modelling system built from 3 basic elements. Strings which can be plucked or bowed, metal bars which can be pitched or act as resonators, and nonlinear springs which can be used to connect resonators together to form a network. Derailer uses finite-difference time-domain numerical modelling of these elements, as detailed in this technical paper.

Driver
Derailer uses a driver and resonator setup to provide a flexible system with a wide range of sounds. The excitation signal can be a sawtooth waveform, a plucked or bowed string, a pitched bar, or a striker. This thens passes through an EQ section and low-pass resonant filter, a diode clipper, and then a delay or gate. The resulting signal is then used to drive one of the bars of the resonator network. See this post for further details.

Resonator
The resonator is built from 5 metal bars which can be connected together by up to 10 nonlinear springs. The spring positions can be moved around to change the resonance of the network. Each bar has controls for rigidity, sustain, tone, and mass. Each spring has variable stiffness, decay and nonlinearity. See this post for further details.

Derailer Quad
Derailer Quad is a special version specifically for use with 4-channel audio systems. Each resonator has its left and right output assigned to pairs of channels as shown here, giving an immersive sound environment. See this post for further details. Derailer Quad uses the standard Derailer licence.

Whats New
Updates: official site does not provide any info about changes in this version.

License: full_version
Author: Physical Audio
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https://physicalaudio.co.uk/

️ Physical Audio Derailer 3.2.7 (4.26 MB) (4.26 MB)
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https://usersdrive.com/bo10ydy8hm2y.html

Overview of PhotoCartoon Professional
This program is a graphic editor whose primary purpose is to provide a series of filters ready to help you transform your picture into a drawing, a cartoon, or a painting.
However, its feature set is not limited to a set of effects, as it also comes with a set of controls in the image equalizer that help you enhance the quality of the loaded photo.
The interface layout is simple, comprising a generous preview area that displays the loaded photo. Unfortunately, there is no support for batch operations, so you will have to process multiple photos one by one.
All the graphic filters are elegantly displayed to the left, and as you apply any of them, you can see what the output looks like in the preview area.

Features of PhotoCartoon Professional

✔Turn your photo into a cartoon or a caricature
✔Adjust photo parameters to enhance its quality
✔A photo cartomizer with basic editing features

Technical Details and System Requirements

✔Supported OS: Windows 11, Windows 10, Windows 8.1, Windows 7
✔RAM (Memory): 2 GB RAM (4 GB recommended)
✔Free Hard Disk Space: 200 MB or more

️ Photocartoon Professional 6.9.1 (35.81 MB)
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Format: Kontakt (5.8.1+)
Quality: Stereo 48 kHz 24 bits
Description: Vintage choir Stunning library of vintage choir.
We are proud to offer you sounds that you will not find anywhere else! Features
• Easy to use interface
• Circular repetitions and cycling for greater realism of execution
• Ready-to-open injection sound
• Michidable reverberation of the Lexicon 224 Hall Reverb

️ Pasta to Future Reversbs – Vintage Choir (49.16 MB)

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https://drop.download/rgo3datro83r/Vintage.Choir.Past.to.Future.Reverbs.rar

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https://rapidgator.net/file/222082efb780d25ffec2327adbf33f8f/Vintage.Choir.Past.to.Future.Reverbs.rar

Format: Kontakt (5.5.2+)
Quality: Stereo 48 kHz 24 bits
Description: Kong is a tall and narrow barrel-shaped Cuban drum Stunningly sounding analog conges, sampled with vinyl recording. 20 rounds.
These conges will scare your mix!
We are proud to offer you sounds that you will not find anywhere else!

️ Pasta Future to Reverbs – Vinyl Congas (Kontakt, WAV) (19.46 MB)

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https://drop.download/oeuqm1ulvi8t/Vinyl.Congas.Past.to.Future.Reverbs.rar

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https://rapidgator.net/file/780c38e8c193bd4a8c181ea8ee47ef5d/Vinyl.Congas.Past.to.Future.Reverbs.rar