This is an interesting distortion effect that is seeded from incoming signal envelope. As the level of the signal increases more and more harmonics will for added to the output signal.The distortion control sets the sensitivity of the input.The effect eveolved from some experiments between Tim Goetze and myself, apptempting to emulate valve based guitar amp distortion. This was one of the failures, but it still makes an interesting noise.







Chebyshev Distortion Crack Free [32|64bit] [Latest] 2022

The Chebyshev Distortion is an audio distortion effect that re-creates the notorious valve distortion amplifier effect. This effect works by clipping the input signal to create its characteristic harsh, full-spectrum distortion. The distortion is controlled by the user through a set of 3 sliders. The left and right sliders control the cutoff frequency of the low and high frequency components of the signal, respectively, with the middle slider controlling the overall level of the output distortion.
The circuit used in the Chebyshev Distortion uses a Hard Limiter for the input signal, which in this case is a triangle wave. The Hard Limiter is a simple envelope follower with a unity gain follower holding its output at unity gain. This produces a clipped square wave signal where the original triangle wave is simply cut off just above the threshold of the Hard Limiter. The threshold is then controlled by the three Chebyshev Circuit parameters.
The Hard Limiter is followed by a first order high pass filter that filters out the already clipped square wave signal, and this high pass is also controlled by the same three Chebyshev Circuit parameters. The other part of the circuit is a simple unity gain amplifier with variable gain followed by another low pass filter. The output of this second filter is then fed back to the Hard Limiter (after inverting the signal so that it becomes negative) to control the overall output level of the Chebyshev Distortion.
The Chebyshev Distortion also includes the following: a VCA to normalize the input signal prior to amplification, a pair of switches that allow the speaker to be engaged or not, and a 1V/Octave Low Pass Filter to smooth the output.

Chebyshev Distortion Circuit Diagram:

Chebyshev Distortion in the Lab:
Here is the Chebyshev Distortion test signal running into the Chebyshev Distortion at a peak level of around -150mV. The low gain switch is in the lower position.

Chebyshev Distortion In Audio Form:
Here is a track recorded with the Chebyshev Distortion at a peak level of -150mV. You can see that the peak signal level is nicely centered in the middle frequency band as you can clearly hear the distorted harmonics on the right side of the frequency spectrum.

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Chebyshev Distortion Free PC/Windows

Filter Type: Triangle

Object: Triangle


1. Design: Designed as an inverting Distortion circuit.

2. Parameter: Internal Distortion gain is constant, Q=T=1. – The overall gain of the circuit is controlled by the High Gain knob.

3. Use: Used in creating noise and static effects, not so good at emulating tube sound.

4. Uses: When used in conjunction with the Noise Generator this sort of distortion can be used to generate static sound effects. It can also be used as a noise source by using it with the Parametric EQ from above.

Chebyshev Distortion Method:

1. Design: Internal Distortion is designed to have a peak gain of 1, but will increase in amplitude and adds harmonics throughout the signal to give a compression like sound.

2. Parameter: Crankshaft D.C. can be switched to either 1 or 0. Switching off of the crankshaft D.C. will turn off the Harmonic Distortion.

3. Use: An interesting distortion for adding harmonics to a signal (when crankshaft is set to 1). When used with the Noise Generator it can be used to add a static sound effect.


– The Inverting Demodulator is not really a distortion effect in itself, it is more of a modulation effect. Basically the Inverting Demodulator introduces modulation to one signal, where modulation is the reciprocal of the copy of the modulating signal. For example the signals:

If the copy of the modulating signal is zero, then the Inverting Demodulator will become a steady waveform at one level, such as a wah and the modulating signal will feed back in and this will result in the wah repeating. When the copy of the modulating signal is at a certain level, then the Inverting Demodulator will go into a resonance, which makes the modulation go to zero. The Inverting Demodulator creates a repeating wave with the modulation of the modulating signal. It seems a bit like an echo, but is not, as it results in the modulation being zero.

Chebyshev Distortion

The Chebyshev Distortion Effect adds harmonics to the input signal. The more you dig down into the frequency spectrum the higher the distortion level.
It is based on the Chebyshev Filter Distortion Effect. It adds harmonics to the input signal and they all evolve from the incoming signal envelope. The higher input level the more distortion is added.
The Chebyshev Distortion Effect behaves differently with different filter orders:Role of the type III secretion system in pathogenicity of Bordetella pertussis strains.
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What’s New In?

Circuit description:

So this is great for making emulated valve sound effects.

Here is another example of the same type of lfo. Only this time it is seeded from the oscillator as well. The effect is quite similar to the one above but the lfo is now able to control more parameters of the sound by the note on the same keyboard. This is a great way to make sound more ethereal, touching or just adventurous./*
* Copyright 2003-2004 Christopher M. Kohlhoff (chris at kohlhoff dot com)
* Distributed under the Boost Software License, Version 1.0.
* (See accompanying file LICENSE_1_0.txt or copy at
* See for documentation.
* File: long_compat.cpp – Long mode implementation, backwards compatibility.

#if defined(_MSC_VER)
#pragma once

#if defined(_MSC_VER) && _MSC_VER >= 1020
# pragma once

# include
# include
# include
# include

System Requirements:

OS: Microsoft Windows 7
Processor: Intel Core i5-660 (2.6 GHz)
Memory: 4 GB RAM
Storage: 8 GB available space
Graphics: NVIDIA GeForce GTX 970
Additional Notes:
Precautions for your computer:
1.Please ensure that you are connected to the internet via a cable or wireless connection.
2.The game requires 1.8 GB of free space on your C: drive to save your data.
3.To play the game, you