#ARTURIA PIGMENTS TUTORIAL GENERATOR#
#ARTURIA PIGMENTS TUTORIAL MOD#
#ARTURIA PIGMENTS TUTORIAL SERIES#
#ARTURIA PIGMENTS TUTORIAL WINDOWS#

Check it out in the video.įinishing off Pigments’ impressive feature set is a built-in 16-step sequencer/arpeggiator.

#ARTURIA PIGMENTS TUTORIAL WINDOWS#

It’s also made a gorgeous way of visualising it through graphs drawn in the windows and rings drawn around the modulated knobs. That might seem like a lot of different modulators to deal with, but Arturia has created a couple of super-intuitive methods of configuring modulation routing and strength. – there are three envelope generators, three LFOs, three programmable function curves, three random generators, three combinators that combine two other modulation sources, and four macro knobs.

#ARTURIA PIGMENTS TUTORIAL MOD#

Alongside standard performance controllers – velocity, mod wheel, etc. These are standard studio fare comprising EQs, dynamics, distortion, delay, reverb, and modulation effects.Īrranged across the middle of the Pigments’ panel is a set of 24 windows representing each of the synth’s modulation sources. Each of these busses has three slots into which one of the 18 included effects can be loaded. Each filter sends its output to just one of the main FX busses in split mode, and the signals aren’t mixed until after those FX busses.Īlongside the main FX busses, which are essentially insert effects because they process the entire signal from the synth section, there’s an Aux bus.

#ARTURIA PIGMENTS TUTORIAL SERIES#

The summed filter output is then fed to the FX section, where the two main FX busses can be arranged in series of parallel. You can blend between series and parallel filtering when the filters are summed, making for some exciting tonal variations.

The filters can operate in summed or split modes. Others, such as the 64dB/octave Surgeon filter and the voice-like Formant filter, are more specialised in their function. Of the remaining filter models, some are taken from Arturia’s V range of instruments, with models based on iconic filter designs by Buchla, Moog and Oberheim, and a new-to-Pigments Roland Jupiter 8 filter. The first of these is a multi-mode model designed exclusively for Pigments, and which offers 14 different modes – four slopes of low-pass, four of high-pass, and three each of band-pass and notch filter. The specific response depends on which of the ten available models a filter is using. You can also control the panning of the odd and even partials to create some unique stereo oscillator effects. Key to this is the Harmonic oscillator’s Spectrum section that imprints different patterns of amplitude variation on the oscillator’s partials (of which it can generate up to 512), thereby reshaping the oscillator’s spectral profile. Although notorious for being difficult to work with, Arturia’s take on additive synthesis is astonishingly easy to use and can be wonderfully expressive. Furthermore, the engine allows the modification of the samples’ start, end and loop points, and features a granular synthesis mode, perfect for creating complex, constantly evolving pads and textures.įinally, we come to the all-new Harmonic mode, which generates its sound using additive synthesis. In Sample mode, a Pigments engine can load up to six different samples, which you can trigger based on key range, velocity switching, round-robin, user selection, or just randomly.

Wavetable is (no prizes for guessing) a wavetable synthesizer, and this has received an additional bank of 64 wavetables in this new version, focusing on metallic textures.

#ARTURIA PIGMENTS TUTORIAL GENERATOR#

It also sports a noise generator that can blend smoothly through three different colours of noise (red, white and blue), and be used as an FM source for the oscillators.

The first of these is a powerful three-oscillator virtual analogue synth with FM and hard sync capabilities. At the heart of Pigments lies a pair of synth engines, each of which can operate in one of four modes: Analogue, Wavetable, Sample or, new in Pigments 3, Harmonic.

Arturia pigments tutorial