The arcDev Mainliner X2 application was developed to be a triple-oscillator monosynth designed specifically for just this. Each of the 3 Osc groups is made up of three detunable suboscillators, so if you want you can quickly dial up a huge warbling chunk of hoov. Add an 8-pole LPF and 4-pole BPF, and watch the speaker cones wobble.
There’s a whole lot of modulation and wave-mangling options though, so you can get other sounds with it, too.
MLX2 is optimised for bottom-of-the-keyboard playing. It may well work as a lead-type synth, for all I know. YMMV.
Oscillator Bank
Three Oscillator groups (A/B/C), each of which is made up of three sub-oscs. Waveform for each sub-oscillator may be independently set, and suboscs may be detuned against each other.
OscGrp B & C may be set to hard-sync to, or be frequency-modulated by, subosc 1 of OscGrp A. If either oscgrp is set to FM, OscGrp A main output is muted, and its LVL control is re-routed to adjust FM Depth.
Additionally, OscGrps B & C are sent through an adjustable-level Ring Modulator. Standard White-noise generator is also present.
Filter Bank
Two independent filters. Filter A is switchable 4pole / 6pole / 8pole Low-Pass. Filter B is switchable 2pole / 4pole Band-Pass or High-Pass.
Filter routing may be switched between three modes:
– Parallel
Signal passes seperately through Filters A & B.
Mix controls A/B Mix.
– Multi
Signal passes though Filter A, then is split – one signal passes to the output, while the other passes through Filter B.
Mix controls A/A+B mix.
– Serial
Signal passes through Filter A, then Filter B. Mix is disabled.
Envelope Generators
Four velocity-sensitive (H)ADSR generators. Env A is hardwired to main amplitude, Env B is hardwired to Filter A Cutoff. Env B & C can be freely assigned to most parameters.
Env B, C & D feature adjustable Pre-Hold (delay) time & bipolar velocity and mod depth. Env A features unipolar velocity.

Lfo Generators
Three tempo-syncable assignable Lfo generators.
Smooth/Quantize control modifies Lfo wave shape:
Negative values smooth sharp transitions (useful for smoothing out a random waveform).
Positive values quantise smooth transitions (useful for ‘stepping’ a sine or triangle waveform).

ArcDev Mainliner X2 Free Download

– works via the arctools (arctools/arcdev_mainliner_x2.exe) binary
– 64-bit OS/2/Win16/Win32
– Requires arctools 1.1 or later
– Requres arctools
– Needs arctools dev-libs
– 8-pole low-pass filter
– 4-pole band-pass filter
– 2-pole high-pass filter
– 2 oscillators per channel
– ring modulator
– seperate filter A & B
– 4 envelope generators
– 3 x lfo generators
– LFO Mix controls
– 4-pole LFO BPF filter
– mix controls for LFO A & LFO B
– 2-pole LFO HPF
– Mix controls for LFO A & LFO B
– 4-pole LPF
– mix controls for LPF 1 & LPF 2
– 4-pole BPF
– mix controls for BPF 1 & BPF 2
– 2-pole HPF
– mix controls for HPF 1 & HPF 2
– arctools binary
– size: 1.9 MB
– author: bob
– copyright: bob, 2012
See ‘How to get the ‘arcDev Mainliner X2′ arctools binary’ below
Download: arcdev_mainliner_x2.zip (32.1 MB)
This ZIP file contains the arctools binary and development library, plus an arctools/examples/mainliner_x2 folder. The arctools binary is 32-bit and requires arctools version 1.1 or later. The arctools development library is 64-bit and requires arctools version 1.2 or later.
Pre-requisites:
– arctools dev libs installed.
Dependencies:
– arctools
– 8085 assembly
Building:
Assuming you have downloaded the above archive and extracted its contents, run the following command line:
C:\>…\arctools\src\dev-libs>nmake
..\arctools\src\dev-libs>nmake install
You’ll need to accept ‘arctools\src\common\sys\install_conditions.cfg’.
This should generate a new INSTALL.VTS file and the file ‘INSTALL.MSG’.
Make sure you save these files

ArcDev Mainliner X2 Crack+ Activator

Subosc Index for Oscgrp A/B/C.
Subosc Index for Oscgrp B/C/A.
Main Mix (LVL) for Oscgrp B & C.
Ring Mod (LVL) for Oscgrp B & C.
Ring Mod (Depth) for Oscgrp B & C.
Filter Cutoff for Oscgrp A, Env A.
Filter Cutoff for Oscgrp B, Env B.
Mix for Oscgrp A, B, C.
Mix for A+B, A+A+B, A+B+C.
Peak envelope parameters for Oscgrp B & C.
Peak envelope parameters for Oscgrp A & B.
LFO Cutoff for Oscgrp B & C.
LFO Mod for Oscgrp B & C.
LFO Pre-Hold (Delay) for Oscgrp B & C.
LFO Smpl (Rate) for Oscgrp B & C.
Env A Pre-Hold (Delay) for Oscgrp B & C.
Env B Pre-Hold (Delay) for Oscgrp B & C.
Env B (Delay) for Oscgrp A.
Env B (Delay) for Oscgrp A+B.
Env B (Delay) for Oscgrp A+B+C.
Env B (Delay) for Oscgrp B.
Env B (Delay) for Oscgrp B+C.
Env B (Delay) for Oscgrp C.
Env B (Delay) for Oscgrp A+C.
Env B (Delay) for Oscgrp B+C.
Env C (Delay) for Oscgrp A.
Env C (Delay) for Oscgrp A+B.
Env C (Delay) for Oscgrp A+B+C.
Env C (Delay) for Oscgrp B.
Env C (Delay) for Oscgrp B+C.
Env A Pre-Hold (Delay) for Oscgrp A.
Env A (Delay) for Oscgrp B.
Env A (Delay) for Oscgrp C.
Env A (Delay) for Oscgrp
77a5ca646e

ArcDev Mainliner X2 Crack+

The arcDev Mainliner X2 is a monosynth with three oscillator groups, three filter banks, three envelope generators, three LFOs and three smooth LFOs. There are four 4pole filters in total, as well as two 2pole filters and a single 3pole filter.
Four detunable Oscillator groups, each with three suboscillators. Each subosc can be detuned against the others, and the main output of each group can be independently frequency modulated.
Two independent filters. Filter A is switchable 4pole / 6pole / 8pole Low-Pass. Filter B is switchable 2pole / 4pole Band-Pass or High-Pass.
Each of the three envelope generators is velocity-sensitive and dual-parameter modulating, with two mod loops that may be independently set. The mod loops may also be modulated by any of the oscillators in the main group. The envelope modulators may be assigned to virtually any parameter.
The three LFOs are velocity-sensitive with a dual mod loop that may be independently set. The LFOs can be tempo-sync’d to each other, or modulated by any of the oscillators in the main group. LFOs may be assigned to virtually any parameter.
The arcDev Mainliner X2 is the first monosynth to include real line memory and an effects section. Line memory is provided by 8-channel LFOs, and is tunable for both attack and decay time. This allows a plethora of interesting sustained licks, lead type sounds and effects, and the ultimate in real-time modulation. The effects section features three effects loops: chorus, flanger and phaser. These features may be assigned to any parameter. These three features may be independently modulated by a velocity sensitive 32-step sequencer.
Features:
• 3 OscGroups – each with 3 detunable subosc, to allow limitless tone control
• 3 Filter Banks – 2 Pole LP / BP / HP + 2 Pole Ring Mod
• 4 Independent, detuneable, mono filters
• 4 Independent envelope generators – 2 Pole LP/HP + 2 Pole/HP + Ring Mod
• 6 Selectable LFO – 2 Pole/HP + Ring Mod
• 7 Selectable LFO – 4 Pole/HP + Ring Mod
• 1 Envelope Generator – 2 Pole/HP + Ring Mod
• Line Memory – Attack, Decay and Sustain – also

What’s New in the?

A triple oscillator monosynth, with three oscillator groups (A/B/C), three suboscillators in each. Each sub-osc can have its own waveform and detune, or you can adjust it against the others. Filters can be set as hard-sync, 4pole (or 6pole, or 8pole) Low-Pass, 2pole High-Pass, Band-Pass or High-Pass.
There’s a Ring Modulator to pitch-modulate the main output to match a sub-osc in the other group. If you set OscGrp A to FM, OscGrp B & C are muted and their LVL controls are re-routed to adjust FM depth.
Ring Modulator is also set to pitch-modulate subosc 1 in OscGrp A against sub-osc 3 in OscGrp B. If OscGrp A is set to FM, OscGrp B & C are muted and their LVL controls are re-routed to adjust FM depth.
Filter routing can be switched between three modes:
– Parallel
Signal passes seperately through Filters A & B.
Mix controls A/B Mix.
– Multi
Signal passes through Filter A, then is split – one signal passes to the output, while the other passes through Filter B.
Mix controls A/A+B mix.
– Serial
Signal passes through Filter A, then Filter B. Mix is disabled.
Envelope generators have four velocity-sensitive (H)ADSR generators.
Lfo Generators have three tempo-syncable assignable Lfo generators.
Lfo may be quantized or smooth.
Modulation sources are four velocity-sensitive (H)ADSR generators.
All outputs can be routed to a volume pedal.

Usage:
All outputs have their level set to main amplitude.

Controls:
All controls are accessed from panel.

Transpose:
D: Full-Step
A: 12 semitones down
B: 12 semitones up
X: Undo changes in the last semitone
Select: 3 semitones up
C: 3 semitones down
Z: Undo changes in the last 3 semitones
Center: Center
Pan: Pans to right or left, depending on LEFT/RIGHT/CENTER key
Left: Left-most Oscillator
Right: Right-most Oscillator

User’s Manual:
Check out the docs on the web for more info.

Support:
Please post on the forum if you have any questions.
Mail me at sibuk@arcdev.com for general questions or problems, such as firmware updates.
Email me at sibuk@arcdev.com for stuff like odd questions or problems.
If you report a problem or contribute to the project

System Requirements For ArcDev Mainliner X2:

– Supported OS: Windows, macOS and Linux
– Supported Processor: Intel Core i3 (Broadwell), Core i5 (Broadwell), Core i7 (Skylake)
– Supported Graphics:
– Nvidia GeForce GTX 970, AMD RX 580
– Supported DirectX 12 API:
– For Linux users, Microsoft recommends to install the Microsoft software Stack. Instructions can be found on the Microsoft website.
– For macOS users, Microsoft recommends to install the Apple Software Stack. Instructions can be found on the Microsoft website.

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