v1.0.9a

Lowered MacOS deployment target.

v1.0.9

Version 1.0.9

-- added pan and pre/post options for FX lane filters and gain

v1.0.8

Version 1.0.8

-- added adjustable lowpass filter to waveshaper wet signal chain
-- added adjustable filters to both FX lanes

v1.0.7

Version 1.0.7

-- new waveshaper functions: half-wave rectifier, clipper, bitcrusher, noise

v1.0.6

Version 1.0.6

-- updated waveshaper to be more usable with high drive levels for all functions
-- added Q control to waveshaper high shelf for more high-end tone shaping
-- updated units and ranges for FX controls

v1.0.5

Version 1.0.5

-- added orbit visualization for squash parameter
-- added live (modulated) values option to orbit visualization

v1.0.4

Version 1.0.4

-- added MSEG modulation page and sources
-- use mouse scroll wheel to adjust horizontal grid (hold any modifier key to adjust vertical)
-- added bipolar/unipolar modulation option
-- modulation sliders confined to range of mod destination
-- mod slider popups show range of modified parameter instead of -1 to 1

v1.0.3

Version 1.0.3

-- Bug fixes for squash control, waveshaper UI
-- Low pass filter and separate dry/wet knobs for delay
-- Adjustable high shelf frequency for waveshaper

v1.0.2

BREAKING CHANGE

The main engine has been updated and a new parameter added. Existing patches may sound somewhat different.

The relative volume of modulated and demodulated signal could be hard to balance: it can now be modulated with the "Demod Vol" knob.

Also, since the size of all the orbits is variable, the audible planet or planets may pass very close to the equant, or even through it, resulting in sharp corners and/or discontinuities. This could (and can) be avoided by making the outer orbits smaller, but that also reduces their contribution to the overall sound. The new "Squash" parameter (in the "Timbre" section) flattens the outer orbits along a tangent to the central orbit, as seen below. This brings them farther from the center without diminishing their effect as much as reducing their radii would, since the modulated portion of the signal depends only on the angle about the center (or equant, if displaced). For now, this change is not reflected in the orbital animation, but the general effect can be seen below.

v1.0.1

New feature: Sidechain input.

-- Incoming stereo audio is mapped to a pseudo-rotation for oscillator 1 (i.e., it's projected onto a semicircle). Can be very crunchy without demodulation.