![]() This was developped by analysing datasheet and pulling out in a retry-on error fashion an "equivalent" frequency response. Beta 0.91 - Low Shelf GUI Fix and Sat mouse speed increase by 25% * Added EQ On/Off and Phase buttons as per original 1073 design * Lowered low and high shelf EQ max gain down to 16dB as per original 1073 design * GUI : Added mousex lock on control change, no more control swapping when adjusting parameter * Correcting minor GUI bugs on switching to +-16dB for shelfs * HPF frequency response tuned with expected bump Beta 0.94 - internal bugfixing stage never released * 10Hz parameter smoothing on Low, Mid and High frequency gain parameters for automation-safe operation * Improved modeling of HPF and Low Shelf filter responses * Right clicking on the lower right corner of the UI displays/hides reaper native slider controls. * Frequency band controls can now be set/reset using mouse click too (mousewheel still). * Electrical components noise modeling added * Improved saturation with progressive bias error Right clicking on the lower right corner of the UI displays/hides reaper native slider controls. Notably, Drives comes back to 0%, Trim to 0dB, Filter Gains to 0dB, and Frequency settings to “Off”. On all controls, Right Mouse Click resets to default value. Phi : Enables/Disables phase inversion : Mouse Left Click HPF : High pass filter corner frequency, “Off” means inactive : Mouse left click - Vertical Drag OR Mouse wheelĮQ : Enables/Disables EQ : Mouse Left Click Low Frequency : Low shelf corner frequency, “Off” means inactive : Mouse left click - Vertical Drag OR Mouse wheel Low : Low shelf shaped filter Gain from -16 to +16dB : Mouse left Click - vertical drag Mid Frequency : Mid Bell center frequency, “Off” means inactive : Mouse left click - Vertical Drag OR Mouse wheel Mid : Mid Bell shaped filter Gain from -18 to +18dB : Mouse left Click - vertical drag High : High shelf shaped filter Gain from -16 to +16dB : Mouse left Click - vertical drag Trim : Input gain trimming from -24 to +24 dB : Mouse left click - Vertical Drag OR Mouse wheel Includes additional independant gain trimming.ĭrive: Input saturation from 0 to 100% : Mouse left Click - vertical drag ![]() Input saturation based on brute "arctan" sat which is gain-compensated. Neve-inspired GUI with big knobs and that slick Neve soft blue background. Designed by cascading ~40 peq/butterworth filters to reproduce frequency response, bumps and drops of the original console strip, ![]() All signal processing methods are derived from the excellent CookDSP library by Olivier Bélanger. Many thanks for his kind contribution to the project. Neve-inspired GUI was designed by Steph at Fluidshell Design. Input can be trimmed after saturation upon preference thanks to the Trim control. The first two third of the control range add slik-soft arctan based saturation, whereas the last third adds some DC bias error just like in a real class A analog console strip. ![]() It also includes an input saturation stage that provides smooth saturation with automatic gain compensation. Those analog filtering stages with many capacitance/inductors resonances are reproduced, including input transformer contribution. Major Update, new slick GUI by Fluidshell Design and redesigned preamp modelĠ.96 version is only available here and on Github, will be released on Reapack as soon as it gest to V1ĮQ1979 models all the sonically appealing bumps and drops that shape the sound of these original console strips. EQ1979 is a frequency accurate modeling of a Neve 1073 filter stage combined with an input gain-compensated saturation. ![]()
0 Comments
Leave a Reply. |
Details
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |