Differences

This shows you the differences between two versions of the page.

--- eq1979 [2022/12/07 10:51] – wadmin
+++ eq1979 [2022/12/07 10:59] – wadmin
@@ Line 25: / Line 25: @@
   * **EQ** : Enables/Disables EQ : **Mouse Left Click**
   * **Phi** : Enables/Disables phase inversion : **Mouse Left Click**
+  * On all controls, **Right Mouse Click** resets to default value. 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. Notably, Drives comes back to 0%, Trim to 0dB, Filter Gains to 0dB, and Frequency settings to "Off".
+  * **Right clicking** on the lower right corner of the UI displays/hides reaper native slider controls.
 ==== Download ====
 Github : https://github.com/D4p0up/eq1979
+==== Insight ====
+This was developped by analysing datasheet and pulling out in a retry-on error fashion an "equivalent" frequency response. This using both plugindoctor and ear tests VS the latest UAD 1073 emulation plugin.
+Filter methods are derived from Oliver Belanger's COOKDSP library - Copyright (c) - 2014 - Olivier Belanger
+Here are some of the final comparison diagrams, orange/blue curves are UAD Neve 1073 native plugin L/R channel, pink is EQ1979:
+Raw static with mid engaged (with typical 1073 mid bump)
+{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/raw.png}}
+Typical Neve "Air" 14dB high boost (with its mid drop)
+{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/14dB_HS_boost.png}}
+Typical Neve Mid "front push" 14dB 1.6k boost
+{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/14dB_1600hz.png}}
 ==== Versions ====
+- Beta 0.96
+   * New slick GUI By Fluidshell Design !
+   * Improved saturation with progressive bias error
+   * Electrical components noise modeling added
+   * Frequency band controls can now be set/reset using mouse click too (mousewheel still).
+   * Right clicking on the lower right corner of the UI displays/hides reaper native slider controls.
 - Beta 0.95
    * Improved modeling of HPF and Low Shelf filter responses
@@ Line 48: / Line 70: @@
 - Beta 0.9 - First release
-This was developped by analysing datasheet and pulling out in a retry-on error fashion an "equivalent" frequency response. This using both plugindoctor and ear tests VS the latest UAD 1073 emulation plugin.
-Filter methods are derived from Oliver Belanger's COOKDSP library - Copyright (c) - 2014 - Olivier Belanger
-Here are some of the final comparison diagrams, orange/blue curves are UAD Neve 1073 native plugin L/R channel, pink is EQ1979:
-Raw static with mid engaged (with typical 1073 mid bump)
-{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/raw.png}}
-Typical Neve "Air" 14dB high boost (with its mid drop)
-{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/14dB_HS_boost.png}}
-Typical Neve Mid "front push" 14dB 1.6k boost
-{{https://github.com/D4p0up/eq1979/raw/main/freqresponse/14dB_1600hz.png}}
-To Do :
-- Implement parameter smoothing to avoid glitches during automation,
-- Low shelf filter bumps
-- BLower high pass input filter to ear accurate model
-===== VST EQ1979 Analog Strip and EQ (Under Development) =====
-VST emulation of an analog channel strip gain stage and eq with soft saturation.
-{{ :1979:1979.png |}}
-====Download====
-Beta Version 0.2 {{ ::1979:eq1979.zip |}}
-====Changelog====
-**0.2** - Low frequency rumble fix
-  - Added low frequency smoothing
-  - Added 20k lowpass
-**0.1** - Inital Release