Add Quad VC Polarizer doc

README.md

@@ -1869,6 +1869,77 @@ All outputs are constant monophonic 0 V when PUSH 5 is bypassed.
 
 [Return to Table Of Contents](#venom)
 
+## QUAD VC POLARIZER
+![Quad VC Polarizer module image](doc/QuadVCPolarizer.png)  
+Compact polyphonic bipolar VCA and mixer inspired by Mutable Instruments Blinds.
+
+### General operation - Blinds emulation
+
+If using all the option defaults and monophonic input, this module will behave the same as the Audible Instruments Quad VC Polarizer, which in turn emulates the Mutable Instruments Blinds. All the functionality has been shrunk down to 5hp, very similar to the Southpole Bandana module that was never officially ported to VCV 2.
+
+There are 4 independent module channels, each with an Input, Output, Level attenuverter, and Level CV with Level Amount attenuverter.
+
+The formula for the output is ***V<sub>out</sub> = V<sub>in</sub> x NetLevel%***, where ***NetLevel% = (Level% + V<sub>CV</sub>/V<sub>unity</sub> x CV%)***, clamped to +/- 200%
+
+The input port is normalled to 5V, and the unity voltage is 5V. The way the math works, you can attenuate an input signal and add an offset by patching the input to the Level CV input, and leaving the Input port unpatched. The Level knob becomes the offset, and the CV Level knob the attenuator.
+
+Each output is normalled to the output below so you can mix the outputs.
+
+The Venom Quad VC Polarizer extends the Blinds functionality with support for polyphony, plus a number of options.
+
+### Polyphony
+
+For each output port, the number of polyphony channels is the maximum channel count found across all inputs that contribute to the output. So if all inputs are monophonic except for 5 channel polyphony at the first CV input, and the first output is unpatched, and the second output is patched, then the output will be 5 channel polyphony.
+
+The polyphony acts as would be expected when the input and output channel counts match.
+
+Monophonic input is automatically replicated to match the output channel count.
+
+Polyphonic inputs with fewer channels assume constant 0V for any missing channels.
+
+### O (Oversample) button
+Sets the level of oversamping to apply to all inputs and outputs. Oversampling can be useful for controlling aliasing that would otherwise be introduced by ring modulation and/or clipping.
+- **Off** (dark gray, default)
+- **x2** (yellow)
+- **x4** (green)
+- **x8** (light blue)
+- **x16** (dark blue)
+- **x32** (purple)
+
+### N (Normal input value) button
+Sets the input voltage if the port is not patched
+- **5V** (yellow, default)
+- **10V** (light blue)
+
+### V (VCA CV) button
+Determines the type of CV input that is accepted, where unity is 5V or 10V
+- **Unipolar clamped** (green) = 0V to unity
+- **Bipolar clamped** (orange) = -unity to unity
+- **Bipolar unlimited** (purple, default)
+
+### U (Unity) button
+Determines the CV voltage that represents 100%
+- **5V** (yellow, default)
+- **10V** (light blue)
+
+### C (Clippping) button
+Optional clipping applied to the output
+- **Off** (dark gray, default)
+- **Hard +/- 10V** (white)
+- **Hard +/- 5V** (yellow)
+- **Soft +/- 12V** (light blue) = tanh saturation
+- **Soft +/- 6V** (dark blue) = tanh saturation
+
+### Standard Venom Context Menus
+[Venom Themes](#themes), [Custom Names](#custom-names), and [Parameter Locks and Custom Defaults](#parameter-locks-and-custom-defaults) are available via standard Venom context menus.
+
+### Bypass
+
+All outputs are monophonic 0V when Quad VC Polarizer is bypassed.
+
+[Return to Table Of Contents](#venom)
+
+
 ## RECURSE
 ![RECURSE module image](doc/Recurse.PNG)  
 Uses polyphony to recursively process an input via SEND and RETURN up to 16 times. Polyphonic inputs may be used, which will limit the number of recursion passes to less than 16 for each input channel. There are no limits placed on any of the input or output voltages.
@@ -1938,65 +2009,6 @@ Both left and right inputs are passed unchanged to the outputs when RECURSE STER
 [Return to Table Of Contents](#venom)
 
 
-## QUAD VC POLARIZER
-![Quad VC Polarizer module image](doc/QuadVCPolarizer.png)  
-Compact polyphonic bipolar VCA and mixer inspired by Mutable Instruments Blinds.
-
-### General operation - Blinds emulation
-
-There are 4 independent channels, each with an Input, Output, Level attenuverter, plus Level CV with Level Amount attenuverter.
-
-Out<sub>V</sub> = In<sub>V</sub> x NetLevel%
-
-where NetLevel% = (Level% + CV<sub>V</sub>/Unity<sub>V</sub> x CV%), clamped to +/- 200%
-
-The input port is normalled to either 5V or 10V. The way the math works, you can attenuate an input signal and add an offset by patching the input to the Level CV input, and leaving the Input port unpatched. The Level knob becomes the offset, and the CV Level knob the attenuator.
-
-Each output is normalled to the output below so you can mix the outputs.
-
-### O (Oversample) button
-Sets the level of oversamping to apply to all inputs and outputs. Oversampling can be useful for controlling aliasing that would otherwise be introduced by ring modulation and/or clipping.
-- **Off** (dark gray, default)
-- **x2** (yellow)
-- **x4** (green)
-- **x8** (light blue)
-- **x16** (dark blue)
-- **x32** (purple)
-
-### N (Normal input value) button
-Sets the input voltage if the port is not patched
-- **5V** (yellow, default)
-- **10V** (light blue)
-
-### V (VCA CV) button
-Determines the type of CV input that is accepted, where unity is 5V or 10V
-- **Unipolar clamped** (green) = 0V to unity
-- **Bipolar clamped** (orange) = -unity to unity
-- **Bipolar unlimited** (purple, default)
-
-### U (Unity) button
-Determines the CV voltage that represents 100%
-- **5V** (yellow, default)
-- **10V** (light blue)
-
-### C (Clippping) button
-Optional clipping applied to the output
-- **Off** (dark gray, default)
-- **Hard +/- 10V** (white)
-- **Hard +/- 5V** (yellow)
-- **Soft +/- 12V** (light blue) = tanh saturation
-- **Soft +/- 6V** (dark blue) = tanh saturation
-
-### Standard Venom Context Menus
-[Venom Themes](#themes), [Custom Names](#custom-names), and [Parameter Locks and Custom Defaults](#parameter-locks-and-custom-defaults) are available via standard Venom context menus.
-
-### Bypass
-
-All outputs are monophonic 0V when Quad VC Polarizer is bypassed.
-
-[Return to Table Of Contents](#venom)
-
-
 ## REFORMATION
 ![Reformation module image](doc/Reformation.PNG)  
 Transform CV or audio by mapping way point voltages to new values.
@@ -2842,7 +2854,7 @@ Normalized Rectify attempts to keep the output 10 VPP regardless the shape value
 - **S-curve** (purple)
 - **Rectify** (light blue)
 - **Normalized Rectify** (dark blue)
-- **Morph SQR <--> SIN <--> SAW (pink)
+- **Morph SQR <--> SIN <--> SAW** (pink)
 
 ##### Tri Shape Mode button
 - **log/exp** (yellow - default)