G’MIC Details equalizer node

This documentation is for version 0.3 of G’MIC Details equalizer.

Description

Coarse scale:

Medium scale:

Small scale:

Fine scale:

Author: Jerome Boulanger and David Tschumperle. Latest update: 2015/11/11.

Wrapper for the G’MIC framework (http://gmic.eu) written by Tobias Fleischer (http://www.reduxfx.com).

Inputs

Input Description Optional
Input   No

Controls

Parameter / script name Type Default Function
Base scale / Base_scale Double 5  
Detail scale / Detail_scale Double 0.5  
Threshold / Threshold Double 0  
Smoothness / Smoothness Double 0  
Smoothness type / Smoothness_type Choice Diffusion

Gaussian
Bilateral
Diffusion
Gain / Gain Double 0  
Threshold_2 / Threshold_2 Double 0  
Smoothness_2 / Smoothness_2 Double 0  
Smoothness type_2 / Smoothness_type_2 Choice Diffusion

Gaussian
Bilateral
Diffusion
Gain_2 / Gain_2 Double 0  
Threshold_3 / Threshold_3 Double 0  
Smoothness_3 / Smoothness_3 Double 0  
Smoothness type_3 / Smoothness_type_3 Choice Diffusion

Gaussian
Bilateral
Diffusion
Gain_3 / Gain_3 Double 0  
Threshold_4 / Threshold_4 Double 0  
Smoothness_4 / Smoothness_4 Double 0  
Smoothness type_4 / Smoothness_type_4 Choice Diffusion

Gaussian
Bilateral
Diffusion
Gain_4 / Gain_4 Double 0  
Channel(s) / Channels Choice YCbCr [luminance]

All
RGBA [all]
RGB [all]
RGB [red]
RGB [green]
RGB [blue]
RGBA [alpha]
Linear RGB [all]
Linear RGB [red]
Linear RGB [green]
Linear RGB [blue]
YCbCr [luminance]
YCbCr [blue-red chrominances]
YCbCr [blue chrominance]
YCbCr [red chrominance]
YCbCr [green chrominance]
Lab [lightness]
Lab [ab-chrominances]
Lab [a-chrominance]
Lab [b-chrominance]
Lch [ch-chrominances]
Lch [c-chrominance]
Lch [h-chrominance]
HSV [hue]
HSV [saturation]
HSV [value]
HSI [intensity]
HSL [lightness]
CMYK [cyan]
CMYK [magenta]
CMYK [yellow]
CMYK [key]
YIQ [luma]
YIQ [chromas]
Value action / Value_action Choice None

None
Cut
Normalize
Parallel processing / Parallel_processing Choice Auto

Auto
One thread
Two threads
Four threads
Eight threads
Sixteen threads)
Spatial overlap = int(32
0
256
Preview type / Preview_type Choice Full

Full
Forward horizontal
Forward vertical
Backward horizontal
Backward vertical
Duplicate top
Duplicate left
Duplicate bottom
Duplicate right
Output Layer / Output_Layer Choice Layer 0

Merged
Layer 0
Layer 1
Layer 2
Layer 3
Layer 4
Layer 5
Layer 6
Layer 7
Layer 8
Layer 9
Resize Mode / Resize_Mode Choice Dynamic

Fixed (Inplace)
Dynamic
Downsample 1/2
Downsample 1/4
Downsample 1/8
Downsample 1/16
Ignore Alpha / Ignore_Alpha Boolean Off  
Preview/Draft Mode / PreviewDraft_Mode Boolean Off  
Log Verbosity / Log_Verbosity Choice Off

Off
Level 1
Level 2
Level 3