PhotoModularFX___List of Modules

List of Modules v 0.3.4867

15/05/2024 11:02:53

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IO

Module	Description
INPUT	The Loaded Picture.
INPUT2	Secondary support Input picture.
INPUTA	The Loaded Picture with Alpha Channel.
OUTPUT	The Output (saved as Jpg Picture). If you need Alpha channel use PNGOutA Module.
PNGOUT	Save as PNG WITHOUT Alpha Channel.
PNGOUTA	Save as PNG with Alpha Channel.

ColorSpace

Module	Description
CHROMA	Chromaticity Space, No Intensity information. (Also called Normalized RGBs).
CMYK2RGB	Convert CMYK (Cyan, Magenta, Yellow, Black) colorspace to RGB.
HCY2RGB	Convert HCY (hue-chroma-Luma) colorspace to RGB Color space.
HSL2RGB	Convert HSL (Hue, Saturation, Luminance) to RGB colorspace with Standard HSL, quasimondo.com , 'Darel Rex Finley HSP' algorithm HSV, HCL or HSI.
HSLUV2RGB	WIP Do not Use! Convert HSLuv colorspace to RGBv.
LAB2RGB	Convert Lab colorspace to RGB Color space.
LCH2RGB	Convert Cie Lch colorspace to RGB Color space.
RGB2CMYK	Convert RGB colorspace to CMYK (Cyan, Magenta, Yellow, Black).
RGB2HCY	Convert RGB colorspace to HCY (hue-Chroma-Luma) Color space - For simplicity consider it as HSL.
RGB2HSL	Convert RGB colorspace to HSL (Hue, Saturation, Luminance) with Standard HSL, quasimondo.com , 'Darel Rex Finley HSP' algorithm HSV, HCL or HSI.
RGB2HSLUV	WIP Do not Use! Convert RGB colorspace to HSLuv.
RGB2LAB	Convert RGB colorspace to Lab Color space.
RGB2LCH	Convert RGB colorspace to Cie Lch Color space.
RGB2XYZ	Convert RGB colorspace to XYZ and ryb.
RGB2YUV	Convert RGB colorspace to Y'UV Y(Luma)UV (PAL), YCbCr , YIQ (NTSC) or YCoCg.
RGB2YXY	Convert RGB colorspace to Yxy.
TECHNICOLOR	Simulate old 2-strip and 3-strip technicolor films.
XYZ2RGB	Convert XYZ and ryb colorspaces to RGB.
YUV2RGB	Convert Y'UV (PAL) , YCbCr , YIQ (NTSC) or YCoCg to Colorspace to RGB.
YXY2RGB	Convert Yxy colorspace to RGB.

Blend

Module	Description
BLEND	Blend - Mix the first-channel with the 2nd-channel by an amount given by 3th Input.
BLEND3	Blend 3 - Mix the 3-first-channels with the 2nd-3-channels by an amount given by 7th Input.
CHROMAK	Chromakey Blend (1st 3 inputs: Main Image, Last 3 Input: BackGround Image) (The replacement is based on RGB-replace Hue).
MIX2	Mix 2 channels.
MIX2W	Mix 2 inputs (1-2) by 2 weights (3-4).
MIX2X3	Mix 6 channels 2 by 2 same way as MIX2 (First 3 Inputs as RGB-1 and 2nd 3 Inputs as RGB-2).
MIX3	Mix 3 channels.
MIX3W	Mix 3 inputs (1-2-3) by 3 weights (4-5-6).
MIX4	Mix 4 Channels by Weighted sum and several different ways.

Resize

Module	Description
CAIR	Content Aware Image Resize. Seam Carving algorithm (Experimental).
CROP	Crop Image (Use Carefully, watch out 2D connections sizes).
EXTENT	Extent Canvas.
EXTENT3	Enlarge Canvas.
EXTENT4	Enlarge Canvas.
SIZE2X	Resize Width and Height by 2X.
SIZE2X_3	Resize Width and Height by 2X (3 Channels).
SIZEHALF	Resize Width and Height by Half.
SIZEHALF3	Resize Width and Height by Half (3 Channels).

Threshold

Module	Description
LOCALOTSU	Experimental Local Nobuyuki Otsu Multi-level Thresholding (Faster with Bigger Radius since Thresholds are interpolated).
LOCALTHR	Local Threshold (Imocha Singh).
SAUVOLA	Sauvola Thresholding (Global or Local).
SOFTTHRSH	'Cut' values between thresholds ( Soft Thresholding ).
SOFTTHRSH3	'Cut' values between thresholds ( Soft Thresholding ) (3 Channels).

Blur

Module	Description
BILAOA	Orientation-Aligned Bilateral Filter.
BILAOA3	Orientation-Aligned Bilateral Filter (3 channels).
BILAOAEX	Extended Orientation-Aligned Bilateral Filter (WIP).
BILATERAL	Edge preserving smoothing filter.
BLUR	Gaussian/Box Blur.
BLUR3	3 Channels Gaussian/Box Blur.
FASTEPS	Fast Edge preserving Smoothing. IIR (Recursive).
FASTEPS3	Fast Edge preserving Smoothing. IIR (Recursive).
FLOWPAINT	Compute 'Edge Tangent Flow' (ETF) and 'Paint' along direction.
FLOWPAINT3	Compute 'Edge Tangent Flow' (ETF) and 'Paint' along direction.
KUWAHARA	Non-linear smoothing filter that preserves edges.
KUWAHARA3	Non-linear smoothing filter that preserves edges (3 channels).
KUWANISO	Anisotropic Kuwahara (WIP).
MARCHINGS	Experimental Marching Squares.
MEAN-VAR	Compute mean and variance using Disk kernel.
MEANSHIFT	MeanShift. Edge Preserve Smoothing. Use this instead of ThrBlur.
MEANSHIFT3	MeanShift. Edge Preserve Smoothing. Use this instead of ThrBlur3.
MEDIAN	Median Filter.
MEDIAN3	Median Filter on 3 channels.
MTBLUR	Motion BLUR (1 channel).
MTBLUR3	Motion BLUR 3 channels.
PAINT	Set first 2 Input as Outputs of FLOW, and 3th as Source to 'paint' to.
SHAPEBLUR	Blur using shapes like Circle Square Hexagon ecc.
SHAPEBLUR3	Blur using shapes like Circle Square Hexagon ecc on 3 channels.
SNN	Symmetric Nearest Neighbour (Edge Preserving Smoothing).
SNN3	RGB Symmetric Nearest Neighbour (Edge Preserving Smoothing).
SPINBLUR	Spin Blur.
SPINBLUR3	Spin Blur (3 channels).
THRBLUR	Threshold Gaussian Blur.
THRBLUR3	Threshold Gaussian Blur, 3 channels.
TILTSHIFT	Fake Miniature - ToyEffect - Good with 'Panoramas' Pictures.
VMOTIONBLUR	Video Motion blur. Use only with videos frames.
ZMBLUR	ZOOM BLUR (1 channel).
ZMBLUR3	ZOOM BLUR 3 channels.

Misc

Module	Description
DRAWTEXT	Basic Text Drawer.
FLOW	Calc Gradient Flow - Outputs 1-Magnitude, 2-Angle (Range 0-1).
HUE-HARM	HUE Harmonizer (Input 1 = HUE, Input 2 = Saturation).
LENS	Camera Distorsion.
MAGNIFIER	Magnifier Glass.
PLASTICWRAP	Plastic Wrap Effect.
ROTATE	Basic Rotate and Zoom.
SKIN	Skin tone adjust (WIP).
SPHERE	From flat picture to sphere (WIP).
STRAIGHTEN	Auto Straighten ( Rotate along horizon ) WIP...
TINYPLANET	Tiny Planet effect.
VSPLIT	Split Before and after (Useful for Videos).

Art

Module	Description
CARTOONIZE	Miorsoft CartoonizeMe V2 Effect.
DICES	Dices effect.
FRACTALIZE	Experimental picture to fractal.
MOSAIC	Mosaic Effect.
NNART	Experimental Neural network reconstruction (SLOW!).
OILPAINT	Oil Painting classic effect.
OILPAINT3	Oil Painting classic effect (3Channels).
PENCIL	Pencil Drawing (Still Developing).
PHOTOMOSAIC	WIP DO NOT USE !!!! Tile Photo Mosaic Artwork (WIP).
PIXELATE	Pixelate.
POINTILLISM	Simple pointillism effect.
PUZZLE	Jigsaw Puzzle.
Q-BERTIFY	Q-Bert effect.
SANDART	Experimental SandArt. Find Edges and fill. VERY VERY SLOW! (WIP).
STIPPLE2	Stipple effect. WIP. To use only with video frames.
STIPPLING	Stippling (static) based on Poisson disc distribution. Module 'Stipple2' gives better output.
STIPPLING2	Stippling (voronoi based). Very good !.
VORONOI	Experimental Voronoi Tassellation.
XBIRO	Aristic Biro.
XCHORD	'Chord Effect'.
XCHORDEX	WIP (Do Not use) 'Color Chord Effect'.
XFRACT	Do NOT Use WIP!!!.
XMESH	Creates a Mesh by selecting the most relevant points and drawing them according to proximity.
XPAINTER	Painter Effect.
XPAINTER2	Painter Effect (2nd).
XPAINTER3	Painter Effect (3rd).
XPENCIL	Experimental Pencil.
XPENCIL2	Artistic Pencil effect.
XPOIS	Experimental Pois Art.
XSCRIBBLE	'Messy curves draw effect'.
XSKETCH	Sketch style Abstraction on RGB channels.
XSTROKES	Experimental Art-Draw Strokes.
XTRIANG	TESTING.
ZDEFORM	Experimental deformation.
ZMOTION	Experimental Motion.

Histogram

Module	Description
HISTOEQU	HISTOGRAM Equalization. (CLHE - Contrast Limited Histogram Equalization).
HISTOMATCH	Histogram Matching - Change Input1 to match Input2 Histogram.
LOCALHE	Local Histogram Equalization (CLAHE - Contrast Limited Adaptive Histogram Equalization).
LOCALHE3	3 channels Local Histogram Equalization (CLAHE - Contrast Limited Adaptive Histogram Equalization).
LOCALHEII	Local Histogram Equalization[2] (CLAHE - Contrast Limited Adaptive Histogram Equalization) for each pixel.
STRETCH	Histogram Contrast Stretch.
STRETCH3	Histogram Contrast Stretch (3 channels).

Contrast

Module	Description
ACE	Adaptive Contrast Enhancement.
ADVLC	Advanced Local Contrast (Still developing.. ).
BCS	Brightness Contrast Saturation (RGB).
COLORCONTRAST	Color Contrast: Make Lighter choosen hue and darker complementary hue (inspired by Luminar).
FAKEHDR2	Fake HDR: Adaptive Tone Mapping Algorithm. Make a low dynamic range(LDR) image looks high dynamic range(HDR).
LCN	(Local) Contrast Normalization - Set Radius to 0 to do a Global Contrast Normalization.
LCONTRAST	Set Radius.
NEWNODETEST	New Node testEPS2 test WIP.
NEWNODETEST2	Testing... Do no use WIP.
VRACE	Variable Radius Adaptive Contrast Enhancement.
VRCLAHE	Variable Radius CLAHE (a sort of Fake HDR) - Very slow, since for each pixel is done a Contrast Limited Histogram Equalization using its pixel neighbour window.
VRLC	Variable Radius Local Contrast.
VRLC3	Variable Radius Local Contrast (3 Channels).
VRLCN	Variable Radius Local Contrast Normalization (WIP).

Mapping

Module	Description
CUBICBEZIER	CubicBezier through 2 given points.
CURVE	Simple 5Points Spline Curve transformation (X at every 1/4).
CURVE9	Simple 9Points Spline Curve transformation (X at every 1/8).
GAMMA	Forward / Inverse Gamma Correction.
GAMMA3	RGB Forward / Inverse Gamma Correction.
HEATMAP	Garyscale to HeatMap.
LOCALMAP	Local Map range using Input Min and Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
LOCALNORM	Change Local mean and variance to defined values.
MAP	Map range using Input Min-Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
MAP3	Map range using Input Min and Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
NORMALIZE	Image Normalization: Change global mean and variance to defined values.
NORMALIZE3	Image Normalization: Change 3Channels global mean and variance to defined values.
NRMLZDVEC	'Vector' Normalization.
SMH	Shadows Midtones and Highlights single channel.
SMH3	Shadows Midtones and Highlights RGB.
TONEMAP	Tone Mapping Single channel (Use ToneMap3 for all RGB channels).
TONEMAP3	Tone Mapping (3 channels).
WHITEBAL	WhiteBalance using Gray-World assumption.

Math

Module	Description
ABS	Absoulte Values.
ABS3	Absoulte Values (3 channels).
ADD	Add a constant Value to Input.
ADD3	Add/Sub RGB Values (it can be used even with other channels types).
CLAMP	Clamp between 2 values.
CLAMP01	Clamp channel values between 0 and 1 - The Outputs of some modules can be outside of 0-1 range.
CLAMP3	Clamp between 2 values (3 Channels).
COLORMATRIX	Color Matrix.
DCT	Pure Discrete Cosine Transform.
EXP-LOG	Perform Exp() or Log() function. More precisely: EXP=(Exp(X)-1)/(Exp(1)-1), LOG=Log(X*(Exp(1)-1)+1).
FALLOFF	Similar to Power but with a nicer curve. Can have S shape like PowerEX and Gain. (to be used as Contrast).
FALLOFF3	Similar to Power but with a nicer curve. Can have S shape like PowerEX and Gain. (to be used as Contrast).
FORMULA	Formula - Custom Formula ...
FORMULA2	Formula2 - 2 inputs Custom Formula ...
FORMULA3	Formula3 - 3 inputs Custom Formula ...
FORMURGB	FormulaRGB - 3 inputs 3 Outputs Custom Formulas.
GAIN	Inigo Quilez Gain.
GAIN3	Inigo Quilez Gain (3 Channels).
IDCT	Pure Inverse Discrete Cosine Transform.
INVERT	Invert a channel: Output = 1 - Input.
INVERT3	Invert 3 channels: Output = 1 - Input.
LOCALGAIN	Local (Inigo Quilez) Gain.
LOCALGAIN3	Local (Inigo Quilez) Gain (3 Channels).
MEAN	Arithmetic Harmonic Contraharmonic and Geometric mean.
MEAN3	Arithmetic Harmonic Contraharmonic and Geometric mean.
MUL	multiply by a Value.
MUL3	multiply 3 channels by a Value.
POW	Standard Power.
POW3	Standard Power on 3 Channels.
POWEX	high values decrease contrast, Low Values Increase Contrast - Special Kind of Power function (see PDF).
POWEX3	high values decrease contrast, Low Values Increase Contrast - Special Kind of Power function (see PDF).
SCRIPT11	Custom VB6 Script (1 Channel).
SCRIPT33	Custom VB6 Script (3 Channel).
SMOOTHMM	Smooth Min/Max.
SMOOTHSTP	Smooth Step (Threshold).
STDDEV	Standard Deviation.
STDDEV3	Standard Deviation 3.
VALUE	A constant Value (No input, only 1 output).
VALUE3	3 constant Values (No input, only 3 outputs).

Quantization

Module	Description
K-MEAN1D	Set N of Clusters.
K-MEAN2D	Set N of Clusters.
K-MEAN3D	Set N of Clusters.
OTSU	Nobuyuki Otsu Multi-level Thresholding.
QUANTGNG3	Growning Neural Gas Quantization (Also available in Quantize3 Module).
QUANTIZE	Simple quantization.
QUANTIZE3	Quantization of 3 channels.

Uncategorized

Module	Description
8COLORS	Retro 8Colors style.
CANNYEDGE	Canny Edge Detector (WIP).
CORNERS	SUSAN corners detection.
DCT-BP	EXPERIMENTAL Discrete Cosine Transform Band Pass.
DCTEQU	Discrete Cosine Transform Equalizer.
DCTFX	EXPERIMENTAL Discrete Cosine Transform FX.
DIFFUSION	Iso/Anisotropic Diffusion.
DISPARITY	Disparity Map WIP.
DISTORTION	DISTORT, a set of spatial Deform algorithm (Rotate Too).
DITHERING	Error Diffusion Dithering.
DOG	Difference of Gaussians (R2=R*2).
DOGBYF	Flow based DoG (Difference of Gaussians).
DROSTE	WIP! Effect of a picture recursively appearing within itself, in a place where a similar picture would realistically be expected to appear.
DXTESTNODE	Test of effect performed via DX HLSL Shader. (GPU).
EDGES	Edges detector (Sobel Magnitude).
EXPER1	DO NOT USE!!! WIP.
FAKEHDR	HDR tone Mapping. VERY SLOW!!! Deprecated!. Instead use 'tonemap' or 'FakeHDR2' modules.
FAKEHDR3	Fake Hdr Durand (Known as ToneMap Durand) DEPRECATED: use 'tonemap' module instread.
FFTTEST	EXPERIMENTAL fft Not Ready!.
FLATSPACE	Experimental 3D to plane/sphere PCA.
FLIP	Horizontal Vertical & Both Flip/Mirror.
FLIP3	Horizontal Vertical & Both Flip/Mirror.
FLOW2	Calc Gradient Flow - Outputs 1-Magnitude, 2-Angle (Range 0-1).
FLOWEX	EXPERIMENTAL DO NOT USE ! Extended FLOW.
GLASS	Glass effect (1 Channel).
GLASS3	Glass effect (3 Channels).
GLOW	Glow Effect [Look projects 'Glow Constructed...' ] (also colled specular Bloom).
HALFTONE	Halftone.
HATCHING	Hatching-Stipple - Still developing.
HAZE	Create Haze.
HMAPD	Height Map Deform. Deform by Heightmap (4th input as heightmap).
LCD-DISP	LCD Display Effect.
MORPHO	Morphology.
NOISE	NOISE - Fractional Brownian Motion.
NOISE2	Noise 2nd - Generate Noise tweaking 3 layers parameter.
NOISER	Spatial Deform by Noise (Fractional Brownian Motion).
OFFSET	Horizontal Vertical Offset.
OFFSET3	Horizontal vertical Offset.
PALETTIZE	Single channel to RGB Palette using Cos functions.
PYRAMIDD	Pyramid Based Level-Details Enhancement / Reduction.
PYRAMRGB	Pyramid Based Level-Details Enhancement / Reduction.
RAMP	Gradient Ramp.
RENDER	Draw 2nd channel (Foreground) to the 1st Input (Background) at a given position and size.
RENDER3	Draw 2nd triplet of inputs (Foreground) to the 1st triplet (Background) at a given position and size.
RENDER3EX	Draw 2nd triplet of inputs (Foreground) to the 1st triplet (Background) at given 4 CORNERS position.
RENDEREX	Draw 2nd channel (Foreground) to the 1st Input (Background) at given 4 CORNERS position.
RGBSCREEN	RGB screen effect NOT Ready
SATURATION	Adjust a color saturation separately in each color (R G B).
SCRATCHES	Scratches. to Simulate old film.
SEPIA	Sepia - Vintage.
SEPIAGRAY	Sepia - Vintage Starting from GrayScale Image.
SHIFT	'Shift' left/right - Very useful to HUE shift.
SHOCK	Shock filter ... Still Developing.
SKELETON	'Skeletonize'.
SOLARIZE	Classic Solarize effect (1 channel).
SOLARIZE3	Classic Solarize effect (3 channels).
SORTING	Pixel Sorting.
SPLIT	Vertical/Horizontal Half Split (Useful for Stereo Images).
SPLIT3	Vertical/Horizontal Half Split (Useful for Stereo Images).
STEREO	Stereo Anaglyph.
STIPPLE	Stipple effect. Most for Videos. For static Stippling use 'STIPPLE2' module.
TEMPER	Temperature and tint.
THINNING	Zhang Suen Thinning (Usually it't better to apply Otsu thresholding before) [Similar to Skeleton-Module].
TILEFY	Create a texture repetition DO NOT USE !!! (WRONG).
TRACE	Trace WIP - Still developing!.
USM	Unsharp Mask.
VIBRANCE	Vibrance.
VIGNETTE	Darker Borders / Vignetting (1 Channel).
VIGNETTE3	Darker Borders / Vignetting (3 Channels).
VOPTICALFLOW	Experimental Video frames optical flow (WIP).
WATERMAP	Water Height Map , to use as input for HMD (HeightMap Deformer).

IO

INPUT

-000- The Loaded Picture.
This is the Input Picture resized by current resize settings.

Inputs: 0 Outputs: 3 [red ] [green ] [blue ]

This is the main image.
It is resized according to the "resize by" option.
The outputs represent the RGB color values in the range from 0 to 1 in floating point notation (not from 0 to 255)
You can think of each connection (and applies to all modules) as a 2D surface. Where the X and Y coordinates identify the pixel coordinates and the height at that position rapresent the quantity of the current channel.
If you need to use the Alpha Channel instead of this module you can use INPUTA , that is the sampe plus the Alpha channel.

INPUT2

-060- Secondary support Input picture.
With this you can mix and include any ''secondary'' picture you want in image manipulation. It will be resized to Main input picture size.

Parameters (1):

File Path Default 0

Inputs: 0 Outputs: 4 [R] [G] [B] [Alpha]

INPUTA

-182- The Loaded Picture with Alpha Channel.
This is the Input Picture resized by current resize settings.

Inputs: 0 Outputs: 4 [red ] [green ] [blue ] [Alpha ]

OUTPUT

-001- The Output (saved as Jpg Picture). If you need Alpha channel use PNGOutA Module.
This is the Output Picture result that will be saved in OUT folder in Jpg format. If Alpha channel is needed instead of this Module use PNGOutA Module.

Inputs: 3 [red ] [green ] [blue ] Outputs: 0

PNGOUT

-251- Save as PNG WITHOUT Alpha Channel.
This is the Output Picture result that will be saved in OUT folder in PNG format.

Inputs: 3 [red ] [green ] [blue ] Outputs: 0

PNGOUTA

-115- Save as PNG with Alpha Channel.
This is the Output Picture result that will be saved in OUT folder in PNG format.

Inputs: 4 [red ] [green ] [blue ] [Alpha ] Outputs: 0

COLORSPACE

CHROMA

-161- Chromaticity Space, No Intensity information. (Also called Normalized RGBs).

Inputs: 3 [R] [G] [B] Outputs: 3 [cR] [cG] [cB]

This is very similar to the NRMLZDVEC module. That sometimes is better

CMYK2RGB

-170- Convert CMYK (Cyan, Magenta, Yellow, Black) colorspace to RGB.

Inputs: 4 [Cyan] [Magenta] [Yellow] [Black] Outputs: 3 [red] [green] [blue]

HCY2RGB

-026- Convert HCY (hue-chroma-Luma) colorspace to RGB Color space.
The HCY colorspace is similar to HSL. http://www.chilliant.com/rgb2hsv.html http://chilliant.blogspot.it/2012/08/rgbhcy-in-hlsl.html.

Inputs: 3 [Hue] [Chroma/Saturation] [Y Luma] Outputs: 3 [red] [green] [blue]

HSL2RGB

-066- Convert HSL (Hue, Saturation, Luminance) to RGB colorspace with Standard HSL, quasimondo.com , 'Darel Rex Finley HSP' algorithm HSV, HCL or HSI.

Parameters (1):

Algorithm : Default [Standard(HSL)]
- Quasimondo
- Standard(HSL)
- HSP
- HSV
- HCL
- HSI

Inputs: 3 [Hue] [Saturation] [Luma] Outputs: 3 [red] [green] [blue]

HSLUV2RGB

-277- WIP Do not Use! Convert HSLuv colorspace to RGBv.

Inputs: 3 [H] [S] [L] Outputs: 3 [red] [green] [blue]

LAB2RGB

-003- Convert Lab colorspace to RGB Color space.
This apply to standard (CIE)Lab / OKLab colorspace the RGB Colorspace conversion.

Parameters (1):

ColorSpace : Default [CIE Lab]
- CIE Lab
- OK Lab

Inputs: 3 [L] [a] [b] Outputs: 3 [red ] [green ] [blue ]

LCH2RGB

-222- Convert Cie Lch colorspace to RGB Color space.

Inputs: 3 [L ] [c ] [H ] Outputs: 3 [red ] [green ] [blue ]

RGB2CMYK

-169- Convert RGB colorspace to CMYK (Cyan, Magenta, Yellow, Black).

Inputs: 3 [red] [green] [blue] Outputs: 4 [Cyan] [Magenta] [Yellow] [Black]

RGB2HCY

-025- Convert RGB colorspace to HCY (hue-Chroma-Luma) Color space - For simplicity consider it as HSL.
The HCY colorspace is similar to HSL. http://www.chilliant.com/rgb2hsv.html http://chilliant.blogspot.it/2012/08/rgbhcy-in-hlsl.html.

Inputs: 3 [red] [green] [blue] Outputs: 3 [Hue] [Chroma/Saturation] [Y Luma]

RGB2HSL

-065- Convert RGB colorspace to HSL (Hue, Saturation, Luminance) with Standard HSL, quasimondo.com , 'Darel Rex Finley HSP' algorithm HSV, HCL or HSI.

Parameters (1):

Algorithm : Default [Standard(HSL)]
- Quasimondo
- Standard(HSL)
- HSP
- HSV
- HCL
- HSI

Inputs: 3 [red] [green] [blue] Outputs: 3 [Hue] [Saturation] [luminance]

RGB2HSLUV

-276- WIP Do not Use! Convert RGB colorspace to HSLuv.

Inputs: 3 [red] [green] [blue] Outputs: 3 [H] [S] [L]

RGB2LAB

-002- Convert RGB colorspace to Lab Color space.
This apply to RGB colorspace the standard CieLab / OKLab Colorspace conversion.

Parameters (1):

ColorSpace : Default [CIE Lab]
- CIE Lab
- OK Lab

Inputs: 3 [red ] [green ] [blue ] Outputs: 3 [L ] [a ] [b ]

RGB2LCH

-221- Convert RGB colorspace to Cie Lch Color space.

Inputs: 3 [red ] [green ] [blue ] Outputs: 3 [L ] [c ] [H ]

RGB2XYZ

-090- Convert RGB colorspace to XYZ and ryb.

Parameters (1):

Colorspace : Default [RGB>XYZ]
- RGB>XYZ
- RGB>ryb

Inputs: 3 [red] [green] [blue] Outputs: 3 [X,r] [Y,y] [Z,b]

RGB2YUV

-094- Convert RGB colorspace to Y'UV Y(Luma)UV (PAL), YCbCr , YIQ (NTSC) or YCoCg.
Convert RGB to YCbCr, YUV , YIQ and YCoCg colorspaces. YCbCr - Very similar to YUV. See Wikipedia. YUV - Is the PAL/European Standard for color television broadcasting. See Wikipedia. YIQ - Is the NTSC Standard for color television broadcasting. I -> Blu/Red. Q -> Green/Magenta. YCoCg - Luminance , chrominance Orange and Green (normalized 0-1).

Parameters (1):

ColorSpace : Default [YUV]
- YCbCr
- YUV
- YIQ
- YCoCg

Inputs: 3 [red] [green] [blue] Outputs: 3 [Y,Y,Y] [Cb,U,I,Co] [Cr,V,Q,Cg]

RGB2YXY

-152- Convert RGB colorspace to Yxy.

Parameters (1):

ColorSpace : Default [Yxy]
- Yxy
- Yu'v'

Inputs: 3 [red] [green] [blue] Outputs: 3 [Y] [X,u] [Y,v]

TECHNICOLOR

-204- Simulate old 2-strip and 3-strip technicolor films.

Parameters (1):

Select Strip : Default [2-Strip]
- 2-Strip
- 3-Strip

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

XYZ2RGB

-091- Convert XYZ and ryb colorspaces to RGB.

Parameters (1):

Colorspace : Default [XYZ>RGB]
- XYZ>RGB
- ryb>RGB

Inputs: 3 [X,r] [Y,y] [Z,b] Outputs: 3 [red] [green] [blue]

YUV2RGB

-095- Convert Y'UV (PAL) , YCbCr , YIQ (NTSC) or YCoCg to Colorspace to RGB.
Convert from YCbCr, YUV , YIQ and YCoCg colorspaces to RGB. YCbCr - Very similar to YUV. See Wikipedia. YUV - Is the PAL/European Standard for color television broadcasting. See Wikipedia. YIQ - Is the NTSC Standard for color television broadcasting. I -> Blu/Red. Q -> Green/Magenta. YCoCg - Luminance , chrominance Orange and Green (normalized 0-1).

Parameters (1):

ColorSpace : Default [YUV]
- YCbCr
- YUV
- YIQ
- YCoCg

Inputs: 3 [Y,Y,Y] [Cb,U,I,Co] [Cr,V,Q,Cg] Outputs: 3 [red] [green] [blue]

YXY2RGB

-153- Convert Yxy colorspace to RGB.

Parameters (1):

ColorSpace : Default [Yxy]
- Yxy
- Yu'v'

Inputs: 3 [Y] [X,u] [Y,v] Outputs: 3 [red] [green] [blue]

BLEND

-127- Blend - Mix the first-channel with the 2nd-channel by an amount given by 3th Input.
Blend 2 Values using a 3th input-parameter. Inputs: A,B,C . Output = A*(1-C)+B*C.

Parameters (1):

Power(0 or 100=Linear) (Integer) Default 100

Inputs: 3 [In 1] [In 2] [BLEND] Outputs: 1 [Out]

BLEND3

-128- Blend 3 - Mix the 3-first-channels with the 2nd-3-channels by an amount given by 7th Input.
7 Inputs: A1,A2,A3,B1,B2,B3,C . Output1 = A1*(1-C)+B1C , Output2 = A2(1-C)+B2C ,Output3 = A3(1-C)+B3*C.

Parameters (1):

Power (0 or 100=Linear) (Integer) Default 100

Inputs: 7 [R 1] [G 1] [B 1] [R 2] [G 2] [B 2] [BLEND] Outputs: 3 [R] [G] [B]

CHROMAK

-119- Chromakey Blend (1st 3 inputs: Main Image, Last 3 Input: BackGround Image) (The replacement is based on RGB-replace Hue).
The replacement is based on RGB-replace Hue.

Parameters (6):

replace RED (From 0 to 255) Default 0
replace GREEN (From 0 to 255) Default 0
replace BLUE (From 0 to 255) Default 0
Threshold (From 0 to 100) Default 0
Smoothing (From 1 to 100) Default 1
PNG Export (ON/OFF) Default OFF

Inputs: 6 [R] [G] [B] [R2] [G2] [B2] Outputs: 3 [R] [G] [B]

MIX2

-006- Mix 2 channels.
A wide mix/Blend function. .

Parameters (4):

Mix Mode: Default [Weighted SUM]
- Weighted SUM
- MUL
- ADD
- SUB
- Lighten
- Darken
- Dissolve
- Screen(Dodge)
- Overlay
- Hard Light
- Soft Light (Cairo)
- Color Dodge
- Color Burn
- Linear Dodge
- Linear Burn
- Linear Light
- Pin Light
- Abs Diff.
- Exclusion
- SmoothMin
- SmoothMax
- Abs Greater
- Abs Smaller
- Vivid Light
<<A - B>> (From 0 to 100) Default 50
Swap Inputs (ON/OFF) Default OFF
Clamp 0-1 (ON/OFF) Default OFF

Inputs: 2 [A] [B] Outputs: 1 [out]

You can see example of this blend modes by Expanding here:

(Expand/Collapse)

See more ...

MIX2W

-218- Mix 2 inputs (1-2) by 2 weights (3-4).

Parameters (1):

Weights mode : Default [Standard]
- Standard
- Exp(Wi)-1
- Wi^2
- Wi^0.5

Inputs: 4 [i 1 ] [i 2 ] [w 1 ] [w 2 ] Outputs: 1 [Out]

MIX2X3

-125- Mix 6 channels 2 by 2 same way as MIX2 (First 3 Inputs as RGB-1 and 2nd 3 Inputs as RGB-2).
A wide mix/Blend function. .

Parameters (4):

Mix Mode: Default [Weighted SUM]
- Weighted SUM
- MUL
- ADD
- SUB
- Lighten
- Darken
- Dissolve
- Screen(Dodge)
- Overlay
- Hard Light
- Soft Light (Cairo)
- Color Dodge
- Color Burn
- Linear Dodge
- Linear Burn
- Linear Light
- Pin Light
- Abs Diff.
- Exclusion
- SmoothMin
- SmoothMax
- Abs Greater
- Abs Smaller
- Vivid Light
<<A - B>> (From 0 to 100) Default 50
Swap Inputs (ON/OFF) Default OFF
Clamp 0-1 (ON/OFF) Default OFF

Inputs: 6 [R1] [G1] [B1] [R2] [G2] [B2] Outputs: 3 [out1] [out2] [out3]

For a detailed view of these blend modes look at MIX2 (They are the sames)

MIX3

-007- Mix 3 channels.
Mix 3 Channels by Weighted sum and several different ways.

Parameters (4):

Mix Mode: Default [Weighted SUM]
- Weighted SUM
- SUM
- MIN
- MAX
- Gray Desat.
- Gray BT.601
- GrayBT.709=sRGB
- Gray BT.2020
- Abs Greater
- Abs Smaller
- Gray HSP
- Gray PS like
- Global Mean
- Glb Gary BT601
- SmoothAbsGreater
A (From 0 to 100) Default 50
B (From 0 to 100) Default 50
C (From 0 to 100) Default 50

Inputs: 3 [A] [B] [C] Outputs: 1 [Out]

MIX3W

-205- Mix 3 inputs (1-2-3) by 3 weights (4-5-6).

Parameters (1):

Weights mode : Default [Standard]
- Standard
- Exp(Wi)-1
- Wi^2
- Wi^0.5

Inputs: 6 [i 1 ] [i 2 ] [i 3 ] [w 1 ] [w 2 ] [w 3 ] Outputs: 1 [Out]

MIX4

-267- Mix 4 Channels by Weighted sum and several different ways.

Parameters (5):

Mix Mode: Default [Weighted SUM]
- Weighted SUM
- SUM
- MIN
- MAX
- Abs Greater
- Abs Smaller
A (From 0 to 100) Default 50
B (From 0 to 100) Default 50
C (From 0 to 100) Default 50
D (From 0 to 100) Default 50

Inputs: 4 [A] [B] [C] [D] Outputs: 1 [Out]

RESIZE

CAIR

-194- Content Aware Image Resize. Seam Carving algorithm (Experimental).
Seam Carving https://en.wikipedia.org/wiki/Seam_carving.

Parameters (1):

Horizontal % (From 50 to 99) Default 80

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

CROP

-195- Crop Image (Use Carefully, watch out 2D connections sizes).
Use carefully, remember that the 2D size of connections must the same for Input/Output of Modules.

Parameters (5):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
TOP (Integer) Default 0
BOTTOM (Integer) Default 0
LEFT (Integer) Default 0
RIGHT (Integer) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

EXTENT

-180- Extent Canvas.

Parameters (5):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
TOP (Integer) Default 0
BOTTOM (Integer) Default 0
LEFT (Integer) Default 0
RIGHT (Integer) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

EXTENT3

-179- Enlarge Canvas.

Parameters (5):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
TOP (Integer) Default 0
BOTTOM (Integer) Default 0
LEFT (Integer) Default 0
RIGHT (Integer) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

EXTENT4

-181- Enlarge Canvas.

Parameters (5):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
TOP (Integer) Default 0
BOTTOM (Integer) Default 0
LEFT (Integer) Default 0
RIGHT (Integer) Default 0

Inputs: 4 [R] [G] [B] [A] Outputs: 4 [R] [G] [B] [a]

SIZE2X

-054- Resize Width and Height by 2X.
Doubles width and height.

Parameters (2):

Kernel Mode : Default [1331 OK]
- deprecated(1)
- deprecated(2)
- deprecated(3)
- deprecated(4)
- 1331 OK
Repeat (Works only with 1331): Default [Repeat 1 time]
- Repeat 1 time
- Repeat 2 times
- Repeat 3 Times

Inputs: 1 [In] Outputs: 1 [Out]

SIZE2X_3

-269- Resize Width and Height by 2X (3 Channels).
Doubles width and height.

Parameters (2):

Kernel Mode : Default [1331 OK]
- deprecated(1)
- deprecated(2)
- deprecated(3)
- deprecated(4)
- 1331 OK
Repeat (Works only with 1331): Default [Repeat 1 time]
- Repeat 1 time
- Repeat 2 times
- Repeat 3 Times

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

SIZEHALF

-055- Resize Width and Height by Half.
Halfs width and height.

Parameters (2):

Kernel Mode : Default [1331 OK]
- deprecated(1)
- deprecated(2)
- deprecated(3)
- deprecated(4)
- 1331 OK
Repeat (Works only with 1331): Default [Repeat 1 time]
- Repeat 1 time
- Repeat 2 times
- Repeat 3 Times

Inputs: 1 [In] Outputs: 1 [Out]

SIZEHALF3

-270- Resize Width and Height by Half (3 Channels).
Halfs width and height.

Parameters (2):

Kernel Mode : Default [1331 OK]
- deprecated(1)
- deprecated(2)
- deprecated(3)
- deprecated(4)
- 1331 OK
Repeat (Works only with 1331): Default [Repeat 1 time]
- Repeat 1 time
- Repeat 2 times
- Repeat 3 Times

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

THRESHOLD

LOCALOTSU

-163- Experimental Local Nobuyuki Otsu Multi-level Thresholding (Faster with Bigger Radius since Thresholds are interpolated).

Parameters (2):

N of Levels : Default [2 Levels]
- 2 Levels
- 3 Levels
- 4 L. SLOW!
- 5 L. Very SLOW!
Radius (Min=6) (Integer) Default 6

Inputs: 1 [in] Outputs: 1 [out]

LOCALTHR

-162- Local Threshold (Imocha Singh).

Parameters (2):

Radius (Integer) Default 4
K (From 0 to 100) Default 67

Inputs: 1 [In] Outputs: 1 [Out]

SAUVOLA

-189- Sauvola Thresholding (Global or Local).
.

Parameters (4):

Mode : Default [Local]
- Global
- Local
Radius (Integer) Default 20
K (From 1 to 100) Default 50
R (From 1 to 100) Default 50

Inputs: 1 [Inp] Outputs: 1 [Out]

SOFTTHRSH

-176- 'Cut' values between thresholds ( Soft Thresholding ).
Advanced Soft-Thresholding.

Parameters (4):

Width Trsh.(lambda) (From 1 to 1000) Default 100
(X)Center (From 0 to 1000) Default 500
Cut / algo : Default [Inside Thr.(def.)]
- Inside Thr.(def.)
- Outside Thr.
- IntegralSmoothStep
Smooth (From 0 to 100) Default 0

Inputs: 1 [in] Outputs: 1 [out]

This effect performs the soft threshold. It is generally used with a center equal to 0. But in our case the default is 0.5. It suppresses low values in the neighborhood (determined by a threshold) of the central value. Values not included in the "center minus threshold and center plus threshold" range are brought closer to the central value by an amount equal to the threshold value.

SOFTTHRSH3

-240- 'Cut' values between thresholds ( Soft Thresholding ) (3 Channels).
Advanced Soft-Thresholding (3 Channels).

Parameters (4):

Width Trsh.(lambda) (From 1 to 1000) Default 100
(X)Center (From 0 to 1000) Default 500
Cut / algo : Default [Inside Thr.(def.)]
- Inside Thr.(def.)
- Outside Thr.
- IntegralSmoothStep
Smooth (From 0 to 100) Default 0

Inputs: 3 [I1] [I2] [I3] Outputs: 3 [o1] [o2] [o3]

BLUR

BILAOA

-096- Orientation-Aligned Bilateral Filter.
This is quite slow. You can use FlowPaint instead. (A bit different but Faster).

Parameters (6):

Radius (Integer) Default 4
Resistence (From 1 to 250) Default 1
Extra Iterations (Integer) Default 1
Tang Radius % (From 0 to 100) Default 0
Recompute Flow (ON/OFF) Default ON
Interpolate (ON/OFF) Default OFF

Inputs: 1 [in] Outputs: 1 [out]

BILAOA3

-253- Orientation-Aligned Bilateral Filter (3 channels).
The same as BilaOA but on 3 Channels. The orientation is based on the computed Gray. This is quite slow. You can use FlowPaint3 instead. (A bit different but Faster).

Parameters (6):

Radius (Integer) Default 4
Resistence (From 1 to 250) Default 1
Extra Iterations (Integer) Default 1
Tang Radius % (From 0 to 100) Default 0
Recompute Flow (ON/OFF) Default ON
Interpolate (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

BILAOAEX

-154- Extended Orientation-Aligned Bilateral Filter (WIP).

Parameters (8):

Radius (Integer) Default 4
Resistence (From 1 to 250) Default 1
Extra Iterations (Integer) Default 0
Tang Radius % (From 0 to 100) Default 10
Recompute Flow (ON/OFF) Default ON
Interpolate (ON/OFF) Default OFF
Detail Weight (From 1 to 200) Default 40
Per-Level Bila (ON/OFF) Default OFF

Inputs: 1 [in] Outputs: 1 [out]

BILATERAL

-013- Edge preserving smoothing filter.
This apply the know edge preserving smoothing filter; Bilateral filter. A lot of experimental optimizations. Try IIR (Recursize) it's the Faster. (It uses only Range and Extra iteration parameters). Availale also as standalone module as 'FastEPS'.

Parameters (4):

Radius (Integer) Default 4
Range (From 1 to 200) Default 30
Extra Iterations (Integer) Default 0
Select Approximation (Speed) : Default [Exact (Slow)]
- Exact (Slow)
- Separable
- PoissonDisk 6%R
- PoissonDisk 8%R
- PoissonDisk 10%R
- PoissonDisk 12%R
- PoissonDisk 15%R
- Exper.Polynomial
- Exper.manifolds
- GRID
- IIR recurs TEST

Inputs: 1 [Input] Outputs: 1 [Output]

BLUR

-020- Gaussian/Box Blur.
Gaussian Blur. The Main parameter is the Radius. The gaussian shape is choosen in a manner so that pixels that have a distance of half radius from center will have half weight.

Parameters (5):

Radius (Integer) Default 3
R Cents (From 0 to 99) Default 0
Algorithm: Default [Fast (IIR)]
- Gaussian
- Box
- Fast (IIR)
- moving-average
Scaled Radius (ON/OFF) Default OFF
Gamma correction (ON/OFF) Default OFF

Inputs: 1 [Input] Outputs: 1 [Output]

BLUR3

-140- 3 Channels Gaussian/Box Blur.
Gaussian Blur. The Main parameter is the Radius. The gaussian shape is choosen in a manner so that pixels that have a distance of half radius from center will have half weight.

Parameters (5):

Radius (Integer) Default 4
R Cents (From 0 to 99) Default 0
Algorithm: Default [Fast (IIR)]
- Gaussian
- Box
- Fast (IIR)
- moving-average
Scaled Radius (ON/OFF) Default OFF
Gamma correction (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

FASTEPS

-216- Fast Edge preserving Smoothing. IIR (Recursive).
Works better with some 'Extra iterations'. Available on (standard) 'Bilateral' module too.

Parameters (4):

Edge Smooth (From 1 to 200) Default 30
Extra Iterations (Integer) Default 0
Passes : Default [STD+Diagonals]
- Standard
- STD+Diagonals
Range Diff. Mode : Default [Linear]
- Linear
- Squared
- Gaussian(24)
- SmoothStep

Inputs: 1 [In] Outputs: 1 [Out]

FASTEPS3

-217- Fast Edge preserving Smoothing. IIR (Recursive).
Works better with some 'Extra iterations'. .

Parameters (4):

Edge Smooth (From 1 to 200) Default 30
Extra Iterations (Integer) Default 0
Passes : Default [STD+Diagonals]
- Standard
- STD+Diagonals
Range Diff. Mode : Default [Linear]
- Linear
- Squared
- Gaussian(24)
- SmoothStep

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

FLOWPAINT

-174- Compute 'Edge Tangent Flow' (ETF) and 'Paint' along direction.
Similar to BilaOA (Orientation-Aligned Bilateral Filter) but Faster.

Parameters (6):

Radius (Integer) Default 6
Flow Smooth (From 1 to 10) Default 4
Extra Iterations (Integer) Default 1
Recompute Flow (ON/OFF) Default ON
Algorithm : Default [Default:Smoothed]
- Default:Smoothed
- ' Spiky '
Kernel Mode (for Default Algorithm) : Default [Gaussian]
- Gaussian
- DOT
- Gaussian * DOT

Inputs: 1 [in] Outputs: 1 [out]

FLOWPAINT3

-257- Compute 'Edge Tangent Flow' (ETF) and 'Paint' along direction.
Similar to BilaOA3 (Orientation-Aligned Bilateral Filter) but Faster.

Parameters (6):

Radius (Integer) Default 6
Flow Smooth (From 1 to 10) Default 4
Extra Iterations (Integer) Default 1
Recompute Flow (ON/OFF) Default ON
Algorithm : Default [Default:Smoothed]
- Default:Smoothed
- ' Spiky '
Kernel Mode (for Default Algorithm) : Default [Gaussian]
- Gaussian
- DOT
- Gaussian * DOT

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

KUWAHARA

-041- Non-linear smoothing filter that preserves edges.

Parameters (3):

Radius (Integer) Default 5
Radius2 (<R1) (Integer) Default 0
Mode : Default [Standard]
- Standard
- 4 Sectors
- 8 Sectors
- 12 Sectors
- 16 Sectors

Inputs: 1 [In] Outputs: 1 [Out]

Here you can find an explantion of this filter: https://en.wikipedia.org/wiki/Kuwahara_filter
Moreover, to the main algorithm that use 4 squared subregions, it has been added the use of a number of Circular (subregions) Sectors.

KUWAHARA3

-252- Non-linear smoothing filter that preserves edges (3 channels).

Parameters (3):

Radius (Integer) Default 5
Radius2 (<R1) (Integer) Default 0
Mode : Default [Standard]
- Standard
- 4 Sectors
- 8 Sectors
- 12 Sectors
- 16 Sectors

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

KUWANISO

-043- Anisotropic Kuwahara (WIP).
It uses 8 sectors with edge-flow angle orientation.

Parameters (1):

Radius (Integer) Default 1

Inputs: 1 [In] Outputs: 1 [Out]

It works very similar to the standard Kuwahara filter The difference is that it works anisotropically, that is, so that the orientation of the central pixel is also taken into account. Practically, the 8 sectors of a circle are rotated according to the edge tangent flow. However, at the moment this algorithm is not working properly.

MARCHINGS

-234- Experimental Marching Squares.

Parameters (3):

Size/Radius (Integer) Default 20
Use Box mean (ON/OFF) Default ON
Precise (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

MEAN-VAR

-279- Compute mean and variance using Disk kernel.

Parameters (3):

Radius Mean (Integer) Default 5
Radius Variance (Integer) Default 5
Var. Map to 0-1 (ON/OFF) Default ON

Inputs: 1 [In] Outputs: 2 [mean] [Variance]

MEANSHIFT

-282- MeanShift. Edge Preserve Smoothing. Use this instead of ThrBlur.
Since 3/2022 is better to use this instead of ThrBlur. Very much faster.

Parameters (4):

Radius (Integer) Default 12
Threshold (From 1 to 500) Default 100
Extra Iterations (Integer) Default 0
Scaled Radius (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

MEANSHIFT3

-281- MeanShift. Edge Preserve Smoothing. Use this instead of ThrBlur3.
Since 3/2022 is better to use this instead of ThrBlur3. Very much faster.

Parameters (4):

Radius (Integer) Default 12
Threshold (From 1 to 500) Default 100
Extra Iterations (Integer) Default 0
Scaled Radius (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

MEDIAN

-047- Median Filter.

Parameters (6):

Radius (Integer) Default 5
No more used (Integer) Default 1
Circle Shaped (ON/OFF) Default OFF
Extra Iterations (Integer) Default 0
Threshold (From 2 to 100) Default 50
Precision: Default [Standard (255)]
- Fast (128)
- Standard (255)
- Slow (512)

Inputs: 1 [In] Outputs: 1 [Out]

MEDIAN3

-235- Median Filter on 3 channels.

Parameters (6):

Radius (Integer) Default 5
No more used (Integer) Default 1
Circle Shaped (ON/OFF) Default OFF
Extra Iterations (Integer) Default 0
Threshold (From 2 to 100) Default 50
Precision: Default [Standard (255)]
- Fast (128)
- Standard (255)
- Slow (512)

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

MTBLUR

-112- Motion BLUR (1 channel).

Parameters (2):

Angle (From -90 to 90) Default 0
Blur Amount (From 5 to 100) Default 5

Inputs: 1 [Input] Outputs: 1 [Output]

MTBLUR3

-113- Motion BLUR 3 channels.

Parameters (2):

Angle (From -90 to 90) Default 0
Blur Amount (From 5 to 100) Default 5

Inputs: 3 [Input1] [Input2] [Input3] Outputs: 3 [Output1] [Output2] [Output3]

PAINT

-011- Set first 2 Input as Outputs of FLOW, and 3th as Source to 'paint' to.
This must be used using the 2 output of FLOW Module and as 3rd input what we want to change Pratically it ''Blurs'' along the pixel flow angle. The ''Brush'' used is thin if pixels have an high magnitude, and trends to a disk if pixels have low magnitude (flat areas).

Parameters (3):

Brush Size (Integer) Default 3
Extra Iterations (Integer) Default 0
Smoothed (From 0 to 100) Default 0

Inputs: 3 [Magnitude] [Angle] [Source Channel] Outputs: 1 [Result]

SHAPEBLUR

-231- Blur using shapes like Circle Square Hexagon ecc.

Parameters (3):

Size/Radius (Integer) Default 20
Angle (From 0 to 180) Default 0
Shape : Default [Disk]
- Disk
- Triangle
- Box
- Pentagon
- Hexagon
- Line 2
- Line 4
- Line 8
- Star
- Moon
- Heart
- Eye

Inputs: 1 [In] Outputs: 1 [Out]

SHAPEBLUR3

-232- Blur using shapes like Circle Square Hexagon ecc on 3 channels.

Parameters (3):

Size/Radius (Integer) Default 20
Angle (From 0 to 180) Default 0
Shape : Default [Disk]
- Disk
- Triangle
- Box
- Pentagon
- Hexagon
- Line 2
- Line 4
- Line 8
- Star
- Moon
- Heart
- Eye

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

SNN

-067- Symmetric Nearest Neighbour (Edge Preserving Smoothing).

Parameters (2):

Radius (Integer) Default 1
Extra Iterations (Integer) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

SNN3

-068- RGB Symmetric Nearest Neighbour (Edge Preserving Smoothing).

Parameters (2):

Radius (Integer) Default 1
Extra Iterations (Integer) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SPINBLUR

-150- Spin Blur.

Parameters (4):

Tenths of Angle (Integer) Default 40
Center X (From 0 to 1000) Default 500
Center Y (From 0 to 1000) Default 500
high Quality (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

SPINBLUR3

-151- Spin Blur (3 channels).

Parameters (4):

Tenths of Angle (Integer) Default 40
Center X (From 0 to 1000) Default 500
Center Y (From 0 to 1000) Default 500
high Quality (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

THRBLUR

-107- Threshold Gaussian Blur.

Since 3/2022 is better to use MeanShift module. It's very much faster.

Parameters (5):

Radius (Integer) Default 2
R Cents (From 0 to 99) Default 0
Threshold (From 1 to 999) Default 1
Extra Iterations (Integer) Default 0
Select Approximation (Speed) : Default [Exact (Slow)]
- Exact (Slow)
- Separable
- PoissonDisk 6%R
- PoissonDisk 8%R
- PoissonDisk 10%R
- PoissonDisk 12%R
- PoissonDisk 15%R

Inputs: 1 [Input] Outputs: 1 [Output]

THRBLUR3

-108- Threshold Gaussian Blur, 3 channels.

Since 3/2022 is better to use MeanShift3 module. It's very much faster.

Parameters (5):

Radius (Integer) Default 2
R Cents (From 0 to 99) Default 0
Threshold (From 1 to 999) Default 1
Extra Iterations (Integer) Default 0
Select Approximation (Speed) : Default [Exact (Slow)]
- Exact (Slow)
- Separable
- PoissonDisk 6%R
- PoissonDisk 8%R
- PoissonDisk 10%R
- PoissonDisk 12%R
- PoissonDisk 15%R

Inputs: 3 [Input1] [Input2] [Input3] Outputs: 3 [Output1] [Output2] [Output3]

TILTSHIFT

-061- Fake Miniature - ToyEffect - Good with 'Panoramas' Pictures.
Classic Fake Miniature - ToyEffect .

Parameters (4):

Horizon (From 1 to 99) Default 50
Amount (From 1 to 200) Default 100
Saturation (From 0 to 100) Default 25
Shape : Default [Horizontal]
- Horizontal
- Circle (Gaussian)
- Ellipse
- Circle (Flat)

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

VMOTIONBLUR

-201- Video Motion blur. Use only with videos frames.

Parameters (1):

Motion (From 1 to 99) Default 80

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

ZMBLUR

-110- ZOOM BLUR (1 channel).

Parameters (4):

Center X (From -200 to 200) Default 0
Center Y (From -200 to 200) Default 0
Blur Amount (From 1 to 100) Default 1
Progressive = Blur More far from center : Default [Constant]
- Constant
- Progressive
- Prog. Squared
- Prog. Squared 2

Inputs: 1 [Input] Outputs: 1 [Output]

ZMBLUR3

-111- ZOOM BLUR 3 channels.

Parameters (4):

Center X (From -200 to 200) Default 0
Center Y (From -200 to 200) Default 0
Blur Amount (From 1 to 100) Default 1
Progressive = Blur More far from center : Default [Constant]
- Constant
- Progressive
- Prog. Squared
- Prog. Squared 2

Inputs: 3 [Input1] [Input2] [Input3] Outputs: 3 [Output1] [Output2] [Output3]

MISC

DRAWTEXT

-249- Basic Text Drawer.

Parameters (10):

Text Default 0
Font : Default [Segoe UI]
- Segoe UI
- Segoe UI B
- Courier New
- Courier New B
- Comic Sans
- Comic Sans B
Font Height (Integer) Default 12
color R (From 0 to 1000) Default 500
color G (From 0 to 1000) Default 500
color B (From 0 to 1000) Default 500
rect X (From 0 to 1000) Default 250
rect Y (From 0 to 1000) Default 250
rect Width (From 0 to 1000) Default 250
rect Height (From 0 to 1000) Default 250

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

FLOW

-009- Calc Gradient Flow - Outputs 1-Magnitude, 2-Angle (Range 0-1).
This compute for the given input the Angle and Magnitude of the pixels Flow. .

Parameters (2):

Smooth (Integer) Default 0
Smooth Mode : Default [Standard]
- Standard
- Advanced

Inputs: 1 [Input] Outputs: 2 [Magnitude] [Angle]

HUE-HARM

-027- HUE Harmonizer (Input 1 = HUE, Input 2 = Saturation).
Harmonize HUE in several ways. (Input 1 = HUE, Input 2 = Saturation) It creates a circular Histogram of Hue weighted by Saturation. Then Finds the Scheme rotation that best match the histogram. And changes the Hue according to Scheme angles. (Works better with Quasimondo-HSL colorspace) Auto: Auto select best scheme to apply. .

Parameters (2):

Scheme : Default [Auto (Scheme)]
- Auto (Scheme)
- [1]X 90 90 90 90
- [2]X 120 60 120 60
- [3]Y 90 135 135
- [4]Y 120 120 120
- [5]L 60 300
- [6]L 90 270
- [7]L 120 240
- [8]L 138 222
- [9]I 180 180
- [10] Penta
- [11] Hexa
Interpolate (ON/OFF) Default OFF

Inputs: 2 [HUE] [Saturation] Outputs: 1 [HUE]

LENS

-208- Camera Distorsion.

Parameters (2):

Stength (From -250 to 3000) Default 150
Quality mode : Default [raw]
- raw
- bilinear

Inputs: 3 [R ] [G ] [B ] Outputs: 3 [R ] [G ] [B ]

MAGNIFIER

-209- Magnifier Glass.

Parameters (4):

Size (From 2 to 100) Default 10
Zoom Factor (From 100 to 1000) Default 400
Pos X (From -1000 to 1000) Default 0
Pos Y (From -1000 to 1000) Default 0

Inputs: 3 [R ] [G ] [B ] Outputs: 3 [R ] [G ] [B ]

PLASTICWRAP

-197- Plastic Wrap Effect.

Parameters (5):

Light X (From -100 to 100) Default 100
Light Y (From -100 to 100) Default -100
Details (From 0 to 100) Default 50
Ref. Power (From 2 to 50) Default 10
Intensity (From 10 to 100) Default 100

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

ROTATE

-262- Basic Rotate and Zoom.

Parameters (4):

X Center (From -100 to 100) Default 0
Y Center (From -100 to 100) Default 0
Rotation (From -180 to 180) Default 45
Zoom (From 100 to 5000) Default 1000

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SKIN

-239- Skin tone adjust (WIP).

Parameters (5):

SkinAdjust (From -100 to 100) Default 20
MaxHueShift (From 0 to 100) Default 25
SkinHue (From 0 to 100) Default 5
SkinHueThreshold (From 0 to 100) Default 40
MaxSaturationShift (From 0 to 100) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SPHERE

-236- From flat picture to sphere (WIP).

Parameters (6):

Rot X (From -180 to 180) Default 0
Rot Z (From -180 to 180) Default 0
Amplitude (X) (From 180 to 360) Default 180
BackGround: Default [Black]
- Black
- Blurred
Hi Quality (ON/OFF) Default OFF
Video Rot. Speed (From -200 to 200) Default 0

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

STRAIGHTEN

-244- Auto Straighten ( Rotate along horizon ) WIP...

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

TINYPLANET

-256- Tiny Planet effect.

Parameters (9):

Mode : Default [Full Circle]
- Full Circle
- Half Circle
Planet Size (From 50 to 200) Default 100
Center X (From -100 to 100) Default 0
Center Y (From -100 to 100) Default 0
Sky Repeat (ON/OFF) Default OFF
Inverse (ON/OFF) Default OFF
Falloff (From -200 to 200) Default 0
Overlap ends (From 0 to 100) Default 0
Antialias (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

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Here you can see some images created using TinyPlanet Module.

VSPLIT

-226- Split Before and after (Useful for Videos).

Parameters (1):

(ON/OFF) Default OFF

Inputs: 6 [R left] [G left] [B left] [R right] [G right] [B right] Outputs: 3 [red ] [green ] [blue ]

ART

CARTOONIZE

-265- Miorsoft CartoonizeMe V2 Effect.
Effect like Miorsoft CartoonizeMe V2 ( https://miorsoft.github.io/Site/CartoonizeMe/index.html ).

Parameters (1):

Iterations : Default [2 Iter]
- 1 Iter
- 2 Iter
- 3 Iter
- 4 Iter
- 5 Iter

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

DICES

-272- Dices effect.
Convert image to grayscale and quantize it to 6 levels. Each one is drawn as a Dice. In 'OUT' folder an info file named Dices.txt is created.

Parameters (3):

Dice Size (Integer) Default 24
B or W: Default [Black]
- White
- Black
Quantizer : Default [OTSU]
- Histogram Based
- OTSU
- GNG

Inputs: 3 [R] [G] [B] Outputs: 1 [Out]

FRACTALIZE

-211- Experimental picture to fractal.

Parameters (3):

Real (From -200 to 200) Default -78
Imm. (From -200 to 200) Default -12
Randomize (ON/OFF) Default OFF

Inputs: 3 [R ] [G ] [B ] Outputs: 3 [R ] [G ] [B ]

MOSAIC

-121- Mosaic Effect.

Parameters (3):

Algorithm : Default [V 0.3.3600]
- V 0.3.1600
- V 0.3.3600
Tile Size (From 7 to 50) Default 9
Voronoi (ON/OFF) Default ON

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

NNART

-202- Experimental Neural network reconstruction (SLOW!).

Parameters (1):

View Progress (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

OILPAINT

-159- Oil Painting classic effect.

Parameters (2):

Radius (Integer) Default 4
Fast Mode (ON/OFF) Default ON

Inputs: 1 [In] Outputs: 1 [Out]

OILPAINT3

-160- Oil Painting classic effect (3Channels).

Parameters (2):

Radius (Integer) Default 4
Fast Mode (ON/OFF) Default ON

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

PENCIL

-044- Pencil Drawing (Still Developing).

Inputs: 1 [In] Outputs: 1 [Out]

PHOTOMOSAIC

-122- WIP DO NOT USE !!!! Tile Photo Mosaic Artwork (WIP).

Parameters (5):

Folder Path Default 0
Tile Size (From 8 to 40) Default 8
: Default [As Source]
As Source
4:3
3:4
Tile Placement mode : Default [Standard]
- Standard
- Brick
- Circle
OutPut Size (From 200 to 5000) Default 200

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

PIXELATE

-063- Pixelate.
Just a simple Pixelate filter (including gap).

Parameters (2):

Dot Size (From 1 to 32) Default 8
Gap Size (From 0 to 16) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

POINTILLISM

-278- Simple pointillism effect.
If you need a more advanced algorithm use 'Stippling2' module.

Parameters (10):

Spacing (From 5 to 100) Default 20
Radius (From 2 to 100) Default 15
BCKGRND White (From 0 to 100) Default 50
Light (From 0 to 100) Default 50
Flatness (From 25 to 500) Default 100
Light X (From -100 to 100) Default -40
Light Y (From -100 to 100) Default -40
Shiness (From 0 to 100) Default 25
Color : Default [Surface]
- central Pixel
- Surface
Sunflower (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

PUZZLE

-241- Jigsaw Puzzle.
Thanks to Olaf Schmidt.

Parameters (1):

N Pieces (Integer) Default 6

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

Q-BERTIFY

-223- Q-Bert effect.

Parameters (2):

Block Size (From 5 to 50) Default 20
Just hexagons (ON/OFF) Default OFF

Inputs: 3 [R ] [G ] [B ] Outputs: 3 [red ] [green ] [blue ]

SANDART

-271- Experimental SandArt. Find Edges and fill. VERY VERY SLOW! (WIP).
To test the first time select as output 'SIMPLIFIED'. So you can see the edges. Then set ouput as 'FULL' and run. It will take very long. Number of iteration affects quality and speed. .

Parameters (6):

Output : Default [SIMPLIFIED]
- FULL
- SIMPLIFIED
- JUST CANNY
Blur (From 0 to 1000) Default 450
LOW Threshold (From 0 to 1000) Default 50
high Threshold (From 0 to 1000) Default 100
Polygon Simplify (From 5 to 100) Default 20
Iterations (Integer) Default 10

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

STIPPLE2

-213- Stipple effect. WIP. To use only with video frames.

Inputs: 1 [In ] Outputs: 1 [Out ]

STIPPLING

-210- Stippling (static) based on Poisson disc distribution. Module 'Stipple2' gives better output.

Parameters (6):

Dot Size (From 25 to 100) Default 25
'White' Distance (From 10 to 50) Default 25
Contrast (From 100 to 400) Default 100
'White' Threshold (From 800 to 1000) Default 1000
Black background (ON/OFF) Default OFF
Display N Points (ON/OFF) Default ON

Inputs: 1 [In ] Outputs: 1 [Out ]

STIPPLING2

-245- Stippling (voronoi based). Very good !.
Basically this algorithm adds and removes points according to their density (Darkness) of area. Movement of the points is done by iterating the computation of the Voronoi diagram. You can adjust gamma connecting module 'Gamma' 'Pow' or other mapping ones before this module.".

Parameters (8):

Dot Size (From 30 to 100) Default 30
Previous State (ON/OFF) Default OFF
dot type : Default [Fixed Radii]
- Variable Radii
- Fixed Radii
Quality : Default [[1.5] Medium]
- [1.0] Basic (Faster)
- [1.5] Medium
- [2.0] High
Density Adjust (From 50 to 200) Default 100
Gamma Correction (From 50 to 200) Default 100
Export as: Default [No Export]
- No Export
- SVG
- TXT
Show Steps (ON/OFF) Default OFF

Inputs: 1 [In ] Outputs: 1 [Out ]

(Expand/Collapse)

See more ...

Here you can see an example of the Effect.

VORONOI

-175- Experimental Voronoi Tassellation.

Parameters (2):

Density (From 25 to 1000) Default 100
Triangulate (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

XBIRO

-261- Aristic Biro.

Inputs: 1 [In] Outputs: 1 [Out]

XCHORD

-191- 'Chord Effect'.
Petros Vrellis Chord Effect .

Parameters (7):

Passes Density (From 50 to 150) Default 120
N of Nails (From 180 to 540) Default 360
Precision : Default [Medium]
- Fast
- Medium
- Exact (Slow)
Shape : Default [Circle]
- Circle
- Ellipse
- Rect
- (4)Square
- 5 Side
- 6 Side
- 7 Side
- 8 Side
- 9 Side
- 10 Side
- 11 Side
- 12 Side
Contrast (From 20 to 180) Default 100
String Thickness (From 10 to 150) Default 12
Output TXT (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 1 [out]

XCHORDEX

-260- WIP (Do Not use) 'Color Chord Effect'.
Color Petros Vrellis Chord Effect .

Parameters (7):

Passes Density (From 50 to 150) Default 120
N of Nails (From 180 to 540) Default 360
Precision : Default [Medium]
- Fast
- Medium
- Exact (Slow)
Shape : Default [Circle]
- Circle
- Ellipse
- Rect
- (4)Square
- 5 Side
- 6 Side
- 7 Side
- 8 Side
- 9 Side
- 10 Side
- 11 Side
- 12 Side
Contrast (From 20 to 180) Default 100
String Thickness (From 10 to 150) Default 12
Output TXT (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [1] [2] [3]

XFRACT

-237- Do NOT Use WIP!!!.

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

XMESH

-100- Creates a Mesh by selecting the most relevant points and drawing them according to proximity.

Parameters (1):

N Points (From 1000 to 10000) Default 1000

Inputs: 1 [in] Outputs: 1 [out]

XPAINTER

-193- Painter Effect.

Parameters (2):

Tool : Default [Brush]
- Brush
- Felt-tip pen
Opacity (From 10 to 100) Default 55

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

XPAINTER2

-238- Painter Effect (2nd).

Parameters (2):

Coarse Length (From 3 to 20) Default 6
Fine Length (From 6 to 20) Default 10

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

(Expand/Collapse)

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Here you can see some images created using xPAINTER2 00 project.

XPAINTER3

-285- Painter Effect (3rd).
Painter Art.

Parameters (9):

Brush Type & Strokes start position : Default [BRISTLY DoG]
- SOLID variance
- SOLID DoG
- BRISTLY variance
- BRISTLY DoG
ColorSpace : Default [RYB OK]
- RGB
- CMY
- RYB (Equations)
- RYB basic
- RYB lighten
- RYB OK
- RYB Trained1
- RYB Trained2
Strokes 'Density' (From 50 to 200) Default 100
Strokes Opacity (From 20 to 100) Default 70
Strokes Border Opacity (From 20 to 100) Default 50
Max Curvature (From 5 to 40) Default 15
Color Randomness (From 0 to 50) Default 10
Emboss (From 0 to 200) Default 100
Display/Preview : Default [Nothing]
- Nothing
- Levels
- Strokes (Slow)

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

This is the third version of the painter effect. It is more advanced than the others and has many settings available. Let's take a look at them. The first option is to select the type of brush which can be "solid" or "bristly", in addition you can choose the technique of the starting point of the strokes which can be based on Variance or "Difference of Gaussian blur" (DoG)[Difference of Gaussian].

The second option allows us to choose the color space to operate with. If the normal RGB color space allows us to obtain hues equal to those in the source image, the RYB (red, yellow,blue) color space gives more interesting results in the gradients between brushstrokes. For example, if there is a border defined by yellow and blue in the source image, using the RYB color space will cause the brushstrokes to fade and some green will be visible between these two colors. As actually happens by blending yellow and blue. The RYB color space currently has no unique conversion, so various types of conversion have been implemented. Most are based on Trilinear Interpolation while one (formula) is based on some equations. Choose the one you like best based on your taste.

Then we have Stroke Density which basically defines the number of strokes. Then we work in the opacity setting with Strokes Opacity and Strokes Border Opacity. The first option determines the opacity of the strokes whether they are SOLID or BRISTLY. The second works only if the brush is "SOLID" and determines the opacity of the outer part of the strokes.

Succeeding in the options we have "Max curvature," which determines how much a single brushstroke can curve, and "Color Randomness," which randomly "shifts" the starting colors of the brushstrokes.

Finally we have the "Emboss" option that adds an amount of relief to the final result (as if the brush strokes had a thickness highlighted by light).

This effect gives very pleasing results. A certain (perhaps unique?) way by which to get better results would be to implement a full simulation where the color is simulated as a Fluid. If you have suggestions please write to: r e e x r e @ g m a i l . c o m

Some Examples here:https://www.vbforums.com/showthread.php?792225-Program-Testers&p=5628092&viewfull=1#post5628092

XPENCIL

-104- Experimental Pencil.

Inputs: 3 [red] [green] [blue] Outputs: 3 [red] [green] [blue]

XPENCIL2

-248- Artistic Pencil effect.

Parameters (3):

Edges (From 500 to 1000) Default 900
BackGround (From 0 to 1000) Default 333
BG Mode : Default [Algo 1]
- Algo 1
- Algo 2

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

XPOIS

-105- Experimental Pois Art.

Parameters (3):

Max Radius (From 20 to 99) Default 20
BackGround: Default [Gray]
- Gray
- White
- Black
- Source
Fill Gaps: Default [Low x1]
- Low x1
- Medium x2
- High x4
- SuperHigh x8

Inputs: 3 [red] [green] [blue] Outputs: 3 [red] [green] [blue]

XSCRIBBLE

-192- 'Messy curves draw effect'.

Parameters (7):

Density (From 5 to 300) Default 100
Length (From 10 to 200) Default 100
'Curveness' (From 10 to 400) Default 100
Noise (From 0 to 100) Default 0
Pressure (From 10 to 100) Default 35
Random seed (ON/OFF) Default OFF
Background : Default [white]
- white
- black

Inputs: 1 [in] Outputs: 1 [out]

XSKETCH

-077- Sketch style Abstraction on RGB channels.

Parameters (5):

Edge Darkness (From -100 to 100) Default 0
bkgrnd Darkness (From -100 to 100) Default 0
BackGround (ON/OFF) Default OFF
bkgrnd Angle (From 0 to 100) Default 0
BackGround Density : Default [3-Sparse1]
- 2-Normal
- 3-Sparse1
- 4-Sparse2
- 1-Dense

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

XSTROKES

-101- Experimental Art-Draw Strokes.

Parameters (5):

Density (From 20 to 1000) Default 20
'Curvature' (From 20 to 500) Default 20
Pressure (Alpha) (From 10 to 100) Default 10
BackGround: Default [White]
- White
- Black
PenSize (From 1 to 100) Default 1

Inputs: 3 [red] [green] [blue] Outputs: 3 [red] [green] [blue]

XTRIANG

-284- TESTING.
TESTING.

Parameters (5):

Output : Default [SIMPLIFIED]
- FULL
- SIMPLIFIED
- JUST CANNY
Blur (From 0 to 1000) Default 450
LOW Threshold (From 0 to 1000) Default 50
high Threshold (From 0 to 1000) Default 100
Polygon Simplify (From 5 to 100) Default 20

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

ZDEFORM

-212- Experimental deformation.

Parameters (3):

pre-Blur (From 2 to 200) Default 33
Steps (From 1 to 50) Default 20
mode : Default [+S-C]
- +S-C
- -S+C

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

ZMOTION

-215- Experimental Motion.

Parameters (5):

Density (From 4 to 32) Default 16
FlowSmooth (From 10 to 60) Default 20
Max Life (From 40 to 160) Default 80
Spread (From 0 to 20) Default 10
(ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

HISTOGRAM

HISTOEQU

-015- HISTOGRAM Equalization. (CLHE - Contrast Limited Histogram Equalization).
Perform a Contrast Limited Histogram Equalization. Parameter Extremes Cut means how much (in 1/1000) of histogram low and high values to ignore.

Parameters (2):

Max Slope (From 0 to 100) Default 25
Extremes Cut (From 0 to 200) Default 5

Inputs: 1 [Input] Outputs: 1 [Output]

HISTOMATCH

-064- Histogram Matching - Change Input1 to match Input2 Histogram.
http://paulbourke.net/texture_colour/equalisation/.

Inputs: 2 [Reference] [Target (Histogram)] Outputs: 1 [out]

LOCALHE

-045- Local Histogram Equalization (CLAHE - Contrast Limited Adaptive Histogram Equalization).
Perform Contrast Limited Histogram Equalization using only Pixels neigboorhood.

Parameters (6):

Radius (Integer) Default 1
Step (<=R) (Integer) Default 1
Max Slope (From 0 to 200) Default 10
Blend % (From 0 to 100) Default 10
Circle Shaped (ON/OFF) Default OFF
Extremes Cut (From 0 to 200) Default 5

Inputs: 1 [In] Outputs: 1 [Out]

LOCALHE3

-184- 3 channels Local Histogram Equalization (CLAHE - Contrast Limited Adaptive Histogram Equalization).
Perform Contrast Limited Histogram Equalization using only Pixels neigboorhood.

Parameters (6):

Radius (Integer) Default 1
Step (<=R) (Integer) Default 1
Max Slope (From 0 to 200) Default 10
Blend % (From 0 to 100) Default 10
Circle Shaped (ON/OFF) Default OFF
Extremes Cut (From 0 to 200) Default 5

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

LOCALHEII

-129- Local Histogram Equalization[2] (CLAHE - Contrast Limited Adaptive Histogram Equalization) for each pixel.
Perform Contrast Limited Histogram Equalization using only Pixels neigboorhood window for each pixel.

Parameters (3):

Radius (Integer) Default 1
Clip Level (From 100 to 3000) Default 1
Blend % (From 0 to 100) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

STRETCH

-185- Histogram Contrast Stretch.

Parameters (1):

Extremes Cut (From 0 to 200) Default 5

Inputs: 1 [Inp ] Outputs: 1 [Out ]

STRETCH3

-186- Histogram Contrast Stretch (3 channels).

Parameters (1):

Extremes Cut (From 0 to 200) Default 5

Inputs: 3 [Inp1 ] [Inp2 ] [Inp3 ] Outputs: 3 [Out1 ] [Out2 ] [Out3 ]

CONTRAST

ACE

-133- Adaptive Contrast Enhancement.
Adaptive Contrast Enhancement (Advanced Version of LCN: Local Contrast Normalization) .

Parameters (5):

Window Radius (Integer) Default 10
MIN Gain % (From 0 to 200) Default 100
MAX Gain % (From 100 to 1000) Default 250
Local Gain (From 0 to 500) Default 100
Source% (From 0 to 100) Default 100

Inputs: 1 [In] Outputs: 1 [Out]

ADVLC

-021- Advanced Local Contrast (Still developing.. ).

Parameters (3):

Radius (Integer) Default 2
Amount (From 1 to 800) Default 150
Limit (From 10 to 50) Default 10

Inputs: 1 [Input] Outputs: 1 [Output]

BCS

-081- Brightness Contrast Saturation (RGB).

Parameters (3):

Brightness (From -100 to 100) Default 0
Contrast (From -100 to 100) Default 0
Saturation (From -100 to 200) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

COLORCONTRAST

-206- Color Contrast: Make Lighter choosen hue and darker complementary hue (inspired by Luminar).

Parameters (4):

Amount (From 0 to 1000) Default 500
Hue (From 0 to 1000) Default 0
Brightness (From -1000 to 1000) Default 0
Contrast (From -1000 to 1000) Default 0

Inputs: 3 [R ] [G ] [B ] Outputs: 3 [R ] [G ] [B ]

FAKEHDR2

-098- Fake HDR: Adaptive Tone Mapping Algorithm. Make a low dynamic range(LDR) image looks high dynamic range(HDR).
Quite Fast Algorithm. Effect Similar to 'ToneMap' module.

Parameters (3):

Coarseness (From 5 to 100) Default 40
Strength (From 100 to 1000) Default 100
What to Enhance (From 0 to 100) Default 50

Inputs: 1 [In] Outputs: 1 [Out]

LCN

-099- (Local) Contrast Normalization - Set Radius to 0 to do a Global Contrast Normalization.

Parameters (4):

Radius (From 0 to 100) Default 1
'Source' vs Half (From 0 to 100) Default 1
Norm Strength (From 25 to 300) Default 100
SQR: Attenuate low constrast regions Linear: Standard, enphasize low constrast regions : Default [Linear]
- Square Root
- Linear

Inputs: 1 [in] Outputs: 1 [out]

LCONTRAST

-012- Set Radius.
Deprecated : Use VRLC instead. .

Parameters (1):

Radius (Integer) Default 5

Inputs: 1 [Input] Outputs: 1 [Output]

NEWNODETEST

-268- New Node testEPS2 test WIP.

Parameters (2):

Radius (Integer) Default 5
Preserve Edges (From 1 to 100) Default 50

Inputs: 1 [In] Outputs: 1 [Out]

NEWNODETEST2

-280- Testing... Do no use WIP.

Parameters (2):

Strength (From 25 to 200) Default 65
Iterations (From 4 to 8) Default 4

Inputs: 1 [In] Outputs: 1 [Out]

VRACE

-114- Variable Radius Adaptive Contrast Enhancement.
Variable Radius Adaptive Contrast Enhancement (Very similar to VRLCN: Variable Radius Local Contrast Normalization) .

Parameters (6):

Max Radius (From 1 to 100) Default 20
MIN Gain % (From 0 to 200) Default 100
MAX Gain % (From 100 to 1000) Default 250
Local Gain (From 0 to 500) Default 200
Source% (From 0 to 100) Default 100
Radius Sensitivity (From -100 to 100) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

VRCLAHE

-032- Variable Radius CLAHE (a sort of Fake HDR) - Very slow, since for each pixel is done a Contrast Limited Histogram Equalization using its pixel neighbour window.
This perform for each pixel a Contrast Limited Histogram Equalization using its pixel neighbour window. The pixel Radius to use is choosen automatically .

Parameters (2):

Max Contrast (From 20 to 100) Default 20
Max Radius (From 20 to 80) Default 20

Inputs: 1 [In] Outputs: 1 [Out]

VRLC

-022- Variable Radius Local Contrast.
Very Good Local Contrast. Can be used for a sorf of FakeHDR.

Parameters (7):

Max Radius (Integer) Default 80
Stength (From 1 to 400) Default 100
Hi-Low Boost (From 0 to 100) Default 0
Coarseness (From 18 to 100) Default 60
0.5 Based (From 0 to 100) Default 0
% R Increment (From 101 to 130) Default 120
Kernel : Default [Flat (Faster)]
- Flat (Faster)
- Gaussian

Inputs: 1 [In] Outputs: 1 [Out]

VRLC3

-266- Variable Radius Local Contrast (3 Channels).
Very Good Local Contrast. Can be used for a sorf of FakeHDR.

Parameters (7):

Max Radius (Integer) Default 80
Stength (From 1 to 400) Default 100
Hi-Low Boost (From 0 to 100) Default 0
Coarseness (From 18 to 100) Default 60
0.5 Based (From 0 to 100) Default 0
% R Increment (From 101 to 130) Default 120
Kernel : Default [Flat (Faster)]
- Flat (Faster)
- Gaussian

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

VRLCN

-093- Variable Radius Local Contrast Normalization (WIP).

Parameters (5):

Max Radius (From 1 to 100) Default 1
'Source' vs Half (From 0 to 100) Default 1
Norm Strength (From 50 to 300) Default 100
SQR: Attenuate low constrast regions Linear: Standard, enphasize low constrast regions : Default [Linear]
- Square Root
- Linear
Radius Sensitivity (From -100 to 100) Default 0

Inputs: 1 [in] Outputs: 1 [out]

MAPPING

CUBICBEZIER

-183- CubicBezier through 2 given points.

Parameters (4):

X1 / 100 (Integer) Default 25
Y1 / 100 (Integer) Default 50
X2 / 100 (Integer) Default 75
Y2 / 100 (Integer) Default 50

Inputs: 1 [Inp ] Outputs: 1 [Out ]

CURVE

-062- Simple 5Points Spline Curve transformation (X at every 1/4).
Map input according to a 5Points Spline Curve. The points X are fixed: 0, 0.25, 0.5, 0.75, 1. For each of them set the corrisponding output (Y).

Parameters (5):

000 (From 0 to 100) Default 0
025 (From 0 to 100) Default 25
050 (From 0 to 100) Default 50
075 (From 0 to 100) Default 75
100 (From 0 to 100) Default 100

Inputs: 1 [In] Outputs: 1 [Out]

CURVE9

-144- Simple 9Points Spline Curve transformation (X at every 1/8).
Map input according to a 9Points Spline Curve. The points X are fixed: 0, 0.125, 0.25, 0.375, 0.5, 0.625, 0.75, 0.875, 1. For each of them set the corrisponding output (Y).

Parameters (9):

0/8 (000) (From 0 to 1000) Default 0
1/8 (125) (From 0 to 1000) Default 125
2/8 (250) (From 0 to 1000) Default 250
3/8 (375) (From 0 to 1000) Default 375
4/8 (500) (From 0 to 1000) Default 500
5/8 (625) (From 0 to 1000) Default 625
6/8 (750) (From 0 to 1000) Default 750
7/8 (875) (From 0 to 1000) Default 875
8/8 (1000) (From 0 to 1000) Default 1000

Inputs: 1 [In] Outputs: 1 [Out]

GAMMA

-088- Forward / Inverse Gamma Correction.

Parameters (1):

Correction : Default [Inverse]
- Forward
- Inverse

Inputs: 1 [Input] Outputs: 1 [Output]

GAMMA3

-089- RGB Forward / Inverse Gamma Correction.

Parameters (1):

Correction : Default [Inverse]
- Forward
- Inverse

Inputs: 3 [inR] [inG] [inB] Outputs: 3 [outR] [outG] [outB]

HEATMAP

-158- Garyscale to HeatMap.

Inputs: 1 [Gray] Outputs: 3 [R] [G] [B]

LOCALMAP

-136- Local Map range using Input Min and Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
Useful to 'Stretch': NewMin=0 NewMax=100, to raw Contrast: NewMin=-20 NewMax=120, to Invert: NewMin=100 NewMax=0 or other things... .

Parameters (5):

Window Radius (Integer) Default 5
New MIN (From -100 to 200) Default 0
New MAX (From -100 to 200) Default 100
Max Contrast (From 10 to 500) Default 20
Source Presence (From 0 to 100) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

LOCALNORM

-167- Change Local mean and variance to defined values.

Parameters (6):

Radius (Integer) Default 20
New mean (From -1 to 1000) Default 500
New Variance (From 1 to 1000) Default 100
Limit (From 0 to 500) Default 18
Source (From 0 to 100) Default 0
Quality : Default [medium]
- medium
- high
- higher
- low

Inputs: 1 [in] Outputs: 1 [out]

MAP

-135- Map range using Input Min-Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
Useful to 'Stretch': NewMin=0 NewMax=100, to raw Contrast: NewMin=-20 NewMax=120, to Invert: NewMin=100 NewMax=0 or other things... .

Parameters (2):

New MIN (From -100 to 200) Default 0
New MAX (From -100 to 200) Default 100

Inputs: 1 [In] Outputs: 1 [Out]

MAP3

-139- Map range using Input Min and Max range values mapped to New Min and New Max Values. [0 - 100] = NORMALIZE (Output not Clamped).
Useful to 'Stretch': NewMin=0 NewMax=100, to raw Contrast: NewMin=-20 NewMax=120, to Invert: NewMin=100 NewMax=0 or other things... .

Parameters (3):

New MIN (From -100 to 200) Default 0
New MAX (From -100 to 200) Default 100
Global MinMax (ON/OFF) Default ON

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

NORMALIZE

-165- Image Normalization: Change global mean and variance to defined values.

Parameters (4):

New mean (From -1 to 1000) Default 500
New Variance (From -1 to 1000) Default 100
Do Not Clamp (ON/OFF) Default OFF
Prop. Variance (ON/OFF) Default OFF

Inputs: 1 [in] Outputs: 1 [out]

NORMALIZE3

-166- Image Normalization: Change 3Channels global mean and variance to defined values.

Parameters (4):

New mean (From -1 to 1000) Default 500
New Variance (From -1 to 1000) Default 100
Do Not Clamp (ON/OFF) Default OFF
Prop. Variance (ON/OFF) Default OFF

Inputs: 3 [in1] [in2] [in3] Outputs: 3 [out1] [out2] [out3]

NRMLZDVEC

-250- 'Vector' Normalization.
Make input vector to have a length of 1 (with same direction). .

Parameters (2):

Origin : Default [Origin 0 0 0]
- Origin 0 0 0
- Origin 0.5 0.5 0.5
Low values Desatur. (From 0 to 100) Default 5

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

As said this take the 3 inputs value and normalize them like a 3D Vector. So each pixel 'vector' will be of length equal to 1.

This is very similar to the CHROMA module.

SMH

-263- Shadows Midtones and Highlights single channel.
Single channel Shadows Midtones and Highlights Tweak.

Parameters (3):

Shadows (From -100 to 100) Default 0
Midtones (From -100 to 100) Default 0
Highlights (From -100 to 100) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

SMH3

-264- Shadows Midtones and Highlights RGB.
Shadows Midtones and Highlights Tweak.

Parameters (4):

Shadows (From -100 to 100) Default 0
Midtones (From -100 to 100) Default 0
Highlights (From -100 to 100) Default 0
Lum. Preserve (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

TONEMAP

-188- Tone Mapping Single channel (Use ToneMap3 for all RGB channels).
LDR Tonemapping. This reduces the global contrast and increases the local contrast .

Parameters (4):

Blur (From 1 to 100) Default 20
Weight (From 1 to 100) Default 30
Blur Mode : Default [NoHalo(FastEPS)]
- Standard
- Threshold(0.5)
- NoHalo(FastEPS)
pre stretch (ON/OFF) Default OFF

Inputs: 1 [Inp] Outputs: 1 [Out]

TONEMAP3

-187- Tone Mapping (3 channels).
LDR Tonemapping. This reduces the global contrast and increases the local contrast .

Parameters (5):

Blur (From 1 to 100) Default 20
Weight (From 1 to 100) Default 30
Blur Mode : Default [NoHalo(FastEPS)]
- Standard
- Threshold(0.5)
- NoHalo(FastEPS)
Desaturation (From 0 to 100) Default 0
pre stretch (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

WHITEBAL

-246- WhiteBalance using Gray-World assumption.
The Gray World Assumption is a white balance method that assumes that your scene, on average, is a neutral gray. So it Moves a and b of CieLab colorspace so that their averages stay at middle values (Gray).

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

MATH

ABS

-219- Absoulte Values.

Inputs: 1 [In] Outputs: 1 [Out]

ABS3

-233- Absoulte Values (3 channels).

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

ADD

-085- Add a constant Value to Input.

Parameters (2):

value (From -100 to 100) Default 0
Do Clamp 0-1 (ON/OFF) Default OFF

Inputs: 1 [Input] Outputs: 1 [Output]

ADD3

-029- Add/Sub RGB Values (it can be used even with other channels types).
An easy way to tweak RGB(or 3 channels) by specifing values to add/subtract.

Parameters (4):

RED / Ch1 (From -100 to 100) Default 0
GREEN / Ch2 (From -100 to 100) Default 0
BLUE / Ch3 (From -100 to 100) Default 0
Do Clamp 0-1 (ON/OFF) Default OFF

Inputs: 3 [red ] [green ] [blue ] Outputs: 3 [R ] [G ] [B ]

CLAMP

-214- Clamp between 2 values.

Parameters (3):

value FROM (Integer) Default 0
value TO (Integer) Default 1000
Outside (From -1 to 1000) Default -1

Inputs: 1 [In] Outputs: 1 [Out]

CLAMP01

-052- Clamp channel values between 0 and 1 - The Outputs of some modules can be outside of 0-1 range.

Inputs: 1 [In] Outputs: 1 [Out]

CLAMP3

-220- Clamp between 2 values (3 Channels).

Parameters (3):

value FROM (Integer) Default 0
value TO (Integer) Default 1000
Outside (From -1 to 1000) Default -1

Inputs: 3 [I1] [I2] [I3] Outputs: 3 [O1] [O2] [O3]

COLORMATRIX

-168- Color Matrix.

Parameters (10):

Red > Red (From 0 to 1000) Default 1000
Red > Green (From 0 to 1000) Default 0
Red > Blu (From 0 to 1000) Default 0
Green > Red (From 0 to 1000) Default 0
Green > Green (From 0 to 1000) Default 1000
Green > Blu (From 0 to 1000) Default 0
Blu > Red (From 0 to 1000) Default 0
Blu > Green (From 0 to 1000) Default 0
Blu > Blu (From 0 to 1000) Default 1000
Normalize : Default [None]
- None
- Input
- Output
- Both

Inputs: 3 [in1] [in2] [in3] Outputs: 3 [out1] [out2] [out3]

DCT

-224- Pure Discrete Cosine Transform.

Inputs: 1 [In] Outputs: 1 [Out]

EXP-LOG

-046- Perform Exp() or Log() function. More precisely: EXP=(Exp(X)-1)/(Exp(1)-1), LOG=Log(X(Exp(1)-1)+1).*

Parameters (1):

Exp or Log : Default [Exp]
- Exp
- Log

Inputs: 1 [X] Outputs: 1 [Y]

FALLOFF

-254- Similar to Power but with a nicer curve. Can have S shape like PowerEX and Gain. (to be used as Contrast).
Falloff y= x / ( (2^-k-1) * (1-x) + 1 ) .

Parameters (5):

Power (From -500 to 500) Default 0
' S ' Shaped (ON/OFF) Default OFF
pass through (From 1 to 99) Default 50
Through Mean (ON/OFF) Default OFF
0-1 Input Clamp (ON/OFF) Default OFF

Inputs: 1 [in] Outputs: 1 [out]

Graph

FALLOFF3

-255- Similar to Power but with a nicer curve. Can have S shape like PowerEX and Gain. (to be used as Contrast).
Falloff y= x / ( (2^-k-1) * (1-x) + 1 ) .

Parameters (5):

Power (From -500 to 500) Default 0
' S ' Shaped (ON/OFF) Default OFF
pass through (From 1 to 99) Default 50
Through Mean (ON/OFF) Default OFF
0-1 Input Clamp (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

FORMULA

-076- Formula - Custom Formula ...

Parameters (1):

Formula Default 0

Inputs: 1 [X] Outputs: 1 [Out]

FORMULA2

-079- Formula2 - 2 inputs Custom Formula ...

Parameters (1):

Formula Default 0

Inputs: 2 [Inp1 [X] ] [Inp2 [X2] ] Outputs: 1 [Out]

FORMULA3

-080- Formula3 - 3 inputs Custom Formula ...

Parameters (1):

Formula Default 0

Inputs: 3 [Inp1 [X] ] [Inp2 [X2] ] [Inp3 [X3] ] Outputs: 1 [Out]

FORMURGB

-203- FormulaRGB - 3 inputs 3 Outputs Custom Formulas.

Parameters (3):

Formula Default 0
Formula Default 0
Formula Default 0

Inputs: 3 [Inp1 [R] ] [Inp2 [G] ] [Inp3 [B] ] Outputs: 3 [Out [R]] [Out [G]] [Out [B]]

GAIN

-227- Inigo Quilez Gain.
Similar to PowEX. Remapping the unit interval into the unit interval by expanding the sides and compressing the center. This was a common function in RSL tutorials (the Renderman Shading Language). k=1 is the identity curve, k<1 produces the classic gain() shape, and k>1 produces "s" shaped curces. The curves are symmetric (and inverse) for k=a and k=1/a.

Parameters (3):

Power (Integer) Default 100
pass through (From 1 to 99) Default 50
Through Mean (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

This works so:
k is the power and h is the center (pass through)

if X < h

if X >= h

The function always pass through point x = y = h

You can play with the graph of this function here: https://www.desmos.com/calculator/paecaxbh4v

GAIN3

-228- Inigo Quilez Gain (3 Channels).
Remapping the unit interval into the unit interval by expanding the sides and compressing the center. This was a common function in RSL tutorials (the Renderman Shading Language). k=1 is the identity curve, k<1 produces the classic gain() shape, and k>1 produces "s" shaped curces. The curves are symmetric (and inverse) for k=a and k=1/a.

Parameters (3):

Power (Integer) Default 100
pass through (From 1 to 99) Default 50
Through Mean (ON/OFF) Default OFF

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

Works the same as GAIN but on 3 channels.

IDCT

-225- Pure Inverse Discrete Cosine Transform.

Inputs: 1 [In] Outputs: 1 [Out]

INVERT

-008- Invert a channel: Output = 1 - Input.
Just invert the input. (Output = 1 - input , Eg : out = 1 - 0.2 = 0.8 ).

Parameters (1):

ByPass (ON/OFF) Default OFF

Inputs: 1 [Input] Outputs: 1 [Output]

INVERT3

-200- Invert 3 channels: Output = 1 - Input.
Just invert the input. (Output = 1 - input , Eg : out = 1 - 0.2 = 0.8 ).

Parameters (1):

ByPass (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

LOCALGAIN

-229- Local (Inigo Quilez) Gain.

Parameters (2):

Power (Integer) Default 100
Local Size (From 1 to 100) Default 25

Inputs: 1 [In] Outputs: 1 [Out]

Works the same as GAIN but 'locally'.

LOCALGAIN3

-230- Local (Inigo Quilez) Gain (3 Channels).

Parameters (2):

Power (Integer) Default 100
Local Size (From 1 to 100) Default 25

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

Works the same as GAIN but 'locally' on 3 channels.

MEAN

-198- Arithmetic Harmonic Contraharmonic and Geometric mean.
.

Parameters (4):

Radius (Integer) Default 5
Select mode : Default [Arithmetic]
- Arithmetic
- Harmonic
- Geometric
- Contraharmonic
- AlphaTrimmed
Round (ON/OFF) Default OFF
Alpha trim (From 1 to 48) Default 20

Inputs: 1 [In] Outputs: 1 [Out]

MEAN3

-199- Arithmetic Harmonic Contraharmonic and Geometric mean.
.

Parameters (3):

Radius (Integer) Default 5
Select mode : Default [Arithmetic]
- Arithmetic
- Harmonic
- Geometric
- Contraharmonic
Round (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

MUL

-005- multiply by a Value.
This simply multiply the input by a given value. The Value is expressed in % , so 200 means multiply by 2.

Parameters (2):

Value/100 (Integer) Default 100
Origin shift by BASE; Y = (X-BASE) * MUL + BASE : Default [0 Based (default)]
- 0 Based (default)
- 0.5 Based
- Mean Based

Inputs: 1 [X] Outputs: 1 [Y]

MUL3

-145- multiply 3 channels by a Value.
This simply multiply the 3 input by 3 given values. The Values are expressed in % , so 200 means multiply by 2.

Parameters (4):

Ch1 Mul by XXX% (Integer) Default 100
Ch2 Mul by XXX% (Integer) Default 100
Ch3 Mul by XXX% (Integer) Default 100
Origin shift by BASE; Y = (X-BASE) * MUL + BASE : Default [0 Based (default)]
- 0 Based (default)
- 0.5 Based
- Mean Based

Inputs: 3 [X1] [X2] [X3] Outputs: 3 [Y1] [Y2] [Y3]

POW

-031- Standard Power.
Standard Power. It can be used for forward/inverse Gamma correction. Or, using it with Saturation channel, saturate/desaturate in a manner similar to other softwares known clarity filter.

Parameters (2):

Value/100 (Integer) Default 100
Negative Inputs (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

POW3

-146- Standard Power on 3 Channels.
Standard Power. It can be used for forward/inverse Gamma correction. Or, using it with Saturation channel, saturate/desaturate in a manner similar to other softwares known clarity filter.

Parameters (2):

Value/100 (Integer) Default 100
Negative Inputs (ON/OFF) Default OFF

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

POWEX

-004- high values decrease contrast, Low Values Increase Contrast - Special Kind of Power function (see PDF).
This special Kind of power work so: It divide the input in Above 0.5 or mean and Below 0.5 or mean. Then each part is consider as in a range 0-1 and the Power applied to Lower Part is the Inverse of the Power applied to higher part. It is very useful to Increase values above 0.5/mean and decrease the values below this value. Look PDF for a graph of this function.

Parameters (2):

Based on Mean (ON/OFF) Default OFF
Value/100 (Integer) Default 100

Inputs: 1 [X] Outputs: 1 [Y]

You can play with the graph of this function here: https://www.desmos.com/calculator/tltqysz0aa

POWEX3

-171- high values decrease contrast, Low Values Increase Contrast - Special Kind of Power function (see PDF).
This special Kind of power work so: It divide the input in Above 0.5 or mean and Below 0.5 or mean. Then each part is consider as in a range 0-1 and the Power applied to Lower Part is the Inverse of the Power applied to higher part. It is very useful to Increase values above 0.5/mean and decrease the values below this value. Look PDF for a graph of this function.

Parameters (2):

Mean point: Default [Per channel means]
- 0.5
- Global Mean
- Per channel means
Value/100 (Integer) Default 100

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

You can play with the graph of this function here: https://www.desmos.com/calculator/tltqysz0aa

SCRIPT11

-258- Custom VB6 Script (1 Channel).
Here you can perform full custom effect using VB6 Script using 1 input and 1 output channel.

Parameters (6):

Text Default 0
Param 1 (From -1000 to 1000) Default 0
Param 2 (From -1000 to 1000) Default 0
Param 3 (From -1000 to 1000) Default 0
Param 4 (From -1000 to 1000) Default 0
Param 5 (From -1000 to 1000) Default 0

Inputs: 1 [In] Outputs: 1 [out]

SCRIPT33

-259- Custom VB6 Script (3 Channel).
Here you can perform full custom effect using VB6 Script using 3 input and 3 output channels. You can use it even for only 1 output since outputs can be disconnected.

Parameters (6):

Text Default 0
Param 1 (From -1000 to 1000) Default 0
Param 2 (From -1000 to 1000) Default 0
Param 3 (From -1000 to 1000) Default 0
Param 4 (From -1000 to 1000) Default 0
Param 5 (From -1000 to 1000) Default 0

Inputs: 3 [C1] [C2] [C3] Outputs: 3 [C1] [C2] [C3]

SMOOTHMM

-207- Smooth Min/Max.
Cubic polynomial Smooth Min(Max) function.

Parameters (1):

min <-> max (From -200 to 200) Default -10

Inputs: 2 [1 ] [2 ] Outputs: 1 [Out ]

SMOOTHSTP

-033- Smooth Step (Threshold).
Perform smoothStep look C/C++ example at https://en.wikipedia.org/wiki/Smoothstep. (It can be used as threshold).

Parameters (2):

To (From 0 to 1000) Default 750
From (From 0 to 1000) Default 250

Inputs: 1 [X] Outputs: 1 [Y]

STDDEV

-102- Standard Deviation.

Parameters (5):

Radius (Integer) Default 5
Mul Factor (From 10 to 100) Default 1
Output Invert (ON/OFF) Default OFF
Scaled Radius (ON/OFF) Default OFF
Circle Shaped (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [out]

STDDEV3

-103- Standard Deviation 3.

Parameters (3):

Radius (Integer) Default 5
Mul Factor (From 10 to 100) Default 1
Output Invert (ON/OFF) Default OFF

Inputs: 3 [red] [green] [blue] Outputs: 3 [red] [green] [blue]

VALUE

-010- A constant Value (No input, only 1 output).
Just a constant value (a flat surface).

Parameters (1):

Constant Value /100 (Integer) Default 100

Inputs: 0 Outputs: 1 [Constant]

VALUE3

-126- 3 constant Values (No input, only 3 outputs).
Just 3 constant values (3 flat surfaces).

Parameters (5):

Constant Value /100 (Integer) Default 100
Constant Value /100 (Integer) Default 100
Constant Value /100 (Integer) Default 100
Use below List (ON/OFF) Default OFF
Color List : Default [aliceblue]
- aliceblue
- antiquewhite
- aqua
- aquamarine
- azure
- beige
- bisque
- black
- blanchedalmond
- blue
- blueviolet
- brown
- burlywood
- cadetblue
- chartreuse
- chocolate
- coral
- cornflowerblue
- cornsilk
- crimson
- cyan
- darkblue
- darkcyan
- darkgoldenrod
- darkgray
- darkgreen
- darkgrey
- darkkhaki
- darkmagenta
- darkolivegreen
- darkorange
- darkorchid
- darkred
- darksalmon
- darkseagreen
- darkslateblue
- darkslategray
- darkslategrey
- darkturquoise
- darkviolet
- deeppink
- deepskyblue
- dimgray
- dimgrey
- dodgerblue
- firebrick
- floralwhite
- forestgreen
- fuchsia
- gainsboro
- ghostwhite
- gold
- goldenrod
- gray
- green
- greenyellow
- grey
- honeydew
- hotpink
- indianred
- indigo
- ivory
- khaki
- lavender
- lavenderblush
- lawngreen
- lemonchiffon
- lightblue
- lightcoral
- lightcyan
- lightgoldenrodyellow
- lightgray
- lightgreen
- lightgrey
- lightpink
- lightsalmon
- lightseagreen
- lightskyblue
- lightslategray
- lightslategrey
- lightsteelblue
- lightyellow
- lime
- limegreen
- linen
- magenta
- maroon
- mediumaquamarine
- mediumblue
- mediumorchid
- mediumpurple
- mediumseagreen
- mediumslateblue
- mediumspringgreen
- mediumturquoise
- mediumvioletred
- midnightblue
- mintcream
- mistyrose
- moccasin
- navajowhite
- navy
- oldlace
- olive
- olivedrab
- orange
- orangered
- orchid
- palegoldenrod
- palegreen
- palevioletred
- papayawhip
- peachpuff
- peru
- pink
- plum
- powderblue
- purple
- red
- rosybrown
- royalblue
- saddlebrown
- salmon
- sandybrown
- seagreen
- seashell
- sienna
- silver
- skyblue
- slateblue
- slategray
- slategrey
- snow
- springgreen
- steelblue
- tan
- teal
- thistle
- tomato
- turquoise
- violet
- wheat
- white
- whitesmoke
- yellow
- yellowgreen

Inputs: 0 Outputs: 3 [K 1] [K 2] [K 3]

QUANTIZATION

K-MEAN1D

-016- Set N of Clusters.
Perform a K-Mean clusterization. Initial clusters are choosen in a way (not random) to have always the same output.

Parameters (1):

Clusters (Integer) Default 2

Inputs: 1 [Input] Outputs: 1 [Output]

K-MEAN2D

-017- Set N of Clusters.
Perform a 2D K-Mean clusterization. Initial clusters are choosen in a way (not random) to have always the same output.

Parameters (1):

Clusters (Integer) Default 2

Inputs: 2 [Input 1] [Input 2] Outputs: 2 [Output 1] [Output 2]

K-MEAN3D

-018- Set N of Clusters.
Perform a 3D K-Mean clusterization. Initial clusters are choosen in a way (not random) to have always the same output.

Parameters (1):

Clusters (Integer) Default 2

Inputs: 3 [Input 1] [Input 2] [Input 3] Outputs: 3 [Output 1] [Output 2] [Output 3]

OTSU

-132- Nobuyuki Otsu Multi-level Thresholding.

Parameters (1):

N of Levels : Default [2 Levels]
- 2 Levels
- 3 Levels
- 4 Levels
- 5 Levels (Slow)
- 6 Levels (Slow)

Inputs: 1 [in] Outputs: 1 [out]

QUANTGNG3

-190- Growning Neural Gas Quantization (Also available in Quantize3 Module).

Parameters (1):

Levels (Integer) Default 8

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

QUANTIZE

-078- Simple quantization.

Parameters (2):

N of segments (min=2) (Integer) Default 2
Method : Default [Histogram Based]
- Uniform
- Histogram Based
- U Soft Sin
- U Soft Stair 1
- U Soft Stair 2
- U Soft Stair 4
- GNG
- U GNG
- NeuQuant
- OCTREE

Inputs: 1 [In] Outputs: 1 [Out]

QUANTIZE3

-283- Quantization of 3 channels.
NeuQuant,GNG and KMean quantization algorithms.

Parameters (2):

N of segments (min=2) (Integer) Default 8
Algorithm : Default [NeuQuant]
- NeuQuant
- GNG
- KMean

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

UNCATEGORIZED

8COLORS

-059- Retro 8Colors style.

Parameters (2):

Dot Size (From 1 to 32) Default 50
Gap Size (From 0 to 16) Default 50

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

CANNYEDGE

-130- Canny Edge Detector (WIP).
Standard Canny Edge Detector .

Parameters (5):

Blur (From 0 to 1000) Default 0
LOW Threshold (From 0 to 1000) Default 0
high Threshold (From 0 to 1000) Default 0
Invert (ON/OFF) Default OFF
Thinning (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

CORNERS

-173- SUSAN corners detection.

Parameters (2):

Algorithm: Default [SUSAN]
- SUSAN
Diff.Threshold (From 1 to 99) Default 10

Inputs: 1 [in] Outputs: 1 [out]

DCT-BP

-024- EXPERIMENTAL Discrete Cosine Transform Band Pass.
This is an interesting experimental Discrete Cosine Transform Band Pass/cut. It can be used to extract only some ''Frequencies'' from the input.

Parameters (6):

Pass Band or Cut Band: Default [Pass]
- Pass
- Cut
Peak (From 0 to 1000) Default 500
Low (From -1 to 1000) Default 0
High (From 0 to 1001) Default 700
Base Mode

KEEP BASE = No overall luminance change NO BASE = Positve and negative output values HALF = Halftone Overall luminance value : Default [Keep Base]

Keep Base
No Base
0.5 (Half)
Amplify (From 100 to 400) Default 200

Inputs: 1 [in] Outputs: 1 [out]

DCTEQU

-164- Discrete Cosine Transform Equalizer.

Parameters (10):

0/8 (000) (From 0 to 2000) Default 1000
1/8 (125) (From 0 to 2000) Default 1000
2/8 (250) (From 0 to 2000) Default 1000
3/8 (375) (From 0 to 2000) Default 1000
4/8 (500) (From 0 to 2000) Default 1000
5/8 (625) (From 0 to 2000) Default 1000
6/8 (750) (From 0 to 2000) Default 1000
7/8 (875) (From 0 to 2000) Default 1000
8/8 (1000) (From 0 to 2000) Default 1000
Keep Base (ON/OFF) Default ON

Inputs: 1 [In] Outputs: 1 [Out]

DCTFX

-082- EXPERIMENTAL Discrete Cosine Transform FX.

Parameters (1):

Angle (From -25 to 25) Default 0

Inputs: 1 [in] Outputs: 1 [out]

DIFFUSION

-097- Iso/Anisotropic Diffusion.

Parameters (4):

Radius (Integer) Default 1
Resistence (From 1 to 500) Default 1
Extra Iterations (Integer) Default 0
Anisotropy Mode : Default [Simplified]
- None
- Simplified
- Advanced(E)
- Advanced(B)

Inputs: 1 [in] Outputs: 1 [out]

DISPARITY

-147- Disparity Map WIP.

Parameters (1):

Radius (Integer) Default 4

Inputs: 2 [1] [2] Outputs: 1 [Out]

DISTORTION

-035- DISTORT, a set of spatial Deform algorithm (Rotate Too).
Wide range of distortion functions. .

Parameters (5):

Deform Mode (# = N of Parameters used) : Default [FishEye]
- Pinch
- FishEye
- Sin Radial
- Radius to Power #
- Sin Cartesian
- Sqr Cartesian
- ArcSin Cartesian
- (1-ar^2) Cart.#
- LENS #
- Log # #
- 3rd Ord.Poly.###
- WideAngle #
- Rotate #
- Swirl1 #
- Swirl2 #
Param1 (From 1 to 200) Default 50
Param2 (From 1 to 100) Default 50
Param3 (From 1 to 100) Default 50
Antialiased (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

DITHERING

-030- Error Diffusion Dithering.
Error Diffusion Dithering.

Parameters (1):

Dither Algorithm: Default [jarvis]
- floyd-steinberg
- jarvis
- stucki
- atkinson
- sierra
- RobertoMior

Inputs: 1 [In] Outputs: 1 [Out]

DOG

-028- Difference of Gaussians (R2=R2).*
Perform the Difference of Gaussians. This is an approximation of the Laplacian of Gaussian. It detect Edges.

Parameters (6):

Radius (Integer) Default 2
multiply Output (From 100 to 5000) Default 100
Output Part: Default [Both (+0.5)]
- Both (+0.5)
- Positive
- Negative
- ABS
- Both (+/-)
R Cents (From 0 to 99) Default 0
Invert output (ON/OFF) Default OFF
R Ratio% (From 110 to 1000) Default 200

Inputs: 1 [in] Outputs: 1 [out]

DOGBYF

-036- Flow based DoG (Difference of Gaussians).
Flow Based Difference of gaussians. Similar to DoG, but more coherent with pixels flow angles. Also called 'Coherent Line Drawing'.

Parameters (6):

Radius (Integer) Default 3
R Cents (From 0 to 99) Default 0
Length Mul (From 100 to 999) Default 100
multiply Output (From 100 to 5000) Default 300
Output Part: Default [Both (+0.5)]
- Both (+0.5)
- Positive
- Negative
- ABS
- Both (+/-)
Invert output (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

DROSTE

-243- WIP! Effect of a picture recursively appearing within itself, in a place where a similar picture would realistically be expected to appear.

Parameters (2):

Ratio % (From 110 to 1000) Default 200
Zero Angle (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

DXTESTNODE

-273- Test of effect performed via DX HLSL Shader. (GPU).

Parameters (2):

Smooth (From 0 to 175) Default 25
Extra Iterations (Integer) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

EDGES

-131- Edges detector (Sobel Magnitude).
Detect edges usging 5x5 sobel magnitude.

Parameters (3):

Blur (From 0 to 5000) Default 0
Invert (ON/OFF) Default OFF
Do Not Strecth (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

EXPER1

-092- DO NOT USE!!! WIP.

Inputs: 1 [in] Outputs: 3 [out] [] []

FAKEHDR

-023- HDR tone Mapping. VERY SLOW!!! Deprecated!. Instead use 'tonemap' or 'FakeHDR2' modules.
This is a simple fake HDR. I suggest to use ''Incremental Radius'' Setting (Better quality and no need to use parameters Radius and Extra Iterations).

Parameters (6):

Radius (Integer) Default 2
Range (From 0 to 200) Default 50
Extra Iterations (Integer) Default 0
Amount (From 0 to 800) Default 100
Flatness (From 0 to 800) Default 100
Radius Mode -Fixed: All params are used -Incremental: Radius and Iterations are Unused : Default [Fixed Radius]
- Fixed Radius
- Incremental Radius

Inputs: 1 [Input] Outputs: 1 [Output]

FAKEHDR3

-109- Fake Hdr Durand (Known as ToneMap Durand) DEPRECATED: use 'tonemap' module instread.

Parameters (2):

Strenght (From 1 to 100) Default 10
Base (From 0 to 100) Default 50

Inputs: 1 [in] Outputs: 1 [out]

FFTTEST

-106- EXPERIMENTAL fft Not Ready!.

Parameters (1):

Direction : Default [Forward]
- Forward
- Inverse

Inputs: 1 [in] Outputs: 1 [Real Out]

FLATSPACE

-275- Experimental 3D to plane/sphere PCA.
Simplify RGB pixels cloud to a PLANE or Sphere. (Principal component analysis).

Parameters (2):

Component Type : Default [Sphere]
- Plane
- Sphere
'flatness' (From -400 to 100) Default 100

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

Sort of Principal Component Analysis. Reduces the color space from 3 dimensions to an oriented plane or sphere. Find the oriented plane (or sphere) that best fits the RGB pixel values cloud. The 3D (RGB) values are projected onto the (best fitting) plane/sphere. The parameter indicates the "projection amount". When this is negative it means that the pixels are moved away from the plane sphere surface.

FLIP

-069- Horizontal Vertical & Both Flip/Mirror.

Parameters (1):

Flip Mode : Default [Vertical]
- Horizontal
- Vertical
- Both

Inputs: 1 [In] Outputs: 1 [Out]

FLIP3

-070- Horizontal Vertical & Both Flip/Mirror.

Parameters (1):

Flip Mode : Default [Vertical]
- Horizontal
- Vertical
- Both

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

FLOW2

-172- Calc Gradient Flow - Outputs 1-Magnitude, 2-Angle (Range 0-1).
This compute for the given input the Angle and Magnitude of the pixels Flow. .

Parameters (1):

Smooth Kernel (Integer) Default 5

Inputs: 1 [Input] Outputs: 2 [Magnitude] [Angle]

FLOWEX

-196- EXPERIMENTAL DO NOT USE ! Extended FLOW.

Inputs: 1 [in] Outputs: 4 [Mag] [Ang] [Dx] [Dy]

GLASS

-072- Glass effect (1 Channel).

Parameters (3):

Size (Integer) Default 1
Style : Default [Diamond]
- Square
- Diamond
- Diamond2
- Diamond3
Antialiased (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

GLASS3

-073- Glass effect (3 Channels).

Parameters (3):

Size (Integer) Default 1
Style : Default [Diamond]
- Square
- Diamond
- Diamond2
- Diamond3
Antialiased (ON/OFF) Default OFF

Inputs: 3 [1] [2] [3] Outputs: 3 [1] [2] [3]

GLOW

-048- Glow Effect [Look projects 'Glow Constructed...' ] (also colled specular Bloom).

Parameters (3):

Radius (Integer) Default 1
Amount (From 25 to 200) Default 25
Threshold (From 50 to 100) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

HALFTONE

-086- Halftone.

Parameters (3):

Size (From 30 to 150) Default 0
Dot Mode : Default [White Rounded]
- Black Rounded
- White Rounded
- Black Box
- Box 2
- Leaf
Angle (From 0 to 180) Default 0

Inputs: 1 [in] Outputs: 1 [out]

HATCHING

-053- Hatching-Stipple - Still developing.

Parameters (3):

Size (From 40 to 100) Default 60
Iterations (From 1 to 200) Default 50
Previous State (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

HAZE

-120- Create Haze.

Parameters (5):

RED (From 0 to 255) Default 0
GREEN (From 0 to 255) Default 0
BLUE (From 0 to 255) Default 0
Slope (From -100 to 100) Default 0
Distance (From -100 to 100) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

HMAPD

-074- Height Map Deform. Deform by Heightmap (4th input as heightmap).
Look at HMD07Self.txt, HMD07Self2.txt Flow-projects.

Parameters (2):

Amount (Integer) Default 1
Antialiased (ON/OFF) Default OFF

Inputs: 4 [1] [2] [3] [HeightMap] Outputs: 3 [1] [2] [3]

LCD-DISP

-049- LCD Display Effect.
Old calculator LCD display effect...

Parameters (2):

Dot Size (8) (Integer) Default 8
Threshold (From 0 to 100) Default 50

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

MORPHO

-124- Morphology.

Parameters (3):

Morphology operation : Default [Erosion]
- Erosion
- Dilation
- Opening
- Closing
Radius (From 0 to 25) Default 0
Extra Iterations (Integer) Default 0

Inputs: 1 [in] Outputs: 1 [out]

NOISE

-038- NOISE - Fractional Brownian Motion.

Parameters (1):

Frequency (From 5 to 3000) Default 100

Inputs: 0 Outputs: 1 [Out]

NOISE2

-116- Noise 2nd - Generate Noise tweaking 3 layers parameter.

Parameters (8):

Frequency (From 0 to 99) Default 85
Amplitude (From 0 to 100) Default 100
Frequency (From 0 to 99) Default 85
Amplitude (From 0 to 100) Default 50
Frequency (From 0 to 99) Default 90
Amplitude (From 0 to 100) Default 0
Presence (From 1 to 100) Default 100
Reseed (ON/OFF) Default OFF

Inputs: 0 Outputs: 1 [out]

NOISER

-039- Spatial Deform by Noise (Fractional Brownian Motion).

Parameters (4):

X Frequency (From 5 to 100) Default 100
Y Frequency (From 5 to 100) Default 100
X Amount (From 0 to 100) Default 10
Y Amount (From 0 to 100) Default 10

Inputs: 1 [In] Outputs: 1 [Out]

OFFSET

-083- Horizontal Vertical Offset.

Parameters (3):

Offset Mode : Default [Pixels]
- Percentage
- Pixels
Horizontal (From -50 to 50) Default 0
Vertical (From -50 to 50) Default 0

Inputs: 1 [in] Outputs: 1 [out]

OFFSET3

-084- Horizontal vertical Offset.

Parameters (3):

Offset Mode : Default [Pixels]
- Percentage
- Pixels
Horizontal (From -50 to 50) Default 0
Vertical (From -50 to 50) Default 0

Inputs: 3 [in1] [in2] [in3] Outputs: 3 [out1] [out2] [out3]

PALETTIZE

-177- Single channel to RGB Palette using Cos functions.

Parameters (10):

RED Amp. (From 0 to 100) Default 50
RED Freq. (From 0 to 400) Default 100
RED Phase (From -100 to 100) Default 0
GREEN Amp. (From 0 to 100) Default 50
GREEN Freq. (From 0 to 400) Default 100
GREEN Phase (From -100 to 100) Default 0
BLUE Amp. (From 0 to 100) Default 50
BLUE Freq. (From 0 to 400) Default 100
BLUE Phase (From -100 to 100) Default 0
Base Value : Default [0.5]
- 0.5
- Zero

Inputs: 1 [in] Outputs: 3 [R] [G] [B]

PYRAMIDD

-037- Pyramid Based Level-Details Enhancement / Reduction.
Decompose the image in Laplacian pyramid. It has 4 levels: Fine (/2)(/2)(/2), Medium (/2)(/2) , Coarse (/2) and Base (1). So we can Increase/Decrease Details.

Parameters (5):

Fine (From 1 to 1000) Default 100
Medium (From 1 to 1000) Default 100
Coarse (From 1 to 1000) Default 100
BASE (From 0 to 100) Default 50
Threshold (From 0 to 100) Default 50

Inputs: 1 [In] Outputs: 1 [Out]

PYRAMRGB

-040- Pyramid Based Level-Details Enhancement / Reduction.
Like Pyramid but using 3 Channels.

Parameters (5):

Fine (From 1 to 1000) Default 100
Medium (From 1 to 1000) Default 100
Coarse (From 1 to 1000) Default 100
BASE (From 0 to 100) Default 50
Threshold (From 0 to 100) Default 50

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

RAMP

-071- Gradient Ramp.
Wide range of Gradient functions.

Parameters (4):

Ranp Mode : Default [Right-Left]
- Left-Right
- Right-Left
- Up-Down
- Down-Up
- Cone Up
- Cone Down
- Pyramid Up
- Pyramid Down
- Auger Right
- Auger Left
Repeat (Integer) Default 1
Repeat Mode : Default [Countinous]
- Standard
- Countinous
Shape Mode : Default [Linear]
- Linear
- Sin90
- Sin180
- Cubic
- Sqr
- Pow2

Inputs: 0 Outputs: 1 [Out]

RENDER

-138- Draw 2nd channel (Foreground) to the 1st Input (Background) at a given position and size.

Parameters (6):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
Dest. X (Integer) Default 0
Dest. Y (Integer) Default 0
Dest. Width (Integer) Default 0
Dest. Height (Integer) Default 0
Where to apply inversion : Default [No Inversion]
- No Inversion
- Background
- Foreground

Inputs: 2 [BKgrnd] [FRgrnd] Outputs: 1 [Out]

RENDER3

-137- Draw 2nd triplet of inputs (Foreground) to the 1st triplet (Background) at a given position and size.

Parameters (6):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
Dest. X (Integer) Default 0
Dest. Y (Integer) Default 0
Dest. Width (Integer) Default 0
Dest. Height (Integer) Default 0
Where to apply inversion : Default [No Inversion]
- No Inversion
- Background
- Foreground

Inputs: 6 [BKgrnd red] [BKgrnd green] [BKgrnd blue] [FRgrnd red] [FRgrnd green] [FRgrnd blue] Outputs: 3 [red] [green] [blue]

RENDER3EX

-143- Draw 2nd triplet of inputs (Foreground) to the 1st triplet (Background) at given 4 CORNERS position.

Parameters (10):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
Dest. X1 (Integer) Default 250
Dest. Y1 (Integer) Default 250
Dest. X2 (Integer) Default 750
Dest. Y2 (Integer) Default 300
Dest. X3 (Integer) Default 750
Dest. Y3 (Integer) Default 700
Dest. X4 (Integer) Default 250
Dest. Y4 (Integer) Default 750
Where to apply inversion : Default [No Inversion]
- No Inversion
- Background
- Foreground

Inputs: 6 [BKgrnd red] [BKgrnd green] [BKgrnd blue] [FRgrnd red] [FRgrnd green] [FRgrnd blue] Outputs: 3 [red] [green] [blue]

RENDEREX

-142- Draw 2nd channel (Foreground) to the 1st Input (Background) at given 4 CORNERS position.

Parameters (10):

Choose Unit: ThousandthPart or Pixels unit : Default [ThousandthPart]
- ThousandthPart
- Pixels
Dest. X1 (Integer) Default 250
Dest. Y1 (Integer) Default 250
Dest. X2 (Integer) Default 750
Dest. Y2 (Integer) Default 300
Dest. X3 (Integer) Default 750
Dest. Y3 (Integer) Default 700
Dest. X4 (Integer) Default 250
Dest. Y4 (Integer) Default 750
Where to apply inversion : Default [No Inversion]
- No Inversion
- Background
- Foreground

Inputs: 2 [BKgrnd] [FRgrnd] Outputs: 1 [Out]

RGBSCREEN

-050- RGB screen effect NOT Ready|.
A sort of RGB split... NOT READY!!!.

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

SATURATION

-242- Adjust a color saturation separately in each color (R G B).

Parameters (3):

Red % (From -200 to 200) Default 100
Green % (From -200 to 200) Default 100
Blu % (From -200 to 200) Default 100

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SCRATCHES

-058- Scratches. to Simulate old film.

Parameters (2):

Amount (From 1 to 100) Default 0
Density (From 50 to 1000) Default 0

Inputs: 0 Outputs: 1 [Out]

SEPIA

-056- Sepia - Vintage.

Inputs: 3 [In] [] [] Outputs: 3 [Out] [] []

SEPIAGRAY

-057- Sepia - Vintage Starting from GrayScale Image.

Parameters (1):

Blend Mode : Default [Overlay]
- Standard
- Overlay
- Screen

Inputs: 1 [In] Outputs: 3 [Red Out] [Green Out] [Blue Out]

SHIFT

-042- 'Shift' left/right - Very useful to HUE shift.
Shift value to left or right (1/1000). Think about values placed into a wheel. EG shift 200 = 0.2 (Values results: 0.1 => 0.3, 0.5 => 0.7, 0.9 => 0.1).

Parameters (1):

Value (From -500 to 500) Default 0

Inputs: 1 [In] Outputs: 1 [Out]

SHOCK

-014- Shock filter ... Still Developing.

Parameters (2):

Length (Integer) Default 1
Extra Iterations (Integer) Default 0

Inputs: 1 [Input] Outputs: 1 [Output]

SKELETON

-123- 'Skeletonize'.

Parameters (1):

Threshold (From 1 to 99) Default 1

Inputs: 1 [in] Outputs: 1 [out]

SOLARIZE

-156- Classic Solarize effect (1 channel).
.

Parameters (2):

Percentage (From 1 to 100) Default 50
Threshold (From 0 to 100) Default 50

Inputs: 1 [In] Outputs: 1 [Out]

SOLARIZE3

-157- Classic Solarize effect (3 channels).

Parameters (4):

Percentage (From 1 to 100) Default 50
T 1 (From 0 to 100) Default 50
T 2 (From 0 to 100) Default 50
T 3 (From 1 to 100) Default 50

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SORTING

-155- Pixel Sorting.

Parameters (3):

Threshold (From 0 to 100) Default 50
```
 :&emsp;Default [Up]
```
- Up
- Down
Each channel (ON/OFF) Default OFF

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

SPLIT

-148- Vertical/Horizontal Half Split (Useful for Stereo Images).

Parameters (1):

Mode : Default [Verical]
- Verical
- Horizontal

Inputs: 1 [1] Outputs: 2 [1st half] [2nd half]

SPLIT3

-149- Vertical/Horizontal Half Split (Useful for Stereo Images).

Parameters (1):

Mode : Default [Verical]
- Verical
- Horizontal

Inputs: 3 [R] [G] [B] Outputs: 6 [R1] [G1] [B1] [R2] [G2] [B2]

STEREO

-134- Stereo Anaglyph.
Create 3D image visible with glasses with Red filter over Left eye and Cyan filter over Right. .

Parameters (1):

Stereo Anaglyph Algorithm: : Default [True]
- True
- Gray
- Color
- HalfColor
- Optimized

Inputs: 6 [Left Red] [Left Green] [Left Blue] [Right Red] [Right Green] [Right Blue] Outputs: 3 [Red] [Green] [Blue]

STIPPLE

-051- Stipple effect. Most for Videos. For static Stippling use 'STIPPLE2' module.

Parameters (3):

Dot Size (From 40 to 100) Default 60
Iterations (From 1 to 200) Default 50
Previous State (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

TEMPER

-118- Temperature and tint.

Parameters (2):

Temperature (From -1000 to 1000) Default 0
Tint (From -100 to 100) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

THINNING

-141- Zhang Suen Thinning (Usually it't better to apply Otsu thresholding before) [Similar to Skeleton-Module].
.

Parameters (1):

Invert Input (ON/OFF) Default OFF

Inputs: 1 [In] Outputs: 1 [Out]

TILEFY

-178- Create a texture repetition DO NOT USE !!! (WRONG).
Create a texture repetition .

Parameters (1):

N Repeat (From 2 to 200) Default 20

Inputs: 3 [R] [G] [B] Outputs: 3 [B] [] []

TRACE

-087- Trace WIP - Still developing!.

Inputs: 1 [in] Outputs: 1 [out]

USM

-019- Unsharp Mask.
The classic unsharp mask filter.

Parameters (3):

Radius (Integer) Default 2
Amount (From 1 to 300) Default 150
Threshold (From 0 to 100) Default 0

Inputs: 1 [Input] Outputs: 1 [Output]

VIBRANCE

-117- Vibrance.

Parameters (1):

Amount (From -500 to 500) Default 0

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

VIGNETTE

-034- Darker Borders / Vignetting (1 Channel).
A nice kind of Borders/Vignetting. It can be smoothed and Black/White.

Parameters (3):

Inner (From 1 to 100) Default 60
Outer (From 1 to 200) Default 80
Choose type : Default [White]
- Black
- White

Inputs: 1 [In] Outputs: 1 [Out]

VIGNETTE3

-274- Darker Borders / Vignetting (3 Channels).
A nice kind of Borders/Vignetting. It can be smoothed and Black/White.

Parameters (3):

Inner (From 1 to 100) Default 60
Outer (From 1 to 200) Default 80
Choose type : Default [White]
- Black
- White

Inputs: 3 [R] [G] [B] Outputs: 3 [R] [G] [B]

VOPTICALFLOW

-247- Experimental Video frames optical flow (WIP).

Inputs: 1 [In] Outputs: 3 [R] [G] [B]

WATERMAP

-075- Water Height Map , to use as input for HMD (HeightMap Deformer).

Parameters (4):

Water Mode : Default [Pool]
- Pool
Pre Iterations (Integer) Default 0
Rain Density (Integer) Default 1
Speed(For Video Frames) (Integer) Default 1

Inputs: 0 Outputs: 1 [Out]

PhotoModularFX___List of Modules

List of Modules v 0.3.4867

For any kind of question feel free to write in the FORUM

Categories

IO

ColorSpace

Blend

Resize

Threshold

Blur

Misc

Art

Histogram

Contrast

Mapping

Math

Quantization

Uncategorized

IO

INPUT

INPUT2

INPUTA

OUTPUT

PNGOUT

PNGOUTA

COLORSPACE

CHROMA

CMYK2RGB

HCY2RGB

HSL2RGB

HSLUV2RGB

LAB2RGB

LCH2RGB

RGB2CMYK

RGB2HCY

RGB2HSL

RGB2HSLUV

RGB2LAB

RGB2LCH

RGB2XYZ

RGB2YUV

RGB2YXY

TECHNICOLOR

XYZ2RGB

YUV2RGB

YXY2RGB

BLEND

BLEND

BLEND3

CHROMAK

MIX2

MIX2W

MIX2X3

MIX3

MIX3W

MIX4

RESIZE

CAIR

CROP

EXTENT

EXTENT3

EXTENT4

SIZE2X

SIZE2X_3

SIZEHALF

SIZEHALF3

THRESHOLD

LOCALOTSU

LOCALTHR

SAUVOLA

SOFTTHRSH

SOFTTHRSH3

BLUR

BILAOA

BILAOA3

BILAOAEX

BILATERAL

BLUR

BLUR3

FASTEPS