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INDEX
1. palette: An image selection or a palette name of one among a number of predefined Look-up Tables (LUT). Either form furnishes the index command with an enumerated set of reference colors that it can compare to colors in the original image. a. When palette is an image selection (a numeric index in square brackets), the selected image interpreted as a single row, multicolumn set of reference G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ gmic image.jpg sample ? +plasma shape_cupid 256 normalize 0,255 frame 3,3,0 frame 10,10,255 to_rgb +montage A +montageH1:V0:VH2:1H0:3
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED detect_skin Arguments: 0=tolerance=1,_skin_x,_skin_y,_skin_radius>=0; Description: Detect skin in selected color images and output an appartenance probability map G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-Featured G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATUREDSUPPORT USIMAGE GALLERYCUSTOM COMMAND FILES G'MIC is a full-featured open-source framework for digital image processing, distributed under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / process / visualize generic image datasets, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ cd /mingw64/bin/ && cp libgcc_s_seh-1.dll libwinpthread-1.dll libgomp-1.dll libstdc++-6.dll libcurl-4.dll libbrotlidec.dll libbrotlicommon.dll libcrypto-1_1-x64.dll libidn2-0.dll libiconv-2.dll libintl-8.dll libunistring-2.dll libnghttp2-14.dll libpsl-5.dll libssh2-1.dll zlib1.dll libssl-1_1-x64.dll libzstd.dll libfftw3-3.dll libpng16-16.dll Qt5Core.dll libdouble-conversion.dll libicuin67 G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED 1. Close your host application. 2. Place GmicPlugin.8bf and gmic folder in the folder that your host application searches for filter plug-ins. 3. Restart your host application. 4. The plug-in will now be available as the G'MIC-Qt menu item in the GMIC category. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
INDEX
1. palette: An image selection or a palette name of one among a number of predefined Look-up Tables (LUT). Either form furnishes the index command with an enumerated set of reference colors that it can compare to colors in the original image. a. When palette is an image selection (a numeric index in square brackets), the selected image interpreted as a single row, multicolumn set of reference G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ gmic image.jpg sample ? +plasma shape_cupid 256 normalize 0,255 frame 3,3,0 frame 10,10,255 to_rgb +montage A +montageH1:V0:VH2:1H0:3
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED detect_skin Arguments: 0=tolerance=1,_skin_x,_skin_y,_skin_radius>=0; Description: Detect skin in selected color images and output an appartenance probability map G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-Featured G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED List of Commands All available G'MIC commands are listed below, by categories. An argument specified between or starting by _ is optional except when standing for an existing image , where image can be either an index number or an image name. In this case, the characters are mandatory when writing the item. Note that all images that serve as illustrations in this reference G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED libgmic is a small, portable, thread-safe, multi-threaded, C++, image processing library that forms the foundation of the G'MIC framework. It is used by all available G'MIC interfaces. It is built upon the CImg Library, a lower-level C++ template image processing library which actually implements the core algorithms that G'MIC uses (a.k.a the native commands). G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED deg2rad No arguments Description: Convert pointwise angle values of selected images, from degrees to radians (apply i*pi/180). i*pi/180).COMMAND TUTORIALS
Command Tutorials. 1. Click under Name for the related tutorial. 2. G'MIC command tutorials are works in progress. Depending on Availability, you may get current, up-to-date tutorials ( 2.9x ), older tutorials ( 1.6x) or a Reference précis ( Ref. ). Most reference précis provide one working example, some more.COMMAND DECORATIONS
It is possible to mix types in selections, thus -foo, mixing an enumeration and range, selects the second, fourth, and sixth through the last image. It is also possible that images may be designated more than once, as in -foo, which selects all the images with even indices on the stack, then explicity selects the images corresponding to indices 2, 4 and 6.IMAGES - G'MIC
Images are commonly one pixel deep – one slice – but many G'MIC commands will function in the depth direction as well. For example, the blur command will spread a bright pixel in all directions, including neighboring slices. With depth a proxy for time in videos and animation, blur and other depth-aware commands can produce various3D BOUNCING BALLS
Step 4: Create a 3D colored ball. G'MIC has basic 3D rendering possibilities - that are not extraordinary - but sufficient for the type of animation we aim to create. 3D rendering in G'MIC mainly relies on the command object3d (shortcut j3d) that draws/renders a 3D meshed object on a 2D image. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATUREDSUPPORT USIMAGE GALLERYCUSTOM COMMAND FILES G'MIC is a full-featured open-source framework for digital image processing, distributed under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / process / visualize generic image datasets, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ cd /mingw64/bin/ && cp libgcc_s_seh-1.dll libwinpthread-1.dll libgomp-1.dll libstdc++-6.dll libcurl-4.dll libbrotlidec.dll libbrotlicommon.dll libcrypto-1_1-x64.dll libidn2-0.dll libiconv-2.dll libintl-8.dll libunistring-2.dll libnghttp2-14.dll libpsl-5.dll libssh2-1.dll zlib1.dll libssl-1_1-x64.dll libzstd.dll libfftw3-3.dll libpng16-16.dll Qt5Core.dll libdouble-conversion.dll libicuin67 G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED 1. Close your host application. 2. Place GmicPlugin.8bf and gmic folder in the folder that your host application searches for filter plug-ins. 3. Restart your host application. 4. The plug-in will now be available as the G'MIC-Qt menu item in the GMIC category.INTRODUCTION
Introduction. On the piece of the planet that I inhabit, G'MIC, GREYC's Magic for Image Computing, falls deep within the shadow cast by ImageMagick. Google ImageMagick and you will garner hundreds of hits, all relevant, crowding your first dozen pages or so. In contrast Googling G'MIC turns up “GMIC - Silicon Valley's Largest Mobile G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATUREDSUPPORT USIMAGE GALLERYCUSTOM COMMAND FILES G'MIC is a full-featured open-source framework for digital image processing, distributed under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / process / visualize generic image datasets, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ cd /mingw64/bin/ && cp libgcc_s_seh-1.dll libwinpthread-1.dll libgomp-1.dll libstdc++-6.dll libcurl-4.dll libbrotlidec.dll libbrotlicommon.dll libcrypto-1_1-x64.dll libidn2-0.dll libiconv-2.dll libintl-8.dll libunistring-2.dll libnghttp2-14.dll libpsl-5.dll libssh2-1.dll zlib1.dll libssl-1_1-x64.dll libzstd.dll libfftw3-3.dll libpng16-16.dll Qt5Core.dll libdouble-conversion.dll libicuin67 G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED 1. Close your host application. 2. Place GmicPlugin.8bf and gmic folder in the folder that your host application searches for filter plug-ins. 3. Restart your host application. 4. The plug-in will now be available as the G'MIC-Qt menu item in the GMIC category.INTRODUCTION
Introduction. On the piece of the planet that I inhabit, G'MIC, GREYC's Magic for Image Computing, falls deep within the shadow cast by ImageMagick. Google ImageMagick and you will garner hundreds of hits, all relevant, crowding your first dozen pages or so. In contrast Googling G'MIC turns up “GMIC - Silicon Valley's Largest Mobile G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ gmic command "ex : $""=arg repeat $""# +blend ${arg{$>+1}} text_outline Mode:\" \"${arg{$>+1}},2,2,23,2,1,255 done" image.jpg testimage2d {w},{h} ex add G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED List of Commands All available G'MIC commands are listed below, by categories. An argument specified between or starting by _ is optional except when standing for an existing image , where image can be either an index number or an image name. In this case, the characters are mandatory when writing the item. Note that all images that serve as illustrations in this reference G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-Featured G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have toCOMMAND DECORATIONS
It is very common to operate on the last, penultimate, and third-from-last images on the stack. Righthand command decorations such as , and are so prevalent that they have an alternate shorthand form: one, two and three pips: foo is equivalent to foo., operates on the last image on the list.BEGINNER'S COOKBOOK
Beginner's Cookbook. If you've visited the Basics page, you might have noticed a gallery of what some G'MIC commands do. They are wonderful, but also atypical, in that they are single commands that create an effect atomically. In typical cases, G'MIC effects arise from a good many commands, arrived at through some (more or less) controlledIMAGES - G'MIC
Images are commonly one pixel deep – one slice – but many G'MIC commands will function in the depth direction as well. For example, the blur command will spread a bright pixel in all directions, including neighboring slices. With depth a proxy for time in videos and animation, blur and other depth-aware commands can produce various G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATUREDSUPPORT USIMAGE GALLERYCUSTOM COMMAND FILES G'MIC is a full-featured open-source framework for digital image processing, distributed under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / process / visualize generic image datasets, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ cd /mingw64/bin/ && cp libgcc_s_seh-1.dll libwinpthread-1.dll libgomp-1.dll libstdc++-6.dll libcurl-4.dll libbrotlidec.dll libbrotlicommon.dll libcrypto-1_1-x64.dll libidn2-0.dll libiconv-2.dll libintl-8.dll libunistring-2.dll libnghttp2-14.dll libpsl-5.dll libssh2-1.dll zlib1.dll libssl-1_1-x64.dll libzstd.dll libfftw3-3.dll libpng16-16.dll Qt5Core.dll libdouble-conversion.dll libicuin67 G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED 1. Close your host application. 2. Place GmicPlugin.8bf and gmic folder in the folder that your host application searches for filter plug-ins. 3. Restart your host application. 4. The plug-in will now be available as the G'MIC-Qt menu item in the GMIC category.INTRODUCTION
Introduction. On the piece of the planet that I inhabit, G'MIC, GREYC's Magic for Image Computing, falls deep within the shadow cast by ImageMagick. Google ImageMagick and you will garner hundreds of hits, all relevant, crowding your first dozen pages or so. In contrast Googling G'MIC turns up “GMIC - Silicon Valley's Largest Mobile G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED detect_skin Arguments: 0=tolerance=1,_skin_x,_skin_y,_skin_radius>=0; Description: Detect skin in selected color images and output an appartenance probability map G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED A full-featured open-source framework for processing generic image (2d,3d,3d+t) with multiple interfaces: command-line (cli), gimp plug-in, web service, Qt interface, C++ library G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-Featured G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATUREDSUPPORT USIMAGE GALLERYCUSTOM COMMAND FILES G'MIC is a full-featured open-source framework for digital image processing, distributed under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / process / visualize generic image datasets, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED $ cd /mingw64/bin/ && cp libgcc_s_seh-1.dll libwinpthread-1.dll libgomp-1.dll libstdc++-6.dll libcurl-4.dll libbrotlidec.dll libbrotlicommon.dll libcrypto-1_1-x64.dll libidn2-0.dll libiconv-2.dll libintl-8.dll libunistring-2.dll libnghttp2-14.dll libpsl-5.dll libssh2-1.dll zlib1.dll libssl-1_1-x64.dll libzstd.dll libfftw3-3.dll libpng16-16.dll Qt5Core.dll libdouble-conversion.dll libicuin67 G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED 1. Close your host application. 2. Place GmicPlugin.8bf and gmic folder in the folder that your host application searches for filter plug-ins. 3. Restart your host application. 4. The plug-in will now be available as the G'MIC-Qt menu item in the GMIC category.INTRODUCTION
Introduction. On the piece of the planet that I inhabit, G'MIC, GREYC's Magic for Image Computing, falls deep within the shadow cast by ImageMagick. Google ImageMagick and you will garner hundreds of hits, all relevant, crowding your first dozen pages or so. In contrast Googling G'MIC turns up “GMIC - Silicon Valley's Largest Mobile G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED detect_skin Arguments: 0=tolerance=1,_skin_x,_skin_y,_skin_radius>=0; Description: Detect skin in selected color images and output an appartenance probability map G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED A full-featured open-source framework for processing generic image (2d,3d,3d+t) with multiple interfaces: command-line (cli), gimp plug-in, web service, Qt interface, C++ library G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-Featured G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Reference. Table of Contents: Usage : Preamble. This document is distributed under the GNU Free Documentation License, version 1.3.; A .pdf version of this document is available.; Quick access to the List of Commands.; Version G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED G'MIC - GREYC's Magic for Image Computing: A Full-FeaturedCOMMAND DECORATIONS
It is possible to mix types in selections, thus -foo, mixing an enumeration and range, selects the second, fourth, and sixth through the last image. It is also possible that images may be designated more than once, as in -foo, which selects all the images with even indices on the stack, then explicity selects the images corresponding to indices 2, 4 and 6. G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED This gallery gives a quick overview of the kind of features and generic filters available in the G'MIC open-source image processing framework.. All the images below have been processed by the CLI interface gmic of G'MIC, from a set of initial 2D color images. Click on an image to enlarge it and display the G'MIC command-line used for the processing (note: to reproduce this, you may have to G'MIC - GREYC'S MAGIC FOR IMAGE COMPUTING: A FULL-FEATURED Among all features available in G'MIC, our Color Presets and Simulate Film filters are able to apply various pre-defined color CLUTs on your images (600+ color CLUTs available).. Below, you can navigate through the different proposed presets and see how they modify the colors ofsome sample images.
BEGINNER'S COOKBOOK
Beginner's Cookbook. If you've visited the Basics page, you might have noticed a gallery of what some G'MIC commands do. They are wonderful, but also atypical, in that they are single commands that create an effect atomically. In typical cases, G'MIC effects arise from a good many commands, arrived at through some (more or less) controlledIMAGES - G'MIC
Images are commonly one pixel deep – one slice – but many G'MIC commands will function in the depth direction as well. For example, the blur command will spread a bright pixel in all directions, including neighboring slices. With depth a proxy for time in videos and animation, blur and other depth-aware commands can produce various CONJURING IMAGES OUT OF THE AETHER AND OTHER GENERATORS Conjuring images from the aether is fairly straightforward. One writes a series of as many as four integer parameters, spatial dimensions, separated by commas, with no embedded white space. The four numbers represent the width, height, depth and spectral dimensions of an image, like so: $ gmic 1036,850,1,3 print. -0./.CONTRIBUTE - G'MIC
Writing tutorials operates in the same vein. In tutorials, include the reference summary of the command in markdown. Here is the inclusion format: """. gmic -h < *gmic command* >. """. Omit the angle brackets; just write the command name. The angle brackets are meta-notation. Please include this reference summary instead of writing a summary byGot it!
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Cookie Consent plugin for the EU cookie law A Full-Featured Open-Source Framework for Image Processing -------------------------* Home
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* uTip (Support for Free by Watching Ads) * Paypal (Through the LILA Association) Latest stable version: 2.9.0 Current pre-release: 2.9.1In a nutshell
_GMICKY, the G'MIC mascot, artwork by David Revoy ._ _GMICKY, the G'MIC mascot (artwork by David Revoy )_ ------------------------- Latest donations received: ------------------------- G'MIC is a full-featured open-sourceframework for
digital image processing, distributed
under the CeCILL free software licenses (LGPL-like and/or GPL-compatible). It provides several user interfaces to convert / manipulate / filter / visualize GENERIC IMAGE DATASETS, ranging from 1D scalar signals to 3D+t sequences of multi-spectral volumetric images, hence including 2D color images. We provide these different G'MIC user interfaces: ------------------------- 1 - gmic , a command-line tool to use the G'MIC image processing features from a shell. In this setting, G'MIC may be seen as a friendly companion to the ImageMagickor GraphicsMagick
software suites.
_ _
_GMIC, the command-line interface of G'MIC._ ------------------------- 2 - G'MIC-Qt , a plug-in to bring G'MIC capabilities to the image retouching and painting software GIMP , Krita and Paint.NET . More than 500 filters are already available, sorted by category (_Artistic, Black & white, Colors, Contours, Deformations, Degradations, Details, Color Grading, Frames, Layers, Light & shadows, Patterns, Rendering, Repair, Sequences_,etc.).
_ _
_The G'MIC plug-in in action!_ ------------------------- 3 - libgmic , a small, portable, thread-safe and multi-threaded, _C++_ image processing library to be linked to third-party applications. Its simple API allows programmers to add all G'MIC features in their own software without much efforts (a _C_ API is available as well)._ _
_LIBGMIC, a small, thread-safe, multi-threaded, C++ image processing library to embed all G'MIC features in third-party applications._ ------------------------- 4 - G'MIC Online , a web service to allow users applying image processing algorithms on their images, directlyfrom a web browser.
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_G'MIC ONLINE, the web service to use G'MIC from a browser._ -------------------------5 - ZART
Screenshot of ZART in action., a Qt-based interface for real-time processing of video streaming coming from webcams or video files._ _
------------------------- _ZART, a real-time video processing software using the G'MIC processing library._ Other open-source projects are known to use some of the G'MICfeatures:
* EKD , a free software dedicated to postproduction processing for videos and images. * FLOWBLADE , a multitrack non-linear video editor for Linux released under GPL 3 license. * PHOTOFLOW , a fully non-destructive photo retouching program. * VEEJAY , a visual instrument and realtimevideo sampler.
The G'MIC source code has been registered to the APP (French Agency for the Protection of Programs) by the CNRS , under registration number: _IDDN.FR.001.170024.000.S.P.2017.000.21000._Screenshots
Here are some screenshots illustrating various uses of G'MIC. It shows how it is able to process and visualize different types of 1D/2D/3D image datasets. G'MIC is actually a handy toolbox for many image/signal processing applications. See also the Gallery section for more detailed examples on its use. You can also try the online version of G'MIC to try some of the filters it proposes.Philosophy
G'MIC is focused on the design of possibly complex pipelines for converting, manipulating, filtering and visualizing GENERIC 1D/2D/3D MULTI-SPECTRAL IMAGE DATASETS. This includes of course color images, but also more complex data as image sequences or 3d(+t) volumetric float-valued datasets. To do so, G'MIC defines a lightweight but powerful SCRIPT LANGUAGE (the G'MIC language ) dedicated to the design of IMAGE PROCESSING OPERATORS AND PIPELINES. G'MIC is an OPEN FRAMEWORK: the default language can be extended with custom G'MIC-written commands, defining thus new available image filters or effects. By the way, G'MIC already contains a substantial set of pre-defined image processing algorithms and pipelines (more than 1000). G'MIC is natively multi-threaded. It uses OpenMP to take advantage of multiple cores for speeding up the computation of image processing operations. G'MIC has been designed with PORTABILITY in mind and runs on different platforms (Windows, Unix, MacOSX). Since 2008, it is mainly developed in the Image Team of the GREYC laboratory, in Caen/France, by permanent researchers working in the field of image processing on a daily basis. Other interesting technical aspects of G'MIC are:*
It can process a wide variety of image types, including MULTI-SPECTRAL (arbitrary number of channels) and 3D VOLUMETRIC images, as well as IMAGE SEQUENCES, or 3D VECTOR OBJECTS. Images with different PIXEL TYPES are supported, allowing to process flawlessly images with 8bits or 16bits integers per channel, as well as float-valued datasets.*
It internally works with LISTS OF IMAGES. Image manipulations and interactions can be done either grouped or focused on specific items.*
It provides light but efficient VISUALIZATION MODULES dedicated to the exploration/viewing of 2D/3D multi-spectral images, 3d vector objects (elevation map, isocurves, isosurfaces,...), or 1D graph plots.*
It is HIGHLY EXTENSIBLE through the possible inclusion of CUSTOM COMMAND FILES which add new commands that become understood by the language interpreter. Thus, users can design their own image processing library on top of G'MIC.*
It proposes commands to handle custom INTERACTIVE WINDOWS where events can be managed by the user.*
It is based on the latest development version of the CIMG LIBRARY , a well established C++ template image processing toolkit, created and maintained by the same team of developers since1999.
The team
Project Managers and Main Developers: * DAVID TSCHUMPERLÉ (core, CLI interface, C++ and G'MIC libraries) (Check out his blog)
* SÉBASTIEN FOUREY (G'MIC-Qt, G'MIC online and ZArt). If you appreciate what we do on G'MIC, please consider supporting us!
Contributors:
* SYLVIE ALEXANDRE (packaging,testing, filters).
* PARTHA BAGCHI (packaging). * DANIEL P. BERRANGÉ (packaging). * SÉBASTIEN BOUGLEUX(debugging).
* JÉROME BOULANGER (testing, code). * CLAUDE BULIN (packaging). * AURÉLIEN CEYDEN (packaging).* MATTHEW CALLAGHAN
(filters).
* FRANÇOIS COLLARD
(testing).
* CHRISTOPHE COURONNE (G'MIConline).
* PATRICK DAVID (testing). * FREDERIC DERVERNAY (code). * MAXIME DAISY (code, testing). * IAIN FERGUSSON (filters).* TOBIAS FLEISCHER
(testing, code).
* ROBERTO FERRAMOSCA (packaging). * JÉROME FERRARI (testing, code,tutorials).
* ANDREA FERRERO (testing, code,builds).
* CHRIS FIEDLER
(gfx).
* GENTLEMANBEGGAR
(filters).
* DAVID GOWERS (testing). * SILVIO GROSSO (debugging). * CLAES HOLMERSON (tutorials). * ARTO HUOTARI (filters). * Dan Leinir Turthra Jensen (debugging). * MARTIN JAMBON (filters). * TOM KEIL (testing, filters, tutorials). * ANDY KELDAY (testing, filters). * SANDER KNOPPER (testing, cmake build). * ALAN KWAN (AFRE) (testing,filters).
* ANGELO LAMA (testing, EKDintegration).
* JOHN LAKKAS (filters). * STEPHANE DE LA LINUXERIE (design). * MAHVIN (mascot design, design). * MARK (translation). * JOVANA MILUTINOVICH(translation).
* MAREROQ (translation). * RAMÓN MIRANDA (testing,translation).
* TOU OMIYA (translation). * PHOTOCOMIX (testing, translation, filters). * GARRY OSGOOD (documentation,filters).
* JEHAN PAGÈS (testing, code). * STANISLAV PASKALEV (filters). * JAMES PRICHARD (testing, filters). * MAURO QUERCIA (translation). * JOSEF RADINGER (packaging). * GUILHERME RAZGRIZ (translation). * BOUDEWIJN REMPT (Krita integration, code, testing).* REPTORIAN
(filters).
* DAVID REVOY (mascot design, testing). * KARSTEN RODENACKER (testing,packaging).
* MARC ROOVERS
(clut
data).
* DANI SARDAÀ
(translation).
* JONATHAN-DAVID SCHRÖDER (bindings for Python, Blender nodes). * YURI SHEMANIN (debugging).* STEPANEKOS
(translation).
* THORSTEN "OTTO" STETTIN(packaging).
* LUKAS TVRDY
(Krita integration). * INGO WEYRICH (optimizations). * MARTIN WOLFF (debugging). * BERND ZEIMETZ (packaging). * MATTHIAS ZEPPER (testing).Resources
If you appreciate G'MIC, feel free to hang a flyer somewhere to make this project more visible! To learn more about the G'MIC project, you can also look at the presentation slides! * If you want to cite G'MIC in a paper, here is a way to do it: David Tschumperlé, Sébastien Fourey, _"G'MIC (GREYC's Magic for Image Computing): A Full-Featured Open-Source Framework for Image Processing"_, https://gmic.eu G'MIC is an open-source software distributed under the CECILL free software licenses (LGPL-likeand/or
GPL-compatible). Copyrights (C) Since July 2008, David Tschumperlé- GREYC UMR
CNRS 6072, Image Team.Loading...
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