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opensource.graphics

Website beoordeling opensource.graphics

 Gegenereerd op April 26 2021 11:45 AM

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De score is 42/100

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Open Source Graphics / Tips and tricks for creating graphics and retouching images with open-source software



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Headings
H1 H2 H3 H4 H5 H6
29 48 27 0 1 1
  • [H1] Open Source Graphics
  • [H1] G’MIC 2.2 : New features and filters!
  • [H1] 1. Context and recent evolutions
  • [H1] 2. Fruitful collaboration with David Revoy
  • [H1] 3. Filters, filters, filters…
  • [H1] 4. Other notable improvements
  • [H1] 5. Conclusion and perspectives
  • [H1] G’MIC 2.0: A second breath for open-source image processing
  • [H1] 1. G’MIC: A brief overview
  • [H1] 2. A new versatile interface, based on Qt
  • [H1] 3. Easing the work of cartoonists…
  • [H1] 4. …Not to forget the photographers!
  • [H1] 5. And for the others…
  • [H1] 6. Overall project improvements
  • [H1] 7. What to remember?
  • [H1] G’MIC 1.7.1: When the flowers are blooming, image filters abound!
  • [H1] Christmas is already here for image processing folks…
  • [H1] Image processing made easier with a powerful math expression evaluator.
  • [H1] 1. Context and issues
  • [H1] 2. Algorithm code viewed as a complex math expression
  • [H1] 3. A toy example: Julia fractals
  • [H1] 4. A more serious example: the “Non-Local Means”
  • [H1] 5. The Vector Painting filter
  • [H1] 6. Comparison with ImageMagick’s -fx operator
  • [H1] 7. Conclusion and perspectives
  • [H1] My latest ten months working on G’MIC
  • [H1] How to code a nice user-guided foreground extraction algorithm? (Addendum)
  • [H1] How to code a nice user-guided foreground extraction algorithm?
  • [H1] Visualizing the 3D point cloud of RGB colors
  • [H2] Tips and tricks for creating graphics and retouching images with open-source software
  • [H2] Menu 1
  • [H2] 1.1. Port of the G’MIC-Qt plugin to Krita
  • [H2] 1.2. CeCILL-C, a more permissive license
  • [H2] 2.1. Improving the lineart colorization filter
  • [H2] 2.2. Color equalizer in HSI, HSL and HSV spaces
  • [H2] 2.3. Angular deformations
  • [H2] 3.1. Bring out the details without creating “halos”
  • [H2] 3.2. Different types of image deformations
  • [H2] 3.3. Artistic Abstractions
  • [H2] 3.4. “Are there any more?”
  • [H2] 4.1. A better G’MIC-Qt plugin interface
  • [H2] 4.2. Improvements in the G’MIC core
  • [H2] 4.3. New design for G’MIC Online
  • [H2] Links:
  • [H2] 4.1. CLUTs and colorimetric transformations
  • [H2] 4.2. Making the details pop out
  • [H2] 4.3. Masking by color
  • [H2] 5.1. Average and median of a series of images
  • [H2] 5.2. Deformations and “Glitch Art”
  • [H2] 5.3. Image simplification
  • [H2] 5.4. Other filters
  • [H2] G’MIC: A brief overview
  • [H2] A selection of some new filters and effects
  • [H2] Other various improvements
  • [H2] What’s next ?
  • [H2] Links:
  • [H2] 1. Overview of the G’MIC project
  • [H2] 2. Improvements of the G’MIC plug-in for GIMP
  • [H2] 3. The PatchMatch algorithm
  • [H2] 4. A more powerful expression evaluator
  • [H2] 5. An abundance of filters!
  • [H2] 6. Other notable points
  • [H2] 8. So, what’s next?
  • [H2] 1. The G’MIC Project : Context and Presentation
  • [H2] 2. New G’MIC features for color processing
  • [H2] 3. An algorithm for foreground/background extraction.
  • [H2] 4. Some new artistic filters.
  • [H2] 5. A quick view of the other improvements
  • [H2] 6. Perspectives and Conclusions.
  • [H2] Principle of the algorithm: About three months ago, I’ve added a new filter in the
  • [H2] Details of the implementation: Now I assume that the hardest work has been already done, which is the design of the GUI for letting the user place foreground/background key points. Now, we have then two known images as the input of our algorithm.
  • [H2] And now ? You know the secret of this nice (but simple) foreground extraction algorithm. So you have two options:
  • [H2] Preliminary note:
  • [H2] Understanding how the image colors are distributed:
  • [H2] Generating 3D colors distribution views with G’MIC:
  • [H2] And now ?
  • [H2] Recent Posts
  • [H3] Painterly rendering of photographs
  • [H3]
  • [H3] Reconstructing missing data from sparse samples
  • [H3] Make textures tileable
  • [H3] Image decomposition into several levels of details
  • [H3] Image denoising based on “Patch-PCA”
  • [H3] The “Droste” effect
  • [H3] Equirectangular to nadir-zenith transformation
  • [H3] 2.1. Import and export of image data via GEGL buffers
  • [H3] 2.2. Support for UTF-8 strings in widgets
  • [H3] 2.3. A more responsive interface
  • [H3] 3.1. Another filter for image Inpainting
  • [H3] 3.2. Texture re-synthesis
  • [H3] 3.3 Make seamless textures
  • [H3] 2.1. Color curves in an arbitrary color space
  • [H3] 2.2. Comics colorization
  • [H3] 2.3. B&W picture colorization
  • [H3] 2.4. Color transfer
  • [H3] 2.5. Website for analog film emulation
  • [H3] 4.1. Engrave effect.
  • [H3] 4.2. Delaunay triangulation.
  • [H3] 4.3. Other artistic filters.
  • [H3] 5.1. Global improvements and the libgmic library.
  • [H3] 5.2. New possibilities for image filtering.
  • [H3] 5.3. Improvements of the G’MIC plug-in for GIMP.
  • [H3] 5.4. G’MIC without any limits : Using the command-line interface.
  • [H3] 5.5. Other G’MIC interfaces being developed.
  • [H5] Disclaimer: This article is a duplicate of this post, originally published on the Pixls.us website, by the same authors.
  • [H6] Warning: This post contains personal thoughts about my research work in image processing. I’ll discuss about some of the issues I’m facing as an active developer of two open-source image processing frameworks (namely CImg and G’MIC). So keep in mind this will be a bit self-centered. There are high chances you find all this really boring if you are not a developer of image processing software yourself (and even if so). Anyhow, feel free to give your impressions after the reading!
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Ankertekst Type samenstelling
Skip to navigation Intern doFollow
About Intern doFollow
Articles Intern doFollow
Software Intern doFollow
Libraries Intern doFollow
Other resources Intern doFollow
February 24, 2018 Intern doFollow
IMAGE team Extern doFollow
GREYC Extern doFollow
CNRS Extern doFollow
image processing Extern doFollow
we already did in the past Extern doFollow
The G’MIC project Extern doFollow
Twitter feed Extern doFollow
The G’MIC Online Web Service Extern doFollow
Linuxfr Extern doFollow
CeCILL Extern doFollow
IMAGE Extern doFollow
GREYC Extern doFollow
University of Caen Extern doFollow
ENSICAEN Extern doFollow
David Revoy Extern doFollow
950 different image processing functions Extern doFollow
Qt Extern doFollow
12 lines! Extern doFollow
forum Extern doFollow
artifacts Extern doFollow
anisotropic Extern doFollow
bilateral filter Extern doFollow
Mr. Potato Head Extern doFollow
a video tutorial Extern doFollow
DCT Extern doFollow
tensor fields Extern doFollow
MRI volumes of diffusion tensors Extern doFollow
responsive design Extern doFollow
FOSS Extern doFollow
- Extern doFollow
- Extern doFollow
Uncategorized Intern doFollow
David Tschumperlé Intern doFollow
June 12, 2017 Intern doFollow
Pixls.us Extern doFollow
last article Extern doFollow
G’MIC plug-in for GIMP Extern doFollow
IMAGE Extern doFollow
CeCILL Extern doFollow
these project slides Extern doFollow
Sébastien Extern doFollow
Boudewijn Rempt Extern doFollow
David Revoy Extern doFollow
this link Extern doFollow
2 Extern doFollow
episode 22 Extern doFollow
previous article Extern doFollow
Pat David Extern doFollow
Marc Roovers Extern doFollow
Stuart Sowerby Extern doFollow
Delaunay triangulation Extern doFollow
RawTherapee Extern doFollow
Darktable Extern doFollow
Sébastien Guyader Extern doFollow
Morgan Hardwood Extern doFollow
Multi-scale Retinex Extern doFollow
already present Extern doFollow
luminosity masks Extern doFollow
Principal Component Analysis Extern doFollow
by combining several shots Extern doFollow
a longer exposure time Extern doFollow
music video clips Extern doFollow
celebrity portraits Extern doFollow
conformal maps Extern doFollow
this page Extern doFollow
posterization Extern doFollow
color quantization Extern doFollow
variadic Extern doFollow
CImg Extern doFollow
OpenMP Extern doFollow
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beta version Extern doFollow
Christophe Couronne Extern doFollow
Véronique Robert Extern doFollow
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G'MIC Intern doFollow
Image processing Intern doFollow
Summary Intern doFollow
development Intern doFollow
gimp Intern doFollow
gmic Intern doFollow
krita Intern doFollow
May 19, 2016 Intern doFollow
G’MIC: A brief overview Intern doFollow
multispectral data Extern doFollow
GraphicsMagick Extern doFollow
slides Extern doFollow
A selection of some new filters and effects Intern doFollow
Painterly rendering of photographs Intern doFollow
see this example of “ brushified “ video Extern doFollow
Reconstructing missing data from sparse samples Intern doFollow
Image Inpainting Extern doFollow
diffusion PDE’s Extern doFollow
image of a waterdrop Extern doFollow
this video Extern doFollow
Make textures tileable Intern doFollow
Image decomposition into several levels of details Intern doFollow
“à trous” wavelet decomposition Extern doFollow
this wonderful link Extern doFollow
Image denoising based on “Patch-PCA” Intern doFollow
The “Droste” effect Intern doFollow
The Droste effect Extern doFollow
Droste filter Extern doFollow
Equirectangular to nadir-zenith transformation Intern doFollow
on pixls.us Extern doFollow
Other various improvements Intern doFollow
optical illusions Extern doFollow
color blindness Extern doFollow
After effects Extern doFollow
Sony Vegas Pro Extern doFollow
Natron Extern doFollow
Python script Extern doFollow
this video Extern doFollow
this video Extern doFollow
this one Extern doFollow
What’s next ? Intern doFollow
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here Extern doFollow
here Extern doFollow
here Extern doFollow
here Extern doFollow
here Extern doFollow
here Extern doFollow
here Extern doFollow
Links: Intern doFollow
Introduction to the CLI interface of G’MIC Extern doFollow
G’MIC 1.7.1 release article on linuxfr.org Extern doFollow
- Extern doFollow
- Extern doFollow
Development Intern doFollow
December 16, 2015 Intern doFollow
since my last digest Intern doFollow
GIMP Extern doFollow
CeCILL. Extern doFollow
GIMP Extern doFollow
ImageMagick Extern doFollow
GraphicsMagick Extern doFollow
Freenode Extern doFollow
GEGL Extern doFollow
UTF-8 Extern doFollow
his web page Extern doFollow
PatchMatch Extern doFollow
block-matching technique Extern doFollow
synthesizing textures, Extern doFollow
performing super-resolution Extern doFollow
post on Pat David’s blog Extern doFollow
Photoshop CS5 Extern doFollow
Maxime Daisy Extern doFollow
his demo page for examples Extern doFollow
Matlab Extern doFollow
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comprehensive post Intern doFollow
the full source code of this filter Extern doFollow
a Poisson equation Extern doFollow
HDR Extern doFollow
Bokeh Extern doFollow
Intarsia Extern doFollow
GimpChat Extern doFollow
is visible here Extern doFollow
Tobias Fleischer Extern doFollow
Adobe After Effects Extern doFollow
Premiere Pro Extern doFollow
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libgmic Extern doFollow
skeleton Extern doFollow
OpenFX API Extern doFollow
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PhotoFlow) Extern doFollow
ZArt Extern doFollow
little intro Extern doFollow
- Extern doFollow
- Extern doFollow
imaging science Extern doFollow
my work Extern doFollow
algorithm prototyping Extern doFollow
Don’t waste your time Extern doFollow
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Octave Extern doFollow
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Lena Extern doFollow
Jay Leno Extern doFollow
Leno image Intern doFollow
OpenMP Extern doFollow
Julia fractal Extern doFollow
A. Buades Extern doFollow
Jérome Boulanger Extern doFollow
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this documentation page Extern doFollow
this page Extern doFollow
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Algorithm Intern doFollow
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G’MIC Online Extern doFollow
Krita Extern doFollow
Lukas Tvrdy Extern doFollow
color curves Extern doFollow
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HSI, HSL, HSV Extern doFollow
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this one Extern doFollow
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quick video tutorial Extern doFollow
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web page dedicated to Film Emulation Extern doFollow
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visible here Extern doFollow
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the donation page Extern doFollow
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5 Comments Intern doFollow
zart Intern doFollow
December 7, 2014 Intern doFollow
Easy (user-guided) foreground extraction Intern doFollow
CImg Extern doFollow
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foreground extraction Intern doFollow
image segmentation Intern doFollow
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Dijkstra’s algorithm Extern doFollow
priority queue Extern doFollow
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December 4, 2014 Intern doFollow
histogram of an image Extern doFollow
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The image Extern doFollow
a portrait of Mairi Extern doFollow
these nicely written tutorial pages Extern doFollow
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SEO Keywords
Keywords Cloud plug- filter color been filters image algorithm gmic from new
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image 465
gmic 445
filter 229
color 169
new 158

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Url Domein : opensource.graphics
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