GEGL is a C-based image processing library that operates on a graph structure. The abbreviation stands for Generic Graphics Library.
GEGL is an efficient image processing library that operates on a graph-based infrastructure, making use of object orientation provided by gobject from glib. Initially conceptualized for GIMP's composite and processing core, GEGL was created with the aim of minimal dependencies and a simple API. Despite that, it already offers a comprehensive set of features useful for graphics designers, making it a must-have tool.
One of the significant benefits that GEGL brings to its users is its capability to support various image formats, such as JPEG, PNG, EXR, RAW, SVG, and others. It can process image data in 8bit, 16bit integer, and 32bit floating point, RGB, CIE Lab, YCbCr as well as naive CMYK output. Furthermore, GEGL is extendable through plug-ins and equipped with XML, C and Python interfaces.
Memory-efficient evaluation of large images is no longer an issue with GEGL's unique features. It can process images stored as Tiled, Sparse, Pyramidial, and even larger than RAM buffers. Also, the library comes with a rich set of core processing operations, including basic color correction tools, Gaussian blur, arithmetic operations, porter duff compositing operations, SVG blend modes, other blend modes, apply mask, and text layouting using Pango.
To effectively run GEGL, there are some core requirements, such as glib (including gobject, and gmodule) 2.10 or newer, and the babl 0.0.8 or newer for pixel-format agnosticism. Additionally, for GUI purposes, GEGL utilizes GTK+; however, optional dependencies are recommended for specific operations, like using SDL for display operations, libjpeg for a jpg loader operation, libopenexr for an exr loader operation, cairo, pango for a text source operation, and librsvg.
All in all, GEGL is an excellent image processing library that can complete a broad range of operations that are useful for designers. Its capability to process huge image data efficiently provides an edge over other image processing tools. With GEGL, users can edit sophisticated graphics quickly and with ease.
One of the significant benefits that GEGL brings to its users is its capability to support various image formats, such as JPEG, PNG, EXR, RAW, SVG, and others. It can process image data in 8bit, 16bit integer, and 32bit floating point, RGB, CIE Lab, YCbCr as well as naive CMYK output. Furthermore, GEGL is extendable through plug-ins and equipped with XML, C and Python interfaces.
Memory-efficient evaluation of large images is no longer an issue with GEGL's unique features. It can process images stored as Tiled, Sparse, Pyramidial, and even larger than RAM buffers. Also, the library comes with a rich set of core processing operations, including basic color correction tools, Gaussian blur, arithmetic operations, porter duff compositing operations, SVG blend modes, other blend modes, apply mask, and text layouting using Pango.
To effectively run GEGL, there are some core requirements, such as glib (including gobject, and gmodule) 2.10 or newer, and the babl 0.0.8 or newer for pixel-format agnosticism. Additionally, for GUI purposes, GEGL utilizes GTK+; however, optional dependencies are recommended for specific operations, like using SDL for display operations, libjpeg for a jpg loader operation, libopenexr for an exr loader operation, cairo, pango for a text source operation, and librsvg.
All in all, GEGL is an excellent image processing library that can complete a broad range of operations that are useful for designers. Its capability to process huge image data efficiently provides an edge over other image processing tools. With GEGL, users can edit sophisticated graphics quickly and with ease.
What's New
Version 0.0.18: N/A