<name>Joonas Niilola</name>
</maintainer>
<use>
- <flag name="shm">Use MIT shared memory support for X image transfer.</flag>
+ <flag name="X">Use the X window system</flag>
+ <flag name="bzip2">Bzip2 loader support</flag>
+ <flag name="gif">Gif image loader support</flag>
+ <flag name="jpeg">Jpeg image loader support</flag>
+ <flag name="mp3">ID3 loader support</flag>
+ <flag name="png">PNG image loader support</flag>
+ <flag name="shm">Use MIT shared memory support for X image transfer</flag>
+ <flag name="tiff">TIFF image loader support</flag>
+ <flag name="webp">WEBP image loader support</flag>
+ <flag name="zlib">Zlib loader support</flag>
</use>
<longdescription>
-Imlib 2 is the successor to Imlib. It is not just a newer version - it is a
-completely new library. Imlib2 can be installed alongside Imlib 1.x without any
-problems since they are effectively different libraries - but they Have very
-similar functionality.
+ Imlib 2 is the successor to Imlib. It is not just a newer version - it
+ is a completely new library. Imlib2 can be installed alongside Imlib
+ 1.x without any problems since they are effectively different libraries
+ - but they Have very similar functionality.
-Imlib2 can do the following:
-* Load image files from disk in one of many formats
-* Save images to disk in one of many formats
-* Render image data onto other images
-* Render images to an X-Windows drawable
-* Produce pixmaps and pixmap masks of Images
-* Apply filters to images
-* Rotate images
-* Accept RGBA Data for images
-* Scale images
-* Alpha blend Images on other images or drawables
-* Apply color correction and modification tables and factors to images
-* Render images onto images with color correction and modification tables
-* Render truetype anti-aliased text
-* Render truetype anti-aliased text at any angle
-* Render anti-aliased lines
-* Render rectangles
-* Render linear multi-colored gradients
-* Cache data intelligently for maximum performance
-* Allocate colors automatically
-* Allow full control over caching and color allocation
-* Provide highly optimized MMX assembly for core routines
-* Provide plug-in filter interface
-* Provide on-the-fly runtime plug-in image loading and saving interface
-* Fastest image compositing, rendering and manipulation library for X
+ Imlib2 can do the following:
+ * Load image files from disk in one of many formats,
+ * Save images to disk in one of many formats,
+ * Render image data onto other images,
+ * Render images to an X-Windows drawable,
+ * Produce pixmaps and pixmap masks of Images,
+ * Apply filters to images,
+ * Rotate images,
+ * Accept RGBA Data for images,
+ * Scale images,
+ * Alpha blend Images on other images or drawables,
+ * Apply color correction and modification tables and factors to
+ images,
+ * Render images onto images with color correction and modification
+ tables,
+ * Render truetype anti-aliased text,
+ * Render truetype anti-aliased text at any angle,
+ * Render anti-aliased lines,
+ * Render rectangles,
+ * Render linear multi-colored gradients,
+ * Cache data intelligently for maximum performance,
+ * Allocate colors automatically,
+ * Allow full control over caching and color allocation,
+ * Provide highly optimized MMX assembly for core routines,
+ * Provide plug-in filter interface,
+ * Provide on-the-fly runtime plug-in image loading and saving
+ interface,
+ * Fastest image compositing, rendering and manipulation library for X.
-If what you want isn't in the list above somewhere then likely Imlib 2 does not
-do it. If it does it it likely does it faster than any other library you can find
-(this includes gdk-pixbuf, gdkrgb, etc.) primarily because of highly optimized
-code and a smart subsystem that does the dirty work for you and picks up the
-pieces for you so you can be lazy and let all the optimizations for you.
+ If what you want isn't in the list above somewhere then likely Imlib 2
+ does not do it. If it does it it likely does it faster than any other
+ library you can find (this includes gdk-pixbuf, gdkrgb, etc.) primarily
+ because of highly optimized code and a smart subsystem that does the
+ dirty work for you and picks up the pieces for you so you can be lazy
+ and let all the optimizations for you.
-Imlib 2 can run without a display, so it can be easily used for background image
-processing for web sites or servers - it only requires the X libraries to be
-installed - that is all - it does not require an XServer to run unless you wish
-to display images.
+ Imlib 2 can run without a display, so it can be easily used for
+ background image processing for web sites or servers - it only requires
+ the X libraries to be installed - that is all - it does not require an
+ XServer to run unless you wish to display images.
</longdescription>
<upstream>
<remote-id type="sourceforge">enlightenment</remote-id>
projects / gentoo.git / commitdiff