Free reaper pics software for linux

Reaper project is a fly around and shoot stuff 3D game.
Reaper is a graphics-intensive 3D-game where you fly a spaceship over a planet completing combat missions.
Apart from being a creature that tends to consume all free time of those involved, leaving them robbed of the chance of ever living a normal life, it is a 3D-game.
To clarify some more, it could be classified as a space combat simulator (well, you dont fly in space, you fly much closer to the ground, but you do pilot spaceships, so.
Enhancements:
- Cleanup of shadow system (could be even better)
- BUGFIX: Incorrect handling of textures larger than GL_MAX_TEXTURE_SIZE
- Removed glsdk from src/ext-directory (not used)
- Added glh (gl helper library)
- Added nvparse (nvidia parser library)
- Add extgen (gl extension definition file generator)
- Changed OpenGL extensions handling from homegrown to glh/extgen
- Dynamic environment mapping on the players ship
- The autoconf setup is a bit less hackish
- Added GL-headers in src/GL - eliminates the need to adapt to broken headers on various systems.
- Fixed a time leak in the mainloop
- Improved network-startup, better synchronization
- Compiles cleanly with gcc and -ansi -pedantic -Wall -W -Wno-sign-compare -Wno-unused
- Changed use_texture to an int (texture_level), allowing a textured hud while object textures are turned off.

UMLGraph facilitates the declarative specification and drawing of UML class and sequence diagrams.
One can specify a class design using the Java syntax complemented by Javadoc tags.
Running the UmlGraph doclet on the specification generates a Graphviz diagram specification that can be automatically processed to create Postscript, GIF, SVG, JPEG, fig, or Framemaker drawings.
Similarly, sequence diagrams are specified using declarative pic macros and compiled with the GNU plotutils pic2plot program into a PNG, PNM, (pseudo) GIF, SVG, AI, Postscript, CGM, FIG, PCL, HPGL, Regis, or TEK drawing.
Enhancements:
- This version improves its invocation interface so that it can be run directly as a jar file.
- It has support for sending results to the standard output for direct piping into dot.
- The distribution includes an example shell script and batch file for invoking UMLGraph.

PDL::Graphics::TriD is a PDL 3D interface.

SYNOPSIS

use PDL::Graphics::TriD;

# After each graph, let the user rotate is and # wait for him to press q, then make new graph line3d($coords); # $coords = (3,n,...) line3d($coords,$colors); # $colors = (3,n,...) line3d([$x,$y,$z]); imagrgb([$r,$g,$b]); lattice3d([$x,$y,$z]); # 2-d piddles points3d([$x,$y,$z]);
hold3d(); # the following graphs are on top of each other and the previous line3d([$x,$y,$z]); line3d([$x,$y,$z+1]); $pic = grabpic3d(); # Returns the picture in a (3,$x,$y) float piddle (0..1).
release3d(); # the next graph will again wipe out things.

WARNING

These modules are still in a somewhat unfocused state: dont use them yet if you dont know how to make them work if they happen to do something strange.

This module implements a generic 3D plotting interface for PDL. Points, lines and surfaces (among other objects) are supported.

With OpenGL, it is easy to manipulate the resulting 3D objects with the mouse in real time - this helps data visualization a lot.

BBCNews.co.uk RSS reader is a SuperKaramba theme.

Based on LTRSS reader (http://www.kde-look.org/content/show.php?content=27639) I really didnt do almost anything to the original script, just changed things to BBC and made the header pic.

I just thought that since i did it i might as well post it here.

PDL::IO::Pic is a image I/O for PDL.

Image I/O for PDL based on the netpbm package.

This package implements I/O for a number of popular image formats by exploiting the xxxtopnm and pnmtoxxx converters from the netpbm package (which is based on the original pbmplus by Jef Poskanzer).

Netpbm is available at ftp://wuarchive.wustl.edu/graphics/graphics/packages/NetPBM/ Pbmplus (on which netpbm is based) might work as well, I havent tried it. If you want to read/write JPEG images you additionally need the two converters cjpeg/djpeg which come with the libjpeg distribution (the "official" archive site for this software is ftp://ftp.uu.net/graphics/jpeg).

Image I/O for all formats is established by reading and writing only the PNM format directly while the netpbm standalone apps take care of the necessary conversions. In accordance with netpbm parlance PNM stands here for portable any map meaning any of the PBM/PGM/PPM formats.

As it appeared to be a reasonable place this package also contains the routine wmpeg to write mpeg movies from PDLs representing image stacks (the image stack is first written as a sequence of PPM images into some temporary directory). For this to work you additionally need the program mpeg_encode from the Berkeley multimedia package.

You find mpeg_encode at ftp://mm-ftp.cs.berkeley.edu/pub/multimedia/mpeg/encode (they even have binaries for a number of platforms).

Radzilla is a port of the well known physically based ray tracer Radiance to the C++ programming language, including a GUI based on the QT toolkit from Trolltech.
Radzilla project aims at modifying and optimizing classic Radiance for complex visualization applications in architecture, art or design.
The project started in 2004, 1 1/2 years after Radiance itself became Open Source. In its first stages, it was a means to collect previous Radiance-related work (self-developed, like the direct cache or the color4pict primitive, or externally developed, like Roland Schregles Photon Map) and merge it with the classic core.
Further developments followed soon (like the scene primitive or a new source partitioning scheme). With the recent implementation of a GUI frontend, the focus has temporarily moved more to the periphery.
The overall aim is not to hide the complexity of Radiance, but just to make the use and handling of it easier. Including image processing features based on Radiance classic modules (pfilt, pcond) in the new Version 1.1 now means a next step towards setting up a new environment for working with the plethora of tools offered by the Radiance suite, either in their original version or enhanced with additional features.
Main features:
Code restructuring
- The majority of the Radzilla core consists out of original Radiance code, which is just rearranged, modularized and grouped into C++ classes. The idea was to get aquainted with C++ and object oriented programming, nothing more. Radiance itself is highly optimized, so there is simply no need to rewrite everything.
Increased Flexibility
- Radzilla offers a higher degree of flexibility and modularization, e.g. with the possibility to set individual render parameters for each light source, or with the scene primitive, which lets you insert a full scene including light sources and a different set of render parameters.
New Material and Modifier Primitives
- A handful of new modifiers have been introduced, offering more (or easier) ways to modify surface and medium properties, generate falsecolor output for selected objects, perform semitransparent image mapping etc.
New Modules
- Radzilla currently contains the Photon Map, a forward raytracer routine written by Roland Schregle at Fraunhofer ISE, Freiburg, an optional New Source Partitioning Scheme and the Direct Cache, an optimization strategy for scenes containing many light sources.
Full compatibility with classic Radiance
- Radzilla supports all geometry and material/modifier primitives, all parameters and the octree structure of Radiance classic, i.e. it accepts any valid Radiance input. It also produces the same output format (a Radiance pic).
- The word full has to be taken cum grano salis. In turn of continuing development on both branches, you will unfortunately find the one or the other newly added Radiance classic option which is not supported yet by Radzilla.

pyctures is a small web gallery written in Python that uses the web.py framework. It does not use any database and stores all the necessary data in the filesystem.
pyctures is published under the BOLA (Public Domain), so you can run the software anywhere, and do whatever you want with it.
Installation:
The installation procedure depends on the HTTP server youre using. What follows is a list of procedures for some common HTTP servers. If you use pyctures with something else, please let me know so I can add it here.
After youve completed the install, read the "Administration" file to learn how to manage your gallery.
Common procedure
1. Copy the "website" directory to a suitable place where you want to install
pyctures. It does not have to be inside your website, but has to be
readable by your webservers user.
2. Create a "config.py" file based on the "config.py.sample" file, and edit it
according to your configuration. A really important setting is the album
path, where all albums will be stored. It can be anywhere you want. Create
an admin user so you can create albums using the web interface.
3. Make sure the album path is writeable by the user who will run the pyctures
application. It usually is your web server user.
4. Install PIL from http://www.pythonware.com/products/pil/. The package name
for most distributions is "python-imaging" or just "imaging".
5. Install cheetah from http://www.cheetahtemplate.org/. The package name for
most distributions is "python-cheetah" or just "cheetah". You need at least
version 2.0-rc5.
No server (stand-alone)
pyctures can be run without any HTTP server by just executing
"./pyctures [PORT]" directly on the website directory. Its useful for
testing and small sites. I recommend that you test everything works this way
before integrating it into a webserver.
lighttpd
First of all, install "flup", from http://www.saddi.com/software/flup/.
Gentoo: Its not in portage, it sucks. Check
http://bugs.gentoo.org/show_bug.cgi?id=100784
Debian: apt-get install python-flup
Now, lets suppose youve installed pyctures in the "/var/www/pyctures"
directory, and want to publish it under the "/pics/" directory.
You need to add the following to /etc/lighttpd/mod_fastcgi.conf (or just
/etc/lighttpd/lighttpd.conf if you dont have the other file):
---------- 8< ---------- 8< ---------- 8< ---------- 8< ----------
fastcgi.server = (
"/pics" => ((
"socket" => "/tmp/fastcgi-pics.socket",
"max-procs" => 1,
"bin-path" => "/var/www/pyctures/pyctures"
))
)
---------- 8< ---------- 8< ---------- 8< ---------- 8< ----------
This is enough, but be aware that "http://mysite/pics" (note the missing
"/" at the end) will *not* be redirected to pyctures.
If you want to be able to refer to your pyctures root both as
"http://mysite/pics/" and "http://mysite/pics", you need to add the
following in the same file as before:
---------- 8< ---------- 8< ---------- 8< ---------- 8< ----------
url.redirect = (
"^/pics$" => "/pics/"
)
---------- 8< ---------- 8< ---------- 8< ---------- 8< ----------
And then create an empty file in your document root called "gallery",
otherwise lighttpd will think the path does not exist and return 404 before
doing the redirection.
Enhancements:
- This version implemented pagination, IE support, and automatic thumbnail regeneration on config changes.
- It also improved performance considerably, reduced the memory footprint, added Apache installation instructions, and included several other minor improvements.