Free first person view software for linux

FIRST DiskImager is an advanced, full-featured GUI disk image acquisition tool.

It was designed for forensic disk image inspection. Developed using C++ and QT. This is our 1st attempt to create an acquisition software to meet the NIST standards.

******** WARNING !!! USE THIS SOFTWARE AT YOUR OWN RISK!!! **************

Ive tested and used the software and it works for me, but there is no guarantee that it will work for you. You can very easily DESTROY DATA IRRECOVERABLY by using this software. Do not even attempt using this software unless you are VERY FAMILIAR with the process of imaging hard drives and other media. While this program is intended to make the imaging
process more convenient, it cannot THINK for you. If you mix up the source and destination targets and accidentally overwrite the original evidence, there is nothing I (or anyone else) can do for you.

DO NOT USE THIS SOFTWARE FOR ACTUAL PRODUCTION OR CASE WORK UNTIL YOU HAVE THOUROUGHLY TESTED IT AND HAVE SATISFIED YOURSELF THAT IT DOES WHAT YOU WANT IT TO DO. I WILL NOT BE RESPONSIBLE FOR UNEXPECTED RESULTS OBTAINED FROM THE USE OF THIS SOFTWARE WHETHER THEY ARE THE RESULT OF PROGRAM BUGS, USER ERROR, HARDWARE FAILURES, OR ACTS OF GOD. AGAIN, IF YOU USE THIS SOFTWARE YOU DO SO AT YOUR OWN RISK AND ASSUME ALL RESPONSIBILITY FOR THE RESULTS.
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Bagel View project is a lightweight image viewer for looking at pXm images. Here pXm means Portable Pixmap (ppm), Portable Bitmap (pbm), and Portable Graymap (pgm) in both RAW and ASCII format. Sample files are included in the samples directory.

Microracers is a fun 2D top-view racing game.

Microracers aims to be a fun 2D top-view racing game. It is inspired on the old Micromachines game, but it isnt meant to be a clone of it.

For now, it only has a racing gameplay where you have to beat computer vehicles (or other 3 humans on the same seat) by completing 2 laps the first.

The game is under the GPL. Everyone is free to contribute! Contact us.

3D Pong project is a simple Xlib vector-based ping-pong game.
3D Pong is is a very small and fast ping-pong or handball game for one or two players. It uses simple 3D vector graphics in Xlib.
Multiple views are possible, and red/blue separation is available for users with 3D movie glasses.
Main features:
Game Play:
- 1 player against the computer
- 1 player in "handball" mode
- 2 players, networked
- User-defined gravity level
- With or without a deflective "net"
Display Modes:
- Red/Blue split mode for true 3D using 3D glasses!!!
- Six viewing positions:
- First Person POV from behind your paddle
- "Bleacher" view from the side of the game arenta.
- Above view.
- Freely rotatable mode (using the mouse)
- A dizzying "follow the ball" mode
- Follow the paddle mode

glTron project is a tron-like game with a 3D view.

glTron is a tron-like lightcycle game with a nice 3D perspective. 3D acceleration is recommended.

Asteroids3D is a 3D FPS game of blowing up asteroids.
The object of the game is to stay alive and destroy all the asteroids in the asteroid field.
To view the available command line options type:
asteroids3D -help
Installation:
Unfortunately theres no configure script for this program yet. If you have installed mesa3d in some place other than /usr/local/opengl, you should edit the INC and LIB lines of the make file and change them appropratly. Other than that, A3D should compile without a problem. Type make.
If you want to install the program somewhere else, copy the asteroids3D binary, *.ppm, and *.ub to a directory of your choice.
Enhancements:
- This release fixes compilation when -DDATADIR or the enhanced LDFLAGS line are used.
- An extended debugging grid and spherical/tetrahedronal bounding boxes for asteroids have been added.
- The view depth has been increased.

GO::View is a Perl module that creates a gif or png image for visualizing the GO DAG.

This perl module generates a graphic that displays the parent and child relationships of a selected GO term. It also provides the visualization for the GO::TermFinder perl module created by the Stanford Microarray Database (SMD). This module is useful when analyzing experimental or computational results that produce a set of gene products that may have a common function or process.

SYNOPSIS

use GO::View;

my $goView =

GO::View->new(-goid => $goid,
-ontologyProvider => $ontology,
-annotationProvider => $annotation,
-termFinder => @pvalues,
-aspect => P,
-configFile => $confFile,
-imageDir => "/tmp",
-imageUrlRoot => "http://www.ABC.com/tmp",
-imageName => "GOview.88.png",
-tree => up,
-nodeUrl => $goUrl,
-geneUrl => $geneUrl,
-pvalueCutOff => 0.01,
-imageLabel => "SGD");


argument required expect data and type
-------------------------------------------------------------------------
-goid No A gene ontology ID (GOID).
If nothing is passed in, the module
will use the top goid of each ontology
branch (i.e, goid for
molecular_function, biological_process,
or cellular_component)

-ontologyProvider Yes An ontology provider instance.

-annotationProvider No An annotation provider instance. It is
required for creating tree for GO Term
Finder result.

-termFinder No An array of hash references returned
from findTerms method of
GO::TermFinder module. It is required
for creating tree for GO Term Finder
result.

-aspect No . The aspect of the ontology
provider. It is required for creating
tree for GO Term Finder result.

-configFile Yes The configuration file for setting the
general variables for the graphic
display.

-imageDir Yes The directory for storing the newly
created image file. It must be
world (nobody) readable and writable
if you want to display the image to
the web.

-imageUrlRoot No The url root for the -imageDir. It is
required if you want to display the
image to the web.

-imageName No The image file name. By default, the
name will be something like
GOview.xxxx.png. The xxxx will be
the process id. A suffix for the image (.png
or .gif) should not be provided, as that will
be determined at run time, depending on the
capabilities of the GD library.

-treeType No . The tree type.

1. up => display the ancestor tree
for the given goid.
2. down => display the descendant tree
for the given goid.
By default, it will display the
descendant tree.

-geneUrl No The URL for each Gene to link to.
It needs to have the text in
the url which will be substituted
by the real goid for a node.

-nodeUrl No The url for each GO node to link to.
It needs to have the text in
the url which will be substituted
by the real goid for a node.

-pvalueCutOff No The p-value cutoff for displaying
the graphic for GO Term Finder.
The default is 0.01

-imageLabel No The image label which will appear at
the left bottom corner of the map.
------------------------------------------------------------------------

To display the image on the web:

$goView->showGraph;

To create and return image file name with full path:

my $imageFile = $goView->createImage;

Marathon: Rubicon X is a first person shooter that continues the story of Bungies Marathon trilogy.

Marathon: Rubicon X is a free, cross platform, first person shooter that continues the story of Bungie’s Marathon trilogy. First released as Marathon:Rubicon in 2001, Rubicon X is a complete overhaul of the original.

It features all new high-resolution artwork, new and updated maps, and enough surprises to feel like a whole new game.

Installation:

To play Rubicon, download and unzip the archive below. When youre done, you should have a new directory called Rubicon X.

You will need the newest version of the Aleph One engine. Copy the application, Fonts, and Themes into your Rubicon X folder.