Free native resolution software for linux

high-resolution-timer is a library with Java and C++ wrappers to implement high . These timers can be used, for example, to count the ticks when doing performance analysis.
high-resolution-timer exploits the system dependent timers/clocks and provides a timer-like interface to the same. The attached file has build scripts for Linux and Solaris. There is also a Java wrapper over the library, which uses JNI to use the timer interfaces.
Enhancements:
- The library is a basic approach to design a base for the performance library.
- It has not yet taken into consideration the details of library preloads, etc.
- At load time, the library initializes itself with the timer with the least avg resolution.
- At unload time, the library cleans up by freeing any allocated memory.
- The library provides a getErrorMessage function to let the user know the detailed report of the error.
- The library exports start / stop JNI wrappers .

Low Resolution Modeline Calculator is a modeline calculator for legacy CRT displays, including TVs, arcade monitors, and VGA monitors.
Low Resolution Modeline Calculator can also be used to calculate low resolution modelines for modern multisync PC monitors.
As its name implies, it is not designed for calculating large resolutions, resolutions that operate over 65kHz.
Options:
-v, --vsync
Calculate the nearest mode in vertical synchronization.
-b, --bestscan
Calculate the nearest best scan mode.
-i, --interlace
Include support for interlaced calculations. Interlaced modes are not supported by many video cards. You should only enable this option if you know your video card supports them.
-d, --doublescan
Include support for doublescanned calculations. Doublescanned modes are not supported by many video cards. You should only enable this option if you know your video card supports them.
-n, --nostretch
Do not stretch modes that are out of range for your monitor. You should use this option if you know that your application does not support integer stretching.
-y, --ystretch
Assume fractional stretching of the y-resolution. You should use this option if you know that your application supports fractional stretching of the y-resolution and you want to stretch an underscanned mode so that it fills the entire screen.
-l, --lowpclock
Many video cards do not reliably support pixel clocks lower than 8mHz. If you know that your video card and its driver support pixel clocks lower than 8mHz, then you should use this option.
-h, --highpclock
Most X11 video card drivers do not support pixel clocks lower than 12mHz. In some cases your video card may not support pixel clocks lower than 12mHz either (rare). If you know that your video card (or your video card driver) does not support pixel clocks lower than 12mHz, then you should use this option.
-3x4
Stretch the horizontal resolution so that the mode has a 3:4 aspect ratio. You can use this option to correctly display vertical resolutions on a horizontal monitor.
-x, --X11R6
Print modeline in X11 format (default).
-f, --fb
Print modeline in fbset format.
-a, --advmame
Print modeline in AdvanceMAME format.
-s, --SDL
Print modeline in X11 format to stdout and print AdvanceMAME X11 configuration to stderr.
-p, --powerstrip
Print modeline in PowerStrip format.
-pal
Calculate modelines for a PAL Television (15.625kHz).
-ntsc
Calculate modelines for a NTSC Television (15.73426kHz).
-cga
Calculate modelines for a standard resolution arcade monitor (15.7500kHz).
-ega
Calculate modelines for a medium resolution arcade monitor (24.960kHz).
-vga
Calculate modelines for a standard VGA monitor (31.500kHz).
-d9200
Calculate modelines for a Wells-Gardner 9200 arcade monitor (15kHz, 25kHz, 31kHz).
-multi
Calculate modelines for a Multisync PC monitor (default)
Enhancements:
- The --reference option works correctly.
- The DOS version compiles with libxml.

JavaSVN project is a pure Java Subversion client library. You would like to use JavaSVN when you need to access or modify Subversion repository from your Java application, be it a standalone program, plugin or web application.
Being a pure Java program, JavaSVN doesnt need any additional configuration or native binaries to work on any OS that runs Java. On this site you will also find instructions on how to make existing programs use JavaSVN instead of native javahl bindings.
Main features:
- No external binaries or libraries are needed to work with Subversion repository.
- JavaSVN supports http, https, svn and svn+ssh connection protocols.
- Low level API allows effective direct Subversion repository access.
- JavaSVN is compatible with applications that already use native javahl bindings.

Fast MD5 Implementation in Java is a heavily optimized implementation of the MD5 hashing algorithm written in Java.
Fast MD5 Implementation in Java includes an optional native method for even greater speed improvements.
How Fast Is It?
Short answer:Much faster than any other Java implementation that I have tested and (surprisingly) even faster than the native, non-Java MD5 implementation on some systems.
Long answer:First of all, it is important to note that the term "fast" is used here in relative terms. The implementation of the MD5 message digest algorithm available on this page is written in Java and is fast compared with other implementations written in Java, both because it is heavily optimized by itself and because there is an optional native method that makes it even faster when the platform supports it. How it compares to a sensible implementation written in a language, such as C, that is compiled directly to machine code, is heavily dependent upon how good of a job the JIT compiler in your JVM does in compiling the code or whether you are able to use the optional native method.
Enhancements:
- Martin West contributed a bug fix and some code refactoring to make all targets work out of the box in the Ant build file. Previously, the "dist" target did not work if the "docs" directory was not present.

Math::ODE Perl module allows you to solve N-th Order Ordinary Differential Equations with as little pain as possible.

Currently, only IVPs (initial value problems) are supported, but native support for BVPs (boundary value problems) may be added in the future. To solve N-th order equations, you must first turn it into a system of N first order equations, as in MATLAB.

DebBlue is a simple blue theme set for Debian which has a fading dark blue background with a Debian swirl on it.

The next few sections show DebBlue in action. If you click on the images you get a full resolution screenshot. You can download the themes in the Downloads section.