Free grappler baki 1 software for linux

rpmrebuild project is a tool to build an RPM file from a package that has already been installed in a basic use, rpmrebuild use do not require any rpm building knowledge (On debian, the equivalent product is dpkg-repack).
Enhancements:
- remove commented tags (PAYLOAD*, INSTALLTID, OPTFLAGS, PLATFORM, SIGSIZE) to solve bug for rpm 3.x
- add more info to bugreport (issues, warnings)
- add choice of email addresse for bug report
- send bug report to new rpmrebuild-bugreport list

ZatriX is a black and green matrix theme for KDE created in Slackware 11.0 with KDE 3.5.4.

PostArabic project is used to provide Arabic shaping for the map display in DCMMS.
The PostArabic package provides Arabic shaping functionality for PostgreSQL. PostArabic is available from http://dcmms.sourceforge.net.
The package adds the following functions to PostgreSQL:
text shape_arabic(text)
text unshape_arabic(text)
text str_reverse(text)
Enhancements:
- This release adds the bidi_reorder() function that provides better results than str_reorder() for numbers embedded in Arabic text.
- In addition, it fixes a build problem on Linux where libarabic.dll was referenced in arabic.sql instead of arabic.so.

Dynagraph libraries are written in platform-neutral C++. As such, Dynagraph itself does not render to the screen, bitmaps, etc. Instead, the Dynagraph executable can be piped to a front end using the custom incrface language, or the library can be used directly in C++ programs, or in Windows programs via COM wrapper classes.
Gordon Woodhull maintains and improves Dynagraph continually. It is based on the brilliant work of the Graphviz team at AT&T Research, particularly Stephen North and Emden R. Gansner.
While Gordon consulted for AT&T Research from 1997 to 2003, he designed a new architecture and ported the DynaDAG and FDP engines from C to C++. Since his departure from AT&T, he has continued to rearchitect Dynagraph and add powerful new features.
Dynagraph is licensed under the Common Public License.
Whats New in 1.1.5.9 Stable Release:
- This improves the build system for *nix, esp using automatically generated dependencies.
- Requires gnu make.
Whats New in 1.1.6.1 Development Release:
- Contains a fix for the nodecross bug.
- Also parallel edges appear to be working.

KPovModeler is a modeling and composition program for creating POV-Ray scenes in KDE.
For most of the modelers, POV-Ray is nothing but a rendering engine and they bring a lot of limitations to the innate possibilities of POV-Ray scripted language. This is not the case for KPovModeler which allows you to use all the features of POV-Ray through the translation of POV-Ray language into a graphical tree.
Almost all options of POV-Rays script language can be used within KPovModeler. "Almost" because variables, loop instructions, macros and some operators cant directly be, unfortunately.
On the other hand, KPovModeler allows you to include a part of a script with the "Raw POV-Ray" tool; such a raw code will only be taken into account by POV-Ray during the rendering stage.
Main features:
- Management of the scene through a graphical tree.
- Object modification with control points in a graphical view or direct manipulation of object attributes in a dialog
- Nonblocking scene rendering with OpenGL as wire frame views
- Freely configurable view layout with dock widgets
- Copy/paste and drag/drop of (a subset of) povray(!) code into and out of the object tree
- Undo and redo
- Scene rendering and texture preview with povray inside the program
- Support for almost all povray objects
- Support for all textures
- Prototypes (declarations) and references
- All projection modes of the camera
For modeling an object, it is not required to know POV-Rays script language. On the other hand, for creating textures refering to POV-Rays documentation will be difficult to avoid.
But to ease the work, it is possible to simply cut-and-paste a script from POV-Ray into KPovModeler. KPovModeler will then, if the script only makes use of known primitives, convert the pasted text and include it into the current scene.
In other words, if you dont know how to create an object or an effect with KPovModeler, you could always copy its example from POV-Rays documentation and experiment with it within KPovModeler.

Were using SWIG to create the Python wrapper. Perl support has been discontinued for the time being.
TCL, Guile, and Java support should not be that hard to add (this is left as an exercise for the reader).
There are two packages in this project: pyFLTK and pyFLTK2. They wrap FLTK (version 1.1) and FLTK2, respectively. While FLTK and with it pyFLTK is quite stable, FLTK2 is still a moving target and rather instable. The package pyFLTK2 is therefore a proof of concept, rather than a fully working Python extension.
A utility named flconvert is also provided that allows for the conversion of fluid files to Python code. fluid is an interactve GUI builder for the FLTK toolkit and comes with the distribution of FLTK.
Main features:
- Cross platform GUI toolkit (Windows, Linux, Unix, Mac, ...)
- Easily deployable using py2exe.
- Small footprint as compared to other toolkits.
Enhancements:
- Fixed memory leak in Fl_Preferences result strings.
- Added V3.12 of Fl_Table, courtesy of Gregg Ercolano. Note: the syntax of find_cell has changed, the parameters X, Y, W, H are now output only (used to be in/out).
- Added some documentation, see docs/preface.html!
- Added test/editor.py and test/simple_table.py.
- Implemented Fl_Text_Display.highlight_data.
- Fixed bug in Fl_Text_Buffer.remove_modify_callback()
- Added possibility to register multiple modify callbacks with Fl_text_Buffer.
- Fixed missing output parameter for Fl_Text_Buffer: findchar_forward, findchar_backward, search_forward, search_backward, etc
- Fixed compilation issue for MinGW (wrongly linked with msvcrt instead of mscvr71).
- Fixed compilation issue for g++ 4.1.1 (ListSelect).
- Added typemap to convert Fl_Button.value() from char to int.
- Added funtion mt_run.
- Added wrappings for Fl.repeat_timeout and Fl.remove_timeout.
- Fixed bug in OpenGL part of compilation.
- Fixed Cygwin compilation issue by adding -DNOMINMAX.
- Redesigned memory management. Removed postprocessing step and added all memory management to interface files. Ownership of objects should now be properly transferred between fltk and Python.
- Added interface files to distribution.
- Added auto configuration to setup.py. Missing OpenGL and Forms libraries should be recognized now.
- Added command line switches --disable-gl and --disable-forms to setup.py
- Added stubs for missing OpenGL and Forms libraries.
- Added compilation support for Sun Solaris.

TARIFA, which stands for Transactions by AssembleR Instrumentation FrAmework, aims to provide the "atomic" keyword to C/C++ for better support of concurrency programming.
Instead of using lock-based designs with all their problems (deadlocks, difficult design, lack of reusability), the "atomic" keyword provides transparent access to an underlying Software Transactional Memory which is responsible for all synchronization work.
Enhancements:
- This release contains a fixed and somewhat faster STM backend, several bugfixes in the instrumentation, improved tests, a general code clean-up, and a dummy STM backend for testing purposes.