Free studio 6 software for linux

64 Studio is developing a collection of software for digital content creation on x86_64 hardware (thats AMDs 64-bit CPUs and Intels EM64T chips).
Its based on the pure 64 port of Debian GNU/Linux, but with a specialised package selection and lots of other customisations.
64 Studio has Debian Pure 64 with X.org, the Gnome desktop, kernel 2.6.12 with realtime preemption patches and a selection of creative applications. Please note that this release is provided for testing only, and comes with no warranty.
Problems in this release include useful packages missing or not installed by default, confusing Gnome menus and assorted warnings during installation. There are probably plenty of other things wrong with it as well, which is why were calling this an alpha release. But it does actually install and run on our Opteron and Athlon 64 test hardware.
Anyone who is interested in getting involved with the 64 Studio project would be most welcome. Our aim is to create a distribution with full (but completely optional) commercial support, which will generate revenue to pay free software developers.
Enhancements:
- 64 Studio 2.0 is designed to retain compatibility with Debian Etch, to create a long-lived and stable creative desktop. We combine the stability and quality of Etch with a specialised real-time preemption kernel and the latest creative tools demanded by multimedia artists. Our tweaks to Debian include simplified installation and default settings which help get production underway quickly. Its our target that users should be able to get from a blank hard disc to a fully hardware-optimised and usable creative desktop in just half an hour.

GeoVISTA Studio is an open software development environment designed for geospatial data. GeoVistaStudio is a programming-free environment that allows users to quickly build applications for geocomputation and geographic visualization.
One barrier to the uptake of Geocomputation and Geovisualization is there is no system or toolbox that provides easy access to useful functionality. GeoVISTA Studio provides rapid, programming free development of complex applications for:
- data exploration
- knowledge construction
- geocomputation
- visualization
Studio Includes Interactive Query Devices for Exploratory GeoVisualization, 3D Render for complex and sophisticated 3D graphics, 2D mapping and statistical tools.
Studio provides a:
1. Visual Programming-Free Environment for rapid development.
2. Component-Oriented Programming: uses JavaBeans as programming components. Any JavaBeans (developed by 3rd parties) can be plugged in!
3. Recursive Development turns a developed application into a JavaBean component. Developed components (applications) are reusable (scalable), and developed components can be shared by other Studio users and/or java programmers.

MinGW Developer Studio is a cross-platform C/ C++ IDE for the GNU C/C++ Compilers.

It features a multiple document interface, syntax highlighting, code folding, help integration, project management, debug and release project configuration support (like Visual Studio 6.0), debugging support, code calltip, makefile support, smart indent, and more.

Dice3DS project is a set of Python modules for dealing with 3D Studio format files. I have released it under the terms of a BSD-style license.
3D Studio is a 3D graphics modeling and rendering program that saved it images in a rather simple binary file format known as 3DS format. Although 3D Studio has not released the details of the 3DS format, it has been reverse engineered by some ambitious people, and I used the information to write Dice3DS, a Python package that slices and dices 3DS files.
Dice3DS requires Python 2.2 or higher, as it uses metaclass programming, and Python Numeric. Note that it is not a wrapper for lib3ds; its a Pure Python module.
There are two packages in Dice3DS: Dice3DS, and Dice3DS.example. The latter includes some modules that exemplify the use of Dice3DS, although they are not very versatile.
Heres a brief description of each module:
Dice3DS.dom3ds
Slice and dice 3DS files.
Provides for reading, writing, and manipulating 3DS files. Its
called dom3ds because its reminiscent of XML-DOM: it converts the 3DS
file into a hierarchy of objects, in much the same way XML-DOM
converts an XML file into a hierarchy of objects called the Document
Object Model. The dom3ds module creates an object for each chunk in
the 3DS file, which can be accessed hierarchially as attributes.
For example, once a 3DS file is loaded, you could the smoothing data
of the second object like this:
dom.mdata.objects[2].ntri.faces.smoothing.array
Dice3DS.util
Utitily function for Dice3DS.
Defines some routines for calculating normals and transforming points.
Dice3DS.example.basicmodel
Basic abstract classes representing a 3DS model.
Defines some classes that represent objects and materials of a 3DS
file in a more convienient form. It has methods to convert from the
DOM format. The classes can serve as base classes for more advanced
uses.
Dice3DS.example.glmodel
Classes for rendering 3DS models in OpenGL.
Defines some classes (based on Dice3DS.example.basicmodel) with some
additional methods to draw the model in OpenGL, or create a display
list to do so. Requires PyOpenGL.
Dice3DS.example.gltexture
OpenGL texture object abstraction.
Provides a class that is an abstraction of OpenGL texture objects. It
can create textures from image files, and automatically generates
mipmaps if requested. Requires PyOpenGL and Python Imaging Library.
Dice3DS.example.modelloader
Example of loading 3DS models.
Provides functions to load a 3DS model and creating a GLModel (or
BasicModel) from it. Shows how to load models from the filesystem, or
directly from a zip file.
Enhancements:
- The code was changed to use the constants defined in the "numpy" namespace instead of the "Numeric" namespace, since numpy no longer seems to provide the Numeric constants.
- The advantage is that it works for numpy 1.0.
- The disadvantage is that you can no longer backport it to Numeric by changing the import statements.
- Most inexplicably, the behavior of numpy.sum changed and broke the calculation of normals.
- Thus, the builtin sum is used in util.py instead of numpy.sum.

LMMS aims to be a free alternative to popular (but commercial and closed- source) programs like FruityLoops, Cubase and Logic giving you the ability of producing music with your computer by creating/synthesizing sounds, arranging samples, playing live with keyboard and much more...

LMMS combines the features of a tracker-/sequencer-program (pattern-/channel-/ sample-/song-/effect-management) and those of powerful synthesizers and samplers in a modern, user-friendly and easy to use graphical user-interface.

Linux MultiMedia Studio project is still in heavy development, so with this version please dont expect a complete, ready and bugfree program!!

With LMMS you can produce electronic music via your computer, so you dont have to buy expensive hardware for having great sounds and making cool music. Of course no software can replace real hardware-synths, but youll have still much fun with LMMS!

LMMS provides software-synths, cool presets for them and also some essential samples. For getting started with LMMS you can take a look at the demo-songs.

This is an html edit i started building it is my first program and it is only about a week old this is just a preview.
Main features:
- Open and Save Files
- Quick Code Buttons.
- Status bar seconds as a address bar.
- Code, Split, Pre Views
- Hex Color Code Dialog Picker.
- Expander button for streaching views
- You can view your project in real time as you code it.