Free 3d graphic editor software for linux

Graphico is an open source 3D graphics application programming interface.

Graphico works with either Java or C++. The design of Graphico is based on OpenGL. Two independent Java versions of Graphico exist. The first version renders to a Java image that can be displayed in a Java application or any internet browser capable of executing Java 1.1 code. The second version uses Java 3D for increased performance. The C++ version uses OpenGL.

The different versions of Graphico are known as:

GoJava

This version uses Java to do all of the rendering. The Java 3D extension is not utilized. Using this version of Graphico allows for displaying in any browser capable of executing Java 1.1 code, which includes Internet Explorer and Netscape. With this version of Graphico it is possible to integrate Graphico into HTML documents. Since this version is the most portable and integrates well with the internet, all examples with this distribution use this version of Graphico. While this version is suitable for many things, it is not suitable for rendering complex large scenes at high animation frame rates. When better animation performance is required, the same Java applet/application can run with the GoJava3D implementation of Graphico.

GoJava3D

This version makes use of Java 3D. If you have have special 3D graphics hardware and an implementation of Java 3D that is set up to work with the graphics hardware, then this is the best way to run a Graphico applet/application. With this version it is more difficult to reach all internet users with Graphico graphics and to incorporate Graphico into an HTML document, which is why the GoJava implementation exists.

GoCpp

This version is a C++ version that uses OpenGL as the Graphico rendering engine. It serves as an easy way to move Graphico graphics code between Java and C++. This version is not implemented with any special GUI (Graphical User Interface) in mind. While all the C++ example in this distribution use the GLUT (OpenGL Utility Toolkit) via GoGlutInterface, it is not necessary to do so. Just like OpenGL, Graphico leaves all GUI specific code up to the programmer.

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.

Text::Graphics is a text graphics rendering toolkit.

This is a toolkit for rendering plain text via an API like that used for graphics rendering in GUI toolkits. This package might be used when you want to do sophisticated rendering of plain text, e.g., for graphing, creating of complex forms for email and fax, and so on.

SYNOPSIS

use Text::Graphics;
my $text = "A text graphics rendering toolkit.n";
my $page = Text::Graphics::Page->new( 20, 10);
my $panel0 = Text::Graphics::BorderedPanel->new( 20, 10);
my $panel1 =
Text::Graphics::FilledBorderedTextPanel->new($text x 3, 25, 12);
$panel0->setBackground("#");
$panel1->setBackground(" ");
$page->add($panel0);
$page->add($panel1, 5, 2);
$page->render();

+-------------------+
|###################|
|####+--------------+
|####|A text graphic|
|####|rendering tool|
|####|text graphics |
|####|toolkit. A tex|
|####|graphics rende|
|####|toolkit. |
|####| |
+----+--------------+

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

The Irrlicht Engine is an open source high performance realtime 3D engine written and usable in C++ and also available for .NET languages.
Irrlicht Engine is completely cross-platform, using D3D, OpenGL and its own software renderer, and has all of the state-of-the-art features which can be found in commercial 3d engines.
Weve got a huge active community, and there are lots of projects in development that use the engine.
You can find enhancements for Irrlicht all over the web, like alternative terrain renderers, portal renderers, exporters, world layers, tutorials, editors, language bindings for java, perl, ruby, basic, python, lua, and so on. And best of all: Its completely free.
Main features:
- High performance realtime 3D rendering using Direct3D and OpenGL [more]
- Platform independent. Runs on Windows95, 98, NT, 2000, XP and Linux.[more]
- Huge built-in and extensible material library with vertex and pixel shader support [more].
- Seamless indoor and outdoor mixing through highly customizeable scene mangagment. [more]
- Character animation system with skeletal and morph target animation. [more]
- Particle effects, billboards, light maps, environment mapping, stencil buffer shadows, and lots of other special effects. [more]
- .NET language binding which makes the engine available to all .NET languages like C#, VisualBasic, and Delphi.NET.
- Platform and driver independent fast software renderer included. It features z-buffer, gouraud shading, alpha-blending and transparency, fast 2D drawing.
- Powerful, customizeable and easy to use 2D GUI System with Buttons, Lists, Edit boxes, ..
- 2D drawing functions like alpha blending, color key based blitting, font drawing and mixing 3D with 2D graphics.
- Clean, easy to understand and well documentated API with lots of examples and tutorials.
- Written in pure C++ and totally object orientated.
- Direct import of common mesh file formats: Maya (.obj), 3DStudio (.3ds), COLLADA (.dae), DeleD (.dmf), Milkshape (.ms3d), Quake 3 levels (.bsp), Quake2 models (.md2), Microsoft DirectX (.X)... [more]
- Direct import of Textures: Windows Bitmap (.bmp), Portable Network Graphics (.png), Adobe Photoshop (.psd), JPEG File Interchange Format (.jpg), Truevision Targa (.tga), ZSoft Painbrush (.pcx)... [more]
- Fast and easy collision detection and response.
- Optimized fast 3D math and container template libraries.
- Directly reading from (compressed) archives. (.zip)
- Integrated fast XML parser.
- Unicode support for easy localisation.
- Works with Microsofts VisualStudio6.0?, VisualStudio.NET 7.0-8.0?, Metrowerks Codewarrior, and Bloodshed Dev-C++ with g++3.2-4.0.
- The engine is open source and totally free. You can debug it, fix bugs and even change things you do not like. And you do not have to publish your changes: The engine is licensed under the zlib licence, not the GPL or the LGPL.

Chemistry::Artificial::Graphics is a graphic plot for artificial with database support.

SYNOPSIS

use strict;
use Chemistry::SQL;
use Chemistry::Artificial::Graphics;

my $dbname = $ARGV[0];
my $chaname = $ARGV[1];
my $file = $ARGV[2];
my $mode = $ARGV[3];

if (scalar(@ARGV)!=4)
{ print "Error in parameter number n";
print "perl chaplot.pl DB_NAME
CHA_NAME FILE_NAME MODE (svg | svg_static | text)n";
exit;
}
my $db1 =
Chemistry::SQL->new(db_host=>"127.0.0.1",db_user=>"root",db_port=>"3306",sb_pwd=>"",db_name=>"$dbname",db_driver=>"mysql");
$db1->connect_db;
my $pcha = Chemistry::Artificial::Graphics->new(db => $db1, width=> "800",height=>"600",radius=> "10",distanceh=>"200",file=> $file,
mode=> $mode);
$pcha->ch_plot("$chaname");

This package, along with Chemistry::SQL, includes all the necessary to generate graphics of the artificial chemistry in database.