PGL10 : la page de liens. 1°) Avec les sources : -------------------------- - OpenCascade, une bibliothèque de fonctions pour développer des logiciels de CFAO : - ExoTK, un modeleur CAO dont le développement est arrêté, basé sur OpenCascade : - FreeCAD, un modeleur CAO plus récent, plus complet, basé sur OpenCascade et encore en développement : - freeCAD, en open source Smalltalk, avec animations dynamiques et sortie vers POVRay : - SolidGraph, un modeleur CAO d'origine russe dont la version gratuite est diffusée avec les sources : - Yuka Engine de Anatole Duprat, avec de nombreuses fonctionnalités : - AutoQ3D Community, un modeleur 3d en open source : 2°) Sans les sources : -------------------------- => Accueil.
Easy to use design tools for 3D modeling and printing with Shapeways. Autodesk 123D DesignEasy-to-use yet powerful modeling tool with library of existing components or the ability to create from scratch. Also available for the iPad. Integrated and prints directly to Shapeways. Windows, Mac, Online Service TinkercadA fantastic beginner program, that leads you to learn complex things through simple quests. Runs right in your browser, and the skills you learn are easily transferable to more advanced programs. Online Service 3D TinAnother browser based program using WebGL, this is free as long as you share your designs under Creative Commons.
BlenderA powerful application with full-fledged professional tools, Blender has a wide community and resources to help you learn. Windows, Mac, Linux FreeCADAn open source parametric 3D modeler, great for both the home user, hobbyist and experienced designer. Open SCADOpenSCAD is not an interactive 3D design tool.
Windows, Mac, Linux, BSD Windows, Mac. Easy to use design tools for 3D modeling and printing with Shapeways. Free 3D CAD with Motion Simulation : AR-CAD freeCAD. FreeCAD is capable of full 3D pan, zoom, tilt and rotate on an assembly of parts in wireframe or rendered graphics. Parts can be solids or DXF file imports. Available solids are extrusions of rectangles, circles, ellipses and polygons. The parts can be positioned and oriented exactly in space, as are markers on the parts.
Exact specification of linear and angular velocities of parts in space are also possible. Mass and inertia properties can be user specified or automatically computed based on uniform density. Available joints are spherical (ball), revolute (pin), translational (slider), cylindrical, planar, fixed, universal, point in line, point in plane, parallel, perpendicular, no rotation, constant velocity, rack pinion, screw. Both open and closed 3D loops are permitted.
FreeCAD can compute kinematic, quasi-static or dynamic solutions for any interval of time going forward or backward based on the assembly and user requests. Documentation are inside the program. All designs • Tinkercad.