A Preview version of MetaObjects is now available for download.
MetaObjects extends the primitive objects available in trueSpace to include
Platonic solids and their derivatives (archimedians, stellations etc...), geodesic objects, curved, rounded primitives (like RoundIt but with
more primitives than just a cube), object struting and more. All objects seen in the images below were made directly from MetaObjects. Click on the thumbnails for a larger version (800x600). This Preview version creates Platonics, truncated Archimedians, geodesics and strutted objects. RequirementstrueSpace 3.1 or abovetrueSpace 4.1 or above to use union tools
DownloadNB: This plugin requires the most recent MFC DLL to be installed on your system. Download it from here. Alternatively, you can try out the static version below.This plugin is available for free from the following sites:
Bendy's 3D SystemsMetaObjects preview (37,531 Bytes)MetaObjects preview (static version) (101754 Bytes) Readme File
Libraries If you are having problems installing MetaObjects Preview you probably need to update your MFC dll. Click here to update it. Development imagesPlatonic And 1st Level ArchimedianThe 5 Platonic solids (Tetrahedron,Hexahedron, Octahedron, Dodecahedron, Icosahedron), and their first level archimedians. Can you spot the bucky ball? GeodesicsMetaObjects can create geodesic objects. Pictured are depth 4 Tetrahedron, a depth 2 Icosahedron and a depth 3 Octahedron. Also pictured in the background is a 2nd level Octahedron which has been through MetaObjects unique struting process. Struting takes a MetaObject or user defined mesh and adds cylinders at every edge and spheres at every vertex to create a strutted object. User can specify which objects to use when replacing vertices and edges BuckyBallsEveryone loves BuckyBalls so I just had to throw a few in. These are standard buckys with struts placed around them. All the processes used to create objects in MetaObjects (truncation, geodesic, rounding, stellation, struting etc) will function on user meshes. |