Single OBJ with texture coordinates 18892 vertices, 37580 triangles. Lets see if my current project can do something about that framerate. available from the Stanford 3D Scanning Repository and the AIMShape Project. Both scanners are swept-stripe, laser triangulation range scanners. Pretty good for a $30 video card if you ask me. The first set of models below, called 'The Stanford Models', were scanned with a Cyberware 3030 MS scanner, with the exception of Lucy, who was scanned with the Stanford Large Statue Scanner, designed for the Digital Michelangelo Project. He renders at about 4FPS on my Nvidia GT520, Note the CPU usage up the top. Converting him takes about 12 seconds on my E8600 w/ DDR2, amusingly about 8 of those seconds is spent inside atof(). I generated per face normals, compiled a per vertex list of which faces reference which vertex, then went through that list averaging the normals to produce per vertex normals. The first 3 Hard Drives I owned combined weren't that big. Each mesh was created by a different student, using their own implementation of a polygonal mesh editor / subdivision modeler, within the pedagogical software framework Scott圓D. He has 3,609,455 vertices, 7,218,906 triangles, and 3.6M Normals, totalling 193Mb of VRAM. This dataset is a growing archive of 3D models created by students in the intro computer graphics class at Carnegie Mellon University. The OBJ file was about 230Mb, then I sent it through I tool I wrote to convert OBJ files into the format I put them into the video memory in. Object Vertex Count Polygon Count Materials Size Stanford Bunny : 34817: 69630: none: 1.7MB Stanford Armadillo : 106289: 212574: none: 5. The original file is a Stanford PLY file, which I converted to Wavefront Obj with Blender after rotating him 90 degrees around his X axis and scaling him. The dragon consists of data describing 871,414 triangles note 1 1 determined by 3D scanning a real figurine. The data for the model was produced in 1996. The other big thing that always crops up is that filenames are case-insensitive on Windows (and Mac?), but case-sensitive on Linux, so you have to be careful with lowercase and uppercase when dealing with multiple platforms.This fella is the XYZ RGB 'Asian Dragon', courtesy of The Stanford 3D Scanning Repository. The Stanford dragon is a computer graphics 3D test model created with a Cyberware 3030 Model Shop (MS) Color 3D Scanner at Stanford University.

On Linux, in concept, you can create filenames containing colons, backslashes, and other characters not generally allowed by Windows, though many Linux programs don't support them, either. Some programs on Linux have difficulty with spaces in filenames, though Houdini should be okay with them. Houdini also doesn't support dollar signs or fully support two consecutive underscores, though there may be ways around that. I suspect that Houdini doesn't support most of those in filenames, since they often have other meanings in context, though it might support some. back-ticks), commas, semi-colons, asterisks, question marks, vertical pipes, angle brackets, parentheses, or square brackets. A lot of programs don't like paths with single-quotes, double-quotes, back-quotes (a.k.a.

Stanford dragon obj