The study digital image creation and visual communication, Telemark University College, we have chosen this year following programs for working with digital 3D: Introductory we are working with 3D construction program 123D Design. The latest version of this free program provides opportunities for "simple" design of most. Turns at present free program Google (SketchUp) "far down in boots" in relation to the basic design of more "advanced anti static foam Objects"! (As you can probably look at the opportunities to get the team working drawings - which looks at. Currently anti static foam SketchUp might seem to be a better album!) We scan objects / scenes with Kinect for Windows sensor and or Kinect for Xbox360 sensor application Scanect (for to objects anti static foam with sufficient resolution (quality), we choose to use the pay version to approx. . 800, -) The program can also be used with other sensors. To clean / process objects for further processing, we use two free programs: MeshLab and Mesh Mixer. For further work on the line models ("free modeling") we have made with Scanect and purified with the other programs we use free program Sculptris. So we can either (via the two processing programs) either create a model for 3D printing (creating the model into a "solid") to a 3D printer or adapt these models on the material properties and textures (paint surface anti static foam mm) for use in a 3D visualization program. (For animation and rigging with the "bones" of inverse kinematics have possibly object processed anything, and preferably be a "solid" in the first place - How we did not this year.). As the visualization application we choose anti static foam (mostly) anti static foam year program Bryce 7 (which is still (in some places,'s a free version online), to work on the material, scene setup, lighting anti static foam set-ups, - to finally render an image that we can ( possibly after a little Photoshop work) print a picture!
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