Pepakura Designer 5.0.14 (圆4) Multilingual (20. The 3D models that you design with 3D CG software, can be put out into the real world from the digital world using Pepakura Designer. Now you can enjoy designing your own papercraft. The dedicated viewer, Pepakura Viewer, is available from Pepakura Designer's official web site freely. Not only can a pattern created by Pepakura Designer be printed and saved as 2D image, but you can also share it with other people. You may use some 3DCG software released from other developers to make the 3D models for unfolding. All you have to do is prepare the 3D model. It allows you to create accurate papercraft models from. It features to unfold 3D polygon-mesh models automatically and allow you to edit them. This is a Windows application that makes unfolded patterns from 3D data. No special knowledge is required for making papercraft patterns. Free download Pepakura Designer 5.0.16 full version standalone offline installer for Windows PC, Pepakura Designer Overview. Origami hat Millionen von Anhngern, die es als eine bereichernde Freizeitbeschftigung ansehen. Pepakura Designer makes it easy to design original papercraft patterns by importing 3D model data. Pepakura Designer ist eine Falte- und Origami-Software fr PC, mit der wir verschiedene Vorlagen fr die Anfertigung von 3D-Papiermodellen entwerfen knnen. Then you can edit the pattern as you like. Because the operation is very simple, you can make patterns easily. The 3D models that you design with 3D CG software, can be put out into the real world from the digital world using Pepakura Designer.Pepakura Designer is a program developed in Japan (the word Pepakura stands for papercraft in Japanese) for making unfolded 2D patterns from the 3D models.
No special knowledge is required for making papercraft patterns. Pepakura Designer makes it easy to design original papercraft patterns by importing 3D model data. Pepakura Designer is a program developed in Japan (the word Pepakura stands for papercraft in Japanese) for making unfolded 2D patterns from the 3D models.
0 kommentar(er)
