Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object
Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object
Xue Dong Yang
The book Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object was written by author Xue Dong Yang Here you can read free online of Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object book, rate and share your impressions in comments. If you don't know what to write, just answer the question: Why is Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object a good or bad book?
What reading level is Fuzzy Disk Modeling And Rendering of Textured Complex 3d Surfaces of Real Object book?
To quickly assess the difficulty of the text, read a short excerpt:
1. Polygon Meshes In general, surfaces of complex three-dimensional objects are too complicated to be described by single equations, and therefore a need for piecewise approximation arises. The simpliest possible approximations are piecewise linear, and involve rectangular or triangular faces. The curved surface of any 3D object can be approximated by a sufficiently detailed polygon mesh. The errors introduced by polygonal approximation can be made arbitrarily small by using more and more polyg...ons to create a better piecewise approximation. A variety of detailed schemes for representing polygon meshes is available. Any such mesh is a collection of vertices, edges, and polygons, always involving vertices connected by edges. Three commonly used representations are as follows: • Explicit Polygons. Each polygon is represented by a list of vertex coordinates: P = ((X\. Y\, 2i), (X2. Y2. 22)> ■■■■ (X„. Yn. 2n))- • Polygons Defined by Pointers into a Vertex List. Each vertex in the polygon mesh is stored just once.
You can download books for free in various formats, such as epub, pdf, azw, mobi, txt and others on book networks site. Additionally, the entire text is available for online reading through our e-reader. Our site is not responsible for the performance of third-party products (sites).
User Reviews: