'Edge equations' diaporamas de présentation

Rasterization

Rasterization. Aaron Bloomfield CS 445: Introduction to Graphics Fall 2006 (Slide set originally by David Luebke). Transform. Illuminate. Transform. Clip. Project. Rasterize. The Rendering Pipeline: A Tour. Model & Camera Parameters. Rendering Pipeline. Framebuffer. Display.

590 views • 45 slides

CS 445 / 645 Introduction to Computer Graphics

CS 445 / 645 Introduction to Computer Graphics. Lecture 21 Visibility. Recap: Rendering Pipeline. Modeling transformations Viewing transformations Projection transformations Clipping Scan conversion

646 views • 43 slides

362 views • 30 slides

Planar Shadow Map with Edge Buffer

Planar Shadow Map with Edge Buffer. Final Project for C.S. 870 By Shawn Brown. Goals. Reduce BIAS: reduce artifacts casued by self-intersection and numerical precision by storing a plane equation instead of single depth value at each pixel in shadow map.

677 views • 28 slides

CAP4730: Computational Structures in Computer Graphics

CAP4730: Computational Structures in Computer Graphics. Triangle Scan Conversion. Triangle Area Filling Algorithms. Why do we care about triangles? Edge Equations Edge Walking. We want something easier. It is easier to do 1 thing VERY fast than 2 things pretty fast.

369 views • 24 slides

CAP4730: Computational Structures in Computer Graphics

CAP4730: Computational Structures in Computer Graphics. Triangle Scan Conversion. Triangle Area Filling Algorithms. Why do we care about triangles? Edge Equations Edge Walking. We want something easier. It is easier to do 1 thing VERY fast than 2 things pretty fast.

243 views • 24 slides