1 GB-109 – Elementos de Computação Gráfica Professor Gilson A. Giraldi Coordenação de Ciência da Computação Web Page:

Slides:

Advertisements

Similar presentations

COMPUTER GRAPHICS SOFTWARE.

Advertisements

Okay, you have learned … OpenGL drawing Viewport and World Window setup main() { glViewport(0,0,300,200); glMatrixMode(GL_PROJECTION); glLoadIndentity();

Scan Conversion A. Samal. Scan Conversion Last step in the graphics pipeline Efficiency is a central issue Common primitives – Lines – Polygons – Circles.

Okay, you have learned … OpenGL drawing Viewport and World Window setup main() { glViewport(0,0,300,200); glMatrixMode(GL_PROJECTION); glLoadIndentity();

CS 352: Computer Graphics Chapter 7: The Rendering Pipeline.

Graphics Pipeline.

Graphics Graphics Korea University cgvr.korea.ac.kr 1 Hidden Surface Removal 고려대학교 컴퓨터 그래픽스 연구실.

University of British Columbia CPSC 314 Computer Graphics Jan-Apr 2007 Tamara Munzner Clipping Week 8, Wed Mar.

University of British Columbia CPSC 314 Computer Graphics Jan-Apr 2005 Tamara Munzner Interpolation Clipping.

HCI 530 : Seminar (HCI) Damian Schofield.

Gopi -ICS186AW03 - Slide1 Graphics Pipeline: First Pass.

IN4151 Introduction 3D graphics 1 Introduction to 3D computer graphics part 2 Viewing pipeline Multi-processor implementation GPU architecture GPU algorithms.

1 Lecture 8 Clipping Viewing transformations Projections.

Graphics Systems I-Chen Lin’s CG slides, Doug James’s CG slides Angel, Interactive Computer Graphics, Chap 1 Introduction to Graphics Pipeline.

1 Angel: Interactive Computer Graphics 4E © Addison-Wesley 2005 Models and Architectures Ed Angel Professor of Computer Science, Electrical and Computer.

1 Angel: Interactive Computer Graphics 5E © Addison-Wesley 2009 Clipping.

1 Angel: Interactive Computer Graphics 4E © Addison-Wesley 2005 Implementation I Ed Angel Professor of Computer Science, Electrical and Computer Engineering,

Part I: Basics of Computer Graphics Rendering Polygonal Objects (Read Chapter 1 of Advanced Animation and Rendering Techniques) Chapter

Rendering Pipeline Aaron Bloomfield CS 445: Introduction to Graphics Fall 2006 (Slide set originally by Greg Humphreys)

2-Dimension Viewing and Clipping

COMP SCI 352 Computer Graphics and Animation. Computer Graphics2 My name is … My name is … How to find me How to find me Course Policies Course Policies.

Computer Graphics Panos Trahanias ΗΥ358 Spring 2009.

1 Computer Graphics Week3 –Graphics & Image Processing.

Large-Scale Polygon Rendering. Solutions Decimation Visibility Culling Parallel Rendering Others.

MIT EECS 6.837, Durand and Cutler Graphics Pipeline: Projective Transformations.

Clipping Aaron Bloomfield CS 445: Introduction to Graphics Fall 2006 (Slide set originally by David Luebke)

CS 480/680 Computer Graphics Shading in OpenGL Dr. Frederick C Harris, Jr. Fall 2013.

CS 450: COMPUTER GRAPHICS REVIEW: INTRODUCTION TO COMPUTER GRAPHICS – PART 2 SPRING 2015 DR. MICHAEL J. REALE.

Graphics Graphics Korea University cgvr.korea.ac.kr 3D Viewing 고려대학교 컴퓨터 그래픽스 연구실.

OpenGL Conclusions OpenGL Programming and Reference Guides, other sources CSCI 6360/4360.

CSE Real Time Rendering Week 2. Graphics Processing 2.

1 Introduction to Computer Graphics with WebGL Ed Angel Professor Emeritus of Computer Science Founding Director, Arts, Research, Technology and Science.

Graphics Graphics Korea University cgvr.korea.ac.kr 1 2D Viewing 고려대학교 컴퓨터 그래픽스 연구실.

COMPUTER GRAPHICS CSCI 375. What do I need to know?  Familiarity with  Trigonometry  Analytic geometry  Linear algebra  Data structures  OOP.

CAP4730: Computational Structures in Computer Graphics 3D Transformations.

Programming 3D Applications CE Displaying Computer Graphics Week 3 Lecture 5 Bob Hobbs Faculty of Computing, Engineering and Technology Staffordshire.

Computer Graphics Chapter 6 Andreas Savva. 2 Interactive Graphics Graphics provides one of the most natural means of communicating with a computer. Interactive.

Hidden Surface Removal

CS559: Computer Graphics Lecture 9: Rasterization Li Zhang Spring 2008.

Review on Graphics Basics. Outline Polygon rendering pipeline Affine transformations Projective transformations Lighting and shading From vertices to.

Subject Name: Computer Graphics Subject Code: Textbook: “Computer Graphics”, C Version By Hearn and Baker Credits: 6 1.

MIT EECS 6.837, Durand and Cutler The Graphics Pipeline: Projective Transformations.

1 Angel: Interactive Computer Graphics5E © Addison- Wesley 2009 Image Formation Fundamental imaging notions Fundamental imaging notions Physical basis.

Rendering Pipeline Fall, D Polygon Rendering Many applications use rendering of 3D polygons with direct illumination.

1Computer Graphics Implementation 1 Lecture 15 John Shearer Culture Lab – space 2

Computer Graphics Lecture 17 Fasih ur Rehman. Last Class 3D Transforms Inverse Rotation.

Chapter 1 Graphics Systems and Models Models and Architectures.

Viewing. Classical Viewing Viewing requires three basic elements - One or more objects - A viewer with a projection surface - Projectors that go from.

1 Introduction to Computer Graphics with WebGL Ed Angel Professor Emeritus of Computer Science Founding Director, Arts, Research, Technology and Science.

1 Chapter 1: Introduction to Graphics. 2 What is computer graphics.

Spring 2006 G5BAGR – Advanced Computer Graphics

Visible Surface Detection

Rendering Pipeline Fall, 2015.

The Graphic PipeLine

Computer Graphics Shading in OpenGL

Rendering Process of producing “realistic” images or pictures

3D Viewing cgvr.korea.ac.kr.

Rendering Pipeline Aaron Bloomfield CS 445: Introduction to Graphics

Lecture 18 Fasih ur Rehman

Models and Architectures

Implementation I Ed Angel

Models and Architectures

Introduction to Computer Graphics with WebGL

OpenGL 2D Viewing Pipeline

Introduction to Computer Graphics with WebGL

The Graphics Pipeline Lecture 5 Mon, Sep 3, 2007.

Rendering – Basic Concepts

Texture Mapping 고려대학교 컴퓨터 그래픽스 연구실.

Clipping University of British Columbia CPSC 314 Computer Graphics

Implementation I Ed Angel Professor Emeritus of Computer Science

Presentation transcript:

1 GB-109 – Elementos de Computação Gráfica Professor Gilson A. Giraldi Coordenação de Ciência da Computação Web Page:

2 Ementa do Curso

3

4 3D Visualization Model: Without transparency, shadows and global effects Clipping 3D Hidden Surfaces Projection Clipping 2D Scan conversion Shadding for each pixel Display the result

5 Parallel Projections Clipping 3D Hidden Surfaces Projection Clipping 2D Scan conversion Shadding for each pixel Display the result

6 3D Clipping

7 Hidden Surface Removal

8 Perspective Projection

9 Clipping we’ve been assuming that all primitives (lines, triangles, polygons) lie entirely within the viewport in general, this assumption will not hold:

10 Clipping analytically calculating the portions of primitives within the viewport

11 Rasterization

12 Rendering/Display

13 Viewing Transformation: Repeat the Pipeline

14 Plane Geometric Projetions

15 Orthographic Projection

16 Axonometric Projection

17 Oblique Projection

18 Perspective Projection

19 Perspective Transformation