Lecture 10:
Texture Mapping

Contents

	Lecture Objectives	10-1
	What is a Texture?	10-2
	What Information Does a Texture Contain?	10-3
	read_texture()	10-4
	read_texture() Array Format	10-5
	What is Texture Mapping?	10-6
	Specifying a 2D Texture	10-7
	What if the Texture is the Wrong Size?	10-8
	Scaling Texture Images	10-9
	Texture Coordinates	10-10
	Setting Texture Coordinates Explicitly	10-11
	Which Texel Goes With Which Pixel?	10-12
	Specifying Filters	10-13
	How Filters Work	10-14
	Enabling Texture Mapping	10-15
	Example: texture.c	10-16
	Lab: Basic Texture Mapping	10-17
	Multiple Textures	10-18
	Using Texture Objects	10-19
	A Simple Texture Object Example	10-20
	Multiple Levels of Detail	10-21
	Creating Mipmaps Automatically	10-22
	Mipmapped Minification Filters	10-23
	Example: mipmap.c	10-24
	Changing the Texture Environment	10-25
	Texture Environment and 4-Component Textures	10-26
	Texture Environment and Transparency	10-27
	Example: texenv.c	10-28
	Automatic Texture Coordinate Generation	10-29
	Generating Texture Coordinates	10-30
	Example: texgen1.c	10-31
	Mapping Textures Smoothly onto 3D Objects	10-32
	A Textured Quadric	10-33
	Example: texgen2.c	10-34
	Lab: Adding Textures	10-35
	Lecture Summary	10-36
	OpenGL C Quick Reference	10-37