[1] Zara et al.: Moderni pocitacova grafika, Computer Press, 2004
[2] Moller, Haines, Hoffman: Real-TimeRendering, A K Peters, 2008
[3] Hughes et al.: Computer Graphics, Principles and Practice, Addison-Wesley, 2013
[4] Lengyel: Mathematics for 3D Game Programming and Computer Graphics, Course Technology, 2012
[5] Pharr, Humphreys: Physically Based Rendering, Morgan Kaufmann, 2010
[6] Buss: 3-D Computer Grahics - A Mathematical Introduction with OpenGL, Cambridge, 2003
[7] Shirley, Marschner: Fundamentals of Computer Graphics Third Edition, 2009


Lesson 02
=========

Basic Radiometric Quantities:
[1] p 320-325
[2] p 202-208
[3] p 700-702

Light sources:
[1] p 336-337
[2] p 217-221
[4] p 158-160

Lesson 03
=========

Bidirectional Reflectance Distribution Function, Reflection Equation:
[1] p 325-332
[2] p 223-229
[3] p 702-706
[5] p 294-296, 430, 432-435, 439-440, 442-443

Lesson 04
=========

Phong Illumination Model, Phong and Gouraud Shading:
[1] p 333-336, 339-342
[6] p 067-078
[7] p 082-084, 236-239

Lesson 05
=========

Ray tracing, Ray Intersection with Objects:
[1] p 431-442
[2] p 725-734, 738-753
[4] p 141-148
[6] p 233-244, 257-271

Lesson 06
=========

Distributed Ray Tracing, Acceleration Methods for Ray Tracing:
[1] p 436-441, 401-409
[2] p 647-656
[6] p 244-249
[7] p 309-316, 278-295

Lesson 07
=========

Monte Carlo Methods:
[1] p 420-421
[3] p 801-811, 815-820
[5] p 637-647, 650-652
[7] p 322-333

Lesson 08
=========

(Multiple) Importance Sampling:
[1] ---------
[3] p 851-854, 868-870
[5] p 679-693

Lesson 09
=========

Rendering Equation, Path Tracing, Bidirectional Path Tracing:
[1] p 414-416, 423-429, 430-431
[3] p 783-787, 789-792
[5] p 751-765, 770-771
[7] p 627-631

Lesson 10
=========

Radiosity:
[1] p 442-455
[2] p 408-412
[3] p 838-843
[6] p 272-282, 285-288

Lesson 11
=========

Textures:
[1] p 379-396
[2] p 147-156, 161-166, 168-170, 178-180, 183-190
[3] p 547-564
[7] p 243-259

Lesson 12
=========

Shadows:
[1] p 366-378
[2] p 331-360