SCHEDULE:

• for lectures, see TimeEdit. Note reserved backup slots for lectures below. (We cannot remove them from TimeEdit because then we loose them).
• Schedule for tutorials
• All lectures are at Campus Johanneberg
• MAP for lecture hall and tutorial rooms

Bonus material is simply non-compulsory additional material that is fun or highlighting for the interested reader.
(For non-Swedish speakers: translate the following sentence with e.g. google:)
Lösenordsskyddade bonusfiler packas upp med lösenord "datorgrafik".


Recorded lectures available here.

Date	Lecture	Readings/Läsanvisningar	Notes
Week 1
Tue 5/11	Lecture 1 - Introduction + Pipeline and OpenGL	pipeline.pdf, RTR chapter 2 + 3, ch: 18.2, (freeSync/G-sync p:1011), double buffering ch: 23.6.2. Start working on lab 1-7 Bonus: VC++ for dummies.pdf. Also, see A Quick Introduction to C++ with example code.	Deadlines: Lab 1+2+3, Thurs. week 2. Lab 4+5, Thurs. week 3. Lab 6, Thurs. week 4. Lab 3D-World, Thurs. week 7.
Fri 8/11	Lecture 2 - Vectors and Transforms	vectors and transforms.pdf, RTR ch 4: 4.1, 4.2.1, 4.2.4, 4.3 (briefly), 4.7, (Repetition for your convenience: Immersive Linear Algebra, RTR online Appendix A+B). Bonus: The OpenGL projection matrix, Quick repetition of vector algebra: vectors.zip (lösenordsskyddad - se ovan) . Matrix exercise: matrixexercise.zip
Week 2
Mon 11/11	Lecture 3 - Shading and Antialiasing	shading.pdf , aliasing.pdf , RTR ch:5.1-5.3 (briefly), 5.4, 5.5.1, 5.6. Bonus: Physically-Based Shading.pdf, Cook-Torrance Shading.pdf (lösenordsskyddad - se ovan)	Deadline Thurs. w2: lab 1+2+3
Tue 12/11	Lecture 4 - Texturing	texturing, RTR ch. 6: 6.1, 6.2 - 6.2.4, 6.5 - 6.7, (RTR ch. 12: briefly - at your likings), 10.4, 13.5 - 13.8.
Fri 15/11	Lecture 5 - OpenGL	OpenGL.pdf, RTR ch 16.4 (briefly).	Deadline Thurs. w3: lab 4
Week 3
Tue 19/11	Lecture 6 - Intersections	isect.pdf, RTR ch 22: 22.2, 22.3-22.3.2, 22.5 - 22.7.1, 22.8 (skip 22.8.2), 22.9, 22.10 (skip 22.10.2), 22.13.1, 22.13.3, 22.13.5 (or see Sep Axis Theorem in slides), 22.14, (skip: 22.14.1, 22,14.3).
Fri 22/11	Lecture 7 - Spatial data structures and Collision Detection	spatial.pdf, colldet.pdf, RTR ch: 19: 19.1 (skip 19.1.4), 19.2, 19.3, 19.4 - 19.7 (briefly: 19.7.1, 19.7.2, 19.8, 19.9). RTR online ch:25.1-15.2.2.	Deadline Thurs. w4: lab 5+6
Week 4
Half-Time Wrap-Up:	Halftime-wrapup slides. These slides correspond to the most important issues of each lecture so far in the course.
Tue 26/11	Lecture 8 - Ray Tracing 1	raytracing1.pdf, (RTR ch: 11.2.2), RTR online ch. 26-26.1, (bonus: 26.5 denoising, 26.6 ray differentials)	Start working on Projects. These take more time than previous tutorials, so start now! Deadline Thurs. week 7.
Fri 29/11	Lecture 9 - Ray Tracing 2	raytracing2.pdf (RTR ch: 9.5, 9.6) Bonus: Efficiency Issues In Ray Tracing by Brian Smits
Week 5
Mon 2/12	Reserved - as backup slot
Tue 3/12	Lecture 10 - Global Illumination	globillum.pdf , RTR ch: 11 - 11.2. Bonus: Jim Kajiya's Rendering Equation paper. Read carefully section 1, section 2 (until just after equation 4; the rest of the section briefly), section 5 (briefly), section 6 och 7.
Fri 6/12	Lecture 11 - Shadows and Reflections	shadrefl.pdf , RTR ch: 7 - 7.5 (skip 7.2 and 7.4.1), (7.6 briefly), 11.6.4, (11.6.5).
Week 6
Tue 10/12	Lecture 12 - Curves	Curves and Surfaces.pdf Bonus: (RTR: ch: 17 - if you want).
Fri 13/12	Lecture 13 - Graphics Hardware	gfxhw.pdf, RTR ch: 23 - 23.1.1, (23.2 - 23.5, 23.7), 23.9, (23.10.2), (18.5 - if you want).
Week 7
Tue 17/12	Lecture 14 - Repetition	Repetition.pdf
Fri 20/12	Reserved - as backup slot

Here are all the lecture slides including upcoming (not yet updated) ones - in chronological order:
pipeline.pdf, vectors and transforms.pdf, shading.pdf , aliasing.pdf , texturing, OpenGL.pdf, isect.pdf, spatial.pdf, colldet.pdf, raytracing1.pdf, raytracing2.pdf, globillum.pdf , shadrefl.pdf , Curves and Surfaces.pdf , gfxhw.pdf, Repetition.pdf

Summarized reading guideline for the Real-Time Rendering-book:
4:rd edition (2018):

• Lecture 1 - RTR chapter 2 + 3, ch: 18.2, (freeSync/G-sync p:1011), double buffering ch: 23.6.2.
• Lecture 2 - RTR ch 4: 4.1, 4.2.1, 4.2.4, 4.3 (briefly), 4.7, (Repetition for your convenience: Immersive Linear Algebra, RTR online Appendix A+B).
• Lecture 3 - RTR ch: 5.1-5.3 (briefly), 5.4, 5.5.1, 5.6.
• Lecture 4 - RTR ch: 6: 6.1, 6.2 - 6.2.4, 6.5 - 6.7, (RTR ch. 12: briefly - at your likings), 10.4, 13.5 - 13.8.
• Lecture 5 - RTR ch: 16.4 (briefly)
• Lecture 6 - RTR ch: 22: 22.2, 22.3-22.3.2, 22.5 - 22.7.1, 22.8 (skip 22.8.2), 22.9, 22.10 (skip 22.10.2), 22.13.1, 22.13.3, 22.13.5 (or see Sep Axis Theorem in slides), 22.14, (skip: 22.14.1, 22,14.3).
• Lecture 7 - RTR ch: 19: 19.1 (skip 19.1.4), 19.2, 19.3, 19.4 - 19.7 (briefly: 19.7.1, 19.7.2, 19.8, 19.9), RTR online ch:25.1-15.2.2.
• Lecture 8 - (RTR ch: 11.2.2), RTR online ch. 26-26.1, (bonus: 26.5 denoising, 26.6 ray differentials).
• Lecture 9 - (RTR ch: 9.5, 9.6).
• Lecture 10 - RTR ch: 11 - 11.2.
• Lecture 11 - RTR ch: 7 - 7.5 (skip 7.2 and 7.4.1), (7.6 briefly), 11.6.4, (11.6.5).
• Lecture 12 - (RTR ch: 17 - if you want).
• Lecture 13 - RTR ch: 23 - 23.1.1, (23.2 - 23.5, 23.7), 23.9, (23.10.2), (18.5 - if you want).