2012/2013, 4th quarter, time slot B [CS site | OSIRIS] INFOGR: Graphics Wolfgang Hürst (WWW, Email), Home | Schedule | Lecture | Tutorials | Practicals (forum) | Exams & grading Teachers (tutorials): Peter de Waal (WWW, Email), Coert van Gemeren (WWW, Email) The lectures are accompanied by tutorials (werkcolleges), which will also be part of the midterm and final exam. There will be six exercise sheets throughout the semester. It is expected that you work on them in self studies. Yet, for each sheet, four time slots are offered when a TA will be present to answer your questions, explain details, and provide further information. Two of these time slots are Tuesdays after the lecture, two are Thursdays (cf. the schedule for dates and the CS site for related time and locations). You should attend one of them, but it is up to you which one (i.e. you do not have to follow the "groep indeling" given by OSIRS). The purpose of the tutorials is that you do the exercises yourself (either alone or in small groups). A TA will be there to assist you if you have any questions. Hence, attendance is not mandatory, but highly recommended. We will post some comments on the solutions to the exercises before the exam (but not too early in order to encourage you to attend the tutorials). Important: Reading the textbook and attending the lectures is indeed a good idea, but you can only be sure that you understood the material if you succeed in doing the exercises. The assignments in the tutorials will be very much like what you can expect in the written tests. Notice that there will be more exercises on the sheets than you could possibly do within the two hours. Exercises will be online a few days before the tutorials. We expect that you work on the questions beforehand, so you can use the two hours tutorial time to ask the TA about things you didn't understand, etc.

 Tutorial 1 Basic maths: coordinate systems, viewing window, basic geometric entities in 2D Tutorial 2 Basic maths: basic geometric entities and intersections in 3D, matrices and determinants Tutorial 3 Linear and affine transformations & texturing Tutorial 4 Graphics pipeline I (perspective projection, clipping, culling, and hidden surface removal) Tutorial 5 Graphics pipeline II (rasterization), radiosity, and shadows Tutorial 6 Ray tracing