====== a4m33gvg − Geometry of Computer Vision and Graphics − Exercises ======

^  Orig. Week  ^  Date  ^  Topic  ^  Pen & Paper Due  ^  Assignment ^ Deadline ^
|  01  |  17.2. | <fc #ff00ff>Test alpha</fc> {{http://cw.felk.cvut.cz/courses/GVG/2013/Tests/GVG-2013-Test-alpha.pdf|Example}} |  |[[courses:gvg:labs:hw-01|HW-01]] |
| :::  | :::    | Image Coordinate System, Basic Elements of LA    | :::  | ::: | ::: |
|  02  |  24.2. | Projection Matrix of a Perspective Camera |  | [[courses:gvg:labs:hw-02|HW-02]] |
|      |  02.3. | // Cancelled // ||| HW-01 |
|  03  |  09.3. | Camera calibration and pose |  | [[courses:gvg:labs:hw-03|HW-03]] |HW-02 |
|  04  |  16.3. | Calibrated camera pose 1 |  | [[courses:gvg:labs:hw-04|HW-04a]]  |  |
|  05  |  23.3. | Calibrated camera pose 2 |  | [[courses:gvg:labs:hw-04|HW-04b]]  | HW03  |
|  06  |  30.3. | Homography, {{http://cmp.felk.cvut.cz/~pajdla/gvg/GVG-2014-Exercise-06.pdf|Ex-06}} |   | [[courses:gvg:labs:hw-05|HW-05]] |HW-04a |
|  07  |   6.4. | Panorama, {{http://cmp.felk.cvut.cz/~pajdla/gvg/GVG-2014-Exercise-07.pdf|Ex-07}} - {{https://youtu.be/f-vqClqDCLw|video}}  | Ex-06:5, Ex-06:6  | [[courses:gvg:labs:hw-06|HW-06]] |HW-04b |
|  08  |  13.4. | // Easter monday // ||| HW-05  |
|  09  |  20.4. | Calibration from vanishing points |  | [[courses:gvg:labs:hw-07|HW-07]] | HW-06  |
| :::  |  :::   | <fc #FF00FF>Test-01</fc> {{http://cmp.felk.cvut.cz/~pajdla/gvg/GVG-2014-Test-01-Example.pdf|Example}} -> {{https://youtu.be/cW4XgKPP-Ng|video}} | ::: | :::  | :::  |
|  10  |  27.4. | Calibration from vanishing points (continued)  |  Test-02-Example:6,7; solution: {{courses:gvg:labs:ex06_a4.png?linkonly|06a}}, {{courses:gvg:labs:ex06_b.png?linkonly|06b}}, {{:courses:gvg:labs:ex07_var_a_6.png?linkonly|07a}}, {{:courses:gvg:labs:ex07_var_b_6.png?linkonly|07b}}  |   |  |
|  11  |   4.5. | Epipolar geometry   | | [[courses:gvg:labs:hw-08|HW-08]]  | HW-07 |
|   :::  |  :::  | <fc #FF00FF>Test-02</fc> {{http://cmp.felk.cvut.cz/~pajdla/gvg/GVG-2014-Test-02-Example.pdf|Example}} |  :::    | :::  |  ::: |
|  12  |  11.5. | 3D reconstruction with calibrated camera I,{{courses:gvg:labs:gvg2020-exercises10.pdf|Ex-10}} | Ex-10:3, Ex-10:4; solution {{:courses:gvg:labs:ex10-5a.png?linkonly|04a}}, {{:courses:gvg:labs:ex10-5b.png?linkonly|04b}}, {{:courses:gvg:labs:ex10-5c.png?linkonly|04c}}   | [[courses:gvg:labs:hw-09|HW-09a]]  | |
|  13  |  18.5. | 3D reconstruction with calibrated camera II |         | [[courses:gvg:labs:hw-09|HW-09b]]  |HW-08 |
|  14  |  25.5. | <fc #FF00FF>Test-03</fc> {{http://cmp.felk.cvut.cz/~pajdla/gvg/GVG-2014-Test-03-Example.pdf|Example}} | | | HW-09a  |
|      |   1.6. |  | | | HW-09b  |

**See [[https://cw.felk.cvut.cz/brute/data/ae/release/2020l_gvg/gvg_ae/tools/|Tools repository]].**

**See [[courses:gvg:labs:hw-instructions|General Instructions for Submitting GVG Homeworks]].**

**See [[courses:gvg:labs:hw-plotting|General Instructions for Creating Graphs and Figures]].**

**See [[courses:gvg:labs:hw-help-matlab|Matlab Help for Typical Situations in Homeworks]].** {{http://cmp.felk.cvut.cz/cmp/courses/IRO/2009/Labs/IRO-2009-Intro-to-Matlab.txt|Matlab examples}}, {{http://www.mathworks.com/help/techdoc/learn_matlab/bqr_2pl.html|intro}}

**See [[courses:gvg:labs:hw-help-python|Python Help for Typical Situations in Homeworks]].**