README Link to the Project report on Wiki : https://wiki.khoury.northeastern.edu/x/T9d5Bg Operating system used: MacOS IDE used: Xcode Instructions: Run the 'ar.cpp' file which displays the output video stream, with detected corners on a checkerboard (if found). - Press 'x' to display 3D axes. - Press 'o' to display virtual objects. - Press 'r' to display Harris corners. - Press 's' to save current image frame for calibration. If more than 5 frames are saved continuous calibration starts automatically. - Press 'c' to save current calibration in a CSV file. - Press 'p' to take a screenshot of current displayed video frame. Extensions: -> Get your AR system working with a target other than the checkerboard. An asymmetric circle grid is used here. -> Not only add a virtual object but also do something to the target to make it not look like a target anymore. Navigate to the 'extensions' folder and run the 'ar_extend.cpp' file which displays the output video stream, with detected centers on the asymmetric circle grid (if found). - Press 'x' to display 3D axes. - Press 'o' to display virtual objects. - Press 't' to transform target into art canvas. - Press 's' to save current image frame for calibration. If more than 5 frames are saved continuous calibration starts automatically. - Press 'c' to save current calibration in a CSV file. - Press 'p' to take a screenshot of current displayed video frame. Recorded videos: https://youtu.be/J3ZIKmgA_6U https://youtu.be/bHQtXN0MvXs Time travel days used: 3 (three)
gokriznastic/augmented-reality
Project 4 - Calibration and Augmented Reality, for CS-5330: Pattern Recognition and Computer Vision, Spring 2022.
C++