Marcus's Entry

This week was spent getting the HDR algorithm that I wrote to work on a static set of images to work on the raspberry pi. This involved writing wrapper code that allowed me to interface directly with the raspberry pi. At first we believed that it would be best to work with C++ as it would keep the interaction between our GUI, API and image processing algorithms consistent throughout the project. After talking with Evi, however, we came to the conclusion that it would be best to write that in python because it is easy to communicate between C and Python and python code would allow us to very easily get a working demo without concerning ourselves with the hang ups of dealing with a C-like language and its many quirks

LeRoy's Entry

Got Gstreamer to display to output video+images captured by the RPi. Currently working on finding the best way to take a picture and display instantly on the Pi. Also working with Marcus to get a working HDR algorithm on the Pi.

Amber's Entry

This week I started working on getting a working image stitching algorithm onto the RPi. Following a tutorial found on OpenCV, I was able to build and run the existing example image stitching code onto the pi: My next step is to connect this functionality to work with the RPi Camera. My idea for 'Panorama Mode' is to have the user take pictures in succession and then the program will run the image stitcher class on the number of images, then the camera will switch to the 'Display Mode' GUI that LeRoy is writing.