TCP code

1. Create a directory on your local machine to store all the images. Make sure that all the images are in tiff format. Additionally make sure that the conv2hd5.m and tcp.m files are in the same directory, along with the "PRF_Color.dat" calibration file.

2. First the tcp.m file needs to be executed in matlab. The code reads in the images and prompts the user to draw a bounding box for where the wax slab is located. Once a closed region(usually 4 corners of the slab burner is highlighted, the remaining of the code preforms two color pyrometry and determines the temperature field if possible.

The output of the code is a .mat file, containing, the temperature data, and a jpg file showing the wax and the resulting temperature field. The resulting .mat files can be then converted into hdf5 files.