To measure the size of the pellet in the images and create a time of size evolution, use either the eval_images.py or eval_images_GPU.py. These should be run as a Python main script that expects four arguments as input: *Path to model*, *Path to data*, *Time stamp of a measured sample*, and *Sample size*. The path should be provided as an absolute path. The time stamp should be in the format "Y:m:d H:M:S" and should match the capture time of one of the images submitted as data. Sample size should also be provided with units to assign the correct units in the final plot. Individual arguments should be provided as strings, i.e. in quotes.
To measure the size of the pellet in the images and create a time of size evolution, use either the eval_images.py or eval_images_GPU.py. These should be run as a Python main script that expects four arguments as input: *Path to model*, *Path to data*, *Time stamp of a measured sample*, and *Sample size*. The path should be provided as an absolute path. The time stamp should be in the format "Y:m:d H:M:S" and should match the capture time of one of the images submitted as data. Sample size should also be provided with units to assign the correct units in the final plot. Individual arguments should be provided as strings, i.e. in quotes. All the results are stored in the newly created sub-folder *output* in the path to image data.
