Write an m-file that takes the name of an image file as an input and returns the area
of each particle and the number of particles. As a scale, one pixel length is equal to 5
angstroms.
Sample image files are posted on the website to try out. You should be able to analyze
bigim.jpg by the end.
was wondering if someone could make a matlab code for this, Granted you do not have the image, i do know how to upload an image into matlab, not sure how to make a code for "Write an m-file that takes the name of an image file as an input and returns the area
of each particle and the number of particles." thanks
of each particle and the number of particles. As a scale, one pixel length is equal to 5
angstroms.
Sample image files are posted on the website to try out. You should be able to analyze
bigim.jpg by the end.
was wondering if someone could make a matlab code for this, Granted you do not have the image, i do know how to upload an image into matlab, not sure how to make a code for "Write an m-file that takes the name of an image file as an input and returns the area
of each particle and the number of particles." thanks