Difference between revisions of "Nameless"
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=== Assignment 1 === | === Assignment 1 === | ||
<u>'''Francis' discoveries'''</u> | <u>'''Francis' discoveries'''</u> | ||
| − | + | After doing some research and going through the trouble of building through windows command-line on the latest GNU compiler, I've managed to compile it. | |
| − | + | I chose one of the sample projects that CImg carries, "tutorial.cpp". Based on my observations through running it, it measures the amount of Red, Green and Blue values (RGB, primary colours) of a picture; there is one window displaying an image in this case a parrot and the other window to measure RGB values. | |
| − | + | After performing some execution tests, I've found that '''CImgDisplay''' function consumes the most amount of time at 1.57 seconds. | |
| − | Here | + | Here's the flat diagram: |
| − | [[File:Flat | + | [[File:Flat.jpg]] |
| − | As well as the | + | As well as the call graph diagram: |
| − | [[File:Call | + | [[File:Call.jpg]] |
=== Assignment 2 === | === Assignment 2 === | ||
=== Assignment 3 === | === Assignment 3 === | ||
Revision as of 20:52, 14 October 2015
Contents
Project Name Goes here
Team Members
- Rene Anderson, researching
- Francis Chau, researching on Image Processing
- Yiqi Liu, doing something
Progress
Assignment 1
Francis' discoveries After doing some research and going through the trouble of building through windows command-line on the latest GNU compiler, I've managed to compile it.
I chose one of the sample projects that CImg carries, "tutorial.cpp". Based on my observations through running it, it measures the amount of Red, Green and Blue values (RGB, primary colours) of a picture; there is one window displaying an image in this case a parrot and the other window to measure RGB values.
After performing some execution tests, I've found that CImgDisplay function consumes the most amount of time at 1.57 seconds.
Here's the flat diagram:
As well as the call graph diagram:
