Image Compressor

Description

Second year Epitech project.
Do not copy this project if you are an Epitech student !
The goal of this project is to implement the k-means algorythm in Haskell language

Grades

Module

Module Name	Grade
B4 - Functional programming	B

Project

Global

Project Name	Final Mark	Automated tests percentage
Image Compressor	19	100%

Codding Style

Fatal	Major	Minor	Info
0	0	1	1

Coverage

Branches	Lines
0%	0%

Automated tests

Total: 48/48

00 - 1 cluster: 4/4
01 - 2 clusters: 22/22
02 - 3 clusters: 7/7
03 - 4 clusters: 6/6
04 - 5 clusters: 4/4
05 - 16 clusters: 1/1
06 - Error handling: 4/4

Proof

Notes

Very good project !

Haskell setup

sudo apt-get update
curl -sSL https://get.haskellstack.org/ | sh
sudo apt-get install g++ gcc libc6-dev libffi-dev libgmp-dev make xz-utils zlib1g-dev git gnupg netbase

How to compile

git clone git@github.com:DonatNathan/image-compressor.git
cd image-compressor
make all

How to run

./convertImg <P> > imagePixels.txt
./imageCompressor -n <N> -l <L> -f imagePixels.txt > newImagePixels.txt
./xpmImg newImagePixels.txt > compressedImage.jpg

Arguments

Name	Signification
N	Number of colors
L	Convergence limit (0 < L > 1)
P	Path to image to compress