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(newton-raphson, dichotomie, point milieu)\n    __Used For__: Detection of collisions between objects\n- __Chapter 2__: Solving Linear Systems of Equations (lu, gauss, cholesky)\n- __Chapter 3__: Solving Lineas Systems Of Equations (Numeric) (jacobi, gauss-seidel, relaxation)\n    __Used For__: Finding the origin of a given vector can be applied in reversing the orientation of an image\n- __Chapter 4__: Finding Eigen Values(puissance itérée, déflation, jacobi et rotation de givens)\n    __Used For__: Image compression\n- __Chapter 5__: interpolation (lagrange, différences divisés, différences finis)\n    __Used For__: Creating smooth animations from keyframes\n- __Chapter 6__: numerical integration (trapézes, simpson, trapézes composites, simpson composites)\n    __Used For__: Image blurring\n\n## Note\n- Chapter 1 and 5 are put into one project as they are both utilized\n- the source code of the algorithms is located under `server/src`\n\n## Dependencies\n### R\ninstall `plumber`, `magick`\n### Python\nrun `pip install -r requirements.py.txt` located on each folder\nmake sure to install `numpy` and `matplotlib` using `pip install numpy matplotlib`\n### Website\nrun `npm install` on the root folder\n\n## How to execute\n### Starting web site\nrun `npm run dev` and visit the website at the specified address\nChapter 2 is on the Web site\n\n### Python Scripts\nfor Chapter 1-5 run in the `animation` folder `python animaton.py`\nfor Chapter 3 run `plot.py` after setting the input in input.json if you prefer, else input the data after running the script\n\n### R scripts\nfor Chapter 6 run `Rscript console.r [image path] [sigma (default = 1)]`\n\n## Samples\nsample are provided with each chapter's code for ease of 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