mstc-da-iict/hacktoberfest22-python-2

Advance Python Repository to promote Open Source Contribution for Hacktoberfest 2022

Hacktoberfest22-Python-2

Advance Python Repository to promote Open Source Contribution for Hacktoberfest 2022

This project is a sincere attempt by MSTC, DA-IICT to encourage Open Source contribution. Make the best out of the ongoing Hacktoberfest 2022 by contributing to for-the-community projects. This project participates in Hacktoberest 2022 and all successful PRs made here will be counted among the at least 4 successful pull requests that you'd need to make in order to be eligible for the Hacktoberfest appreciation (plant a tree / get a tee).

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This is a Advance Python project for Hactoberfest 2022, maintained by MSTC DA-IICT.

Here we are going to build solution for a relatively complex problem using Python.

🤹🏽 Skills you will need

• Python
• Algorithms
• Data Structure

🎯 Things you should to do

• First check contributing.md for details on how to work with github.
• Go to the "Issues" and pick the issue best suitable for you.
• Read the issue - Understand it well - Leave a comment - start working on the issue
• New and creative approches are appreciable.
• Intiate a PR.

🪵 sources you may need

• PYTHON
• NumPy
• Pillow
• Turtle
• TO ADD NEW LIBRARIES TO THE SYSTEM

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🔗 Connect with us

Get in touch with us on LinkedIn / Instagram

Write to us at [email protected]

hacktoberfest22-python-2's Issues

Make PathFinder Live

Tasks:

1. Correct Folder Structure before commiting the work.
2. Make the path finding algorithm work live.
3. Provide functionality to add new maze or new image (both by import as well as by select from few samples)

Function Plotter

Write a script to plot a function using the turtle library.

Finding Fourier Coefficients

Given a function f(x) write an algorithm to provide n Fourier series coefficients
Also, provide plotting tools to visualize the coefficients and their sine functions.

Details about the Fourier series - https://en.wikipedia.org/wiki/Fourier_series
Methods for numerical integration - https://en.wikipedia.org/wiki/Numerical_integration
Trapezoid method to approximate integral - https://en.wikipedia.org/wiki/Trapezoidal_rule

Path Finding in Image

Given an Image, you are supposed to write an algorithm in python to find the shortest distance from source to destination(given as pixels) and highlight it.

General Guidelines:

1. Code should be neat clean, well-formatted, and commented.
2. If there is a need to change the file or folder structure you may do so, but maintain the integrity of the repository.

Good to go developers! 🚀