curiousboey Goto Github PK

ball-bouncing

The project involves the simulation of ball-bouncing inside the 2D box.

banking-system

A Banking System Concept Created Using Django Python Web Framework and Tailwind CSS

bikesharing360_mobileapps

Beautiful, cross-platform native mobile apps for BikeSharing360.

bonding-energy-plot

This graphical representation of bonding energy at molecular level, shows the graphs of energies for attraction, repulsion and net. This also shows the equilibrium point/distance where the system eventually stays.

build-web-application-with-golang

A golang ebook intro how to build a web with golang

caesar-cipher

This project demonstrates the simple substitution cipher; Caesar Cipher. This involves html, css, and js files that have been used to design simple web page.

collatz-conjecture

This project is related to collatz conjecture. One of the easiest conjectures to understand yet more complicated to figure out. The project will simply show the graphical plots and gives some overview.

computer-system

eshoponweb

Sample ASP.NET Core 6.0 reference application, powered by Microsoft, demonstrating a layered application architecture with monolithic deployment model. Download the eBook PDF from docs folder.

face-detection

This is just a demo regarding face detection using openCV library. It involves pre-trained Haarcascades classifier for face detection. Haarcascades is a machine learning-based approach that's included with OpenCV.

frequency_response

learning-python

This one contains some basics of pythons.

mobile-android

COVIDSafe android app

mobile-ios

COVIDSafe IOS app

monte-carlo-area-circle

I have used the Monte-Carlo method to measure the area of a circle. Basically, I have created random points in 2D space enclosed by a square. A circle is inscribed by the square box. After that, dots inside the circle and outside the circle are calculated. In this way, the area can be calculated.

open-cv-learning

Open-CV learning phase. I have been learning computer vision by myself. These are some of my learnings.

prisha-s-world

This is a fun project where we dwell into Prisha's colorful world.

probability_calculation_stucking

This is a similar/extended project to the previous project (prob_of_stucking), it just simply give the visualization of the number of steps inside of the different boundary boxes.

prob_of_stucking

It deals with the probability of a particle getting stuck; moving randomly on a plane inside a bound system. Imposing some constraints like it won't be allowed to follow the traced path and go through previously marked points.

random-walk-3d

In this project, I have demonstrated the motion of particles in random motion inside the box without any constraints imposed on it. The random motion of particles can be widely studied in our physical world. The program is also designed to calculate the probability of particles falling inside/outside the cube. This will basically give the visualization of randomly moving particles in 3D space.

rubik-cube-solver

This project is related to Rubik's cube. For me, this is one of the challenging projects to pull out. It has no complicated libraries to import, it can be operated by a simply-numpy module. It will generate the solution of the cube once you input the scrambles. The colors are 1-Yellow, 2-Red, 3-Green, 4-Blue, 5-Orange, and 6-White. Try using the solutions steps facing the red towards the solver and yellow on top.

salesman-problem

One of the famous mathematical problem-Salesman problem deals with the path that connects the random points on 2D spaces. This project involves the randomly generated points on the space and it will calculate the shortest and longest ways that connect the whole points. Although this project needs some optimization, this one is my rough work.

split_expense

This project is related with the expenses calculation within my friends. I have taken some inputs from user and split the total expenses between us. It also shows the plot including calculation and QR code of each members in group. It was short and fun project for me! enjoyed fully!

uniadelaide_research_project

The project is on vulnerability assessment on AI mobile application and the repository includes the all necessary or used code to generate desired graphs in Jupyter.

web

The easiest way to create web applications with Go