http406

-Intersteller-Darwin-IV-Alien-Planet-

Planet is a 94-minute docufiction, originally airing on the Discovery Channel, about two internationally built robot probes searching for alien life on the fictional planet Darwin IV.

-Psychedelia

-Space-and-Vector

DISCLAIMER:The code is for educational purposes only. You can use it for educational purposes only not for commercial uses. In vector calculus and physics, a vector field is an assignment of a vector to each point in a subset of space. For instance, a vector field in the plane can be visualised as a collection of arrows with a given magnitude and direction, each attached to a point in the plane. Vector fields are often used to model, for example, the speed and direction of a moving fluid throughout space, or the strength and direction of some force, such as the magnetic or gravitational force, as it changes from one point to another point. The elements of differential and integral calculus extend naturally to vector fields. When a vector field represents force, the line integral of a vector field represents the work done by a force moving along a path, and under this interpretation conservation of energy is exhibited as a special case of the fundamental theorem of calculus. Vector fields can usefully be thought of as representing the velocity of a moving flow in space, and this physical intuition leads to notions such as the divergence (which represents the rate of change of volume of a flow) and curl (which represents the rotation of a flow).

Brownian-Fluid

Brownian motion is a random process where particles, such as molecules or colloidal particles, move randomly in a fluid medium due to collisions with solvent molecules. It's named after the botanist Robert Brown, who observed the erratic movement of pollen grains in water under a microscope.

Building-Ai-Course-Elements-of-AI

The course content is free of charge, but if you'd like to improve your CV, purchase a shareable certificate. It will be available when you successfully complete the course.

Hacker-Terminal

I create a simple hacker terminal with an interesting twist in it. Hope you guys like it and further improvement warmly accepted.

Keylogger-

Keyloggers are programs that capture your key strokes. They can be used to keep logs of everything you press on the keyboard but on the flip side it can be used for malicious purposes as well. A simple cyber security project.

Suduku-Solver-X-Wing-Swordfish-in-Javascript

SudukoSolve 11 x 11 X-Wing & Swordfish To make the algorithm smarter and solve 11x11 Sudoku puzzles faster than the previous one 3 x3, thr implement additional optimization techniques. But the program is written in javascript.

Tic-Tac-Toe-Game---Unbeatable-AI-

Tic Tac Toe game. You can choose your game mode. The AI part is built using minimax and I include something more there. Check the code to reveal this. Comment down how many time you beat the AI? I will improve its features in future updates!

Vector-Field-matplotlib

Vector fields associate a 2D vector to each point of the 2D plane. Vector fields are common in Physics as they provide solutions to differential equations. Matplotlib provides functions to visualize vector fields. To illustrate the visualization of vector fields, let's visualize the velocity flow of an incompressible fluid around a cylinder. We do not need to bother about how to compute such a vector field but only about how to show it. The pyplot.quiver() function is what we need. How the project work: Although the script is a bit long, the purely graphical part is simple. The vector field is stored in the matrices U and V: the coordinates of each vector we sampled from the vector field. The matrices X and Y contain the sample positions. The matrices X, Y, U, and V are passed to pyplot.quiver(), which renders the vector field. Note that pyplot.quiver() can take just U and V as parameters, but then the legend will show the indexes of the samples rather than their coordinates. As the vector field that we used as an illustration here the fluid flow around a shape, the shape itself is shown as follows: shape = patches.Circle((0, 0), radius = 1., lw = 2., fc = 'w', ec = 'k', zorder = 0) plt.gca().add_patch(shape) The vector field inside the cylinder does not appear; we use a masked array. We first create a mask that defines which samples should be shown. Then, we apply this mask on U and V, as shown in the script.

http406/-Intersteller-Darwin-IV-Alien-Planet-

Planet is a 94-minute docufiction, originally airing on the Discovery Channel, about two internationally built robot probes searching for alien life on the fictional planet Darwin IV.

http406/Pasta

http406/Brownian-Fluid

Brownian motion is a random process where particles, such as molecules or colloidal particles, move randomly in a fluid medium due to collisions with solvent molecules. It's named after the botanist Robert Brown, who observed the erratic movement of pollen grains in water under a microscope.

http406/Building-Ai-Course-Elements-of-AI

The course content is free of charge, but if you'd like to improve your CV, purchase a shareable certificate. It will be available when you successfully complete the course.

http406/Hacker-Terminal

I create a simple hacker terminal with an interesting twist in it. Hope you guys like it and further improvement warmly accepted.

http406/Keylogger-

Keyloggers are programs that capture your key strokes. They can be used to keep logs of everything you press on the keyboard but on the flip side it can be used for malicious purposes as well. A simple cyber security project.

http406/Suduku-Solver-X-Wing-Swordfish-in-Javascript

SudukoSolve 11 x 11 X-Wing & Swordfish To make the algorithm smarter and solve 11x11 Sudoku puzzles faster than the previous one 3 x3, thr implement additional optimization techniques. But the program is written in javascript.

http406/Tic-Tac-Toe-Game---Unbeatable-AI-

Tic Tac Toe game. You can choose your game mode. The AI part is built using minimax and I include something more there. Check the code to reveal this. Comment down how many time you beat the AI? I will improve its features in future updates!

http406/Aii-sorting-Algorithm-with-Runtime

This is a simple code which is written in C. In this code I include different type of sorting with their runtime. You can check which is the fastest one. Further improvements are welcome.

http406/Bubble-Smasher-Game-

A simple game. Beware of green bubbles. You need to skip that bubble to make the high score. Few more interesting effects included, explore to play and further update will be notify. Happy Coding!

http406/Coursera-Project

http406/File-Handling-and-Factorial

A simple script to demonstrate basic file operations and dynamic Python expressions.

http406/File-Handling-and-Fibonacci

A simple script to demonstrate basic file operations and dynamic Python expressions.

http406/Glitching

This is Glitching code. The purpose of the code is to create glitching effects with sounds!

http406/http406

http406/Integrity-Checker

A simple cyber security project. The Integrity Checker aims to provide security for operating systems. The tool will ensure the integrity and security of system files by verifying their integrity against known hashes or checksums.

http406/Minesweeper-AI-with-tensorflow.js

TensorFlow.js is used to load a pre-trained model for AI moves. The model is loaded asynchronously using tf.loadLayersModel('model.json').

http406/Particles

A simple particle animation using p5js. The map() function is used to map the range of the lifespan (from 100 to 0) to the alpha value (from 255 to 0), creating a smooth fadeout effect as the particle's lifespan decreases. It increases the smoothness, check.

http406/Phyllotaxis-and-Touch-Move-

This is a simple project in Javascript p5js using touch move while you can change the design and also include regenerate button.

http406/plinko

http406/Prim-s-Algorithm-Visualization

This is a simple project in Javascript to visualize Prim's Algorithm and with generate button for creating random patterns.

http406/Sieve-of-Eratosthenes-algorithm

This code implements the Sieve of Eratosthenes algorithm to find prime numbers up to a given limit. It dynamically allocates memory for the boolean array to mark primes, iteratively marks multiples of prime numbers, and then prints out the prime numbers found.

http406/Sieve-of-Eratosthenes-algorithm-in-Python

This code implements the Sieve of Eratosthenes algorithm to find prime numbers up to a given limit. It dynamically allocates memory for the boolean array to mark primes, iteratively marks multiples of prime numbers, and then prints out the prime numbers found.

http406/Sololearn-Particles

Wait a little while see the whole animation, until the all colors appears. And don't miss to listen the song. This is a particle animation for Sololearn.

http406/Space---

I create a space background with stars and moon in Python using a image library PIL 😊

http406/Star-Moon-and-Binaries-

The moon will guide you through the night with her brightness, but she will always dwell in the darkness, in order to be seen.

http406/Strength-PassworD

A simple example of a cyber security project using Python that checks the strength of passwords!

http406/String-Hasher

This program calculates the hash values of two strings ("Hello" and "World") using the std::hash<std::string> function object and prints out the results. The std::hash function is a general-purpose hash function provided by the C++ Standard Library. It converts its input into a hash value of type size_t.

http406/Suduku-Solver-Backtracking

This Python code defines functions to solve a Sudoku puzzle using backtracking. You can customize the board variable to represent any Sudoku puzzle you want to solve.

http406/Suduku-Solver-X-Wing-Swordfish

Implement advanced techniques like X-Wing and Swordfish to solve 11 x 11 suduku!