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Classic Snake Game

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 Hi there, I'm Karthik! Below is a brief detail of a classic snake game project I have done in web development. LOGIC: 1. Introduction This project involves creating a Snake game using HTML, CSS, and JavaScript. In the game, players control a snake to eat food and grow longer while avoiding obstacles and collisions. 2. HTML Structure The HTML structure includes a canvas element for rendering the game graphics. A paragraph displays the player's score. 3. CSS Styling The game canvas has a black border, and different colors are used to represent the snake, food, and obstacles. 4. JavaScript Implementation The JavaScript code handles the core game logic, including snake movement, collision detection, level progression, and game-over conditions. 5. Game Variables Variables are used to store information about the canvas, context, tile size, levels, snake position, food position, movement directions, score, and game state. 6. Generating Random Positions The game generates random posit...
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Classic Bricks Breaker Game

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 Hi there, I'm Karthik! Presented below is a comprehensive article that delves into the development process of a classic Bricks Breaker game , skillfully crafted as part of my exploration in web development.  LOGIC In this Breakout game, the goal is to clear levels by bouncing a ball off a paddle to destroy bricks. The game canvas displays the action. - Setup: The game starts with a canvas bordered in black. The ball, paddle, bricks, score, and level are defined as variables. - Brick Layouts and Levels: Different levels are stored with specific brick layouts, forming patterns on the screen. - Creating Bricks: The game initializes the brick array based on the current level's layout. This sets up the positions and states (intact or destroyed) of the bricks. - Player Control: Players use arrow keys to move the paddle left or right. This controls the paddle's horizontal movement. - Updating Game State: The game's core logic is managed by the `update()` function. It moves th...
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Smart Irrigation System Using IoT

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Hi there, I'm Karthik! Below is the article detailing the project I have completed on the implementation of a Smart Irrigation System utilizing Arduino microcontrollers and moisture sensors. HARDWARE REQUIREMENTS 1. ARDUINO UNO (ATMEGA328P) Arduino Uno is a popular microcontroller board based on the ATmega328P microcontroller chip. It is a simple and affordable board with a user-friendly interface that makes it a great choice for beginners and professionals alike. The ATmega328P chip has 32 KB of flash memory for storing the code, 2 KB of SRAM, and 1 KB of EEPROM. It also has 14 digital input/output pins, 6 of which can be used as PWM outputs, and 6 analog input pins. The board also has a USB port that can be used for programming and power supply. The Arduino Uno can be programmed using the Arduino IDE (Integrated Development Environment), which is a user-friendly platform for creating and uploading programs to the board. Arduino Uno is widely used in various applications such as...
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