🚀 Day 20 & 21: Snake game - Game Logic & OOP I just built a fully functional Snake Game to solidify my understanding of class inheritance and state management in Python! 💡 Did you know? Python's 'Turtle' module, used for this game, was inspired by "Turtle Graphics" from the 1960s—originally designed to teach children the basics of robotics and programming. 🔥 Highlights: • OOP-driven design for snake, food, and scoring. • Real-time collision detection logic. • Persistent high-score tracking. Check out the code: 🔗 https://lnkd.in/gs5m5MqP #Python #Coding #OOP #SnakeGame #100DaysOfCode
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🐍 Day 21 of #100DaysOfCode Today I built the classic Snake Game using Python Turtle Graphics — and it was one of the most fun projects so far! 🔧 What I implemented: Object-Oriented Programming (OOP) structure Snake movement with keyboard controls Food generation at random positions Score tracking system Collision detection: Wall collision → Game Over Self collision → Game Over Food collision → Snake grows 💡 Key Learnings: How to break a project into multiple classes (Snake, Food, Scoreboard) Managing real-time game loops using while and time.sleep() Handling collisions using distance calculations Clean code structure using separate files ⚡ This project really helped me understand how games work behind the scenes! Next step → Adding levels, speed increase, and high score tracking 🚀 #Python #100DaysOfCode #CodingJourney #OOP #GameDevelopment #BeginnerProjects
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🚀 Day 23 of #100DaysOfCode Today I built a Turtle Crossing Game 🐢🚗 using Python and OOP concepts! 🎯 What I implemented: Player movement using keyboard controls Random car generation with increasing difficulty Collision detection system Level progression with speed increase Scoreboard to track levels 💡 Key Learning: This project helped me understand how to structure a game using Object-Oriented Programming (OOP). Breaking the code into classes like Player, CarManager, and Scoreboard made it more organized and scalable. ⚡ Challenge: Handling collision detection and increasing difficulty dynamically as levels progress. 📈 Next Step: Add sound effects, better UI, and maybe multiple lives! 🔗 GitHub Repo: https://lnkd.in/gP2fVATR #Python #100DaysOfCode #CodingJourney #GameDevelopment #OOP #BeginnerProjects
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Day 20 of #100DaysOfLearning Today, I explored Operator Overloading in Python with a real-world example Instead of using operators like + only for numbers, we can redefine their behavior for our own classes. -Example: Bank Account System I created a class where adding two accounts combines their balances: a1 + a2 → total balance This makes the code more intuitive and readable, just like real-world logic! Key Learning: __add__() lets us customize the + operator Operator overloading improves code readability It brings real-world meaning into programming concepts Small concept, but powerful in building clean and smart applications. Consistency is the real game changer On to Day 21 #Python #OOP #OperatorOverloading #CodingJourney #100DaysChallenge #LearnByDoing #SkillShikshya
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Just wrapped up a classic! 🎮 I built a functional Hangman game using Python to practice core programming concepts like loop structures, conditional logic, and set operations for tracking user input. It’s a simple project, but it’s these building blocks that make tackling complex Data Science problems possible later on. Check out the clip to see it in action! 🐍 https://lnkd.in/gkDfGfT3 CodeAlpha #codeAlpha #Python #Coding #BTech #DataScience #BuildInPublic #SoftwareDevelopment
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📌 Problem: Kids With the Greatest Number of Candies 💡 Approach: First, find the maximum number of candies among all kids. Then, iterate through each child and check whether adding the extra candies makes their total greater than or equal to the maximum. If yes, mark True, otherwise False. ⚙️ Key Insight: Precompute the maximum value to avoid recalculating Simple comparison after adding extra candies ⏱️ Time Complexity: O(n) 📦 Space Complexity: O(n) (for result list) 📚 What I learned: Efficient use of precomputation Basic array traversal and condition checking #LeetCode #DSA #Algorithms #Coding #ProblemSolving #Python #InterviewPreparation #CodingJourney #SoftwareDevelopment
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We just built a live social media stats display using a Raspberry Pi 3B+, a 32x8 LED matrix, and a bit of Python. The idea is simple: one button cycles through YouTube, TikTok and Instagram follower counts; each platform with its own color-coded logo rendered in RGB. A small project, but a good reminder that with a 45€ Raspberry Pi board and some creativity, you can build tools that are both functional and genuinely fun. Curious: if you had a LED matrix on your desk, what data would you want to see on it at a glance? Drop ideas👇 #RaspberryPi #Python #techprojects
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Solved “Construct K Palindrome Strings” today. The idea was interesting — instead of actually building palindromes, I focused on character frequency. Key insight: the number of characters with odd frequency must be ≤ k. Used Counter to count characters and checked if forming k palindromes is possible. Clean logic, no heavy coding just understanding the pattern. All test cases passed Learning that DSA is more about thinking than coding #DSA #CodingJourney #Python #LeetCode
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Week 4 unlocked a whole new level of understanding in Python Programming II 🚀 What started from basic structures now evolves into more complex logic: conditional statements, looping mechanisms, functions, and numerical computing with NumPy. It’s getting more challenging — but that’s exactly where the real learning begins. And honestly, this is just the tip of the iceberg. Time to dig deeper. #DigitalSkola hashtag #LearningProgressReview #DataScience #LearningJourney #CareerGrowth
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🚀 Mini Project #6 – Rock Paper Scissors Game (Python) Built a simple Rock–Paper–Scissors game using Python where the user plays against the computer. The program takes user input, generates a random computer choice using the random module, and decides the winner using conditional logic. This mini project helped me practice Python basics, user input, randomization, and if-else decision making while creating a fun command-line game. Small projects like this are a great way to improve problem-solving and programming skills step by step. 💻 #Python #MiniProject #Coding #Programming #Learning #DeveloperJourney
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🚀 Day 3/100: Mastering Logic Flow & Decision Making! 🏝️ The #100DaysOfCode journey is heating up! Today was all about Control Flow and Conditional Logic in Python. I built a "Treasure Island" text adventure game to practice: ✅ Nested if/elif/else statements ✅ Complex logical operators (AND / OR) ✅ Managing user input edge cases Understanding branching logic is a massive step toward building robust automation scripts and handling real-world data scenarios. ⚔️ Check out my code here: 🔗 https://lnkd.in/gxyRjpGh Onward to Day 4! 🚀 #Python #100DaysOfCode #LogicBuilding #Programming #DevLife #GrowthMindset #CodeNewbie
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