Kaochoy Saetern’s Post

Generate upto 128 frames of video using ExVideo🚀 The latest Image-to-Video model from ModelScope is now open-sourced on Hugging Face! Learn about the model and access the demo: - Extends Stable Video Diffusion to achieve the generation of long videos up to 128 frames - Enhances the capability of video generation models - A post-tuning technique - Trained on 40k videos - Apache 2.0

Happy accidents is great when the result turns out really cool looking like this power slide to a stop. But accidents can't make a feature if you don't know why it's happening. So, back to debugging. #indiegamedev #technicalanimation #UnrealEngine

Day 50 on #LeetCode : Solved Problem of the Day Problem #1823 - Find the Winner of the Circular Game Description: This problem involves simulating a circular game where 'n' players are seated in a circle, and every 'k-th' player is eliminated until only one player remains. The task is to determine the winning player's position. Approach: Used a queue to represent the circle of players, where each player is initially added to the queue. Simulate the elimination process: Iterate through the queue, removing every 'k-th' player until only one player remains. Return the position of the last remaining player in the queue. This approach leverages a queue data structure to efficiently simulate the circular elimination game, ensuring that each elimination step is handled in O(1) time complexity due to queue operations. It's been a rewarding challenge to solve this problem and strengthen my understanding of queue-based simulations! #LeetCode #ProblemOfTheDay #Queue #Simulation #DailyCoding

I implemented object pooling for the first time! Here is the resource I used to do it: https://lnkd.in/g3ef3pqC A very intuitive, yet simple solution :)

🕹️ Minesweeper Automation: A Beginner-Friendly Tutorial Series! 🕹️ I’m excited to share the first video in my new series on automating the classic game Minesweeper! This tutorial series is designed specifically for those with very basic programming knowledge. 🔍 What is it about? In this first video, we introduce simple automation techniques to interact with the Minesweeper game. You’ll learn how to: Define the area of the game you want to automate. Retrieve values from the game board to understand the state of the cells. Make decisions based on the cell states to enhance your gameplay. ✨ Why should you watch this tutorial? This is a fantastic opportunity to dip your toes into programming and automation. If you have a basic understanding of programming concepts, this series will help you see how these concepts can be applied in a fun and engaging way! 🎥 Stay tuned! This series will consist of 4-5 videos, each building on the previous one to deepen your understanding and skills. I hope you find it helpful and inspiring! I’d love to hear your thoughts and any feedback you may have. 🚀 #Automation #Programming #Minesweeper #Tutorial #Softmacros https://lnkd.in/dmiaTizB

Had fun adding an IDE and runtime environment on my experimental OS powered by a LLM. Here is how you can use the IDE to write a memory game. #templlmos #llm #artificialintelligence #machinelearning

I built a matrix demo from scratch in 15 minutes using v0. The toughest part? Finding the right soundtrack format. Who knew the code would be easier than the tunes? Link to v0 demo: https://lnkd.in/eA6uJdVX

How to call into managed code from Burst in Unity? Find my notes here: https://lnkd.in/d_QJwaX5

💪Day 49-50/ #leetcodechallenge 🔄This method simulates Conway's Game of Life on a given 2D board. 🔄 It iterates through each cell, counting live neighbors and updating cell states accordingly. 🔢 Directions array defines neighboring cell offsets. 🔍 Counts live neighbors for each cell. 🔄 Applies game rules to update cell states. 🔄 Encodes next states with special values. 🔄 Updates board based on encoded states. 🔁 The process iterates until the desired number of generations. 🕒 The time complexity of the algorithm is O(n), where n is the total number of cells on the game board. ✅ Solved #dailycoding #challengeaccepted

🚀 Beyond Try-Catch! Functional Error Handling with Result Types 🚀 Tired of lengthy try-catch blocks and error checks? In my latest video, I explore a powerful alternative for error handling in Unity—using functional programming with Result Types. If you’re working with async methods or multi-frame operations, this could be just what you need! 🎯 This video covers: • How to implement Result Types in Unity. • Chaining operations using methods like Map, Bind, and Tap. • Handling different error levels with a custom error service. • Applying these concepts in both synchronous and asynchronous scenarios. 🔗 Watch the full video here: https://lnkd.in/dtYZH4Ev #Unity #GameDev #FunctionalProgramming #ErrorHandling #AsyncProgramming #ResultTypes #SoftwareDevelopment #ROP #Unity3D #CodingTips #GameDevelopment