Game Programming: SFML Circles, Polygons, and Collisions - Lecture 7
Explore game programming concepts, including SFML graphics, entity-component systems, and game architecture. Learn to implement player controls, enemies, scoring, and special abilities.
Intro to 3D Graphics - NDC Oslo 2024
Explore fundamental 3D graphics techniques from the inside out. Learn about points, matrix math, transforms, rasterization, and depth buffering to enhance your understanding of 3D engines.
Scene Simulation with CrowdGen and Smart Accessories
Explore crowd simulation techniques using CrowdGen and Smart Accessories in iClone 8.5. Learn to create and customize interactive props, control crowd behavior, and design diverse scenarios for game, film, marketing, and urban planning.
Creating a Village Using Procedural Generation in Unreal Engine 5 - Beginner Tutorial
Aprenda a criar uma vila procedural em Unreal Engine 5. Domine técnicas de PCG para gerar florestas, casas, cemitérios e paisagens detalhadas em um ambiente de jogo imersivo.
Game Programming: Introduction to Entity Component System (ECS) - Lecture 5
Explore Entity Component System architecture for game development, enhancing performance and flexibility in C++ game programming.
Introduction to Artificial Intelligence - Hash Functions - Lecture 7
Explore hash functions in AI, covering algorithmic techniques and data structures for modern problem-solving in simple games.
Game Programming: Assignment 3 Overview and Implementation - Lecture 11
Explore game programming fundamentals, including vector math, rendering, AI, physics, and UI. Learn to build functional games using ECS architecture, C++, and SFML graphics library.
Game Programming Course Project Information - Lecture 14
Develop a game project with required features, scenes, and mechanics. Create a level editor, assets, and trailer. Submit proposal, demo, and report video. Work effectively in groups.
Game Programming: Saving Progress, Game Tools, and Drag & Drop - Lecture 16
Explore game programming essentials: saving progress, game tools, and drag & drop functionality. Learn practical techniques for enhancing player experience and streamlining development.
Video Game AI - Course Introduction - Lecture 1
Explore AI techniques for video games, including movement, search, planning, decision-making, and procedural content generation. Implement assignments in C++ with SFML.
Video Game AI Course Project Specification - Lecture 2
Explore AI techniques for video games, covering movement, search, planning, decision-making, and procedural content generation. Implement a bot for a retail game using C++ and SFML.
Video Game AI - C++ Setup and Assignment 1 - Lecture 3
Set up C++ environment and explore Assignment 1 for video game AI development, focusing on movement techniques, search algorithms, and decision-making systems.
Video Game AI - Starcraft and Minecraft Project Setup - Lecture 6
Explore AI techniques for Starcraft and Minecraft, including project setup and implementation strategies for game bots using C++ and SFML.
StarCraft AI Research - Lecture 14
Explore AI techniques for video games, including movement, planning, decision-making, and procedural content generation. Implement a bot for a retail game using C++ and SFML.
Video Game AI - Tron AI Tournament - Lecture 19
Explore AI techniques for video games, including movement, search, planning, decision-making, and procedural content generation. Implement a Tron AI bot in C++ using SFML.
COMP4300 - Game Programming - SFML and ImGui Tutorial - Lecture 4a
Explore SFML and ImGui for game development, covering rendering, animation, and user interfaces in C++. Learn to create functional games using ECS architecture.
Game Programming: Introduction to Entity Component System - Lecture 5
Explore Entity Component System architecture for game development, learning its principles and implementation in C++ with SFML graphics library.
Introduction to Artificial Intelligence: A* Search Algorithm and Optimizations - Lecture 6
Explore A* search algorithm implementation, heuristic functions, and optimization techniques for pathfinding in grid-based environments with varying object sizes and connectivity constraints.
Game Programming: Sprites, Textures, and Animations - Lecture 9
Explore sprite rendering, texture management, and animation techniques for game development using C++ and SFML graphics library.
Game Programming: Assignment 3 Specification and Implementation - Lecture 11
Develop a 2D game with player movement, bullet spawning, collisions, and animations using C++ and SFML. Implement level loading, physics, and entity-component systems for a complete gaming experience.
Pathfinding and Steering in Game Programming - Lecture 15
Explore pathfinding and steering techniques in game development, enhancing AI movement and navigation for more realistic and engaging gameplay.