Game Programming: Actions and Replays - Lecture 10
Explore game programming concepts including inputs, actions, and replays. Learn implementation techniques for action classes, key mapping, and scene actions in game development.
Game Programming Course Project Overview - Lecture 12
Dive into game project development, covering GitHub usage, project structure, specifications, marking schemes, gameplay mechanics, and level editor implementation for a comprehensive game programming experience.
SFML 2.4 for Beginners
Learn SFML 2.4 basics: window creation, events, drawing, input handling, textures, animation, views, and collision detection. Ideal for aspiring game developers.
Ray Casting, Basic Lighting, and Vision in Game Programming - Lecture 13
Explore ray casting fundamentals and practical applications in 2D game lighting, visibility systems, and line segment intersection calculations for creating dynamic lighting effects.
Game Programming: Cameras, Views, and Viewports in SFML - Lecture 14
Master game camera fundamentals, from 2D and 3D implementations to SFML views, viewports, and parallax effects for creating dynamic visual perspectives in game development.
Game Programming: Collision Detection and Resolution - Lecture 8
Explore collision detection and resolution in game programming, focusing on bounding shapes, AABB techniques, and practical examples like Super Mario Bros.
Game Programming: Collision Detection and AABB - Lecture 8
Explore collision detection in game programming, focusing on AABB techniques. Learn to implement and resolve collisions for realistic gameplay mechanics.
Game Programming: Introduction to Shaders - Lecture 21
Explore game shader fundamentals, including rendering techniques, visual effects, and performance optimization for enhanced graphics in game development.
Movement in Video Game AI - Lecture 4
Explore movement techniques in video games, including pathfinding, steering behaviors, and obstacle avoidance for realistic AI-controlled characters.
Grid Representations in Video Game AI - Lecture 5
Explore grid representations in video game AI, covering localization, optimization, pathfinding, and hierarchical structures for efficient game world modeling and navigation.
Grid Algorithms in Video Game AI - Lecture 7
Explore grid algorithms for game AI, including connectivity, BFS, vector fields, and distance maps. Learn techniques for efficient pathfinding and spatial analysis in video games.
Game Programming: Building a Zelda-Style Game Engine with Entity Component Systems - Lecture 16
Dive into game programming fundamentals through a Zelda-style assignment, covering entity management, AI systems, asset handling, and physics implementation in C++ with SFML graphics.
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.
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.
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.