Create Old Arcade Games With Unity Game Engine

Explore creating a brick breaker Arkanoid remake in Unity, including white bricks destroyed on touch and black bricks requiring two hits, ball and racquet mechanics, score and game over logic.

Organize Unity project assets by creating scenes, importing sprites, and building a main menu with a play button and pause. Wire a gameplay scene with a simple main menu controller.

Prepare the game elements by creating the racket, ball, and bricks, naming bricks, and setting up borders. Configure colliders and rigidbodies, adjust gravity, and arrange a demo level.

Create a rocket movement script using fixed update and horizontal input to move left or right at speed, and a ball script with rigidbody and a bouncy material to bounce.

Attach brick and broken brick scripts to brick prefabs, detect ball collisions to swap images on first hit and destroy on second, and increment the score.

Preview a space shooter prototype in Unity with a main menu. Watch planes spawn and shoot, borders destroy objects, and a restart option with high score concepts explained.

Import assets, create a scenes folder, and build a main menu with a background image and play and options buttons; load the gameplay scene with a menu controller.

Create and configure prefabs for red and yellow bullets and enemy planes in Unity. Attach colliders and rigidbodies, set kinematic and freeze the z rotation, then save as prefabs.

Create a gameplay background by texturing a quad with a mobile particles alpha blended material, resize the quad to fit the screen, and implement parallax scrolling with a C# script.

Move the plane with a public speed by applying horizontal input to its rigidbody velocity, then clamp its x position within screen bounds using the plane bounce script.

Configure yellow and red bullets in unity by attaching scripts, applying upward or downward forces, and destroying bullets at top or bottom border triggers for plane shooting.

Implement a plane shoot mechanic in Unity by instantiating bullets above the plane on mouse down, and limit fire rate with a canShoot flag and a half-second coroutine.

Develop enemy plane move and shoot mechanics using Unity game engine, including bullet instantiation, collision handling, and basic enemy spawning.

Create a spawner object with a collider to spawn enemy planes between its bounds, using a coroutine and random intervals. Implement bullets, collisions, and basic scoring.

Preview the Minesweeper remake with a main menu, play and options, and easy to hard levels. Use a two dimensional array to track mines, neighbor counts, and game over.

Organize scenes and import assets in Unity to create a main menu and options menu with a background image and UI buttons for play, back, and easy/medium/hard, using sprite slicing.

Wire up the main menu and options menu in Unity, connecting play, back, and pause controls to a game manager that loads and restarts levels.

Position and duplicate hidden mine elements on a two-dimensional grid in Unity, set each to 70 by 70, attach colliders, and organize with a game manager and minefield scripts.

Create and manage the mine field grid with a singleton game manager, declare a public static two-dimensional mine field, and lay out mines on gameplay load.

Code a mine field in Unity with show mine and show near mine functions, handle clicks, and verify textures; use level-based random mines and a game manager to track mines.

Create a matrix grid to manage mines, test coordinates within bounds, show mines, count near mines, and implement a flood fill based investigation of mines.

Wrap up the game by handling minefield touches and triggering game over. Parse object names to coordinates, investigate mines, and reset the game state with a singleton game manager.

Pac-Man moves with a single touch or keyboard input, while ghosts autonomously decide their directions using artificial intelligence, and the lecture covers restarting and pausing the game.

Create a Pac-Man remake menu in Unity by organizing scenes, importing sprites, configuring a main menu with a background, play button, and scripts to load gameplay.

Discover how to build a maze in Unity by positioning the camera, setting a dark background, and converting walls into solid box collider 2D with rounded offsets copied across maze.

Configure Pac-Man and monsters by slicing sprites on a 16 by 16 grid with 8 pixels per unit, create 12fps right-left-up-down animations, and define X and Y parameters for transitions.

Guide Pac-Man movement in Unity using C# scripts, prefabs, and line cast collision to navigate a maze, update destinations and animations, and handle next directions.

Program three monsters with Unity by attaching colliders and rigidbodies, coding a monster movement script, selecting random directions, and chasing Pac-Man with destination-based movement and collision triggers.

Attach a pause button to restart the game, build a game play controller with a restart function, and use point objects with trigger colliders to be eaten by Pac-Man.

Learn to navigate between scenes in Unity 5.3+ by using scene management and scene manager load scene, add open scenes to build settings, and wire buttons with a scene loader.

Replace the deprecated OnLevelWasLoaded with Unity's scene management by subscribing to sceneLoaded. Create a LevelFinishedLoading function that checks scene.name to act when the gameplay scene loads.

Explore how to set sprites to 32‑bit true color in Unity 5.5, adjust texture compression formats for Android, and manage memory usage while navigating cloud and disk project locations.

Discover Unity's dynamic, kinematic, and static body types, and learn how gravity, forces, velocity, and collisions shape gameplay with colliders.

Learn how Unity's rigid body modes—dynamic, kinematic, and static—control gravity and movement, and how the simulator option toggles physics on and off.

Avoid a common Unity animation mistake by not recording transform positions in the animation panel; remove the position property so the Rigidbody component can move the character correctly.

Change the game resolution in Unity via the game tab, add custom resolutions, and adjust for build settings and platform, watching the camera adapt to each size.