Complete Unity 2D and C# Game Developer Megacourse

Explore movement and rotations in a Unity 2D core project by altering transform.position, transform.localPosition, and translate while building a simple pong game and preparing for rigid body concepts.

Explore how to implement rotations in Unity using quaternions, local and global rotations, and Euler angles, then apply a speed-based rotation around the z axis using delta time.

Learn to read keyboard and mouse input in Unity using GetKey, GetKeyDown, GetKeyUp, GetButton, and GetAxis to drive movement and rotation with delta time.

Continue a 2D pong game in Unity, create a new scene with materials, implement a moving ball with random ignition angles, and wire up a Pong manager.

Learn to build a pong-style game in Unity 2D, refine movement and rotation order, and implement distance detection using child objects, setting up collisions in the next lesson.

Explore building a pong game in Unity with C#, duplicating players, implementing keyboard and mouse controls, rotation and speed tweaks, and a scoring UI with canvas and text.

Begin by coloring and testing your 2D scene to shape the game's feel. Then explore asset creation and scavenging to source sprites, textures, and sounds for Unity.

Explore 2D rigid bodies and colliders, configure dynamic, kinematic, and static modes, add box collider 2D and circle collider 2D, and set up ground objects and prefabs for physics interactions.

Learn Rigidbody 2D movement in Unity by building a movement script, testing with prefabs, and managing input, gravity, drag, and diagonal speed normalization.

Learn to create a 2D rigidbody character in Unity using sprite sequences, animator controllers, and parameters to manage idle, running, and jumping transitions driven by input.

Build a responsive 2D character controller in Unity by scripting movement with fixed update and delta time, handling input, grounding, collisions, and animation states.

Rig and skin a 2D character in Unity by creating bones, applying skinning in the skinning editor, and wiring idle and motion transitions with code, Sprite editor, and animator.

Build a 2D rig in the sprite editor by creating hips, torso, limbs, assign bone influences, test with auto geometry, and prepare enemy prefabs with ik volume targets.

Create an animator controller and running animation for enemy one. Then craft a walking cycle by adjusting hips, feet, and hands across frames.

Implement enemy behavior in Unity by linking patrol and attack animations, using Rigidbody 2D and colliders, and scripting left-right patrol with player detection and attack triggers.

Explore 2d physics in Unity by comparing dynamic and kinematic bodies, implementing on trigger enter events, colliders, rigidbodies, hinge joints, and platform effector for responsive enemies and platforms.

Learn to implement and visualize 2D raycasts in Unity, handling origin and direction, using layer masks to filter hits, and building a ray controller for detection.

Refine enemy behavior by using a shared script for multiple enemies, organize components and tags, make enemies kinematic, and move them between left and right limits using move towards.

refines enemy behavior by applying gravity, adding a ground indicator and a ground layer mask, and using downward casting to place enemies on the ground with delta time.

Refine enemy behavior in a Unity 2D game by implementing robust rotation handling with quaternions and per-sensor triggers, plus left/right detection to steer jumps and attacks.

Refines the enemy attack in Unity 2D by sensing the player from left or right, calculating an imaginary attack point, and using triggered colliders for damage.

Refine enemy behavior in a Unity 2D C# project by debugging collisions, implementing stage-based attacks, and using layers to prevent self-collision while ensuring damage on hit.

Refine enemy behavior using a two-state system in Unity 2D, implementing patrolling and attacking states with an enum and a switch, plus bullet instantiation and basic range checks.

Learn how to build the Unity environment, implement enemy shooting with trigger enter and exit, spawn bullets, and configure physics layers, tags, sprite animation, particles, skybox, and environment manager.

In this Unity 2D–C# lesson, we fix movement by replacing collision with an overlap area to detect ground and walls, using a ground layer mask and isGrounded and onWall booleans.

Revisit and refine the environment by creating an environment manager, rotating a skybox, assembling ground geometry, prefabs, sun particles, and animated crowd elements to enhance scene depth.

Develop a custom camera that follows the player with speed and left and bottom limits, computing a target position with adjustments and using late update for smooth tracking.

Learn to build a Unity shooting system by instantiating rockets from a rocket prefab, applying Rigidbody2D velocity, and using a pivot point for mouse-based aiming and fire timing.

Master 2D shooting in Unity by using raycast hits with layer masks, target positioning, prefab spawning, and a shooting counter for single shots.

Learn to implement a Unity 2D shooting system with a target-following camera, rocket projectiles, fire rate timing, and audio-visual effects, including step sounds, explosions, and basic particle effects.

Configure the damage system for necromancer enemies in Unity by setting up tags and colliders, adjusting movement between left and right limits, bullet and rocket interactions, and attack effects.

Implement a damage system in a 2D Unity game by wiring enemy HP, damage events from rockets, layer-based collisions, and a live health bar UI to visualize combat outcomes.

Wraps up chapter by implementing a main menu, scene loading, and a moving platform with jump physics; explores player name persistence with PlayerPrefs, UI input, and high score ideas.

Develop and refine a Unity 2D score system by implementing a score manager, high score tracking, and player name display, updating on enemy kills and rocket collisions.

Wraps up a Unity 2D project by refining canvas and world space, animating fire sprites, and implementing prefabs, colliders, and key and door mechanics for a playable scene.

Launch your first Unity 2D card game by spawning quads as cards in a 5x4 grid, assigning IDs, and managing cards with a game manager and MonoBehaviour scripts.

Develop a 2D Unity card game prototype using C#, creating a Card class and a card list, randomizing IDs, card back visuals, textures from Resources, and basic card matching logic.

Create a Unity 2D card matching game: initialize cards, flip by clicking, select two, compare IDs, destroy matches, and manage rotation with a simple update-driven state.

Configure Unity Remote 5 on Android devices by enabling developer options and debugging, switch the editor to Android, and troubleshoot adb server to connect your phone.

Investigate mobile input structure and touches in Unity 2D by implementing left and right screen touch areas with colliders and a mobile input script.

Develop a basic Unity mobile input template that supports two simultaneous touches, uses finger IDs to position on-screen indicators, and enables interaction with game objects.

Congratulate learners on completing the course, invite them to ask questions in the discussion, and encourage leaving a review to help improve this Unity course for future students.