Complete Unity 2D and C# Game Developer Megacourse

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 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 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.

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.

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.

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.

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.

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.

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 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.