3D platformer game using Unity

Set up the player in Unity by adding a prefab with a rigidbody and gravity, configure the animator with a blend tree, and position weapons and camera correctly.

Learn to set up the player in Unity 3D platformer: animator state machines, blend trees, and speed parameters drive rifle idle, walk, and run, with capsule collider and weapon prefab.

Script player movement in Unity for left-right x axis, compare two aiming systems (normal and IK-based), use rigidbody and animator with GetAxis('Horizontal'), fixed update, and speed threshold 0.5.

Explore how to implement player movement in a Unity 3D platformer by setting walk and run speeds, applying velocity to a rigidbody, and syncing animations with movement values.

Script a camera follow system in Unity to track the player with a fixed offset. Use Vector3.Lerp with a smoothing value and Time.deltaTime to achieve smooth, responsive movement.

Apply inverse kinematics in Unity to fix the weapon position, aligning the hand with the target using an IKHandler script, goals and weights.

Implement inverse kinematics in Unity by configuring hand and elbow IK targets, weights, and hints with OnAnimatorIK, setting positions and rotations, and mixing upper and lower animations via animator layers.

Fix weapon alignment in a 3d platformer by converting the right shoulder position to world coordinates and snapping the weapon to the shoulder using an IK helper and an offset.

Fix inverse kinematics in a Unity 3D platformer by turning the character with rotation instead of scale, and adjust the weapon offset to keep the gun aligned.

Script the crouch movement with a blend tree between crouch idle and crouch forward, toggled by the C key and driven by animator parameters, a crouch boolean, and transitions.

Learn to implement jump movement in a Unity 3D platformer using a blend tree, ground checks, and Rigidbody force, with Animator transitions and input mapping for jump.

Create a basic enemy AI in a Unity 3d platformer using a navmesh surface and agent, with a player-detection collider guiding movement toward the player, stopping distance, and animations.

Explore building a raycast-based weapon system in Unity that fires from a fire position, instantiates muzzle flash and bullet tracer prefabs, plays gunfire audio, and enforces a fire rate.

Fix muzzle flash issues by instantiating muzzle flash prefabs under the muzzle flash point and adjusting scale; implement an attack distance to trigger ai firing based on distance.

Develops a health system for player and enemy linked to the weapon system, with max health, current health, death on depletion, using tag checks and debug visuals to validate hits.

Trigger death once and stop movement for both players and enemies in a 3d platformer built with Unity, ensuring the death animation plays through animator states and navmesh adjustments.