Unreal Engine 5: Create and Publish a 3D Action Mobile Game

Create a paladin locomotion system in Unreal Engine 5 using a blend space, animations, and an animation blueprint, then test direction-based movement and prepare for mobile packaging.

Bind a lock input and implement a can lock macro with a debug sphere. Create a get closest actor function to identify the trainer by distance and tags.

Create and configure a rolling montage in Unreal Engine 5, clarify root motion versus skeletal mesh direction, and implement locking, input roll, and rotation logic for accurate velocity during rolling.

Implement AI tyrant and visual hit effects by adjusting stun rotation logic, triggering particles, sounds, camera shake, and time dilation through anim notifies and the INT_TyrantTime interface.

Set up ai controller, behavior tree, and blackboard to drive a trainer's actions, using enums and a game instance to manage attack counts, strife timing, and runtime decisions.

Implement turn-in-place AI animations in Unreal Engine 5 by calculating the angle to the player, using relative rotation, and triggering left or right turn montages.

Configure player's defense action in unreal engine 5 by adding a block input mapping and can block logic, with a layered blend per bone to keep upper body facing AI.

Add a trace check and three line traces for trainer attacks in BP trainer using a multi sphere trace, connect to the attack check, and configure damage and block logic.

Implement jump mechanics in unreal engine 5 using bp player, input mappings, jump proxies for virtual joysticks, and an animation blueprint with jump, locomotion, and falling states.

Develop trainer AI in free combat mode, integrating Mikiri counter, distance-based attack decisions, and posture recovery that decreases as health drops.

Implement the menu start logic in Unreal Engine 5 using a trigger box and begin overlap to control ai attack; configure the menu level with gm_menu, bp_menu pawn, and pc_menu.