Unreal Game
Developer.

I start with the combat demo, then open the Blueprints and C++ classes behind it. Choose a timestamp to watch that part.

1. 00:00Combat demo↗

   I show enemy damage, health loss, a mana-based shot and a regular arrow shot.

2. 00:34Character attributes↗

   I show the character setup and C++ components for health and mana. Regeneration is not implemented in this version.

3. 01:04Attack montages and animation layers↗

   I explain the attack montage, then the upper- and lower-body blends in the Animation Blueprint.

4. 02:18Target locking for controller play↗

   I demonstrate moving around a target and explain nearest-enemy locking. Right-stick target switching is a planned addition.

5. 03:17Building the HUD↗

   I show individual C++ status-bar widgets for health and mana, assembled into a main HUD attached to the player controller.

6. 04:40Projectiles and attack configuration↗

   I walk through projectile subclasses and explain where attacks, mana costs and inputs are configured. Attack icons are discussed as part of the intended HUD.

7. 05:58Next steps: cooldowns and pooling↗

   I discuss the cooldown work and planned projectile pooling. The current projectiles are still spawned directly.

8. 06:46Shared C++ classes and components↗

   I explain the base character, player and enemy inheritance, the GetHit interface and the attack component. Reusing the component across more character types is a future goal.

I demonstrate two puzzle levels and explain how their gameplay logic works. Choose a timestamp to watch that part.

1. 00:00Simon Says: play the sequence↗

   I start the puzzle and repeat the light sequence by stepping on the coloured buttons. The sequence grows up to the configured length.

2. 01:44C++ manager and game states↗

   I show how the manager starts the puzzle, generates a random sequence, moves through states and waits for player input.

3. 03:18Button feedback and light control↗

   I explain the button movement, button IDs, material changes and how the buttons and lights communicate through the manager.

4. 05:45The platform maze↗

   I demonstrate the two levers that control the platform along two axes. Hitting an obstacle resets the attempt.

5. 06:37Slow motion as a gameplay mechanic↗

   I show why the moving obstacles are difficult at normal speed, then use slow motion to create more time to react.

6. 08:06Global and custom time dilation↗

   I open the Blueprint setup: global dilation switches between 0.1 and 1, while the character and platform use custom dilation of 10 or 1 to compensate.

7. 09:35Configurable moving obstacles↗

   I show editor controls for movement axis, range, speed and phase offset, so instances can move differently.

8. 10:57Collision reset and iteration↗

   I explain the saved reset target and collision-triggered teleport. At the end, I discuss using LLM assistance and manually correcting unstable logic.