WomboComboGame

A small Unity (C#) project made mainly for studying and practicing C# gameplay programming (MonoBehaviours, physics, UI, coroutines, layers/masks, etc.).

This repo was originally created for GameLab 24.1 (Seconds) Jam with the theme "Reaching Higher".

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Goal / What this project is for

• Learn and practice C# scripting in Unity
• Read and modify simple gameplay systems:
  • player movement logic
  • cooldowns
  • UI counters
  • physics collisions
  • spawning / instantiation
  • camera control
  • simple enemy behaviour + ragdoll

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Main mechanics (from the scripts)

1) Start / End flow + countdown timer

• The game starts in a Start Menu and only begins when the player right-clicks.
• When starting, it enables:
  • in-game HUD
  • gameplay prefabs
  • PlayerController + PlayerComboController
• A 24.1 seconds countdown runs using a coroutine and updates a TextMeshProUGUI timer.
• When the timer reaches 0, the game switches to the End Menu state.

(See: GameStart.cs, GameEnd.cs)

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2) Teleport movement (right click)

• Player movement is based on teleporting to the mouse position (raycast from camera to the world).
• Teleport has a cooldown.
• Teleport triggers:
  • animation (PlayerTeleport)
  • audio
  • camera shake
  • a teleport VFX (tpEffect)
• There is also an optional teleport preview overlay (tpOverlay3d) when enabled.
• If the player is near an enemy, teleport can also rotate the player towards that enemy.

(See: PlayerController.cs)

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3) Attack / combo aiming (left click “attack mode”)

• Holding left click:
  • stops player rigidbody velocity
  • enables an attack panel (AtackPanel)
  • makes arms material transparent (alpha changes)
  • sets the player into “attacking” animation/state
• While attacking, the character rotates:
  • towards the nearest enemy inside a detection radius, or
  • towards the mouse cursor hit point if no enemy is close.

(See: PlayerComboController.cs)

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4) Arm spawning + hit detection + cooldown on hit

• An ATKControl spawns an arm prefab at random points on an interval.
• The spawned arm gets a CollisionDetector that reports hits when it collides with an enemy layer.
• When hitting an enemy:
  • spawns a hit effect prefab
  • increments the hit counter HUD
  • triggers camera shake
  • applies a “hit cooldown” (so the hit feedback is gated)

(See: ATKControl.cs, CollisionDetector.cs, ArmFoward.cs, HitHudCounter.cs)

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5) Score system (based on hit count)

• Score UI simply mirrors the hit counter value.

(See: GameScore.cs)

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6) Enemies + ragdoll death

There are enemy behaviours like:

• Walking enemy that moves forward with physics forces, limits max speed, picks random walk animation + random material, and can die on collisions with certain layers.
• Ragdoll toggling by disabling animator and enabling child rigidbodies/collisions.

(See: EnemyBehaviourWalking.cs, EnemyBehaviour.cs, RagDollBehaviour.cs)

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7) Camera stage / layer system (scroll wheel progression)

• Mouse wheel changes a Stage value.
• Stage selects a camera position from a list, and if it exceeds the list it starts moving the camera pivot up by “levels”.

(See: LevelAndLayer.cs, CameraChangePosition.cs, CamLayerControl.cs)

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Controls (based on scripts)

• Right Mouse Button

  • Start the game (when in the start menu)
  • Teleport (during gameplay)

• Left Mouse Button (hold)

  • Attack mode / aim attacks (rotate towards enemy or cursor)

• Mouse Wheel

  • Change “Stage” / camera level

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Tech / Notes

• Built in Unity using C# scripts (Assets/Scripts)
• Uses TextMeshPro for UI text
• Uses physics (Rigidbody, Colliders) heavily for movement + collision gameplay

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Repo structure (important folders)

• Assets/Scripts/ – gameplay code (teleport, attack, enemies, camera, UI)

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Disclaimer

This project is meant for learning and experimentation. Code is intentionally simple and jam-style.