Fun Learning

Detect a collision between two rectangular game objects using their positions and dimensions.

Represent player health and other changing game values with variables.

Create an enemy sprite that moves toward the player.

Implement a JavaScript-controlled projectile attack that detects a hit on an enemy.

Apply damage and destroy a sprite when its health reaches zero.

Create a reusable JavaScript function for spawning an enemy.

Spawn enemies at timed intervals and randomize their starting positions.

Implement separate victory and defeat conditions.

Represent a dungeon item as a JavaScript object with named properties.

Use an array to choose randomly among several dungeon items.

Use a loop to update and draw multiple enemies stored in an array.

Use JavaScript variables and arithmetic to tune a game mechanic.

Add a collectible that changes the score when the player touches it.

Organize game code into separate functions for title, play, and end states.

Connect movement, combat, collecting, and end-state functions into a playable dungeon encounter.

Playtest the dungeon encounter and adjust one variable to improve its difficulty.

Distinguish game assets, configuration data, game logic, and external mod-loading tools.

Move gameplay settings into named constants so they can be tuned without rewriting game logic.

Create a configurable weapon variant by changing its damage, speed, and appearance.

Add a new enemy variant by reusing and adjusting existing behavior.

Implement an optional gameplay modifier that changes one rule of the dungeon encounter.

Check whether a game, platform, and version officially support a proposed modding method before installing anything.

Plan a small Ancient Dungeon–inspired customization by specifying its assets, rules, and configurable values.

Publish or share the completed browser game while preserving an editable project copy.