As a GameMaker project grows, repeating the same code becomes difficult to manage. You may have five enemy objects that all need health, contact damage, death effects, and collision behaviour. Copying those systems into every enemy might work at first, but one small change would then need to be repeated across several objects. Parent objects … Read more
Sound effects can make even a simple game feel much more responsive. A jump becomes more satisfying with a quick movement sound, collecting a coin feels rewarding with a bright chime, and an enemy hit becomes easier to understand when it produces a clear impact effect. GameMaker includes a built-in audio system that lets you … Read more
A game can be visually impressive and still feel strangely empty without audio. Footsteps make movement feel physical, impact sounds make attacks more satisfying, and background music establishes the mood before the player reads a single line of dialogue. GameMaker includes a built-in audio engine for importing, playing, controlling, and positioning sounds. It supports common … Read more
Taking damage should feel dangerous, but it should also feel fair. When a player touches an enemy, they expect to lose health, receive clear feedback, and get a brief chance to escape. Without that protection, one collision can drain an entire health bar in a fraction of a second. That is why many action games … Read more
A health system is one of those game mechanics that looks simple until you start building it. The player has a number, an enemy reduces that number, and the character is defeated when it reaches zero. Easy, right? The basic idea is simple, but a good health system also needs limits, damage protection, healing, visual … Read more
Collisions are responsible for many of the moments that make a game interactive. A player touches a coin, a bullet strikes an enemy, a character walks into a wall, or an attack reaches several targets inside a rectangular area. GameMaker offers two main approaches for handling these situations: Collision Events and collision functions. They may … Read more
A character walking through walls can destroy the illusion of a game in seconds. Players expect solid floors, collectable coins, dangerous enemies, and interactive doors to respond when they are touched. Collision detection is the system that makes those interactions possible. Learning how collision detection works in GameMaker is important because detecting contact is only … Read more
When you look at a 2D game, nearly everything visible may begin as a sprite. The hero running across the screen, a spinning coin, an enemy waiting behind a wall, and even a menu button can all use sprite assets. However, sprites in GameMaker do more than display pictures. They can contain multiple animation frames, … Read more
Keyboard controls may look simple from the player’s perspective. Press W to move forward, Space to jump, and Escape to open the pause menu. Behind the scenes, however, the game must recognise exactly when each key is pressed, held, or released. Learning how to use keyboard input in GameMaker is one of the first essential … Read more
A game does not feel like a game until the player can actually move. Whether you are creating a top-down adventure, a puzzle game, or a fast arcade shooter, movement is usually one of the first systems you need to build. Fortunately, creating basic player movement in GameMaker does not require hundreds of lines of … Read more