game-object-components

Create Phaser 4 game objects with reusable mixin components for common behaviors.

Updated Jun 21, 2021

Search Tags:#transform #phaser #origin #mixins #alpha #game-objects #tint

Ready to run

npx skills add https://github.com/mahirocoko/mahirocoko --skill game-object-components-mahirocoko

💬 Prompt for ChatGPT / Claude Chat▼

Please help me install this Agent Skill.
Skill: game-object-components
Source: https://github.com/mahirocoko/mahirocoko/tree/main/plugins/phaser/skills/game-object-components
Command: npx skills add https://github.com/mahirocoko/mahirocoko --skill game-object-components-mahirocoko

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes references (resource) components.

What problem does it solve?

Provides a centralized, reusable set of game object components that standardize common behaviors (Alpha, BlendMode, Depth, Flip, GetBounds, Lighting, Mask, Origin, ScrollFactor, Size, Texture, TextureCrop, Tint, Transform, Visible, PathFollower, RenderNodes, RenderSteps, Filters, and FilterList) across Phaser 4 objects to reduce duplication and ensure consistent rendering.

Core Features & Use Cases

Shared mixin-based components: Apply common behaviors to any Game Object (transform, alpha, tint, origin, depth, etc.) via mixins.
Consistent rendering semantics: Ensure consistent visibility, transform, and rendering state across multiple objects in a scene.
Use Case: Build a fleet of HUD and in-game objects with uniform behavior (e.g., fixed scroll, central origin, and consistent tinting).

Quick Start

Create a Phaser Sprite and apply the Transform, Alpha, Tint, and Origin mixins to demonstrate consistent, reusable object behavior.

Frequently Asked Questions about game-object-components

High-intent search queries and answers about installing and using this skill.

FAQPage Schema

How do I apply consistent transform and tint behavior across multiple Phaser 4 game objects?▼

You apply consistent transform and tint behavior across Phaser 4 game objects using shared mixin-based components. This approach standardizes rendering semantics for sprites, images, and text, reducing code duplication and ensuring uniform visibility and transform state across your scene.

What Phaser 4 game object components are available for reusable scene behavior?▼

Available Phaser 4 game object components include Alpha, BlendMode, Depth, Flip, GetBounds, Lighting, Mask, Origin, ScrollFactor, Size, Texture, TextureCrop, Tint, Transform, Visible, PathFollower, RenderNodes, RenderSteps, Filters, and FilterList. These mixins standardize common behaviors across multiple game object types.

Can I use mixin components to standardize alpha and origin on Phaser sprites and text?▼

Yes, you can use mixin components to standardize alpha and origin on Phaser sprites and text. The component registry applies reusable behaviors uniformly across any game object type, ensuring consistent rendering state for HUD and in-game elements.

What's the best way to reduce code duplication when managing depth and scroll factor in Phaser scenes?▼

The best way to reduce code duplication for depth and scroll factor management in Phaser scenes is using a centralized mixin-based component registry. This provides reusable Depth and ScrollFactor components that apply standardized behaviors uniformly across all game objects.

When should I use mixin-based game object components instead of individual object configuration in Phaser?▼

You should use mixin-based game object components when building scenes with many objects requiring consistent Transform, Alpha, Tint, Origin, and Depth behavior. This approach prevents duplication and ensures uniform rendering state across sprites, images, and text compared to configuring each object individually.