Simple MobHealthBars

Enhance your Minecraft experience with the Simple MobHealthBars mod!

Overview of Mob Health Bar Modification

Introducing an innovative client-side modification designed for Minecraft version 1.21.4, this mod allows players to view health bars directly above mobs as you approach or focus your gaze on them.

Key Features

• 🎯 Intelligent Targeting: Health bars will appear when you look at mobs or when they are within a close range.
• 💚 Dynamic Health Indicators: The health bars are color-coded to reflect the health status (ranging from green to yellow and then to red based on health levels).
• 📝 Creature Insights: Displays both the name of the mob and their current and maximum health levels.
• 🎨 Sleek Animations: Experience smooth transitions as health bars react when mobs sustain damage or are healed.
• 👁️ Line of Sight Functionality: Optional feature prevents health bars from appearing through solid objects.
• 🎭 Fade In/Out Effects: Enjoy elegant fading animations for health bars.
• 🚀 Optimized Performance: Designed to limit visible health bars for maintaining smooth gameplay.

Installation Instructions

1. Ensure you have Minecraft version 1.21.4 along with the Fabric Loader installed.
2. Download and install the Fabric API from either Modrinth or CurseForge.
3. Transfer the downloaded .jar file into your mods directory.
4. Launch Minecraft using the Fabric profile.

How to Use the Mod

Interacting with Mobs: Simply point your crosshair at any mob to reveal its health bar.

Mobs that are Supported

• ✅ All hostile entities (such as zombies, skeletons, creepers, etc.)
• ✅ All neutral creatures (including wolves and iron golems)
• ✅ All passive animals (cows, pigs, sheep, and more)
• ❌ Players’ health bars are not displayed.

Compatibility Information

• Minecraft Version: 1.21.4
• Mod Loader: Fabric
• Operation: Client-side only
• Required Dependencies: Fabric API

Technical Insights

• Utilizes Fabric’s WorldRenderEvents for optimal rendering performance.
• Features smooth animations achieved through interpolation techniques.
• Employs raycasting methods for reliable line-of-sight detection.
• Incorporates concurrent data structures to ensure thread safety.
• Rendering is optimized with scaling based on distance.

Licensing

This modification is distributed under the MIT License, allowing for flexibility in its use and distribution.