🌍 World Time 1.2.0 – Serializable Time and Age States, Refactored Core Logic, and More

World Time 1.2.0 introduces persistent serialization support for your time systems — including TimeState, WorldAgeSystem, and the runtime AgeStates attached to each AgeingComponent.

Saving and loading is now fully supported out of the box via a new scene node: WorldTimeSerializer, designed to integrate seamlessly with your game’s existing save/load pipeline.

💥 Breaking Changes

• SceneReplacement is now a Node called AgeingSceneReplacement and needs to be added to your scenes seperately. It targets the AgeingComponent to get the AgeState.

• AddAfterGameSeconds renamed from AddAfterGameSecondsComponent

• AddWhenAgeing renamed from AddWhenAgeingComponent

🧠 Under the Hood: Refactoring for the Future

This release started as a bugfix… and quickly became a major architectural update focused on testability, maintainability, and plugin stability.

Most logic has moved into standalone classes (like TimeStateLogic and CalendarLogic), making unit testing and component reuse much easier.

✅ 239/239 GdUnit tests currently pass — but if you hit issues, please reach out! (Note: In 1.2.1 the remaining tests have been brought back in and confirmed passing.)

🔄 What’s Changed at Runtime?

You’ll still use the same scene nodes and the GameCalendar resource, but there’s one big shift:

🔁 AgeState is now runtime-only

• AgeState is no longer a Resource — it’s now a RefCounted runtime object.

• AgeingComponent holds the scene’s AgeState and exposes it to connected nodes.

• Scripts like AddWhenAgeing and AgeingSceneReplacement now reference AgeingComponent, not a global registry.

• AgeStates are automatically registered/unregistered via AgeingComponent, simplifying save/load via WorldTimeSerializer.

🧾 Patch Notes: World Time v1.2.0

✨ New Features

• WorldTimeSerializer: Central node for serializing and restoring all time systems.

• Included by default in world_time_systems.tscn.

Age System Updates:

• AgeState: Now a runtime-only RefCounted object.

• AgePreset: Optional Resource for default age values.

• AgeingComponent: Attach to any scene for age tracking.

• AgeingSceneReplacement: Swap scenes when an age threshold is met.

• AddWhenAgeing: Add values/resources when specific ages are crossed.

🧩 Logic Refactor Highlights

All core logic now lives in clean, scene-independent classes:

• DayNightCycleLogic: Handles transitions and current/next TimeOfDay.

• CalendarLogic: Manages date advancement, weeks, and validation.

• TimeStateLogic: Drives game time updates and emits signals.

• GameTimeSystemLogic: Ticks time, processes next-day events, updates TimeState.

✅ Why It Matters

• Testable: Logic is modular and decoupled from scenes or UI.

• Maintainable: Clear class responsibilities = fewer bugs, easier upgrades.

• Extensible: Replace or extend logic without breaking your system.

• Production-Ready: Built-in save/load support for time-based systems.

📌 Notes for Upgraders

• Add WorldTimeSerializer to your scene tree and connect it to your save system.

• Use AgePreset to define default ages for AgeingComponent nodes.

• Update age-aware scripts to use AgeingComponent instead of managing AgeStates manually.

This update took longer than expected, but it’s a major step toward a rock-solid, save/load-ready time system.If you’re already using World Time — thank you! 💛 And as always, feedback and bug reports are hugely appreciated 🙏