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Custom Multiblock Frameworks

PhoenixCore introduces several unique multiblock frameworks that extend GTCEu's base functionality to support specialized mechanics like threading and environmental shielding.

1. Threaded Machines (BasicThreadedMachine)

The BasicThreadedMachine is a specialized multiblock that can run multiple independent recipes simultaneously within a single machine instance.

Key Features:

  • Parallel Processing: Unlike standard GTCEu parallelization (which multiplies input/output of a single recipe), threading allows the machine to process different recipes at once.
  • Thread Management: Default implementation supports 8 concurrent threads.
  • Recipe Matching: The machine continuously searches for compatible recipes that aren't already being processed by another thread.
  • Persistence: Thread progress and active recipes are saved to NBT, ensuring they resume correctly after world reloads.

Implementation:

Machines extending this class must handle their own recipeModifier to define how threads behave (e.g., speed boosts or energy discounts).

2. Shielded Machines (ShieldedMachine)

A framework for multiblocks that require protection or specialized containment, often used for hazardous processes.

Mechanics:

  • Shield Integrity: Tracks a "Shield" value via NotifiableShieldContainer.
  • Damage Mitigation: When the machine is active, it can absorb environmental damage or "overflow" stress from its own processes.
  • Visuals: Supports dynamic shield rendering via ShieldRenderProperty.

3. Specialized Cleanrooms (BlazingCleanroom)

PhoenixCore extends the GTCEu Cleanroom system with new types that provide unique environmental conditions.

  • Blazing Cleanroom: Designed for high-temperature manufacturing. Recipes tagged with CleanroomType.BLAZING_CLEANROOM can only be performed within this structure.
  • Logic: Inherits from CleanroomType, allowing it to be easily integrated into standard GTCEu recipe definitions.

4. HPCA Components (PhoenixHPCAMachine)

Expands on the High-Performance Computing Array (HPCA) with custom parts and computation logic.

Components:

  • Custom Modules: New HPCA components that provide unique "Computation" or "Data" traits.
  • Advanced Networking: Enhanced logic for how HPCA components interact with the controller, allowing for more complex data-driven recipes.