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Volume 14 — Modular Collapse Interfaces

Building Complex Systems from φ-Constrained Modules​

This volume develops the module system for collapse-based programming. Modules encapsulate trace structures while maintaining composability and the golden constraint across boundaries.

Chapter Index​

Chapter 224: ModuleCollapse​

Encapsulation of Collapse Trace Logic

Basic module definition and encapsulation.

Chapter 225: TraceIO​

Defining Inputs and Outputs for Collapse Modules

Module interface specifications.

Chapter 226: ReusableCollapse​

Template Reuse of φ-Trace Construction Blocks

Reusable components and templates.

Chapter 227: ZetaParamModule​

ζ-Parameterized Structural Modules

Spectral parameterization of modules.

Chapter 228: ObsScopeModule​

Observer-Specific Module Visibility

Module access control via observers.

Collapse Module Interconnection Mechanisms

Linking and dependency resolution.

Chapter 230: ContextImport​

Collapse Context Import/Export Interfaces

Context management across modules.

Chapter 231: ModuleState​

Internal State Tracking within Collapse Execution Units

Stateful module behavior.

Chapter 232: NodeBundle​

StructureNode Grouping into φ-Modules

Bundling trace nodes into modules.

Chapter 233: EntropyBoundModule​

Modular Collapse under Entropy Constraint

Entropy limits for module complexity.

Chapter 234: NameResolve​

Symbol Binding and Name Resolution in φ-Trace Modules

Namespace and symbol resolution.

Chapter 235: ModuleCompose​

Combining Collapse Modules into Executable Traces

Module composition strategies.

Chapter 236: LazyCollapse​

On-Demand Evaluation of Collapse Paths

Lazy evaluation in modules.

Chapter 237: EntangledModule​

Structural Entanglement Across Module Boundaries

Quantum-like module coupling.

Chapter 238: ModuleReflect​

Introspection on Module Internal Collapse Trace States

Runtime module introspection.

Chapter 239: ObsPropagate​

Observer State Propagation across Module Networks

Observer context flow.

Key Concepts Introduced​

  1. Module Encapsulation: Trace containment
  2. Interface Definition: I/O specifications
  3. Module Composition: Building systems
  4. Observer Scoping: Access control
  5. Lazy Evaluation: On-demand traces
  6. Module Entanglement: Cross-boundary coupling

Dependencies​

  • Volume 12: Language features
  • Volume 13: Type interfaces
  • Volume 11: Execution model

Next Steps​

  • Volume 19: Module compilation
  • Volume 20: Runtime linking
  • Volume 16: Module networks

"In modules we organize, in composition we build."