Integration Guide and System Coupling Pass

Integration goals

This pass formalized how subsystems connect so new features can integrate without bespoke glue each time. The focus was repeatable coupling patterns between renderer, simulation, and gameplay logic.

A consistent approach reduces regressions caused by ad-hoc module boundaries.

• Defined common integration patterns for cross-system features.
• Reduced duplicate coupling code across modules.
• Improved clarity around ownership boundaries.

Standardized coupling patterns

Shared patterns now guide data flow timing, feature activation, and dependency handling. This makes integration outcomes more predictable and easier to review.

The same conventions also support faster onboarding for contributors touching multiple systems.

• Normalized startup and activation sequencing.
• Cleaner contracts between state producers and consumers.
• More explicit handling for optional or experimental subsystems.

Impact on future delivery

Architectural consistency lowers merge risk when several milestone tracks move in parallel. Teams can ship smaller increments with less integration tax.

This pass is foundational for scaling feature velocity while preserving runtime reliability.

• Faster feature integration across rendering and simulation.
• Fewer cross-module regressions during milestone crunch.
• Better maintainability as subsystem count grows.

Next Steps