📘 RFC‑051‑API_for_Game_Developers_using_RSADI.md

Resonance Structural Awareness Dimensional Interface — Game Developer Variant#

Internet‑Draft                                             Triadic Frameworks
Intended status: Standards Track                               January 2026
Expires: TBD

        RFC‑051: RSADI‑GD — Game Developer Variant of RTT‑Inside
                     draft-rsadi-gd-00

Abstract#

This document defines RSADI‑GD, the Game Developer Variant of the Resonance Structural Awareness Dimensional Interface (RSADI).
RSADI‑GD provides a standardized, engine‑agnostic API for integrating resonance‑aware environmental data into interactive digital environments, including games, simulations, XR systems, and multi‑agent sandboxes.

Status of This Memo#

Standard Internet‑Draft boilerplate.

Table of Contents#

Introduction
Terminology
Architecture
Core Data Types
RSADI‑GD API
Engine Bindings
Event Model
Determinism Requirements
Extension Framework
Security Considerations
Privacy Considerations
IANA Considerations
References
Acknowledgments

1. Introduction#

RSADI‑GD defines a resonance‑aware interface for game engines.
It enables:

dynamic environments
structural realism
resonance‑aware AI
multi‑agent coherence
deterministic simulation behavior

RSADI‑GD is a subset of the full RSADI core, optimized for real‑time performance.

2. Terminology#

Defines:

Clarity Score
Drift Vector
Resonance Zone
Stress Hint
Composite Risk
Coherence Group
Field Sample
Zone State

3. Architecture#

Describes:

field sampling
zone aggregation
engine integration
AI consumption
deterministic update loop

Includes diagrams showing:

RSADI‑GD inside Unity/Unreal/Godot
resonance field diffusion
drift propagation

4. Core Data Types#

Formal definitions of:

ClarityScore
DriftVector
ZoneState
RiskLevel
RouteSuggestion

All referencing the RSADI core schemas.

5. RSADI‑GD API#

5.1. Query Functions#

Normative definitions for:

getClarity(position)
getDrift(position)
getZoneState(zoneId)
getStress(position)
getCompositeRisk(position)

5.2. Event Subscriptions#

Normative definitions for:

onClarityDrop
onResonanceSpike
onZoneStatusChange

5.3. AI Helpers#

Normative definitions for:

getSafeDirection
getResonanceAwarePath
isZoneSafe

6. Engine Bindings#

Defines expectations for:

Unity
Unreal
Godot
Custom engines

Includes timing rules, threading rules, and determinism constraints.

7. Event Model#

Defines:

event ordering
event coalescing
event delivery guarantees
deterministic replay behavior

8. Determinism Requirements#

RSADI‑GD must support:

lockstep multiplayer
deterministic physics
reproducible simulations

Defines:

fixed‑step update rules
seedable resonance diffusion
deterministic drift propagation

9. Extension Framework#

Defines how game genres can extend RSADI‑GD:

survival
strategy
XR
multi‑agent
physics sims

Extensions must not break core invariants.

10. Security Considerations#

Covers:

multiplayer cheating vectors
tampering with resonance fields
authoritative server rules

11. Privacy Considerations#

Covers:

player location data
telemetry retention
cross‑session identifiers

12. IANA Considerations#

Defines:

RSADI media types
RSADI URN namespace

13. References#

Normative + informative.

14. Acknowledgments#

Credits contributors.

If you want, I can now generate the JSON Schemas for RSADI‑GD, or produce example Unity/Unreal integration snippets to help developers adopt the API smoothly.

Updated Jan 8, 2026