/**
* Prototype systems ported from resonance-bridge
* These provide coupling, load balancing, and emergent orchestration primitives
* while keeping the stable resonance engine unchanged.
*/
export type ResonanceSignal = Record<string, unknown>;
export class ResonantCouplingNetwork {
private couplings: Map<string, Map<string, number>> = new Map();
private harmonyMetrics: Map<string, number> = new Map();
registerServer(serverId: string): void {
if (!this.couplings.has(serverId)) {
this.couplings.set(serverId, new Map());
this.harmonyMetrics.set(serverId, 1);
}
}
coupleServers(serverA: string, serverB: string, initialResonance = 0.5): void {
this.registerServer(serverA);
this.registerServer(serverB);
this.couplings.get(serverA)!.set(serverB, this.clamp(initialResonance));
this.couplings.get(serverB)!.set(serverA, this.clamp(initialResonance));
}
resonate(serverId: string, signal: ResonanceSignal): Map<string, number> {
const responses = new Map<string, number>();
const couplings = this.couplings.get(serverId);
if (!couplings) return responses;
for (const [coupledServer, strength] of couplings) {
const response = this.calculateResonance(signal, strength);
responses.set(coupledServer, response);
this.updateHarmony(coupledServer, response);
}
return responses;
}
getHarmonyMetrics(): Map<string, number> {
return new Map(this.harmonyMetrics);
}
adaptInterface<T extends Record<string, unknown>>(serverId: string, baseInterface: T): T & {
resonance_boost: 'high' | 'medium' | 'low';
adaptive_capabilities: boolean;
} {
const harmony = this.harmonyMetrics.get(serverId) ?? 1;
return {
...baseInterface,
resonance_boost: harmony > 0.7 ? 'high' : harmony > 0.4 ? 'medium' : 'low',
adaptive_capabilities: harmony > 0.6,
};
}
private calculateResonance(signal: ResonanceSignal, couplingStrength: number): number {
const signalComplexity = JSON.stringify(signal ?? {}).length;
const baseResonance = Math.sin(signalComplexity * 0.01) * couplingStrength;
return this.clamp(baseResonance + 0.5);
}
private updateHarmony(serverId: string, resonance: number): void {
const currentHarmony = this.harmonyMetrics.get(serverId) ?? 1;
const newHarmony = currentHarmony * 0.8 + resonance * 0.2;
this.harmonyMetrics.set(serverId, this.clamp(newHarmony));
}
private clamp(value: number): number {
if (Number.isNaN(value)) return 0;
return Math.max(0, Math.min(1, value));
}
}
export class AdaptiveLoadBalancer {
private serverLoads: Map<string, number> = new Map();
private serverCapacities: Map<string, number> = new Map();
registerServer(serverId: string, capacity = 10): void {
this.serverLoads.set(serverId, this.serverLoads.get(serverId) ?? 0);
this.serverCapacities.set(serverId, Math.max(1, capacity));
}
distributeLoad(operation: string, servers: string[]): string | null {
let bestServer: string | null = null;
let bestScore = Infinity;
for (const server of servers) {
const load = this.serverLoads.get(server) ?? 0;
const capacity = this.serverCapacities.get(server) ?? 1;
const utilization = load / capacity;
if (utilization < bestScore && utilization < 0.8) {
bestScore = utilization;
bestServer = server;
}
}
if (bestServer) {
this.serverLoads.set(bestServer, (this.serverLoads.get(bestServer) ?? 0) + 1);
}
return bestServer;
}
completeOperation(serverId: string): void {
const currentLoad = this.serverLoads.get(serverId) ?? 0;
this.serverLoads.set(serverId, Math.max(0, currentLoad - 1));
}
getLoadDistribution(): Map<string, number> {
const distribution = new Map<string, number>();
for (const [server, load] of this.serverLoads) {
const capacity = this.serverCapacities.get(server) ?? 1;
distribution.set(server, load / capacity);
}
return distribution;
}
}
export interface OrchestrationStep {
step: number;
operation: string;
consequence: string;
amplification: number;
}
export class EmergentOrchestrator {
private propagationChains: Map<string, string[]> = new Map();
orchestrate(operation: string, _context: Record<string, unknown> | undefined): OrchestrationStep[] {
const chain = this.propagationChains.get(operation) ?? [];
const results: OrchestrationStep[] = [];
for (let i = 0; i < Math.min(chain.length + 1, 3); i++) {
results.push({
step: i,
operation,
consequence: `consequential_effect_${i}`,
amplification: Math.pow(1.2, i),
});
}
this.propagationChains.set(operation, [...chain, operation]);
return results;
}
getPropagationMetrics(): Map<string, number> {
const metrics = new Map<string, number>();
for (const [operation, chain] of this.propagationChains) {
metrics.set(operation, chain.length);
}
return metrics;
}
}
