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| export interface RoutingWeights { | |
| reliability: number; | |
| speed: number; | |
| intelligence: number; | |
| } | |
| export type RoutingStrategy = 'priority' | 'balanced' | 'smartest' | 'fastest' | 'reliable' | 'custom'; | |
| export declare const BANDIT_PRESETS: Record<Exclude<RoutingStrategy, 'priority' | 'custom'>, RoutingWeights>; | |
| export declare const DEFAULT_STRATEGY: RoutingStrategy; | |
| export declare const PRIOR_SUCCESS = 1; | |
| export declare const PRIOR_FAILURE = 1; | |
| export declare function reliabilityPosterior(successes: number, failures: number): { | |
| alpha: number; | |
| beta: number; | |
| }; | |
| export declare function expectedReliability(successes: number, failures: number): number; | |
| export declare const SPEED_SCALE_TOK_S = 60; | |
| export declare const TTFB_BEST_MS = 300; | |
| export declare const TTFB_WORST_MS = 5000; | |
| export declare const SPEED_PRIOR = 0.6; | |
| /** | |
| * Blend throughput and TTFB into a single [0,1] speed score. | |
| * `tokPerSec <= 0` means no successful samples → return the exploration prior. | |
| * `ttfbMs === null` means we have throughput but no first-byte timing → fall | |
| * back to throughput alone rather than guessing latency. | |
| */ | |
| export declare function speedScore(tokPerSec: number, ttfbMs: number | null): number; | |
| export declare function intelligenceScore(composite: number, min: number, max: number): number; | |
| export declare const HEADROOM_FLOOR = 0.1; | |
| export declare const HEADROOM_RAMP_START = 0.2; | |
| export declare function headroomFactor(usedTokens: number, budgetTokens: number): number; | |
| export declare const MAX_PENALTY = 10; | |
| export declare const RATE_LIMIT_MAX_DAMP = 0.6; | |
| export declare function rateLimitFactor(penalty: number): number; | |
| export declare function sampleBeta(alpha: number, beta: number): number; | |
| export interface ScoreInputs { | |
| reliability: number; | |
| speed: number; | |
| intelligence: number; | |
| headroom: number; | |
| rateLimit: number; | |
| } | |
| /** | |
| * Convex base (∈[0,1]) × the two guardrail multipliers. The weights are assumed | |
| * to sum to 1; if a caller passes a non-normalized vector we renormalize so the | |
| * base never escapes [0,1]. | |
| */ | |
| export declare function combineScore(inputs: ScoreInputs, weights: RoutingWeights): number; | |
| //# sourceMappingURL=scoring.d.ts.map |