33 lines
1.3 KiB
TypeScript
33 lines
1.3 KiB
TypeScript
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/**
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* Golf / Qualifying Points Simulator
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*
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* TODO: Port the Python golf/majors simulator here.
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*
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* Input data available:
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* - Current QP standings: getQPStandings(sportsSeasonId)
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* Returns { participant.id, participant.name, totalQualifyingPoints, eventsScored }
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* - Remaining majors: sportsSeason.totalMajors - sportsSeason.majorsCompleted
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* - Per-major QP config: qualifyingPointConfig table (points per placement for each major)
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*
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* Expected output: SimulationResult[] — one entry per participant with
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* probabilities (0–1) for finishing 1st through 8th in the final QP standings.
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*
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* Algorithm sketch (replace with the Python model logic):
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* 1. Get current QP totals for all participants
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* 2. For each remaining major, model each participant's probability of
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* finishing at each placement (using world rankings, recent form, etc.)
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* 3. Monte Carlo: simulate remaining majors N times, add QP, tally final standings
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* 4. Convert tally counts → probabilities
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*/
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import type { Simulator, SimulationResult } from "./types";
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export class GolfSimulator implements Simulator {
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async simulate(_sportsSeasonId: string): Promise<SimulationResult[]> {
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throw new Error(
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"GolfSimulator not yet implemented. " +
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"Port the Python golf/majors model to TypeScript and implement this method."
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);
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}
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}
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