Marshall to Bradman. You set the assumptions.

Run a ball, an over, an innings, or a distribution. Change pitch, era, normalization, and seed to see which claims survive.

MATCHUPD. Bradman v M. Marshall
SCORE0/0
BALLS0
STRIKE RATE0.0
DISMISSAL RISK7.8%

Ball-by-ball

Choose a control to begin the synthetic innings.

A single score is a story. A distribution shows how often the story changes when pitch, opposition, era, and randomness move.

Runs per innings distribution

Run 500 innings to see the outcome range and confidence interval.

Sensitivity

Longer bars mean the conclusion changes more when that assumption moves.

Normalization ledger

AssumptionRawAdjusted
Protective equipment1979neutral
Boundary sizevenuematched
Fieldingselectedera index
Bowling workloadcareermatched spell

What the model can and cannot say

Monte Carlo simulation can expose consequences of explicit assumptions, calibrate against known records, and reveal uncertainty. It cannot recreate an unplayed match, fully capture tactics or psychology, or turn incomplete historical data into certainty.

Common traps: cherry-picked venues, unmatched opposition, survivorship bias, small samples, and treating career averages as complete player descriptions.

Knowledge check

Why run hundreds of innings instead of one?

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