Ceiling
What is the highest outcome still reachable?
Max Points · Max Tier
Methodology.
Five outputs. Three kinds of information.
Ten-second model
Three questions. Five outputs.
Possibility
Does a valid route still exist?
Race Status · Path SharePrediction
How likely does the model think it is?
footyceiling PredictionCeiling
Max Points
The most points a club can still finish with.Example6 pts + 36 remaining × 3 = 114 Max Points.
- What it does
- Sets the exact upper bound on the club’s final points total.
- What it does not mean
- It is not a forecast that the club will win every remaining match.
How it works
Formula: current points + three points for every remaining league match. A win earns the maximum available three points, so the result is an exact mathematical ceiling.
Ceiling
Max Tier
The highest broad table tier still within the club’s points ceiling.ExampleA 112-point ceiling can still reach the Premier League Title tier, even if the exact route later proves impossible.
- What it does
- Turns Max Points into a quick Premier League Title, Champions League, Europa League, Safe or Relegation ceiling.
- What it does not mean
- It is not the exact fixture-aware Race Status and does not promise that a valid route exists.
How it works
Max Points is compared with the current points total at each tier’s table boundary. This is a deliberately simplified ceiling view; the exact solver below handles shared fixtures, valid result combinations and tiebreaks.
- Premier League Title
- Champions League
- Europa League
- Safe
- Relegation
Possibility
Race Status
The exact mathematical state of a club in each race.ExampleIf one valid route still finishes inside the selected race, the club is Alive; if every route does, it is Clinched.
- What it does
- Uses the remaining fixture network to prove whether the selected finish range can still be reached or lost.
- What it does not mean
- It does not use Prediction or a high percentage to declare a race clinched.
How it works
A fixture-aware solver checks valid remaining results against each inclusive finishing-position range. Exact status stays authoritative even when Path Share or Prediction is unavailable.
Premier League TitleFinish 1stChampions LeagueFinish 1st–4thEuropa LeagueFinish 5thSafetyFinish 1st–17th
ClinchedAliveUnresolvedEliminated
Possibility
Path Share
The share of equally weighted remaining result paths that reach the selected outcome.ExampleIf 10 of 100 neutral paths finish 5th, Europa League Path Share is 10.0%.
- What it does
- Measures how much of the neutral win/draw/loss possibility space lands inside the race range.
- What it does not mean
- It is not a real-world probability, forecast or input to footyceiling Prediction.
How it works
Every remaining home win, draw and away win is weighted equally. A path counts only when the club finishes inside the selected range; the current Europa League race therefore means 5th place. Conditional EPS and domestic-cup allocations are excluded until they are confirmed.
Future scorelines are not invented. If a tied group straddles a race boundary and the available data cannot separate it, the open places are shared neutrally across that group.
Prediction
footyceiling Prediction
How often the selected outcome occurs in model-weighted simulated seasons.ExampleIf 8,500 of 50,000 modeled seasons finish with a club 1st, its Premier League Title Prediction is 17.0%.
- What it does
- Weights every remaining fixture using club strength shaped by recent form, opponent quality and home advantage.
- What it does not mean
- It is not betting odds, xG, a player rating or a historically calibrated service.
How it works
The model estimates separate attacking and defensive strength from each club’s latest 38 league matches, with exponential recency decay and iterative opponent adjustment. Its current evidence half-life is 16 matches.
Promoted clubs begin from an empirical Premier League transition anchor with additional uncertainty that fades as Premier League evidence arrives. Strength uncertainty also applies to every established club.
Same season. Different question.
Path Share vs Prediction
How much neutral possibility space leads there?
Starts from the current points and remaining schedule, then treats every future win, draw and loss equally.
How likely does the model think it is?
Starts from the same current state, then gives each future result a match-specific probability.
They are independent. Path Share does not feed Prediction. Current points set the simulation starting position; recent results also shape rolling team strength, but points are not added again as a separate strength feature.
Inside the model
From evidence to 50,000 seasons.
- 01Collect evidence
Use each club’s rolling last 38 completed league matches with exponential recency decay.
- 02Estimate strength
Build separate attack and defense ratings, iteratively adjusted for opponent quality.
- 03Handle transitions
Translate promoted-club evidence through an empirical anchor and model uncertainty for every club.
- 04Price each fixture
Combine both teams’ strengths with league-wide home advantage to produce Poisson score probabilities.
- 05Simulate the run-in
Run 50,000 deterministic seasons and classify every finish against the selected race range.
Exact state
Live scores and tiebreaks.
Provisional while the ball is moving.
Current live scores are provisionally treated as final results for live calculations. Official footyceiling state changes only after the match is final.
Score or match-state changes trigger recalculation. Clock-only movement does not create a new football state.
Separate clubs with the rules the competition provides.
Points, goal difference, goals scored, head-to-head points, head-to-head away goals, then a playoff where applicable.
Where future scorelines cannot safely resolve a boundary tie, the relevant open places are shared neutrally rather than invented.
What footyceiling is not
A football mathematics product, not a tip sheet.
footyceiling is not a betting model, an xG provider, a player-rating system or a historically calibrated forecasting service. It is built to explain ceilings, exact routes and modeled outcomes without blurring those three ideas together.
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