Spire Codex est désormais sur Overwolf. Obtenez l'overlay en jeu avec recherche de cartes en direct et envoi de parties en un clic. En savoir plus →Spire Codex est désormais sur Overwolf. Obtenez l'overlay en jeu avec recherche de cartes en direct et envoi de parties en un clic. En savoir plus →Comment le score d'une partie est calculé — 10 points par salle, multiplicateurs d'acte, bonus d'élite/de boss/d'or et mise à l'échelle par Ascension. Plus le format de score compacté du classement quotidien ajouté dans Major Update
Awarded for every completed run, win or lose. Shown on the run-history screen and used by the final-boss scene to render the "damage" numbers on the Architect.
| Component | Value |
|---|---|
| Rooms visited | 10 pts per room × act number (×1 / ×2 / ×3) |
| Gold gained | +1 pt per 100 gold (divided by player count) |
| Elites killed | +50 each (the elite you died to doesn't count) |
| Bosses slain | +100 per boss room you cleared (the boss you died to doesn't count) |
| Ascension multiplier | ×(1 + ascension × 0.1) |
Final = (rooms + gold + elites + bosses) × (1 + ascension × 0.1). At A10 your score is doubled. Source:
ScoreUtility.CalculateScore.
Hypothetical A0 win — 15 rooms in act 1, 14 in act 2, 14 in act 3, 4 elites killed, 3 bosses, 1,200 gold gained, single player.
| Component | Math | Pts |
|---|---|---|
| Act 1 rooms | 15 × 10 × 1 | 150 |
| Act 2 rooms | 14 × 10 × 2 | 280 |
| Act 3 rooms | 14 × 10 × 3 | 420 |
| Gold | 1200 / 100 | 12 |
| Elites | 4 × 50 | 200 |
| Bosses | 3 × 100 | 300 |
| Subtotal × A0 multiplier | 1,362 × 1.0 | 1,362 |
The same run on A10 would multiply by 2.0 for a final score of 2,724. Each A-tier adds +10% — there's no diminishing return.
Daily runs use a completely separate scoring system that's a single packed integer. The digits ARE the sort order — a numeric DESC sort gives the right ranking, no separate columns needed. Major Update #1 introduced this so "the score sent to the leaderboards is based on whether you won, how many badges you accrued, and how quickly you finished the run (in that order)". That quote skips a step: the real sort order is victory, then floors visited, then badges, then time. The packed integer is victory × 1e8 + floors × 1e6 + badges × 1e4 + (9999 − time), so floors outrank badges.
| Bucket | Multiplier | Range |
|---|---|---|
| Victory flag | × 100,000,000 | 1 = loss, 2 = win |
| Floors visited | × 1,000,000 | 0–99 |
| Badges earned | × 10,000 | 0–99 |
| Run time | 9999 − seconds (clamped 0–9999) | faster = higher |
Source:
ScoreUtility.CalculateDailyScore. The matchingDecodeDailyScorepeels the integer back into{ victory, floors, badges, runTime }for display. The time term uses your time-to-win on a victory and your total run time on a loss, clamped to 0–9999 seconds before the9999 − timeflip.
An A10 daily win — 48 floors visited, 7 badges earned, completed in 1,842 seconds (30:42).
| Bucket | Math | Contribution |
|---|---|---|
| Victory (win) | 2 × 100,000,000 | 200,000,000 |
| Floors | 48 × 1,000,000 | 48,000,000 |
| Badges | 7 × 10,000 | 70,000 |
| Time | 9999 − 1842 | 8,157 |
| Total packed score | 248,078,157 |
Beat someone's 248,070,XXX score? You won, hit at least 48 floors, and got 7+ badges. Faster runs win at every tier of the comparison.
The run score is descriptive — it tells you how good a single run was at a glance, weighted heavily toward depth (act 3 rooms count 3x). The daily score is a sorting key — it has to compare two runs deterministically and produce one winner. Mega Crit packed it as a single integer so the leaderboard can be sorted with one column and no tiebreaker logic.
The constant
clientScore = -999999999is a sentinel for "this row was sent without a server-computed score" — used to filter unverified entries from the leaderboard view.