Romeo and Juliet
- First name
- Romeo
- Second name
- Juliet
- Match score
- 54%
- Verdict
- Worth a date
Source de vérification : Python 3.8 FNV-1a of b'juliet+romeo' = 174137891; mod 101 = 54
Love calculator (just for fun)
For entertainment only: a love compatibility score from 0 to 100 made from two names. The same pair always gets the same score; it predicts nothing.
Mis à jour Exemples vérifiés : 5
Match score
%
Match score: 54 %
- Verdict
- Worth a date
Romeo and Juliet score 54% — “Worth a date”. The number comes from a hash of the letters in the names, so it is the same every time and means nothing about a real relationship.
Match score
Comment le calcul est effectué S
Normalize the names
Keep only letters, lowercase them and sort the pair so order doesn't matter: “juliet+romeo”.
Hash
32-bit FNV-1a of the UTF-8 bytes of “juliet+romeo” is 174137891.
Scale to 0–100
À propos de Love calculator (just for fun)
The score is a hash, not a measurement. The calculator keeps only the letters of both names, lowercases them, sorts the pair so the order doesn't matter, runs the 32-bit FNV-1a hash over the result and takes the remainder after dividing by 101, which gives a whole number from 0 to 100. The verdicts cover 0–20, 21–40, 41–60, 61–80 and 81–100.
The result is for entertainment only and does not predict anything about a real relationship. The same two names always get the same score, so Romeo and Juliet get 54% ("Worth a date") every time, in either order and any mix of capitals.
Every letter feeds the hash, so a nickname, a middle name or a surname gives an unrelated score.
Exemples détaillés
Order, case and punctuation don't matter
- First name
- juliet!
- Second name
- ROMEO
- Match score
- 54%
Source de vérification : Same normalized key 'juliet+romeo' as above
Ada and Charles
- First name
- Ada
- Second name
- Charles
- Match score
- 95%
- Verdict
- Match made in the stars
Source de vérification : Python 3.8 FNV-1a of b'ada+charles' = 1687705348; mod 101 = 95
Elizabeth and Darcy
- First name
- Elizabeth
- Second name
- Darcy
- Match score
- 36%
- Verdict
- Some spark
Source de vérification : Python 3.8 FNV-1a of b'darcy+elizabeth' = 613105083; mod 101 = 36
Questions
How does this love calculator work?
It turns the letters of two names into a number with a fixed formula. The letters are lowercased, the two names are sorted into a pair, and the pair is hashed with 32-bit FNV-1a and reduced modulo 101 to a score from 0 to 100. Nothing about the people themselves goes in, so the score is entertainment and carries no meaning.
Can a love calculator predict a relationship?
No. The score comes from the spelling of two names and says nothing about compatibility. What does predict relationship quality is how each partner experiences the relationship: in a 2020 PNAS study pooling 43 longitudinal couples datasets from 29 laboratories, perceived partner commitment, appreciation, sexual satisfaction, perceived partner satisfaction and conflict were the top predictors, and relationship-specific measures explained up to 45% of the variance in relationship quality at the start of the studies.
Why do the same names always get the same score?
Because a hash is deterministic: the same input always gives the same output. The names are normalized first, so "Romeo" and "Juliet" or "juliet!" and " ROMEO " both become juliet+romeo and score 54. Adding a surname or using a nickname changes the letters and gives an unrelated score.
Do accented and non-Latin names work?
Yes. Any Unicode letter counts, including accented letters and non-Latin scripts, and the letters are hashed as UTF-8 bytes, so Zoë and Zoë score 71. Digits, spaces and punctuation are ignored, and a name with no letters at all gets an error.
Quelle est la précision de « Love calculator (just for fun) » ?
La précision dépend de vos données et des hypothèses de la méthode. Le calcul décimal utilise 50 chiffres significatifs, mais les estimations, méthodes numériques et données sources peuvent être moins précises ; l’arrondi affiché ne supprime pas ces limites. Exemples résolus vérifiés à partir de sources indépendantes : 5. Par exemple, « Romeo and Juliet » est vérifié à l’aide de Python 3.8 FNV-1a of b'juliet+romeo' = 174137891; mod 101 = 54.
D’où vient cette méthode ?
IETF draft — The FNV non-cryptographic hash algorithm (Fowler, Noll, Vo).
À propos de ce calculateur
Sources
Pour le divertissement. Ce résultat n’a aucun fondement scientifique.
Vérifié avec les références
Ce calculateur comprend 5 exemples résolus dont les réponses proviennent de sources indépendantes. Ils font partie de la suite de tests et peuvent aussi être exécutés ici.