My Dating Number Get your number

Questions, answered.

Everything people ask after seeing their number — including the uncomfortable ones.

What do the two numbers mean?

The big number is your dating pool: how many local adults match your standards. The second number is your odds: how many of them would swipe right on you back. The first is about your pickiness; the second is about your competitiveness. Both matter.

Is this a prediction of my dating life?

No — it's a directional estimate, not a prophecy. It can't see your charm, your photos, or that thing you do with your eyebrows. What it can do is show how brutally the math compounds: each filter multiplies, and attraction has to go both ways.

Where does the data come from?

Population and demographics come from the Census Bureau's American Community Survey (ACS) 2024 across 75 U.S. metros. Body-size bands use CDC data; religion uses Pew 2023–24; drinking and smoking come from CDC BRFSS SMART 2023 per metro and by sex, and drug use leans on SAMHSA/NSDUH; relationship intent uses Pew (dating-intent filter) and Singles in America 2026 (long-term-intent seed). Swipe and dating-funnel behavior draws on published studies (Tyson et al., Bruch & Newman, Hitsch et al., Celdir et al.).

Filter by filter:

  • Metro base population — ACS 2024 table B12002 (marital status × age × sex), per metro.
  • Radius — 2024 Census population estimates from the principal city.
  • Height — ACS 2024 metro distributions in 1-inch bands for adults 20+.
  • Age, relationship status, education, race / ethnicity, income, kids — a measured joint table from ACS PUMS 2024 1-year microdata, per metro and sex (age → marital → education → race → income → kids), replacing independent multiplication; headcounts use the published B01001 18+ base. If a metro’s bundle can’t load, the app falls back to the independent ACS-table path.
  • Body type — CDC/NCHS 2017–18 BMI bands (thin <25, average 25–29.9, above average 30+), by sex.
  • Relationship status — see the joint table above (Census 2024 ACS B12002 in the fallback path).
  • Dating intent — Pew 2022.
  • Ever used a dating app — 30% of U.S. adults (Pew Research Center, Feb 2023), with age (53/37/20/13%) and sex (34% men, 27% women) detail from the same survey. [measured marginals; the age×sex joint is modeled — Pew publishes no joint — via iterative proportional fitting.]
  • Currently active on a dating app — 18% of ever-users were using at survey time (Pew 2020; 15% in the 2023 wave). [inferred — Pew publishes no age-by-recency joint, so the discount is applied uniformly.]
  • Past-year active — 35% of ever-users (Pew 2020; 31% in 2023). Shown for transparency; not used in the funnel.
  • App reach level (odds funnel) — the slider default 28% is the share of single-and-looking adults currently using a dating app (Pew 2023): the measured anchor for the serious pool the funnel actually applies it to. The national age-and-sex pattern reshapes that level around your target; no reliable city-level active-user dataset exists. [assumed — the age×sex gradient is measured on all adults, the level on serious singles; labeled as a hybrid, not a measured joint.]
  • Exposure tiers (odds funnel) — the 0.5% / 2.5% / 8% tier levels are assumed (no platform publishes per-user impression shares), defined at the median profile; the attractive-→-more-impressions direction is measured (Celdir, Cho & Hwang 2024; Breeze), the curve's steepness is inferred from Hitsch et al.'s desirability-gradient endpoints (≈0.5×/2× at the extremes), and the log-linear form, the quiz-to-percentile mapping, and the swipe/exposure channel split are assumed.
  • Swipe-right defaults (odds funnel) — seeded from history: ~40% when seeking men / ~22% when seeking women (OkCupid 2013 first-message reply rates: 40%+ from men, 22% from women), adjusted by an age-desirability curve (OkTrends 2010: women peak ~21, men ~36) blended 50% with a flat baseline; the age curve is off for same-sex pairings. Anything you set on the slider overrides the seed.
  • Has kids — minor child of the householder in the household, from the PUMS joint table above (falls back to NSFG 2017–19 ever-had-a-biological-child national shares if the metro bundle can’t load).
  • Wants kids — Pew 2023, conditioned on childlessness.
  • Race / ethnicity — see the joint table above (ACS 2024 metro in the fallback path).
  • Religion — Pew 2023–24 national profile.
  • Politics — 2024 metro vote as a proxy, where available.
  • Alcohol, cigarettes — CDC BRFSS SMART 2023: per-metro rates, split by sex (state fallbacks for 20 metros without SMART coverage), then adjusted to your selected age range using national age patterns. Body type stays on measured NCHS BMI, not BRFSS self-report.
  • Marijuana, other drugs — SAMHSA/NSDUH 2024, combined as an independence approximation so the overlap isn't double-counted, and adjusted to your selected age range using national age patterns.
  • City market dynamics — ACS 2024 B15002 college-educated men-per-women ratio per metro.

Full source list also lives at the bottom of the calculator page.

Why is my number so small?

Because filters multiply. Ten filters that each keep 70% of people leave you with about 2.8% — that's not a bug, it's arithmetic. The people with the smallest numbers aren't unlucky; they're specific. Loosen one filter and watch what happens.

What does "1 in N" mean?

If you lined up local adults at random, about one in N would clear all your filters. Bigger N = pickier you.

What does "No matches" mean?

The model computed effectively zero people under your current assumptions. It doesn't mean zero humans exist — it means your combination of filters and funnel assumptions rounds to nobody. Loosen something.

How is "might swipe right" calculated?

Your profile (age, height, income, education, and more) is scored against the same kinds of filters others set, producing a profile-fit multiplier. That's combined with three adjustable assumptions: what share of people would swipe right on you, how active they are on dating apps, and what share of matches turn into first dates. You control all three — the defaults are deliberately middle-of-the-road.

What assumptions sit behind the “Your odds” step?

The big number is your pool filtered by your standards, then run through a 90-day funnel:

  • Serious intent (61%): the share of your pool actually looking for something serious, adjusted for your city's market skew. Seeded from the 2026 Singles in America study (Match Group / Kinsey Institute): 16% of singles actively seeking a committed relationship plus 45% who would welcome one if the right person came along.
  • App reach (28% level, reshaped by age and sex): the share of those people you could plausibly encounter on dating apps. The 28% level is anchored to Pew 2023's currently-active share among single-and-looking adults; a national age-and-sex pattern (Pew 2023 ever-used × Pew 2020 current-activity discount) reshapes it around your target — younger targets keep more, older targets keep less.
  • Exposure (assumption): how much of that app-reachable pool sees your profile in 90 days — Casual 0.5%, Regular 2.5%, Power user 8%. No platform publishes per-user impression shares, so the tier levels are an assumption — they are defined at the median profile, and your profile's desirability scales them up or down. The attractive-→-more-impressions direction is measured (Celdir, Cho & Hwang 2024: recommendation probability rose significantly with attractiveness score across 240k users; Breeze admitted popularity-driven exposure to a Dutch regulator), the curve's steepness is inferred from Hitsch et al.'s measured desirability-gradient endpoints, and the log-linear form and the quiz-to-percentile mapping are assumed.
  • Swipe-right rate (your setting; defaults seeded from history): the share of viewers who'd swipe right on you, scaled by the profile-fit multiplier (capped at 85%). The desirability gradient is split across two channels — q0.7 on the swipe side here, the rest on exposure above — and that split is an assumption. The starting value is seeded, not measured for you: historical OkCupid first-message reply rates (2013) — about 22% from women, 40%+ from men — blended 50/50 with a flat baseline and adjusted by an age-desirability curve (OkTrends 2010: women's desirability peaked around 21, men's around 36). The age curve is hetero-derived and switched off for same-sex pairings. Caveat: 2009–2014 message-era data, not modern swipe behavior; replying costs more effort than swiping, so these priors are conservative. The slider stays user-tunable 1–50%, and anything you set overrides the seed.
  • First dates: about 1 in 57 matches becomes a first meeting, from a small 2019 student sample — treat it as a rough conversion, not a forecast.

The headline number is a midpoint, not a promise: the modeled 90-day range runs from roughly 0.45× to 1.8× that midpoint, and the midpoint itself comes from your expected positive-response rate across the estimated profile views in 90 days.

The quiet ranges under the big numbers come from each filter's data uncertainty, compounded: Census-measured filters count about ±4%, national survey filters ±8%, measured conditional tables ±10%, modeled or approximated joints ±15%. That uncertainty flows through every funnel stage into your odds. The assumption sliders are scenarios you control, so they sit outside the range. These percentages are rough judgment calls about data quality, not statistical confidence intervals.

The income effect is anchored to Hitsch, Hortaçsu & Ariely's study of ~22,000 online daters: men above $50k received 34%–151% more first contacts as income rose, while women's outcomes were mostly flat. The model conservatively rescales that to your metro earnings percentile. Swipe selectivity comes from Tyson et al. (2016): 59% of women liked 10% or fewer profiles, versus 9% of men.

Do some filters double-count the same people?

Where we have real joint data, no: demographics (age × marital × education × race × income × kids) come from a measured PUMS joint table per metro and sex, and religion → drinking and wants-kids → childlessness use measured conditional tables. Marijuana × other drugs combines SAMHSA's past-year marijuana rate (23.4%) with its past-month other-illicit-drug rate (3.38%): because the two span different reference periods, the four combinations use an independence approximation over the mixed periods and are labeled approximations. For politics and smoking we multiply independently and say so on the page — it’s the honest approximation, and the methodology section flags exactly where it’s used.

Which cities are covered?

75 U.S. metros, from New York to Boise. Pick yours at the top of the calculator — every number recomputes live.

Do you store my personal data?

There's no account and nothing identifies you. When you share, we store your filter settings and result numbers under a random link ID so the preview card works and friends can open your exact setup. That's it — no name, no email unless you voluntarily sign up for updates.

Can I compare with a friend?

Yes — open a friend's share link and use Friend Compare to run their filters against your city, or yours against theirs. Nothing says friendship like quantifying each other's standards.

What's the roast?

An optional, affectionately brutal reading of your standards. It roasts the filters, not you. Mostly.

How do I share my number?

Hit Share anywhere on the page. You'll get a short link plus a card image with both your numbers — built for iMessage, X, and everywhere else people argue about dating.

What’s the “market tilt” and the Date-onomics adjustment?

The City dating market section ranks all 75 metros by your expected mutual matches, adjusted twice. First, the market tilt: how many rivals are chasing the same people where you live. Following the Date-onomics argument (Jon Birger, building on Guttentag & Secord), the ratio that sets a dating market’s terms is the college-educated one — so bachelor’s+ profiles use college-educated men per women 25+ (ACS 2024 B15002), everyone else uses the overall 18–44 ratio (B01001).

Second, the short-vs-long lean: the scarcer sex sets the market’s terms. Where men are scarce the culture skews casual; where women are scarce it skews toward commitment. Each city’s long-term share of your matches shifts with that lean, and the card also shows your short-term mutual number for comparison. Both adjustments are capped so they nudge rather than decide — theory-informed proxies, not predictions. Spark is the share of people you’d like who’d swipe right back, before app-activity mechanics shrink it.

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