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face_shape
stringclasses
8 values
forehead
stringclasses
7 values
cheekbones
stringclasses
8 values
jawline
stringclasses
8 values
face_length
stringclasses
6 values
fastest_check
stringclasses
8 values
oval
slightly narrower than cheekbones
widest, gently rounded
softly curved, narrower than cheekbones
longer than width
length greater than width; cheekbones widest; soft jaw
round
about equal to jawline
full cheeks; width roughly equals length
soft, no strong angle
roughly equal to width
length equals width; no angles
square
broad; roughly equal to cheekbones and jawline
roughly equal to forehead and jawline
strong and angular
roughly equal to width
forehead, cheekbones and jawline equal; angular jaw
heart
widest point (broad forehead)
taper toward the chin
narrow; chin narrow and pointed
longer than lower-face width
widest at forehead; narrow chin
diamond
narrower than cheekbones
clearly the widest point
narrow; chin pointed
longer than width
cheekbones dominant; narrow forehead and chin
oblong
roughly equal to cheekbones and jawline
straight cheek line
similar width to forehead
noticeably longer than width
length clearly greater than width; straight sides
triangle (pear)
narrowest feature
narrower than jawline
widest and broad
varies
jaw is the widest point
hourglass (rare)
narrower than cheekbones
prominent and wide
wide and angular
balanced
cheekbones AND jawline both prominent

Face Shape Measurement Reference (8 Shapes)

A compact, reusable reference for identifying face shape from four tape measurements: forehead width, cheekbone width, jawline width, and face length.

Files

File What it is
face_shape_measurement_sheet.csv One row per shape — oval, round, square, heart, diamond, oblong, triangle/pear, hourglass. The four columns state where each measurement sits relative to the other three; fastest_check gives the single quickest screening rule for that shape.
classify_face_shape.py Zero-dependency Python CLI: give it your four numbers, it returns the shapes whose rules actually match, ranked, with every matched and failed condition listed. Usage: python classify_face_shape.py --forehead 14.2 --cheekbones 15.0 --jawline 13.6 --length 19.1

How the rules are expressed — and why

The sheet is deliberately relative, not absolute. Published face-shape guides describe shapes with language like "slightly narrower than the cheekbones" or "cheekbones clearly the widest part". This sheet preserves that structure instead of inventing millimetre cutoffs that no source supports. The tool's tie band for "roughly equal" is its own adjustable parameter (--tol, default 3%) — not a figure taken from any study.

Limits, stated plainly

Two judgments cannot come from a tape measure: the jaw angle (which separates round from square) and chin shape (which separates heart from diamond). When the four numbers cannot separate two candidates, the tool reports both and flags the manual check rather than guessing.

Relationship to image datasets

This is a rule/measurement reference, not an image dataset. It is intended to complement the image-based face-shape datasets on Kaggle and Hugging Face: those train classifiers to output a shape label, while this sheet documents the relative-width rules that define the labels themselves.

Source and full guide

The worked guide — how to set up an honest reading, how to resolve cases where published guides disagree, and the dated research milestones behind the four-measurement method — is maintained at https://faceshapechart.com/

Code is also mirrored at https://github.com/heroin546-afk/face-shape-measurements

License

Data sheet: CC0-1.0 (public domain, no attribution required). Script: MIT.

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