Face Shape Chart

Reading the chart starts with one column, not the whole grid. Find your widest point first. If your cheekbones are the broadest line, you are in the oval, round, or diamond band. If your forehead leads, look at heart. If your jaw is widest, look at triangle. If the three widths are close, you are square or oblong.

Then read the length-to-width ratio across that band. It splits the tall shapes from the short ones inside your group. The jaw column breaks the last tie, soft against angular. Three columns, read in that order, place almost any face without measuring a fourth thing.

Every shape reduces to a widest point, a ratio, and a jaw. The master table below is the chart in text, one row per shape, built to be scanned rather than read start to finish.

Find the row where the first three columns match your photo, and the last two confirm it.

Sorting by the broadest line collapses seven options into four small groups. Cheekbone-widest covers oval, round, and diamond, the most common band by far. Forehead-widest is heart alone. Jaw-widest is triangle alone. Even-across, where forehead, cheek, and jaw read close, covers square and oblong.

This grouping is why the widest point is the first thing to check. It cuts the field before ratio or jaw has to do any work. Once you know your band, you are choosing between two or three rows, not seven, and the remaining columns settle it fast.

Length is the second divider in the grid. The tall shapes, oblong and oval, push the ratio to 1.5 or beyond, so the face reads clearly longer than wide. The compact shapes, round and square, sit near 1.1, close to as wide as they are tall.

Heart, diamond, and triangle land in the middle, around 1.3 to 1.4, where length leads width by a moderate margin. So the ratio alone can place you in a band even before you judge the jaw. Read the number top to bottom, then let the outline confirm which side of the band you fall on.

The last column on the chart is edge quality. Soft shapes, oval and round, curve at every corner with no straight run and no hard turn at the mandible. Angular shapes, square and diamond, carry visible straight edges and a defined corner somewhere on the outline.

Heart and triangle mix the two, soft on one end and pointed on the other. This is the column that breaks the closest ties. An oval and a round share a ratio band with diamond, yet the diamond shows angles the other two never do. When two rows look equally likely, the jaw and edge column is where you look last and decide.

A single front-on photo places you in the grid in three passes. Face the camera at eye level, clear your hair, and keep a neutral expression so the widths sit true.

1. Widest point. Forehead, cheekbones, jaw, or even across.
2. Ratio. Length divided by cheekbone width, near 1.1, about 1.4, or 1.5 and up.
3. Jaw. Soft and cornerless, or angular with a defined edge.

Those three answers name one row. If two rows still fit, that is normal in-between variation, and the detector can settle it by returning the exact ratio from your landmarks.

The chart is a map, and every row has a page behind it. Oval and round split on length; their oval versus round guide walks the one measurement that divides them. Heart and diamond split on the forehead; the heart versus diamond guide covers it. Square and oblong split on length alone.

Use the chart to narrow to a row, open the guide behind it for the styling that follows from the shape, then check the neighbors if your reading sat between two. The seven outlines, the four measurements, and the comparison guides all connect back through the face shapes hub.

A face shape chart lines the seven outlines up so proportions are matched at a glance. You read it by widest point, then ratio, then jaw; the master table holds all seven rows; grouping by the broadest line cuts seven to four bands; the ratio separates tall shapes from compact ones; the edge column splits soft from angular; three checks on one photo name your row; and every row links out to its full guide. Scan the grid, find your row, and let the detector confirm the ratio when two rows sit close.