Light, soft warm. Pastel side
Print a personal colour palette on A4 and hold it against real fabric.
Home printers compress tonal range (measured: up to ΔL* 14). But every colour shifts the same way, so the relationships between colours survive. Use it as a relative comparison tool against fabric.
Choose the tone you were diagnosed with. Every PDF contains all eight tones with yours marked — a tone can only be judged against its neighbours.
Light, soft warm. Pastel side
Vivid warm. Toward pure hues
Light, soft cool. Powdery
Muted, calm cool. Greyish
Muted, deep warm. Earthy
Dark, saturated warm
Vivid, cold pure hues
Dark, cold. High contrast
Hue familiesRedOrangeYellowGreenTealBluePurplePink
A white shirt and black trousers are wardrobe staples, but which white and which black suit you depends on your tone. That is why neutrals get their own sheets.
A single chip cannot express a neutral either — the range from white to black is itself the character of a tone, so it is given as a ramp.
Every printer is slightly biased. Consumer printers have no calibration function, so instead of correcting the printer we shift the file the opposite way before printing. If your printer runs +2 toward red, the file gets −2.
No correction (A5 / B5)
A5 / B5 means no correction. Changing them makes the download buttons on the tone cards generate a corrected PDF on the spot.
You can skip this entirely. Measured cast was around ΔE 2, while tonal compression (ΔL* 14) is a 3-4× larger error — the correction is nice to have, not required.
Dark colours print lighter than intended (measured up to ΔL* 14).
Under shop lighting, ink and fabric shift differently. A match indoors can break in the shop.
Some winter greens and teals fall outside sRGB and had their chroma reduced (hue and lightness preserved). The affected bars are marked.
Personal colour analysis has no standard colour specification. We do not print numbers like "92% match".