Color Picker vs Image Color Extractor
Choose this if
you want the exact value of one specific point, a logo, a button, a particular shade
Choose this if
you want the colours an image is made of, to build a palette from it
How they compare
| Criterion | Color Picker | Image Color Extractor |
|---|---|---|
| Scope | A single pixel you choose | Every pixel, reduced to a handful of representative colours |
| Output | One colour in hex, RGB and HSL | Three to sixteen colours, ranked by how much of the image they cover |
| Behaviour on a noisy photograph | Two clicks in the same sky give slightly different values. That is real sensor noise | Averages it away, returning the colour the region actually reads asBetter here |
| Matching a brand colour from a screenshot | The right tool, though JPEG compression shifts colours near edgesBetter here | Wrong tool: it would blend the brand colour with everything around it |
| Copying out for CSS | One value at a time, in whichever notation you need | The whole palette at once, including as a block of CSS custom propertiesBetter here |
Which is best for you
Pick when you know which colour you want
Matching a button to a screenshot, reading a brand colour off a logo, finding the exact shade used in a particular part of a design. The click is mapped back to the original pixel grid rather than the scaled preview, so you get the true value. One caveat: a JPEG has been through lossy compression, so sample away from edges where the artefacts are worst.
Extract when you want a palette from a picture
Building a colour scheme from a photograph, working out what colours a logo actually contains, or checking how varied an image is. The shares matter as much as the colours, a palette that mirrors the image's own balance looks far more like the photograph than the same hues in equal measure.
The recommendation
Use the picker when you can point at the colour you want and the extractor when you cannot. The common mistake is reaching for the picker to build a palette, clicking six times around a photograph and getting six values skewed by wherever the pointer happened to land. The extractor exists precisely because eyeballing which colours dominate an image is something people are reliably bad at. One thing neither tool tells you: whether the colours are usable together, which is a contrast question.
Frequently asked questions
Why does the extractor return a colour I cannot see in the image?
Because each palette entry is the average of a region of colour space, and an average can sit between two colours that are both present. It is most noticeable on images with strong, separated hues, the average of a red area and an orange one is a colour that appears nowhere.
Can I get a palette by clicking several points with the picker?
You can, and it tends to produce a worse palette than the extractor. Manual sampling picks up wherever you happened to click, including noise and compression artefacts, and it gives you no sense of which colours actually dominate.
Both tools
- Color PickerA color picker that reads the exact pixel you click in any image, giving its value in hex, RGB and HSL, with a magnifier so you can land on the right pixel.
- Image Color ExtractorThe image color extractor pulls a dominant palette out of a picture using median cut quantisation, and reports the share of the image each colour accounts for.