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Color Picker From Image

Explore the colors in your own images.

Available tool · Local processing
Color Picker From ImageBrowser-local processing

Open an image and select a point to read its rendered RGB, HEX and HSL color. Your image is processed in this browser.

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0 = left; 100 = right.
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0 = top; 100 = bottom.
Choose an image first.

How Color Picker From Image works

The image is decoded locally and drawn to a canvas, reduced to at most 1,600 pixels on its longest edge. A selected canvas pixel supplies red, green, blue and alpha values. HEX uses two hexadecimal digits per RGB channel. HSL is calculated from those RGB values.

Example and interpretation

An opaque RGB pixel of 255, 0, 0 becomes #FF0000 and HSL 0°, 100%, 50%. A semi-transparent pixel also has an alpha channel; its visible appearance changes with the background.

Limits and common sources of error

Sampling uses the displayed, potentially resized image, not original RAW sensor data or a print color profile. Scaling, browser color management and transparency can affect the result. Animated images are sampled as a single decoded frame. Files up to 20 MB and decoded images up to 40 megapixels are accepted.

Practical guide

Color Picker From Image: how to use the result

The image color picker helps you sample a displayed image when choosing a palette, matching a reference or identifying a useful RGB value. The image is processed in your browser. The returned numbers describe the pixel data available in the rendered canvas, which is different from measuring a physical object or certifying a brand’s official color.

How to use this workspace

  1. Choose an image you are allowed to use and wait for the preview to appear.
  2. Click or tap a representative area, or use the horizontal and vertical position controls to sample a location.
  3. Read the HEX, RGB and HSL values together and inspect the alpha value where relevant before copying a color into your project.

A practical example

A photograph of a blue product may contain several blue values because of highlights, shadows and compression. Sampling a bright edge and then a central flat area can produce different results. Choose the area that matches your intended use instead of assuming that any one sample is the product’s official color.

How to interpret your result

HEX and RGB express channel values, while HSL is another representation of that sampled color. Transparency adds a separate consideration: a partially transparent pixel can look different over another background. The visible preview is therefore part of interpreting the result.

Common mistakes and limits

Resizing, image encoding, color handling and the quality of the source can affect sampled values. This tool does not recover an original design palette, identify a paint formula or convert a photograph into a calibrated physical color measurement.

Work with a representative sample

Start with a small sample that includes the details you care about, then inspect the result before using it in a larger project. Browser processing avoids a file upload by this tool, but you should still keep your original source. A successful conversion, comparison or selection only confirms the operation described on this page. It does not verify rights to the input, suitability for a particular publication or the quality of the source itself.

Frequently asked questions

Does the image leave my device?

The picker processes the selected image locally in the browser. The tool does not send that image to a color-analysis API.

Why do nearby pixels give different HEX codes?

Photographs and compressed graphics often contain subtle variation. Sample several relevant positions and choose a value suitable for the design task rather than expecting every pixel to match.

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