Tint an image locally to a single hue - a monochrome wash like a toned photo. No upload.
Running locally on your device ...
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Your files never left your device
No. Everything runs in your browser - your file never leaves your device. How this is verifiable
Tinting turns an image into a monochrome wash: the original colours are discarded, but the brightness of each pixel is kept and mapped onto a single, freely chosen hue. The result is the look of a toned black-and-white photo - light areas stay light, dark stay dark, all in one colour.
A tint suits classic photo looks such as a blue cast (cyanotype) or a warm sepia feel, for cohesive duotone-like graphics, or a single colour accent across a whole image series. The hue slider runs around the full colour wheel. The output keeps your original format and dimensions.
Everything runs entirely locally in your browser on a canvas (no upload, even offline) - your image never leaves your device. The luminance of each pixel is computed and then mapped onto the chosen hue at a fixed saturation. Animated images are flattened to a single frame.
| Input formats | JPG, JPEG, PNG, WEBP |
|---|---|
| Output format | JPG |
| Batch processing | Yes |
| Processing | Locally in your browser (JavaScript) |
| File upload | None |
Limitations: Maps the luminance of each pixel onto a single hue (0 to 360 degrees) at a fixed saturation; the original colours are lost in the process (monochrome tint). The original format and dimensions are preserved (PNG keeps transparency; JPEG flattens onto white). Animated inputs are reduced to a single frame.
No. The tinting runs entirely locally in the browser on a canvas - even offline. Your image never leaves your device.
Rotating the hue shifts the existing colours; tinting discards them and maps everything onto a single hue - a monochrome wash.
No, and that is intended: only the brightness matters, the colour comes entirely from the chosen hue.
Yes. A PNG stays a PNG (with transparency), a JPEG stays a JPEG, and the dimensions are unchanged.