This layer is used as a guide for the tool: white areas must always be inside the selection, black areas must not be in the selection,Īnd the remaining area will be smartly deduced from this, by analyzing the actual image. When you draw with the Subtract mode, the strokes are drawn using the black color. As you draw strokes with the New or Union mode, the tool draws into that layer with the white color. There is a hidden layer inside the Quick Selection tool. Switch to the Subtract mode in the top menu (or hold the Alt key) and you can remove the unwanted parts in the same way. Sometimes, the tool may go beyond the area, that you want to select, and select much greater part. Into the surrounding area, selecting the related parts (similarly to a Magic Wand). It adds each stroke to a selection, and it also gradually expands it Then, draw strokes over the area, that you want to select.
Quick Selection works like a brush, you can choose the brush tip diameter in the top menu. This is probably the most advanced selecting tool, that can really save your time.įor many people, this is the only selection tool they ever use. (larger values produce "wider" selections). There is also a Tolerance parameter in the top menu, which defines how much similar colors you want to select Here you can see the result of clicking on the pixel (marked by the white cross) with the Contiguous mode enabled and disabled. When this option is disabled, the Magic Wand will select all similar pixels from the whole image, even if they are not conencted to the source pixel. it will select the whole area, that has the same color, but not other areas, which are separated from this area). That are connected to the source pixel (i.e. When it is on, the Magic Wand will select only those similar pixels, There is a Contiguous mode option (in the top menu). The pixel under the mouse will be selected, as well as all other pixels, that have a color similar to that pixel. Once you click somewhere with the Magic Wand, Magic wand allows you to select pixels with the same (or similar) color. There are more advanced tools, that can help us. with the Ellipse Select or a Lasso tool.īut making complex selections with these tools can take a lot of time.
Photo color picker how to#
As using the mouse to extract a color can be inaccurate, to avoid losing the exact point where you want to extract the color, you can use the precise Cartesian (x, y) coordinate options, which lock the location of the pixel.We already know, how to make basic selections "manually", e.g. The increased radius is shown with a green border in the magnifying glass and also on the JPG itself.
Photo color picker plus#
Similarly, an eyedropper of radius 3 extracts an average color from an area of 5×5 (it's the center pixel plus two pixels to all sides). For example, an eyedropper of radius 2 extracts the average color from an area of 3×3 (it's the center pixel, plus another pixel in all directions). If you want to get the color of a larger area than a single pixel, you can increase the eyedropper radius. This is the pixel that is used for picking the color. When you do that, a magnifying glass appears and in its center, you'll see a magnified pixel with a red border around it. To extract a color as accurately as possible, click on the loaded photo and hold down the mouse button. If necessary, you can also print any of these color codes on the output JPG by using the print-color-name option. Also, in the options below, the names of the color are printed in many, many different formats – you get the web-safe color name as text and then programmatic color codes in HEX, RGB, RGBA, HSL, HSV, HSI, LAB, LCH, and HCL formats. The color itself is painted in the output area and can be downloaded as a separate JPG. You can upload a JPG photo, click on any point on the photo with the mouse, and you'll instantly get detailed information about the selected color. With this online utility, you can extract color from JPG/JPEG and JPEG2000 pictures.
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