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Applies the transparency color on top of the base color |
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Adds the values of the transparency color and the base color |
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Adds the values of the transparency color and the base color together, and then subtracts 255 |
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Subtracts the transparency color from the base color and multiplies by 255. If the transparency color value is 0, the result will always be 255. |
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Multiplies the base color by the transparency color, and then divides by 255. This has a darkening effect, unless you are applying color to white. Multiplying black with any color results in black. Multiplying white with any color leaves the color unchanged. |
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Divides the base color by the transparency color, or conversely, divides the transparency color by the base color, depending on which color has the higher value |
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Replaces any base color pixels that are a darker color with the transparency color. Base color pixels that are lighter than the transparency color are not affected. |
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Replaces any base color pixels that are a lighter color with the transparency color. Base color pixels that are darker than the transparency color are not affected. |
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Converts the transparency color to grayscale, and then multiplies the grayscale value by the base color |
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Uses the hue and saturation values of the source color and the lightness value of the base color to create a result. This merge mode is the opposite of the Lightness merge mode. |
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Uses the hue of the transparency color, as well as the saturation and lightness of the base color. If you are adding color to a grayscale image, there will be no change because the colors are desaturated. |
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Uses the lightness and hue of the base color and the saturation of the transparency color |
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Uses the hue and saturation of the base color and the lightness of the transparency color |
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Uses the transparency color’s complementary color. If a transparency color value is 127, there will be no change because the color value falls in the center of the color wheel. |
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Converts the transparency and base colors to binary values, and then applies the Boolean algebraic formula AND to these values |
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Converts the transparency and base colors to binary values, and then applies the Boolean algebraic formula OR to these values |
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Converts the transparency and base colors to binary values, and then applies the Boolean algebraic formula XOR to these values |
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Applies the source color to those areas of the image that are transparent. The effect is similar to looking through the clear, silver-free areas on a 35-mm negative. |
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Inverts the source and base color values, multiplies them, and then inverts the result. The result color is always lighter than the base color. |
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Multiplies or screens the source color according to the value of the base color |
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Applies a soft, diffused light to the base color |
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Applies a hard, direct spotlight to the base color |
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Simulates the photographic technique called dodging, which lightens image areas by decreasing the exposure |
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Simulates the photographic technique called burning, which darkens image areas by increasing the exposure |
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Excludes the transparency color from the base color. This mode is similar to the Difference mode. |
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Applies the transparency color to the red channel of RGB objects |
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Applies the transparency color to the green channel of RGB objects |
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Applies the transparency color to the blue channel of RGB objects |
in the toolbox and choose a merge mode from the Merge mode list box on the property bar.