Color conversion. Standards: RGB HSV, HSL, HEX, CMYK
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| Name | Color Converter |
|---|---|
| Version | 1.2.1 |
| Update | Oct 11, 2023 |
| Size | 8 MB |
| Category | Art & Design |
| Installs | 500+ |
| Developer | Maciek Maksymowicz |
| Android OS | Android 6.0+ |
| Google Play ID | maciek.maksymowicz.colorconverter |
Color Converter · Screenshots
Color Converter · Description
Color Converter is an application for converting color codes according to the most popular standards.
Converts and converts colors from codes:
RGB HEX, HSV, HSL CMYK to others.
Color Converter also shows an example of the converted color.
The color converter supports the most important color models:
CMYK - a set of four basic colors of printing inks commonly used in multi-color printing in polygraphy and related methods (inks, toners and other coloring materials in computer printers, photocopiers, etc.). The set of these colors is also called process colors[1] or triad colors (color and tint are synonyms in Polish). CMYK is also one of the color spaces used in working with computer graphics.
RGB – one of the models of the color space described by RGB coordinates. Its name was created by combining the first letters of the English names of the colors: R - red, G - green and B - blue, which this model consists of. This is a model resulting from the receptive properties of the human eye, in which the impression of seeing any color can be produced by mixing three beams of red, green and blue light in fixed proportions.
HSV – a color space description model proposed in 1978 by Alvey Ray Smith[1].
The HSV model refers to the way the human eye sees, where all colors are perceived as light coming from lighting. According to this model, all colors come from white light, where part of the spectrum is absorbed and part is reflected from illuminated objects.
HSL – one of the descriptive models for colors perceived by humans. This descriptive method was to consist in the fact that each color perceived by humans is assigned one point in three-dimensional space, identified by three components: (h, s, l). The model appeared at the time of the launch of television - the first demonstrations took place in 1926-1930.
Meaning and ranges of coordinates:
H: Hue – (hue, color), with values ranging from 0 to 360 degrees.
S: Saturation – color saturation, from 0...1 or 0...100%.
L: Lightness – medium white light, in the range 0...1 or 0...100%.
Converts and converts colors from codes:
RGB HEX, HSV, HSL CMYK to others.
Color Converter also shows an example of the converted color.
The color converter supports the most important color models:
CMYK - a set of four basic colors of printing inks commonly used in multi-color printing in polygraphy and related methods (inks, toners and other coloring materials in computer printers, photocopiers, etc.). The set of these colors is also called process colors[1] or triad colors (color and tint are synonyms in Polish). CMYK is also one of the color spaces used in working with computer graphics.
RGB – one of the models of the color space described by RGB coordinates. Its name was created by combining the first letters of the English names of the colors: R - red, G - green and B - blue, which this model consists of. This is a model resulting from the receptive properties of the human eye, in which the impression of seeing any color can be produced by mixing three beams of red, green and blue light in fixed proportions.
HSV – a color space description model proposed in 1978 by Alvey Ray Smith[1].
The HSV model refers to the way the human eye sees, where all colors are perceived as light coming from lighting. According to this model, all colors come from white light, where part of the spectrum is absorbed and part is reflected from illuminated objects.
HSL – one of the descriptive models for colors perceived by humans. This descriptive method was to consist in the fact that each color perceived by humans is assigned one point in three-dimensional space, identified by three components: (h, s, l). The model appeared at the time of the launch of television - the first demonstrations took place in 1926-1930.
Meaning and ranges of coordinates:
H: Hue – (hue, color), with values ranging from 0 to 360 degrees.
S: Saturation – color saturation, from 0...1 or 0...100%.
L: Lightness – medium white light, in the range 0...1 or 0...100%.
