Pale |
Peach-pink |
Bronzed |
Medium tone |
Olive |
Dark |
![]() Ash blond |
![]() Golden blond |
![]() Honey |
![]() Golden brown |
![]() Dark red |
![]() Fire red |
![]() Hazelnut |
![]() Dark brown |
![]() Black |
![]() Gray |
![]() Blue |
![]() Green |
![]() Swamp |
![]() Amber |
![]() Brown |
Click on an element
Your season:
Selected colors:
Skin: Select Hair: Select Eyes:Select
Table showing the principle of determining the color type. Here the four pure subtypes (True, Clear) are shown.
Low contrast | High contrast | |
High temperature |
Spring![]() Skin with slightly warm tones
Hair: from blonde to auburn Eyes: light - green, blue, light brown |
Autumn![]() Warm-toned, tanned skin
Hair: brown, red Eyes: dark - deep green, brown |
Low temperature |
Summer![]() Medium/light-toned skin
Hair: Ash blonde, Golden blonde Eyes: light - gray, blue, blue-green |
Winter![]() Medium/light skin
Hair: dark brown Eyes: black, brown, deep blue |
Buy a complete fan palette Download a swatch for free
Buy a complete fan palette Download a swatch for free
Purchase a complete fan palette Download a sample for free
Purchase a complete fan palette Download a sample for free
As you can see from the table, the principle for determining the pure (or absolute) subgroup is very simple: only two color parameters in two combinations. Saturation: high and low; temperature: warm or cool. Thus, there are four possible combinations. Their seasonal names are quite arbitrary and refer to one of the many theories of color typing, such as the Seasonal Theory or the "Seasons" theory.
In practice, we encounter a wide variety of nuances in an individual's initial data, and most options cannot be clearly associated with a specific cell in the table. Therefore, each type is divided into subtypes.
These names may vary across different sources, but they fundamentally indicate the direction in which, within the scheme shown above (table sheet ), a deviation occurs from the extreme value in the chromatic characteristics of a specific individual.
This principle has been incorporated into the program that powers this online service. Based on the selected color characteristics, it determines which cell of the table is closest to this option. If the initial data is atypical, a corresponding message is displayed, and based on the color characteristics, the approximate armocromia subgroup is determined.
You might be interested in our product: an educational poster presenting armocromia subgroups.
Check out Poster No.5
After determining your season, it will be much easier to choose clothing colors for your wardrobe.
Some of the shades suitable for each pure season are listed in the table sheets above. For subgroups, the shades in the palette do not change drastically. They remain approximately the same, with perhaps a slight "adjustment" of brightness and saturation. You can download and print the palettes (or open them on your smartphone screen) for use during shopping.
Of course, using tables on a smartphone screen is not very convenient, so you can purchase on our website physical and "live" palettes with a much more complete range of shades. They are sold individually or as a set of 4 fan decks.
Using the color combinations from your palette during shopping ensures you won't make mistakes in matching clothing colors, as each palette's colors and shades have been selected by professional stylists specifically for each color type.
The palettes contain only the shades that suit you perfectly!
And all of them harmonize perfectly with one another!
You can literally pick any petal from your palette at random, and its shades will perfectly align with your appearance type, as they possess the same characteristics of warmth, contrast, and saturation.
We understand that many nuances in this program are not taken into account, but pure subgroups are determined accurately. The test is free, so please don't judge it harshly! Leave your observations and suggestions in the comments. This will help us improve the service's accuracy and reduce the number of errors in its operation.
Related article: How to Use the Kit of Drappi for Color Analysis.
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