JP4477034B2 - Makeup color image map - Google Patents

Description

  The present invention relates to a makeup color image map in which a makeup is applied to a face, that is, a color is placed on the skin, and a color image obtained is represented as a map.

  Facial makeup is usually applied based on experience and feeling. However, when each person applies makeup himself, it is not always easy to express it as expected. Also, when you make an image by applying makeup to the face of another person, the target face is different, so you have to have considerable experience and special feeling to produce as you want. I need.

  Attempts have been made to theoretically explain such a makeup production method.

  For example, a makeup has been conventionally produced in consideration of an image given by a face form. This is an application of modeling theory in art, and an average and characteristic image is known for each shape such as a straight line or a curve. However, when this is applied to makeup, even if a desired image can be partially obtained, there is no guarantee that a well-balanced image will be obtained when viewed as the entire face.

  The applicant has already proposed a face classification method and a face map regarding a method for producing a makeup in consideration of an image given by the face form (Patent Document 1).

  As shown in FIG. 9, the face classification method and the face map include a balance axis indicating the face length or an arrangement state of face form elements such as eyes and eyebrows, a face outline shape, A face is classified by positioning a target face in a coordinate space composed of a form axis indicating a form element, and a map composed of such a coordinate space is created.

  According to this face classification method and face map, it is possible to comprehensively capture the face, scientifically clarify the factors that cause the face image, and perform effective makeup production based on this. Is possible.

In addition, for example, making a makeup in consideration of a color image has been conventionally performed. This is an application of color theory in art. For example, as shown in FIG. 10, it is based on an average recognition about the relationship between each color and emotion. In this case as well, even if a desired image can be partially obtained as in the case of the face form, there is no guarantee that a well-balanced image will be obtained when viewed as the entire face. As shown in FIG. 11, there is a color solid that has three attributes of color sensation as three axes, and a color image is multidimensional from this color solid. There is no example of using it to produce a make-up.
JP-A-10-75823

  As described above, regarding the method of producing a makeup in consideration of a color image, an effective method has not always been found.

  The present invention has been made in view of this point, and is not based on chromaticity that handles colors purely, but comprehensively captures the color image of the makeup given by the face on which the color is placed on the skin. An object of the present invention is to provide a makeup color image map capable of effectively performing makeup.

The makeup color image map according to the present invention comprises a coordinate axis composed of a color image index axis indicating warmth / coolness and a color image index axis indicating lightness / heavyness obtained by placing the color on the skin, and a lip color And a zone display that is two-dimensionally classified with respect to at least one of the color images.

  In addition, a representative color image located in each quadrant is displayed in words in each quadrant defined by the coordinate axes.

  According to the makeup color image map according to claim 1, a color image index indicating at least one selected from warmth / coolness, personality, and mind, and at least one selected from light / severe, mature / unripe, mature The color image index is used as a coordinate axis, and at least one of the lip color and the eye color is classified two-dimensionally, and according to the makeup color image map according to claim 2, each divided by the coordinate axis Since a representative color image located in each quadrant is displayed in the quadrant, the color image can be easily and accurately grasped, and a makeup can be effectively produced.

  A preferred embodiment (hereinafter referred to as this embodiment) of a makeup color image map according to the present invention will be described below with reference to the drawings.

  First, the makeup color image classification method will be described below.

  The following experiments were conducted to clarify each color image using lip color and eye color as make-up cosmetics to produce facial images.

  The three models with different types in the face map described above were photographed with 28 lip colors and 19 eye colors shown in FIGS. Here, in each figure, symbols without meanings are VI for violet, RS for magenta (hereinafter referred to as rose), PK for pink, RD for red, BR for brown, OR Means orange, YE means yellow, GY means gray, GR means green, BL means blue, and MN means achromatic color.

  That is, for example, with regard to lip color, hues from violet to gray are covered, and tones are prepared from pale to deep.

  In the lip color experiment, the same natural make-up except for the mouth was used, so that only the change in the image due to the difference in lip color could be seen. Similarly, in the case of an eye color experiment, the same natural makeup was used except for the eyes. The determination of the color image was performed by using 30 general female monitors and 31 beauty technicians as subjects. In addition, it was comprised so that the distribution of the age of a test subject might become the same with a general female monitor and a beauty technician.

  The determination items of the color image are as shown in the questionnaire table shown in FIG. In this case, the words (words) expressing the color image are similar to those used in the face classification method and face map studied by the applicant. Makeup color image classification method and makeup color image map can be judged by relating face classification method and face map, and both makeup methods and maps can be used together to produce effective makeup. It is taken into consideration. Therefore, a color image index axis indicating at least one selected from two coordinate axes of a color image map described below, warmth / coolness, personality, and mind (hereinafter referred to as a warmth / coolness axis as a representative example). ) And a color image index axis (hereinafter referred to as nimble / severe as a representative example) indicating at least one selected from light / severe, mature / unskilled, and mature. It is the same as the two axes of the words (see FIG. 9) that are replaced with words that express the image of the face located in each quadrant defined by the axes. In this case, the map may be a map in which the coordinate axes are rotated without overlapping the two axes of the color image map and the face map. It may be set regardless of the words used in the above, and the obtained data may be analyzed by a statistical method such as factor analysis in the same manner as in the face map to set a new image axis. In this embodiment, two axes are set as the coordinate axes from the above viewpoint. However, the present invention is not limited to this, and three or more axes may be set for more multidimensional and multifaceted evaluation.

  The questionnaire results are based on the score for each word that expresses each color image, with 2 points for “I think so” and 1 point for “Somewhat I think”. The two coordinate axes described above were arranged on a map in accordance with the directionality and score.

  4 to 6 show lip color makeup color image maps. In this case, the questionnaire results of the general female monitor and the beauty technician were analyzed, and each analysis result was comprehensively analyzed to create one map. In addition, regarding the former, we have also created two maps that analyzed the general female monitor and the questionnaire results of beauty technicians separately. Looking at these two maps, for example, in the case of the latter beauty technician's map, Compared to the former general female monitor map, there are differences such as the wide distribution of each color in the horizontal axis (lightness / heavy axis) direction, so that meaningful results can be obtained by creating and using two maps. However, when the makeup color image map of the present invention is actually used for the production of the makeup, the entire data is comprehensively evaluated, and a zone is displayed for each color on the map to give a certain range of color selection. It seems that it is more practical to have a degree of freedom.

  The reason why the figures are divided into three is that, since a wide zone display is performed for each color as described above, when all colors are displayed on one map, a plurality of color zones are overlapped, which is inconvenient.

  If you look at the pink / rose map that includes the redness and blueness of Figure 4, you will see a light color from the first quadrant (for example, the zone where the cute image is located) to the fourth quadrant (for example, the zone where the feminine image is located). It can be seen that bright colors are distributed in the first quadrant, dark colors and clear colors are distributed in the fourth quadrant.

  Looking at the orange-red map in FIG. 5, it can be seen that the color distribution is shifted to the left side, that is, the center side of the map compared to the pink-rose system, and spreads vertically.

  Looking at the brown / gray map with less redness in FIG. 6, the color distribution is shifted further to the left compared to the orange / red map and spreads vertically, and the third quadrant (for example, sharp images) It can be seen that the image of the located zone is strong.

  FIG. 7 shows an eye color makeup color image map. In this case as well, data analysis and arrangement were performed in the same procedure as in the case of the lip color, and zone display was performed for each color.

  Referring to FIG. 7, a clean and bright color such as yellow is located in the first quadrant (the zone where the cute image is located), and a very light achromatic color in the second quadrant (eg, the zone where the refreshing image is located). Nearly white colors such as brown and brown are located, and the third quadrant (the zone where the sharp image is located) has no redness such as brown or achromatic darkness or black, or there is little redness and some darkness It can be seen that in the fourth quadrant (the zone where the feminine image is located), there is a moderate reddish color such as dark pink or violet, and in particular, a color containing blue is located. On the other hand, the blue and bluish greens are located almost in the center of the figure.

  In general, it can be said that the eye color makeup color image map shows almost the same tendency as the lip color image map.

  From the viewpoint of chromaticity, the blue color is a cold color, that is, a gentle color that makes you feel cool, so it is located in the left, second and third quadrants of the map. Although considered appropriate, the bluish color is located in the middle of the figure as a makeup color image on the map. This is because the skin color always exists in the background of eye makeup and lip makeup. In other words, the skin color, which is blue and dull orange, has a complementary chromatic relationship, and blue is a prominent color with respect to the skin color. It is thought to give the image of refreshing and cool, and the opposite image of cute and gorgeous. In other words, the blue color has the potential to produce various images with a slight difference in tone and texture, and in this respect, the color image at the time of makeup and the color image in chromaticity are significantly different There is also a case.

  Next, an experiment was also conducted on a color image obtained by combining the lip color and the eye color mapped as described above. Only the results are shown in FIG.

  In Fig. 8, the first quadrant (the zone where the cute image is located) is a combination of pink eye color and pink pail lip color, and the second quadrant (the zone where the refreshing image is located). Is a combination of white pearl eye color and orange pail lip color, and in the third quadrant (the zone where the sharp image is located) is a combination of a neutral dark eye color and a dark brown lip color. In the fourth quadrant (the zone where the feminine image is located), a combination of a dark pink eye color and a moderate lip color of rose is located.

  This means that, practically, if the lip color and eye color arranged in the same quadrant of each map are used in combination, the image of that quadrant can be expressed even for the entire face.

  FIG. 12 shows in more detail a representative color image located in each quadrant defined by each coordinate axis. By comparing and referring to FIG. 12 and FIGS. 4 to 8 described above, a color image can be easily and accurately grasped, and a makeup can be effectively produced.

  As described above, the makeup color image map of the present invention is of course useful when a makeup is produced by either a lip color or an eye color alone, or a combination of these. Furthermore, when a makeup is produced in combination with the face classification method and the face map, the makeup can be produced more effectively.

The present invention relates to a makeup color image map in which a makeup is applied to the face, that is, the color is placed on the skin, and the resulting makeup color image is represented as a map, and is an invention that can be used industrially.

6 is a list of lip colors used in experiments in the makeup color image classification method according to the present embodiment. 5 is a list of eye colors used in experiments in the makeup color image classification method according to the present embodiment. It is the questionnaire table which showed the evaluation item used in the makeup color image classification method concerning this embodiment. 5 is a makeup color image map of pink / rose lip color according to the embodiment. It is a makeup color image map of an orange / red lip color according to the present embodiment. 5 is a makeup color image map of brown / achromatic lip color according to the embodiment. 5 is an eye color makeup color image map according to the present embodiment. It is a makeup color image map when the lip color and the eye color according to the present embodiment are combined. It is a face map that the applicant has already proposed. It is a table | surface which shows an example of the conventional knowledge about the relationship between a color and an image. It is a figure which shows the color solid which took three attributes of color sensation about three axes. It is the map which displayed the typical color image located in each quadrant of the makeup color image map of the eye color which concerns on this Example.

Claims (3)

At least one of a coordinate axis consisting of a color image index axis indicating warmth and coolness, a color image index axis indicating lightness and weight, and a lip color and an eye color obtained by placing the color on the skin A makeup color image map having a zone display that is two-dimensionally classified for two color images. The makeup color image map according to claim 1, wherein a representative color image located in each quadrant is displayed in words in each quadrant defined by the coordinate axes. The zone display is characterized in that a questionnaire result of a color image obtained for at least one of the lip color and the eye color is scored and zoned based on the result. The makeup color image map described in 1 or 2.

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