JPH07141518A - Evaluation data display device - Google Patents

Abstract

PURPOSE:To provide the evaluation data display device which makes it possible to speedily and securely find whether or not an impression obtained from a face matches the kind of clothes or what impression or image is obtained from the impression from the face and the kind of clothes. CONSTITUTION:A face image is formed of plural parts patterns in combination by operating montage data input keys and then displayed at a display part 14. Then when the kind of the clothes corresponding to the face image is specified with cursor keys over a look at the face image displayed at the display part 14, the displayed face image and a clothes image corresponding to the kind of clothes specified with the cursor keys are put together to display an image of the whole body at the display part 14, and then evaluation data corresponding to the combination of the kind of the face and the kind of the clothes that are put on are read out of an evaluation data ROM 29. The read evaluation data are displayed at the display part 14.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an evaluation data display device for displaying evaluation data corresponding to a combination of a face image and a clothing type.

[0002]

2. Description of the Related Art Recently, there has been proposed a color information display device capable of displaying evaluations and advice for a combination of a plurality of colors. According to this color information display device, for example, it is possible to grasp on the display what kind of impression or image the upper and lower clothing color combinations give when going out. You can decide the color of the upper and lower clothes by referring to the advice.

[0003]

By the way, such a color information display device merely displays an evaluation and advice for a combination of a plurality of colors, and the impression of the face of the person wearing the upper and lower clothes. It was impossible to know whether or not the clothes and their clothes match, or what kind of impressions and images the facial impression and the clothes are wearing.

The present invention has been made in view of these problems, and it is determined whether or not the impression of the face and the type of clothes worn are matched, or whether the impression of the face and the type of clothes worn. It is an object of the present invention to provide an evaluation data display device capable of quickly and surely knowing what kind of impression or image the user receives.

[0005]

The means of the present invention for solving the above problems are as follows.

That is, according to the present invention, a first designating means for designating one face image from a plurality of face images, and a face image displaying means for displaying the face image designated by the first designating means. , Second designation means for designating the type of clothes,
A combination of an evaluation data storage unit that stores evaluation data corresponding to a combination of a face image and a type of clothes, and a combination of the face image specified by the first specifying unit and the type of clothes specified by the specifying unit A reading unit for reading the corresponding evaluation data from the evaluation data storage unit and an evaluation data display unit for displaying the evaluation data read by the reading unit are provided.

In this case, the first designating means is stored in, for example, a storage means for storing a large number of combination data which is a combination of the part data corresponding to each part of the face image. The selecting means selects one set of combination data from a large number of sets of combination data, and specifies a corresponding face image based on the selected one set of combination data.

[0008]

The operation of the present invention is as follows.

That is, according to the present invention, the type of clothes corresponding to the face image is designated by the second designating means while looking at the face image displayed on the face image display means by the designation by the first designating means. Then, since the evaluation data corresponding to the combination of the face image and the type of clothing is stored in advance in the evaluation data storage means, the face image displayed on the face image display means and the clothing type designated by the designating means are displayed. The evaluation data corresponding to the combination is read from the evaluation data storage means by the reading means. The evaluation data read by the reading means is displayed on the evaluation data display means.
Therefore, it is necessary to quickly determine whether or not the impression of the face and the type of clothes worn are matched, or whether the impression or image received from the impression of the face and the type of clothes worn is similar. And you can know for sure.

[0010]

The present invention will be described below based on illustrated embodiments.

FIG. 1 is an external view of an evaluation data display device according to an embodiment of the present invention.

In FIG. 1, the evaluation data display device 10 includes a display / input panel 12 and an input panel 13 which are openably and closably connected via a connecting portion 11. A display unit 14 and a key input unit 15 are arranged on the display / input panel 12 and the input panel 13.

The key input unit 15 includes a montage mode key 16, a montage data input key 17, an individual / family data mode key 18, a montage selection / display mode key 19, an evaluation display mode key 20, a registration key 22,
A cursor key 22A, a power on / off key 23 and the like are provided.

The montage mode key 16 is a mode key used when setting the montage mode, and the montage data input key 17 is an input key operated when creating a montage under the montage mode by the montage mode key 16. The personal / family data mode key 18 is a key used to set a mode for inputting personal data such as a montage name and a telephone number, and family data. The montage selection / display mode key 19 is a montage data and personal data. The key used to set the mode for selecting and displaying the montage such as data, the evaluation display mode key 20 displays the evaluation data corresponding to the combination of the selected montage and the selected upper and lower clothing types. To set the mode for Key being, key registration key 22 is operated to select whether to register the data,
The power on / off key 23 is a key used when the power is turned on and off.

The montage data input key 17 is
As shown in FIG. 2, a plurality of part keys (contour key 170, hairstyle key 171, eye key 172, nose key 17) arranged at positions corresponding to the respective parts forming the whole body of the montage.
3, mouth key 174, eyebrow key 175, ear key 176, upper clothes key 177A, lower clothes key 177B, both hands key 178,
It is composed of both foot keys 179).

FIG. 3 is a block diagram showing a circuit configuration of an evaluation data display device according to an embodiment of the present invention.

In FIG. 3, a CPU 24 for controlling each part of the evaluation data display device 10 includes a key input part 15, a display part 14, a display driver circuit 25, and a parts pattern ROM.
26, RAM 27, synthetic RAM 28, and evaluation data RO
M29 is connected.

The part pattern ROM 26 is shown in FIG.
Contour, hairstyle, eyes, upper clothes, lower clothes, nose, mouth,
A plurality of differently shaped part patterns for each part forming both hands and feet are stored in the form of bitmap data. That is, in the "1" of the "contour" part area, the part patterns having different contour shapes are "01" to "20". It is stored in association with. In the "2" of the "hairstyle" parts area, the part patterns having different hairstyle shapes are "01" to "20". It is stored in association with. Similarly, in the parts areas of "eyes", "upper clothes", "lower clothes", "nose" to "both feet", different parts patterns having different shapes of corresponding parts are respectively "01" to " 20 ”part pattern N
O. It is stored in association with. In addition, "clothes",
In the outfit parts area for "Underwear,""blouse" is displayed in the "01" in the parts area for "Overwear",
"Polo shirt" for "02" ... "T" for "20"
The pattern of the upper part of the upper dose is stored, such as "shirt". Similarly, "01" in the parts area of "Underwear" is "skirt", "02" is "G pan" ... "20" is "mini-tight",
In this way, each underdose part pattern is stored.

The evaluation data ROM 29 is shown in FIG.
As shown in, the evaluation data corresponding to the combination of the type of face and the type of clothes (upper clothes and lower clothes) is stored. The evaluation data is stored with reference to an empirical rule such that a round-faced dress looks good on a round face and a rounded dress looks good on a square face. Therefore, the type of face mentioned here indicates, for example, a round face, a square face, a triangular face, or the like. In this case, the type of face corresponds to the type of contour. That is, a round face corresponds to a part pattern having a round shape (part pattern No. “01”), and a square face has a square contour part pattern ( It corresponds to the part pattern No. “02”), and if it is a triangular face, it has a triangular outline (part pattern No. “2”).
0 "). Further, the type of clothes is a combination of a plurality of upper clothes and lower clothes. For example, the top polo shirt (part pattern No. “02”) is combined with the bottom wear “G pan” (part pattern No. “02”), and the top coat “blouse”. (Part pattern No. “01”) is the undergarment “Mini Tight”
(Part pattern No. “20”). Further, in the evaluation data, for example, the type of face is a round face, the upper garment is “Polo shirt”, and the lower garment is “G”.
If it is bread, then a polo shirt for that round face
And the impression from "G Pan" is "It fits even for you with a round face." Also, the face type is round, upper clothes are "blouses", and lower clothes are "mini tight". In some cases, the impression given to the round face by "blouse" and "mini-tight" is "GOOD is finished with a gentle softness that matches the feeling of the face."

On the other hand, the RAM 27, as shown in FIG. 6, has a personal data input key 31 in the key input section 15.
(Personal data (name, name, 31B, etc.))
Input data such as address, telephone number, age, height, hobbies and other documents), family data (name, address, phone number, age, height, hobbies and other documents), montage data input key 17 The stored montage data (combination data of part pattern No. for each part) is stored.

The composite RAM 28 has a display unit 1
4 is a RAM for synthesizing a part pattern for each part such as the contour, hairstyle, eyes, upper clothes, and lower clothes displayed in 4, and temporarily stores each part pattern read from the part pattern ROM 26. It has become so.

Further, the display unit 14 is composed of a liquid crystal dot matrix display device or the like, and the display unit 14 is driven by a display driver circuit driven on the basis of the face, the whole body and personal data synthesized by the synthesis RAM 28. The face, whole body, personal data, etc. are displayed via 25.

Next, the operation of the evaluation data display device according to this embodiment will be described with reference to the flow charts shown in FIGS.

First, the general flow of this embodiment shown in FIG. 7 will be described.

First, individual / family data mode key 18
If the personal / family data mode key 18 is operated (step SA)
1) The personal data / family data input mode is set, and the personal data / family data input / registration process is executed under the mode (step SA2). Next, if it is determined whether or not the montage mode key 16 is operated and the montage mode key 16 is operated (step SA3), the montage creation mode is set and the montage data is input / registered under the mode. The process is executed (step SA4). Subsequently, it is determined whether or not the montage selection / display mode key 19 is operated, and if the montage selection / display mode key 19 is operated (step SA5), the montage selection / display mode of personal data / family data is performed. Is set to perform montage selection / display processing of personal data or the like under the mode (step SA6). Finally, if it is determined whether or not the evaluation display mode key 20 is operated and the evaluation display mode key 20 is operated (step SA7), the evaluation display mode is set and the montage and the evaluation data are set under the mode. Display processing of evaluation data for displaying is executed (step SA8). When any key other than the evaluation display mode key 20 is operated, "other processing" is executed.

Next, each process in this general flow will be described.

First, the personal data / family data input / registration process shown in FIG. 8 is executed when the personal / family data mode key 18 is first operated as described above. When the key 18 is operated, "Name, Address, Telephone?" Is displayed on the display unit 14 (step SB2), and the personal data is prompted to confirm whether or not these names are input. It is determined (step SB3). If it is determined that this input has been completed, then "age, height?" Is displayed (step SB4), and it is determined whether or not these ages and the like have been input (step SB5). If it is determined that this input is completed, "Document?" Indicating other data is further displayed (step SB6), and it is determined whether or not this document is input (step SB7). If it is determined that this input has been completed, the display section 14 further displays "Family 1 name, age, height?" (Step SB8), and prompts the input of family data. It is determined whether the name 1 or the like has been input (step SB9). If it is determined that the input is completed, the family data of the family 2, the family 3, etc. is further input (step S10). When the input of all the plurality of personal data and the family data other than the individual has been completed in this way, it is then determined whether or not the montage data input key 17 has been operated. If it is determined that the montage data input key 17 has been operated, the data input so far is R as shown in FIG.
The processing flow is completed after the data is stored in the personal / family data area 270 of the AM 27. In this case, the personal / family data area 270 is set so that the personal data and the family data of the individual stored in the personal / family data area 270 are distinguished from other personal data and the family data of the individual. Same items in "1", "2" ...
It is classified and stored for each.

Next, in the montage creation / registration process shown in FIG. 9, the basic type montage data (combination data of the part pattern No. for each step part) which is predetermined in advance is read out and the RAM 2 is read.
It is once stored and set in a storage area (not shown) 7 (step SC2). Next, the stored part pattern numbers. The data composition processing of each part pattern of the part pattern ROM 26 corresponding to is carried out in the composition RAM 28 (step SC3). This data synthesis process is shown in FIG.
This is performed according to the synthesis processing flowchart shown in.

That is, each part pattern No. which constitutes the montage data stored in the RAM 27 by the above-mentioned method. First of all, the contour part pattern N
O. Is read from the RAM 27 (step SD1), and the part pattern NO. The contour part pattern corresponding to is read from the part pattern ROM 26, and the contour part pattern is stored in the synthesis area of the synthesis RAM 28 (step SD2). Next, the hairstyle part pattern No. Is read from RAM 27 (step SD
3), the part pattern No. of this hairstyle. The hairstyle part pattern corresponding to is read from the part pattern ROM 26 and the contour part pattern is stored in the composition area of the composition RAM 28 (step SD4). In addition, the eyes,
After similar processing is performed on other parts such as upper clothes, lower clothes, nose, mouth, and both legs (step SD5), the composite RAM
The montage data synthesized in 28 is sent to the display driver circuit 25, and the corresponding basic type montage is displayed on the display unit 14 based on this montage data (step SD6).

Next, if there is a change in the displayed montage data of the basic type, processing for this change is performed. That is, first, it is determined whether or not the contour key 170 is operated (step SC4), and if the contour key 170 is operated, the currently set part pattern N
O. Part pattern NO. After changing to (step SC5), changed part pattern N
O. Is stored in the contour area of "instep" of the RAM 27, and the changed part pattern No. Is read from the part pattern ROM 26, and the contour part pattern is synthesized in the RAM 2.
8 is stored in the synthesis area and the synthesized RAM 28 synthesizes the changed contour part pattern with another part pattern such as a hairstyle or a nose. Therefore, the montage in which only the contour shape is changed is displayed on the display unit 14.
Therefore, if the contour key 170 is sequentially operated, the montage in which only the contour shape is changed is displayed on the display unit 14 each time.

Similarly, hairstyle key 171, eye key 172, nose key 173, mouth key 174, eyebrow key 1 are also required as necessary.
75, ear key 176, upper clothing key 177A, lower clothing key 17
7B, both hand keys 178, both foot keys 179 are operated to create a human hairstyle, eyes, nose, mouth, eyebrows, ears, upper clothes, lower clothes, both hands, parts patterns similar to the shape of each part of both feet Part pattern No. corresponding to (Step SC6 to step SC15).

After this change operation is completed, if it is possible to confirm on the display of the display unit 14 that a montage similar to the face and body shape to be created has been displayed, the registration key 22 is operated (step SC16). As a result, the montage data (each part pattern No.) corresponding to the "Kou" montage confirmed on the display of the display unit 14 is stored and registered in the "Kou" montage data area 271 in the RAM 27 (step SC17). )
The process of creating and registering this "Kou" montage is completed.

Next, the montage data of the "Kou" family is also stored in the storage areas of "Family 1", "Family 2" ... In the same manner as in the method of creating the montage data of "Kou". Memorize sequentially. Once this is done,
The montage data of the second and subsequent individuals such as "Otsu" and "丙" and the montage data of the family of the individual are also stored in each storage area by the same montage method.
Through this method, the montage data creation / registration process is completed.

Next, the montage selection / display mode shown in FIG. 11 is performed after the montage selection / display mode by operating the montage selection / display mode key 19 described above.
When 9 is operated, "search word?" Is displayed on the display unit 14 (step SE2), and an input for searching for personal data is prompted. In response, if names such as "Kou" and "Otsu" are entered as search data (step S
E3), it is determined whether or not the input search data matches the name of an individual in the stored personal data area (step SE4). If it is determined that they match, then the montage data (each part pattern No.) corresponding to the personal data relating to this matching is RA.
The data is read from the montage data area 271 of M27 (step SE5), the corresponding part patterns are read from the part pattern ROM 26, and the respective part patterns are combined in the combining RAM 28 (step S5).
E6).

Next, the family data related to the personal data currently being searched is the montage data area 2 of the RAM 27.
It is determined whether or not it is stored in 71 (step SE
7) If it is determined that it is stored, the montage data corresponding to the family data related to this matching is read from the montage data area 271 of the RAM 27 and each part pattern corresponding thereto is read as in the case of individual search. Is read from the parts pattern ROM 26, and the respective parts patterns are combined in the composition RAM 28,
The individual montages synthesized as described above are displayed together with the montages of each family on the display unit 14 (step SE8). As a result, when the personal data is searched, it is possible to display a list on the display unit 14 together with the montage of the individual as well as the montage of the family.

Next, the display processing of the evaluation data shown in FIG. 12 will be described.

This evaluation display processing is performed after the evaluation display mode is set by operating the evaluation display mode key 20 described above.

When this evaluation mode is set, first, each name to be evaluated is read from the personal / family data area 270 of the RAM 27 and displayed on the display unit 14 as shown in FIG. 13 (A). A cursor KS for indicating the name to be selected is displayed, and a name of one person to be evaluated is selected by operating the name selection key 21 from among the names displayed in the list (step SF0). Then, if the selected evaluation target is, for example, “Kou” and the name of that person is “Hashimoto Kayoko”, the montage data corresponding to the “Kou” is read from the montage data area 271 of “Kou”. Then, based on the montage data, the corresponding face montage M1 is displayed on the display unit 14 (step SF1). However, in this case, only the face montage data of the montage data corresponding to the selected name is read out, and the part pattern corresponding to the face montage data is the part pattern ROM.
26, each part pattern of this face is synthesized in the synthesis RAM 28, and the montage M1 of this synthesized face is displayed as shown in FIG. 13 (B).

Next, the selection screen display processing of the outer clothes is executed (step SF2). As a result, as shown in FIG. 13C, a list of types of upper clothes and a cursor KS for indicating the type of upper clothes to be selected are displayed together with the description of "what to wear on top". Therefore, the user uses the cursor key 22
Select the type of outerwear by the operation of A, and then register key 2
2 is operated (step SF4). Then, the part pattern No. corresponding to the part pattern of the upper clothes indicating the type of the selected upper clothes. Is stored in the upper clothing area in the montage data area of “Kou” (Kayo Hashimoto) of the RAM 27 (step SF5). In this case, the part pattern number NO. Is stored, the part pattern No. Is overwritten and stored.

Next, the selection screen display process of the undergarment is executed (step SF6). As a result, as shown in FIG. 13D, a list of types of undergarments and a cursor KS for instructing the type of undergarments to be selected are displayed together with the description of “what is worn underneath”. Therefore, the user uses the cursor key 22
Select the type of undergarment by the operation of A, and then register key 2
2 is operated (step SF8). Then, the part pattern No. corresponding to the part pattern of the undergarment indicating the type of the selected undergarment. Is stored in the undergarment area in the "Kou" montage data area of the RAM 27 (step SF9). In this case, the part pattern No. of the undergarment is already in the undergarment area. Is stored, the part pattern No. of the undergarment is stored in this undergarment area. Is overwritten and stored.

Then, a confirmation screen display process is executed (step SF10). That is, as shown in FIG. 13 (E), a screen prompting the user to confirm the description “Coordinating with Kayoko Hashimoto Blouse and Minitight” is displayed. Therefore, when the user accepts the description by operating the key of the registration key 22, the whole body screen display process is executed (step SF11). In this process, the part patterns of the face, hands, and feet of each part pattern corresponding to the first selected "instep" montage data, and the upper part stored by selecting the upper clothes and the lower clothes are stored. Part pattern No. of clothes And underwear part pattern No.
The part patterns of the upper clothes and the lower clothes corresponding to are read from the part pattern ROM 26. For this reason, the read-out face part, each part pattern of both hands and feet, and each part pattern of the upper clothes and the lower clothes are combined by the composition RAM 28, and the montage of the parts of the upper clothes and the lower clothes which are already combined is performed. By being combined, the montage M2 of the entire body of "Kou" is displayed (step SF12). In this case, the whole body montage M2 of "Kou" cannot be displayed on the horizontally long display unit 14, so that the whole body montage M2 of "Kou" is laid down sideways. 14 is displayed.

Therefore, after confirming the screen display of the whole body,
When the user operates the key of the registration key 22, the stored part pattern number NO. The evaluation data based on is read from the evaluation data ROM 29 (step SF
13). In this case, the upper wear is “blouse” (part pattern No. is “01”),
Underwear is "Mini Tight" (part pattern No. is "2
0)), the evaluation data read out from the evaluation data ROM 29 is “a gentle and soft finish that matches the feeling of the face and is GOOD.”
The evaluation data is displayed as shown in FIG. 13 (G) (step SF15).

As a result, based on the evaluation result, whether the type of upper clothes (blouse) and the type of lower clothes (mini-tight) selected for the type of the face of "instep" (round face) is appropriate or the face It is possible to quickly and easily grasp what kind of impression the selected type of clothing has for the type.

In this embodiment, the evaluation data corresponding to the combination of the upper clothes and the lower clothes and the face montage is displayed. However, the combination of the upper clothes and the face montage or the lower clothes and the face montage is displayed. The evaluation data corresponding to the combination with the montage may be separately displayed. Further, in the present embodiment, the contour part pattern is used as the face type, but both the contour and hairstyle part patterns may be used as the face type.

[0045]

As is apparent from the above description, according to the present invention, the type of clothes corresponding to the face image is designated by the designating means while looking at one face image displayed by the face image displaying means. Then, since the evaluation data corresponding to the combination of the face image and the type of clothing is stored in advance in the evaluation data storage means, the face image displayed by the face image display means and the type of clothing designated by the designating means are stored. The evaluation data corresponding to the combination is read from the evaluation data storage means by the reading means. The evaluation data read by the reading means is displayed on the evaluation data display means. Therefore, it is necessary to quickly determine whether or not the impression of the face and the type of clothes worn are matched, or whether the impression or image received from the impression of the face and the type of clothes worn is similar. And you can know for sure.

[Brief description of drawings]

FIG. 1 is a diagram showing an appearance of an evaluation data display device according to an embodiment of the present invention.

FIG. 2 is an enlarged plan view showing a montage data input key.

3 is an overall block diagram showing a circuit configuration of the evaluation data display device shown in FIG.

FIG. 4 is a diagram showing a storage example of basic part patterns in a part pattern ROM.

FIG. 5 is a diagram showing an example of storage of evaluation data in an evaluation data ROM.

FIG. 6 is a diagram showing a storage example of a RAM.

FIG. 7 is a general flowchart of the present embodiment.

FIG. 8 is a flowchart showing a process of inputting / registering personal data / family data.

FIG. 9 is a flowchart showing a montage creation / registration process.

FIG. 10 is a flowchart showing a process of synthesizing data of each part pattern.

FIG. 11 is a flowchart for montage selection / display processing.

FIG. 12 is a flowchart showing a display process of evaluation data.

13A to 13G are diagrams showing a series of display examples in a display process of evaluation data.

[Explanation of symbols]

 10 Evaluation data display device 14 Display part 15 Key input part 16 Montage mode key 17 Montage data input key 18 Personal / family data mode key 19 Montage selection / display mode key 20 Evaluation display mode key 22 Registration key 24 CPU 25 Display driver circuit 26 Parts pattern ROM 27 RAM 28 Composite RAM 29 Evaluation data ROM

Claims (2)

[Claims] 1. A first designating means for designating one face image from a plurality of face images, a face image display means for displaying the face image designated by the first designating means, and a type of clothes. Second evaluation means for specifying, evaluation data storage means for storing evaluation data corresponding to a combination of the face image and the type of clothes, and the face image specified by the first specification means and the specification means. It is provided with a reading means for reading the evaluation data corresponding to the combination with the designated type of clothes from the evaluation data storage means, and an evaluation data display means for displaying the evaluation data read by the reading means. Characteristic evaluation data display device. 2. The first designating means stores a plurality of sets of combination data composed of a combination of part data corresponding to each part of a face image, and a plurality of sets stored in the storage part. The evaluation data according to claim 1, further comprising: a specifying unit that selects one set of combination data from the combination data and specifies a corresponding face image based on the selected one set of combination data. Display device.