JPH10261098A - Device and method for image display control - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device and method for image display control that can display a face and a form corresponding to variation in body weight. SOLUTION: When a user operates data input keys to input a specified body weight, the inputted weight value data are stored in a specified weight value area of an individual montage data RAM (SE11). Further, respective part pattern NO.s corresponding to the input weight value are read and stored in a montage data area of the specific weight value of the individual montage data RAM (SE12). Then the respective part patterns are read out and transferred to a composition RAM (SE13), and a montage image of the specific weight value is displayed together with the specific weight value etc., (SE14). For example, when the specific weight is +20kg, a montage image of a face when +20kg is gained, address, name, etc., are displayed.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

[0001] 1. Field of the Invention [0002] The present invention relates to an image display control device and an image display control method for controlling display of an image of a living body.

[0002]

2. Description of the Related Art A montage image display apparatus for creating a montage image of a face and displaying the montage image has been known. This montage image display device has, for each part of a human face such as eyes, nose, mouth, eyebrows, contours, hairstyle, etc., a part pattern memory that stores a plurality of types of part patterns representing the shape of the part. . Also, when creating a face montage, a part selection key for selecting each part of the face, a part pattern selection key for selecting a part pattern representing the part selected by operating the part selection key, and the like. Is provided. Then, in order to create an arbitrary face, for example, from the eyes, first, a part selection key is pressed to select an eye part. Thereafter, the part pattern selection key is operated to select one type of part pattern from a plurality of types of part patterns provided at the eye part selected by operating the part selection key.
By performing the same operation for the nose, mouth, eyebrows, contour, and hairstyle, an arbitrary face can be finally created based on the combination of the part patterns selected for each part.

[0003]

By the way, what kind of face or body shape do you have when you lose weight?
Or knowing what your face or body looks like when you become obese is extremely interesting for those who are trying to diet and others, and is important for a successful diet. Can also be an effective stimulus. However, in the conventional montage apparatus, since a montage of an arbitrary face is merely created by selectively combining individual part patterns as described above, the montage of the current face is generated. Even if it can be created, it is not possible to create a montage of a face or a body shape corresponding to a change in weight. Of course, if the creator himself selects the part pattern assuming a change in the face corresponding to the change in weight, it is possible to create a montage of a slender or obese face according to the selection . However, assuming that you are thin or obese from multiple types of part patterns,
It is extremely difficult to select a part pattern, and it is virtually impossible to display a montage of a face according to a change in weight.

The present invention has been made in view of such conventional problems, and provides an image display control device and an image display control method capable of displaying a face and a body shape according to a change in weight. It is intended for.

[0005]

According to a first aspect of the present invention, there is provided an image processing apparatus for storing a first living body image representing a predetermined face or body shape of a living body. A first storage means, a display means for displaying a living body image and calorie data, and a first control means for controlling the display means to display the first living body image stored in the first storage means. Display control means, calorie data input means for inputting calorie data, second storage means for storing the calorie data input by the calorie data input means, and stored in the second storage means. Second display control means for controlling the display of the calorie data on the display means; and inputting the calorie data into at least a part of the first living body image displayed on the display means. A third display control means for changing the calorie data input by the means in accordance with the value of the calorie data, and controlling the display means to display the at least partially changed life image on the display means as a second life image. And

Here, the body data set by the body data setting means is, for example, weight value data or height value data of a living body (human, animal, alien, etc.).
The weight value data is the actual weight value data of the living organism or weight value data to be added to or subtracted from the actual weight value of the living organism, and the height value data is the actual height of the living organism. This is value data or weight value data to be added to or subtracted from the actual height value of the living organism.

Further, according to the present invention, a first storage means for storing a first living body image representing a predetermined face or body shape of a living body, and a living body image Display means for displaying weight and weight value data;
First display control means for controlling the first living body image and its weight value data stored in the storage means to be displayed on the display means, and the first life image displayed on the display means Weight value data input means for inputting weight value data used for changing and controlling at least a part of the body image, and a second weight value data input by the weight value data input means is stored. Storage means;
At least a part of the first living body image displayed on the display means is changed according to the value of the weight value data stored in the second storage means, and at least a part of the first life image is changed. Second display control means for controlling the display means to display the image of the living body as a second living body image.

Further, in the invention according to claim 14,
Controlling a first storage unit in which a first living body image representing a predetermined face or body shape of the living body is stored;
A first display control step of controlling the stored first living body image to be displayed on a display means;
A calorie data input step for inputting calorie data, a storage processing step for storing the calorie data input in the calorie data input step in a second storage means, and a calorie data stored in the second storage means. A second display control step of controlling display on the display means, and calorie data input by the calorie data input step at least a part of the first living body image displayed on the display means And a third display control step of controlling the display means to display the living body image at least partially changed as the second living body image on the display means. In the invention according to claim 15,
Controlling a first storage means in which a first living body image representing a predetermined face or shape of the living body and weight value data thereof are stored, and the first living body stored therein; A first display control step of controlling an image and its weight value data to be displayed on a display means, and changing and controlling at least a part of the first living body image displayed on the display means. A weight value data inputting step of inputting weight value data to be used, a storage processing step of storing the weight value data input in the weight value data inputting step in a second storage means, and displayed on the display means. At least a part of the first living body image is changed according to the value of the weight value data stored in the second storage means, and the at least partly changed living body image is changed. And a second display control step of controlling so as to display on said display means as the second organism image.

[0009]

According to the present invention, the calorie data inputted and stored is displayed on the display means, and the calorie data in the first living body image representing the face or body shape of the currently displayed living body is displayed. Is changed according to the value of the calorie data, and the changed living body image is displayed on the display means as a second living body image. That is, the first living body image stored in the first storage means is controlled by the first display control means or the
Are displayed on the display means by the display control step. When calorie data is input in a state where the first living body image is displayed, the input calorie data is stored in the second storage means, and the second display control means is provided. Is displayed on the display means by the control of the above or the second display control step.

Then, at least a part of the first living body image displayed on the display means is changed according to the value of the calorie data stored in the second storage means. The living body image of which at least a part has been changed is displayed as the second living body image on the display means by the control of the third display control means or the third display control step.

According to the second and fifteenth aspects of the present invention, at least a part of the first living body image representing the face or body shape of the currently displayed living body is converted to the weight value data input by the user. The value is changed according to the value, and the changed life image is displayed on the display means as the second life image. That is, the first storage means stored in the first storage means
Is displayed on the display means by the control of the first display control means or the first display control step.
Under the state where the first living body image is displayed,
When weight value data used to change and control at least a part of the first living body image is input, the input weight value data is stored in the second storage means. Then, at least a part of the first living body image displayed on the display means is changed according to the value of the weight value data stored in the second storage means. The biological image at least partially changed is displayed as a second biological image on the display unit by the control of the second display control unit or the second display control step.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. That is, FIG. 1 is an external view of an electronic organizer to which an embodiment of the present invention is applied, and the electronic organizer 1 includes a front case 3 and a back case 4 connected via a hinge 2. On the front case 3 side, a first display unit 5 composed of an LCD is provided, and below the first display unit 5, an item key group 6 and an on / off switch 8,
And a part key 7 are provided.

The selection key group 6 includes a montage creation key 6a, an OK key 6b, a search key 6c, a designated weight key 6d, a designated intake calorie key 6e, a comparison key 6f, and a registration key as shown in an enlarged manner in FIG. It is composed of a key 6g. The part key 7 includes a hairstyle key 7a, an eyebrow key 7b,
Eye key 7c, ear key 7d, mouth / nose key 7e, contour key 7
f, a two-hand key 7g, a torso key 7h, and a two-foot key 7i.

A second display unit 10 having a smaller display area than the first display unit 5 is provided on the back case 4 side, and numerical keys, alphabet keys, etc. are provided below the second display unit 9. Is provided.
The first display unit 5 having a large display area is used for displaying a montage and characters related thereto, and the second display unit 10 displays an instruction for operating the data input key 9, a display of a calculation result, and the like. Used for other indications.

FIG. 3 is a block diagram showing the overall configuration of the electronic organizer 1. The operation information of each key described above is input from the input unit 18 to the CPU 11 in this block diagram. The CPU 11 comprises a basic part pattern ROM 12
Based on the data stored in advance in the weight change part pattern ROM 13 and the data stored in the combined RAM 14 and the individual / montage RAM 15, all the controls necessary for the electronic organizer 1 are executed, and The display drive circuit 16 that drives the first and second display units 5 and 10 is controlled.

The basic type part pattern ROM 12 comprises:
As shown in FIG. 4, the montage data input unit 7
, Hairstyles corresponding to the keys 7a to 7i provided in
The part patterns of nine parts from eyes, mouth, nose to both feet are NO. 20 types from 1 to 20 are stored. On the other hand, as shown in FIG. 1 to NO. 20 for each column, -2
Part patterns are stored for every 5 kg from 0 to +20 (thus, 9 types). That is, the part pattern ROM 13 stores 20 × 9 = 180 types of part patterns in a matrix.
O. 1 to NO. In 20, rows (01) to 0 Kg
The part pattern stored in (20) is stored in the basic part pattern ROM 12 shown in FIG. 1 to N
O. These are the same as the outline part patterns up to 20.
Then, centering on the part patterns stored in the rows (01) to (20), a contour part pattern when the weight is reduced to −20 kg and a contour part pattern when the weight is increased to +20 kg are: Each column NO. 1 to
NO. At 20, every 5 kg is stored. Note that the NO. Is the + of (01)
5Kg part pattern No. Is (01 + 5), -20
Kg parts pattern No. (01-20), such as the basic part pattern NO. (01) to (20)
And the weight increase / decrease value of -20 to +20.

The personal / montage data RAM 15 is provided with a display register 151 as shown in FIG. 6, and has an item data area 152 for storing data for each of the items 1, 2,. Fifteen
3, a designated intake calorie area 154, a montage data area 155 for a designated weight value, a montage data area 156 for designated intake calories, and the like. The item data area 152 is further divided into a personal data area 157 and a montage data area 158. Personal data area 157
Stores a name, an address, a weight, a weight measurement date, a height, a height measurement date, and other predetermined items for each item. In the montage data area 158, each key 7a provided in the montage input unit 7 is stored. The data of the contour, hairstyle, eyes, etc. input by the operations of 7i to 7i are shown in FIG.
No. 20 part pattern No. Is stored.

The designated weight value area 153 stores the designated weight value input by operating the data input key 10 after operating the designated weight key 6c. The montage data area 155 for the designated weight value is stored in the designated weight value area 153. , When the weight of the person stored in the preselected items 1 to 50 is increased or decreased to the designated weight value. Is stored. The designated intake calorie area 154 stores the designated intake calorie input by operating the data input key 10 after operating the designated intake calorie key 6e. , Preselected items 1
No. 50 when the number of calories taken by the person stored in No. 50 is increased or decreased to the designated calorie intake. Is stored.

Next, the operation of the present embodiment according to the above configuration will be described with reference to the flowcharts shown in FIG. That is, FIG. 7 shows a general flow of the present embodiment. After performing input registration processing of personal data (name, weight, height, etc.) (SA1), montage creation / registration processing is performed (SA2), and A search / display process is executed (SA3). The input processing of personal data is performed according to the flow shown in FIG. 8, and it is first determined whether or not the data input key 9 has been operated (SB1). When the data input key 9 is operated, "name, address?" Is displayed on the second display section 10 (SB2), and it is determined whether or not these names are input (SB3). The loop of SB2 and SB3 is repeated until these data have been input. During this time, the user operates the data input keys 9 to input a name and the like.

When the name and the like have been entered,
Next, "weight, weight measurement date?" Is displayed (SB4),
Further, it is determined whether the weight and the weight measurement date have been input (SB5). Until these data are input, S
The loop of B4 and SB5 is repeated. During this time, the user similarly operates the data input keys 9 to input the weight and the weight measurement date. Also, at the time when these data are input, the display “Height, height measurement date?” Is displayed (SB
6) It is determined whether or not the height and the height measurement date have been input (SB7). Then, when such necessary data is inputted, it is determined whether or not the registration key 6g is operated (SB8), and at the time when the registration key 6g is operated, the data which has been inputted so far is personal / montage. It is stored in the personal data area 157 of the data RAM 15 (SB9).

The general flow montage data creation / registration processing (SA2) is performed according to the flow shown in FIGS. That is, the flow shown in FIG.
This is executed when the montage creation key 6a is operated (SC1). If the montage creation key 6a is operated, the basic type "01" is initialized to display the montage image of the person at the time of the initial setting. (SC2). Here, the basic type “01” refers to the NO. Of each part from the contour, hairstyle, eyes, mouth / nose, and both feet outside the figure shown in FIG. The part patterns NO.
Data. Therefore, NO.
All part patterns NO. 1 for one person, consisting of the outline stored in one row to both feet. The data is the montage data area 15 of the personal / montage data RAM 15
8 is stored in each part area.

Subsequently, a montage synthesis (SC3) is performed.
1 "set in the part pattern NO. Data or each part pattern No. stored in the montage data area 153. This is performed according to the flow shown in FIG. 10 based on the data.

That is, these part patterns NO. From the data, first, the contour part pattern NO. Is read (SD1), and the read contour part pattern NO. RAM that synthesizes part pattern data corresponding to
14 (SD2), and then the hairstyle part pattern N
O. Is read (SD3), and the read hairstyle part pattern NO. Is transferred to the synthesis RAM 14 (SD4). In addition, eyes, nose,
After performing the same processing for other parts such as the mouth and nose (SD5), the montage synthesized by the synthesis RAM 14 is displayed on the first display unit 5 (SD6). Therefore, at the time of the initial setting immediately after the operation of the above-mentioned montage creation key 6g, the first display unit 5 displays the NO. Each part pattern No. stored in one row. A whole-body basic montage composed of part pattern data corresponding to the data is displayed.

On the other hand, in SC4 following SC3 in FIG. 9, it is first determined whether or not the contour key 7f has been operated (SC4).
4) If the outline key 7f is operated, the part pattern number of the outline is determined. Is changed from the initially set “01” to “02” (SC5), and the above-described montage synthesis (SC3) is executed. Therefore, contour key 7
By sequentially operating f, only the part pattern of the outline in the whole body montage displayed on the first display unit 5 is sequentially changed each time. Therefore, since 20 types of outline part patterns are stored, by continuously operating the outline key 7f, 20 outlines in the whole body montage can be changed.

Then, when a part pattern having a contour most similar to the desired contour from among the 20 types is displayed on the first display section 5, when the hairstyle key 7a is operated next, the SC
6 is YES, and the hair part pattern N
O. Is changed (SC7), and the part pattern of the hairstyle in the whole body montage is changed. Also, since 20 types of hairstyle parts are stored, 20 patterns of hairstyle in the whole body montage can be changed by operating the hairstyle key 7a.

Similarly, the eye key 7c shown in FIG.
-The two-foot key 7j is operated, and a part pattern No. indicating a part pattern similar to each part of the creation subject is displayed. (SC8 to SC17), the whole body montage of the basic type person displayed first is changed to a whole body montage similar to the subject. Then, when a whole body montage similar to the subject is formed, the OK key 6b is operated. Then, the process proceeds from SC18 to SC19, and each part pattern No. is stored in the montage data area 158 of the item storing the name of the person to whom the personal data is inputted in the flow of FIG. Is stored.

The general flow search / display process (SA3) is performed according to the flowchart shown in FIG. That is, it is determined whether or not the search key 6c has been operated (SE1).
"Search word?" Is displayed on the display unit 10 (SE2). Then, according to the display, the user operates the data input key 9 to input one of the names of the personal data “A, B,...” Stored in the personal / montage data RAM 15 in advance, thereby inputting the search data. (S
E3). Next, the search data entered earlier in SE3 is
It is determined whether or not it matches any of the names of the personal data (SE4).

Then, the name input by key operation after matching the two data is stored in the personal / montage data RAM.
In the case of the personal data of No. 15, the corresponding personal data and montage data (part pattern No.) are read (SE5), and the read part pattern No. is read. RAM that synthesizes part pattern data corresponding to
14 (SE6). Next, personal data / montage data is displayed collectively based on the read personal data / montage data (SE7). Therefore, by the processing of SE7, as shown in FIG. 13A, the image MB1 of the montage of the instep A is displayed together with the address and the like of the name “A” registered in advance. It should be noted that only the montage data of each part constituting the face portion is stored in advance, and in this case, only the image of the face portion montage is displayed.

Next, it is determined whether or not the designated weight key 6d has been operated (SE8). If the designated weight key 6b has been operated, "What is the designated weight?" Is displayed (SE9).
It is determined whether or not a weight value has been input (SE10). Then, the user operates the data input keys 9 in accordance with the display, whereby the personal / montage data RAM is previously set.
When a designated weight different from the weight of the personal data stored in the memory 15 is input, the personal / montage data RAM1 is input.
The input weight value data is stored in the designated weight value area 153 of No. 5 (SE11 in FIG. 12).

Further, each part pattern No. corresponding to the input weight value. Is read and stored in the montage data area 155 at the designated weight value in the personal / montage data RAM 15 (SE12). That is, as illustrated in FIG. 6, the part pattern NO. "01""01"
Assuming that "03" was stored, +
It is assumed that 20 kg is input. Then, the part pattern No. of the contour corresponding to +20 kg is obtained. Is "01 + 20", and in this embodiment, since only the outline is changed in accordance with the weight, the part pattern No. Only the part patterns NO. “01 + 20”, “01”, “03”,... Are stored in the montage data area 155 at the designated weight.

Next, after reading each corresponding part pattern and transferring it to the combining RAM 14 (SE13), an image of the montage at the designated weight value is displayed on the first display unit 5 together with the designated weight value (SE14). . This SE
By the processing of 13 and SE14, the designated weight of the instep was +20.
When the weight is set to Kg, as shown in FIG. 13B, the image MB2 of the face montage when the current weight is increased by +20 Kg, an address, a name, and the like are displayed, and the designated weight is set to -20 Kg. In this case, as shown in FIG. 13C, an address, a name, and the like are displayed together with an image MB3 of the face montage when the weight is reduced by −20 kg from the current weight. At this time, the part pattern NO. Is also displayed, but as described above, the NO. Is 01 + 5, 01
+20, 01-20, etc., the basic part pattern NO. (01)-(20) and weight increase / decrease value-20
Because it is composed of a combination of 0 to +20,
In the case of +20 kg, the contour is 01 + 20 as in this example.
Is displayed.

Subsequently, it is determined whether or not the comparison key 6f has been operated (SE15). If the comparison key 6f has not been operated, the search / display processing is terminated. Therefore, when the comparison key 6f is not operated, only the image of the montage and the address etc. corresponding to the specified weight of the searched individual are displayed. However, when the comparison key 6f is operated, comments based on the designated weight value, images of each montage at the time of registration and at the designated weight are displayed collectively (SE16). This SE
When the designated weight of the instep is set to +20 kg by the processing of step 16, as shown in FIG. 14A, the first display unit 5 displays "Comment: When the body weight increases by 20 kg, your face becomes On the left side, an image MB1 of the montage at the time of registration is displayed, and on the right side, an image MB2 of the montage at the time of designated weight is displayed.

On the other hand, if the designated weight key 6d is not operated, the process proceeds from SE8 to SE17 in FIG. 11 to determine whether or not the designated intake calorie key 6e is operated.
When the designated intake calorie key 6e is operated, "What is the designated intake calorie?" Is displayed (SE18), and then it is determined whether or not a calorie is input (SE19). Then, when the user operates the data input key 9 according to the display and calories are input by this, the input calorie data is stored in the designated weight value area 153 of the personal / montage data RAM 15 (SE2 in FIG. 12).
0).

Further, each part pattern No. corresponding to the input calorie. Is read and stored in the montage data area 156 at the time of designated calorie intake in the personal / montage data RAM 15 (SE21). That is, as illustrated in FIG. 6, the part pattern NO. "0
.., “01”, “03”,... Are stored, and the part pattern NO. Is "01 + 20", the contour part pattern No. Has been changed, and the contour, hairstyle and eye part pattern NO. "01 + 20""01""03" ...
Is stored in the montage data area 155 at the time of designated calorie intake.

Next, after reading each corresponding part pattern and transferring it to the synthesis RAM 14 (SE22), an image of the montage at the time of designated calorie intake is displayed on the first display unit 5 together with designated calorie intake (SE2).
3). By the processing of SE22 and SE23, the montage, the address, the name, and the like in the case where Party A has ingested the designated intake calorie are displayed on the first display section 5.

Subsequently, it is determined whether or not the comparison key 6f has been operated (SE24). If not, the search / display processing is terminated. Therefore, in a state where the comparison key 6f is not operated after the designated calorie key 6e is operated, only the montage image and the address etc. corresponding to the searched individual's designated intake calorie are displayed. However, when the comparison key 6f is operated, a comment based on the designated calorie intake, and each montage at the time of registration and at the time of designated calorie intake are collectively displayed (SE25). This SE
By the processing of No. 25, the designated calorie intake of the instep was reduced to “−100”.
In the case of "calories", as shown in FIG. 14 (B) in the first display section 5, "comment: If you reduce 100 calories every day, your face will change from left to right." Along with the display, a montage image MB1 at the time of registration is displayed on the left side, and an image of the montage MB3 at the time of designated calorie intake is displayed on the right side.

That is, in the present embodiment, the first montage creating means for creating the first montage representing the first face or body shape by combining the part patterns of each part, and the body data relating to the body of the living body The first montage created by the first montage creating means is changed according to the body data set by the body data setting means, and the second montage is created by the first montage creating means. A second montage creating means for creating; and a display means for displaying a second montage representing a corresponding first face or body shape based on the second montage created by the second montage creating means. ing. Here, the body data set by the body data setting means is, for example, weight value data or height value data of a living body (human, animal, alien, etc.). The weight value data is the actual weight value data of the living organism or weight value data to be added to or subtracted from the actual weight value of the living organism, and the height value data is the actual height of the living organism. This is value data or weight value data to be added to or subtracted from the actual height value of the living organism. Further, in the present embodiment, a first montage data creating means for creating first montage data of a face or body shape at a first weight,
Weight specifying means for specifying a second weight different from the weight of
Second montage data for changing the first montage data in accordance with the second weight specified by the weight specifying means and creating second montage data of a face or body shape corresponding to the second weight; And a display unit for displaying the face or body shape at the second weight based on the second montage data created by the second montage data creating unit. Further, in this embodiment, for each part constituting the face or body shape, a part pattern storage means for storing a plurality of types of part patterns representing the shape of each part,
A first selection unit for selecting, for each of the parts, a part pattern corresponding to a face or body shape at a first weight from a plurality of types of part patterns stored in the part pattern storage unit; Weight designation means for designating a second weight different from the weight of the part, and a second weight corresponding to the part pattern selected by the first selection means in response to the designation by the second weight designation means. A second selecting means for selecting a part pattern from the plurality of types of part patterns for each of the parts; and a face or a face at the second weight based on the part pattern selected by the second selecting means. Display means for displaying a body shape. Therefore, according to the present embodiment, the first montage created by the first montage creating means is changed according to the body data set by the body data setting means, and the second montage is created. A second montage is created by the second creating means, and a second montage representing the corresponding first face or body shape is displayed on the display means based on the second montage created by the second creating means. Therefore, according to the body data set by the body data setting means, a predicted face or a predicted body shape corresponding to the body data is displayed. Therefore, a person who is able to quickly and easily display a predicted face or a predicted body shape (second montage) corresponding to the body data, and is therefore trying to diet.
For those who want to gain weight or who want to know what the proportions of their whole body are when their height is increased, it is possible to display the expected face and body shape which is extremely helpful. Further, according to the present embodiment, after the first montage data creating means creates the first montage data of the face or body shape at the time of the first weight, the second weight different from the first weight is created by the weight specifying means. Specify weight. Then, the second montage creating means changes the first montage data according to the designated second weight, and creates second montage data of a face or body shape corresponding to the second weight. . Then, the display means displays the face or body shape at the time of the second weight based on the second montage data created by the second montage data creation means. Therefore, for example, after the first montage data of the subject's face or body shape is created using the current weight of the subject as the first weight, the weight reduced or increased from the current weight is calculated as the second weight. By designating as the weight, the display means displays the expected face or body shape when the subject becomes lean or obese. Therefore, by designating the second weight, it is possible to visually recognize the expected face or body shape when the weight is increased or decreased,
Thus, a display that is extremely interesting for a person who is trying to diet and others can be displayed by an easy operation, and a display that can be an effective stimulus for a successful diet. According to the present embodiment, after the part pattern corresponding to the face or body shape at the first weight is selected for each of the parts by the first selecting means, the weight designating means selects a part pattern different from the first weight. Specify the weight of 2. Then, the second selecting means selects a part pattern at a second weight corresponding to the part pattern selected by the first selecting means, for each of the parts from the plurality of types of part patterns.
Therefore, similarly, after selecting the part pattern constituting the face or body shape of the subject with the current weight of the subject as the first weight, the weight reduced or increased from the current weight is set as the second weight. By specifying as weight
The display means displays an expected face or body shape when the subject becomes lean or obese. That is, in the present embodiment, after the part pattern corresponding to the face or body shape at the first weight is selected for each part, when the second weight is specified by the weight specifying means, the previously selected part pattern is selected. The part pattern corresponding to the second weight is selected for each part from a plurality of types of part patterns. Therefore, it is possible to display an expected face or body shape when the weight is increased or decreased by the process of selecting a part pattern whose processing content is simple without complicated image processing control.

In the above-described embodiment, the display unit constituted by the LCD is exemplified as the display unit. However, the present invention is not limited to this example, and the display unit includes a unit for performing display by printing.

In the above-described embodiment, the body weight data is used as the body data to be set, and a predicted face or body shape corresponding to the body weight data is created and displayed based on the body weight data. However, a predicted face or a predicted body shape corresponding to the height value data may be created and displayed based on the height value data using other body data, for example, height value data.

[0040]

As described above, claims 1 and 14 are described.
According to the described invention, at least a part of the first living body image representing the face or body shape of the currently displayed living body is changed according to the value of the input calorie data,
The changed living body image can be displayed on the display means as the second living body image. For this reason, according to the value of the input calorie data, it is possible to display the living body image after at least a part of the living body image representing the current face or body shape is changed, so that the input calorie of the current face or body shape is displayed. The display state before and after the change according to the data can be reliably and easily visually recognized. In addition, since the input calorie data is also displayed, not only can the input calorie data be confirmed, but also the correspondence between the input calorie data and the changed image becomes clear. Thus, a display that is extremely interesting for a person who is trying to diet and others can be displayed by an easy operation, and a display that can be an effective stimulus for a successful diet.

According to the second and fifteenth aspects of the present invention, since the weight value data is displayed, the correspondence between the weight and the changed image is clear, which is useful for a person who wants to be thin or fat. In the display mode, a predicted face or body shape when the weight is increased or decreased can be displayed.

In addition, in the invention described in other claims, since the name data is also displayed, the correspondence between the changed image and the individual is clarified, and the comment is also displayed. From this, it becomes clear what state the changed image corresponds to. Since the calorie data is intake calorie data, it can be used for good calorie control and ideal calorie control. Further, since the weight value data is the actual weight value of the corresponding person or the like, it is possible to add reality to the changed image, and it is possible to add a realistic image because the life image is human, animal, or alien. It is possible to display not only a changed image of a realistic creature but also a changed image according to the intake calories and weight of the virtual creature. In addition, since the living body image is composed of a combination of a plurality of partial images, a changed image can be displayed by selecting a partial image whose processing content is simple without complicated image processing control. In addition, since the display control means and the storage means, the display means, and the display means are connected in advance, the apparatus can be simply integrated. Further, since the input means is a key, an input operation can be easily performed, and an image can be changed by an easy operation. Further, since the displayed body shape is the whole body from the head to the feet, a change in the proportions of the whole body can be shown by the changed image. further,
The display means, the display control means, the storage means, and the input means are provided in a portable device carried by the user, so that the portable device becomes portable and can be changed at any time and place, for example, before a meal. Can be displayed, whereby the display can be performed at an effective timing for a successful diet.

[Brief description of the drawings]

FIG. 1 is a plan view of an electronic organizer to which an embodiment of the present invention has been applied.

FIG. 2 is an enlarged view of a main part of the electronic organizer.

FIG. 3 is a block diagram showing an overall configuration of the present embodiment.

FIG. 4 is a schematic diagram showing a storage state of a basic part pattern ROM.

FIG. 5 is a schematic diagram showing a storage state of a weight change part pattern ROM.

FIG. 6 is a schematic diagram showing a storage state of a personal / montage data RAM.

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

FIG. 8 is a flowchart showing the contents of an input registration process for personal data.

FIG. 9 is a flowchart illustrating the contents of a montage creation / registration process.

FIG. 10 is a flowchart showing processing contents of data synthesis.

FIG. 11 is a flowchart showing the contents of a search / display process.

FIG. 12 is a flowchart following FIG. 11;

FIG. 13 is a diagram illustrating a display example when a designated weight key or a designated intake calorie key is operated.

FIG. 14 is a diagram illustrating a display example when a comparison key is operated.

[Explanation of symbols]

 5 First display section 6 Item key group 6a Montage creation key 6d Designated weight key 6e Designated intake calorie key 7 Site key 9 Data input key 11 CPU 12 Basic pattern pattern ROM 13 Weight increase / decrease pattern pattern ROM 14 Synthetic RAM 15 Personal and montage data RAM

Claims (23)

[Claims] A first storage means for storing a first living body image representing a predetermined face or body shape of a living body; a display means for displaying the living body image and calorie data; First display control means for controlling the first living body image stored in the first storage means to be displayed on the display means; calorie data input means for inputting calorie data; Second storage means for storing the calorie data input by the data input means; second display control means for controlling the calorie data stored in the second storage means to be displayed on the display means; Changing at least a part of the first living body image displayed on the display means in accordance with the value of the calorie data input by the calorie data input means; A third control unit that controls the display unit to display the biological image at least partially changed as the second biological image;
An image display control device, comprising: a display control unit. 2. A first storage means for storing a first living body image representing a predetermined face or body shape of a living body, and a display means for displaying the living body image and weight value data. A first display control unit for controlling the first living body image and its weight value data stored in the first storage unit to be displayed on the display unit; and a first display image displayed on the display unit. Weight value data input means for inputting weight value data used to change and control at least a part of the first living body image; and weight value data input by the weight value data input means are stored. And changing at least a part of the first living body image displayed on the display means according to the value of the weight value data stored in the second storage means. This at least Parts image display control device, wherein a provided with a second display control means controls to display on the display means a modified organism image as the second organism image. 3. The apparatus further comprises: name input means for inputting name data of the first living body image; and third storage means for storing name data input by the name input means. The first display control means controls the display means to display name data stored in the third storage means in addition to the first living body image. Or the image display control device according to 2. 4. An operating means operated by a user, and when the operating means is operated, a comment on a change of each of the first and second living body images is displayed on the display means. 3. An image display control device according to claim 1, further comprising: comment display control means for controlling the image display control. 5. The image display control device according to claim 1, wherein the calorie data is intake calorie data. 6. The weight value data according to claim 2, wherein the weight value data is an actual weight value corresponding to the living body image or a weight value obtained by adding or subtracting the weight value from the actual weight value.
An image display control device as described in the above. 7. The image display control device according to claim 1, wherein the living body image is an image of a living body including a human, an animal, and an alien. 8. The image display control device according to claim 1, wherein the living body image includes a combination of a plurality of partial images. 9. The image display control device according to claim 1, wherein said display control means is connected in advance to said storage means, said display means, and said input means. 10. The image display control device according to claim 1, wherein said input means is a key. 11. The image display control device according to claim 1, wherein the body shape is a whole body from a head to a foot. 12. The image display control device according to claim 1, wherein at least a part of the living body image is all or a part of a face or a body shape. 13. The device according to claim 1, wherein the display unit, the display control unit, the storage unit, and the input unit are provided in a portable device carried by a user. Image display control device. 14. A first storage means in which a first living body image representing a predetermined face or body shape of a living body is stored, and said first living body image stored is controlled. A first display control step for controlling the display to display on the display means, a calorie data input step for inputting calorie data, and storing the calorie data input in the calorie data input step in the second storage means. A storage processing step; a second display control step of controlling the calorie data stored in the second storage means to be displayed on the display means; and a first living body image displayed on the display means. Is changed according to the value of the calorie data input in the calorie data input step, and at least a part thereof is changed. The image display control method for a third display control step of controlling so that organism image to be displayed on said display means as a second organism image, comprising the. 15. Controlling a first storage means for storing a first living body image representing a predetermined face or shape of a living body and weight value data thereof, and A first display control step of controlling the first living body image and its weight value data to be displayed on the display means; and at least a part of the first living body image displayed on the display means. A weight value data input step of inputting weight value data used for controlling the change; a storage processing step of storing the weight value data input in the weight value data input step in a second storage means; Is changed according to the value of the weight value data stored in the second storage means, and at least a part of the first living body image displayed in the second storage means is changed. A second display control step of controlling the display means to display the further image of the living body as a second living body image. 16. A name input step for inputting name data of the first living body image, and a storage processing step for storing the name data input in the name input step in a third storage means. In the first display control step, control is performed such that name data stored in the third storage means is displayed on the display means in addition to the first living body image. Item 16. The image display control method according to Item 14 or 15. 17. A comment display for controlling a comment on a change of each of the first and second living body images to be displayed on the display means when an operation means operated by a user is operated. The method according to claim 14, further comprising a control step.
Or the image display control method according to 15. 18. The method according to claim 14, wherein the calorie data is calorie intake data. 19. The weight value data according to claim 15, wherein the weight value data is an actual weight value of a person corresponding to the living body image or a weight value added or subtracted from the actual weight value. Image display method. 20. The image display control method according to claim 14, wherein the living body image is an image of a living body including a human, an animal, and an alien. 21. The image display control method according to claim 14, wherein the living body image includes a combination of a plurality of partial images. 22. The image display control method according to claim 14, wherein the body shape is a whole body from a head to a foot. 23. The image display control method according to claim 14, wherein at least a part of the living body image is all or a part of a face or a body shape.