JPH1173519A - Display device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display device that at once takes characteristics of plural faces or figures into account and can display a synthesized face or figure. SOLUTION: Pattern data of faces of plural synthesized subject by their component are made to be stored in a RAM in advance. Then, by operating a synthesized subject key set in a group of selection keys 6 and selecting two synthesized subjects, these two subjects are displayed on the first display part 5. Moreover, when an infant key set in the group of selection keys 6 is operated, a face of an infant that combines patterns of each parts of the two is displayed in the second display part 9. In the infant displayed on this second display part 9, it becomes the one which has characteristics of each synthesized subject because it combines pattern data in each part of the face of the synthesized subject.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a display device for synthesizing and displaying a face or body shape.

[0002]

2. Description of the Related Art Heretofore, a device called a montage creating device has been known as a device for synthesizing and displaying a portrait. This montage creator uses eyes, nose, mouth, eyebrows,
It has a part memory in which a plurality of types of parts, such as contours and hairstyles, are stored, and individual parts are selectively called out from the part memory and synthesized and displayed on a display unit to create an arbitrary face.

[0003]

As described above, in the conventional montage apparatus, an arbitrary face is created by selectively combining individual parts. Therefore, for example, when combining the faces of a lover or a couple to create a child's face born between them, there is no other way than to selectively combine individual parts in the same manner. Therefore, it is not possible to quickly combine the two faces, and since the creator must select the parts themselves, the characteristic parts of both faces are not always selected. It is not possible to create a composite face that takes into account facial features.

The present invention has been made in view of such conventional problems, and provides a display device capable of displaying a synthesized face or body shape while taking into account a plurality of face or body shape features. The purpose is to do so.

[0005]

According to an aspect of the present invention, there is provided a storage means for storing a plurality of faces or body shapes each comprising a combination of part patterns for each part. A part pattern selecting means for selecting each part pattern stored in the means one by one for each part, and a part pattern for each part selected by the part pattern selecting means are combined to form one composite face or composite figure And a control means for displaying one synthesized face or synthesized body shape created by the generating means.

In the present invention, each part pattern stored in the storage means is selected one by one for each part by the part pattern selection means. The part patterns for each of the parts selected by the part pattern selecting means are combined by the creating means, whereby one combined face or combined figure is created. The one synthesized face or synthesized body shape created by the creation means is displayed by the control means.

According to a second aspect of the present invention, there is provided a storage means for storing a plurality of faces or body shapes each comprising a combination of part patterns for each part, a synthesis rate setting means for setting a synthesis rate, and a synthesis rate setting means. A part pattern ratio determining unit that determines a selection ratio of a part pattern of each part with respect to a plurality of faces or body shapes stored in the storage unit according to the combination ratio set by the setting unit; and a part pattern ratio determining unit. Creating means for creating one combined face or combined body shape with a combination of part patterns of each part according to the ratio determined by: and control means for displaying one combined face or combined body shape created by the creating means It has.

According to the present invention, the selection ratio of the part pattern of each part for a plurality of faces or body shapes stored in the storage means is determined by the part pattern ratio determination means according to the synthesis ratio set by the synthesis ratio setting means. decide.
Then, one combined face or combined body shape is created by the creating unit by combining the part patterns for each part according to the ratio determined by the part pattern ratio determining unit. The one synthesized face or synthesized body shape created by the creation means is displayed by the control means.

According to a third aspect of the present invention, there is provided a pattern data storage means for storing a plurality of types of pattern data for each part constituting a face or a body shape, and a plurality of types of pattern data stored in the pattern data storage means. Combining pattern data selecting means for selecting pattern data for each part and a plurality of pattern data groups consisting of pattern data for each part selected by the pattern data selecting means to generate composite face data or composite body shape data And a display means for displaying a synthesized face or a synthesized figure based on the synthesized face data or synthesized figure data generated by the synthesized data generating means.

In the present invention, the pattern data selecting means selects the pattern data for each part constituting the face or body shape. Therefore, the face or body shape is constituted by the pattern data group selected by the pattern data selection means. Then, when the pattern data constituting the face or body shape is selected as described above, the combined data generation means generates combined face data or combined body shape data by a combination of pattern groups, for example, a combination of two sets of pattern data groups. Therefore, the display means performs display based on the generated synthetic face data or synthetic body shape data, so that a synthetic face in which a plurality of types of face features are added or a combined body in which a plurality of types of body features are added is formed. Is displayed.

[0011]

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 site key 7 are provided. The selection key group 6
2, the personal key 6a, the synthetic key 6b, the search key 6c, the synthetic ratio key 6d, the blood type key 6e, the synthesizer key 6f, the random number key 6g, the site selection key 6h, the infant Key 6i, genetic key 6j, and registration key 6
k. The part key 7 is a hairstyle key 7
a, eyebrow key 7b, eye key 7c, ear key 7d, nose key 7
e, a contour key 7f, a mouth key 7g, a two-hand key 7h, a clothing key 7i, and a two-foot key 7j. A second display unit 9 having a smaller display area than the first display unit 5 is provided on the back case 4 side, and data including numerical keys and alphabet keys are provided below the second display unit 9. An input key 10 is provided.

FIG. 3 is a block diagram showing the overall circuit configuration of the electronic organizer 1. The operation information of each key described above is input to the CPU 11 from the input unit 18 in this block diagram. The CPU 11 executes all controls necessary for the electronic notebook 1 based on a program stored in the ROM 12, data stored in the work RAM 13, random numbers generated by the random number generation circuit 14, and the like. A display drive circuit 15 for driving the first and second display units 5 and 9 is controlled.

The ROM 12 comprises a program ROM 12a for storing the program, a basic part pattern ROM 16 for storing a partial image which is basic part pattern data, and an infant part pattern ROM 17 for storing infant part pattern data. ing.
As shown in FIG. 4, the basic part pattern ROM 16 stores contours, hairstyles, eyes.
Partial images, which are part pattern data of 10 parts such as both feet, are stored in 50 types of addresses 01 to 50, respectively. As shown in FIG. 5, the infant part pattern ROM 16 also has contours corresponding to the respective part switches 7,
Partial images, which are part pattern data of hairstyles, clothes, etc., are stored for each of 50 types of addresses 01 to 50.

As shown in FIG. 6, the RAM 13 is provided with a display register 130, a work area 131 for data synthesis, an area 132 for montage synthesis, and an area 133 for reduced synthesis. Further, in the RAM 13, a personal data area 134 for storing personal data of 50 persons in items 1 to 50 and a montage part pattern N0. Montage parts pattern N0. An area 135 is provided. In the personal data area 134 of each item, the data input key 10
, The name, the address, the telephone, and the age entered are stored, and the montage parts pattern N0. Area 135
The data of the eyebrows, eyes, etc. input by operating the region key 7 are stored in the part patterns Nos. 01 to 50 shown in FIG. Is stored. In addition, the last item “5
0 ", an infant data area 136 is provided. The infant data area 136 is also associated with the personal data area 134 and the montage parts pattern N0.
It is divided into an area 135.

At the address next to the infant data area 136, a selected part storage area 137 is provided, and the selected part storage area 137 is stored in the first participant area 1
38 and a second area 139 for the person to be synthesized. The areas 138 and 139 for both synthesized persons include eyebrows,
In correspondence with each of 10 kinds of parts patterns such as eyes, contours, etc.
It is composed of 10 bits. When each bit is “1”, it indicates that the part pattern data of the person to be combined is used at the time of combination, and when each bit is “0”, the part pattern data of the person to be combined is used. Indicates that no data is used.

Therefore, for example, as shown in the drawing, the first person to be synthesized is "1" and the second person to be synthesized is "0". This indicates that the contour part pattern data is to be adopted, and the nose is “0” for the first person to be synthesized and “1” for the second person to be synthesized. This indicates that part pattern data of the nose of the person to be synthesized is adopted. Therefore, when the face of the first person to be combined and the face of the second person to be combined are combined, the more “1” s, the more part patterns of the combined person are adopted, and the combined person Will be similar to the person to be synthesized with more “1”.

Next, the operation of this embodiment according to the above configuration will be described with reference to the flowcharts shown in FIG. That is, FIG. 7 is a general flow of the present embodiment, in which personal data input / registration processing is first executed (SA1). This input / registration processing is executed in accordance with the flow shown in FIG. 8 on condition that the personal key 60 is turned on (SB1). If the personal key 6a is turned on, it is determined whether or not personal data has been input by operating the data input key 10 (SB2). If personal data has been input, the input personal data is displayed. 6 is written to the personal data area 134 of the RM 13 (SB3).

Thereafter, it is determined whether or not the registration key 6k is turned on (SB4), and the loop from SB2 to SB4 is repeated until the registration key 6k is turned on. Therefore, by operating the data input key 10 during that time,
When a name, an address, a telephone number, and an age are input, each input data is written in any of the items 1 to 50 shown in FIG. 6 which are preset at this time. When the input of the data to be written in the items such as name, address, telephone number, age, etc. is completed, the registration key 6k is operated to return from the flow of FIG. 8 to the general flow of FIG.

In the general flow of FIG. 7, in SA2 following SA1, the subject montage creation / registration processing is executed. This synthesizing person montage creation / registration processing is performed according to the flow shown in FIG.
It is executed on condition that f is operated (SC1). When the user key 6f is operated, the part pattern No. corresponding to the basic part pattern in the basic part pattern ROM 16 is read. Are set (SC2). Here, the basic type part pattern NO.
“01” means “contour” of “1” of the portion shown in FIG.
The part pattern No. stored in the 01 column up to “both feet” of the part “10”. Data, so this SC
In the process of step No. 2, each part pattern No. of the whole body for one person composed of ten types from "outline" of "1" to "both feet" of "10" stored in the 01 column. Data is RA
Montage parts pattern NO. Area 13
5 is stored and set.

Subsequently, a data synthesizing process (SC3) is executed. This data synthesizing process is performed according to the flow shown in FIG. That is, the aforementioned montage parts pattern NO. Each part pattern No. set in area 135 First, the contour part pattern No. (In this case, “01”) is read (SD1), and the read contour part pattern NO.
The part pattern data corresponding to "01"
3 to the montage synthesis area 132 (SD
2) Next, the hairstyle part pattern No. Is read (SD3), and the read hairstyle part pattern NO. Is transferred to the montage synthesis area 132 (SD4). Further, the same processing is performed on other parts such as eyes, nose, mouth, etc. (SD5), and the image synthesized in the montage synthesis area 132 is displayed on the first display unit 5 (SD6). Therefore, by the processing of SD6, the first display unit 5 displays the information shown in FIG.
Each of the part patterns NO. Stored in the 01 column from the “outline” of the part “1” to the “both feet” of the part “10”. Is displayed as a basic image of the whole body composed of the part pattern data corresponding to.

On the other hand, in SC4 following SC3 in FIG. 9, it is determined whether or not the outline key 7b has been operated (SC4). If the outline key 7b has been operated, the part pattern NO. Is "02" from "01" which is initially set
Is stored in the contour area of the RAM 13 and then the data synthesizing process (SC
Execute 3). Therefore, each time the outline key 7b is operated, the part pattern No. of the outline “01” in the whole body image displayed on the first display unit 5 is displayed each time. From the part pattern corresponding to the part pattern NO. Is changed to the part pattern corresponding to “02” and displayed. In this case, since 50 types of outline part patterns are stored, by continuously operating the outline key 7b, the outline of the whole body image can be changed and displayed by 50 patterns. Then, when the contour most similar to the actual face and body shape of the synthesized person from among the 50 types is displayed on the first display unit 5, when the hairstyle key 7c is operated next, the determination of SC6 becomes YES. And the hairstyle part pattern NO. Is simultaneously changed from "01" to "02" (SD7), and the hairstyle in the whole body image is changed and displayed to the corresponding hairstyle. In this case, since 50 types of hairstyle part patterns are also stored, the hairstyle of the whole body image can be changed and displayed for 50 patterns by operating the hairstyle key 7c.

Similarly, the eye key 7d shown in FIG.
-The two-foot key 7j is operated to obtain a part number corresponding to a part pattern similar to each part pattern constituting the actual face and body shape of the person to be synthesized. Is changed from the first displayed full-body image to a whole-body image similar to the subject. Then, when a full-body image similar to the synthesized person is displayed, the OK key ("O"
K ". ). Then, the process proceeds from SC16 to SC17, where the montage part pattern No. of the item in which the name of the person to whom the personal data has been inputted in the flow of FIG. In the area 135, each of the part patterns NO. Is stored. In FIG. 6, "None" written in the area of both hands and both feet means
Without operating the two-hand key 7h and the two-foot key 7j,
In this case, the user operates the K key. In this case, the other part patterns except for the two-hand part pattern and the two-foot part pattern are used. Only is stored.

By executing the above-described synthesizing person montage creation / registration processing (steps SC1 to SC17) at least twice, a montage of at least two synthesizing persons is created and registered. In this embodiment, the montage data of 50 synthesizers is stored and registered in the RAM 13 together with the personal data.

On the other hand, in the general flow of FIG.
In SA3 following A2, infant montage creation / registration processing is executed. This infant montage creation / registration processing is performed according to the flow shown in FIG.
Is executed on condition that is turned on (SE
1). When the infant key 6i is operated, SE
The determination processing of 2 to SE15 is executed. This SE2-SE
Although the determination processing of No. 15 is the same in content as the flow of FIG. 9 described above, in this embodiment, the part pattern of the part where the characteristic of the infant is most remarkable is designated by operating the part key dedicated to the infant, Other parts are designated by operation of the part keys for the person to be synthesized, and the keys to be operated when creating the face and body shape of the infant are the outline key 7 f and the hairstyle key 7.
a, the clothes key 7i, the two-hand key 7h, and the two-foot key 7j. According to the flow of FIG. 11, the montage creation / registration processing of the synthesizer shown in FIG. 9 described above is executed, so that the contour, hairstyle, and clothing finally determined from the first displayed full-body image of the basic type are displayed. , Each part pattern No. constituting the whole body image excluding the eyes, nose and mouth consisting of both hands and both feet. Are stored in the infant data area 136 of FIG.

Further, in the general flow of FIG.
In SA4 following SA3, a montage synthesis process is performed. This montage synthesis processing is executed on the condition that the synthesis key 6b is turned on by a series of flows shown in FIGS. 12 and 13 (SF1). When the composite key 6b is turned on, a display of "personal search word?" Is displayed on the first display unit 5 (SF2). Then, according to the display, the user of the electronic organizer 1 follows the name of the personal data stored in advance in the RAM 13 such as “A, B, C,.
・ Enter the same name as the data entry key 1
0 is input as search data (SF
3). Next, it is determined whether or not the search key 6c has been operated (SF4).
It is determined whether or not the name of the search data input in F3 matches any of the names of the personal data (SF
5).

If the two data match and the name input by operating the data input key 10 is found in the personal data in the RAM 13, the corresponding personal data / parts pattern No. Is read (SF6), and the personal data and each part pattern NO. Are displayed and "n-th person being searched" is displayed (SF7). Therefore, when the user operates the data input key 10 to input, for example, the name of “A”, in addition to the name, address, telephone, and age of the instep, each part pattern constituting the face and body shape of the instep is displayed. Corresponding part pattern No. "01,02 ... 04,01, ..."
Are displayed collectively, and “first person searching” is displayed on the first display unit 5.

Next, after n is counted up (SF
8), a site selection / registration process is executed (SF9). This part selection / registration processing is performed according to the flow shown in FIG.
SG1, SG4, SG7, and SG10 each have a random number key 6
g, site selection key 6h, composite ratio key 6d, genetic key 6
This is executed on condition that any one of the i or blood type key 6e is turned on. First, random key 6g
Is turned on (YES in SG1), the random number generation circuit 14 is operated to randomly generate a random number "1" or "0" for each part (in this case, 10) (SG2). ). First and second recipients area 13
The generated "1" or "0" is sequentially stored for each of ten region areas such as 8,139 "contours", "hairstyles"... (SG3). In this case, in each part area of the first and second to-be-combined persons areas 138 and 139,
When "1" is stored in one of the areas, "0" is automatically stored in the other area. This is for preventing each part pattern of each person to be combined from overlapping in the same part.

When the part selection key 6h is turned on without operating the random number key 6g (SG4 is set to YE
S) In the next step, it is determined whether or not each of the part keys 7a to 7i has been operated (SG5).
In G5, when it is determined that the predetermined part storage 7a to 7i has been operated, the first synthesized person area 13
8, "1" is stored in the area of the part corresponding to the operated part keys 7a to 7i (SG6). in this case,
When the user operates any of the part keys 7a to 7i, "1" is stored only in the area of the part specified by the operation. That is, for example, when the outline key 7b is turned on, first, the first
When 1 is stored in the contour area 8 and the hairstyle key 7a is turned on, 1 is stored in the hairstyle area. “0” is stored in an area such as a contour corresponding to the area 139.

When the composition ratio key 6d is operated without operating the site selection key 6h (YES in SG7), the data input key 10 is operated in the next step.
It is determined whether or not the numeric key provided in the first key area is operated (SG8). If the numeric key is operated, the first area 138 for the person to be synthesized and the numerical value input by the operation of the numeric key are determined. “1” is stored in one part area of the second to-be-combined person area 139 (SG9). For example, if the numerical value of “50” is input by operating the numeric keypad in order to set the composition ratio of the first person to be combined and the second person to be combined to be 50%, respectively, the first and second persons are combined. The same number of "1" s are added to each part area of the synthesizer areas 138 and 139.
Is stored. When the numeric values of “80” and “20” are input by operating the numeric keypad for the combination ratio of 80% and 20%, “80” is added to each part area of the first combined person area 138. Is stored in each part area of the second combined person area 139, the number of "1" corresponding to "20" is stored. in this case,
“0” is stored in another part area corresponding to the part area in which “1” is stored.

Further, when the genetic key 6j or the blood type key 6e is operated without operating the composition ratio key 6d, in the next step, the respective region keys 7a to 7e are operated.
It is determined whether or not i has been operated (SG11). In the first to-be-combined person area 138, the operated part key 7
Corresponding to a to 7i, "1" is stored in one of the first combined area 138 and the second combined area 139 (SG12). That is, the genetic key 6j
Alternatively, when the blood type key 6e is operated, the probability data according to the genetic law or the blood type is stored in the area of the site arbitrarily selected by the user by operating the site keys 7a to 7i. Is stored in advance.) "1" or "0" is stored in accordance with

On the other hand, in SF10 following SF9 in FIG. 12, it is determined whether or not n = 2. If n = 2, the processing determination from SF2 is executed again. Therefore, in this embodiment, the second person to be synthesized is selected by the time n = 2, and the newly selected second person to be synthesized is also selected as shown in FIG.
Is executed. Therefore, when the random number key 6g is turned on, "1" or "0" is stored in the remaining five bits of the first and second to-be-combined areas 138, 139, and the part selection key 6h is operated. Then, the region key 7 is displayed in the second area 139 for the person to be synthesized.
“1” is stored in the area of the site selected by the operations a to 7i.

Then, when n = 2 and two to-be-synthesized persons are selected, the display of "completion of the to-be-synthesized person" is displayed on the first display unit 5 (SF11), and FIG. SF1
Proceed to 2. In SF12, it is determined whether or not the infant key 6i is operated. If the infant key 6i is operated, the part pattern number (contour, hairstyle, clothes, etc.) of the infant stored in the infant data area 136 is determined. read. Further, of the part areas other than the part area of the infant, the part pattern number of the part area in which “1” is stored by the part selection is read (SF14).

That is, in the example shown in FIG. 6, in the part area of the infant data area 136, 01, 01, and 01 are stored only in the outline, hairstyle, and clothing areas, and in other part areas. Does not store the part pattern number. On the other hand, at this time, the first and second synthesized persons have already been determined, and 1 or 0 is stored in each of the first and second synthesized person areas 138 and 139. . Therefore, the outline, hairstyle, and the like where 01, 01, 01 of the infant data area are stored.
Other parts area, such as eyebrows, eyes, etc.
One of the first and second areas 138, 139 for the person to be synthesized
The part pattern number of the person to be synthesized corresponding to the part area in which is stored is read.

Therefore, in the case of the example shown in FIG.
In the area 138 for the synthesized person, "1" is stored in the "eyebrows", "eyes", "clothes", and "both hands", but "01" is stored in the infant area for "clothes".
The part pattern number of the clothes is not read and "eyebrows"
The part pattern numbers of “eyes” and “both hands” are read.
At this time, if the first synthesized person is “Hei”, the part pattern numbers of the “Eyebrows”, “Eyes” and “Both hands” of Hei are
Since they are "10", "11", and "30", these part pattern numbers are read. In addition, in the second area 138 for a person to be synthesized, “contour”, “hairstyle”
"1" is stored in "Both feet", but "Outline" and "Hairstyle"
Since “01” is stored in the infant area, the part pattern numbers of the outline and the hairstyle are not read, but the part pattern numbers of “both feet” are read. At this time, if the first person to be synthesized is “bo”, since the part pattern number of “both feet” of “bo” is “20”, this part pattern number is read.

That is, at this time, within the range shown in FIG. 6, the first synthesized person (He): 10 (eyebrows) 11 (eyes) 30 (both hands) The second synthesized person (Bo): 20 (Both feet) Infant: Each part pattern number of 01 (contour) 01 (hairstyle) 01 (clothes) is obtained.

Next, based on these part pattern numbers, a combined parent image is generated (SF1).
5) The generation of the synthesized parent image is performed in the montage synthesis area 132 of the RAM 5. Continued
Read age data of infant (SF16), synthetic RAM
The infant image in the (montage composition area 132) is converted into an infant image of a size (reduction) according to the age (SF
17). Note that the conversion of the infant image is performed in the reduced composition area 133 of the RAM 5.

If the infant key 6i has not been operated, the flow advances from SF13 to SF19 to determine whether or not the composite key 6b has been operated (SF18). Then, when the synthesis key 6b is operated, the part pattern number of the part area in which "1" is stored by the part selection among the respective part airs of the first and second to-be-combined areas 138 and 139. Is read (SF19).

That is, in the case of the example shown in FIG. 6, "eyebrows", "eyes", and "clothes"
"1" is stored in "both hands", and "1" is stored in "outline", "hairstyle", and "both feet" in second composited person area 138. Then, at this time, if the first person to be synthesized is “Hei”, the “Eyebrows”, “Eyes”, “Clothing”, “Both hands” of Hei
Part pattern numbers are "10", "11", "10"
Since the part pattern number is “30”, these part pattern numbers are read, and assuming that the second person to be synthesized is “bo”, the part pattern numbers of “contour”, “hairstyle”, and “both legs” of “bo” are “20”. "15" and "20", the part pattern number is read.

That is, at this point, within the range shown in FIG. 6, the first synthesized person (C): 10 (eyebrows) 11 (eyes) 10 (clothes) 30 (both hands) The second synthesized person ( B): Each part pattern number of 20 (contour) 15 (hairstyle) 20 (both legs) will be read.

Next, based on these part pattern numbers, a combined parent image is generated (SF2).
1) The generation of the synthesized parent image is performed in the montage synthesis area 132 of the RAM 5 as described above.

In the general flow shown in FIG.
In SA5 following A4, a display process is executed. This display process is performed according to the flow shown in FIG.
The montage data and individual data of the infant and the subject in 5 are read (SH1). Thereafter, based on each montage data and each personal data, the infant / synthesized person / personal data is displayed (SH2). This S
By the processing of H2, the first display unit 5 as illustrated in FIG.
, The first and second images MA2 and MA3 to be the parents are displayed together with the name and address of one of the synthesized persons, Party A, and the other synthesized person, B, and the second display. Part 9
Displays an infant image MA6 of the infant together with the name and age data of the infant. However, this illustrated example is a case where data of both hands and both feet are not stored in the instep and the inversion as shown in FIG. Of course, if the composite key 6b is pressed without pressing the infant key 6i in advance, the image MA6 in which the user A and the user B are combined is displayed on the second display unit 9.

Since the image MA6 of the infant displayed on the second display section 9 is obtained by synthesizing two persons to be synthesized according to the above-mentioned flow, it is illustrated in FIG. In addition, the eyes have the characteristics of the eyebrows and ears of the instep A, and the eyes, nose, and mouth of the person B. Therefore, if the above-described key operation is performed with a flow, it is possible to easily create a face of a child born between the two, taking into account, for example, each characteristic of a lover or a couple. The SF in FIG.
In 11, the selection of the to-be-combined person is terminated when n = 2, so that two persons are selected as the to-be-combined persons. However, a plurality of to-be-combined persons may be selected.

Further, in the above-described embodiment, a new face or body shape of one new infant is displayed by combining each of the three part patterns of the two synthesized persons (adults) and the infant. In the example described above, the parts or patterns of two synthesized persons (adults, children, or a combination of an adult and a child) are combined for each part and the face or body shape of one synthesized person is synthesized and displayed. You may make it.

Also, in the above-described embodiment, an example has been described in which the face or body shape of one infant created by combining two persons to be combined is displayed using a liquid crystal display or the like. Alternatively, the combined face or body shape may be printed out using a printing device.

[0045]

As described above, according to the first aspect of the present invention, based on a plurality of faces or body shapes, each part pattern constituting the face or body shape is selected one by one for each part. One synthetic face or synthetic body shape is created by combining the selected part patterns for each part and one synthetic face or synthetic body shape is displayed, so based on multiple faces or body shapes It is possible to easily and quickly create and display one composite face or composite figure by combining the selected part patterns for each part.

According to the second aspect of the present invention, a combination ratio of a plurality of faces or body shapes is determined in accordance with a set combination ratio, and a combination of part patterns for each part according to the ratio is determined. One composite face or composite figure can be created and displayed. Therefore, it is possible to easily determine the ratio of the face or body shape in which one synthesized face or synthesized body shape is similar among a plurality of faces or body shapes.

Further, according to the present invention, the part pattern data is selected for each part constituting the face or body shape, and the display is performed based on the combined face data or combined body shape data obtained by combining the selected part pattern data. Therefore, since the composition is performed only by the part pattern data constituting each face and body shape, it is possible to quickly and accurately display the creation of the combined face and the combined body shape in consideration of the features of the person to be combined.

[0048]

[Brief description of the drawings]

FIG. 1 is a plan view of an electronic organizer according to an embodiment of the present invention.

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

FIG. 3 is a block diagram showing an entire configuration of the electronic organizer.

FIG. 4 is a diagram showing a part of basic part data.

FIG. 5 is a diagram showing a part of infant part data.

FIG. 6 is a diagram showing a format of a RAM.

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

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

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

FIG. 10 is a flowchart showing the contents of a data synthesis process.

FIG. 11 is a flowchart showing the contents of infant montage creation / registration processing.

FIG. 12 is a flowchart illustrating the contents of a montage synthesis process.

FIG. 13 is a flowchart following FIG. 12;

FIG. 14 is a flowchart showing the contents of a part selection / registration process.

FIG. 15 is a flowchart showing the contents of a display process.

FIG. 16 is a flowchart showing an infant to be synthesized with a person to be synthesized.

[Explanation of symbols]

 5 first display unit 6 selection key group 8 part key 9 second display unit 11 CPU 12 ROM 13 RAM 14 random number generation circuit

Claims (11)

[Claims] 1. A storage means for storing a plurality of faces or body shapes each comprising a combination of part patterns for each part, and a part for selecting each part pattern stored in the storage means one by one for each part Pattern selecting means; creating means for creating one combined face or combined body shape by combining the part patterns for each part selected by the part pattern selecting means; one combined face or combined body created by the creating means A display device, comprising: control means for displaying a body shape. 2. A storage means for storing a plurality of faces or body shapes each comprising a combination of part patterns for each part; a synthesis rate setting means for setting a synthesis rate; and a synthesis rate set by the synthesis rate setting means. A part pattern ratio determining unit that determines a selection ratio of a part pattern of each part with respect to a plurality of faces or body shapes stored in the storage unit, according to the ratio determined by the part pattern ratio determining unit. Creating means for creating one combined face or combined body shape by combining the part patterns of each part; and control means for displaying one combined face or combined body shape created by the creating means. Display device. 3. A pattern data storage means for storing a plurality of types of pattern data for each part constituting a face or a body shape, and a plurality of types of pattern data stored in the pattern data storage means are selected for each part. Pattern data selecting means for combining, a plurality of pattern data groups consisting of pattern data for each part selected by the pattern data selecting means, combined data generating means for generating combined face data or combined body shape data, A display device, comprising: display means for displaying a synthesized face or a synthesized body shape based on synthesized face data or synthesized body shape data generated by the synthesized data generation means. 4. A pattern data storage means for storing a plurality of types of pattern data for each part constituting a face or body shape, and a plurality of types of pattern data stored in the pattern data storage means are selected for each part. Pattern data selecting means, pattern data group storing means for storing a plurality of pattern data groups composed of pattern data for each part selected by the pattern data selecting means, and the pattern data group storing means are stored in the pattern data group storing means. Combined data generation means for generating combined face data or combined body shape data by combining pattern data groups, and displaying a combined face or combined body shape based on the combined face data or combined body shape data generated by the combined data generation means A display device comprising: 5. The display device according to claim 1, wherein said display means displays a plurality of combined faces or combined body shapes. 6. The display device according to claim 1, wherein the display unit displays the synthesized face or the synthesized body in a size corresponding to the age indicated by the age data input in advance.
The display device according to any one of the above. 7. The display device according to claim 1, wherein the display unit displays the combined face or the combined body shape and character data associated therewith. 8. The display device according to claim 1, wherein said pattern data selection means has a part selection key provided corresponding to each part of a face or a body shape. 9. The display device according to claim 1, wherein said combined data generating means randomly combines each part pattern data according to a random number. 10. The display device according to claim 1, wherein said combined data generating means combines each pattern data according to the inputted blood type data. 11. The display device according to claim 1, wherein said synthetic data generating means combines each pattern data according to the input genetic data.