JP3455756B2 - Object image display control device and object image display control method - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION This invention is a face or object image appears in the display object image, such as building the display control device and the object image
The present invention relates to an image display control method .

[0002]

2. Description of the Related Art Recently, the applicant of the present invention has found that parts for each part are
We have proposed a portrait image display device that creates and displays a human face image that is a combination of parts pattern data that is an image.

[0003]

By the way, in the conventional portrait image display device, the part pattern data which matches the characteristics of the face of each human face to be created is stored for each region. Although the face image is displayed by selecting from multiple types of part pattern data that are present and the combination of the selected part pattern data is displayed, the human face created and displayed is one of the human face. It only shows the features seen from the side. For this reason, when the face is displayed after a long time has passed since it was created, it is not possible to quickly and easily grasp which person the displayed face is, There is a problem in that the created and displayed face has no change in its facial expression, and thus the familiarity cannot be felt.

Further, in the conventional portrait image display device, a plurality of human faces can be created and displayed. However, when a certain human face is selected and displayed, it is related to the human being. Since it is not possible to display multiple human faces in sequence, if you want to see the other human faces as well, a method similar to the selection operation for selecting the first selected human face There was a problem that it was necessary to select and display again while repeating.

The present invention has been made in view of these problems in the related art, and the features and characteristics of the selected and displayed object image can be quickly and easily grasped even after a long time has passed since the creation. It is an object of the present invention to provide an object image display control device and an object image display control method that allow the user to feel the familiarity from an object image displayed while changing the image.

Further, according to the present invention, when a certain object image is selected and displayed, and when a plurality of other object images related to the object image are also desired to be viewed, the first selected object image is selected. Object image display control device that automatically selects and displays without repeating the same method as the selection operation of
Another object is to provide an object image display control method .

[0007]

In order to solve the above-mentioned problems, the invention according to claim 1 is a storage means for storing a plurality of sets of combination data composed of a combination of part data corresponding to each part of an object image. Selecting means for selecting a set of combination data from a plurality of sets of combination data stored in the storage means, and displaying a corresponding object image based on the combination data selected by the selection means And the object image displayed under the control of the first display control means are sequentially changed and displayed as the object image of which at least a part of the object image has a different form over time.
And the name of the object image or data related to the name.
The second display system that controls to sequentially change and display the data
And means .

According to the second aspect of the invention, storage means for storing a large number of sets of combination data composed of combinations of part data corresponding to respective parts of the object image, and a plurality of sets stored in the storage means. Selecting means for selecting an arbitrary plurality of sets of combination data from the combination data; first display control means for displaying a corresponding object image based on the plurality of sets of combination data selected by the selecting means; The plurality of sets of object images selected by the selecting means are selectively changed and displayed as time passes, and the name or name of the object image is displayed.
Controls to sequentially change and display data related to names
Second display control means .

According to a third aspect of the invention, each part of the object image is
A set consisting of a combination of body part data corresponding to each
Access a storage means that stores multiple sets of combination data.
The combination of multiple sets stored in this storage means.
A set of combination data is selected from the
And then take action based on this selected combination data
A first display control step of displaying an object image to be displayed,
It is displayed under the control of this first display control step.
Of the object image
After that, change to at least part of the object image with different shape sequentially
In addition to displaying, the name or name of the object image
Second control to change and display related data sequentially
And a display control step of .

According to a fourth aspect of the present invention, each part of the object image is
A set consisting of a combination of body part data corresponding to each
Access a storage means that stores a large number of combination data.
And a large number of combinations stored in this storage means.
Any combination of multiple sets of data
Once selected, the selected combination data
First display for displaying the corresponding object image based on the data
A control step, the selected plurality of sets of object images,
It is possible to selectively display changes over time.
In order of the name of the object image or the data related to the name.
The second display control step for controlling the next change display
Includes a flop, the.

[0011]

[0012]

According to the first aspect of the present invention, a plurality of sets of combination data, each of which is a combination of the part data corresponding to each part of the object image, are stored in the storage means, and the plurality of combinations stored in the storage means are stored. From the combination data of the set, one set of combination data is selected by the selection means, and the corresponding object image is displayed by the first display control means based on the combination data selected by this selection means. In the second display control means, the object images displayed under the control of the first display control means are sequentially changed and displayed as the object images in which at least a part of the object images have different forms over time. . Therefore, it is possible to observe an object image not only from one side but also from multiple sides, and it is also possible to quickly and easily observe the features and characteristics of the face image of all the family members. Can be grasped. Not only that
In addition, the second display control means may display the name of the object image.
Or, the data related to the name is controlled to be changed and displayed sequentially.
Displayed object image and its name or name
Collecting data related to titles over time
can do. According to the invention described in claim 2, the storage means stores a large number of sets of combination data composed of a combination of the part data corresponding to each part of the object image, and the selection means stores a large number of sets stored in the storage means. A plurality of arbitrary combination data sets are selected from the combination data sets, and the first display control means displays the corresponding object image based on the plurality of combination data sets selected by the selection means. The second display control means selectively changes and displays the plurality of sets of object images selected by the selection means as time passes. Therefore, the selected multiple object images are
It can be selectively viewed sequentially. Not only that, but before
The second display control means is the name or name of the object image.
Controls to sequentially change and display data related to names
The displayed object image and its name or name.
Data to be collected together over time.
You can The invention according to claim 3 and the invention according to claim 4
According to the invention, the invention according to claim 1 and claim 2
It is possible to achieve the same effect as the invention of.

[0013]

DESCRIPTION OF THE PREFERRED EMBODIMENTS The present invention will be described below with reference to illustrated embodiments.

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

In FIG. 1, the object image display device 10 is provided with 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 section 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, a first clock display mode key 20, and a second clock. In addition to the display mode key 21, the registration key 22, and the power on / off key 23, a cursor key 22A and the like are provided.

The montage mode key 16 is a mode key used when setting the montage mode, 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 for setting the mode for selecting and displaying the montage of data etc., the first clock display mode key 20 is used for setting the mode for displaying the selected montage together with the current time. Key, second clock display mode key 2 Is a key used to set a mode for displaying a plurality of selected montages together with the current time, a registration key 22 is a key operated to select whether or not to register data, a power on / off key Reference numeral 23 is a key used when the power is turned on and off. As shown in FIG. 2, the montage data input key 17 includes a plurality of region keys (contour key 170, hairstyle key 171, eye key 172, and a plurality of region keys arranged at positions corresponding to respective regions forming the whole body of the montage. Nose key 17
3, a mouth key 174, an eyebrow key 175, an ear key 176, a torso key 177, both hand keys 178, and both foot keys 179).

FIG. 2 is a block diagram showing a circuit configuration of an object image display device according to an embodiment of the present invention. In FIG. 2, a CPU 24 that controls each unit of the object image display device
A key input unit 15, a display unit 14, a display driver circuit 25, a parts pattern ROM 26, a RAM 27 and a synthesis RAM 28, as well as a clock circuit 30 connected to an oscillating unit 29 are connected to.

The part pattern ROM 26 is shown in FIG.
As shown in, part pattern data having a plurality of different shapes for each part forming the face and body shape is stored in the form of bitmap data. That is, "contour"
In the part area "1", the part pattern data having different contour shapes are respectively assigned to the part pattern numbers "01" to "20". Are stored in association with each other.
In the "2" of the "hairstyle" parts area, there are "01"-
"20" part pattern No. Are stored in association with each other. Similarly, in the parts areas of "eyebrows and eyes", "nose", "mouth" to "both feet", part pattern data having different shapes of parts of eyes, nose, mouth to both feet is "0".
Part pattern Nos. 1 to 20. Are stored in association with each other.

The part pattern ROM 26 further has, as shown in FIG. 5, part pattern data having a different shape for each part of "eyebrows and eyes" and "mouth" in order to express the face of emotions. Are stored in the form of bitmap data. That is, "01" in the parts area of "eyebrows and eyes" has the part pattern data in the shape of the eyebrows and eyes when laughing, and "02" has the shapes of the eyebrows and eyes when angry. The part pattern data, "03", stores the part pattern data in the shape of the eyebrows and eyes when crying, and "04" stores the part pattern data, in the shape of the eyebrows and eyes when surprised. Has been done. Similarly, in “01” of the “mouth” parts area, the part pattern data in the shape of the mouth when laughing is “02”.
Is the part pattern data in the shape of the mouth when angry, "03" is the part pattern data in the shape of the mouth when crying, and "04" is the shape of the mouth when in surprise. The stored part pattern data is stored.

On the other hand, as shown in FIG. 6, the RAM 12 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) and current date / time data are stored.

In addition, the composite RAM 28 has a display unit 1
This is a RAM for synthesizing the part pattern data for each part of the face and body displayed at 4, and each part pattern data read from the part pattern ROM 26 is temporarily stored.

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 based on a face or personal data composed of each part pattern data synthesized by the synthesis RAM 28. The face and body shape, personal data and the like are displayed via the display driver circuit 25.

Next, the operation of the object image display apparatus 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 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, it is determined whether or not the first timepiece display mode key 20 has been operated, and if the first timepiece display mode key 20 has been operated (step SA7), the first timepiece mode is set. The first clock display and montage display processing is executed under the mode (step SA8). Further, it is determined whether or not the second clock display mode key 21 has been operated, and the second
If the clock display mode key 21 is operated (step SA7), the second clock mode is set and the second clock display and montage display processing is executed under that mode (step SA9). First clock display mode key 2
If any key other than 0 or the second clock display mode key 21 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 has been completed, "Document?" Indicating other data is further displayed (step SB6), and it is determined whether or not this document has been 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 personal data has been completed in this way, it is then determined whether the montage data input key 17 has been operated. When it is determined that the montage data input key 17 is operated, the data input so far is RA as shown in FIG.
This processing flow is completed after the data is stored in the personal / family data area 270 of M27. 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. The same items "1", "2" ... Are classified and stored.

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 data of the part pattern ROM 26 corresponding to is carried out in the composition RAM 28 (step SC3). This data synthesis process
This is performed according to the synthesis processing flowchart shown in FIG.

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. Is read from the part pattern ROM 26 and the contour part pattern data is combined into the RAM 28.
(Step SD2). Next, the hairstyle part pattern No. Is read from the RAM 27 (step SD3), and the part pattern NO.
The hairstyle part pattern data corresponding to is read from the part pattern ROM 26, and the contour part pattern data is stored in the composition area of the composition RAM 28 (step SD4). Further, after performing similar processing on other parts such as eyes, nose, and mouth (step SD5), the montage data synthesized by the synthesis RAM 28 is sent to the display driver circuit 25, and the montage data is dealt with based on this montage data. The basic type montage is displayed on the display unit 14 (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. The part pattern data of the contour corresponding to the part pattern ROM
26, the contour part pattern data is stored in the composition area of the composition RAM 28, and the composition RAM 2
In step 8, the changed contour part pattern data is combined with other part patterns such as hairstyle and nose. Therefore, the montage in which only the contour shape is changed is displayed on the display unit 14. Therefore, this contour key 170
By sequentially operating, the montage in which only the contour shape is changed is displayed on the display unit 14 each time.

Similarly, if necessary, hairstyle key 171, eye key 172, nose key 173, mouth key 174, eyebrow key 1
75, ear key 176, torso key 177, two-handed key 178,
The part pattern No. corresponding to the part pattern data similar to the shape of each part of the human hairstyle, eyes, nose, mouth, eyebrows, ears, torso, both hands and both feet, which is to be created by operating the both foot keys 179. (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 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 pattern data is read from the part pattern ROM 26, and the respective part pattern data is combined in the combining RAM 28 (step SE6).

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. The data is read from the parts pattern ROM 26, each part pattern data is combined in the composition RAM 28, and the montage of each family is displayed together with the montage of the individual combined as described above.
Is displayed as a list (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 first timepiece display process shown in FIG. 12 will be described. This first timepiece display process is performed after the timepiece display mode is set by the operation of the first timepiece display mode key 20 described above. .

When this mode (a mode of changing the expression of one montage from a plurality of registered montages over time) is set, one montage selected in the montage selection / display process described above. Is displayed again on the display unit 14 (step SF
1). That is, each part pattern data corresponding to the montage data selected in the above-mentioned montage selection / display process is read from the part pattern ROM 26, and each part pattern data is combined in the combining RAM 28, so that this combined montage is obtained. Is displayed. In this case, it doesn't display its family montage.

Then, the current date data "February 25th" and "Go (pm)" and the current time data "10: 10 00 (1
Since "0:10:00" is sequentially stored in the current date / time data area 273 in the RAM 27, this montage, together with the stored current date / time data, as shown in FIG. It is displayed on the display unit 14 (step SF2).

After that, when one second elapses from that point (step SF3), the eye and mouth part pattern Nos. Constituting the selected montage data are synchronized therewith. No. of eye and mouth parts pattern when laughing. Change to. Therefore, the changed eye and mouth part pattern NO. The laughing eye and mouth part pattern data corresponding to is read from the part pattern ROM 26 shown in FIG. 5, and the laughing eye and mouth part pattern data is combined with the existing other part pattern data in the composition RAM 28. Being synthesized,
As shown in FIG. 13 (b), the laughing eye and mouth montage is "10: 1" after 1 second has elapsed.
It is displayed on the display unit 14 together with 001 (10:10:01) (step SF4).

In this way, every time one second elapses, the eye and mouth part pattern Nos. Which make up the selected montage data. Is the eye and mouth part pattern NO. No. of eye and mouth parts pattern when crying , Part pattern No. when surprised Change to. Therefore, the changed eye and mouth part pattern NO. Eye and mouth parts pattern No. No. of eye and mouth parts pattern when crying , The part pattern data in the case of being surprised is read from the part pattern ROM 26, and the part pattern data of the eyes and mouth and the other part pattern data are combined in the combining RAM 28, and the angry face (FIG. 13 (c )), A crying face (Fig. 13)
(D)), the montage of a surprised face (FIG. 13 (e)) is displayed on the display unit 14 together with time data indicating that one second has elapsed.
Are sequentially displayed at (Step SF5 to Step SF
8). Note that one second after the surprise face montage shown in FIG. 13E is displayed, it is changed to the original face montage as shown in FIG. 13F (step SF
2).

In this way, the montage of the original face is sequentially changed to the montage of the face having emotions and emotions (step SF2 to step SF).
8). This operation is repeated. Therefore, it is possible to quickly and easily grasp what kind of content the selected and displayed face is, and to feel familiarity from the change in the expression.

Next, the second timepiece display process shown in FIG. 14 will be described. This second timepiece display process is carried out after the second timepiece display mode key 21 is operated to enter the timepiece display mode. . When this mode (a mode that changes the montage of registered individuals and their montages over time) is set, the montages of the individual montages and their families selected in the montage selection / display process described above are displayed. The montage of one of us is first displayed again on the display unit 14 (step SG1). In the initial display stage, montages of all members of one family are not displayed at the same time, but only the first person searched is displayed.

That is, each part pattern data corresponding to the individual montage data selected in the montage selection / display process described above is the part pattern ROM 2
The respective part pattern data read out from No. 6 are combined in the combining RAM 28. Then, as shown in FIG. 15A, this synthesized montage is used for the clock circuit 30.
"February 25, which is the current date data measured by
"1", which is the current time data, including "day" and "go (pm)"
Since 0:10:00 (10:10:00) is sequentially stored in the current date / time data area 273, it is displayed on the display unit 14 together with the stored current date / time data (step SG2). .

After that, when one second elapses from that point (step SG3), in synchronization with it, the montage data of the first selected individual (each part pattern No. constituting it). Is the montage data of family 1 (each part pattern N that constitutes it)
O. ) Is changed. Therefore, each changed part pattern number. Each part pattern data of the family 1 corresponding to is read from the part pattern ROM 26, and each part pattern data of the family 1 is synthesized in the synthesis RAM 28, so that the montage of the family 1 (in this embodiment, “father”) 15 (b), is displayed on the display unit 14 along with "10: 1001 (10:10:01)" after a lapse of 1 second (step SG4).

In this way, every time one second elapses, the selected individual montage data (each part pattern No.) is the part pattern No. of the family 1. ,
Family 2 part pattern No. , Part pattern No. of family 3 Will be changed sequentially. Therefore, the changed part pattern No. 1 of family 1 is set. , Family 2 part pattern No. , Part pattern No. of family 3 Each part pattern data corresponding to
The part pattern data read from M26 is combined in the composition RAM 28, and the combined montage of each family (the montage of the family 2 is the “mother” montage in this embodiment) is 1 second. The time data indicating the progress is sequentially displayed on the display unit 14 (steps SG5 to SG6). It should be noted that one second after the montage of the last family is displayed, the montage of the original individual is changed (steps SG7 to SG).
1). Therefore, it is possible to quickly and easily understand what kind of family member the selected and displayed individual is, and it is possible to feel familiarity because not only the individual but all the family members are sequentially displayed. . Although the montages of individuals and their families are displayed over time as in this embodiment, the present invention is not limited to this, and all montage data currently stored in the montage data area 272 of the RAM 227 is sequentially read. Even if the montage is displayed over time based on the montage data, only specific montage data (for example, friend's montage data) among the montage data stored in the montage data area 272 is sequentially read out. The montage may be displayed over time based on the montage data.

Further, in the present embodiment, the montage is intended for human faces, but in addition to animal faces, it may be intended for objects such as cars and buildings.

[0048]

As is apparent from the above description, according to the first aspect of the present invention, the selected object image or the selected plurality of object images are controlled to be changed and displayed with the passage of time. Therefore, the selected object image can be viewed not only from one side but also from multiple sides, and the selected plurality of object images can be selectively viewed sequentially over time. Therefore, the features and characteristics of the object image can be grasped quickly and easily. It
As well as the name or name of the object image
Since the data is controlled to be changed and displayed sequentially,
The displayed object image and its name or name-related data
Data, and can be grasped together over time.
it can. According to the second aspect of the present invention, it is possible to selectively sequentially view a plurality of selected object images as time passes. Not only that, but also the name of the object image.
Or, the data related to the name is controlled to be changed and displayed sequentially.
Since it is controlling, the displayed object image and its name
Together with the name data,
You can figure it out. The invention according to claim 3 and
According to the invention of claim 4 and the invention of claim 4,
Also, the same effect as the invention according to claim 2 can be obtained.
Wear.

[Brief description of drawings]

FIG. 1 is a diagram showing an external appearance of an object image 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 object image display device shown in FIG.

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

FIG. 5 is a diagram showing a storage example of part pattern data having a facial expression of a part pattern 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 data combining process of each part pattern data.

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

FIG. 12 is a flowchart showing first clock display processing.

13A to 13F are views showing a series of display examples in the first clock display processing.

FIG. 14 is a flowchart showing a second clock display process.

15A to 15C are diagrams showing a series of display examples in the second clock display processing.

[Explanation of symbols]

10 Object image display device 14 Display 15 Key input section 16 Montage Mode Key 17 Montage data input key 18 Personal / Family Data Mode Key 19 Montage selection / display mode key 20 1st clock display mode key 21 second clock display mode key 22 Registration key 24 CPU 25 Display driver circuit 26 parts pattern ROM 27 RAM 28 Synthetic RAM 30 clock circuit

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Claims (4)

(57) [Claims] 1. A storage unit for storing a plurality of sets of combination data composed of a combination of region data corresponding to each region of an object image, and a set of a plurality of sets of combination data stored in the storage unit. Selection means for selecting combination data, first display control means for displaying a corresponding object image based on the combination data selected by this selection means, and display by control of the first display control means The object image, as time passes, of the object image,
Change and display at least part of object images with different shapes
Related to the name or name of the object image
Second table for controlling to sequentially display the changed data
Object image display control apparatus characterized by comprising a示制control means. 2. A storage unit for storing a large number of sets of combination data composed of combinations of region data corresponding to respective regions of an object image, and an arbitrary plurality of combination data stored in the storage unit. Selecting means for selecting combination data of a set, first display control means for displaying a corresponding object image based on the combination data of the plurality of combinations selected by the selecting means, and a plurality of sets selected by the selecting means The object image of is selectively changed and displayed as time passes , and
Change the name of the object image or the data related to the name sequentially.
And a second display control means for controlling to further display the object image display control device. 3. A part corresponding to each part of the object image
Multiple sets of combination data consisting of data combinations
Access the stored storage means and write to this storage means.
One set from among the stored multiple sets of combination data
When the combination data of is selected,
To display the object image corresponding based on the observed combined data
And a first display control step that is displayed by the control of the first display control step.
Of the object image
After that, change to at least part of the object image with different shape sequentially
In addition to displaying, the name or name of the object image
Second control to change and display related data sequentially
Object image display control method characterized by comprising a display control step of, a. 4. A part corresponding to each part of the object image
A large number of combination data consisting of data combinations
Access the stored storage means and write to this storage means.
Arbitrary among the many sets of combination data that are remembered
When multiple sets of combination data of are selected, this selection
Corresponding items based on the combined data of multiple sets
The first display control step of displaying the body image and the selected plurality of sets of object images are performed in accordance with the passage of time.
To selectively change and display the object image
The name or data related to the name will be changed and displayed in sequence.
And a second display control step for controlling the object image display control method.