JPH1049058A - Image display control device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a display control device permitting to dispay a picture fully stimulating a play-game mind even with a small memory capacity. SOLUTION: A ROM is provided with picture data storage area 27 for original pictures shown in (A) and picture data storage area 28 for wrong parts shown in (B). Picture data for the entire original pictures for displaying No.1 to No.4 pictures are stored in the picture data storage area 27 for the original pictures. The wrong part picture data storage area 28 is divided into an area with four rows and four columns, and in each row of No.1 to 4 and in each column of (a) to (d), partially wrong picture data capable of displaying a partially wrong picture different from a part of the partial parcture corresponding to the No1. to No.4 original pictures are stored. Picture data for the entire original pictures and those for the partially wrong pictures are synthesized, and the partially wrong pictures, which are partially different from the original ones, are displayed as well as the original pictures, and an error seeking game is played.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an image display control device which can be used for play.

[0002]

2. Description of the Related Art Heretofore, it has been known that a device having a screen, such as a child electronic device, generates various play functions by displaying on a screen. For example, various games can be played by displaying an image on a screen and operating the display image by an external operation such as a key.

[0003]

However, when displaying two kinds of different images on the screen of the electronic device and executing a mistake finding game, when displaying two kinds of different images on the screen, each of Image data for each image is stored in a memory, and an image serving as a reference and an image partially different from the reference image are displayed based on each image data. Therefore, the memory requires a storage capacity for storing image data corresponding to the entirety of each image, and the required memory capacity becomes enormous.

On the other hand, in a small device such as an electronic organizer, since the memory capacity is limited, it is difficult to store many types of entire image data of a reference image and a partially different image. It is. Therefore, the number of images that can be displayed is reduced, and it is not possible to sufficiently stimulate the playfulness of the child using the electronic organizer.

SUMMARY OF THE INVENTION The present invention has been made in view of such conventional problems, and has as its object to provide a display control device capable of performing display with a small memory capacity and capable of sufficiently stimulating amusement. It is the purpose.

[0006]

According to the present invention, in order to solve the above-mentioned problems, there is provided first storage means for storing whole image data for displaying an entire image; Correspondingly, a second storage means for storing partial image data for displaying a partial image different from the partial image, the whole image data and the partial image data stored in each of the storage means Combined image data generating means for generating combined image data for displaying a combined image in which a part of the whole image is changed, a whole image based on the whole image data, and a combining based on the combined image data Display control means for displaying an image.

In such a configuration, the combined image data generating means combines the entire image data stored in the first storage means with the partial image data stored in the second storage means, and Generate data. Then, the display control means displays the whole image based on the whole image data stored in the first storage means, and changes a part of the whole image based on the synthetic image data generated by the synthetic image data generating means. The synthesized image is displayed. Therefore, it is necessary to store the whole image data for displaying the whole image in the first storage means,
By storing the partial image data for displaying the partial image in the second storage means, it is possible to display a pair of images composed of the entire image and the entire image partially changed.

In the present invention, the second storage means stores a plurality of types of partial image data, and the composite image data generation means randomly selects one of the plurality of types of partial image data. And the selected image data is generated. Therefore, it is uncertain what kind of combined image data is to be generated, and it is also uncertain what kind of combined image is to be displayed based on this combined image data, which stimulates a sense of expectation.

Further, according to the present invention, the first storage means includes:
The second storage unit stores a plurality of types of the whole image data, the second storage unit stores a plurality of types of partial image data for each of the entire image data, and the combined image data generation unit stores a plurality of the plurality of partial image data corresponding to the entire image data. And selecting one of the partial image data at random to generate the composite image data. The display control means includes a total image based on the total image data and a composite image based on the composite image data. It is configured to sequentially display a pair of images at predetermined time intervals. Therefore, a pair of images composed of the whole image and the whole image obtained by partially changing the whole image is sequentially displayed, for example, at one second intervals.

[0010] Further, the apparatus further comprises display means controlled by the display control means to sequentially display the images, and a pair of images displayed on the display means includes:
There is a designating means for designating a part different from the whole image of the combined image. Therefore, by specifying a part of the composite image different from the whole image by the specifying means, a mistake finding game is achieved.

Further, in the present invention, the designation means is configured to perform the designation by touching a portion of the screen of the display means different from the entire image of the composite image. Therefore, the game for finding mistakes proceeds by touching the screen, which is a simple operation.

Further, the present invention further comprises a score storage means for storing a score for each of a plurality of types of partial image data stored in the second storage means, and a part designated by the designation means. And counting means for counting points corresponding to the partial image data. Therefore, when the error search game is advanced and a portion of the composite image different from the entire image is designated, the score changes accordingly.

Further, the present invention further comprises a creating means for creating the partial image data, and a third storage means for storing the partial image data created by the creating means, wherein the combined image data generating means Is configured to use either the partial image data stored in the second storage means or the partial image data stored in the third storage means. Therefore, the synthetic image data generating means may generate the synthetic image data, in addition to the ready-made data stored in advance in the second storage means, the arbitrarily created image stored in the third storage means. Generate composite image data using the data. Therefore, synthesized image data other than a predetermined image is generated by the synthesized image data generating means, and a unique image that cannot be displayed by using the previously stored partial image data is displayed by the non-predetermined synthesized image data. It becomes possible.

Further, the present invention further comprises setting means for setting a score for the partial image data created by the creating means, and set score storage means for storing the score set by the setting means. The counting means,
In accordance with the partial image data specified by the specifying means, the points stored in the set point storage means are counted. In other words, a score can be set for the arbitrarily created partial image data, and a composite image is displayed using the arbitrarily created partial image data, and the designation is made in the error finding game. In this case, the set points are added.

In addition, the number of points counted by the counting means is reduced according to the time until the designation is made by the specifying means. Therefore, when the error hunting game progresses, if the erroneous part, which is a part of the composite image different from the whole image, cannot be found and specified quickly, the score will be reduced accordingly.

[0016]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to the drawings. In this embodiment, the present invention is applied to an electronic organizer for children. As shown in FIG. 1, a key input unit 1 of this electronic organizer has a menu key 2, a cursor movement key 3, A key 4, a start key 5, an input key 6, a creation key 7, and a plurality of character keys 8 including numbers and alphabets are provided. Operation information of these keys 2 to 8 is input to the CPU 9. . A tablet 12 is stacked on the display unit 11 driven by the display drive circuit 10, and a touch position on the tablet 12 is detected by the position detection unit 13 and input to the CPU 9 as dot position data. The CPU 9 operates in accordance with the input data, the data stored in the RAM 14, the program stored in the ROM 15 and the like to control the display drive circuit 10 and the position detection unit 13 and perform a writing process to the RAM 14. Execute all necessary processes in the electronic organizer. The CPU 9 has a sound source inside, and a waveform signal generated from the sound source is emitted via the amplifier 16 and the speaker 17.

In the RAM 14, a display register 18 for temporarily storing image data to be displayed on the display unit 11, a flag M indicating a mode state, a counter N and a flag L used in a flow to be described later are counted for one second. 1-second timer 19, a score storage area 20 for storing a score in a game for finding mistakes to be described later, a maximum score storage area 21 for storing a highest score of the game, and four types of partial image data of a wrong picture created by a user. A possible created partial image data storage area 22 is provided. Further, the RAM 14 has a memo register 23 in which input data is stored in the memo mode, a schedule register 24 in which input data is stored in the schedule mode, and a synthesized image capable of storing four types of synthesized miscellaneous picture image data. A data storage area 25 and a set point storage area 26 are provided. In the set point storage area 26, points set by the user in accordance with the partial image data stored in the created partial image data storage area 22 are stored. Each is stored.

The ROM 15 stores an original picture image data storage area 27 shown in FIG. 2A, an erroneous partial image data storage area 28 shown in FIG. An error part score storage area 29 shown in FIG. The original picture image data storage area 27 stores original picture entire image data for displaying the first to fourth original pictures, and this original picture entire image data can display the entire original picture. It is image data and has dot position data of each part constituting the original picture.

The wrong part image data storage area 28
Is divided into an area of 4 rows and 4 columns, and each row of 1 to 4 has a
For each column of ~ d, partial error image data corresponding to a part of the first to fourth original pictures and displaying a different picture for a part different from the partial image corresponding thereto It is stored together with dot position data indicating a part of the whole image. In FIG. 2B, four areas provided in the column of e are the created partial image data storage area 22 of the RAM 14, and the created partial image data storage area 22 includes the above-described area. As described above, the partial image data of the erroneous drawing created by the user is stored together with the dot position data indicating the corresponding part of the whole image.

The wrong part score storage area 29 also has four rows and four rows.
Each of the rows 1 to 4 stores a score corresponding to the partial error image data stored in each of the four rows and four columns in each of the columns a to d. In FIG. 3, four areas provided in the column of e are set point storage areas 26 of the RAM 14,
As described above, the set point storage area 26 stores the points set by the user corresponding to the partial image data stored in the created partial image data storage area 22, respectively.

Next, the operation of this embodiment having the above configuration will be described with reference to the flowcharts shown in FIG. That is, the CPU 9 starts the operation according to the flow shown in FIG. 4 when the power is turned on, determines whether or not the menu key 2 is operated (step A1), and displays the menu if it is operated (step A1). Step A
2). By the processing in step A2, a menu including “memo”, “game”, “schedule”, and “TEL” is displayed on the display unit 11 as shown in FIG.

When the menu key 2 is not operated, it is determined whether or not the menu is being displayed, that is, whether or not the display unit 11 is in the state of FIG. 5A (step A3). If it is being displayed, a menu selection process is executed (step A4). This menu selection process is a process of moving the cursor 30 having the reverse display shown in FIG. 5A to the position of the next menu according to the operation of the cursor movement key 3. Therefore, as shown in the figure, if the cursor key 3 is operated once after operating the menu key 2, the cursor 30 moves on the "game".

If the processing in step A4 has been performed, it is determined whether or not the execution key 4 has been operated (step A5). If the execution key 4 has been operated, the cursor 30 is positioned at that point. The selected menu is set as a selection mode (step A6). Therefore, as shown in the figure, with the cursor 30 matched with the “game”,
When the enter key 4 is operated, the game mode is set. When the enter key 4 is operated in a state where the cursor 30 matches the other menu, the mode of the other menu is set. The Rukoto.

When the process of step A6 is performed, the mode is changed from the menu being displayed to the mode in which the mode has been set. When the process is executed again after returning,
The process proceeds from step A1 to A3 to A7 to determine whether or not the set mode is the memo mode. If the mode is the memo mode, a memo process is executed (step A8).
In this memo processing, the pen operation dot position input to the tablet 12 by the touch input operation with the pen on the display unit 11 is continuously detected by the position detection unit 13, and based on the continuous position detection, Character recognition is performed, and the character is stored in the memo register 23.

If the set mode is the schedule mode (step A9: YES), schedule processing is executed (step A10). In this schedule processing, the pen operation dot position input to the tablet 12 is
, And character recognition is performed based on the continuous position coordinates and stored in the schedule register 24. If the set mode is the game mode (step A11 is YES), a game process described later is executed (step A12), and if the set mode is not any of memo, schedule, and game. (Steps A7, A9 and A11 are all NO), other mode processing is executed.

The game process (step A12) is performed according to the flow shown in FIG. 6, and the CPU 9 first determines whether or not the start key 5 has been operated (step B).
1). When the start key 5 is operated, the counter N is set to an initial value "1" and the flag L is reset (step B2). Next, the entire image data of the N-th original picture indicated by the value of the counter N is read from the original picture image data storage area 27 (step B).
3). Subsequently, it is determined whether or not the flag L is set (step B4), and if L = 0, a wrong picture corresponding to the value of the counter N is read out at random (step B5).

That is, if N = 1, in the row "1" in FIG. 2B, the partial image data of the erroneous picture is read out at random from one of the columns a to e.
Thereafter, the entire image data of the original picture and the partial image data of the erroneous picture are combined so that the corresponding part of the original picture is deleted and the erroneous picture is inserted into the corresponding part (step B).
7). Further, an original picture based on the entire image data of the original picture and a different picture partially different from the original picture based on the synthesized image data are displayed on the display unit 11 (step B).
8). Therefore, for example, if it is assumed that N = 1 at present and the image data of the mistaking picture stored in the area 1-a in FIG. 2B is read out by the process of step B5, FIG. As shown in c), an original picture having "Yahoo" is displayed on the left side of the display section 11, and a partial picture having "Yatter" in place of "Yahoo" is displayed on the right side. In addition, in the upper part between the original picture and the partial picture,
A score field 31 indicating the current score is displayed. Further, the composite image data of the part-by-part strange image composited in step B7 is stored in the corresponding area of the composite image data storage area 25.

After performing the display processing in step B8, it is determined whether or not there is a touch input (step B9). That is, it is determined whether or not the pen touches the wrong part of the part-by-part picture, and if there is no touch input, it is determined whether or not one second has elapsed based on the time value of the one-second timer 19. Then (step B10), a loop of steps B9 → B10 → B9 is repeated until one second has elapsed.
If there is no touch input until one second has elapsed, the counter N is counted up (step B).
11) It is determined whether or not the value of the counter N has become "5" (step B12). If N ≠ 5, the processing from step B3 is executed again. Therefore, if there is no touch input, the processing of step B4 to step B12 will be repeated four times, whereby FIG.
As shown in (f) to (f), the first to fourth original pictures and the partly incorrect pictures are displayed at one-second intervals.

When the counter N = 5, the flag L is set (step B13), and the counter N
Is set to the initial value "1" (step B14), and "5" is subtracted from the score stored in the score storage area 20 (step B15). Therefore, each time the first to fourth original pictures and the different pictures for the parts are displayed, the points stored in the score storage area 20 are reduced by "5", and the reduced points are displayed in the score column. 31 is displayed. The score stored in the score storage area 20 at the start of the game is “0”.

When the first to fourth original pictures and the unsatisfactory pictures are displayed once, the flag L is set in the aforementioned step B13. Therefore, when the processing from step B3 is repeated, the determination in step B4 becomes YE
S is reached, and the process proceeds from step B4 to B6 to B8. Therefore, in step B6, the first-time processing reads out the composite image data corresponding to the value of the counter N, which is the composite image data of the partly strange picture stored in the composite image data storage area 25. Display processing is executed in step B8 based on the read composite image data. Therefore, as shown in (c) and (g) in FIG. 5, when the processing from step B3 is repeatedly executed, the same original picture and the same partial copy as the four sets displayed in the first processing are displayed. The pictures are sequentially displayed at one-minute intervals.

On the other hand, in the state where the loop of steps B9 → B10 → B9 is repeated, if the user touches a part which seems to be a mistaken part with a pen P or a finger, the process goes from step B9 to step B16. move on. Then, in step B16, a touch position on the tablet 12 via the display unit 11 is detected based on the output from the position detection unit 13. Next, dot position data of the detected touch position and the position of the misplaced portion of the part-specific picture are compared to determine whether or not the two match (step B1).
7) If the two are inconsistent and incorrect, a process of emitting an incorrect answer is executed (step B1).
8). As a result, the speaker 17 emits an illegitimate sound composed of, for example, “boo”.

If the result of the determination in step B17 shows that the touch position and the dot position data of the misplaced part match the correct part and that the answer is correct, sound emission processing of the correct answer is performed (step B19). 5), the correct sound "ping-pong" is emitted from the speaker 17 as shown in FIG. Subsequently, the current score is read from the score storage area 20, and the score corresponding to the incorrectly answered part is added to the read score (step B21).

That is, assuming that the correct answer is given in a state where the third original picture and the partly incorrect picture are displayed as shown in FIG. 5 (e), the wrong part in the third picture is a face. It is. In addition, the mistaken face part corresponding to the third original picture,
As shown in FIG. 2, it is stored in the area “3-a” in the mistaken part image data storage area 28, and in the mistaken part score storage area 29 in FIG.
The score stored in the area of “3” is “3”. If the score stored in the score storage area 26 at this time is "0", "3" is calculated by the processing of step B21, and the calculated "3" is again calculated as the score. It is stored in the storage area 20 and the score column 31
[See FIG. 5 (f)].

Then, step B following step B21
At 22, it is determined whether or not all questions have been answered, that is, whether or not all of the first to fourth mistakes have been correctly answered.
After returning from step 22 to step B11, the above-described processing is executed. If all the questions have been answered correctly, an end display process is performed (step B23), and the highest point so far stored in the highest point storage area 21 and the score number storage area 20 are stored.
Is displayed on the display unit 11 and the game processing shown in FIG. 6 is ended.

On the other hand, if the result of determination in step B 1 is that the start key 5 has not been operated, step B 2
The process proceeds to step 4, where it is determined whether or not the create key 7 has been operated. If both the keys 5 and 7 have not been operated, another process is executed. Also, if the start key 5 is not operated,
When the creation key 7 is operated, the steps B1 → B2
The process proceeds from 4 to B25 to execute an error creating process.

This error making process is performed according to the flow shown in FIG. 7, and the picture of N = 1, that is, the first original picture is displayed on the display unit 11 (step C1), and the edit menu is displayed (step C1). C2). By the processing of steps C1 and C2, as shown in FIG.
The third original picture is displayed, and icons such as "pen", "eraser", "blue", "green", and "red" are displayed as an edit menu. Next, it is determined whether or not any of the edit menus including the plurality of icons has been touched (step C3). If any of the edit menus has been touched, the corresponding edit menu, that is, the touched “ The pen "eraser" and color are set (step C4).

As described above, after the editing menu is set, when the user touches a desired portion of the displayed original picture with the pen held by the user, steps C3 → C5 → C6
To start image processing corresponding to the set menu (step C6). That is, if “Eraser” is selected in the edit menu, the touched part of the original picture is erased, and if “Pen” and “Red” are selected, a red The original picture is changed by performing image processing for adding an image. Further, after the image processing is performed, if the input key 6 is operated without touching the edit menu or the original picture, a step C3 →
The process proceeds from C5 to C7 to C8, and only the image of the changed portion is stored in the corresponding area of the created partial image data storage area 22.

That is, as shown in FIG. 8A, in the state where the first original picture is displayed, "Eraser" is selected as shown in FIG. Touching the "ho" portion of "" deletes this "ho" portion. Next, as shown in FIG. 11C, when "Pen" is selected and "Pee" is written in the erased portion, "Yahoo" is changed to "Yappi". Thereafter, when the input key 6 is operated, the image data and the dot position data of the changed portion “Yappy” are stored in the first original picture of the created partial image data storage area 22 by the process of step C8. The corresponding area, ie FIG.
The data is stored in the area 1-e shown in FIG.

In step C9 following step C8, a point input display is performed, and as shown in FIG.
The character “point” and “square” are displayed on the display unit 11. Subsequently, a score input process (step C10) is performed to display the score corresponding to the changed portion, which is input using the numeric keys provided in the character keys 8. Therefore, when "5" is input by operating the numeric keys, the point "5" is displayed in the "square" as shown in FIG. 8D. Further, when the input key 6 is operated (step C11 is YES), a point storage process (step C12) is executed, and the input point corresponds to the area corresponding to the first original picture in the set point storage area 26; That is, it is stored in the area 1-e shown in FIG.

When the process from step C3 is repeated again, when the cursor movement key 3 is operated, the process proceeds to steps C3 → C5 → C7 → C13 → C14, and the value of the counter N is counted up. Next, it is determined whether or not N = 5 (step 15). If N ≠ 5, the N-th original picture indicated by the value of the counter N is displayed (step C17). The processing from C3 is executed. When N = 5, the initial value "1" is set to the counter N (step C16), and then the processing of step C17 is performed, and the processing from step C3 is repeated. Therefore, by this error creation process, the user can create and store a mistaken picture different from the existing mistaken picture stored in the ROM 15 in advance, Can be set. Therefore, even when the electronic organizer is used continuously, a game for finding mistakes can be performed without getting tired.

In this embodiment, the case where the present invention is applied to an electronic organizer has been described. However, the present invention is not limited to this, and it is needless to say that the present invention can be applied to a video game or the like or a dedicated game device.

[0042]

As described above, according to the present invention, the whole image data for displaying the whole image and the partial image data for displaying a partial image corresponding to a part of the whole image and different from the partial image are displayed. Is stored, and the combined image data and the partial image data are combined to generate combined image data for displaying a combined image in which a part of the entire image is changed. The combined image and the combined image based on the entire image data are generated. Since the composite image based on the data is displayed, the displayable image can be diversified while reducing the required memory capacity, and a display that can sufficiently stimulate the playfulness can be performed.

Further, a plurality of types of partial image data are stored,
By randomly selecting any of the plurality of types of partial image data and generating the composite image data, it becomes uncertain what type of composite image data is to be generated, and It is also uncertain what composite image will be displayed based on the data, which can stimulate a sense of expectation.

Further, the first storage means comprises a whole image based on the whole image data and a synthesized image based on the synthesized image data generated by randomly selecting any one of the plurality of partial image data. Since a pair of images are sequentially displayed at a predetermined time interval, a pair of images composed of an entire image and an entire image obtained by partially changing the whole image are sequentially displayed at a predetermined time interval, for example, at one second intervals. As a result, it is possible to improve the difficulty of the game when the player searches for a mistake.

Further, since a designating means for designating a part of the composite image different from the whole image in the pair of images displayed on the display means is provided, a game for finding mistakes electronically can be achieved. In addition, with the configuration in which the designation is performed by touching a portion of the combined image different from the entire image, it is possible to easily advance the error finding game by touching the screen, which is a simple operation.

Further, according to the present invention, the points corresponding to the partial image data of the portion designated by the designation means are counted, so that the error hunting game is advanced and a portion of the synthesized image different from the whole image is obtained. By specifying, it is possible to score the game for finding the wrong score.

Further, since partial image data for displaying an erroneous image can be created, and an image synthesized using the created partial image data can be displayed, partial image data stored in advance is stored. It is possible to display a unique image that cannot be displayed using the data, thereby stimulating an interest in the game for finding mistakes over a long period of time.

Also, the points for the created partial image data can be set, and the set points are counted according to the partial image data specified by the specifying means. Can be changed, and the interest in the game for finding mistakes can be stimulated for a longer period of time. Further, since the score is reduced according to the time until the designation of the mistaken portion is made, the change of the score in the mistake search game can be stimulated.

[0049]

[Brief description of the drawings]

FIG. 1 is a block diagram showing a configuration of an electronic organizer to which an embodiment of the present invention is applied.

FIG. 2 is a schematic diagram showing an original picture image data storage area, a mistaken part image data storage area (ROM), and a created part image data storage area (RAM).

FIG. 3 is a schematic diagram showing an erroneous part point storage area (ROM) and a set point storage area (RAM).

FIG. 4 is a flowchart showing a main flow.

FIG. 5 is a diagram illustrating a relationship between operation keys and changes in a display unit during game processing.

FIG. 6 is a flowchart showing a processing procedure of a game processing.

FIG. 7 is a flowchart illustrating a procedure of an error creating process.

FIG. 8 is a diagram illustrating a relationship between an operation key and a change in a display unit in an error creating process.

[Explanation of symbols]

 9 CPU 10 display drive circuit 11 display unit 12 tablet 13 position detection unit 14 ROM 15 RAM 20 score storage area 22 created partial image data storage area 26 set score storage area 27 original picture image data storage area 28 incorrect partial image data storage area 29 wrong part score storage area

Claims (9)

[Claims] A first storage unit that stores whole image data for displaying the whole image; and a part that displays a partial image corresponding to a part of the whole image and different from the partial image. A second storage unit that stores image data, and a combined image obtained by combining the whole image data and the partial image data stored in each of the storage units and changing a part of the whole image. An image, comprising: synthesized image data generating means for generating synthesized image data to be displayed; and display control means for displaying a whole image based on the whole image data and a synthesized image based on the synthesized image data. Display control device. 2. The method according to claim 1, wherein the second storage unit stores a plurality of types of partial image data, and the combined image data generation unit randomly selects one of the plurality of types of partial image data, The image display control device according to claim 1, wherein the image display control device generates composite image data. 3. The first storage means stores a plurality of types of the whole image data; the second storage means stores a plurality of types of partial image data for each of the entire image data; The data generating means randomly selects one of a plurality of partial image data corresponding to the whole image data to generate the synthetic image data, and the display control means is a whole image based on the whole image data. 2. The image display control device according to claim 1, wherein a pair of images composed of a composite image based on the composite image data are sequentially displayed at a predetermined time interval. 4. A display device controlled by the display control device to sequentially display the images, and a portion of the pair of images displayed on the display device that is different from the entire image of the combined image is designated. The image display control device according to any one of claims 1 to 4, further comprising a designation unit that performs the operation. 5. The image display according to claim 4, wherein the designation unit performs the designation by touching a portion on the screen of the display unit that is different from the entire image of the composite image. Control device. 6. A partial image data of a part designated by the designation means, further comprising a score storage means for storing a score for each of a plurality of types of partial image data stored in the second storage means. 6. The image display control device according to claim 4, further comprising a counting unit that counts a score corresponding to (i). 7. The image processing apparatus according to claim 1, further comprising: a creating unit configured to create the partial image data; and a third storage unit configured to store the partial image data created by the creating unit. The image display control means according to any one of claims 1 to 5, wherein one of the partial image data stored in the second storage means and the partial image data stored in the third storage means is used. . 8. The apparatus further comprises: setting means for setting a score for the partial image data created by the creating means; and set score storage means for storing the score set by the setting means. 8. The image control device according to claim 7, wherein the number of points stored in the set point storage unit is counted according to the partial image data specified by the specifying unit. 9. The image display control device according to claim 6, wherein the point counted by the counting means is reduced according to a time until the designation is made by the designation means.