JPH11216267A - Electronic game device - Google Patents

Abstract

(57) [Summary] An object of the present invention is to make it possible for an electronic game device to objectively grasp the status and degree of a battle victory or defeat result by displaying a montage image of a battle opponent or displaying a message. Aim. Kind Code: A1 A part pattern corresponding to montage data for each of the instep and the party stored in a battle montage RAM is read from a basic part pattern ROM and displayed on a display unit (FIG. 17 (A)). The points set in advance for each part pattern constituting each montage image are read from the battle point ROM and totalized, and the win / loss of the party A and the party B are determined by comparing the total points. According to the judgment result, the montage image of the winner side shows the expression of joy and the message of victory, the montage image of the loser side shows the expression of sadness and the negative message, and the expression part pattern, respectively.
It is read from the ROM and the battle message ROM and displayed on the display unit 23 (FIG. 17C).

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an electronic game apparatus used when a battle game or the like is performed between a plurality of object images of living things such as persons and animals.

[0002]

2. Description of the Related Art Conventionally, for example, a bar code battle device is known as a battle type battle device using electronic equipment.

In this bar code battle apparatus, for example, when two persons input arbitrary bar codes, these two bar codes are converted into numerical data, and the larger the numerical value, the higher the power, and the winner is determined. That
In this case, the winning or losing of the battle result is determined by comparing numerical data corresponding to the two input barcodes, and the winning or losing is displayed by numerical display or the like.

[0004]

However, in such a conventional barcode battle apparatus, numerical data corresponding to two input barcodes is simply compared, and the result of the win or loss is numerically or graphically displayed. Therefore, it is difficult to accurately and objectively grasp the situation and degree according to the difference between wins and losses, and the game is poor and lacks interest.

The present invention has been made in view of the above problems.

SUMMARY OF THE INVENTION Accordingly, an object of the present invention is to provide an electronic game apparatus capable of grasping a winning or losing of a plurality of object images to be won or lost in an appearance form.

Another object of the present invention is to provide an electronic game device capable of displaying object games created by a user by fighting object images with each other.

[0008]

That is, according to the first aspect of the present invention, there is provided a first storage unit in which a plurality of first object images formed by combining a plurality of partial images are stored; First display means for displaying a plurality of first object images stored in one storage means, and partial images constituting each of the plurality of first object images stored in the first storage means And a second storage unit storing a plurality of specified data items for specifying the first and second data stored in the first storage unit based on the plurality of specified data items stored in the second storage unit. Determining means for determining the victory of each object image, and changing at least a part of each of the first object images displayed on the first display means in accordance with a result of the determination by the determining means. , This modified second object image And and a second display means for displaying.

According to a fifth aspect of the present invention, the first storage means stores a plurality of object images formed by combining a plurality of partial images, and the first storage means stores the plurality of object images. A second storage unit that stores a plurality of specified data that specify partial images constituting each of the plurality of object images; and a second storage unit that stores the plurality of specified data based on the plurality of specified data stored in the second storage unit. A determination unit for determining a win or loss between the object images stored in the first storage unit; and a result display unit for displaying a result of the determination by the determination unit.

According to the first aspect of the present invention, a first plurality of first object images formed by combining a plurality of partial images are displayed, and each of the first object images is formed. Based on a plurality of pieces of designation data for designating the partial images, a win or loss between the displayed first object images is determined, and according to a result of the determination, each of the displayed first object images is determined. Is changed to display the changed second object image.

According to the fifth aspect of the present invention, a plurality of object images formed by combining a plurality of partial images are stored, and a portion constituting each of the stored plurality of object images is stored. A plurality of designated data for designating an image is stored, and based on the stored plurality of designated data, a win or loss between the respective stored object images is determined, and the result of the determination is displayed. I have to.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings.

FIG. 1 is a diagram showing an external configuration of an electronic organizer in which the electronic game device of the present invention is mounted as a montage battle game machine.

The electronic notebook main body 11 is an electronic device carried by a user, has a notebook-type casing that opens left and right, and has a left operation surface 12a for turning on and off a power supply, "ON". Key 13a, an "OFF" key 13b, a "montage creation" key 14, which is operated when setting a montage creation mode, and a "a" key 15a for designating a target person "A" or "Otsu" when creating a montage. ,
"Oto" key 15b, a basic montage selection for selecting one from a plurality of basic type montage images consisting of a basic combination of each part pattern which is a pre-stored partial image when creating a montage image Keys “△, ▽” 16a, 16b, parts designating keys “↑, ↓” 17a, 17b for designating the parts to be changed when creating the montage, and the part pattern of the part to be changed specified as the above change target Pattern selection keys "←, →" 18a and 18b, a "registration" key 19 operated when saving the created montage pattern, and a save destination designation as a battle montage image when creating a montage. "Battle" key 20 operated when setting the battle game mode When creating a montage, a “fortune-telling” key 21 and a “start” key 22 that are operated to specify a save destination as a compatibility fortune-telling montage image and that are operated when setting a compatibility fortune-telling game mode. Provided.

The left operation surface 1 of the electronic organizer body 11
A liquid crystal dot matrix display section 23 is provided in 2a.

The liquid crystal dot matrix display section 23 has a montage display area on the “A” side and a montage image display area on the “Otsu” side.

On the other hand, the right operating surface 1 of the electronic notebook main body 11
2b, numeric keys “0 to 9” 24 operated when inputting numerical values, and operator keys “+, −, ×, ÷, =” 2
5, and alphabet keys "A to Z" 26 for inputting various data are provided.

FIG. 2 is a block diagram showing a configuration of an electronic circuit of an electronic organizer equipped with the montage battle game machine.

The electronic circuit of the electronic organizer equipped with this montage battle game machine has a CPU (central processing unit) 31.
It has.

The CPU 31 is used for the electronic notebook main body 11.
Based on a key operation signal supplied from an input unit 32 provided on the left and right operation surfaces 12a and 12b, the operation of each circuit is controlled in accordance with a program stored in advance.
In addition to the input unit 32, the CPU 31 includes a basic part pattern ROM 33, a battle score ROM 34, and a compatibility score RO.
M35, facial expression part pattern ROM 36, battle message ROM 37, compatibility message ROM 38, battle montage RAM 39, compatibility fortune-telling montage RA
The liquid crystal dot matrix display section 23 is connected via an M40, a synthesis RAM 41, and a display drive circuit 42.

FIG. 3 is a diagram showing the storage state of basic part patterns in the basic part pattern ROM 33 of the electronic organizer equipped with the montage battle game machine. FIG. 3A shows the storage state of the basic part patterns for face montage. FIG. 8B shows the stored state of the basic part pattern for the whole body montage.

The basic part pattern ROM 33 for face montage (see FIG. 3 (A)) includes a face, a hairstyle, eyes, eyes, and the like, which constitute the face of a living body such as a human, an animal, or an alien.
Divided into nose and mouth parts (parts), 20 for each part
The type of part pattern is stored in a predetermined storage area 33a (N
o, 1 to No, 20).

In the basic part pattern ROM 33 for the whole body montage (see FIG. 3B), each part constituting the whole body is divided into parts (parts) of a face, a torso, both hands, and both feet. Twenty types of part patterns are numbered and stored in a predetermined storage area 33b (No, 1 to No, 20).

In this case, the above basic part pattern ROM
Basic part pattern N for face montage in 33
In each of o, 1 to No, and 20, the combination of the patterns of each part (contour, hairstyle, eyes, nose, mouth) provides 20 predetermined basic face montages.

The basic part pattern ROM 33
Basic part pattern No. for whole body montage in
In each of Nos. 1 to No. 20, by combining the patterns of the parts (face, torso, both hands, and both feet), 20 kinds of predetermined basic whole body montage can be obtained.

FIG. 4 is a view showing a storage state of battle points in the battle point ROM 34 of the electronic organizer equipped with the montage battle game machine, and FIG. 4A shows a storage state of battle points for face montage. Fig. (B)
Indicates the stored state of the battle points for the whole body montage.

Battle score ROM for face montage
34 (see FIG. 4A) is the basic part pattern R
Basic part pattern for face montage in OM33 (contour, hairstyle, nose, eyes, mouth x No, 1 to No, 20)
A predetermined number of battle points from 0 to 9 is assigned to each area and stored in each area 34a.

As the battle point ROM 34 for the whole body montage (see FIG. 4B), basic part patterns for the whole body montage (face, body, both hands, both feet × No.
0, No. 20).
Battle points of up to 9 are assigned and stored in each area 34b.

FIG. 5 is a view showing a storage state of compatibility points in the compatibility score ROM 35 of the electronic organizer equipped with the montage battle game machine. FIG. 5A shows a storage state of compatibility points for the face montage. FIG. 8B shows a storage state of compatibility scores for whole body montage.

Compatibility score ROM 3 for the face montage
5 (see FIG. 5A) is the basic part pattern RO.
A predetermined compatibility score of 0 to 9 is assigned to each of the basic part patterns (contour, hairstyle, nose, eyes, mouth × No, 1 to No, 20) for face montage in M33, and It is stored in the area 35a.

The compatibility score ROM 35 for the whole body montage (see FIG. 5B) includes basic part patterns for the whole body montage (face, body, both hands, both feet × No.
No. 20) corresponding to each of 0 to
Compatibility points up to 9 are assigned and stored in each area 35b.

FIG. 6 is a diagram showing a storage state of a facial expression pattern in an expression part pattern ROM 36 of an electronic notebook equipped with the montage battle game machine. FIG. 6A shows a first stage display pattern during a battle battle. (B) shows the storage state of the second stage display pattern during the battle battle, and FIG.
Indicates the storage state of the battle victory result display pattern.

The display patterns in each of the battle stages are stored in the areas 36a to 36c as part patterns for changing facial expressions corresponding to the eye and mouth basic part patterns in the basic part pattern ROM 33, respectively. For example, in the battle game mode, the basic part pattern for the face montage (FIG. 3)
The face montage composed and displayed by the combination of the part patterns for each part in (A) is referred to in the first stage and the second stage during the battle battle, respectively.
According to the stage display pattern (FIG. 6 (A)) and the second stage display pattern (FIG. 6 (B)), the parts patterns such as the eyes and the mouth are sequentially replaced to change the expression, and furthermore, the battle battle ends. In the winning stage, the parts patterns such as the eyes and the mouth are replaced according to the winning result display pattern (FIG. 6C), and the winning expression is changed.

In this case, the battle battle result display pattern (FIG. 6C) includes a winning background pattern (other area 36c-1) to be combined with the background of the face montage image on the winner side. Can be

FIG. 7 is a diagram showing the storage state of the facial expression pattern in the expression part pattern ROM 36 of the electronic organizer equipped with the montage battle game machine. FIG. 7A shows the storage state of the compatibility matching result display pattern. FIG. 7B shows the storage state of the battle battle result / compatibility mismatch result display pattern.

The result display patterns are stored in the areas 36d and 36e as face expression changing part patterns corresponding to the eye and mouth basic part patterns in the basic part pattern ROM 33, for example. In the battle game mode, the face montage composed and displayed by the combination of the part patterns for each part in the basic part pattern for the face montage (see FIG. 3A) is used for displaying the negative result at the negative stage of the battle battle end. In accordance with the pattern (FIG. 7B), the part patterns such as the eyes and the mouth are exchanged and changed to a negative expression.

On the other hand, for example, in the affinity fortune-telling game mode, the basic part pattern for the face montage (FIG. 3)
The face montage image composed and displayed by the combination of the part patterns for each part in (A) is referred to in the compatibility fortune-telling end matching stage according to the compatibility matching result display pattern (FIG. 7A). And parts patterns such as mouth are replaced and changed to a joyful expression,
In the compatibility fortune-telling end disagreement stage, parts patterns such as eyes and mouth are replaced according to the compatibility disagreement result display pattern (FIG. 7B), and the expression is changed to sadness.

In this case, the compatibility matching result display pattern (FIG. 7A) includes a compatibility matching background pattern (other areas 36d-1) to be combined with the background of the face montage image having matching compatibility. Is provided.

The battle match result / mismatch display pattern (FIG. 7B) has a background of the face montage image of the loser at the end of the battle and a face montage image of the mismatch at the end of the match. A negative or incompatible background pattern (other areas 36e-1) for combination is provided.

FIG. 8 is a view showing the storage state of the whole body facial expression pattern in the facial expression part pattern ROM 36 of the electronic organizer equipped with the montage battle game machine. FIG. 8A shows the battle battle result / compatible match result display. FIG. 13B shows the stored state of the pattern, and FIG.
The storage state of the compatibility mismatch result display pattern is shown.

Each of the result display patterns is stored in each area 36f, 36g as a whole body expression changing part pattern corresponding to the face and both hands basic part patterns in the basic part pattern ROM 33, for example. In the battle game mode, the basic part pattern for the whole body montage (see FIG. 3B)
The whole body montage image constituted and displayed by the combination of the part patterns for each part in the above-mentioned pattern for the winning result display (FIG. 8)
According to (A)), the face and both hands patterns are exchanged to be a winning expression, and in the negative stage of the end of the battle, the face and the hands are changed according to the negative result display pattern (FIG. 8B). The pattern of both hands is exchanged and changed to a negative expression.

On the other hand, for example, in the affinity fortune-telling game mode, the basic part pattern for the whole body montage (FIG. 3)
The whole body montage image composed and displayed by the combination of the part patterns for each part in (B) is referred to in the compatibility fortune-telling end matching stage according to the compatibility matching result display pattern (FIG. 8A). And the two-handed pattern is replaced to change the expression of joy, and in the compatibility fortune-telling end mismatching phase, the face and both hands are replaced according to the compatibility mismatching result display pattern (FIG. 8B), and the sadness is obtained. Is changed to the expression.

The above expression part pattern ROM 36
Although not shown, the first-stage display pattern and the second-stage display pattern during compatibility fortune-telling are also stored in advance.

FIG. 9 is a diagram showing a storage state of battle victory messages in the battle message ROM 37 of the electronic organizer equipped with the montage battle game machine.

In the battle message ROM 37, different win / loss messages are stored in each area 37a in accordance with the winning, losing or tying of the battle result, and are combined with, for example, a face or a whole body montage image of the battle winner. The winning message is “Win! War!”, The negative message combined with the face or whole-body montage image of the battle loser is “Forgive!” And the draw message is “Mummu… Is stored in advance.

FIG. 10 is a diagram showing a storage state of compatibility messages in the compatibility message ROM 38 of the electronic organizer equipped with the montage battle game machine.

The compatibility message ROM 38 stores in each area 3 different compatibility messages according to the result of the compatibility fortune-telling.
For example, the total value of the compatibility points obtained from the compatibility score ROM 35 is compared between the respective montage images corresponding to each part pattern constituting the face or the whole body montage image to be subjected to the compatibility fortune-telling. If the point difference is "0-3", "Compatibility is perfect!""Green!" If it is "4-15", "It's OK!""Let's get along!", "16-29" A compatibility message to be combined with each montage image is stored in advance as "all at once!"

FIG. 11 is a montage RAM39 for battle of an electronic organizer equipped with the montage battle game machine.
(A) shows the storage state of each part pattern number constituting the battle montage image registered in FIG.
Shows the face montage data for the battles of the first and second parties, and FIG. 8B shows the whole body montage data for the battles of the first party and the second party.

The face montage data storage areas 11a and 11b of the battle montage RAM 39 (FIG. 11)
(A)) includes, when creating a face montage image for battle battle, parts (contour,
(Hairstyle, nose, eyes, mouth).

That is, according to the face montage data on the instep side shown in FIG. 11A, for example, the face montage image of the instep created by the user for the battle has a contour pattern for the face montage in the basic part pattern ROM 33. "No, 1", hairstyle pattern is the same ROM
33 "No, 1" for face, nose pattern is the same RO
"No, 2" for face in M33, eye pattern is R
The face pattern “No, 1” in the OM 33 and the mouth pattern in the ROM 33 are composed of “No, 1” for the face.

In addition, the montage RAM 3 for battle is used.
9 whole-body montage data storage areas 11A and 11B
(FIG. 11 (B)) shows respective parts (face, torso, both hands, both feet) constituting the whole body montage image selected by the user as the instep or the second party when creating the whole body montage image for battle battle. The part pattern number is stored.

That is, for example, according to the whole body montage data on the instep side shown in FIG. 11B, the whole body montage image of the instep created by the user for the battle is:
The face pattern is “No. 9” for whole body montage in the basic part pattern ROM 33, and the body pattern is R
The combination of “No, 3” for the whole body in the OM 33, the two-hand pattern is “No, 2” for the whole body in the ROM 33, and the pattern of both feet is the combination of “No, 1” for the whole body in the ROM 33.

Here, the battle montage RAM is used.
Montage data storage areas 11a and 11 in which the part pattern numbers of the respective parts in 39 are stored.
b, the battle score ROM 3 corresponding to 11A and 11B.
Battle point storage areas 11c, 11d, 11C, and 11D for storing the battle points read from No. 4 are provided. Also, for each of the montage data storage areas 11a, 11b, 11A, and 11B of Party A and Party B, A total score storage area 11e, 11f, 11E, 11F for storing a total score obtained by adding up the battle scores for each part constituting the individual montage image is provided, and these areas 11e, 11f, 11E, 11F are provided. The winning or losing of the battle is determined by comparing the total score of each battle between the instep montage image and the second montage image stored in.

FIG. 12 is a montage RAM 4 for fortune-telling of an electronic organizer equipped with the above-mentioned montage battle game machine.
This figure shows the storage state of each part pattern number constituting the compatibility fortune-telling montage image registered in 0, and FIG. 7A shows the compatibility fortune-telling face montage data of the first and second persons, respectively, and FIG. Indicates the whole body montage data for the fortune-telling of each party.

As the face montage data (FIG. 12A) of the affinity fortune-telling montage RAM 40, when creating a face montage for affinity fortune-telling, each face constituting the face montage image selected by the user as Party A or Party B is used. The part pattern number of each part (contour, hairstyle, nose, eyes, mouth) is stored.

That is, for example, according to the face montage data on the instep side shown in FIG. 12A, the face montage image of the instep created by the user for affinity fortune-telling has an outline pattern in the face part montage in the basic part pattern ROM 33. "No, 4" for hairstyle pattern is the same RO
“No, 4” for face in M33, nose pattern is R
The face pattern “No, 3” in the OM 33, the eye pattern is composed of “No, 4” for the face in the ROM 33, and the mouth pattern is composed of “No, 4” for the face in the ROM 33.

Further, the above-mentioned montage RAM for affinity fortune-telling
As the whole-body montage data of FIG. 40 (FIG. 12 (B)), each part (face, torso, both hands) constituting the whole-body montage image selected by the user as the instep or the second party when creating the whole-body montage image for the fortune-telling , Both feet) The respective part pattern numbers are stored.

That is, for example, according to the whole body montage data on the instep side shown in FIG. 12B, the whole body montage image of the instep created by the user for the fortune-telling uses the whole body montage in the basic part pattern ROM 33 as the face pattern. "No, 2" for the torso pattern, "No. 6" for the whole body in the same ROM 33, both hands pattern "No, 9" for the whole body in the same ROM 33, and both feet pattern "No, 6" for the whole body in the same ROM 33.
5 ".

Here, the montage RA for affinity fortune-telling
Compatibility point number storage areas 12c, 12d, and 12 for storing compatibility point numbers read from the compatibility point number ROM 35 corresponding to the part pattern number storage areas 12a, 12b, 12A, and 12B of each part in M40.
C, 12D, and the montage data storage areas 12a, 12b, 12A, 12
For B, total score storage areas 12e, 12f, 12E, and 12 for storing the total score obtained by summing the compatibility scores of each part constituting the individual montage image.
F is provided. These areas 12e, 12f, 12E,
Whether the compatibility is good or bad (degree of compatibility) is determined by comparing the point difference of the total compatibility score between the instep montage image and the second montage image stored in 12F.

In the battle game mode, the combination RAM 41 stores the battle montage RAM 39, and in the compatibility fortune-telling game mode, the compatibility fortune-telling montage RAM 40 stores the part pattern numbers of the respective parts constituting the instep and second montage images. In response to the above, each part pattern read from the basic part pattern ROM 33 is synthesized.
The montage pattern of the instep and the opponent obtained by synthesizing the respective part patterns of the instep and the montage image in 41 is adjacent to the liquid crystal dot matrix display unit 23 via the display drive circuit for battle battle or fortune-telling. Is displayed.

Next, the operation of the electronic organizer equipped with the montage battle game machine having the above configuration will be described.

FIG. 13 is a flowchart showing a montage creation process for an electronic organizer equipped with the above montage battle game machine.

That is, when the "montage creation" key 14 in the input section 32 is operated, the CPU 31 is set to the montage creation mode (step S1).

In this montage creation mode, when the "Battle" key 20 is operated in order to create an image of an instep or a second montage for battle battle, the montage RAM 39 for battle is used as a storage destination of the montage data.
Is specified (steps S2a and S3a).

When the "A" key 15a is operated to create an instep montage image, the montage data storage area 11a or 11A on the instep side of the battle montage RAM 39 is designated (see FIG. 11) (step S4a). , S5a).

Then, first, the basic part pattern ROM
At 33, the respective part patterns "No, 1" constituting the first basic montage image are read out, transferred to the synthesizing RAM 41 and synthesized, and displayed on the display unit 23 as a battle instep montage image (step). S
6, S7).

FIG. 14 is a flowchart showing a data synthesizing display process accompanying a montage creation process for an electronic organizer equipped with the above-mentioned montage game machine.

That is, the above basic part pattern ROM
When a part pattern number of each part is designated for composing an instep montage image, a part pattern corresponding to the part pattern number is read from the basic part pattern ROM 33 and transferred to the combining RAM 41 (step A1). ~ A5).

In this case, in the synthesizing RAM 41, each part pattern constituting the first basic montage image is synthesized.
The first basic montage image composed of the “o, 1” part pattern is displayed on the display unit 23 (step A).
6).

Here, when the basic montage selection key "@" 16b in the input section 32 is operated, each part pattern number indicating the basic montage image in the basic part pattern RAM 33 is changed from "No, 1" to "No, 1".
2 "(steps S8, S9).

Then, the number “No, 2” indicating the pattern of each part designated as the basic montage image
In response to this, the reading of each part pattern (in this case, all “No, 2”) stored in the basic part pattern ROM 33 and the pattern transfer synthesis processing to the synthesis RAM 41 are executed. For example, in the case of a face montage image, A second basic montage image composed of a part pattern corresponding to “No, 2” to the mouth pattern is displayed on the display unit 23 (Step S7).

That is, when the basic montage selection keys "$, $" 16a, 16b in the input section 32 are operated, the processing of the above-mentioned steps S7 to S9 is repeated, and "No, 1" to "No" are stored in the basic part pattern ROM 33 in advance. ,
Twenty types of basic montage images stored as "20" are sequentially changed and combined and displayed.

Thus, the user selects a basic montage image close to the desired instep montage image in advance and causes the display unit 23 to display the basic montage image.

Here, when the part designation keys "↑, ↓" 17a, 17b in the input section 32 are operated, the target part of the pattern change is changed to an arbitrary part. In the basic montage image selected and displayed as a montage image close to the desired instep montage image on the display unit 23 in advance, if the user wants to change a specific part to another different part, the above part designation keys “↑, ↓” By operating 17a and 17b, the change target part is changed (steps S10 and S11).

Then, after that, the pattern selection keys "←,
When the user operates the "→" 18a, 18b, a part pattern among the corresponding parts in the basic part pattern ROM 33, which has been instructed to be changed as the change target part, is changed and selected. Read from the part pattern ROM 33 and synthesized R
The data is transferred to the AM 41 and displayed on the display unit 23 (steps S12, S13 → S7).

As a result, the user selects and changes other part patterns only for the part patterns different from those of the parts of the desired instep montage image among the basic montage images selected and displayed on the display unit 23 in advance. Display.

Here, if it is desired to change the part pattern for another part, the part designation keys "↑, ↓" 17a and 17b are operated to change the part to be changed. , The above pattern selection key “←,
→ "Operate 18a, 18b to change the basic part pattern R
If the part pattern number of an arbitrary part area with respect to the OM 33 is changed, a new part of the synthesized and displayed basic montage image is selectively changed to an arbitrary part pattern, and a desired instep montage image is created (step S10). S10 to S13 → S7).

Then, when the instep montage image desired by the user is obtained, the “registration” key 1
By operating No. 9, the instep montage image synthesis processing is completed, and each part pattern number corresponding to the instep montage image synthesized and held in the synthesis RAM 41 is used as the instep montage data for battle in the montage RAM 39 for battle. It is stored and registered in the montage data storage area 11a or 11A (see FIG. 11) (steps S14, S15).

On the other hand, when the user wants to create a montage image as a battle opponent of the above instep montage image, the user operates the “create montage” key 14 similarly to set the montage creation mode, and also sets the “battle” key. 20 and the "Otsu" key 15b are operated to store the montage data as a montage R for battle.
Montage data storage area 11 for party B in AM39
b or 11B (see FIG. 11) (step S
1, S2a, S3a, S4b, S5b).

Then, in the same manner as described above, the basic montage selection operation using the basic montage selection keys “△, ▽” 16a, 16b, and the part designation keys “↑, ↓” 17
By repeating the operation of designating the parts to be changed by the a and 17b and the operation of selecting the part patterns by the pattern selection keys “←, →” 18a and 18b, the respective part patterns corresponding to the desired illusion montage image become the basic part pattern ROM 33. And is transferred to the combining RAM 41 and displayed on the display unit 23 (steps S6 to S13).

In this way, when the user has obtained the desired montage image, the user operates the “registration” key 19 of the input unit 32 to complete the process of synthesizing the oumontage image. Each of the part pattern numbers corresponding to the held Otsu montage image is stored and registered as the Otsu montage data for battle in each area 11b or 11B of the montage RAM 39 for battle (see FIG. 11) (step S1).
4, S15).

Next, in the montage creation processing shown in FIG. 13, if it is desired to create an instep montage image for affinity fortune-telling, the "montage creation" key 14 is operated to set the montage creation mode, By operating the "fortune-telling" key 21 and the "A" key 15a, the montage data storage area 12a or 12A (see FIG. 12) on the instep side of the affinity fortune-telling montage RAM 40 is designated as the storage destination of the montage data (step S1, step S1). S2b, S3b, S4c, S5c).

Then, in the same manner as when creating the battle montage image, the basic montage selection key “△,
▽ ”16a, 16b basic montage selection operation,
Specifying the parts to be changed using the part designation keys “↑, ↓” 17a, 17b, and the pattern selection keys “←,
→ "By repeating the selection operation of the part patterns by 18a and 18b, each part pattern corresponding to a desired instep montage image is read from the basic part pattern ROM 33, transferred to the synthesizing RAM 41 and displayed on the display unit 23 (step). S6 to S13).

When the instep montage image desired by the user is obtained in this way, by operating the "register" key 19 of the input unit 32, the instep montage image synthesizing process is completed, and the synthesizing RAM 41 synthesizes the instep montage image. Each part pattern number corresponding to the retained instep montage image is stored and registered in the montage data storage area 12a or 12A of the affinity fortune-telling montage RAM 40 (see FIG. 12) as the intimacy fortune-telling montage data. (Steps S14 and S15).

On the other hand, when it is desired to create a second montage image which is a companion fortune-telling partner of the above instep montage image,
The montage creation mode is set by operating the “montage creation” key 14 and the “compatibility” key 2
1 and the "Otsu" key 15b are operated to store the montage data as a montage RAM 40 for compatibility fortune-telling.
Designate the montage data storage area 12b or 12B (see FIG. 12) of the second party in the inside (steps S1 and S2).
b, S3b, S4d, S5d).

Then, in the same manner as described above, the basic montage selection operation using the basic montage selection keys “△, ▽” 16a, 16b, and the part designation keys “↑, ↓” 17
By repeating the operation of designating the parts to be changed by the a and 17b and the operation of selecting the part patterns by the pattern selection keys “←, →” 18a and 18b, the respective part patterns corresponding to the desired illusion montage image become the basic part pattern ROM 33. And is transferred to the combining RAM 41 and displayed on the display unit 23 (steps S6 to S13).

In this way, when the user has obtained the desired montage image, the user operates the “registration” key 19 of the input unit 32 to complete the process of synthesizing the montage image. Each of the part pattern numbers corresponding to the stored second-party montage image is stored and registered in the second- and third-party montage data storage area 12b or 12B of the fortune-telling montage RAM 40 (see FIG. 12). (Steps S14 and S15).

Thus, the battle montage R
In AM39, each part pattern number constituting the face or whole body montage image of the insteps and the second party created for the battle battle is registered (see FIG. 11).

Further, the montage RAM for affinity fortune-telling
In 40, each part pattern number constituting the face or whole body montage image of the instep and the second party created for the fortune-telling is registered (see FIG. 12).

FIG. 15 is a flowchart showing the first half of the battle game processing of the electronic organizer equipped with the montage battle game machine.

FIG. 16 is a flowchart showing the latter half of the battle game processing of the electronic organizer equipped with the montage battle game machine.

Here, montage RAM39 for battle
The face montage data for the battle of the instep and the battle shown in FIG. 11A is stored in the montage creation processing (FIG. 13, FIG.
It is created and registered in advance through FIG. 14).

FIG. 17 is a diagram showing a display state of a montage image of the instep and the party B accompanying the battle game processing of the electronic organizer equipped with the montage battle game machine.

That is, when the “Battle” key 20 is operated in the first half of the battle game shown in FIG.
U31 is set to the battle game mode, and first, the montage data of the insteps and the faces of the insteps (see FIG. 11A) registered in the montage data storage areas 11a and 11B of the battle montage RAM 39 are read (step B1). , B2).

Then, the montage RAM for battle described above
The part patterns constituting the face montage image X1 and the face montage image Y1 of the instep are read out from the basic part pattern ROM 33 in accordance with the face montage data of the instep and the step B read out from the basic part pattern ROM 33.
And is synthesized by this.
As shown in (A), the face montage images X1 and Y1 of the instep and the instep B for battle battle are displayed (steps B3 and B4).

Here, the face montage battle points for each of the part patterns constituting the face montage images X1 and Y1 of the insteps A and B are the battle point ROM 34.
The battle point storage area 34a corresponding to
(See (A)) and stored in the battle point storage areas 11c and 11d for the parts A and B in the battle montage RAM 39 (step B5).

Then, the montage RAM for battle is used.
Battle score storage area 11 for each of 39 Party and Party B
The battle points for each part stored in c and 11d are totaled for each of the face montage images X1 and Y1, and stored in the total point storage areas 11e and 11f (FIG. 1).
1 (A)) (Step B6).

As shown in FIG. 17A, the face montage images X1 and Y1 of the insteps A and B as the battle opponents are displayed for a predetermined time (for example, 3 minutes).
Seconds), the individual face montage images X1, Y
In response to the part pattern numbers such as the eyes and the mouth in 1, the part patterns such as the eyes and the mouth for the first stage display are read out from the parts pattern area (see FIG. 6A) of the expression part pattern ROM 36, Synthetic memory 41
And only the part pattern parts such as eyes and mouth are replaced and synthesized. As a result, as shown in FIG. 17 (B), each face montage image X2, Y2 is given a facial expression change at the first stage of the battle, and each of the face montage images X2 and X2 as the first half of the battle battle. ,
Y2 is displayed (steps B7 to B9).

Further, as shown in FIG. 17B, while the face montage images X2 and Y2 of the insteps A and B are displayed in the first half of the battle, a predetermined time (for example, 3 seconds) is displayed. After the lapse of time, corresponding to the eye and mouth part pattern numbers in the individual face montage images, the respective part patterns such as the eyes and mouth for the second stage halfway display are displayed in the part pattern area 36b of the expression part pattern ROM 36 (FIG. B)), transferred to the combining memory 41, and only the part patterns of the eyes and mouth are replaced and combined. As a result, a facial expression change at the second stage of the battle is added to each of the face montage images, and the face montage images X2 and Y2 of the insteps A and B are displayed as the second half of the battle battle (steps B10 to B12).

Thereafter, when a predetermined time (for example, 3 seconds) has elapsed, in step B6, the battle points are stored in the total point storage areas 11e and 11f (see FIG. 11 (A)) of the upper and lower points of the battle montage RAM 39. The total number of battles (in this case, 8 points: 29 points B) is read out, and the size of the battles is compared to determine the win / loss of the steps A and B (steps B13 to B15).

Here, for example, the instep montage image X
In the case where the total battle score of the second montage image Y2 is equal to the total battle score of the second montage image Y2, the basic part patterns such as the basic eyes and the mouth again correspond to the eye and mouth part pattern numbers in the individual face montage images. Is read from the basic part pattern ROM 33, and the draw message "mummum ..." stored in advance in the battle message ROM 37 is read (steps B16 to B1).
8).

Then, the basic part pattern ROM 3
The basic patterns of the eyes and mouth corresponding to the face montage images of the instep and the face read from the third party are respectively stored in the synthetic memory 41.
And the face montage image of the instep and the face displayed as the latter half of the battle in step B12 is replaced with only the part pattern parts such as the eyes and mouth, and the draw read from the battle message ROM 37. The message is synthesized with the message "Mummm ..." (step B19).

As a result, the basic face montage images registered in advance in the battle montage RAM 39 in the battle montage RAM 39 are displayed on the display unit 23 together with the draw message "mummum ..." (step B20).

On the other hand, when the battle total score of the instep montage image judged to be larger or smaller in the step B15 is larger than the battle total score of the second montage image, that is, in the case where the first party is determined to be a winner and the second party is determined to be a loser, In correspondence with the eye and mouth part pattern numbers in the face montage image of the instep, the part patterns such as the eyes and mouth for displaying the winning result are expressed by the expression part pattern ROM 36 (FIG. 6).
(See (C)), and in correspondence with the eye and mouth part pattern numbers in the face montage image of the second party, the part pattern such as the eye and mouth for displaying the negative result and the negative background pattern are expressed in the expression part pattern ROM 36. (FIG. 7
(Refer to (B))) (step B16 → B2)
1, B22).

A win message “Win! War!” Pre-stored in the battle message ROM 37 is used as a display for the instep side, and a negative message “Forgive you lost!”
Is read for display on the second party (step B23).

Then, the expression part pattern ROM 3
The winning result pattern of the eyes and the mouth corresponding to the face montage image of the instep and the negative result pattern of the eyes and the mouth corresponding to the face montage image of the second party, which are read out from Step 6, are transferred to the synthesis memory 41. With respect to the face montage image of the instep and the second part displayed during the latter half of the war, only the part patterns such as the eyes and mouth are replaced as the winning result pattern and the second part as the negative result pattern, and read from the battle message ROM 37. The message is combined with the received win message for the instep side "Wow! War!" And the negative message for the second party "forgive defeat!" (Step B24).

As a result, the face montage image on the instep side is added with a change in the expression of joy, and is displayed together with the above-mentioned win message "Win! War!". The face montage image on the second side includes sadness. Is displayed, and displayed together with the above-mentioned negative message "I forgot to lose!" (Step B25).

Further, when the battle total score of the second party montage image is larger than the total score of the second party montage image determined in step B15, that is, when the first party is determined to be a loser and the second party is determined to be a winner. In the face montage image of the instep, corresponding to the eye and mouth part pattern numbers in the face montage image, the part patterns such as the eyes and mouth for displaying the negative result and the negative background pattern are read from the expression part pattern ROM 36 (see FIG. 7B). At the same time, the part patterns of the eyes and the mouth for displaying the winning result are read from the facial expression part pattern ROM 36 (see FIG. 6C) in accordance with the eye and mouth part pattern numbers in the face montage image of the second party. (Step B16 → B2)
1 → B26).

[0109] A negative message "forgive me lost!" Stored in advance in the battle message ROM 37 is used for the display on the instep side, and the win message "I won!"
Is read for display on the second party side (step B27).

Then, the expression part pattern ROM 3
The negative result pattern of the eyes and the mouth corresponding to the face montage image of the instep and the winning result pattern of the eyes and the mouth corresponding to the face montage image of the second party are transferred to the synthesis memory 41. In the face montage images of the insteps and the second party displayed in the latter half of the war, only the part patterns such as the eyes and mouth are replaced as the negative result pattern and the second party as the winning result pattern, and read from the battle message ROM 37. The message is combined with the negative message for the instep side "forgive defeat!" And the win message for the second side "win! War!" (Step B28).

As a result, for example, as shown in FIG. 17 (C), the face montage image X3 on the instep side is changed in the expression of sadness, and the negative message Xa, “forgive me!” Is displayed together with the face montage image Y3 of the second party.
It is displayed together with the above-mentioned winning message Ya, “Wow! War!” (Step B29).

FIG. 18 is a flow chart showing the first half processing of the affinity fortune-telling game of the electronic organizer equipped with the montage battle game machine.

FIG. 19 is a flow chart showing the second half processing of the affinity fortune-telling game of the electronic notebook equipped with the montage battle game machine.

Here, the montage RAM 4 for affinity fortune-telling
0 contains the face montage data for the fortune-telling of the instep and the opponent shown in FIG.
3, FIG. 14).

FIG. 20 is a diagram showing a display state of the instep and second montage images accompanying the affinity fortune-telling game processing of the electronic organizer equipped with the montage battle game machine.

That is, in the first processing of the affinity fortune-telling game shown in FIG. 18, when the “fortune-telling” key 21 is operated,
The CPU 31 is set to the compatibility fortune-telling game mode.
The face montage data (see FIG. 12 (A)) of the instep and the second party registered in the affinity fortune-telling montage RAM 40 are read (steps C1 and C2).

Then, the fortune-telling montage RA
Each part pattern constituting the face montage image of the instep and the face montage image of the instep B is read from the basic part pattern ROM 33 and transferred to the synthesis memory 41 in accordance with the face montage data of the step A and the step B read from the M40. As a result, as shown in FIG. 20A, the face montage images X10 and Y10 of the insteps A and B are displayed for use in fortune-telling (steps C3 and C4).

Here, the compatibility score for the face montage for each part pattern constituting the face montage images X10 and Y10 of the instep A and B is calculated by the compatibility score ROM 35.
Corresponding to the compatibility score area 35a (FIG. 5A)
Montage RA read from the above)
M40 and M2 are stored in the compatibility score storage areas 12c and 12d for each part (Step C).
5).

Then, the fortune-telling montage RA
Compatibility score storage area 12 for M40 and M2
The compatibility scores for each part stored in c and 12d are totaled for each of the face montage images X10 and Y10, and stored in the total score storage areas 12e and 12f (see FIG. 12A) (step). C6).

As shown in FIG. 20A, when a predetermined time (for example, 3 seconds) elapses while the face montage images X10 and Y10 of the instep A and the opponent B as the affinity fortune-telling partner are displayed, the individual Face montage image X1
Corresponding to the part pattern numbers such as eyes and mouths at 0 and Y10, the part patterns such as eyes and mouths for the first stage halfway display for compatibility fortune-telling are expression part patterns R.
The data is read from the OM 36, transferred to the combining memory 41, and only the part patterns such as the eyes and the mouth are replaced and combined. As a result, for example, as shown in FIG. 20 (B), each face montage image is given a facial expression change at the first stage of fortune-telling, and the face montage images X11 and Y11 of the instep and the second person as the first half stage during the fortune-telling, respectively. It is displayed (steps C7 to C9).

Further, as shown in FIG. 20B, a predetermined time (for example, 3 seconds) elapses while the face montage images X11 and Y11 of the insteps A and B are displayed as the first half of the fortune-telling. Then, corresponding to the part pattern numbers such as the eyes and the mouth in the individual face montage images X11 and Y11, the part patterns such as the eyes and the mouth for the second stage halfway display for affinity fortune-telling are read from the expression part pattern ROM 36. Then, it is transferred to the synthesis memory 41 and only the part pattern portions such as the eyes and the mouth are replaced and synthesized. As a result, a facial expression change of the second stage of fortune-telling is added to each face montage image, and the face montage images of the instep and the second person are displayed as the latter stage during fortune-telling (steps C10 to C12).

Thereafter, when a predetermined time (for example, 3 seconds) elapses, in step C6, the montage is stored in the total score storage areas 12e and 12f of the insteps A and B of the affinity fortune-telling montage RAM 40 (see FIG. 12A). The obtained compatibility total score (in this case, 25 points for Party A: 21 points for Party B) is read out, and the degree of compatibility between Party A and Party B is determined by comparing the point difference (Steps C13 to C15).

Here, for example, when the difference between the total compatibility score of the above-mentioned montage image and the total compatibility score of the above-mentioned montage image is within 0 to 3 points, that is, the compatibility between the former and the latter is high. In the case, corresponding to the eye and mouth part pattern numbers in the face montage image of each of the insteps and the second part, the part patterns such as the eyes and the mouth for displaying the compatibility result and the compatibility background pattern are stored in the expression part pattern ROM 36. The data is read from the area 36d (see FIG. 7A) (steps C16 and C17).

Further, a compatibility match message “Compatibility perfect!” And “Welcome!” Corresponding to the point difference “0-3” stored in advance in the compatibility message ROM 38 is read (step C18).

Then, the expression part pattern ROM 3
The compatibility pattern of the eyes and the mouth and the compatibility background pattern corresponding to the face montage images of the insteps A and B, respectively, which are read out from step S6, are transferred to the synthesis memory 41, and are displayed in step C12 as the latter half of the fortune-telling. And the face montage image of the second party, only the part patterns such as the eyes and mouth are replaced as the compatibility matching result pattern, and the compatibility matching message read out from the compatibility message ROM 38 and the compatibility matching message “Compatibility perfect!” It is synthesized together with "Hello!" (Step C19).

Thus, for example, as shown in FIG. 20C, the face montage images X12,
The expression change of joy is added to Y12, and the compatibility matching background pattern Xc, Yc and the compatibility matching message Xb,
It is displayed together with Yb, “Compatibility perfect!” And “Urashi!” (Step C20).

On the other hand, the point difference between the total compatibility score of the instep montage image and the total compatibility score of the second montage image determined by the point difference comparison determination in step C15 is “4 to
If the score is 15 ", that is, if the compatibility between Party A and Party B is normal, corresponding to the eye and mouth part pattern numbers in the face montage images of Party A and Party B,
The part patterns such as the basic eyes and the mouth are read out again from the basic part pattern ROM 33, and the compatibility normal message corresponding to the point difference "4 to 15" stored in advance in the compatibility message ROM 38 is "OK, OK!" (Step C16 → C21-C21)
C23).

Then, the basic part pattern ROM 3
The basic patterns of the eyes and mouth corresponding to the face montage images of the instep and the face read from the third party are respectively stored in the synthetic memory 41.
The face montage image of the instep and the face displayed as the latter half of the fortune-telling in step C12 is replaced with only the part pattern parts such as the eyes and mouth, and the compatible normal message read from the compatible message ROM 38. It is combined with "OK!" And "Let's get along!" (Step C24).

As a result, on the display unit 23, the basic face montage images of the insteps A and B respectively registered in the affinity fortune-telling montage RAM 40 in advance are displayed together with the above-mentioned affinity ordinary message "OK, OK!" It is displayed (step C25).

Further, for example, when the point difference between the total compatibility score of the instep montage image and the total compatibility score of the above-mentioned montage image determined by the point difference comparison determination in step C15 is “16” or more, that is, If the compatibility is low, corresponding to the eye and mouth part pattern numbers in the face montage image of each
Parts patterns such as eyes and mouth for displaying the incompatibility result and the incompatibility background pattern are expression part patterns RO
M36 (see FIG. 7B) (step C)
16 → C21 → C26).

Also, the compatibility mismatch message corresponding to the point difference “16-29” stored in advance in the compatibility message ROM 38, “Zenze-Dame!”, “Compete in the battle game!”
Is read (step C27).

Then, the expression part pattern ROM 3
The incompatibility result pattern and incompatibility background pattern of the eyes and mouth corresponding to the face montage images of the insteps and the insteps read out from step 6 are transferred to the synthesis memory 41, and are displayed as the latter half of the fortune-telling in step C12. And the face montage image of the second party, only the part patterns such as the eyes and mouth are replaced as the compatibility mismatch result pattern, and the compatibility mismatch message read out from the compatibility mismatch background pattern and the compatibility message ROM 38, "Zenzenme!" This is combined with "A battle in the battle game!" (Step C28).

As a result, the face montage image of each of the insteps and the second party is added with the expression change of sadness, and is displayed together with the above-mentioned incompatibility background pattern and the incompatibility message "Zenze-Dame!" (Step C29).

Therefore, according to the montage battle game machine having the above structure, the montage RAM 39 for battle is used.
Alternatively, in correspondence with the montage data for the battle battle or the affinity fortune-telling, which is created and stored in advance in the montage RAM 40 for the affinity fortune-telling, the respective part patterns constituting the montage images of the former and the second party are the basic part patterns. Read from ROM 33 and combine RA
In the battle game, the battle points are set to the battle points RO set in advance for each part pattern constituting each montage image during the battle game.
M34 is read out from each montage image and summed for each montage image, and the battle total score is compared to determine the winning or losing of Koto. The montage image on the winner side contains the expression pattern of joy and the winning message, and the montage image on the loser side An expression pattern of sadness and a negative message are respectively stored in an expression part pattern ROM 36 and a battle message ROM.
37, and is displayed on the display unit 23 in a combined manner. In the compatibility fortune-telling game, the compatibility score set in advance for each part pattern constituting each montage image is calculated as the compatibility score R.
The OM35 is read from the OM 35 and summed up for each montage image, and the compatibility degree of Koto is determined by comparing the point difference of the total compatibility score. When the point difference is small, each montage image contains a facial expression pattern of joy and a compatibility match message in each montage image. In the case of, each montage image includes a sad expression pattern and a message of incompatibility, and an expression part pattern R
Since it is read out from the OM 36 and the compatibility message ROM 38 and displayed on the display unit 23 in a composite manner, the result of the battle and the situation and degree of compatibility can be objectively grasped by changing the expression of each montage image and displaying the message. A very interesting electronic device mounted on a game machine can be realized.

In the compatibility fortune-telling game in the above embodiment, the compatibility points preset for each of the part patterns constituting the montage images of the instep A and the party B are read out from the compatibility point ROM 35, and totalized for each montage image. 21 and FIG. 2 are configured to determine the degree of compatibility between Party A and Party B by comparing the point difference of the total points of compatibility.
As in the embodiment shown in FIG. 2, a compatibility score may be assigned to the entire face type of each montage image, the compatibility scores may be compared, and the compatibility may be determined based on the result.

FIG. 21 is a diagram showing a data storage state of the face type-specific compatibility ROM required when the fortune-telling is performed by the combination of the face types of each montage image by using the electronic organizer equipped with the montage battle game machine. .

That is, in the above-mentioned face type compatibility ROM, the degree of compatibility is set in advance in accordance with the combination of the face types of the first and second parties.

FIG. 22 is a flow chart showing the affinity fortune-telling game processing when the affinity fortune-telling is performed by the combination of the face type of each montage image by the electronic organizer equipped with the montage battle game machine.

Here, the montage RAM 4 for affinity fortune-telling
0 contains the face montage data for the fortune-telling of the instep and the opponent shown in FIG.
3, FIG. 14).

That is, in FIG. 22, "fortune-telling"
When the key 21 is operated, the CPU 31 is set to the affinity fortune-telling game mode.
The face montage data (see FIG. 12A) of Party A and Party B registered in 40 are read (Steps D1, D)
2).

Then, the fortune-telling montage RA
Each part pattern constituting the face montage image of the instep and the face montage image of the instep B is read from the basic part pattern ROM 33 and transferred to the synthesis memory 41 in accordance with the face montage data of the step A and the step B read from the M40. As a result, as shown in FIG. 20A, face montage images X10 and Y10 of the insteps A and B are displayed for use in fortune-telling (steps D3 and D4).

Here, the face type of each face montage image is obtained from the outline pattern and the hairstyle pattern of each of the insteps and the part B synthesized in the synthesis RAM 41. The face type (round shape, egg shape, etc.) is obtained by the pattern shape of the contour pattern and the hairstyle pattern, but the type of face type may be stored in advance for each contour pattern and each hairstyle pattern. . A score indicating the degree of compatibility based on the combination of face types is stored in each area 210 of the face type compatibility ROM 210.
a (see FIG. 21) (steps D5 and D5).
6). In addition, this score is assigned to 0 to 3 points in the case where the face type is “round” and “round”, for example.

Thereafter, when a predetermined time elapses, the aforementioned FIG.
9, the facial expression pattern and the message corresponding to the compatibility score obtained from the facial type-specific compatibility ROM are read out from the facial expression part pattern ROM 36 and the compatibility message ROM 38, and are stored in the combining RAM 41. After being synthesized, for example, FIG.
As shown in (C), the face montage images X12 and Y12 of the insteps A and B are displayed (step D).
7, D8).

Further, in the description of the operation of the battle game or the affinity fortune-telling game in each of the above-described embodiments, the case where the face montage image is used as the montage image of each of the insteps and the second party has been described. Of course, the same battle game or affinity fortune-telling game as in the above embodiments can be performed.

Next, FIG. 23 is a diagram showing an external configuration of an electronic device system equipped with a montage battle game machine using infrared light communication.

That is, in each of the above-described embodiments, a single electronic organizer main body 11 creates and displays a montage of the instep and the opponent performing the battle game or the affinity fortune-telling game, and performs the battle game processing or the affinity fortune-telling game based on the created montage. Although all of the processing is performed, as shown in FIG.
a and 51b are possessed by both the Party A and Party B users who play the battle game or the affinity fortune-telling game, and the montage data of the Party A and Party B created by both the electronic notebook main bodies 51a and 51b are transmitted by infrared light. The game is transmitted and displayed on the large-sized display device 52 by communication, and a battle game or an affinity fortune-telling game similar to the above embodiment is performed on the large-sized display device 52.

FIG. 24 is a block diagram showing the configuration of the electronic circuit of the electronic notebook main body 51a or 51b in the electronic equipment system equipped with the montage battle game machine utilizing the infrared light communication.

FIG. 25 is a block diagram showing the configuration of the electronic circuit of the large display device 52 in the electronic equipment system equipped with a montage battle game machine utilizing the infrared light communication.

That is, the montage data for the battle of A and B for battle or fortune-telling created in each of the electronic notebook main bodies 51a and 51b in the electronic equipment system of FIG. After being transmitted and output to the large display device 52 via the receiving section 54, the montage RAMs 39 and 40 for battle or fortune-telling are used.
Is transferred and stored.

Then, the montage data of each of the instep and the second party stored in the respective montage RAMs 39 and 40 of the large display device 52 are read out as necessary by setting the battle game mode or the affinity fortune-telling mode, and the basic part pattern is read. Each part pattern stored in the ROM 36 is synthesized by the synthesizing RAM 41 and displayed on the large display unit 55.

Thus, similar to the above embodiment,
The battle game process is executed using the battle score ROM 34 and the battle message ROM 37 together with the basic part pattern ROM 33 and the expression part pattern ROM 36, and the compatibility score ROM 35 and the compatibility message R
The affinity fortune-telling game process is executed using the OM 38.

Next, FIG. 26 shows an infrared optical communication function and RO
It is a figure which shows the external structure of the electronic organizer in the electronic equipment system mounted with the montage battle game machine provided with the M exchange function.

FIG. 27 shows the infrared light communication function and ROM.
It is a block diagram which shows the structure of the electronic circuit of an electronic organizer in the electronic equipment system mounted with a montage battle game machine provided with the exchange function.

That is, in FIGS. 26 and 27,
The electronic organizer in the electronic device equipped with the montage battle game machine having the infrared light communication function and the ROM exchange function performs various processes similar to those in the above-described embodiment for executing a win / loss or compatibility divination game. (FIG. 15-
20 and 23), the montage data created, displayed, and registered in the electronic notebook main body 111a on its own side is transmitted by infrared light via the transmission / reception section 56, and the electronic notebook main body 111b on the other side is transmitted. A function to be received by the transmitting / receiving unit 56, and the other party's montage data transmitted by infrared light via the transmitting / receiving unit 56 of the electronic notebook main body 111b of the other party, is received via the transmitting / receiving unit 56 on its own side,
A function to register in the montage RAM 39, 40,
Then, the basic part pattern ROM 33, the battle score R
OM34, compatibility score ROM35, facial expression part pattern R
It has a function of replacing a coin-type external ROM 57, which is an external storage device including the OM 36, the battle message ROM 37, and the compatibility message ROM 38.

According to the electronic organizer of the electronic device equipped with the montage battle game machine having the infrared light communication function and the ROM exchange function, the respective montage data can be stored between the electronic organizer main bodies 111a and 111b of the own and the other party. Not only can be transmitted and received, but also a desired coin-type external ROM 57 among a plurality of coin-type external ROMs 57 having different montage data contents is exchanged and mounted in the ROM accommodating concave portion 58, and is connected via a connection terminal 58a provided in the concave portion. The external ROM 57 and the main body 111a. Therefore, based on the data in the external ROM 57, it is possible to easily change the basic part pattern and the expression part pattern, change the score table and the message content, and diversify the battle game processing and the affinity fortune-telling game processing. can do.

In the embodiments shown in FIGS. 23 to 27, the montage data and the like are wirelessly transmitted using infrared optical communication. However, other wireless methods (for example, radio waves) are used instead of infrared optical communication. Montage data or the like may be transmitted by a communication method) or a wired method (for example, a communication method using a telephone line).

Further, in each of the above-described embodiments, the result of the battle game or the like is visually displayed and output using the display unit. However, the present invention is not limited to this, and the printing apparatus of a printer such as a label printer or word processor may be used. Alternatively, a result of a battle game or the like may be printed out.

[0158]

According to the first to third aspects of the present invention, a plurality of designations for designating partial images constituting each of the first object images by determining a win or loss between the displayed first object images. It is determined based on the data, and according to the result of the determination, the display is changed to a second object image different from the displayed first object image and displayed. The appearance or form can accurately and objectively grasp those wins and losses.

According to the fifth aspect of the present invention, a plurality of object images formed by combining a plurality of partial images are stored, and a part constituting each of the stored plurality of object images is stored. A plurality of designated data for designating an image is stored, and based on the stored plurality of designated data, a win or loss between the respective stored object images is determined, and the result of the determination is displayed. Therefore, it is possible to cause the object images created by the user to fight each other and display the result of the victory.

[Brief description of the drawings]

FIG. 1 is a view showing an external configuration of an electronic organizer equipped with a montage battle game machine according to an embodiment of an electronic game device of the present invention.

FIG. 2 is a block diagram showing a configuration of an electronic circuit of the electronic organizer.

FIG. 3 is a diagram showing a storage state of basic part patterns in a basic part pattern ROM.

FIG. 4 is a diagram showing a storage state of battle points in a battle point ROM.

FIG. 5 is a diagram showing a storage state of compatibility points in a compatibility point ROM.

FIG. 6 is a view showing a storage state of a facial expression pattern in an expression part pattern ROM.

FIG. 7 is a view showing a storage state of a facial expression pattern in an expression part pattern ROM.

FIG. 8 is a diagram showing a storage state of a whole body expression pattern in an expression part pattern ROM.

FIG. 9 is a view showing a storage state of a battle win / loss message in a battle message ROM.

FIG. 10 is a diagram showing a storage state of compatibility messages in a compatibility message ROM.

FIG. 11 is a diagram showing a storage state of each part pattern number and the like constituting a battle montage image registered in a battle montage RAM.

FIG. 12 is a diagram illustrating a storage state of each part pattern number and the like constituting a compatibility fortune-telling montage image registered in a compatibility fortune-telling montage RAM;

FIG. 13 is a flowchart illustrating a montage creation process.

FIG. 14 is a flowchart illustrating a data synthesis display process accompanying the montage creation process.

FIG. 15 is a flowchart showing the first half of the battle game.

FIG. 16 is a flowchart showing the latter half of the battle game.

FIG. 17 is a diagram showing a display state of an instep and a second montage image accompanying the battle game processing.

FIG. 18 is a flowchart showing the first half processing of the affinity fortune-telling game.

FIG. 19 is a flowchart showing the second half processing of the affinity fortune-telling game.

FIG. 20 is a diagram showing a display state of an instep and a second montage image accompanying the affinity fortune-telling game process.

FIG. 21 is a diagram showing a data storage state of a face-type compatible ROM required when affinity fortune-telling is performed by a combination of face types of each montage image.

FIG. 22 is a flowchart showing affinity fortune-telling game processing when affinity fortune-telling is performed using a combination of face types of each montage image.

FIG. 23 is a diagram showing an external configuration of an electronic device system equipped with a montage battle game machine using infrared light communication.

FIG. 24 is a block diagram showing a configuration of an electronic circuit of an electronic organizer main body in the electronic device system equipped with the montage battle game machine using the infrared light communication.

FIG. 25 is a block diagram showing a configuration of an electronic circuit of a large-sized display device in the electronic device system equipped with a montage battle game machine using the infrared light communication.

FIG. 26 is a diagram showing an external configuration of an electronic organizer in an electronic device system equipped with a montage battle game machine having an infrared light communication function and a ROM exchange function.

FIG. 27 is a block diagram showing a configuration of an electronic circuit of an electronic organizer in an electronic device system equipped with a montage battle game machine having an infrared light communication function and a ROM exchange function.

[Explanation of symbols]

11, 111a, 111b, 51a, 51b: Electronic organizer body, 14: "Create montage" key, 15a: "A" key, 15b: "Oto" key, 16a, 16b "△, ▽": Basic montage selection key, 17a, 17b "↑, ↓" ... parts designation keys, 18a, 18b "←, →" ... pattern selection keys, 19 ... "registration" key, 20 ... "battle" key, 21 ... "compatibility" key, 22 ... "Start" key, 23: liquid crystal dot matrix display unit, 24, 31 ... CPU, 32 ... input unit, 33 ... basic part pattern ROM, 34 ... battle point ROM, 36 ... facial expression part pattern ROM, 37 ... battle message ROM, 39: Battle montage RAM 41: Synthetic RAM 42: Display drive circuit 52: Large display device 53: Transmission Unit, 54: receiving unit, 55: large display unit, 56: transmitting and receiving unit, 57: coin-type external ROM.

Claims (5)

[Claims] A first storage unit storing a plurality of first object images formed by combining a plurality of partial images; and a plurality of first objects stored in the first storage unit. A first display unit for displaying an image, and a second storage unit for storing a plurality of specification data for specifying partial images constituting each of the plurality of first object images stored in the first storage unit. A storage unit, and a first storage unit that is stored in the first storage unit based on a plurality of pieces of designated data stored in the second storage unit.
Determining means for determining the win or loss of each of the object images, and changing at least a part of each of the first object images displayed on the first display means according to a result of the determination by the determining means; An electronic game device comprising: a second display unit that displays the changed second object image. A first storage unit that stores a plurality of partial image specification data and a partial image specified by each of the plurality of partial image specification data in association with each other; Receiving means for receiving the partial image designation data; reading out the partial images respectively corresponding to the plurality of partial image designation data received by the receiving means from the first storage means; A first object image forming means for forming a first object image by combining the plurality of partial images; a second object image forming means for forming a second object image by combining a plurality of partial images; Determining means for determining a win or loss between the second object image formed by the means and the first object image formed by the first object image forming means; Depending on the the win or loss result, the first display change at least a portion of each of the first of each object image displayed on the unit, a third that is this change
And a second display unit for displaying each of the object images. 3. A first storage unit in which a plurality of partial image designation data and a partial image designated by each of the plurality of partial image designation data are stored in association with each other, and two sets sent from outside. Receiving means for receiving the plurality of partial image designation data, and reading the partial images respectively corresponding to the two sets of the plurality of partial image designation data received by the receiving means from the first storage means, A first object image forming unit that forms two first object images by combining the divided partial images, and a second object image that displays two second object images formed by the first object image forming unit. 1 display means; determination means for determining a win or loss between two second object images displayed on the first display means; and the first or second display means in accordance with a win or loss result determined by the determination means. table Second display means for changing at least a part of each of the two first object images displayed on the means, and displaying the changed third object images. Electronic game device. 4. The electronic game device according to claim 1, wherein a time for displaying the first object image on the first display means and a first object image on the second display means. An electronic game apparatus, further comprising: third display means for displaying a third object image different from the first and second object images in a time between the display of the first object image and the second object image. . 5. A first storage means in which a plurality of object images formed by combining a plurality of partial images are stored, and a part constituting each of the plurality of object images stored in the first storage means. A second storage unit that stores a plurality of specified data specifying an image; and a second storage unit that is stored in the first storage unit based on the plurality of specified data that is stored in the second storage unit. An electronic game device comprising: a determination unit that determines a win or loss between object images; and a result display unit that displays a result of the determination by the determination unit.