JP3412197B2 - Data comparison device, object image display control device, and object image display control method - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a data comparison device such as a battle-type game device or an object image display control device for giving a score to each of a plurality of arbitrarily created data and determining the outcome by comparing scores. And an object image display control method .

[0002]

2. Description of the Related Art Recently, a montage battle game apparatus such as that shown in the data comparison apparatus of Japanese Patent Application No. 4-349427 has been proposed as a battle-type game apparatus as described above.

This montage battle game apparatus arbitrarily combines the part patterns for each part of the face to create a portrait of, for example, A and B, and compares the scores set according to each portrait with each other. It is to determine and display the win or loss of Party A and Party B.

In this case, since the score set according to the above-mentioned portrait is uniquely set corresponding to the combination of each part pattern constituting the portrait, the same score is always set for the same portrait. Will be done.

[0005]

However, in the above-mentioned conventional game device, the same score is always set for the same portrait. There is a problem in that the result of winning or losing against such a caricature is known in advance, which impairs the game.

The present invention has been made in view of the above problems,
It is possible to prevent the same comparison result from always being obtained even for the same object image without uniquely setting the comparison data for the arbitrarily created object image such as a portrait. Data comparison device or each object image
It is possible to visually grasp the progress of the battle
Object image display control device and object image display control method
The purpose is to provide the law .

[0007]

That is, the present invention is claimed.
The data comparison apparatus according to item 1 is a combination data storage unit that stores combination data for each object image, the combination data including a combination of region data corresponding to each of a plurality of regions forming an object image, and the combination data storage unit stores the combination data. display appears in the display corresponding object image based on each combination data
Control means, first comparison data setting means for setting first comparison data corresponding to each combination data stored in the combination data storage means, and irregularly selected from a plurality of comparison data different from each other. Second comparison data setting means for setting the selected second comparison data, first comparison data set by the first comparison data setting means, and second comparison data setting means set by the second comparison data setting means.
Third comparison data determining means for determining the third comparison data based on the comparison data and the third comparison data determined by the third comparison data determining means as the comparison data of the corresponding object image to be compared, respectively. The compared data setting means for setting, the comparing means for comparing the comparison data set for each corresponding compared object by the compared data setting means, and the notifying means for notifying the comparison result by the comparing means. It is prepared and configured. Also,
According to a third aspect of the present invention, there is provided an object image display control device comprising:
Display multiple object images consisting of a combination of several partial images
First display control means to be displayed, and the first display control hand
It is assigned to each of the multiple object images displayed by the step control.
Changes in the content of assigned battle data over time
And second display control means for displaying according to
Of the battle data displayed under the control of the display control means
Each of the plurality of object images constituting the plurality of object images is changed according to the change of the contents.
At least one of the partial images and another part
A replacement means for replacing with an image.
It

[0008]

That is, data comparison according to claim 1 of the present invention
In the apparatus, in addition to the first comparison data set for each object image, the comparison data of each compared object image is, for example, a second comparison randomly selected from a plurality of comparison data different from each other. Since the data is set in consideration of the data, even when the same object image based on the same combination data is repeatedly compared, the same comparison data is not always set for each object image. In addition, according to the present invention
In the object image display control device according to claim 3, a plurality of units
Multiple object images consisting of a combination of minute images are displayed.
In addition, each of the displayed multiple object images
Changes in the contents of the assigned battle data over time
Is displayed according to. Then, this multiple object image it
Contents of battle data displayed assigned to each
According to the change of the
At least one of the images is a partial image of another
Is replaced by
The change status of the content of
Will be.

[0009]

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 notebook equipped with the data comparison apparatus of the present invention as a montage battle game machine.

The electronic notebook body 11 has a notebook-type casing that opens to the left and right, and the left operation surface 12a has a power-on,
"ON" key 13a and "OFF" key 13 for turning off
In addition to b, a "personal" key 14a operated when setting a personal data input mode, a "montage creation" key 14b operated when setting a montage creation mode,
A basic montage selection key "△, ▽" 15a, 1 for selecting a basic montage consisting of a basic combination of each part pattern stored in advance when creating a montage
5b, "↑, ↓" keys 16a, 16b, which are used as part designation keys for designating parts to be changed when creating a montage, and as warrior selection keys for selecting competitive warriors during a battle game, Pattern selection keys "←, →" 17a, 17b for selecting the part pattern of the changed part specified as the change target when creating the montage, and operated when saving the input personal data or the created montage pattern "Register" key 18 operated, "Battle" key 19 operated when setting the battle warrior registration mode, "Game start" operated when starting the battle game
Key 20, "game stop" key 21 operated when ending the battle game, "recover life" key 22 operated when setting the life recovery mode for recovering the life of the selected warrior during the battle game, An "OK" key 23 operated as a selection / execution key or the like is provided in each of the battle warrior registration mode, the battle game mode, and the vitality recovery mode.

The left operation surface 1 of the electronic notebook body 11
A liquid crystal dot matrix display unit 24 is provided at 2a.

On the liquid crystal dot matrix display section 24, the "selected warrior" 51 registered by the user in the battle warrior registration mode based on the operation of the "battle" key 19 described above.
The montage display area of a and the montage display area of the pre-registered "computer warrior" 51b side are provided, and the selected warrior side life force display bar 52a and the computer warrior side life force display which show the remaining amount of life force of each warrior A bar 52b and an attack arrow 53a (→) or 53b (←) indicating the attack direction between the warriors are displayed.

On the other hand, the right operation surface 1 of the electronic notebook body 11
2b includes ten keys "0 to 9" 25 which are operated when inputting numerical values, and operator keys "+,-, x, ÷, =" 2
6, and alphabet keys "A to Z" 27 for inputting various data such as personal data are provided.

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

The electronic circuit of the electronic notebook equipped with this montage battle game machine has a CPU (Central Processing Unit) 31
Is equipped with.

The CPU 31 has the electronic notebook body 11
Based on a key operation signal supplied from the input section 32 provided on the left and right operation surfaces 12a and 12b of the, the operation control of each section of the circuit is performed according to a prestored program.
In addition to the input unit 32, the CPU 31 includes a basic part pattern ROM 33, a calculation formula ROM 34, and an attack formula ROM 3
5, vitality recovery point ROM 36, facial expression parts pattern ROM 37, battle message ROM 38, personal data RAM 39, combat power data RAM 40, random number generation unit 4
1, and the liquid crystal dot matrix display unit 24 is connected via the display drive circuit 42.

FIG. 3 is a diagram showing a storage state of the basic part patterns in the basic part pattern ROM 33 of the electronic notebook equipped with the montage battle game machine.

In the basic part pattern ROM 33,
Each part that constitutes an image of a living thing such as a human being, an animal, and an alien is divided into, for example, 9 types of parts (parts) such as contours, hairstyles, eyebrows, eyes, nose, mouth, etc. The patterns are numbered and stored in predetermined storage areas (No01 to No20).

In this case, the basic part pattern ROM described above
In each of the basic part patterns No01 to No20 in 33, the respective parts (contour, hairstyle, eyebrows,
By combining patterns of eyes, nose, mouth, etc., 20 kinds of predetermined basic montages can be obtained.

FIG. 4 is a diagram showing a storage state of vitality recovery points in the vitality recovery point ROM 36 of the electronic notebook equipped with the montage battle game machine.

In the vitality recovery point ROM 36,
For example, 10 types of icon patterns 54a to 54 selected by a user operation in the vitality recovery mode
j and the vitality recovery points set in advance corresponding to each j are stored.

FIG. 5 is a diagram showing various data storage states in the RAM of the electronic notebook equipped with the montage battle game machine.

The RAM has a personal data RAM 39, a combat strength data RAM 40, and a display RAM 43. First, the personal data RAM 39 is provided with a personal data register 39a and a montage data register 39b.

In the personal data register 39a, personal data consisting of a name, an address, a telephone number and an age arbitrarily input in the personal data input mode is stored, for example, 50.
For each person, the montage data register 39b stores the montage data created in the montage creation mode in association with each of the personal data.
It is stored as a combination of part pattern numbers that form each similar face.

In this case, the part number indicating each part (part) is stored as the upper digit and the pattern number is stored as the lower digit. For example, the selected pattern number of the contour part (1) corresponding to the personal data "A". Is (01), the montage data is (101), and the selection pattern number of the hairstyle part (2) corresponding to the same "instep" is (02).
Therefore, the montage data is (202).

That is, the basic part pattern ROM 3 is based on the montage data corresponding to one personal data.
By combining the respective part patterns stored in advance in No. 3, the similar face corresponding to the personal data is constructed.

On the other hand, in the above-mentioned combat strength data RAM 40,
A basic combat strength data register 40a, a combat strength determination coefficient register 40b, a determined combat strength data register 40c, a post-attack vital force data register 40d, and a post-recovery vital force data register 40e are provided.

In the basic fighting force data register 40a, the fighting force data, which is the basis of the selected warrior registered in the battle warrior registration mode by the user, corresponds to the montage data constituting the selected warrior's face. It is stored as data, attack power data, and defense power data. In this case, the lower two digits of the corresponding montage data are assigned to the life power data and the attack power data, and the defense power data has the two digits. The first high-order digit is assigned.

That is, for example, when "instep" in the personal data RAM 39 is registered as the selected warrior, the montage data corresponding to the contour portion is (101), so the above combat power data is defense power data and attack power data. , (1) (0) (1) in the order of vitality data, and the montage data corresponding to the hairstyle part is (20
Therefore, the combat strength data is (2) (0) (2) in the order of the defense strength data, the attack strength data, and the life strength data.

The above combat strength determination coefficient register 40b contains
The value of the first digit of the total value of the vital force data assigned to the basic combat force data register 40a is stored as the vital force determination coefficient A of the selected warrior, and the value of the first digit of the total value of the attack force data is It is stored as the offensive power determination coefficient B of the selected warrior, and the first digit of the total value of the above defense data is stored as the defense power determination coefficient C of the selected warrior.

That is, the basic combat strength data register 40a
If the total value of the life force data in (1) is (123), the life force determination coefficient A is (3) in the first digit, and the total value of the attack force data in the basic combat force data register 40a is, for example, In the case of (26), the offensive power determination coefficient B is (6) in the first digit, and when the total value of the defensive power data in the basic combat power data register 40a is (135), for example, The defensive power determination coefficient C is the first digit (5).

In the determined combat strength data register 40c, the life force (ESP), offensive power (PK) of the selected warrior calculated based on the calculation formula for determining the fighting force data previously stored in the calculation formula ROM 34, The defensive power (TP) is stored respectively. For example, the calculation formula for determining the life force is given as: life force (ESP) = life force determination coefficient A × 10000 (Equation 1) The formula is given as: Attack power (PK) = Attack power determination coefficient B × 1000 (Equation 2), and the formula for determining the defense power is: Defense power (TP) = Defense power determination coefficient C × 1000. It is given as (Equation 3).

That is, when the life force determination coefficient A stored in the battle force determination coefficient register 40b corresponding to the selected warrior "Kou" is (3), the determined life force (ESP) is the above (Equation 1). To (30000), and when the attack power determination coefficient B is (6), the determined attack power (P
K) becomes (6000) from (Equation 2) above, and
When the defensive power determination coefficient C is (5), the determined defensive power (TP) becomes (5000) from (Equation 3) and is stored in the determined fighting power data register 40c.

The after-attack vital force data register 40d stores the remaining amount of vital force after being attacked by an opponent. In this case, for example, the remaining amount of vital force after an attack in the selected warrior is as described above. Post-attack vital force calculation formula stored in advance in the attack formula ROM 35 Post-attack vital force = pre-attack vital force−attack point of opponent (BP) (Equation 4)

Here, the attack point (BP) on the attacking side
Is a basic value calculation formula stored in advance in the attack formula ROM 35: basic value = attacking side attack power × (1-defense of opponent / 20,000) × 4 (Equation 5) and attack point calculation formula attack point (BP ) = Basic value × random value ... (Equation 6)

The after-recovery vitality data register 40e stores the vitality recovered according to the vitality recovery points (see FIG. 4) selected in the above-mentioned vitality recovery mode. It is updated as the vitality (ESP) of the register 40c.

Here, the life force after recovery is calculated by the formula R
The vital force recovery formula stored in advance in the OM 24 is calculated by the following formula: vital force after recovery = original vital force + vital vitality recovery point (Equation 7).

That is, the personal data RAM 39 manages each newly input personal data and its montage data, and the combat power data RAM 40 stores
The fighting power of the selected warrior is life force (ESP), attack power (P
K), managed as defensive power (TP).

A plurality of sets of computer-side warrior montage data are stored in advance in a ROM (not shown), and the combat power data of the computer warriors sequentially selected as opponents and the determination coefficients of life power, attack power, and defense power. , And life force (ESP), attack power (PK), defensive power (TP), and post-attack life force are obtained in the same manner as in the case of the above selected warrior.

On the other hand, the expression parts pattern ROM 37
The display pattern at each battle win / loss determination stage is stored as a facial expression change part pattern corresponding to each of the basic part patterns of the eyes and the mouth in the basic part pattern ROM 33, for example.
For example, in the battle game mode, the face montage configured and displayed by the combination of the part patterns for each part in the montage data (see FIG. 5) has its eyes and eyes depending on the losing result display pattern at the losing stage at the end of the battle match. The mouth pattern is replaced and the expression changes to losing.

The battle message ROM 38 stores different win / loss messages depending on the win or loss of the battle result. For example, the win message combined with the face montage on the battle winner side is "Win! War!
!! As a negative message to be combined with the face montage on the battle loser side, “I lost, please forgive me !!” etc. are stored in advance.

On the other hand, in the battle game mode, the display RAM 43 corresponds to the pattern number of each part constituting the selected warrior and the computer warrior montage stored in the personal data RAM 39 or the computer warrior ROM (not shown). Then, the respective part patterns read from the basic part pattern ROM 33 are combined, and the similar pattern obtained by combining the montage data of the selected warrior and the computer warrior in the display RAM 43 is stored in the display drive circuit 42. It is displayed adjacently on the liquid crystal dot matrix display unit 24 for battle battle (see FIG. 1).

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

FIG. 6 is a flowchart showing the overall processing of the electronic notebook equipped with the montage battle game machine.

That is, in order to play the montage battle game, first, input / registration processing of personal data (FIG. 7).
Enter any personal data as its name, address, telephone number, and age, and then, by the montage creation process (Fig. 8 and Fig. 9), create a portrait corresponding to each of the above personal data and use it as montage data. Register (steps X1 and X2).

Then, the battle warrior registration process (see FIG. 10,
According to FIG. 11), the selected warrior and the computer warrior are registered and their respective combat strength data are set, and the battle game process (FIGS. 12 to 15) executes the battle game of the above selected warrior versus computer warrior (step X
3, X4).

The battle game process is repeated until the "game stop" key 21 is operated (steps X5 → X4).

FIG. 7 is a flow chart showing a personal data input process of the electronic notebook equipped with the montage battle game machine.

That is, when the "individual" key 14a in the input section 32 is operated, the CPU 31 is set to the personal data input mode, and the ten keys "0-9" 25 and the alphabet keys "A-Z" 27 are operated. When personal data consisting of name, address, telephone number, and age is input, the input personal data is sequentially transferred to personal data RA.
It is stored in the personal data register 39a in M39 (step Y1 → Y2, Y3).

When the "registration" key 18 is operated, the personal data input mode is released and the registration of each personal data stored in the personal data register 39a is confirmed (step Y4).

FIG. 8 is a flow chart showing a montage making process of an electronic notebook equipped with the montage battle game machine.

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

Here, first, the basic part pattern ROM
33 (see FIG. 3), each part pattern “No01” forming the first basic montage is instructed and set, and the first part (contour in this case) is set as a target part of pattern change ( Step S2).

Then, each part pattern "No01" in the basic part pattern ROM 33 set as the first basic montage is read out and displayed RA.
It is transferred to M43, synthesized, and displayed on the liquid crystal display unit 24 as the first basic montage (steps S3 and S).
4).

FIG. 9 is a flow chart showing a data synthesizing process accompanying the montage creating process of the electronic notebook equipped with the montage battle game machine.

That is, the basic part pattern ROM 3 described above.
3, when the part pattern number of each part is designated to form the montage, the part pattern corresponding to the pattern number is read from the basic part pattern ROM 33 and transferred to the display RAM 43 (steps A1 to A5). ).

In this case, in the display RAM 43, the respective part patterns that compose the first basic montage are sequentially combined. Therefore, at the time of this initial setting, all the parts are "No01". The first basic montage composed of parts patterns is the liquid crystal display unit 24.
Is displayed (step A6).

When the basic montage selection key “∇” 15b in the input section 32 is operated, each part pattern number for instructing the basic montage to the basic part pattern RAM 33 is changed from “No01” to “No0”.
2 "(steps S5 and S6).

Then, the number "No02" indicating the pattern of each part changed and designated as the above basic montage.
In accordance with the above, each part pattern stored in the basic part pattern ROM 33 (in this case, all “No02”) is read and pattern transfer synthesis processing is executed for the display RAM 43. In the case of this montage, from the contour pattern to the mouth pattern. A second basic montage composed of all part patterns corresponding to "No 02" is displayed on the liquid crystal display unit 24 (steps S3 and S4).

That is, when the basic montage selection keys “Δ, ▽” 15a, 15b in the input section 32 are operated, the processes of steps S3 to S6 are repeated, and the basic part pattern ROM 33 is pre-stored in “No01” to “No2”.
20 kinds of basic montages stored as "0"
It is sequentially changed and synthesized and displayed.

As a result, the user previously selects a basic montage close to the desired montage and causes the liquid crystal display unit 24 to display it.

Here, if the part designation keys "↑, ↓" 16a, 16b in the input unit 32 are operated, the target part of the pattern change is arbitrarily changed. For example, the liquid crystal display by the processing of the above steps S3 to S6. If you want to change a specific part (for example, contour part) of the basic montage that is selected and displayed in advance as a montage close to the desired montage in the section 24 to another part (for example, hairstyle part) By operating the above part designation keys "↑, ↓" 16a, 16b,
Change the parts to be changed (steps S7, S
8).

After that, the pattern selection key "←,
→ ”17a, 17b is operated, the part pattern in the corresponding parts in the basic part pattern ROM 33, which is instructed to be changed as the above-mentioned change target part, is changed and selected, and the changed and selected part pattern is the basic pattern. It is read from the parts pattern ROM 33, transferred to the display RAM 43, and replaced and displayed on the liquid crystal display unit 24 (steps S9, S10 → S3, S4).

As a result, the user selects another part pattern for the part different from the desired montage part among the basic montages selected and displayed on the liquid crystal display unit 24 in advance and changes and displays it.

Here, if it is desired to change the part pattern for another part, after operating the parts designation keys "↑, ↓" 16a, 16b, the parts to be changed are changed. , Above pattern selection key "←,
→ ”Operate 17a and 17b to operate the basic part pattern R
By changing the pattern number of an arbitrary part area for the OM 33, a predetermined part of the basic montage displayed in combination is selectively changed to another arbitrary part pattern, and a desired montage is created (step S7 to S10 → S3, S4).

The personal data input process (FIG. 7)
As a result, the contour pattern “No01”, the hairstyle pattern “No02”, ... The nose pattern “No04” are registered as the part patterns of the montage corresponding to the personal data “A” registered in the personal data register 39a in the personal data RAM 39. , The mouth pattern “No01” and the clothing pattern “No03” are selected and combined, and when the user obtains the desired montage, when the “registration” key 18 of the input unit 32 is operated, the montage combining process is completed, The montage synthesized and held in the display RAM 43 is displayed on the liquid crystal display unit 24 together with the personal data (steps S11 and S12).

Then, the respective part pattern numbers constituting the montage which are combined and held in the display RAM 43 are stored in the montage data register 39b in the personal data RAM 39, for example, the montage data corresponding to the first personal data "A". Will be saved and registered as.

FIG. 10 is a first half flow chart showing the registration process of the battle warrior of the electronic notebook equipped with the montage battle game machine.

FIG. 11 is a second half flowchart showing the registration process of the battle warrior of the electronic notebook equipped with the montage battle game machine.

FIG. 12 is a front stage flowchart showing the battle game processing of the electronic notebook equipped with the montage battle game machine.

FIG. 13 is a middle flow chart showing the battle game processing of the electronic notebook equipped with the montage battle game machine.

FIG. 14 is a second-stage flow chart showing the battle game processing of the electronic notebook equipped with the montage battle game machine.

FIG. 15 is a flow chart showing the vitality recovery processing accompanying the battle game processing of the electronic notebook equipped with the montage battle game machine.

FIG. 16 is a view showing a display state associated with the battle warrior registration process, the battle game process, and the vitality recovery process of the electronic notebook equipped with the montage battle game machine.

FIG. 17 is a diagram showing a display state at a winning / losing stage in the battle game processing of the electronic notebook equipped with the montage battle game machine.

That is, in the battle warrior registration process (FIGS. 10 and 11), when the "battle" key 19 in the input unit 32 is operated, the CPU 31 is set to the battle warrior registration mode and the personal data RAM 39 is stored. The name of each personal data stored in the personal data register 39a is transferred to the display RAM 43 in a predetermined format. For example, as shown in FIG. 16 (A), the liquid crystal display unit 24 is used as a candidate name list for warrior selection. Is displayed (step B1 → B2).

Here, the warrior selection key "↑, ↓" key 16
When "a Watanabe" is selected as a selective warrior by operating a and 16b as shown in FIG. 16B, the montage data corresponding to the individual name "Watanabe" is stored in the montage data register in the personal data RAM 39. As shown in FIG. 16 (C), the similar face pattern of the selected warrior 51a is displayed together with the name as read from 39b (step B3 → B4).

That is, for example, the name "Kou" of the personal data register 39a in FIG. 5 is the selected warrior "Watanabe".
In the case corresponding to, the part pattern numbers “contour 01” “hairstyle 02” stored in the montage data register 39b corresponding to the first item “Watanabe” ...
Basic part pattern R according to "Nose 04""Mouth01" ...
RAM for display by reading each part pattern in OM33
It is composed and displayed at 43.

Thus, as shown in FIG. 16C,
When the "OK" key 23 is operated in the state where the selected warrior "Watanabe" 51a is selected and the similar pattern is displayed, the montage data "101""202" ... "504" corresponding to the selected warrior "Watanabe""601" ... Is read from the montage data register 39b and is assigned to the basic combat force data register 40a of the combat force data RAM 40 and stored as life force data, attack force data, and defense force data for each part (step B5). , B
6).

Then, the above basic combat strength data register 4
The total value of the life force data, attack power data, and defense power data of the selected warrior stored in 0a is calculated by the CPU 31, and the first digit values thereof are the life force determination coefficient A, attack power determination coefficient B, and defense force, respectively. The strength determination coefficient C is stored in the combat strength determination coefficient register 40b (step B7).

When the combat power determination coefficients A, B, and C are obtained in this manner, the life force determination calculation formula (formula 1), the attack power determination formula (formula 2), which are stored in advance in the calculation formula ROM 34, Select Warrior 5 based on the formula for defensive ability determination (Equation 3)
1a's vitality (ESP), attack power (PK), defense power (T
P) is calculated, and the determined combat strength data register 4 is calculated.
0c (step B8).

Then, the determined combat strength data register 4
Vitality of selected warrior 51a (ESP) stored in 0c,
The offensive power (PK) and the defensive power (TP) are displayed on the liquid crystal display unit 24 together with the similar face pattern of the selected warrior 51a, as shown in FIG. 16D (step B9).

In this way, when the selected warrior on the user side is registered and the fighting power data thereof is set, if a timer built in the CPU 31 measures one second, a plurality of sets are preliminarily stored in the computer warrior montage ROM (not shown). The montage data corresponding to the first computer warrior is read and its combat strength data (ESP) (PK) is read.
(TP) is calculated in the same manner as in the case of the selected warrior (step B10 → B11).

Then, as shown in FIG. 16E, the fighting force data together with the face pattern of the computer warrior 51b synthesized on the basis of the montage data corresponding to the first (LEVEL-1) computer warrior are the vital force. Only (ESP) is revealed and displayed on the liquid crystal display unit 24 (step B12).

Thereafter, the timer built into the CPU 31 sets the timer to 1
When the seconds are counted, 0 to 0 generated by the random number generator 41
Depending on whether the random number value of 9 is, for example, an even value or an odd value, the selection warrior 51a and the computer warrior 51b
The first and the second attack are decided (step B14).

Then, as shown in FIG. 16 (F), the selected warrior side vitality display bar 5 showing the facial patterns of the respective warriors 51a and 51b and the remaining amount of their vitality (ESP).
2a and the computer warrior side life force display bar 52b are displayed, and an attack arrow 53a (→) “In this case, the selected warrior side first attack” indicates the attack direction between the warriors corresponding to the determination of the first attack or the second attack. Displayed (Step B1
5).

In this way, when the selected warrior 51a and the computer warrior 51b are registered by the user, the battle game can be played.

That is, in the montage battle game process (FIGS. 12 to 14), when the "game start" key 20 is operated, the CPU 31 is set to the battle game mode, and first, the bitmap pattern stored in the ROM in advance. Accordingly, a graphic showing that the attacker (selected warrior 51a) is under attack is displayed in FIG. 16 (G) (step C1 → C2).

Here, the random number generator 41 generates random numbers 0 to 9 and the basic value calculation formula (formula 5) and the attack point calculation formula (formula 6) stored in advance in the attack formula ROM 35.
Based on the above, the attack point (BP) of the selected warrior 51a is calculated (step C3).

As a result, the computer warrior 51b
The selected warrior 51a is attacked based on the attack point (BP) of the selected warrior 51a, and is attacked by the selected warrior 51a based on the post-attack vital force calculation formula (formula 4) stored in advance in the attack formula ROM 35. The vitality of the subsequent computer warrior 51b is calculated (step C4).

Then, as shown in FIG. 16H, the portrait pattern of the selected warrior 51a and its vitality display bar 52a are displayed.
And a computer warrior side life force display bar 52b corresponding to the face pattern of the computer warrior 51b and the life force after being attacked calculated in the step C4 is displayed, and this time the computer warrior 51b, which is a later attack, is displayed.
An attack arrow 53b (←) indicating the attack direction from the side is displayed (step C5).

Then, when the CPU 31 measures a predetermined time, a graphic showing that the attacker (computer warrior 51b) is under attack according to the bit map pattern stored in the ROM in advance is shown in FIG. 16 (I). It is displayed (steps C6 → C7).

Here, the random number generator 41 generates random numbers 0 to 9 and the basic value calculation formula (formula 5) and the attack point calculation formula (formula 6) stored in advance in the attack formula ROM 35.
Based on the attack points (B
P) is calculated (step C8).

As a result, the selected warrior 51a is attacked based on the attack point (BP) of the computer warrior 51b, and the post-attack vital force calculation formula (Formula 4) stored in advance in the attack formula ROM 35 is used. Based on this, the vital force of the selected warrior 51a after being attacked by the computer warrior 51b is calculated, stored in the post-attack vital force data register 40d, and updated as the vital force (ESP) of the determined fighting force data register 40c ( Step C9).

Then, as shown in FIG. 16 (J), the selected warrior side vital force display bar 52a and the computer warrior corresponding to the portrait pattern of the selected warrior 51a and the vital force after the attack calculated in step C9 is performed. The similar face pattern of 51b and its vitality display bar 52b are displayed, and an attack arrow 53a (→) indicating the attack direction from the side of the selected warrior 51a which is the first attack is displayed this time (step C).
10).

Here, if the "recover life" key 22 is operated, the process proceeds to the recovery of life power (FIG. 15), and the life (ESP) of the selected warrior 51a is recovered (steps C11 → C12).

After the vitality (EPS) recovery processing is performed, or when the "vital vitality" key 22 is not operated, the vitality (ESP) of either the selected warrior 51a or the computer warrior 51b is "0". "Warrior 5" in steps C2-C10 above
The exchange of attacks between 1a and the computer warrior 51b is repeated (steps C13 → C2-C10).

On the other hand, when the life force (ESP) of the computer warrior 51b becomes "0" by repeating the attacks between the warriors in the above steps C2 to C10, as shown in FIG. The portrait pattern of the selected warrior 51a and its vitality display bar 52a are displayed, and the portrait pattern of the computer warrior 51b is displayed in accordance with a losing facial expression pattern stored in advance in the facial expression part pattern ROM 37. Computer warrior side life force display bar 52b indicating "
Is displayed (steps C13 → C14).

Then, as shown in FIG. 17B, the computer warrior (LEVEL) who lost the battle game this time is lost.
-1) 51b is erased (step C15).

In this case, the processes of steps C14 and C15 are repeated until the "OK" key 23 is operated.
In the liquid crystal display unit 24, the display pattern when the computer warrior (LEVEL-1) 51b in FIG. 17A and FIG. 17B is lost is repeated (steps C16 → C14, C15).

In this way, when the "OK" key 23 is operated with the first computer warrior (LEVEL-1) 51b losing to the user-selected warrior 51a, a plurality of computer warrior montage ROMs (not shown) are previously stored. The montage data corresponding to the second computer warrior 51c stored in the set is read out, the combat strength data (ESP) (PK) (TP) is calculated, and as shown in FIG. Along with the similar pattern of the computer warrior 51c synthesized based on the montage data corresponding to the second computer warrior (LEVEL-2) 51c, the fighting force data is displayed on the liquid crystal display unit 24 with only life force (ESP) being revealed. (Step C16 → C17).

Then, the exchange of attacks between the selected warrior 51a and the computer warrior (LEVEL-2) 51c is executed in the same manner as described above (step C18).

On the other hand, by repeating the attack between the warriors in steps C2 to C10, for example, the selected warrior 51a
When the life force (ESP) of the robot becomes "0",
As shown in (E), the portrait pattern of the winner computer warrior 51b and its vitality display bar 52b are displayed, and the portrait pattern of the selected warrior 51a is a pattern indicating a losing facial expression stored in the facial expression parts pattern ROM 37 in advance. Is displayed according to, and its life force is "0"
The selected warrior side vital force display bar 52a is displayed (step C13 → C19).

Then, as shown in FIG. 17 (F), the selected warrior 51a who lost the battle game this time is erased (step C20).

On the other hand, the vitality recovery processing of the selected warrior 51a when the operation determination of the "revitalization vitality" key 22 is made in step C11 in the battle game processing will be described.

That is, the vitality recovery process (FIG. 15)
, The "Recover vitality" key 22 is operated, and the CPU
When 31 is set to the vitality recovery mode, FIG. 16 (K)
As shown in, a sub-menu screen having "ESP item" and "continue to fight" as selection messages is displayed on the liquid crystal display unit 24 (step D1 → D).
2).

When the "ESP item" for recovering vitality is selected by operating the item selection key "↓" 16b, the random number generator 41 generates random numbers 0-9 (step D3). → D4).

Then, as shown in FIG. 16 (L), in the state where the similar pattern of the computer warrior 51b and its vitality display bar 52b, the selected warrior side vitality display bar 52a and its attack arrow (→) 53a are displayed. Further, the ten types of icon patterns 54a to 54j stored in advance in the vitality recovery point ROM 36 corresponding to the similar pattern display position of the selected warrior 51a are icons according to the random number value obtained in step D4. The patterns are sequentially rotated and displayed (step D5).

That is, when the random number value generated by the random number generator 41 in step D4 is, for example, "4", the icon (4) 54d to the icon (5) 54 in the vitality recovery point ROM 36 are sequentially displayed.
e → icon (6) 54f → icon (7) 54g → ...
Then, it is rotated and displayed in an endless track until the "OK" key 23 is operated (step D6 → D5).

Then, when the icon pattern displayed at the time of operating the "OK" key 23 is, for example, the icon (3) 54c, the vitality is restored as shown in FIG. 16 (M). Corresponding to the display position of the selected warrior 51a, the vitality recovery point "27000"
The icon pattern 54c including is stopped and displayed (steps D6 → D7).

Then, based on the vitality recovery formula (Equation 7) stored in advance in the calculation formula ROM 34, the above step D
The vitality recovery point “27000” corresponding to the icon pattern 54c stopped and displayed in 7 is added to the current vitality (ESP) stored in the determined combat strength data register 40c, and the vitality data register 4 after recovery is added.
0e and is stored as the new vitality (ESP) of the selected warrior 51a in the determined combat strength data register 40.
It is updated and stored in c (step D8).

As a result, as shown in FIG.
Selected warrior 51a instead of the icon pattern 54c
Is displayed, and the vitality display bar 52a corresponding to the vitality after the recovery is displayed.

Therefore, according to the electronic notebook equipped with the montage battle game machine having the above configuration, the personal data R
The personal data stored in the personal data register 39a of the AM 39 is selected by the user, and the portrait pattern of the selected warrior 51a is configured in accordance with the montage data stored in the montage data register 39b corresponding to the selected personal data. , Basic vital force data, basic attack force data, and basic defense force data are set in the basic combat force data register 40a based on the montage data. For example, the first digit of the total value of the basic data is the vital force determination coefficient A, the attack force. The determination coefficient B and the defensive power determination coefficient C are stored in the combat power determination coefficient register 40b, and the life force (ESP) and attack power of the selected warrior 51a are stored based on the basic battle power data and the battle power determination coefficients A, B, and C. (PK) and defensive power (TP) are determined, and the computer warrior 51b stored in advance The battle game process is performed between the life force (ESP), the attack power (PK), and the defense force (TP) that are determined based on the montage data in the same manner as the above selected warrior, so each warrior is simply according to the montage data itself. It is possible to improve the game quality by preventing the results of winning or losing against some warriors from being known in advance when the game machine is used for a long period of time without the fighting force data of being determined. .

Although the display unit is used as the means for notifying the comparison result in the above-described embodiment, the comparison result may be notified by voice or sound, or may be performed by printing.

Further, in the above-mentioned embodiment, each part pattern No. However, each part pattern data itself forming the object image may be used as the part data.

Further, in the above-described embodiment, the selected warrior 51a selected as the selected warrior from the plurality of created and registered montage images and the montage ROM for the computer warrior in the apparatus main body are stored as the compared object images. The computer warrior 51b selected from the plurality of computer warriors that are running is used.
The selected warriors 51a, 51a may be used together, or the computer warriors 51b, 51b may be used together.

Further, in the above-described embodiment, the warriors provided in a single device are made to fight each other, but the comparison data set between the devices having a plurality of communication functions is wirelessly or wire-communicated. However, the warriors selected and set between the respective devices may be made to fight each other.

[0119]

As described above, according to claim 1 of the present invention
According to the data comparison device , the comparison data of each compared object image is randomly selected from among the plurality of comparison data different from each other in addition to the first comparison data set for each object image. Since the second comparison data is set in consideration, the same comparison data is not uniquely set for an arbitrarily created object image such as a portrait.
Even when the same object image is repeatedly used as the compared object image, it is possible to prevent the same comparison result from always being obtained. In addition, in claim 3 of the present invention
According to the related object image display control device, a plurality of partial images
When multiple object images consisting of a combination of
Assigned to each of the displayed multiple object images.
The changes in the content of the battle data
Is displayed on the screen, and is assigned to each of these multiple object images.
In the change of the content of the battle data displayed by being assigned
Therefore, each of the partial images forming the plurality of object images
Replace at least one partial image with another partial image
Because it can be obtained, the battle day between multiple object images
So that you can easily understand visually the changes in the contents of data
Become. That is, according to the present invention, a combination of a plurality of partial images
Display multiple object images composed of
The bar assigned to each of the displayed multiple object images.
The changes in the contents of the data for monitoring are displayed over time.
On the other hand, the contents of the displayed battle data are changed.
Each partial image forming the plurality of object images according to
Place at least one subimage of
It is designed to be replaced. Therefore, for example, an object image
If is a person image, the progress of the battle with each person image
The situation is clearly visible through changes in the eyes, mouth, etc.
It becomes possible to grasp.

[Brief description of drawings]

FIG. 1 is a diagram showing an external configuration of an electronic notebook equipped with a montage battle game machine according to an embodiment of a data comparison apparatus of the present invention.

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

FIG. 3 is a diagram showing a storage state of basic part patterns in a basic part pattern ROM of an electronic notebook equipped with the montage battle game machine.

FIG. 4 is a diagram showing a stored state of vitality recovery points in a vitality recovery point ROM of an electronic notebook equipped with the montage battle game machine.

FIG. 5 is a diagram showing various data storage states in a RAM of an electronic notebook equipped with the montage battle game machine.

FIG. 6 is a flowchart showing the overall processing of an electronic notebook equipped with the montage battle game machine.

FIG. 7 is a flowchart showing personal data input processing of an electronic notebook equipped with the montage battle game machine.

FIG. 8 is a flowchart showing a montage creation process of an electronic notebook equipped with the montage battle game machine.

FIG. 9 is a flowchart showing a data synthesizing process accompanying a montage creating process of an electronic notebook equipped with the above montage battle game machine.

FIG. 10 is a first half flowchart showing a registration process of a battle warrior of an electronic notebook equipped with the montage battle game machine.

FIG. 11 is a second half flowchart showing a registration process of a battle warrior of an electronic notebook equipped with the montage battle game machine.

FIG. 12 is a front stage flowchart showing a battle game process of an electronic notebook equipped with the montage battle game machine.

FIG. 13 is a middle flowchart showing a battle game process of an electronic notebook equipped with the montage battle game machine.

FIG. 14 is a latter stage flowchart showing a battle game process of an electronic notebook equipped with the montage battle game machine.

FIG. 15 is a flowchart showing a vitality recovery process associated with a battle game process of an electronic notebook equipped with the montage battle game machine.

FIG. 16 is a view showing a display state accompanying a battle warrior registration process, a battle game process, and a vitality recovery process of an electronic notebook equipped with the montage battle game machine.

FIG. 17 is a diagram showing a display state at a winning / losing decision stage in the battle game processing of the electronic notebook equipped with the montage battle game machine.

[Explanation of symbols]

11 ... Electronic notebook main body, 12a ... Left operation surface, 12b ... Right operation surface, 13a ... "ON" key, 13b ... "OFF" key, 14a ... "Personal" key, 14b ... "Montage creation" key, 15a, 15b “△, ▽”… Basic montage selection keys, 16a, 16b “↑, ↓”… Part designation /
Warrior selection key, 17a, 17b "←, →" ... Pattern selection key, 18 ... "Registration" key, 19 ... "Battle" key,
20 ... "Game start" key, 21 ... "Game stop" key, 22 ... "Recover life" key, 23 ... "OK"
Key, 24 ... liquid crystal dot matrix display, 25 "0
9 "... Numeric keypad, 26" +,-, x, ÷, = "... Operator key, 27" AZ "... Alphabet key, 31 ... C
PU, 32 ... Input part, 33 ... Basic part pattern RO
M, 34 ... Calculation ROM, 35 ... Attack ROM, 36 ...
Vitality recovery point ROM, 37 ... Facial expression part pattern ROM, 38 ... Battle message ROM, 39 ... Personal data RAM, 39a ... Personal data register, 39b ... Montage data register, 40 ... Combat strength data RA
M, 40a ... Basic combat strength data register, 40b ... Combat strength determination coefficient register, 40c ... Determined combat strength data register, 40d ... Post-attack vital force data register, 40e ... Recovered vital force data register, 41 ... Random number generator, 42 ...
Display drive circuit, 43 ... Display RAM, 51a ... Select warrior, 51b ... Computer warrior (LEVEL-1), 5
1c ... Computer Warrior (LEVEL-2), 52a ...
Selection warrior side life force display bar, 52b ... Computer warrior side life force display bar, 53a (→), 53b (←) ... Attack arrows, 54a to 54j ... Life force recovery icon pattern.

─────────────────────────────────────────────────── ─── Continuation of front page (58) Fields surveyed (Int.Cl. ⁷ , DB name) G06T 11/80 A63F 13/00 CSDB (Japan Patent Office)

Claims (14)

(57) [Claims] 1. A combination data storage means for storing, for each object image, combination data composed of a combination of part data corresponding to a plurality of parts constituting an object image, and each combination data stored in the combination data storage means. corresponding display control means for causing display of an object image to be a first comparison data setting means for setting a first comparison data corresponding to each of the combination data stored in the combination data storage means based on, different Second comparison data setting means for setting second comparison data randomly selected from a plurality of comparison data; first comparison data set by the first comparison data setting means and the second comparison data Third comparison data determining means for determining third comparison data based on the second comparison data set by the data setting means; Compared data setting means for setting the third comparison data determined by the comparison data determining means as comparison data of the corresponding compared object image, and set for each corresponding compared object by this compared data setting means. A data comparison apparatus comprising: a comparison unit that compares the generated comparison data with each other, and a notification unit that notifies the comparison result by the comparison unit. 2. The second comparison data set by the second comparison data setting means is randomly selected based on the combination data stored in the combination data storage means. 1. The data comparison device described in 1. 3. A composite comprising a combination of a plurality of partial images.
A first display control means for displaying a number of object images, and a plurality of display objects displayed under the control of the first display control means.
Of the battle data assigned to each object image
A second display system that displays changes in volume over time
And the battle displayed by the control of the second display control means.
The plurality of object images are
At least one partial image among the constituent partial images
And a substituting means for substituting the sub-image with another partial image . 4. The display is controlled by the first display control means.
The multiple object images shown are combined with multiple partial images.
It is equipped with a creation means to create each from
The object image display control device according to claim 3, which is characterized in that. 5. A large number of objects created by the creating means
Select at least one object image from the body images.
Control of the selected object image of the first display control means
Further comprises a selection means for setting the object image displayed by
The object image display control according to claim 4,
apparatus. 6. The second display control means is for the battle.
The changes in the contents of the data are displayed in a bar graph or numerical values.
A display control means for enabling the display to be provided.
3. The object image display control device according to item 3. 7. The battle data includes the plurality of objects.
Combat strength data or random numbers assigned to each image
The object image according to claim 3, wherein the object image is data.
Image display control device. 8. The combat force data is the plurality of object images.
Life force data and attack power data assigned to each statue
Data and at least one of the defense data
The object image display according to claim 7, wherein
Control device. 9. A composite comprising a combination of a plurality of partial images.
A first display control step for displaying a number of object images, and a plurality of object images displayed under the control of the first display control step.
Battle data assigned to each of the object images
Second table that displays changes in the contents of
And示制your step, bar displayed by the control of the second display control step
The plurality of object images are
At least one part of each partial image that constitutes the image
A replacement step of replacing an image with another partial image, the object image display control method. 10. The control of the first display control step
Multiple object images displayed by
It further has a creation step to create each from the combination
The object image display control according to claim 9,
Method. 11. The multiple created by the creating step.
Select at least one object image from the number of object images.
This selected object image is selected as the first display control step.
Selection step as an object image displayed by controlling the
11. The article according to claim 10, further comprising:
Body image display control method. 12. The second display control step comprises:
Change of battle data contents by bar graph or numerical value
It has a display control step for displaying
The object image display control method according to claim 9. 13. The battle data includes the plurality of objects.
Combat strength data or disturbance assigned to each body image
Object according to claim 9, characterized in that it is numerical data
Image display control method. 14. The combat force data is the plurality of objects.
Life force data and attack force data assigned to each image
Data and at least one of the defense data
The object image according to claim 13, wherein the object image is
Display control method.