JPH09122353A - Sound output device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enable to output sound messages suitable for an impression of an object image created and for various battle scenes. SOLUTION: In a basic parts image memory 34 of a ROM 33 of an electronic memorandum 11, pattern Nos. and parts images are stored correlatively so that as pattern Nos. of parts change from small to large, face changes in the order of a lovely face, good-looking face, strange face, and horrible face. For a montage image, sum values of pattern Nos. of component parts are calculated, and sound message data corresponding to the sum value are read from a sound message memory 39 of the ROM 33 and output through a D/A converter 46 and a speaker 28.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a voice output device, and more particularly, to a voice output device that outputs voice data corresponding to an object image such as a portrait.

[0002]

2. Description of the Related Art Recently, part image data of each part is arbitrarily combined to create two caricatures, for example, "Kou" and "Otsu", and the score set according to each caricature is large or small. By comparison, a montage battle game device has been proposed that competes between "Kou" and "Otsu."

In this montage battle game device,
Some of them have a voice message output function, and in a montage battle game device having such a voice message output function, for example, "kawaii ne!" Which is selectively registered from a plurality of voice messages provided in advance. , Output a voice message such as "Look good!" When displaying a portrait, or register a voice message such as "I did it! I won!" Or "Sorry!" In a battle game. It can be output when the winning or losing decision of.

[0004]

However, the above-described conventional montage battle game device having a voice message output function has the following problems. That is, the user can select a voice message to be output corresponding to the portrait in each of the situations described above at the time of creating the portrait from a plurality of preset voice messages and register it, or arbitrarily. It had to be created and registered, which was troublesome and inconvenient.

Further, the voice message output in each of the above situations is uniquely defined for the portrait, and is output without taking into consideration various factors in the situation. There is a problem that the interest of the game is spoiled, for example, the same voice message "Ya ne ne!

The present invention has been made in view of the above problems, and it is possible to output an appropriate voice message suitable for the impression of the created object image to the created object image, and during battle. In each of the scenes, the audio output device that outputs an appropriate audio message according to the situation is provided.

[0007]

According to the first aspect of the present invention,
First storage means for storing a plurality of partial images and a numerical value for designating each of the partial images, and a total value of the plurality of numerical values for designation, or a numerical value group of the total value Corresponding to the second storage means for storing voice data, an object image creating means for creating an object image by combining a plurality of partial images stored in the first storage means, and this object Display means for displaying the object image created by the image creating means, and when the object image is displayed by this display means, a total value of numerical values for designating each of the partial images forming the object image, Alternatively, the audio data corresponding to the numerical value group including the total value is read from the second storage means, and the audio output means for outputting the audio based on the read audio data to the outside is provided. More it has achieved the above object.

It should be noted that the plurality of partial images stored in the first storage means and the size of the numerical value for designating the partial images respectively correspond to the smaller the numerical value for designating. It is desirable that a predetermined relationship be established such that the partial image looks more cute.

Therefore, according to the first aspect of the invention, when a plurality of partial images are combined to create an object image and the created object image is displayed, each partial image forming the object image is displayed. Read out the audio data corresponding to the numerical value that matches the total value of the designated numerical values, or the numerical value group that includes the total value, and output the audio based on the read audio data to the outside. Therefore, it is possible to automatically output an appropriate sound suitable for the created object image without performing a special operation.

According to the second aspect of the invention, the result of winning or losing between the object images and the first storage means in which the plurality of partial images and the numerical values for designating the respective partial images are stored. , Or a plurality of partial images stored in the first storage means and a second storage means in which voice data is stored corresponding to each of the numeric values Of the two object images set by the object image setting means, the display means for displaying the two object images set by the object image setting means, and the two object images set by the object image setting means. A numerical value indicating the result of winning or losing is calculated based on the total value of the numerical values for designating each of the partial images forming each object image, and the determining means for determining the winning and losing and the determination value by this determining means. Based on the determination result, a numerical value indicating the result of winning or losing between the object images, or audio data corresponding to a numerical value group including the numerical value is read from the second storage means, and based on the read audio data. The above-mentioned object is achieved by including a voice output means for outputting voice to the outside.

According to the second aspect of the present invention, therefore, two object images to be battled are set by combining a plurality of partial images, and the two set object images are displayed. A numerical value indicating the result of winning or losing between the object images is calculated based on the total value of the numerical values for designating each partial image forming each object image, and the winning or losing is determined. Based on the result, the audio data corresponding to the numerical value indicating the result of winning or losing between the object images or the numerical value group including the numerical value is read, and the audio based on the read audio data is output to the outside. Therefore, it is possible to automatically output an appropriate sound according to the battle situation without any special operation.

[0012]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An example of a preferred embodiment of the present invention will be described below with reference to FIGS. 1 to 1
FIG. 9 is a diagram showing an electronic notebook 11 having a montage battle game function to which the audio output device of the present invention is applied.

First, the structure will be described. FIG. 1 is an external view of an electronic notebook 11 to which the present invention is applied. In FIG. 1, the electronic notebook 11 has a notebook-type casing that opens to the left and right, and an "ON" key 13a and an "OFF" key 14b for turning the power on and off are provided on the left operation surface 12a. In addition, the "individual" key 14a that is operated when shifting to the personal data input mode, the "montage creation" key 14b that is operated when shifting to the montage creation mode, and the basic of each part image stored in advance when creating the montage Basic montage selection key "△, ▽" 15a, 15b for selecting a basic montage consisting of target combinations, parts to be changed when creating a montage, or specifying an opponent warrior in a battle game "↑, ↓""
Keys 16a, 16b, part image selection key to select the part image of the part to be changed when creating the montage "←,
→ "17a, 17b," registration "key 18 operated when saving input personal data and created montage data," battle "key 19 operated when shifting to battle warrior registration mode, battle "Game start" key 20 operated when starting the game, "game stop" operated when ending the battle game
Key 21, "Vitality recovery" key 22 which is operated when shifting to the vitality recovery mode during the battle game, "OK" which is operated as an execution key in the battle game or the battle warrior registration mode, or the vitality recovery mode, etc. A key 23 is provided.

The left operation surface 12a of the electronic notebook 11
A liquid crystal dot matrix display unit 24 is provided on the upper portion. On the liquid crystal dot matrix display section 24, the selected warrior 51a registered by the user in the battle warrior registration mode and the computer warrior 51b pre-registered.
Are provided with montage display areas 52a and 52b for displaying respective portraits, and vitality display bars 53a and 53b for indicating the remaining amount of vitality of each of the battle warriors. Further, during the battle game, attack arrows “→, ←” 54a, 54b indicating the attack direction between both fighting warriors are displayed according to the attack direction.

On the other hand, the right operation surface 12b of the electronic notebook 11
Is a numeric keypad "0-
9 ”25, operator keys“ +, −, ×, ÷, = ”26, alphabet keys“ A to Z ”27 for inputting various data such as personal data, and a speaker for outputting a voice message. 28 is provided.

FIG. 2 is a block diagram showing the circuit configuration of the electronic notebook 11 of FIG. In FIG. 2, the electronic notebook 1
1 is the liquid crystal dot matrix display unit 2 shown in FIG.
4 and speaker 28, input unit 31, CPU 32, RO
M33, RAM 40, random number generator 44, display drive circuit 4
5 and the D / A converter 46. Further, the ROM 33 includes a basic part image memory 34, a calculation formula memory 35, an attack type memory 36, a vitality recovery point memory 37, a facial expression part image memory 38 and a voice message memory 39, and a RAM 40.
Is composed of a personal data memory 41, a combat strength data memory 42, and a display data memory 43.

The input unit 31 is composed of various input keys provided on the left and right operation surfaces 12a and 12b of the electronic notebook 11, and outputs various key operation signals pressed by the user to the CPU 32.

CPU (Central Processing Unit) 32
Controls each part of the electronic notebook 11 according to various control programs stored in advance in the ROM 33 based on the key operation signal input from the input part 31. Specifically, the CPU 32 controls the “O” provided on the left operation surface 12a.
When the “N” key 13a is pressed and the main power source of the electronic notebook 11 is turned on, the main processing described later is executed, and personal information such as name and address is received according to the key operation signal input from the input unit 31. Input processing of, and montage creation processing of people and animals (pets) corresponding to the personal information concerned, or
The registration process of the warrior to be played against the computer warrior, the battle game process between the registered warrior and the computer warrior, and the like are performed.

A ROM (Read Only Memory) 33 stores various control programs for controlling each part of the electronic notebook 11 executed by the CPU 32, such as a program relating to main processing described later, and a basic parts image memory 34, Calculation formula memory 35, attack formula memory 36, vitality recovery point memory 37, facial expression image memory 3
8 and voice message memory 39.

FIG. 3 is a diagram showing an example of storing a part image in the basic part image memory 34. In the basic part image memory 34, each part constituting a caricature of a human, an animal, an alien, etc. is divided into contours, hairstyles, eyebrows / eyes, nose, mouth, etc., for example, 9 types of parts (parts). Then, 20 kinds of part images are displayed for each part. And pattern No. Is stored in association with.

20 stored for each part
The type (shape) of each part image and its pattern number. The magnitude of the numerical value of has a predetermined relationship.
In this embodiment, the pattern No. Based on the relationship that the smaller the numerical value of, the corresponding part image has a more cute face, as shown in FIG. As the numerical value of becomes larger, each pattern N is arranged in such a manner that it has a cute face, a nice face, a strange face, and a scary face in order.
o. And each part image are associated with each other and stored in the basic part image memory 34.

In this basic part image memory 34,
Same pattern No. Each part (outline, hairstyle, eyebrows,
By combining eye, nose, mouth, etc.), it is possible to obtain 20 types of basic montage images that are predetermined for each human or animal.

The formula memory 35 stores the life force (ESP) data and the attack force (P) of the selected warrior and the computer warrior selected by the user during the battle game.
K) data, defensive power (TP) data, after-restoration vital force data, etc. are determined and calculated, the combat force data determination formula is stored. For example, this combat force data determination formula is: vital force (ESP) = vital force determination count “A” × 10000 …… (Formula 1) Attack power (PK) = Attack power determination count “B” × 1000 …… (Formula 2) Defense power (TP) = Defense power determination count “C” × 1000 …… ( Formula 3) Life force after recovery = original life power + life power recovery point (Equation 4)

The attack formula memory 36 stores the formulas for determining and calculating the attack point data of each of the selected warrior and the computer warrior, the post-attack vital force data, and the like. BP) = Basic value × Random number value (Equation 5) Basic value = Attacking attack power (PK) × [1- {Defense power (TP) ÷ 20000} of opponent ...] (Equation 6) Post-attack vital force = Pre-attack vitality-Attack point (BP) of opponent ... (Equation 7)

The vitality recovery point memory 37 has a memory configuration as shown in FIG. 4, and corresponds to, for example, 10 kinds of icon patterns 55a to 55j selected by the user in the vitality recovery mode, respectively. Predetermined vital point recovery point data is stored.

The facial expression parts image memory 38 stores facial expression changing parts images when a win or loss of a battle game is decided. For example, each eyebrow / eye / mouth part stored in the basic parts image memory 34. Parts images of each eyebrow / eye and mouth for winning and using and losing are stored corresponding to each image.

The voice message memory 39 stores various predetermined voice message data (digital voice data) that is output when creating a montage, searching for personal data, or during a battle game or when determining the outcome of a battle game. Remembered

5 and 6 show the voice message memory 3
9 is a diagram showing a storage example of voice message data in FIG. In the storage example of the voice message data shown in FIGS. 5 and 6, FIG. 5A shows a pattern of each component part of the montage displayed on the liquid crystal dot matrix display unit 24 at the time of creating the montage or searching the personal data. N
o. 6 is a diagram showing an example of storage of voice message data (digital voice data) output according to the total value of FIG.

Pattern No. There is a predetermined relationship between the size of the numerical value of the total value and the type of voice message data to be output. In this embodiment, as the numerical value of the total value decreases, the corresponding voice message Based on the relationship that the data has a more cute meaning, as shown in FIG. 5A, as the value of the total value increases, the cute meaning, the nice meaning, and the strange The pattern No. is arranged in such a manner that it has a meaning and a scary meaning. Is stored in the voice message memory 39 in association with the magnitude of the numerical value of the total value and the type of voice message data to be output.

Further, FIG. 5B shows the life force (ESP) of the attacking side warrior when attacking the opponent during the battle game.
It is a figure which shows the example of storage of the audio | voice message data (digital audio | voice data) output according to the magnitude | size of a data value.

The magnitude of the vitality (ESP) data value of the attacking side warrior and the type of voice message data output are
The relationship is predetermined, and in this embodiment, based on the relationship that the larger the vitality (ESP) data value is, the corresponding voice message data becomes a stronger call. As shown in FIG. 5B, the magnitude of the life force (ESP) data value of the attacking side warrior and the voice output in an array relationship in which the life force (ESP) data value becomes smaller and weaker as the life force (ESP) data value decreases. It is stored in the voice message memory 39 in association with the type of message data.

Further, FIG. 6 shows an example of storing voice message data (digital voice data) which is output according to the difference in the life force (ESP) data value of both fighting warriors during the battle game or when determining the outcome of the battle. It is a figure.

The magnitude of the difference between the life force (ESP) data values of the two fighting warriors and the type of the voice message data to be output have a predetermined relationship. In this embodiment, the life force (ESP) is set. ) As the difference between the data values becomes smaller, the corresponding voice message data indicates that it is a close battle. As shown in FIG. 6, the difference between the life force (ESP) data values becomes larger. As a result, the difference in superiority or inferiority between the two fighting warriors gradually becomes apparent, and the magnitude of the difference between the life force (ESP) data values of the two fighting warriors and the type of the voice message data to be output are shown. They are associated and stored in the voice message memory 39.

RAM (Random Access Memory) 40
When various control processes are executed by the CPU 32,
It has a memory area for temporarily storing various data to be processed, and also has a personal data memory 41, a combat strength data memory 42, and a display data memory 43.

FIG. 7 is a diagram showing an example of storing various data in the RAM 40. The personal data memory 41, the combat strength data memory 42, and the display data memory 43 will be described below with reference to FIG. 7.

The personal data memory 41 comprises a personal data register 41a and a montage data register 41b. In the personal data register 41a, the name, which is arbitrarily input in the personal data input mode,
Personal data consisting of address, telephone number, and age is, for example, 5
It is memorized for 0 people. In addition, in the montage data register 41b, the montage data created corresponding to each of the individual data in the montage creation mode is stored in the montage data register 41b. And pattern No. It is stored by combination data with.

Here, the montage data register 41
The combination data stored in b is the part number indicating the constituent parts (parts) of the created montage image. Is the upper digit, and the pattern number. Is a combination data of a total of 3 lower digits. For example, the selection pattern No. of the contour part (part No. “1”) corresponding to the personal data “Kou”. Is "01", the montage data register 41b
In the contour field of “101” as combination data
Is stored, and the selection pattern No. of the hairstyle part (part No. “2”) corresponding to the same “instep” is stored. If is “02”, “202” is stored in the hairstyle field of the montage data register 41b.

The combat strength data memory 42 includes a basic combat strength data register 42a, a combat strength determination coefficient register 42b,
Determined combat strength data register 42c, post-attack vital force data register 42d, and post-recovery vital force data register 42e
It consists of.

In the basic combat strength data register 42a, the basic combat strength data (basic life strength data, basic attack strength data and basic defense strength data) of the selected warrior registered in the battle warrior registration mode is montage of the selected warrior. It is stored for each part forming the image based on the combination data. Here, the basic vital power data, basic attack power data, and basic defense power data are assigned the lower first digit, lower second digit, and lower third digit of the combination data in order for each part.

For example, in the battle warrior registration mode, R
In the case where the user data of "Kou" is registered from the personal data stored in the personal data memory 41 of the AM 40,
Since the combination data of the contour parts of the corresponding montage data stored in the montage data register 41b is “101”, the basic combat strength data of the contour parts is basic life force data, basic attack power data, and basic defense force data in this order. Since it is "1", "0", "1" and the combination data of the hairstyle parts is "202", the basic combat strength data of the hairstyle parts is the basic vital force data, basic attack power data, and basic defense power data. "2", "0",
It becomes "2".

The combat strength determination coefficient register 42b stores the basic vitality data of the basic combat strength data register 42a,
The first lower digit of the total value of the basic attack power data and the basic defense power data is the life force determination coefficient "A", the attack power determination coefficient "B", and the defense force determination coefficient "C of the selected warrior in order. Is stored as ".

For example, the basic combat strength data register 42a
The total value of each of the basic vitality data, basic attack power data, and basic defense power data of "2
In the case of 5 "," 14 ", and" 43 ", the life force determination coefficient" A ", the attack power determination coefficient" B ", and the defense ability determination coefficient" C "
Becomes “5”, “4”, and “3” in order.

In the determined combat strength data register 42c, the life force determination coefficient "A", the attack power determination coefficient "B",
Based on the defensive power determination coefficient "C", the life force (E) of the selected warrior calculated by the combat power data determination formula (Equation 1 to 3) stored in the calculation formula memory 35 of the ROM 33.
SP) data, attack power (PK) data, defense power (TP)
Each data is stored.

For example, the life force determination coefficient "A", the attack force determination coefficient "B", and the defense ability determination coefficient "C" of the selected warrior "Kou"
Is “5”, “4”, and “3” in that order, (Formula 1)
According to (Equation 3), the life force (ESP) data, attack power (PK) data, and defense power (TP) data of the selected warrior “Kou” are “50000”, “4000”, and “3000” in that order.
Becomes

In the post-attack vital force data register 42d,
The vitality data of the selected warrior after being attacked by the opponent (computer warrior) is stored. The post-attack vital force data is calculated by the calculation formulas (Formula 5 to Formula 7) stored in the attack formula memory 36 of the ROM 33.

After recovery, the vitality data register 42e contains
The vitality data of the selected warrior recovered by the vitality recovery point data (see FIG. 4) selected in the vitality recovery mode is stored. This recovery vitality data is RO
It is calculated by the calculation formula (Formula 4) stored in the calculation formula memory 35 of M33. In addition, the vitality data after recovery is the vitality (E) of the determined combat strength data register 42c.
SP) data is updated.

On the other hand, computer warrior montage data, life force determination coefficient "A", attack force determination coefficient "B",
A plurality of sets of the defense force determination coefficient “C” are stored in the computer warrior data memory (not shown) of the ROM 33. The life force (ESP) data, attack power (PK) data, defensive power (TP) data, etc. of the computer warrior are obtained in the same manner as in the case of the above selected warrior, and are stored in a memory area (not shown) of the RAM 40.

The display data memory 43 is composed of a display data register 43a. The display data register 43a forms a memory area for synthesizing a montage image of a selected warrior or a computer warrior designated for display by the CPU 32, and similarly developing personal data or the like for which display is designated into a display image.

The random number generator 44 randomly generates a numerical value from "0" to "9". The display drive circuit 45 is a CP
The display data input from U32 is output to the liquid crystal dot matrix display unit 24 to drive and control the liquid crystal dot matrix display unit 24. Liquid crystal dot matrix display unit 24
Is driven and controlled by the display drive circuit 45, and displays a montage image of the selected warrior or computer warrior, personal data, etc. based on the display data input from the display drive circuit 45.

D / A (Digital to Analog) converter 46
Converts the digital voice data (voice message data) input from the CPU 32 into an analog voice signal and outputs the analog voice signal to the speaker 28. The speaker 28 is a D / A
A voice message is output based on the analog voice signal input from the conversion unit 46. The above is the configuration of the electronic notebook 11 in the present embodiment.

Next, the operation will be described. First, electronic notebook 1
The main processing executed by the CPU 32 of No. 1 will be described based on the flowchart shown in FIG. C
When the "ON" key 13a provided on the left operation surface 12a is pressed and the main power source of the electronic notebook 11 is turned on, the PU 32 reads the program related to the main processing from the ROM 33 and starts the processing.

In the main processing, the CPU 32 first
The process shifts to the personal data input process (FIG. 9), and information such as name, address, telephone number, and age input through the input unit 31 is used as personal data in the personal data memory 41 of the RAM 40.
After storing in the internal personal data register 41a (step S1), the process shifts to the montage creating process (FIG. 10),
The personal data memory 4 of the RAM 40 is a portrait image created in correspondence with each of the above personal data as montage data.
The data is stored in the montage data register 41b in 1 (step S2).

Next, the CPU 32 shifts to the battle warrior registration process (FIGS. 11 and 12) to register the selected warrior to be played against the computer warrior and determine the fighting power data of both warriors (step). S3), the process proceeds to the battle game process (FIGS. 14 to 16) to execute the battle game of the selected warrior and the computer warrior registered above (step S4).

Then, the CPU 32 determines whether or not the "game stop" key 21 has been pressed (step S6). If the "game stop" key 21 has not been pressed, the CPU 32 returns to step S4. Also, CP
When it is determined in step S5 that the "game stop" key 21 has been pressed, the U32 returns to step S1.

In the main process, when the "OFF" key 13b is pressed to turn off the main power source of the electronic notebook 11, the CPU 32 ends the main process with an interrupt signal. The above is the CPU 3 of the electronic notebook 11.
2 is an operation procedure of the main process executed in 2.

Next, the personal data input process executed as a subroutine of the main process will be described with reference to the flowchart shown in FIG. When the CPU 32 proceeds to step S1 in the above main processing, the RO 32
The program relating to the personal data input process is read from M33, and the process is started.

CPU 32 in personal data input processing
First, it is determined whether or not the "individual" key 14a has been pressed (step S11). If the "individual" key 14a has not been pressed, the personal data input process is terminated and the main process is performed. To step S2.

The CPU 32 also executes the above step S11.
When it is determined that the "individual" key 14a has been pressed, the operation shifts to the personal data input mode, and then personal data such as name, address, telephone number, age, etc. is input via the input unit 31. It is determined whether or not (step S12).

The CPU 32 then executes the above step S1.
If it is determined in step 2 that the personal data has not been input, it is continuously monitored whether or not the personal data has been input, and if it is determined that the personal data has been input, the input personal data Is stored in the personal data register 41a in the personal data memory 41 of the RAM 40 (step S13).

Next, the CPU 32 causes the "registration" key 18
It is determined whether or not is pressed (step S14),
When the "register" key 18 is pressed, the data stored in the personal data register 41a is confirmed as personal data, the personal data input process is terminated, and the process proceeds to step S2 of the main process. CPU3
2 is the "registration" key 18 in step S14.
If it is determined that is not pressed, the process returns to step S12, and the personal data input process is continued. The above is the operation procedure of the personal data input process executed as a subroutine of the main process.

Next, the montage creating process executed as a subroutine of the main process will be described with reference to the flowchart shown in FIG. CPU32
When the process shifts to step S2 in the main process, it reads out the program related to the montage creating process from the ROM 33 and starts the process.

CPU 32 in montage creation processing
First, it is determined whether or not the "montage creation" key 14b has been pressed (step S21). If the "montage creation" key 14b has not been pressed,
The montage creating process is terminated, and the process proceeds to step S3 of the main process.

Further, the CPU 32 causes the above step S21.
When it is determined that the "Montage creation" key 14b has been pressed, the operation shifts to the montage creation mode, and the user is instructed to select which kind of portrait, such as human, animal, or alien, to create. Prompt, and when the user selects that type (eg, animal),
Regarding the part image of the selected type stored in the basic part image memory 34 of the ROM 33 (see FIG. 3),
Set the basic montage image and the parts to be changed described below.

That is, regarding the part image of the selected type (for example, animal etc.), the pattern No.
A montage image composed of "01" part images is set as a basic montage image, and the changed part part is designated as a part number. "1" (in the case of FIG. 3, a contour) is set (step S22). Then CPU3
2 displays the montage image on the liquid crystal dot matrix display section 24 and blinks the changed parts section according to the contents set in the above step S22 or steps S25, S27, S29 described later (step S23). ).

Thereafter, the CPU 32 determines whether or not the basic montage selection keys “Δ, ▽” 15a, 15b have been pressed (step S24), and the basic montage selection keys “Δ, ▽” 15a, 15b have been pressed. If not, the process proceeds to step S26.

The CPU 32 also executes the above-mentioned step S24.
In, basic montage selection key "△, ▽" 15
If it is determined that the keys a and 15b have been pressed, and if the "Δ" key 15a has been pressed according to the pressed key, the pattern number of each part forming the basic montage image is determined. Is decremented (for example, if the pattern No. of each part is "01", the pattern No. of each part is changed to "20"), and if the "▽" key 15b is pressed, The pattern No. of each part constituting the basic montage image. (For example, when the pattern No. of each part is “01”, the pattern No. of each part is changed to “02”) (step S
25), and returns to step S23.

As a result, the user can select and display a basic montage image close to the desired montage image from a total of 20 basic montage images. Next, the CPU 32 uses the “↑, ↓” key 1
It is determined whether or not 6a, 16b have been pressed (step S26). If the "↑, ↓" keys 16a, 16b have not been pressed, the process proceeds to step S28.

The CPU 32 also executes the above step S26.
When it is determined that the "↑, ↓" keys 16a, 16b have been pressed, in accordance with the pressed key,
When the "↑" key 16a is pressed, the part number of the part to be changed. Decrement (for example, part N
o. Is "1" (contour), the part number. To "9"
(To the hair band) and when the “↓” key 16b is pressed, the part number of the part to be changed is changed.
Is incremented (for example, when the part number is "1" (outline), the part number is changed to "2" (hairstyle) (step S27), and the process returns to step S23.

As a result, the user can arbitrarily specify the part portion to be changed in the displayed basic montage image.

Subsequently, the CPU 32 determines whether or not the parts image selection key "←, →" 17a, 17b has been pressed (step S28), and the parts image selection key "←,
→ "If 17a and 17b are not pressed, the process proceeds to step S30.

The CPU 32 also executes the above step S28.
In, the parts image selection key "←, →" 17a, 17
When it is determined that b is pressed, if "←" 17a is pressed according to the pressed key,
The pattern N of the changed part displayed in blinking
o. Decrement (for example, the part N of the changed part)
o. Is "1" (contour) and the pattern number. Is "01"
In the case of, the pattern No. To “20”) and when the “→” 17b is pressed, the pattern No. of the part to be changed which is blinking is displayed. (For example, when the part number of the part to be changed is “1” (outline) and the pattern number is “01”, the pattern number is changed to “02”) (step S29), It returns to step S23.

As a result, the user can arbitrarily select and rearrange the part image of the changed part portion from the total of 20 part images in the displayed basic montage image.

After that, the CPU 32 makes the "registration" key 18
It is determined whether or not is pressed (step S30),
If the "registration" key 18 has not been pressed, the process returns to step S24 and the montage creation process is continued.

The CPU 32 also executes the above step S30.
When it is determined that the "registration" key 18 has been pressed, the created montage image and the corresponding personal data are displayed on the liquid crystal dot matrix display unit 24 (step S31), and each montage image is configured. Part pattern No. Calculate the total value of.

In this case, for example, when the name "Kou" is combined with the parts images having a cute face and a montage image of a cute dog such as 51a shown in FIG. 1 is created and displayed, this montage image is displayed. Pattern No. that specifies each part image that is configured. The contours are "01" for the contour, "02" for the hairstyle, and "0" for the eyebrows and eyes.
Since the numbers are small, such as "3" and "01" for the nose, the total value is inevitably a small value. Therefore, the CPU 32 determines that the total value is the numerical value “07”.
R for voice message data "kawaii ne!"
It is read from the voice message memory 39 of the OM 33 (see FIG. 5A), and the D / A converter 46 and the speaker 2 are read.
It outputs via 8 (step S32).

This voice message is the pattern No. of each part image forming the montage image created and displayed by the user. Depending on the size of the total value of, various changes such as "cool!" And "a little strange!"

After that, the CPU 32 associates the created montage data with the personal data registered in the personal data input process (FIG. 9) described above, and the montage data register 4 in the personal data memory 41 of the RAM 40.
After storing in 1b (step S33), the montage creating process is ended, and the process proceeds to step S3 of the main process. The above is the operation procedure of the montage creating process executed as a subroutine of the main process.

Next, the battle warrior registration process executed as a subroutine of the main process will be described with reference to the flowcharts shown in FIGS. 11 and 12 and the display transition diagram shown in FIG. When the CPU 32 proceeds to step S3 in the main processing, it reads the program relating to the battle warrior registration processing from the ROM 33,
The process is started.

CPU 32 in battle warrior registration processing
First, it is determined whether or not the "battle" key 19 has been pressed (step S41). If the "battle" key 19 has not been pressed, the battle warrior registration process is terminated, and the main process is executed. Then, the process proceeds to step S4.

The CPU 32 also executes the above step S41.
If it is determined that the "battle" key 19 has been pressed, the mode shifts to the battle warrior registration mode and the RAM
Personal data register 4 in 40 personal data memory 41
Read all name data stored in 1a,
For example, it is displayed on the liquid crystal dot matrix display unit 24 as a list of candidate names of the selected warrior in a predetermined format as shown in FIGS. 13 (a) and 13 (b) (step S4).
2).

Next, the CPU 32 determines whether or not a warrior has been selected by the user (step S43). If no warrior has been selected, the process returns to step S42. When the CPU 32 determines in step S43 that a warrior has been selected, the RAM 4 stores the montage data corresponding to the name of the selected warrior.
0 is read from the montage data register 41b in the personal data memory 41, combined in the display data memory 43 of the RAM 40, and displayed together with the name, for example, as shown in FIG. 13C (step S44).

At this time, the CPU 32 determines the pattern No. of each constituent part in the displayed montage image of the selected warrior 51a. Of the voice message data (for example, “kawaii ne!”) Corresponding to the size of the total value is read from the voice message memory 39 of the ROM 33 (see FIG. 5A), and D / The signal is output via the A converter 46 and the speaker 28 (step S45).

Then, the CPU 32 makes the "OK" key 23
It is determined whether or not is pressed (step S46),
If the "OK" key 23 has not been pressed, it is subsequently monitored whether or not the "OK" key 23 has been pressed.

The CPU 32 also executes the above step S46.
When it is determined that the "OK" key 23 has been pressed, the montage data of the selected warrior 51a is read from the montage data register 41b, and the basic vital force data, basic attack force data, and basic defense force of each part are read. The data is stored in the basic combat strength data register 42a (see FIG. 7) in the combat strength data memory 42 of the RAM 40 (step S47).

Next, the CPU 32 calculates the total value of the basic vital force data, basic attack force data and basic defense force data stored in the basic combat force data register 42a, and the lower one digit of each total value. The eye value is stored in the combat strength determination coefficient register 42b in the combat strength data memory 42 as the life force determination coefficient "A", attack power determination coefficient "B", and defense power determination coefficient "C" of the selected warrior 51a (step S48).

When each combat strength determination coefficient is obtained in this way, subsequently, the CPU 32 determines the combat strength data determination formulas (Equations 1 to 1) stored in the calculation formula memory 35 of the ROM 33.
Based on the equation 3), the combat strength data (life strength (ESP) data, attack strength (PK) data, and defense strength (TP) data) of the selected warrior 51a is calculated, and the determined combat strength in the combat strength data memory 42 is calculated. The data is stored in the data register 42c (step S49).

Then, the CPU 32 shows the fighting power data (life power (ESP) data, attack power (PK) data, and defense power (TP) data) of the selected warrior 51a stored in the determined fighting power data register 42c in FIG. As shown in (d), it is displayed together with the montage image of the selected warrior 51a (step S50).

Next, the CPU 32 determines whether or not 1 second has elapsed by a built-in timer (not shown) (step S5).
1) If 1 second has not elapsed, subsequently monitor whether 1 second has elapsed. If the CPU 32 determines in step S51 that one second has elapsed, then the CPU 32 reads the montage data of the first computer warrior to be played against the selected warrior 51a from the computer warrior data memory (not shown) of the ROM 33. Similar to the case of the selected warrior 51a, its combat strength data (life strength (ESP) data, attack strength (PK) data and defense strength (TP) data) is calculated and stored in a memory area (not shown) of the RAM 40 (step S52).

Then, the CPU 32 shows only the vital force (ESP) data among the calculated combat force data in FIG.
As shown in (e), the first computer warrior 51b (L
It is displayed together with the montage image of EVEL-1) (step S53).

At this time, the CPU 32 determines the pattern No. of each constituent part in the displayed montage image of the first computer warrior 51b. Of the voice message data (for example, “Scary!”) Corresponding to the size of the total value is read from the voice message memory 39 of the ROM 33 (see FIG. 5A), and the D / A Output through the conversion unit 46 and the speaker 28 (step S
54).

Subsequently, the CPU 32 determines again by the built-in timer (not shown) whether or not 1 second has elapsed (step S55). If 1 second has not elapsed, the CPU 32 continues to set 1
Monitor whether seconds have passed. Also, the CPU 32
If it is determined in step S55 that 1 second has elapsed, then, in the battle game, depending on whether the numerical value of “0 to 9” generated by the random number generation unit 44 is an even number or an odd number. First and second strikes of both fighting warriors are determined (step S56).

Then, the CPU 32, as shown in FIG. 13 (f), displays the montage images and vitality display bar 53 of the selected warrior 51a and the computer warrior 51b.
a and 53b are displayed, and either attack arrow 54a or 54b is displayed according to the attack of the first attacking side warrior determined in step S54 (in the case shown in FIG. 13 (f), the selected warrior 51a is first to attack) (Step S5
7) The battle warrior registration process is terminated, and the process proceeds to step S4 of the main process. The above is the operation procedure of the battle warrior registration process executed as a subroutine of the main process.

Next, the battle game process executed as a subroutine of the main process will be described with reference to FIGS.
This will be described based on the flowchart shown in FIG. 6 and the display transition diagrams shown in FIGS. In the battle game process described below, it is assumed that the battle warrior registration process has already been executed and the selected warrior 51a as the first attack and the computer warrior 51b as the second attack have been determined.

When the CPU 32 proceeds to step S4 in the main processing, it reads the program relating to the battle game processing from the ROM 33 and starts the processing.

In the battle game processing, the CPU 32
First, it is determined whether or not the "game start" key 20 has been pressed (step S61), and the "game start" is performed.
If the key 20 has not been pressed, the battle game process is terminated and the process proceeds to step S5 of the main process.

The CPU 32 also executes the above step S61.
When it is determined that the “game start” key 20 has been pressed, the mode is changed to the battle game processing mode, and the attack type memory of the ROM 33 is based on the numerical value (0 to 9) generated by the random number generation unit 44. Based on (Equation 5) and (Equation 6) stored in 36, the attack point (BP) data of the first striker (selected warrior 51a) is calculated (step S62).

Next, the CPU 32 executes, for example, FIG.
The attacking diagram of the first attacking warrior stored in the memory area (not shown) of the ROM 33 as shown in (a) is displayed (step S63), and the first attacking warrior (selected warrior 51) is displayed.
RO of voice message data (for example, “Solya”) corresponding to the magnitude of the vitality (ESP) data value of a) is RO.
Voice message memory 39 of M33 (see FIG. 5 (b))
From the D / A converter 46 and the speaker 28 (step S64).

Note that this voice message is, for example, according to the magnitude of the life force (ESP) data value of the first striker warrior,
There are various changes such as "Acho" and "To".

Subsequently, the CPU 32 executes the above step S6.
Based on the attack point (BP) data calculated in 2, the attacker-side warrior (computer warrior 51b) according to (Equation 7) stored in the attack-type memory 36 of the ROM 33 is used.
Post-attack life force data is calculated, and the attacker-side warrior (computer warrior 51
It is stored as post-attack vital force data of b) (step S
65).

Then, the CPU 32 displays the attack result of the first attacking side warrior as shown in FIG. 17B (step S66), and then, as shown in FIG. 17C, the first attacking side warrior (selected warrior 51a). Montage image and life force display bar 53a, and a life force display bar 53b corresponding to the post-attack life force data of the post-attack side warrior calculated in step S65. At the same time, the attack arrow 54b indicating the attack of the second attacker is displayed (step S
67).

After that, the CPU 32 determines whether or not a predetermined time has passed by a built-in timer (not shown) (step S
68) If the predetermined seconds have not elapsed, then it is continuously monitored whether or not the predetermined seconds have elapsed.

The CPU 32 also executes the above step S68.
In, if it is determined that the predetermined seconds have elapsed, then
Based on the random number values (0 to 9) generated by the random number generator 44, the attack point (BP) data of the second attacker (computer warrior 51b) is calculated in the same manner as in the case of the first attacker described above. Yes (step S69).

Then, the CPU 32 is, for example, as shown in FIG.
While displaying the attack figure of the attacker on the rear side, which is stored in the memory area (not shown) of the ROM 33 as shown in (d) (step S70), the vitality (ESP) data value of the soldier on the rear side (computer warrior 51b). Of the voice message data (for example, "to") corresponding to the size of the voice from the voice message memory 39 of the ROM 33 (see FIG. 5B), and the D / A converter 46 and the speaker 2 are read.
It outputs through 8 (step S71).

Subsequently, the CPU 32 causes the above step S6.
Based on the attack point (BP) data calculated in 9, the post-attack vital force data of the first attacking side warrior (selected warrior 51a) is calculated, and the post-attack vital force data register 42d in the combat strength data memory 42 of the RAM 40 is first attacked. It is stored as post-attack vital force data of the side warrior (selected warrior 51a) (step S72).

Then, the CPU 32 displays the attack result of the second attacker warrior as shown in FIG. 18 (e) (step S73), and then, as shown in FIG. 18 (f), the first attacker (selected warrior 51a). ) Montage image and the above step S
The life force display bar 53a corresponding to the post-attack life force data of the first attacker warrior calculated in 72, the montage image of the second attacker warrior (computer warrior 51b) and the life force display bar 53b are displayed, and this time the first attacker warrior is displayed. The attack arrow 54a indicating the attack is displayed (step S
74).

In this way, when the first attacker and the second attacker each make an attack once, the CPU 32 compares the life force (ESP) data values of the first attacker and the second attacker, and the difference is large. Of the voice message data (for example, if the difference between the ESP values of the two is less than 5000), the ESP value side is “more and more!”, The ESP value side is smaller, and so on. 39 (see FIG. 6) and read from the D / A conversion unit 46.
And output through the speaker 28 (step S7).
5).

Note that this voice message changes variously as shown in FIG. 6 according to the magnitude of the difference between the life force (ESP) data values of both fighting warriors.

Next, the CPU 32 determines whether or not the "recovery of vitality" key 22 has been pressed (step S7).
6) If the "life recovery" key 22 has not been pressed, the process proceeds to step S81.

The CPU 32 also executes the above step S76.
When it is determined that the "recovery vitality" key 22 has been pressed in step 2, the mode is switched to the vitality recovery mode and the ROM
18 types of icon patterns 55a to 55j stored in the vitality recovery point memory 37 of 33 are shown in FIG.
It is rotated and displayed as shown in (g) (step S7).
7).

These ten types of icon patterns 55a-
55j is "0 to 9" generated by the random number generation unit 44.
Corresponding to the random number values of
When the image is rotated and displayed, the rotation display order is determined according to the numerical value generated by the random number generator 44.

Next, the CPU 32 sends the "OK" key 23.
It is determined whether or not is pressed (step S78),
If the "OK" key 23 has not been pressed, it is subsequently monitored whether or not the "OK" key 23 has been pressed.

The CPU 32 also executes the above step S78.
When it is determined that the "OK" key 23 has been pressed, the icon patterns 55a to 55j that are displayed in rotation are displayed on the "OK" key 2 as shown in FIG. 18 (h).
3 is stopped and displayed in the icon pattern at the time point when 3 is pressed (step S79).

Thereafter, the CPU 32 reads the vitality recovery point data corresponding to the stopped and displayed icon pattern from the vitality recovery point memory 37 (see FIG. 4), and calculates the ROM 33 based on the vitality recovery point data. The post-recovery vital force data of the selected warrior 51a is calculated by the combat force data determination formula (Formula 4) stored in the formula memory 35, and the combat force data memory 4 is used.
The data is stored in the post-restoration vital force data register 42e in 2 and also in the determined combat force data register 42c in the combat force data memory 42 as new vital force (ESP) data of the selected warrior 51a (step S80).

Next, as shown in FIG. 18I, the CPU 32 displays the montage image of the selected warrior 51a and the vitality display bar 53a corresponding to the new vitality (ESP) data of the selected warrior 51a calculated in step S80. And the montage image of the computer warrior 51b and the vitality display bar 53b are displayed (step S
81), the vitality recovery mode is ended, and the process proceeds to step S82.

Then, the CPU 32 determines whether or not one of the vitality (ESP) data of the selected warrior 51a and the computer warrior 51b is "0" (step S82), and both values are " If it is not "0", the process returns to step S62.

As described above, in the battle game process, the processes of steps S62 to S82 are repeated until the value of one of the life force (ESP) data of both fighting warriors becomes "0".

The CPU 32 also executes the above step S82.
When it is determined that the value of one of the two is "0", then it is determined whether the life force (ESP) data of the selected warrior 51a is "0" (step S83). When the vitality (ESP) data of the selected warrior 51a is “0”, the defeat part image of the selected warrior 51a and the winning / utilizing part image of the computer warrior 51b are read from the facial expression part image memory 38 of the ROM 33, and FIG. As shown in (a), the montage images of both fighting warriors are displayed in combination with the losing expression and the winning expression (step S84).

At this time, the CPU 32 also calculates the magnitude of the difference between the life force (ESP) data values of the two fighting warriors, and the voice message data corresponding to the magnitude of the difference (for example, the difference between the ESP values is 5000). If it is within the range, the winner side "I managed to win" and the loser side "I had one more step!"
Etc.) is read from the voice message memory 39 (see FIG. 6) of the ROM 33, and the D / A converter 46 and the speaker 2 are read.
It outputs through 8 (step S85). It should be noted that this voice message changes variously as shown in FIG. 6 depending on the magnitude of the difference between the life force (ESP) data values of both fighting warriors.

After that, the CPU 32 erases the montage image and the vitality display bar 53a of the loser, the selective warrior 51a, as shown in FIG. 19B (step S).
86), the battle game process is terminated, and the process proceeds to step S5 of the main process.

On the other hand, the CPU 32 executes the above step S83.
If it is determined that the life force (ESP) data of the selected warrior 51a is not "0", the win / use image of the selected warrior 51a and the defeat part image of the computer warrior 51b are read from the facial expression parts image memory 38 of the ROM 33. Then, as shown in FIG. 19 (c), the montage images of the two fighting warriors are rearranged and displayed with the winning expression and the losing expression (step S87).

At this time, the CPU 32 also calculates the magnitude of the difference between the life force (ESP) data values of the two battle warriors, and the voice message data corresponding to the magnitude of the difference (for example, the difference in ESP value is 20000). If it is above, the winner side is "easy win", the loser side is "complete loss", etc.) ROM33
Read from the voice message memory 39 (see FIG. 6) and output via the D / A converter 46 and the speaker 28 (step S88).

After that, as shown in FIG. 19D, the CPU 32 erases the montage image of the loser computer warrior 51b and the vitality display bar 53b (step S89), and then presses the "OK" key 23. It is determined whether or not it has been operated (step S90), and if the "OK" key 23 has not been pressed, the operation continues with "O".
It is monitored whether or not the "K" key 23 has been pressed.

The CPU 32 also executes the above step S90.
When it is determined that the "OK" key 23 has been pressed, the montage data of the second computer warrior to be played against the selected warrior 51a is read from the computer warrior data memory (not shown) of the ROM 33, and the combat force data (life force) is read. (ESP) data, attack power (P
K) data and defensive power (TP) data), and RA
The data is stored in a memory area (not shown) of M40 (step S91).

Then, the CPU 32 shows only the vital force (ESP) data among the calculated combat force data in FIG.
As shown in (e), the second computer warrior 51b (L
It is displayed together with the montage image of EVEL-2) (step S92).

At this time, the CPU 32 determines the pattern No. of each component for the displayed montage image of the second computer warrior 51b. Of the voice message data (for example, “cool!”) Corresponding to the size of the total value is read from the voice message memory 39 of the ROM 33 (see FIG. 5A), and D /
After outputting through the A conversion unit 46 and the speaker 28 (step S93), the battle game process is ended, and the process proceeds to step S5 of the main process. The above is the operation procedure of the battle game process executed as a subroutine of the main process.

From the above, according to the present embodiment, in the basic part image memory 34 of the ROM 33, the pattern No. is set for each part (part). From a small number to a large number
Each pattern No. has an arrangement relationship that gives a nice look, a strange look, and a scary look. And each part image are stored in association with each other, and regarding the montage image of the face created by the combination of each part image selected by the user, the pattern No. of each constituent part is stored. Is calculated, the voice message data corresponding to the size of the total value is read from the voice message memory 39 of the ROM 33, and is output via the D / A converter 46 and the speaker 28.

Therefore, for each face montage image created by the user, appropriate voice message data suitable for the impression of the face montage image can be automatically output.

Further, according to the present embodiment, with respect to the montage images of the two faces which are the battle targets, the vitality data determined based on the respective component part images are determined, and the determination result ( The corresponding voice message data is stored in the ROM 3 for each EPS value difference).
3 from the voice message memory 39, D / A
The output is made via the conversion unit 46 and the speaker 28.

Therefore, in each scene during the battle, the life situation data of each montage image is determined for the montage images of the two faces, and the battle situation in which each montage is placed is sequentially determined. It is possible to successively output appropriate voice message data.

Although the present invention has been specifically described above based on an example of the embodiment, the present invention is not limited to the above-mentioned embodiment, and can be appropriately changed without departing from the gist thereof. Of course, For example, in the above-described embodiment, the battle game is performed by the selected warrior selected from the plurality of created and registered data and the computer warrior stored in the computer warrior data memory (not shown) of the ROM 33. The present invention is not limited to the above description, but may be a configuration in which battle games are held between selected warriors or computer warriors.

Further, in the above-mentioned embodiment, the battle game between the selected warrior and the computer warrior is performed in a single device, but this is not limited to the above-mentioned contents, and infrared rays or the like are used. A configuration may be adopted in which a battle game of selective warriors or computer warriors is performed between a plurality of devices having a wireless communication function or a wired communication function.

Further, in the above-mentioned embodiment, a sex item is provided in the personal data to register the sex,
The corresponding voice data may be output in a male voice color or a female voice color based on the registered gender information, and the voice color may be changed in consideration of age information. May be In addition, in the above embodiment, the object image is limited to a montage (portrait), but this may represent the entire body of a human or animal, or a vehicle such as an automobile or a train. Of course, it may be.

[0133]

According to the first aspect of the invention, when a plurality of partial images are combined to create an object image and the created object image is displayed, each partial image forming the object image is displayed. Read out the audio data corresponding to the numerical value that matches the total value of the designated numerical values, or the numerical value group that includes the total value, and output the audio based on the read audio data to the outside. Therefore, it is possible to automatically output an appropriate sound suitable for the created object image without performing a special operation.

According to the invention described in claim 2, when two object images to be battled are set by combining a plurality of partial images, and the set two object images are displayed,
Set the numerical value that shows the result of winning and losing between the two set object images,
Win / Loss results are calculated based on the sum of the numerical values for designation that specify each partial image that constitutes each object image, and each time the judgment is made, the win / loss result between object images is based on the judgment result. Is read out, or the audio data corresponding to the numerical value group containing the numerical value is read out, and the audio based on the read out audio data is output to the outside. It is possible to automatically and sequentially output without performing any special operation.

[Brief description of the drawings]

FIG. 1 is an external view of an electronic notebook to which the present invention is applied.

FIG. 2 is a block diagram showing a circuit configuration of the electronic notebook shown in FIG.

FIG. 3 is a diagram showing an example of storing a part image in a basic part image memory of the ROM of FIG.

FIG. 4 is a diagram showing a memory configuration of a vitality recovery point memory of the ROM of FIG.

5 is a diagram (No. 1) showing a storage example of voice message data in a voice message memory of the ROM shown in FIG. 2;

FIG. 6 is a diagram showing a storage example of voice message data in a voice message memory of the ROM of FIG. 2 (No. 2).

FIG. 7 is a diagram showing an example of storing various data in the RAM of FIG.

FIG. 8 is a diagram showing a flowchart of a main process executed by the CPU of FIG.

9 is a diagram showing a flowchart of personal data input processing executed as a subroutine of the main processing of FIG.

10 is a diagram showing a flowchart of a montage creation process executed as a subroutine of the main process of FIG.

FIG. 11 is a view (No. 1) showing a flowchart of battle warrior registration processing executed as a subroutine of the main processing of FIG. 8;

FIG. 12 is a view (No. 2) showing a flowchart of battle warrior registration processing executed as a subroutine of the main processing of FIG. 8;

FIG. 13 is a diagram showing a transition of display states associated with the battle warrior registration process of FIGS. 11 and 12;

FIG. 14 is a view (No. 1) showing a flowchart of battle game processing executed as a subroutine of the main processing of FIG. 8;

FIG. 15 is a view (No. 2) showing a flowchart of battle game processing executed as a subroutine of the main processing of FIG. 8;

16 is a view (No. 3) showing a flowchart of the battle game process executed as a subroutine of the main process of FIG.

FIG. 17 is a diagram (No. 1) showing the transition of the display state accompanying the battle game processing of FIGS. 14 to 16;

FIG. 18 is a diagram (No. 2) showing transition of display states accompanying the battle game processing of FIGS. 14 to 16;

FIG. 19 is a diagram (No. 3) showing transition of display states accompanying the battle game processing of FIGS. 14 to 16;

[Explanation of symbols]

 11 Electronic Notebook 14b Montage Making Key 15a, 15b Basic Montage Selection Key 18 Registration Key 19 Battle Key 24 Liquid Crystal Dot Matrix Display 28 Speaker 31 Input 32 CPU 34 Basic Parts Image Memory 38 Facial Expression Image Memory 39 Voice Message Memory 40 RAM 45 Display drive circuit 46 D / A converter 51a Optional warrior 51b Computer warrior

Claims (3)

[Claims] 1. A first storage unit in which a plurality of partial images and a numerical value for designating each of the partial images are stored, and a total value of the plurality of numerical values for designation, or the total value. Object image creation for creating an object image by combining a second storage unit in which voice data is stored corresponding to each of the numerical value groups and a plurality of partial images stored in the first storage unit Means, a display means for displaying the object image created by the object image creating means, and a designating means for specifying each partial image forming the object image when the object image is displayed by the display means. Audio output means for reading out the audio data corresponding to the total value of the numerical values or the numerical value group including the total value from the second storage means and outputting the audio based on the read audio data to the outside. An audio output device comprising: 2. A first storage unit in which a plurality of partial images and a numerical value for designating each of the partial images are stored, and a numerical value indicating a result of winning or losing between object images, or a numerical value group thereof. An object for setting two object images to be a battle target by combining a second storage unit that stores audio data corresponding to each of them and a plurality of partial images stored in the first storage unit Image setting means, display means for displaying the two object images set by the object image setting means, and a numerical value indicating the result of winning or losing between the two object images set by the object image setting means, for each object. Based on the total value of the numerical values for designating each partial image forming the image, the determination means for determining the win or loss, and each time the determination means determines, based on the determination result, Numerical indicating winning and losing results between images, or the second audio data corresponding to the numerical value group that contains that number
And a voice output unit that outputs a voice based on the read voice data to the outside, the voice output device. 3. The plurality of partial images stored in the first storage means are part images constituting a face image, and the types of the part images and designation images stored in the first storage means. The magnitude of the numerical value of is in a predetermined relationship with each other.
The described audio data output device.