JPH10201954A - Mahjong game device, mahjong game method and recording medium - Google Patents

Abstract

PROBLEM TO BE SOLVED: To enjoy a mahjong game with reality by looks and words according to each opponent's character and habit by providing a control part for obtaining image data in such a manner as to come to a display state according to competition status of a competition character, and an image display part for image displaying the image data obtained by the control part. SOLUTION: In order to obtain realism to totally forecast an opponent's the contents of holding tiles, a control part 20 obtains image data and voice data as variable items of expression of a face according to the competition status of each competition character, the motion of the face, a message and tile movement such as tile drawing and tile throw-away operation or the like, and controls to display image data and/or voice data. The control part 20 has emotion values set according to the competition status of each competition character to obtain the expression of each competition character corresponding to the current of mahjong competition status, and controls to select image data showing the expression of a face corresponding to the total of the emotion values at that time and display an image.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a mahjong game apparatus, a mahjong game method, and
The present invention relates to a recording medium on which a mahjong game program is recorded.

[0002]

2. Description of the Related Art Conventionally, in a mahjong game apparatus, a player plays against three CPU players, and the player operates his or her hand tiles through a controller while watching the play screen of a mahjong table. By doing so, the player and the CPU player repeat the pattern tiles and discard tiles in order, and further, call the tiles such as Pong, Qi and Kang to gradually complete the hand tiles, and finish the hand tiles with the other three CPU players. Competing for completion, the mahjong game was progressing. On the play screen when the mahjong table is viewed from above, in addition to the contents of the player's hand tiles, information that can be seen with normal mahjong, such as discarded tiles of the other three CPU players, pon, chi and can, etc. Show tiles are displayed for each of the three CPU players, and the player predicts the state of the hand tiles of the other three CPU players while viewing these information, and completes the hand tiles of the opponent with their own discards I was playing with care not to be transferred as a tile. Eventually, you or your opponent will end with the tiles you have simulated or your opponent's discarded tiles, and the winning or losing will be decided. At this time, points are awarded according to the contents of the hand tiles that have been completed, and if they complete by imitating themselves, they will receive the points from the other three people, and if they finish with the opponent's tiles, they will receive the points from the transferee, The final score was used to determine the final outcome.

[0003]

However, in the above-mentioned conventional mahjong game device, the contents of the hand tiles and the degree of completion thereof are predicted from the discarded tiles of the opponent, and the hand tiles are completed quickly without being transferred to the opponent. You can enjoy the logical process of completing the game faster than the CPU player, but in addition, the habit and personality of each opponent unique to the mahjong game,
There is no sense of realism such as words, complexions, movements, etc., and the true mahjong of true mahjong that plays while considering the discarded tiles by comprehensively predicting the content of the opponent's hand tiles and its perfection Had the problem of not having fun.

[0004] The present invention solves the above-mentioned conventional problems, and is a mahjong game apparatus and a mahjong game method capable of enjoying a mahjong game having a sense of reality with expressions and words according to the human nature and habit of each opponent. And a recording medium.

[0005]

In the mahjong game apparatus of the present invention, at least the contents of a player's hand tiles and discarded tiles and the contents of discarded tiles and faces of opponent characters are displayed. A mahjong game device in which a mahjong game proceeds by repeating a tile drawing and a discarding operation, such as a face display, a face movement, a message of the opponent character, and variable items such as a tile drawing and a tile discarding operation. At least one of: a control unit that obtains image data so as to be in a display state according to a battle state of the battle character, and an image display unit that displays an image of the image data obtained by the control unit. Is what you do. Further, the mahjong game device of the present invention displays at least the contents of the hand tiles and discarded tiles of the player, the discarded tiles and the face of the opponent character, and these players and the opponent character sequentially draw and discard tiles such as a tile and a discarded tile. A mahjong game device in which a mahjong game progresses by repeating an operation, wherein at least one of variable items such as a face display, a face movement, a message, and a tile pulling and discarding operation of the opponent character is the match. A control unit that obtains image data and / or audio data so as to be in a display and / or output state according to the battle situation of the character; an image display unit that displays the image data obtained by the control unit in an image; And an audio output unit that outputs the audio data obtained. In the mahjong game method of the present invention, at least the contents of the player's hand tiles and discarded tiles and the discarded tiles and faces of the opponent characters are displayed. A mahjong game method in which a mahjong game progresses by repeating a discard operation, wherein at least one of variable items such as a display of a face of the opponent character, a movement of the face, a message, and a tile pulling and a tile discard operation is performed. Image data and / or audio data is obtained so as to be in a display and / or output state according to the battle situation of the battle character, and the image data and / or audio data are displayed and / or output as audio. Things. Further, the recording medium of the present invention displays at least the contents of the hand tiles and discarded tiles of the player, the discarded tiles and the face of the opponent character, and these players and the opponent character sequentially draw tiles and discard tiles such as dummy tiles and discarded tiles. The Mahjong game progresses by repeating the operation,
An image in which at least one of the variable items such as the display of the face of the opponent character, the movement of the face, the message, and the tile pulling and tile discarding operations is displayed and / or output according to the opponent character's opponent's battle situation. A mahjong game program is recorded in which data and / or audio data is obtained, and the image data and / or audio data are controlled to be displayed and / or output as audio.

With this configuration, for each battle character,
In addition, since the face display, face movement, message, tile-pulling, and tile-discarding operations are output as images and voices for each battle situation that changes every moment, the human character and habit of the battle characters unique to the mahjong game Psychological judgment is made through facial expressions and indiscriminate messages. It is possible to obtain the original pleasure of mahjong in playing while predicting and considering tiles.

Preferably, the control unit in the mahjong game apparatus of the present invention has an emotion value set according to a battle situation for each battle character, and a facial expression corresponding to the total emotion value at that time. Is controlled so as to select the image data representing Preferably, in the mahjong game method of the present invention, emotion values are set according to the battle situation of each battle character, and image data indicating a facial expression according to the total of the emotion values at that time. Is selected and an image is displayed. further,
In the recording medium of the present invention, an emotion value is set according to a battle situation of each battle character, and image data indicating a facial expression according to the total emotion value at that time is selected and displayed. A mahjong game program characterized by being controlled as described above is recorded.

[0008] With this configuration, since the facial expression at that point in time corresponding to the total emotion value according to the battle situation is displayed for each competitive character, the facial expression for each battle character according to the flow of the mahjong battle situation is displayed. Then, the player can have a sense of realism, and can determine the state of the mahjong battle in accordance with the expression, and can enjoy the original mahjong pleasure of playing while considering the mahjong battle state of each battle character.

Further, preferably, the control unit in the mahjong game apparatus of the present invention has an emotion value set according to a battle situation for each battle character, and a facial expression corresponding to the total emotion value at that time. In addition to the selection of the image data indicating the facial expression, control is performed so that the image data indicating the facial expression according to the special situation is selected only for a predetermined time prior to the expression selection based on the total emotion value. Also, preferably, in the mahjong game method of the present invention, an emotion value is set according to a battle situation for each battle character,
Image data showing the facial expression according to the special situation for a predetermined time only for a predetermined time prior to selecting the facial expression based on the total emotion value, while selecting image data indicating the facial expression according to the total emotion value at that time. Is selected to display an image. Furthermore, in the recording medium of the present invention, an emotion value is set according to a battle situation for each battle character, and image data indicating a facial expression according to a total of the emotion values at that time is selected. A mahjong game program characterized in that image data representing a facial expression according to a special situation is controlled to be selected and displayed for a predetermined time only, prior to expression selection based on the total emotion value. ing.

With this configuration, the facial expression according to the special situation is displayed at each time in preference to the selection of the facial expression based on the total emotion value, so that the emotion of each opponent character at that time appears. Realism will be obtained.

Further, preferably, the control unit in the mahjong game device of the present invention includes a control unit that sets the data so that at least one of the variable items corresponding to the higher priority condition among the conditions of the battle situation for each battle character. Select Also, preferably, in the mahjong game method of the present invention, data is selected and displayed on at least one of the variable items corresponding to the condition having a higher priority order among the conditions of the battle situation for each battle character. And / or sound output. Further, in the recording medium of the present invention, data is selected so as to be at least one of the variable items corresponding to the higher priority condition among the conditions of the battle situation for each battle character, and image display and / or image selection is performed. A mahjong game program characterized by controlling to output sound is recorded.

[0012] With this configuration, variable items corresponding to the condition of higher priority among the conditions of the battle situation for each battle character, that is, facial expressions and facial movements, messages, tiles, and tile discard operations are performed. Outputting images and / or audio shows the state of each opponent character according to the mahjong match situation from time to time, and gives the player a more realistic feeling and can judge the mahjong match state according to the state of each match character. As a result, it is possible to further enjoy the original mahjong by playing while taking into account the mahjong battle situation of each competitive character.

Further preferably, the control section in the mahjong game apparatus of the present invention is characterized in that control is performed so as to select message data corresponding to the facial expression of each opponent character. Preferably, in the mahjong game method of the present invention, message data corresponding to the facial expression of each opponent character is selected and displayed as an image and / or output as sound. Further, a mahjong game program is recorded on the recording medium of the present invention, characterized in that message data corresponding to the facial expression of each opponent character is controlled to be displayed and / or output as sound. I have.

According to this configuration, a message is output so as to correspond to the displayed facial expression of each opponent character, so that the facial expressions and messages corresponding to the mahjong battle situation are obtained, and the human character and personality of the opponent character are displayed. Is more apparent and a more realistic feeling is obtained.

[0015] Further, preferably, the control section in the mahjong game apparatus of the present invention is characterized in that control is performed such that the message data of the battle character designated by the message is selected when the player self-simulates. Preferably, in the mahjong game method according to the present invention, the message data of the opponent character designated as the message during the self-imitation of the player is selected and displayed as an image and / or outputted as sound. further,
In the recording medium of the present invention, a mahjong game program is recorded in which the message data of the opponent character designated as the message at the time of the player's self-simulation is controlled so as to display an image and / or output sound. .

With this configuration, when the player self-simulates, the opponent character is designated and a message is output and displayed. Therefore, a hint for judging the opponent's situation can be obtained for the opponent character who is worried, and the player plays while considering the hint. This means that you can enjoy more of the original Mahjong.

Still preferably, in the present invention, the facial expression for each competitive character as image data is at least a laughing face, a normal face, a sad face, and an angry face. Preferably, the battle situation as the output condition of the image data in the present invention is at least one of the contents of a hand tile at the time of tile arrangement, the contents of a tile at the time of self-imitation, the contents of a tile at the time of discarding, the contents of standing up, and the completion of the settlement. It is. Still preferably, in the present invention, the face movement of each opponent character as image data is a movement in which at least one of a direction in which a tile is discarded, a direction of a sounding opponent, and a direction of an opponent who has concluded. It is. Further, preferably, the tile pulling and tile discarding operation for each opponent character as image data in the present invention includes at least one of a movement of a tile, a movement of a discard tile, a movement of a reach tile, and a movement of a sounding tile. Is better.

With these data, a more realistic image can be obtained, and a mahjong battle situation corresponding to the image can be determined more. Therefore, the player can play while taking into account the mahjong battle situation of each opponent character. You will get the real fun of Mahjong.

[0019]

Embodiments of the present invention will be described below with reference to the drawings.

FIG. 1 is a block diagram showing a hardware configuration of a mahjong game apparatus according to one embodiment of the present invention.

In FIG. 1, a mahjong game apparatus 1 includes a game machine main body (not shown), a television monitor 2 for outputting a game image, a main amplifier 3 for outputting a game sound, and a speaker. 4 and a recording medium 5 on which game data composed of image data, audio data and program data is recorded. Here, the recording medium 5 is, for example, an RO in which the game data and the program data of the operating system are stored.
M is stored in a plastic case, so-called R
An OM cassette, an optical disk, a flexible disk, and the like.

An operation and control system in the game machine main body includes a central processing unit (hereinafter referred to as a CPU) for controlling each unit.
A bus 7 composed of an address, data and a controller bus is connected to the RAM 6, and a RAM 8 capable of storing various data, interface circuits 9 and 10, a signal processor 11, an image drawing processor 12, Interface circuits 13 and 14 are connected respectively. A controller 16 is connected to the interface circuit 10 via an operation information interface circuit 15 so that the CPU 6 can issue a command corresponding to an operation signal from the controller 16.

The signal processor 11 mainly calculates position in two dimensions, calculation of light source, generation of voice data,
The image processing processor 12 performs the processing.
Performs writing processing of image data to be drawn into the RAM 8 based on the calculation result in the signal processor 11. The interface circuit 13 is connected to the television monitor 2 via a D / A converter 17 and outputs an image.
The A / A converter 18 is further connected to the speaker 4 via the pre-main amplifier 3 to output audio.

Here, the form of the mahjong game device 1 differs depending on the application. That is, when the mahjong game device 1 is configured for home use, the television monitor 2, the pre-main amplifier 3, and the speaker 4 are configured separately from the game machine body. Further, when the mahjong game device 1 is configured for business use, all the components shown in FIG. 1 are housed in one integrated housing. When the mahjong game apparatus 1 is configured with a personal computer or a workstation as a core, the television monitor 2 corresponds to a display for the computer, and the image drawing processor 12 The interface circuits 9, 10, 13, 14, and D / A correspond to a part of the game program data recorded on the recording medium 5 or hardware on an expansion board mounted in an expansion slot of a computer.
The converters 16 and 17 and the operation information interface circuit 15 correspond to hardware on an expansion board mounted in an expansion slot of the computer. In addition, the above R
AM8 corresponds to each area of the main memory or the extended memory on the computer. In the present embodiment, a case where the mahjong game device 1 is configured for home use will be described as an example.

The controller 16 includes a start button 16a, an A button 16b, a B button 16c, a cross key 16d, a stick type controller 16e, a left trigger button 16f, a right trigger button 16g, and a C1 button 16
h, a C2 button 16i, a C3 button 16j, a C4 button 16k, a connector 16m, and a depth trigger button 16n. Here, for example, a memory for temporarily storing a progress state of a game or the like is detachable from the connector 16m. The stick-type controller 16e is operable not only in up, down, left and right but also in 360 ° directions, and has substantially the same function as a joystick.

Next, a functional block configuration of the mahjong game device 1 of the present invention will be described.

The above-mentioned CPU 6 and signal processor 1
1. Image drawing processor 12 and memory unit (RA
M8, interface circuit 9 and recording medium 5) 19
The CPU 6 causes the signal processing processor 11 to perform various signal processing on game data composed of image data, audio data, program data, and the like recorded on the recording medium 5. Based on the processing, the image drawing processor 12
Is controlled to write image data and audio data to be drawn.

An operation input section 21 is constituted by the interface circuit 10, the operation information interface circuit 15, and the controller 16, and a command corresponding to an operation signal from the controller 16 by the player is transmitted to the CP.
By causing U6 to perform, on the display screen as shown in FIG. 2 in which the contents of the player's hand tiles and discarded tiles, the contents of the discarded tiles of the opponent character, the message, and the facial expression are displayed, the player can play the tiles in order with the opponent character. The mahjong game can be advanced by repeating the operation of drawing and discarding tiles and discarding tiles. In this case, discarded tiles are tiles that have been discarded by the river, hand tiles are tiles that you have, tiles that have been brought from tile piles, and tiles that have been taken from tile piles. It is an act.

Further, the interface circuit 13, D /
An image display unit 22 is constituted by the A converter 17 and the television monitor 2, and the image drawing processor 12
Then, the image data that has been written to the RAM 8 is transferred to the interface circuit 13 and the D / A converter 1.
7 to the television monitor 2 via
An image corresponding to the mahjong battle situation for each PU character is displayed on the screen.

Further, the interface circuit 14, D /
The A converter 18, the pre-main amplifier 3, and the speaker 4 constitute an audio output unit 23. The audio data that has been written to the RAM 8 by the image drawing processor 12 is transmitted to the interface circuit 14, the D / A converter 18, and the pre-main amplifier. Speaker 4 through 3
, A sound corresponding to the mahjong battle situation for each CPU character is output.

Here, the operation of the control unit 20 including the CPU 6 controlled by the game data recorded on the recording medium 5 according to the present invention will be described in more detail below.

The control unit 20 displays faces (expressions), face movements, messages, and tiles in accordance with the battle situation of each battle character in order to obtain a sense of reality and comprehensively predict the contents of the opponent's hand tiles. The image data and the audio data are obtained so as to be variable items of the tile movement such as the tile discarding operation, and the image data and the audio data are controlled so as to display the image and / or output the audio.

The control unit 20 sets an emotion value according to the battle situation for each opponent character in order to obtain an expression for each opponent character according to the flow of the mahjong battle situation. Is controlled so that image data representing the facial expression according to the sum of the images is selected and displayed.

Further, the control unit 20 sets an emotion value according to the battle situation of each battle character, selects image data indicating a facial expression according to the total emotion value at that time, In order to express the emotions of each opponent character at that time with priority and emphasis, the image data indicating the facial expression according to the special situation is selected for a predetermined time only for a predetermined time prior to the expression selection based on the total emotion value. Control to display an image.

Further, the control unit 20 becomes a variable item corresponding to a condition having a higher priority order among the conditions of the battle situation for each battle character in order to represent the situation of each battle character according to the mahjong battle situation from time to time. In such a manner that data is selected and image display and / or audio output are performed.

Further, the control unit 20 selects the message data of the opponent character designated as a message when the player self-simulates, and displays the image and / or outputs the sound in order to use the opponent character of interest as a hint for judging the opponent's situation. Control to make it.

In the above description, there are four types of facial expressions for each competitive CPU character: a laughing face, a normal face, a sad face, and an angry face. The expression of the battle CPU character,
For example, in the case of a female Uchida in front of FIG. 3, FIG. 3 shows a normal face, FIG. 4 shows a laughing face, FIG. 5 shows a sad face, and FIG. The facial expressions of the characters are also displayed on the display screen of the television monitor 2.

The match situation is the contents of the hand tiles at the time of tile arrangement,
The contents of the tiles at the time of self-imitation, the contents of the tiles at the time of discarding the tiles, the contents of the erecting and the completion of the tile, etc. The face movement of each opponent character refers to a movement in which at least one of a direction in which a tile is discarded, a direction of a sounding opponent, and a direction of an opponent who has completed the game is confirmed. Further, the tile movement such as the tile pulling and the tile discarding operation for each opponent character includes the movement of a tile, the movement of a discarded tile, the movement of a reach tile, and the movement of a sounding tile.
Further, the display message and the voice output of the image section correspond to the facial expression of each competitive CPU character.
In this case, "reach" means when you listen to tiles in front of the gate,
Thereafter, except for the Agari tile, it is established at the same time as the declaration, on condition that it is released. In addition, the term “war” means Agari. Further, "facing" refers to the number of steps required to listen to a tile (a state of waiting for agari). For example, "one-way listening" refers to a state in which one more effective tile becomes an auditory tile.

Next, an example of the specific contents of game data including image data, audio data, program data, and the like will be described in detail.

First, an emotion value (point) is initially set before the game starts to be distributed, and during the game, an emotion value is set according to the situation, and a facial expression is set according to the set emotion value and the situation of the CPU character. Also, during a mahjong game, the conversation (message) and facial expression of each CPU character are determined according to the mahjong match situation, and an arbitrary C
This is a case where, when a conversation is requested from the PU character, the CPU character displays a conversation according to the situation at that time on the screen as a message.

The initial set of emotion values for each CPU character is, for example, in the case of Uchida, an initial set of basic emotion values for each character (+128 points). Make a set. In this case, the emotion value set based on the score is calculated as +1 when the score increases by 400 points from the start score and as −1 when the score decreases by 400 points. For example, when the starting point is 30,000 points, the point is +1 when the point has reached 30,400 points, and −1 when the point has 29600 points. Also, in this case, the emotion value set according to the situation in the previous station is as follows: when the previous station has completed (up), when it has completed more than full (+3 points), If you are not able to complete the game because you are listening to the Kankan tile (-3 points),
Points), the transfer (-3 points), and the case where the opponent has won the game by himself (-1 point).

During the game, the emotion value set based on the battle situation is set as the emotion value at the time of tile distribution, self-imaging and discarding, at the end of the game, and at the time of the game flow. For example, in the case of Uchida's emotion value, when the tiles are arranged in three directions or less (+10 points), when the tiles are arranged in five directions or more (−10 points),
10 points), if the self-imitation is up and listening is up (+3 points), when the tile is discarded, it is not the time to apply the reach (reach). When the tile is discarded, it is not the time to make a reach (reach), but when the tile is self-cut and the discarded tile is not an unnecessary tile and the self-cut tile is a dangerous tile (-3 points), it is used when it is discarded. In the case (+10 points), when it is ringing when it is discarded (-6 points), when it is discarded by another house, when it is possible to put upright (reach) (-10 points), when it is ringing when it is discarded by another house ( +6 points), at the end of one's own game, when the self-improvement is completed (+20 points), at the end of one's own, when he wins (+20 points)
Points), score after the score calculation at the end of one's own (± 1 for every 400 points difference from the start score), when transferred at the end of another house (-20 points), If you are imitated at times (-20 points), if you have heard more than a full tile at the end of the other house (-14 points), if you are at the end of the other house and do not transfer money (+14 points), Score after the score calculation at the end of the match (for every 400 points difference from the start score)
1) If you are listening to a tile more than Mankan at the time of the station (-14)
), If you were at the station and did not transfer (+1
4 points), the score after the score calculation at the time of the flow station (± 1 for every 400 points from the start score), and the like.

Further, a facial expression set based on the set emotion value is usually a CPU expression set according to the set emotion value.
The facial expression of the character is changed into four types: a laughing face, a normal face, a sad face, and an angry face. It is to be changed every time when the tiles are distributed, when the tiles are self-made and discarded, when the game is completed, and when the station is broadcast. The criteria for the emotion value at this time are as follows.

High tension (emotion value 178 points or more): laughing face Normal tension (88 to 177 emotion values): normal face Low tension (48 to 87 emotion values): sad face Minimum tension (47 emotion values) Below): Angry face Normally, the facial expression of the CPU character changes according to the set emotion value, but in the case of the next CPU character, the facial expression listed below is instantaneous or temporary. The priority is given first, and then the facial expression is returned to the normal operation (operation based on the emotion value) again.

At the time of tile arrangement, if the player has three or less tiles, the laughing face becomes a laughing face except for the lowest tension, and the normal face becomes a normal face at the lowest tension.

In the case where the number of tiles is 5 or more, the face becomes a normal face when the tension is high and an angry face when the tension is not high.

Also, in the case of self-imitation,
A laughing face with a low tension and a normal face with a low tension.

In the case of the unnecessary tile self-imitation, a normal face is obtained when the tension is high, and an angry face is obtained when the tension is not high.

In the case of the dangerous tile self-imitation, a normal face is obtained when the tension is high, and a sad face is obtained when the tension is not high.

Further, regarding the movement of the face of the CPU character, when the other house sounds when the other house sings, the face movement that turns around in the direction of the other party who cut off the dora or the sounding other party temporarily. I do. However, when the other house rang, the person who cut the tile that was rang became angry for a while,
The face moves as if turning to the person who screamed.

Further, the reach tile of the CPU character,
The movement of the images of the discarded tiles and the sounding tiles changes according to the emotion value (tension), and also changes according to each CPU character.

Next, the tile pulling and tile discarding operations will be described.

First, the movement of the image of the reach tile for each CPU character varies depending on the emotion value (tension), but is as shown in the following (Table 1). This (Table 1)
In I, I gain momentum and reach from above,
Is a reach by sliding a little, O is a reach to be put in place, K is a reach by rotating a tile. Even male and female CPU characters tend to be somewhat inclined, and men move to reach from above with momentum,
In addition, the woman moves a little by sliding.

[0054]

[Table 1]

The movement of the image of the discarded tile for each CPU character varies depending on the emotion value (tension), but is as shown in the following (Table 2). In this (Table 2), T is a case where the tiles are discarded by a tapping motion as shown in FIG. 25a, and Y is a case where the tiles are slowly discarded by zooming up and down as shown in FIG. 25b. , N is a case where tiles are discarded by sliding the mahjong table vertically and horizontally as shown in FIG.
This is a case where the tile is suddenly discarded without movement as an anger pattern as shown in FIG. There is also a tendency for male and female CPU characters, with males throwing away tiles in such a way as to beat them vigorously from above, and females slowly zooming up and down to throw away tiles.

[0056]

[Table 2]

Further, the movement of the image of the calling tile for each CPU character varies depending on the emotion value (tension), but is as shown in the following (Table 3). This (Table 3)
In, N moves as if brought directly to match other tiles, but the height and zoom rate of the tile to be taken change according to the emotion value (tension), and the higher the emotion value (tension), the larger the tile Rate is higher. X moves vertically and horizontally and moves together with other tiles, and K moves while rotating the tiles.

[0058]

[Table 3]

It is to be noted that the sound of the tiles being discarded or the spirit of the tiles can also be changed in accordance with the various tile pulling and tile discarding operations described above.

Similarly, there are various types of movements of the tiles, such as bringing them to the right or left end of the tile, placing them next to the tile, and glanced when simulating. These are different for each CPU character, and are also different depending on a mahjong battle situation. An image is output according to those conditions.

Next, the facial expression of the CPU character and its message (conversation) and voice are all judged in priority order in the order of the competition situation item numbers, and the subsequent judgment is stopped for the items satisfying the conditions. Conversation data and facial expression data for each CPU character for that item are set simultaneously, and if necessary, audio data is set. Also,
If each condition is not satisfied even if the judgment is made up to the last number of the item, all facial expressions, conversations and voices are skipped. In other words, when the following condition items are reached,
The facial expression of each CPU character set for each condition item and its changing items such as message (conversation) and voice are set and displayed as an image.

However, the “normal face” of, for example, (14-1, normal face) shown below is a facial expression controlled by the emotion value described above, and the number of 14-1 is a message described later. (Conversation). (Example of CPU character: Uchida) At the time of starting Hanso 1. 1. East house start (14-1, normal face) 2. Start the south family (14-2, normal face) 3. Nishi Family Start (14-3, normal face) North Family Start (14-4, normal face) At the end of Hanso 1. Finished at the top (15-01, normal face) 2. Finished with a final score of 30,000 or more and higher than the player's final score (15-02, normal face). 3. Finished with a score of 30,000 or more and lower than the player's final score (15-03, angry face). The final score is lower than 30,000 and the half-village finishes at a point higher than the player's final score (15-0)
4, angry face) The final score is lower than 30,000, and the half-village ends at a point lower than the player's final score (15-0)
5. Sorrow face) When you want to reach upright 1. The chase is erect and the tile to be cut is a dangerous tile (1-06, sad face). 3. Chasing erect (1-05, normal face) 3.6 Erect within 6th turn (1-01, angry face) 5. Dora Kuri erect (1-04, sad face) 5. 13th and subsequent erect (1-02, sad face) Erect (1-03, normal face) other than the above conditions 1 to 5 When erect (reach) is applied 2. He was chased upright (2-02, sad face) 2. He was upright within the 6th order (2-03, angry face) 3. Dora was upright (2-01, sad face) 4. Self-cutting and straightening (2-04, sad face) 5. Except for the above conditions 1 to 4, the player's hand tile at that time is three-way listening or more (2-05, sad face). Other than the above conditions 1-4, your own tile at that time is 1 ~
6. Two-way listening (2-06, angry face) Except for the above conditions 1-4, the hand tile at that time was a listening tile (2-07, normal face). Dora was darkened (3-02, laughing face) Dora was darkened (4-01, sad face) ) Dora was added (3-03, normal face) When it rang (Ming Kang, Pong) 1. Dora rang (3-02, laughing face) 2. One shot erased (3-01, sad face) Role 1 squeal (3-04, sad face) When squealed (Ming Kang, Pong) The sound was heard and the CPU abandoned it (4
-01, sad face) When Dora was sounded and the player abandoned it (4
-02, angry face) One shot was erased (4-03, sad face) If none of the above applies, then the following sounds (common) sounded (chi) 1. One shot erased (3-01, sad face) It rang including Dora (3-03, normal face) When it rang (Chi) 1. One shot erased (4-03, sad face) 2. When the discarded tile was a Dora (4-01, sad face) When the player discarded the player and discarded it, and the discarded tile was a Dora (4-02, angry face). If none of the above items were applicable, the sound was played when the following sound was heard (common) When it is placed (common) The person who screams is within the 6th order with one spell of the role tile, 200 points
1. When the score is lower than 00 (4-06, angry face) The person who squeezed is within 6th order with one spell of the role tile, and CPU
2. When the player is already ringing (4-05, angry face). When the person who rang is within 6th order with one slogan (4-0
4. Normal face) When the person who screams is the 7th or more in the first spell of the role tile (4-0
7, angry face) 5. When the person who screams is one call and is not in the role tile but in the sixth order (4-08, sad face) The person who screamed was one squeal and the character tile was not a play tile.
6. After the first time (4-10, normal face) 7. When the person who screams is one squeal and not a play tile, and is in the seventh or later order (4-09, normal face) 8. When the person who screamed is making two squeals and including the role tiles, and is within the eighth turn (4-11, angry face) 9. When the person who screams 3 times (4-12, sad face) When the person who screams 4 sounds (4-13, sad face) When the CPU itself sings and Kandra gets on 1. The number of CPUs of the CPU itself was 3 or more (5-0
2. Normal face) The CPU itself has more than one Kandla (5-0
1. laughing face) 3. There were more than 3 Kandla in another house (5-04, sad face). More than one Kandla in another house (5-03, sad face) When Kandora got on the other house. The number of CPUs of the CPU itself was 3 or more (6-0
2. Normal face) The CPU of the CPU itself was one or more (6-0
1. Normal face) 3. There were more than 3 Kandla in another house (6-04, angry face). More than one Kandla from another house (6-03, sad face) When cutting a tile 1. 1. I decided to go (7-01, sad face) 2. It is a safety tile when it is upright, but it cuts off the danger tile when listening silently (7-03, sad face). 3. Cut off the danger tiles (7-02, sad face) 4. When you are self-cutting, cut off the safety tile instead of cutting it with the highest danger tile (7-05, angry face). 5. When you are self-cutting, do not cut yourself with the highest danger tiles, but cut off the safety tiles directly (7-03, sad face). 6. When you are self-cutting, cut off the tiles that are not self-cutting with the highest danger tiles (7-06, sad face). 7. Cut off the highest danger tile (7-04, angry face) 8. The self-made tile is the highest danger tile, not the self-cut, but the safety tile is cut (7-05, angry face). At the time of self-imitation, it is not the self-cutting with the highest danger tile, but the danger tile is cut against erect (7-06, sad face). The role (8-02, normal face) 2. I jumped on my head (10-01, sad face). 4. After Southfield, the score reached over 30,000 points and the new top (8-01, laughing face) 4.3 times and double (8-03, laughing face) 5. Jumping (8-04, laughing face) 6. I went up with the role of Yarikan (10-02, laughing face). 7. Includes flowering of Minegami (8-06, laughing face). 8. I copied the seabed (8-07, normal face) 9. Kawabata Eiwa (10-03, laughing face) 10. He had a glimpse, including one actor (10-04, normal face). 11. Self-improved including one actor (8-08, laughing face) Higher, cheaper when there is cheaper fullness (8-09,
12. sad face) 13. When the condition is full other than the above condition 12 (8-05, laughing face) 14. When the ending point is 3200 points or more for the child and it is high and it is high when there is a low price (8-10, normal face) 13. When the child's ending point is 3200 points or higher for the child and it is higher and cheaper when it is cheaper (8-11, sad face) 16. When the war end point is lower than the child's 3200 points and the back dora does not appear (8-15, sad face) When the ending point is below the child's 3200 point and is not upright, and the ending point is above the child's 1000 point (8-14,
Sad face) 18. 18. When the ending point is below the child's 3200 points and is not upright, and the ending point is below the child's 1000 points (8-16, sad face) 20. When standing upright and self-cutting by self-cutting in 5 or more steps immediately after standing, or when self-cutting by 3200 points or more by child (8-12, sad face) 21. When the child is erect and flourishes by self-cutting more than 5 orders immediately after standing, or when the child finishes more than 3200 points (8-05, laughing face) 21. When self-cutting is performed in a situation other than that the player is standing upright and cut by 5 or more steps immediately after standing, or when the child finishes by 3200 points or more (8-13, sad face). The child flourished in a situation other than that he was standing up and cut himself up to five or more orders immediately after standing,
When 200 points or more are glorified (10-06, normal face) When the game is completed (when the score of the CPU itself is affected) 1. 1. When the top is reversed after Southfield (9-01, sad face) 2. Self-simulated more than Mankan (9-02, sad face) 3. He was overwhelmed by mankan (11-01, sad face) 4. The CPU itself was upright, but it was self-imposed (9-03, sad face). It was glorified though the CPU itself was upright (1
(1-02, sad face) 6. The child was awarded a score of 1000 or less for the child, and the CPU itself was the parent (12-05, sad face). 7. The winning point was awarded below the child's 1000 points, and the CPU itself was a child (11-04, sad face). Self-simulation was performed under conditions other than the above conditions 1 to 7 (9-0
4. Angry face) (11-0)
3. Sad face) When the game is over (when the score of the CPU itself is not affected) 1. A head splash (12-02, sad face) 2. When the top is reversed after the south field (12-01, sad face) The child was over 7700 points (12-0)
3. Sad face) 4. When Kazu was kicked by the CPU's own parent below the child's 3200 points (12-05, sad face). A situation other than the above conditions 1 to 4 was taken (12-0).
4. Sorrow face) I listened to the tiles more than Mankan and flowed away (13-01, sad face) 2. Upright and running away (13-02, sad face) I'm listening, I'm not upright
3. I ran with less than 000 hands (13-04, sad face). I'm listening, I'm not upright
4. Streamed with more than 200 hands (13-04, sad face) 5. Listening tiles in situations other than the above conditions 1 to 4 and streaming (13-05, angry face) I was distracted while listening to the situation (13-
06, sad face) In a situation other than the above condition 6, the station was broadcast without hearing (13-0)
7, Sorrowful face) Nine kinds of Yao nine tiles at the time of local broadcasting 1. When it was the CPU that defeated the tile (13-08,
1. Sad face) When the player defeated the tile (13-09,
Normal face) At the time of the local station by Kazuya Mika 1. When the CPU itself was one of the winners (13
-10, angry face) Transferred by the CPU itself (13-11, sad face). When it was the CPU that last caught it (1
3-12, sad face) When the last player was a player (13-
12. Sorrowful face. When the last wind tile was the CPU itself (13-1
3. Normal face) When the last plaque was a player (13-15,
(Angry face) At the time of the flow by Shitate Tadashi 1. When the last erect person was the CPU itself (13-
14. Normal face) When the last erect person was a player (13-1
Next, a conversation (message) and a voice that are automatically performed when the CPU character itself performs a self-copying will be described.
However, for example, the “sad face” of (T-33, sad face) shown below indicates the facial expression of the CPU character,
The expression of a sad face out of four types of a laughing face, a normal face, a sad face, and an angry face, and T-33 corresponds to a tone message (conversation) described later. In addition, for example, (laughter) and (surprise) are voices for each CPU character, and (laughter) and (surprise) are corresponding to the situation. , "Huff" or the like (surprise voice), for example, "Gyo", "Woo", "Hae", and at least about four types are set for each person.

1. 1. When he / she determines that he / she is able to go (T-33, sad face) 2. If you have, and you have not yet determined that you can, you have two or more safety tiles (laughter). The CPU character is standing upright and the number of self-cut tiles is 7 immediately after standing. (T-22, normal face) The CPU character is standing upright, and the number of self-cut tiles is eight immediately after standing. (Surprise voice) 5. The CPU character itself is standing upright, and the number of self-cut tiles is 6 immediately after standing. (Surprise) 6. The CPU character itself is standing upright, and the number of self-cut tiles is four immediately after standing. (Surprise) 7. The CPU character is standing upright, and the number of self-cut tiles is three immediately after standing. (T-24, angry face) Someone is standing upright, but the CPU character is not standing, and the CPU character itself is not standing up and there is a self-reproduction. (T-26, laughing face) Someone is standing upright, but the CPU character is not standing, and the CPU character itself is not standing up and there is a self-reproduction. And when the condition 8 is reached (laughter). Someone is standing upright, but the CPU character itself is not caught, and the CPU character itself is not standing up, there is a self-remaining, nobody has the first shot of standing up, two-way listening (T-27, sad face) Someone is standing upright, but the CPU character itself is not caught, and the CPU character itself is not standing up, there is a self-remaining, nobody has the first shot of standing up, two-way listening And the above condition 1
After 0 (laughter) Someone is standing upright, but the CPU character itself is not in the back, and the CPU character itself is not standing up and there is a self-remaining. (T-28, angry face) Someone is standing upright, but the CPU character itself is not in the back, and the CPU character itself is not standing up and there is a self-remaining. And the above condition 1
After 2 (laughter) 14. 14. When no one is standing up and the CPU character itself is not lying, and the CPU character itself has almost disappeared (surprise voice). 15. When nobody is standing upright, and the CPU character itself is not lying, and the CPU character itself has lost its rising eyes (T-16, sad face) 17. Nobody is standing upright, and the CPU character is not in the first place, and the player is in the first two-way or three-way listening (T-02, normal face). 17. Nobody is standing upright, and the CPU character is not in the first place, the two-way listening or the three-way listening in the first order of the tiles, and after the above condition 16 (laughter). 18. No one is standing upright, and the CPU character is not in the first place, and the player is in the first order of the tiles when listening to one person (T-01, normal face). 20. No one is standing upright, the CPU character is not in the first place, and the player is listening to the game in the first order, and after the above condition 18 (laughter). 21. No one is standing upright, and the CPU character is not in the first place, not in the first order of the tiles, but when the flow of the self-imitation is poor, four or more listenings (T-10, angry face) No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order, but when the flow of the self-imitation is poor, when two-way listening or three-way listening (T-09, sad face ) 22. 23. No one is standing upright, and the CPU character is not in the first place, not in the first order of the tiles, but when the flow of the self-imitation is poor and one-way listening (T-08, sad face) 23. When any of the above conditions 20 to 22 has already occurred and the same condition occurs again (moaning). No one is standing upright, and the CPU character itself is not in the first place, and the CPU character itself is thin when the number of self-reproduction is considered, not in the first order of tiles (T-09, sadness Face) 25. No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order. ) 26. When the condition 25 occurs when the hand tile is three-way listening and the condition 25 occurs, the condition is 25 when the hand tile is the two-way listening and the condition 25 occurs.
At the time of hearing (laughter) 27. 28. No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order, but when the flow of the self-imitation is good and one-way listening (T-14, sad face) When condition 27 has already occurred and the same condition occurs again (laughter). Next, when a conversation (message) is requested from an arbitrary CPU character at the time of the player's own copy, the situation and the CPU character A description will be given of setting a conversation set (message) every time.

Even when the player requests a conversation (message) from an arbitrary CPU character at the time of the player's own copy, as in the previous cases, the following situations are preferentially performed from the condition of the lower number. The determination is continued, and the subsequent determination is stopped for the condition item that satisfies the condition, and the conversation data and the facial expression data for each CPU character in the condition item are set at the same time. (Example of CPU character: Uchida) When it is judged that it is possible to move, (T-33,
1. Sad face) 2. It is not judged that the player has been able to complete the game, but there are two or more safety tiles (T-34, normal face). I did not judge that it was possible,
3. There is only one safety tile, but when a relatively safe tile can be included in the safety tile (T-35, normal face) I did not judge that it was possible,
4. There is no safety tile, but when a relatively safe tile is included in the safety tile (T-36, sad face) I did not judge that it was possible,
5. When there is only one safety tile and you have a relatively safe tile (T-37, sad face) 6. When the above conditions 1 to 5 are satisfied (T-38, sad face) 7. When the CPU character is standing upright and the first shot (T-20, normal face) The CPU character is standing upright and the number of self-cut tiles is 7 immediately after standing. (T-22, normal face) The CPU character itself is standing upright, and the number of self-cut tiles is 5 or 6 immediately after standing. (T-23, angry face) The CPU character itself is standing upright, and the number of self-cut tiles is three or four immediately after standing. (T-24, angry face) 11. When the CPU character is standing upright and other than the above conditions 7 to 10 (T-21, normal face) When one person is standing upright, but the CPU character is not standing, and the CPU character itself is not standing upright, and there is no remaining copy, (T-
30, sad face) 13. Someone is standing upright, but the CPU character itself is not standing, and the CPU character itself is not standing up, there are remaining selfies, and who has the first shot of standing up (T-25) , Normal face) Someone is standing upright, but the CPU character is not standing, and the CPU character itself is not standing up and there is a self-reproduction, no one has the first standing upright, 14. When the number of self-cuts is within four orders immediately after standing and three or more listening (T-26, laughing face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up, there is a self-remaining, nobody has the first standing upright, 15. Immediately after standing, the number of self-cutting is within four orders, and two-way listening (T-27, sad face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up, there is a self-remaining, nobody has the first standing upright, 16. When the number of self-cuts is within four orders immediately after standing and one-way listening (T-28, angry face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up, there is a self-remaining, nobody has the first standing upright, 17. Immediately after standing, the number of self-cutting is within the order of 4 and when listening to tiles (T-29, normal face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up and there is a self-reproduction, nobody has the first standing upright, and all the standing ups Number of self-cuts immediately after
18. When the order is more than two-way listening (T-30, sad face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up and there is a self-reproduction, nobody has the first standing upright, and all the standing ups Number of self-cuts immediately after
20. First-order hearing (T-31, normal face) Someone is standing upright, but the CPU character itself is not in the back, the CPU character itself is not standing up and there is a self-reproduction, nobody has the first standing upright, and all the standing ups Number of self-cuts immediately after
In the order above, when listening to tiles (T-32, angry face) 21. 21. When no one is standing up and the CPU character itself is not in the position, and the CPU character's own eyes have almost disappeared (T-05, sad face). 23. When nobody is standing upright, and the CPU character itself has not fallen, and the CPU character itself has lost its rising eyes (T-06, grief face). 23. When no one is standing upright and the CPU character is not in the first place and the player is listening to 5 or more faces in the first order of the tiles (T-04, angry face). 25. No one is standing upright, and the CPU character is not in the first place, and the player is listening four times in the first order (T-03 grief face). 26. No one is standing upright, and the CPU character is not in the middle of the game, and the two-way or three-way listening in the first order of the tiles (T-02, normal face). 27. No one is standing upright, and the CPU character is not in the first place, and when the tiles are first listened or one-way listening (T-01, normal face). Nobody is standing upright, and the CPU character is not in the first place, not in the first order of the tiles, but when the flow of the self-imitation is poor and when four or more hearings are performed (T-10, angry face) . No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order, but when the flow of the self-imitation is poor, when two-way listening or three-way listening (T-09, sad face ) 29. 30. No one is standing upright, and the CPU character is not in the first place, not in the first order of the tiles, but when the flow of the self-imitation is poor and one-way listening (T-08, sad face). 30. No one is standing upright, the CPU character is not in the first place, the tiles are not in the first order, but when the flow of the self-imitation is poor, and when the tiles are tiled (T-07, sad face) 32. When no one is standing upright, and the CPU character is not in the middle, and the player is turning within two tiles instead of the first tile (T-12, normal face). When no one is standing upright, and the CPU character is not in the first place, the number of tiles placed is not the first order, and when the number of self-reproduction is considered, the CPU character itself is thin (T-11, sadness Face) 33. No one is standing upright, and the CPU character itself is not in the first place, and the CPU character itself is thin when the number of self-reproducibles is considered instead of the first order of tiles (T-13, laughter Face) 34. No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order, but when the flow of the self-imitation is good, and when listening to the tile or one-way listening (T-14, sad face) 35. No one is standing upright, the CPU character is not in the first place, and the tiles are not in the first order. ) 36. 37. Nobody is standing upright, the CPU character is not in the first place, and the tiles are not in the first order, but when the flow of the self-imitation is good and in four-way listening (T-17, sad face) Nobody is standing upright, and the CPU character is not in the first place, the tiles are not in the first order, but when the flow of the self-imitation is good and when five or more listeners are listening (T-19, sad face) 38 . 39. No one is standing upright, the CPU character is not in the first place, the tiles are not in the first order, the flow of the self-imitation is normal, and the tile is a listening tile (T-14, sad face) No one is standing upright, the CPU character is not in the first place, and the flow of the self-imitation is normal and one-way listening (T-15, normal face). . No one is standing upright, and the CPU character is not in the first place. Sad face) 41. 42. No one is standing upright, the CPU character is not in the first place, the tiles are not placed in the first order, and the flow of the self-imitation is normal, but when listening to 5 or more (T-19, sad face) 43. Nobody is standing upright, the CPU character is not in the first place, the tiles are not in the first order, and the flow of the self-imitation is not so good, and the tile is a listening tile (T-15, normal face). Nobody is standing upright, and the CPU character is not in the first place, not the first order of tiles, but when the flow of the self-imitation is not so good and one-time listening (T-17, sad face) 44. Nobody is standing upright, the CPU character is not in the first place, and the tiles are not placed in the first order.
18, sad face) 45. Nobody is standing upright, and the CPU character is not in the first place.
19, sad face) Here, the content of the conversation (message) is configured so that the conversation (message) is set for each situation and for each CPU character. The case will be described as an example.

First, as a specific example of the conversation (message) during the game, 1-01: "Here is the game ..." 1-02: "I'm not late ..." 03: "I want to go here ... Game" 1-04: "I want to win even if I throw this away" 1-05: "Do not escape ..." 1-01: "I'll pass ... 2-01: "I don't need it ..." 2-02: "I don't care ... I'm right now." 2-04: "Well, it's okay." 2-05: "No, no ..." 2-06: "I still can't lose ..." 2-07: "... From here ..." 3-01: "I'm sorry." 3-02: "I can go." 3-03: "Here is this ..." 4-01: "I'm scared, there's nothing ..." 4-02: "Because I cut it ..." 4-03: "I was kicked ...・ ”4-04:“… That ’s it, yet… ”4-05:“ I came… but I'm the first… ”4-06:“… I want to go back ” 4-07: "... what is your aim?" 4-08: "What if I do ..." 4-09: "I saw a little bit ..." 4-10: "Mahjong" What is that human way of life
・ ”4-11:“ Isn't that what mahjong is like? ”4-12:“ Is mahjong ... projecting the human being struck ”4-13:“… Mahjong 5-01: "Is this kang correct? ... I'll know when I'm done ..." 5-02: "I mean ..." 5-03: "This ..."・ It was a bad kang. ”5-04:“ ... I'm sick, my fault ”6-01:“ This is my way…. This is the way to go ”6-02:“… this 6-03: "It's ... your own luck" 6-04: "... but ... the game won't be discarded" 7-01: "... 7-02: "Do you pass ... here" 7-03: "How do you reach ..." 7-04 "I ... here throw away" 7-05: "This is not good is cut ..." 7-06: "The passing ..., ... ... in a place like this
・ ”8-01:“ I can do this ... ”8-02:“… How many more times can I get a moth in my life? ” 04: "Good ... I got it!" 8-05: "Good ... I got it as I thought ..." 8-06: "No way ... I didn't get this far ..." 8- 07: "It's mysterious ... what's the aim ..." 8-08: "It hit ... reading" 8-09: "... If it's the opposite side ..." 8-10: " 8-11: "... low eyes, or" 8-12: "... Normally, it's a long time ago ...
8-13: "This is the limit of me ..." 8-14: "I was right ... this Agari" 8-15: "This is the only thing I can't think of now" 8 -16: "I'm sorry ... I couldn't help it" 9-01: "I'm sorry ... I've fallen now" 9-02: "But that's good ..." 9-04: "The next ... I won't lose." 10-01: "Sorry, that ... I'm myself." 10-02: "It ... I'm atari." 10-03: "Come ... finally." 10-04: "One shot ..." 10-05: "Wait ... long time" 10-06: "Here ... Agari-masu" 11-01 : "Lie ... this is it" 11-02: "I can't help it" 11-03: "Lie ... this is it" 11 04: "I thought it was small ..." 12-01: "Sad ... this top win" 12-02: "I was aga ..." 12-03: "I'm really ... 12-04: "I can't do it again." 12-05: "No, I need to take care of my parents." 13-01: "No, no. 13-02: "I'm doing what I'm doing until I take the risk" 13-03: "I wasn't doing ... I'm sorry" 13-04: 13-05: "I was reckless" 13-06: "I can't do anything ..." 13-07: "I can't help ... 13-08: "I'm sorry ... I want to shed ..." 13-09: "No!" 13-10: "It's too convenient ..." 13-11: "I feel like I'm losing ..." 13-12: "Sorry ... let me flow away" 13-13 : "Coincidentally sharing the same wind ..." 13-14: "This is a draw ..." 13-15: "Don't let it flow for that reason" 14- 01: "Betting ... to this parent" 14-02: "I'll get my parents right away" 14-03: "I just like to hit ..." 14-04: "Northern 15-01: "I'm satisfied with this time ..." 15-02: "How to hit like today ... I'm good" 15-03: "I won't lose ... this time 15-04: "I won't lose ... this time" 15-05: "I'm sorry ... my chest hurts" Next, as a specific example of the tone conversation (message), T-01: "Let's go ahead ... fast" T-02: "I can go ... Let's go" T-03: "I can go ..."-Don't worry "T-04:" I can do it ... absolutely "T-05:" I can't see the rising ... T-06: "No ..." T-07: "A little more ... T-08: "I can't proceed ..." T-09: "I don't come ... why" T-10: "I won't lose ... look at it" T-12: "What will you do faster?" T-13: "I will win ... remember ..." T-14: "From here ... Mahjong T-15: "I can see ... your hand" T-16: "Something thrilling" T-17: "It's nothing ... Don't do it. T-18: "I can't see ... your hand" T-19: "This is also mahjong" T-20: "It's the first shot, if you can ... don't escape ...・ Fight ”T-211:“ I want to do this ... ”T-22:“ I want to lose ”T-23:“ I do n’t lose ”T-24:“ ・ ・・ I still haven't given up ... T-25: "Now, I'm still ... the first shot" T-26: "Let's keep going ..." T-27: "Yeah ... let's keep going" T-28: "I won't give up" T-29: "... catch up" T-30: "Wait ... I want to concentrate" T-31: "Silence ... I'm a little more" T- Thirty-two: "I don't want to ..." T-33: "No win ..." T-34: "I don't expect the transfer" T-35: "I can't transfer ..." T-36: "I can't continue." T-37: "I can't continue." T-38: "I want to lose ..." No ". Here, other controls of the control unit 20 including the CPU 6 controlled by the game data recorded on the recording medium 5 will be described below.

The control unit 20 is controlled by the game data to obtain a sense of realism and comprehensively predict the contents of the opponent's hand tiles. Obtain image data and audio data to be the variable items for message and tile pulling and tile discarding operations,
These image data and audio data are displayed and / or output as sound, and the display position of the sounding tile is not overlapped with the display position of the sounding tile at the time of the sounding tile such as Pong, Qi and Kang. On the opposite side to CP
The display area of the facial expression for each U character is sequentially moved and displayed.

Further, the control unit 20 is controlled by the game data so that the icon display is enlarged when necessary, such as a can, so that the player can play the game without overlooking the player. For example, the control is performed so that the can becomes bright and clearly visible.

Further, the control unit 20 is controlled by the game data, and displays, in a step-by-step manner, the degree of danger that the player's discarded tile becomes a winning tile for each competitive CPU character in order to provide a guidance function and an accurate play. It has become.

The operation of the above configuration will be described below.

First, a power switch (not shown) is turned on, and the power is turned on to the mahjong game apparatus 1. At this time,
The CPU 6 reads image data from the recording medium 5 based on the operating system recorded on the recording medium 5,
Reads voice data and game program data. Some or all of the read image data, audio data, and game program data are stored in the RAM 8. Thereafter, the CPU 6
Based on the game program data stored above and the contents instructed by the game player via the controller 16, control is performed so that the game proceeds. That is, C
The PU 8 performs a task as a task for drawing and audio output as appropriate based on the content of an instruction (eg, a tile, a discard, a reach tile, a pon, a chi, a kang, and a ron) from the game player via the controller 16. Generate commands. The signal processor 11 performs generation and processing of audio data, such as calculation of the position of a character on a two-dimensional plane and calculation of a light source based on the command.

Subsequently, the image drawing processor 12
Based on the result of the calculation, a process of writing image data to be drawn on the RAM 8 is performed. The image data written in the RAM 8 is transferred to the D
/ A converter 17, where it is converted to an analog video signal and then supplied to the television monitor 2,
It is displayed as an image on the screen. On the other hand, the audio data output from the signal processor 11 is supplied to the D / A converter 18 via the interface circuit 14, where it is converted into an analog audio signal and then from the speaker 4 via the integrated amplifier 3. It will be output as audio. As a result, the contents of the player's hand tiles and discarded tiles and the discarded tiles of the opponent character and facial expressions are displayed at predetermined positions. By repeating, the mahjong game proceeds. FIG. 7 is a flowchart showing a change item control routine such as a change in facial expression according to the battle situation for each CPU character by the mahjong game apparatus of the present invention.

As shown in FIG. 7, first, at step ST1
Then, the control unit 20 is controlled by the game data, and executes the initial emotion value setting for each CPU character before the game start tile distribution. Next, in step ST2, the control unit 20 is controlled by the game data, and during the game, an emotion value is set for each CPU character according to a condition corresponding to the mahjong battle situation. Further, in step ST3, the control unit 2
0 is controlled by game data, and is a variable item such as a facial expression for each CPU character, depending on an emotion value set for each CPU character and a condition according to the mahjong battle situation, or with priority given to any of them. And controls the television monitor 2 to output this as a game image. In other words, normally, variable items such as a facial expression for each CPU character based on emotion values are normally set.
When a character is asked for a conversation, or when special special conditions such as laughing for a moment when looking at tiles are reached, or when a set match situation is reached, the CPU character takes precedence over the normal set. Variable items such as facial expressions and messages are set for each. After that, in step ST4, it is determined whether or not the villa is over, and the above steps ST1 to ST3 are repeated until the villa is completed. In this case, the variable items include the face expression for each CPU character and the battle C
There are face movements, messages, tile-pulling and tile-discarding operations according to the battle situation for each PU character, and furthermore, voice and the like.

For example, there are four types of display screens of facial expressions for each CPU character: a normal face, a laughing face, a sad face, and an angry face, as shown in Uchida (female on the front) in FIGS. FIG. 2 shows an example of a display screen of a conversation (message) for each CPU character.
8 shows a message display screen of a PU character when a game is started, and FIG. 9 shows a message display screen of a normal tile which is not good or bad, and FIG. 9 shows a message display screen of a CPU character when a dangerous tile is cut. FIG. 1
0 shows a message display screen of the CPU character at the time of the Christmas ten, and FIG. 11 shows a message display screen of the CPU character at the time of the reach.

FIG. 12 is a control routine flowchart showing the emotion value initial setting operation in step ST1 of FIG.

As shown in FIG. 12, an example of a CPU character is Uchida (female).
The control unit 20 is controlled by the game data and executes a basic emotion value initial set (128 points) for each CPU character. Next, in step ST12, the control unit 20 is controlled by the game data, and executes an emotion value set based on the current point. For example, when the starting point is 30,000 points, the emotion value is +1 point at 30,400 points, and the emotion value is −1 point at 29,600 points. Further, in step ST13, the control unit 20 is controlled by the game data and executes an emotion value set according to the situation in the previous station. For example, the score is +3 if the game has been completed, and +3 if the game has been completed for more than 100%. Thus, the emotion value initial setting operation before the game start tile arrangement is completed.

FIG. 13 is a flowchart showing a control routine for controlling the facial expression, conversation (message), and voice for each CPU character when a conversation (message) is obtained from an arbitrary CPU character in step ST3 of FIG.

As shown in FIG. 13, first, in step ST
At 21, the control unit 20 is controlled by the game data,
During the game, a change item set such as a face expression, a conversation (message), and voice for each CPU character is executed according to the battle situation. Next, in step ST22, the control unit 20 is controlled by the game data, and determines whether or not a conversation (message) has been requested from an arbitrary CPU character during the game during the player's own simulation. If it is determined in step ST22 that a conversation (message) has been obtained, in step ST23, the control unit 20 is controlled by the game data, and the CP is determined based on the current battle situation.
Change items such as facial expressions and messages for each U character are set. If it is determined in step ST22 that a conversation (message) has not been requested, or after the end of step ST23, in step ST24, the control unit 20 is controlled by the game data and determines whether or not the end of the villa. Steps ST1 to ST3 until the process ends.
Is repeated, and the mahjong game is ended at the time of the end. The variable items include a face expression, a face movement, a message and a voice in accordance with a battle situation for each battle character, a tile pulling and a tile discarding operation, and the like.

Therefore, the CPU 6 causes the RAM 8 to store the condition data, image data, audio data, and game program data read from the recording medium 5, and to execute the battle for each battle character and for each battle character that changes every moment. Image data and / or audio data such as facial expressions, facial movements, messages, and tile pulling and tile discarding operations are selected for each condition data depending on the situation, and are output to the television monitor 2 and the speaker 4 as game images and audio output. In order to control the output, the personality, habits, and psychology of the opponent characters that are unique to the mahjong game are judged through facial expressions and indiscriminate messages, and you can enjoy a more realistic mahjong game. To predict the hand tile contents of the opponent character and its completeness comprehensively and discard the tiles. While taking into it is possible to obtain the fun of the original Mahjong that play.

Further, in order to display an image of the facial expression at that point in time corresponding to the total emotion value corresponding to the battle situation for each battle character, the expression for each battle character according to the flow of the mahjong battle situation is displayed. The player can have a sense of realism and can determine the state of the mahjong battle in accordance with the expression, and can enjoy the original mahjong pleasure of playing while considering the mahjong battle state of each battle character.

Further, since the facial expression according to the special situation is displayed at each time prior to the selection of the facial expression based on the total emotion value, the emotion of each opponent character at that time appears, and the sense of realism is increased. Can be obtained.

Further, a variable item corresponding to a condition having a higher priority order among the conditions of the battle situation for each battle character,
In other words, images and / or sounds are output so that facial expressions and facial movements, messages, tile-pulling, and tile-discarding operations are performed, so that the state of each opponent character according to the mahjong battle situation sometimes appears, and the player becomes more Along with gaining a sense of realism, it is possible to determine the Mahjong match situation according to the state of each opponent character, and it is possible to obtain the original pleasure of Mahjong that plays while considering the Mahjong battle situation for each opponent character it can.

Further, since a message is output so as to correspond to the displayed facial expression for each battle character,
It becomes a facial expression and a message according to the mahjong battle situation, so that the humanity and character of the battle character can be further expressed and a more realistic feeling can be obtained.

Further, since a message is specified and displayed when a player self-simulates, a hint for judging a battle situation is obtained for a worrisome battle character, and the game is played while considering the hint. You can get more fun with Mahjong.

Further, if each data such as a condition according to a battle situation, a facial expression, a face movement, a tile pulling and a tile discarding operation, and a message and a voice are subdivided so as to be more realistic, a more realistic It is possible to obtain a rich image, and also to be able to judge the Mahjong battle situation according to the image, and to get the original Mahjong fun of playing while considering the Mahjong battle situation for each opponent character. it can.

Next, control for sequentially moving the display area of the facial expression when the tiles such as Pong, Qi and Kang are sounding will be described.

FIG. 14 is a control routine flow chart showing the movement of the facial expression in the display area when the tiles such as pong, chi and can are called.

As shown in FIG. 14, first, in step ST
At 31, the control unit 20 is controlled by the game data,
During the game, it is determined whether there is a calling tile. Next, if there is a calling tile in step ST31, step ST32
The control unit 20 is controlled by the game data to set the display position flag of the CPU character on the side opposite to the sounding tile display area on the opposite side to the sounding tile display area so that the sounding tile is not hidden by the display area flag of +1. Is controlled as follows. If there is no ringing tile in step ST31, step ST31 is executed.
The determination of the presence of the 31st tile is repeated. Further, in step ST33, the control unit 20 is controlled by the game data, acquires new display position data of the display area of the facial expression of the CPU character, shifts it to the side opposite to the display area of the sounding tiles, Display facial expressions so as not to hide. For example, FIG. 15 shows an image display example in which the display area of the facial expression indicates the initial position when the right CPU character has not yet played the tile with a pong, and FIG. It is an image display example showing a state in which the display area of the facial expression has moved downwards when a calling tile is played,
In FIG. 17, the CPU character on the right side is
It is an example of an image display showing the state where the display area of the facial expression moved further downward when the player played the second calling tile.

Therefore, when the tiles such as pong, chi and can are called, the display area of the facial expression for each CPU character is sequentially moved to the opposite side to the display position of the called tiles so as not to overlap the display position of the called tiles. Display, the display of the calling tiles and the display of the facial expression for each CPU character become clear, and the required battle situation can be easily obtained.

Next, a description will be given of a case in which when the calling tiles such as the pong, the chi and the can, and the reach tiles can be performed, the icons corresponding to the tiles are enlarged.

FIGS. 18 and 19 are control routine flowcharts showing the operation in the icon enlargement mode.

As shown in FIG. 18, first, at step ST
At 41, the control unit 20 is controlled by the game data,
During the game, it is determined whether the mode is the zoom mode or the normal mode.
At 42, the control unit 20 is controlled by the game data,
It is determined whether or not the up key of the controller 16 has been pressed. If the up key has been pressed, in step ST43,
The control unit 20 is controlled by the game data, and the icon display disappears.

In step ST41, the mode is not the zoom mode but the normal mode.
If the upper key of the controller 16 has not been pressed at T42, the control unit 20 is controlled by the game data, and proceeds to the presence / absence determination of the player's turn (self-improvement number) at step ST44. If it is determined that the game has been completed, in step ST45, the control unit 20 is controlled by the game data and determines whether or not the player can complete the game or the game. If it is determined in step ST45 that the player cannot complete the game or the game, the control unit 20 is controlled by the game data and determines whether the player can reach. If it is determined in step ST46 that the player cannot reach, in step ST47, the control unit 20 is controlled by the game data and
Judge whether 6 is below.

Here, if the controller 16 is not in the lower position in step ST47, the state becomes the next state (Table 4), and a small icon is displayed at the time of normal and the icon is not displayed at the time of zooming. Step ST4
If it is determined in step 7 that the controller 16 is in the lower position or that the player can complete the can or tsumo in step ST45, the state becomes the next state 2 in (Table 4), and the normal state and the zoom state In both cases, the icon display is enlarged, and the commands (for example, cans) available to the player become brighter. Further, if it is determined in step ST46 that the player can reach, the state becomes the next state (Table 4), and a command (for example, reach) that is possible for the player by displaying a small icon in both normal and zoom states. Becomes brighter.

Further, when it is determined in step ST44 that the player has not turned, in step ST48 of FIG. 19, the control unit 20 is controlled by the game data to determine whether the player can make pong, can, chi, and ron. Judge whether or not. If it is determined in step ST48 that Pong, Kang, Qi, and Rong can be made, the control unit 20 is controlled by the game data in step ST49 of FIG. 19 to determine whether the upward key of the controller 16 has been pressed. You will decide.

If it is determined in step ST48 that the player cannot perform Pong, Kang, Qi, and Ron, the player enters the state 1 shown in Table 4 below. The icon display has disappeared. In step ST49, the controller 16
When it is determined that the upward key has been pressed, the state becomes the next state 4 in (Table 4). In normal mode, a small icon is displayed, commands available to the player become brighter. Icon display is off. Further, if it is determined in step ST49 that the upward key of the controller 16 has not been pressed, the state becomes the next state (Table 4), and the icon display is enlarged in both the normal state and the zoom state. The commands available to the player (for example, cans) become brighter.

[0096]

[Table 4]

For example, FIG. 20 is an example of a display screen showing the cases 1 and 4 in which the icon display disappears during zooming. Also, in FIG.
FIG. 22 is an example of a display screen in a state 2 in which the possibility of Qi is shown by an enlarged icon display, and FIG. 22 is a display in a state 2 in which the player is able to play Ron by an enlarged icon display. It is an example of a screen. Further, FIG.
3 is an example of a display screen showing a state 3 in which a small icon is displayed even during zooming. Further, FIG.
Is a display screen example showing states 1, 3, and 4 in which small icons are displayed in a normal state.

Therefore, in the state 2, the icon display is enlarged in both the normal state and the zoom state,
Since the control is performed so that the commands (for example, cans) that are possible for the player are bright and clearly visible, the player can accurately play the game without overlooking the player and can further enjoy the mahjong game.

In the icon display, the display other than Ron, Kang, Pong, and Qi, ie, "option" allows the user to listen to music such as BGM. Also,
The display to the right of "option" is a sorting function.
In the case of a pure color, etc., the sorting tile can be used to examine waiting tiles. Further, the display on the right side of the display is a display of a dot bar, and the score at that time can be easily known.

Next, the display of the degree of risk of discarded tiles will be described. As shown in the display screen of FIG. 26, the danger display unit 1 is located below the face expression display screen area for each CPU character.
Color display is performed in five stages from 01 to 105, and the color display changes as the degree of risk increases. In other words, for example, 101 is purple and 102 is green in order from the lowest risk,
103 is yellow, 104 is orange, and 105 is red. As the degree of danger increases, the bar graph becomes longer from left to right, and different color displays are sequentially increased. Further, the tiles cut by the CPU character are shaded so as to be displayed slightly dimly. In FIG. 26, tiles are discriminated by diagonal lines.

FIG. 27 and FIG. 28 are control routine flowcharts showing the operation of displaying the degree of risk of discarded tiles in the present invention. Here, when the words used below are defined, t
The target is the CP of the target whose risk is being discarded.
U character, other is the CPU character of the other house other than the object whose risk of discarded tile is being checked, MAIN is the main routine, and SUB is the risk display processing shown in FIGS. 27 and 28. It is.

As shown in FIG. 27, when the danger level display mode for discarded tiles is executed during the main routine of the present invention, the work is initialized in step ST51, and the control is executed in step ST52. The unit 20 is controlled by the game data, and if the number of the checked targets is smaller than four, the process proceeds to the next step ST53, and when the number of the checked targets becomes the fourth, the main routine of the present invention is executed. Return to Further, in step ST53,
The control unit 20 is controlled by the game data to check
It is determined whether the target is the number of the opponent. If the target to be checked is not the number of the opponent, step S
At T54, the number of the opponent is incremented by 1 to check the next opponent, and the process returns to step ST52. Further, in step ST53, the control unit 20 is controlled by the game data, and if the target to be checked is the number of the opponent (for example, the first number is lower, the second number is previous, and the upper number is 3), the step ST5 is performed.
The risk detection processing of 5 and later is executed.

Next, in step ST55, the control unit 20 is controlled by the game data, and executes the actual tile processing for detecting whether there is an actual tile in the discarded tile of the opponent in the risk detection processing. Further, in step ST56, the control unit 20 is controlled by the game data and executes a darkening process. Further, in step ST57, the control section 20 is controlled by the game data, and executes the processing of a national warrior. Further, in step ST58, the control unit 20 is controlled by the game data and executes a process related to the three-way tile. Further, in step ST59, the control unit 20 is controlled by the game data, and executes a process related to a wind tile.
Further, in step ST60, the control unit 20 is controlled by the game data to execute the processing of the wall. Further, in step ST61, the control unit 20 is controlled by the game data to perform a crotch process (for example, when several tiles of 5 are discarded,
6) is performed. further,
As shown in FIG. 28, in step ST62, the control unit 20
Is controlled by the game data to execute the Dora process. Further, in step ST63, the control unit 20 is controlled by the game data, and executes a single color process. Further, in step ST64, the control unit 20 executes the processing of the channel system under the control of the game data. Further, in step ST65, the control unit 20 is controlled by the game data to execute a three-color system process. Further, in step ST66, the control unit 20 is controlled by the game data, and performs the process of the reverse line (for example, when several tiles of 5 are discarded, 3
6 or 1, 4, etc.). Further, in step ST67, the control unit 20 is controlled by the game data, and executes a middle line process (for example, a process in which several tiles such as 4, 7 are dangerous when discarding 1, 8 tiles). Further, in step ST68, the control unit 20 is controlled by the game data to perform a process during the interval 4 (for example, a process in which several tiles such as two or five hand tiles are dangerous when one or six tiles are discarded). Run. Further, step ST69
Then, the control unit 20 is controlled by the game data and executes the processing of the safety tile flag. Further, step ST70
Then, the control unit 20 is controlled by the game data and executes a process of adding all the danger points of each item. Further, in step ST71, the control unit 20 is controlled by the game data, and executes a process of dividing the risk points added in step ST70 into five stages.

FIG. 29 is a control routine flowchart showing the actual tile processing operation in step ST55 of FIG.

As shown in FIG. 29, step ST551
Then, the control unit 20 is controlled by the game data to determine whether or not there is a physical tile among the discarded tiles of the target to be checked. If there is a physical tile, the safety flag is turned on in step ST552, and if there is no physical tile, the processing proceeds to step ST553. Transition. In this step ST553, the control unit 20 is controlled by the game data, determines whether or not the target being searched has reached, and if the target has reached,
In step ST554, it is determined whether there is an actual tile among the discarded tiles after the reach of the opponent other than the target.
If the user has not reached the target, tar is set in step ST555.
It is determined whether there is an actual tile in the last discard of the opponent other than get.

Further, in step ST554, control unit 2
0 is controlled by the game data, and if there is an actual tile among the discarded tiles after the reach of the opponent other than the arg, step S
At T556, the safety flag is turned on.
After the safety flag processing in T556 or in step ST
If there is no actual tile at 554, the process proceeds to the darkness processing of step ST56, which is the next risk display processing.

In step ST555, control unit 20
Is controlled by the game data, and if there is an actual tile in the last discarded tile of the opponent other than the arge, step ST557
To turn on the safety flag.
After the safety flag processing, or if there is no actual tile in step ST555, the process proceeds to the next danger level display processing of darkness processing in step ST56.

FIG. 30 is a control routine flow chart showing the operation of the tile processing in the dark processing in step ST56 of FIG.

As shown in FIG. 30, step ST561 is performed.
The control unit 20 is controlled by the game data to determine whether or not the target tile is a discarded tile in step ST561.
If it is not a discard tile, the danger point is added to the hand tile in step ST563, and the next step ST56
Move to 2.

Further, in step ST562, control unit 2
0 is controlled by the game data and determines whether or not the target is reachable. If it is reachable, it is determined in step ST564 whether or not it is a discarded tile of other, and if it is not reachable, it is determined in step ST565.
Then, it is determined whether or not it is the last tile of the other discarded tile.

Further, in step ST564, control unit 2
0 is controlled by the game data, and if it is not a discarded tile of other, after adding a risk point to the hand tile in step ST566, or ot in step ST564.
If the tile is a discarded tile of her, the process proceeds to the process of engraving in the process of the next dark circle.

In step ST565, control unit 20
Is controlled by the game data, if it is not the last discarded tile of the other, after adding the risk point to the hand tile in step ST567, or if it is the last discarded tile of the other in step ST565, The processing shifts to the processing of the dark line in the processing of the next dark circle.

FIG. 31 is a control routine flowchart showing the operation of the black line processing in the black line processing in step ST56 of FIG.

As shown in FIG. 31, step ST568
Then, the control unit 20 is controlled by the game data to determine whether or not there is a secret in the player's hand tiles. Then, there is no secret in step ST568, or the risk point addition process in step ST569 is performed.

FIG. 32 is a control routine flow chart showing the operation of the processing of the national warrior in step ST57 of FIG.

As shown in FIG. 32, step ST571
Then, the control unit 20 is controlled by the game data,
Check the middle tile of the rget discard tile. Further, in step ST572, the control unit 20 is controlled by the game data, and checks the target tile for a sound. Thereafter, in step ST573, the control unit 20 is controlled by the game data to determine whether or not the player's hand tile is a public nine tile. I do. Step ST
If the target tile is not a public nine tile in 573, jump processing is performed in the risk point addition processing in step ST574.

FIG. 33 is a control routine flowchart showing the operation of the ternary tile-related processing in step ST58 of FIG.

As shown in FIG. 33, step ST581
Then, the control unit 20 is controlled by the game data,
Check the rget's three-way tile calling tile. further,
In step ST582, the control unit 20 is controlled by the game data to determine whether or not there is a possibility of a package. . If the player's hand tile is a ternary tile in step ST583, the control unit 20 is controlled by the game data, and adds a risk point to the hand tile in step ST584. Step ST58
If the player's hand tile is not a three-way tile in step 3, step S
Jump processing is performed in the risk point addition processing of T584.

FIG. 34 is a control routine flowchart showing the operation of the processing related to the wind tile in step ST59 of FIG.

As shown in FIG. 34, step ST591
Then, the control unit 20 is controlled by the game data,
Check for rget-style tiles. Further, in step ST592, the control unit 20 is controlled by the game data to determine whether or not there is a possibility of a package. I do. If the player's hand tile is a wind tile in step ST593, the control unit 20 is controlled by the game data, and adds a risk point to the hand tile in step ST594. If the player's hand tile is not a wind tile in step ST593, jump processing is performed in the risk point addition processing in step ST594.

FIG. 35 is a control routine flowchart showing the operation of the wall processing in step ST60 of FIG.

As shown in FIG. 35, step ST601
Then, the control unit 20 is controlled by the game data and checks all tiles appearing on the river. Then, step S
At T602, the control unit 20 is controlled by the game data to determine whether four identical tiles have already appeared on the river,
If it is a four-walled wall, the process for a four-walled wall is performed in step ST603. If it is not a four-walled wall in step ST602, it is determined in step ST604 whether or not three identical tiles have already appeared on the river. Further, in step ST604, the control unit 20 is controlled by the game data. If the wall is three-walled, the process for the three-walled wall is performed in step ST605.
At step 06, the processing when there is no wall is performed.

FIG. 36 is a control routine flowchart showing the operation of the crotch processing in step ST61 of FIG.

As shown in FIG. 36, step ST611
Then, the control unit 20 is controlled by the game data,
It is determined whether there is a tile that divides the rget tile, and t
If there is a tile that straddles the tile of the arget, step ST61
At 2, the risk point is added to the target tile.
Also, if there is no tile that spans the target tile in step ST611, the risk point addition process of step ST612 is jumped.

FIG. 37 is a control routine flowchart showing the operation of the processing of the drive in step ST62 of FIG.

As shown in FIG. 37, step ST621
Then, the control unit 20 is controlled by the game data,
Check if there is a Dora tile in the rget discard. Further, in step ST622, the control unit 20 is controlled by the game data to determine whether or not there is a Dora tile in the player's hand tiles. Perform processing to add degree points. After this risk point addition processing, or when it is determined in step ST622 that there is no Dora tile in the hand tile, in step ST624, the control unit 20 is controlled by the game data, and the Dora tile is included in the hand tile. It is determined whether there is a tile. Further, step ST624
If it is determined in step ST625 that there is a drape tile in the hand tile, a risk point addition process is performed on the hand tile in step ST625. If it is determined in step ST624 that there is no drape tile in the hand tile, the risk point addition process of step ST625 is jumped.

FIG. 38 shows steps ST63 to ST in FIG.
It is a control routine flowchart which shows the operation | movement of the process of one color system, the process of a channel system, and the process of three color systems in 65.

As shown in FIG. 37, in step ST631
Further, in step ST632, the control unit 20 is controlled by the game data, and checks the discarded tiles of the target and the sounding tiles. Further, in step ST633, the control unit 20 is controlled by the game data to set the target
Check for self-cutting in the discard of t. Further, in step ST634, the control unit 20 is controlled by the game data, and performs a process of adding a risk point to the hand tile.

FIG. 39 is a control routine flowchart showing the operation of the reverse streak processing in step ST66 of FIG.

As shown in FIG. 39, step ST661
Then, the control unit 20 is controlled by the game data,
judge whether there is a back line of rget's discard, tar
If there is a back line of the get discarded tile, in step ST662, the processing of adding the risk point to the hand tile is performed. If there is no line behind the target tile discarded in step ST661, the risk point addition process of step ST662 is jumped.

FIG. 40 is a control routine flowchart showing the operation of the middle line processing in step ST67 of FIG.

As shown in FIG. 40, step ST671
Then, the control unit 20 is controlled by the game data,
judge whether there is a middle line in the rget discard,
If there is a middle line in the discard of the get tile, in step ST672, a process of adding the risk point to the hand tile is performed. If there is no center of the target tile discarded in step ST671, the risk point addition process of step ST672 is jumped.

FIG. 41 is a control routine flowchart showing the operation of the four-step process in step ST68 of FIG.

As shown in FIG. 41, step ST681
Then, the control unit 20 is controlled by the game data,
judge whether there are four spaces between the tiles of rget and
If there are four spaces between the tiles of rget, in step ST682, a risk point addition process is performed on the tiles. If there is no space between the target tiles discarded in step ST681, the risk point addition process of step ST682 is jumped.

FIG. 42 is a control routine flowchart showing the operation of the processing of the security tile flag in step ST69 of FIG.

As shown in FIG. 42, first, in step ST
At 691, the control unit 20 is controlled by the game data and sets I = 0. Next, in step ST692, the control unit 20 is controlled by the game data to set the target
It is determined whether or not the safety tile flag is turned on for the first tile from the left of the hand tile of the target tile. If the safety tile flag is turned on for the first tile from the left of the target hand tile in step ST692, it is dangerous in step ST693. Initialize degree points. If the safety tile flag is not on for the first tile from the left of the target hand tile in step ST692, step ST69
In step ST694, the control unit 20 is controlled by the game data to determine whether or not I ≧ 14 after jumping the risk point initialization process of step 3 or the risk point initialization process of step ST693 (14). Check all hand tiles). In step ST694, I ≧ 14
+1 is added to the safety tile flag I until step ST
692 to ST694 are repeated. Step ST
“I ++” at 695 is “I = I + 1”.

Therefore, the player discards the battle CP.
The possibility of becoming a winning tile for each U character is displayed for each opponent CPU character as a plurality of five levels of danger, so that it is possible to play properly with a guidance function for the player and without oversight of the winning tile. , You can enjoy the mahjong game further.

[0138]

As described above, according to the present invention, a facial expression, a facial movement, a message, and a tile-pulling and tile-discarding operation are performed for each battle character and for each battle situation of the battle character that changes every moment. Image output and audio output, you can judge the human character, habit, and psychology of the opponent character through facial expressions and strange messages, and you can enjoy a more realistic mahjong game, Based on them, the contents of the hand tiles of the opponent character and the degree of perfection thereof can be comprehensively predicted, and the original fun of playing mahjong can be obtained by playing while considering the discarded tiles.

In addition, since the facial expression at that time is displayed as an image based on the emotion value total according to the battle situation for each battle character, the expression for each battle character according to the flow of the mahjong battle situation is displayed. In order to prioritize the selection of the facial expression based on the total emotion value, the facial expression according to the special situation is displayed at each time, so that the emotion of each opponent character at that time also appears, and the player gets a more realistic feeling be able to.

Further, among the conditions of the battle situation for each battle character, a variable item corresponding to a condition having a higher priority,
In other words, if images and / or sounds are output so that facial expressions, facial movements, messages, tile-pulling, and tile-discarding operations are performed, the state of each opponent character according to the mahjong battle situation can be accurately displayed. As a result, the player can have a more realistic sensation, and can enjoy the original mahjong more pleasure of playing while considering the mahjong battle situation according to the state of each competitive character.

Further, since a message is specified and displayed at the time of the player's self-imitation, a hint for determining the battle situation can be obtained for the worrisome battle character, and the player plays while considering the hint. You can get more fun of the original Mahjong.

Further, the expression is, for example, a laughing face, a normal face, a sad face, and an angry face, and the battle situation is, for example, the contents of a hand tile when distributing tiles, the contents of tiles when self-imaging, the contents of tiles when discarding tiles, standing, and completion. In the contents, the face movement is, for example, the direction of discarding the tile, the direction of the sounding opponent, and the direction of the opponent who completed the game. If the movement and the movement of the calling tile are set in more detail, an image with a more realistic feeling can be obtained.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a hardware configuration of a mahjong game device according to an embodiment of the present invention.

FIG. 2 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a message output screen when a CPU character pops.

FIG. 3 is a display screen view on the television monitor 2 of FIG. 1 in which a facial expression of a CPU character Uchida (female on the front) shows a normal face output screen.

FIG. 4 is a display screen diagram on the television monitor 2 of FIG. 1 showing a laughing face output screen in which the facial expression of a CPU character Uchida (female on the front) is a laughing face;

FIG. 5 is a display screen view on the television monitor 2 of FIG. 1 showing a sadness face output screen in which the facial expression of a CPU character Uchida (female on the front) is sad.

6 is a display screen diagram on the television monitor 2 of FIG. 1 showing an angry face output screen in which the facial expression of a CPU character Uchida (female on the front) is shown.

FIG. 7 is a flowchart illustrating a change item control routine such as a change in facial expression according to a battle situation for each CPU character by the mahjong game apparatus of the present invention.

FIG. 8 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a message output screen at the time of starting the game and at the time of ordinary tile arrangement which is neither good nor bad.

FIG. 9 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a message output screen when a dangerous tile is cut.

FIG. 10 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a message output screen at the time of the Christmas ten.

FIG. 11 shows an example of a message output screen at the time of reach.
3 is a display screen diagram of the television monitor 2 of FIG.

FIG. 12 is a control routine flowchart showing an emotion value initial setting operation in step ST1 of FIG. 2;

13 is an arbitrary CPU in step ST3 of FIG.
CP for asking the character for a conversation (message)
It is a control routine flowchart of a face expression, conversation (message), and voice for each U character.

FIG. 14 is a control routine flowchart showing a display area moving operation of a facial expression at the time of calling tiles such as pong, chi, and can.

FIG. 15 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of an initial position screen in a facial expression display area of a CPU character.

FIG. 16 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a first movement screen in a CPU character face expression display area.

FIG. 17 is a display screen diagram on the television monitor 2 of FIG. 1 showing an example of a second movement screen in the face expression display area of the CPU character.

FIG. 18 is a control routine flowchart showing an operation in an icon enlargement mode.

FIG. 19 is a control routine flowchart showing an operation in the icon enlargement mode continued from FIG. 18;

20 is a display screen view on the television monitor 2 of FIG. 1 showing a case in which the icon display disappears during zooming, and FIG.

FIG. 21 is a display screen diagram on the television monitor 2 of FIG. 1 showing, in an enlarged icon display, that the user can perform a pong, a can, and a chi.

FIG. 22 is a view showing a display screen of the television monitor 2 of FIG. 1 in which the display of the Ron is possible with an enlarged icon display.

FIG. 23 is a display screen view on the television monitor 2 of FIG. 1 showing a state 3 in which a small icon is displayed even during zooming.

24 is a display screen diagram on the television monitor 2 of FIG. 1 showing states 1, 3, and 4 in which small icons are displayed in a normal state.

25A and 25B are diagrams illustrating the movement of a discarded tile according to the present invention, wherein a is a diagram illustrating a case where a tile is discarded by a hitting motion, b is a diagram illustrating a case where a tile is gradually zoomed in and zoomed out and a tile is discarded, and c is a diagram illustrating FIG. 4D is a diagram showing a case where tiles are discarded by sliding the mahjong table vertically and horizontally, and FIG. 4D is a diagram showing a case where tiles are suddenly discarded without movement as an anger pattern.

26 is a display screen diagram on the television monitor 2 of FIG. 1 showing a display of a risk of a discarded tile of a player with respect to another house.

FIG. 27 is a control routine flowchart showing the operation of displaying the degree of risk of discarded tiles according to the present invention.

FIG. 28 is a control routine flowchart illustrating a danger level display operation for discarded tiles, continued from FIG. 27.

FIG. 29 is a control routine flowchart showing the operation of the actual tile processing in step ST55 of FIG. 27;

FIG. 30 is a control routine flowchart showing the operation of the tile processing in the dark / horizontal processing in step ST56 of FIG. 27.

FIG. 31 is a control routine flowchart showing an operation of a dark streak process in the dark and horizontal process in step ST56 of FIG. 27;

FIG. 32 is a control routine flow chart showing an operation of processing for a Japanese national warrior in step ST57 of FIG. 27;

FIG. 33 is a control routine flowchart showing an operation of a process related to a ternary tile in step ST58 of FIG. 27;

FIG. 34 is a control routine flowchart showing an operation of wind tile-related processing in step ST59 of FIG. 27.

FIG. 35 is a control routine flowchart showing the operation of wall processing in step ST60 of FIG. 27.

FIG. 36 is a control routine flowchart showing an operation of a crotch process in step ST61 of FIG. 27;

FIG. 37 is a control routine flowchart showing the operation of the driving process in step ST62 of FIG. 27;

FIG. 38 is a control routine flowchart showing operations of one-color system processing, chant-system processing, and three-color system processing in steps ST63 to ST65 of FIG. 27.

FIG. 39 is a control routine flowchart showing the operation of the processing of the back streak in step ST66 of FIG. 27.

40 is a control routine flowchart showing an operation of a middle line process in step ST67 of FIG. 27.

FIG. 41 is a control routine flowchart showing an operation of a four-step process in step ST68 of FIG. 27;

FIG. 42 is a control routine flowchart showing an operation of processing a security tile flag in step ST69 of FIG. 27;

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 Mahjong game apparatus 2 Television monitor 3 Integrated amplifier 4 Speaker 5 Recording medium 6 CPU 7 Bus 8 RAM 9, 10, 13, 14, 15 Interface circuit (I / F) 11 Signal processing processor 12 Image drawing processor 16 Controller 17 , 18 D / A converter 19 memory unit 20 control unit 21 operation input unit 22 image display unit 23 sound output unit 101 to 105 risk display unit

 ──────────────────────────────────────────────────続 き Continuing on the front page (72) Inventor Minoru Toyoda 4-15-10 Nishitenma, Kita-ku, Osaka-shi Konami Computer Entertainment Osakanai Co., Ltd. (72) Inventor Noboru Nakasaka 4--15, Nishitenma, Kita-ku, Osaka-shi No.10 Konami Computer Entertainment Osakanai

Claims (23)

[Claims] Claims 1. At least the contents of a player's hand tiles and discarded tiles, and the contents of discarded tiles and faces of opponent characters are displayed, and these players and opponent characters repeatedly perform a tile drawing and discarding operation such as a tile and a discarded tile in order. A mahjong game machine in which a mahjong game progresses, wherein at least one of variable items such as a face display, a face movement, a message, and a tile pulling and discarding operation of the opponent character is determined by the opponent character's opponent status. A Mahjong game device comprising: a control unit that obtains image data so as to be in a display state corresponding to the control unit; and an image display unit that displays an image of the image data obtained by the control unit. 2. Displaying at least the contents of the tiles and discarded tiles of the player and the discarded tiles and face of the opponent character, and the player and the opponent character repeat the operation of pulling and discarding tiles and discarded tiles in order. A mahjong game machine in which a mahjong game progresses, wherein at least one of variable items such as a face display, a face movement, a message, and a tile pulling and discarding operation of the opponent character is determined by the opponent character's opponent status. A control unit for obtaining image data and / or audio data so as to be in a display and / or output state according to the following; an image display unit for displaying the image data obtained by the control unit as an image; A mahjong game device comprising: a sound output unit that outputs sound data by sound. 3. The control unit, wherein an emotion value is set according to a battle situation of each of the battle characters, and selects image data indicating a facial expression according to a total of the emotion values at that time. 2. The control method according to claim 1, wherein
Or the mahjong game device according to 2. 4. An emotion value is set according to a battle situation for each of the battle characters, and the control unit selects image data indicating a facial expression according to a total of the emotion values at that time. 3. The mahjong game according to claim 1, wherein control is performed such that image data representing a facial expression according to a special situation is selected only for a predetermined time, prior to the facial expression selection based on the total emotion value. apparatus. 5. The control unit selects data so as to be at least one of the variable items corresponding to a condition having a higher priority among the conditions of the battle situation for each of the battle characters. The mahjong game device according to any one of claims 1 to 4. 6. The mahjong game apparatus according to claim 1, wherein the control unit controls to select message data corresponding to a facial expression for each of the opponent characters. . 7. The control unit according to claim 1, wherein the control unit controls to select message data of a battle character designated as a message when the player self-simulates.
7. The mahjong game device according to any one of 6. 8. The mahjong game device according to claim 1, wherein the facial expressions for each of the opponent characters are at least a laughing face, a normal face, a sad face, and an angry face. . 9. The battle situation is the contents of a hand tile at the time of tile arrangement,
The Mahjong game device according to any one of claims 1 to 7, wherein the content is at least one of the content of a tile at the time of self-imitation, the content of a tile at the time of discarding a tile, the content of standing up, and the content of a win. 10. The movement of the face of each opponent character is a movement in which at least one of a direction in which a tile is discarded, a direction of a sounding opponent, and a direction of an opponent who has completed the game is observed. The mahjong game device according to any one of claims 1 to 7. 11. The tile-pulling and tile-discarding operation for each opponent character is at least one of the following: a tile movement, a tile movement, a reach tile movement, and a squealing tile movement. The mahjong game device according to any one of claims 1 to 5, wherein 12. At least the contents of the tiles and discarded tiles of the player, the discarded tiles and the face of the opponent character are displayed, and these players and the opponent character repeat the tile drawing and discarding operations of the tiles and discarded tiles in order. A mahjong game method in which a mahjong game progresses, wherein at least one of variable items such as a face display, a face movement, a message, and a tile-pulling and tile-discarding operation of the opponent character indicates a battle situation of the opponent character. A mahjong game method comprising obtaining image data and / or audio data so as to be in a display and / or output state according to the above, and displaying and / or outputting the image data and / or audio data as an image. 13. An emotion value is set according to a battle situation of each of the battle characters, and image data indicating a facial expression according to a total of the emotion values at that time is selected and displayed as an image. 13. The mahjong game method according to claim 12, wherein: 14. An emotion value is set according to a battle situation of each battle character, and image data indicating a facial expression according to a total of the emotion values at that time is selected. 13. The image data showing a facial expression according to a special situation is selected and displayed as an image only for a predetermined time prior to the expression selection based on the total.
Or the mahjong game method according to 13. 15. Data is selected so as to be at least one of the variable items corresponding to a condition having a higher priority among the conditions of the battle situation for each of the battle characters, and image display and / or sound output is performed. The mahjong game method according to any one of claims 12 to 14, wherein: 16. Message display corresponding to a facial expression of each of the opponent characters is selected to display an image and / or
Or outputting a voice.
5. The mahjong game method according to any one of 5. 17. The method according to claim 12, wherein the message data of the battle character designated as a message when the player self-simulates is selected and displayed as an image and / or a sound is output. Mahjong game method described. 18. At least the contents of the tiles and discarded tiles of the player and the discarded tiles and the face of the opponent character are displayed, and these players and the opponent character repeat the operation of drawing and discarding tiles and discarding tiles in order. As the mahjong game progresses, at least one of the display of the face of the opponent character, the movement of the face, the message, and variable items such as the tile-pulling and tile-discarding operations is performed according to the display status according to the battle state of the opponent character. A mahjong game program characterized by obtaining image data and / or audio data so as to be in an output state, and controlling the image data and / or audio data to be displayed and / or output as audio. Recording medium. 19. An emotion value is set according to a battle situation of each battle character, and image data indicating a facial expression according to a total of the emotion values at that time is selected and displayed. 19. The recording medium according to claim 18, wherein a mahjong game program is recorded. 20. An emotion value is set according to a battle situation of each of the battle characters, and image data indicating a facial expression according to a total of the emotion values at that time is selected. 19. A mahjong game program recorded such that image data indicating a facial expression according to a special situation is controlled to be selected and displayed for a predetermined time only for a predetermined time prior to the expression selection based on the total. Or the recording medium according to 19. 21. Data is selected so as to be at least one of the variable items corresponding to a higher priority condition among the conditions of the battle situation for each of the battle characters, and image display and / or sound output is performed. 21. The recording medium according to claim 18, wherein a mahjong game program is recorded. 22. Message data corresponding to the facial expression of each of the opponent characters is selected to display an image and / or
22. A mahjong game program recorded so as to output sound.
The recording medium according to any one of the above. 23. A mahjong game program recorded thereon, characterized in that message data of the battle character designated as a message at the time of self-imitation of the player is selected and controlled to display an image and / or output sound. 23. The recording medium according to any one of claims to 22.