JP4137048B2 - GAME PROGRAM, GAME DEVICE, AND GAME CONTROL METHOD - Google Patents

Description

The present invention relates to a game program, and more particularly to a game program for causing a computer to realize a game capable of instructing a target character to be trained to be trained. The present invention also relates to a game device and a game control method realized by the game program.

  Conventionally, various video games have been proposed. In various video games, various commands are given to the character displayed on the monitor by operating an input unit independent of the game machine body, for example, various input buttons of the controller or various input buttons provided integrally with the game machine body. Can be instructed. For example, a general game device has a monitor, a game machine main body separate from the monitor, and a controller separate from the game machine main body. The controller has a plurality of input buttons.

As one of the video games realized by such a game apparatus, a battle video game having a mode capable of nurturing player characters, for example, a baseball game is known (see Non-Patent Document 1). In such a player training mode in the baseball game (“success mode” in Non-Patent Document 1), when the player selects a training command icon, the player corresponds to the training command icon to the target player character to be trained. A training instruction can be directed. For example, when the player selects a plurality of training command icons, for example, strength training icons, a strength training command is instructed to the target player character (hero character). Then, the player can cause the main character to execute strength training, for example, to increase the power ability parameter of the main character. Further, when the player selects a training instruction icon, for example, a defensive practice icon, a defensive practice instruction is instructed to the main character. Then, the player can cause the hero character to perform defensive practice, and for example, can increase the defensive ability parameter of the hero character. As described above, the player can increase the power ability and the defense ability of the hero character by causing the hero character to repeatedly execute various exercises.
Jikkyou Powerful Pro Baseball 11 Official Guide Complete Edition, Japan, Konami Media Entertainment, September 16, 2004, p.318-p.364

  In the baseball game having the above-described cultivatable mode, the player can train the hero character to a target character having the player's desired ability by increasing the ability of the hero character. .

  In order for the player to raise the hero character to the desired target character, the player needs to repeatedly instruct the hero character with various breeding instructions for improving the desired ability while always drawing the hero character's growth target in mind. There is. At this time, the player repeatedly selects and selects a breeding command icon that can improve the desired ability from a plurality of icons for instructing the main character to various breeding commands, that is, a plurality of training command icons. There must be. In order to smoothly perform the selection operation and the selection operation that are repeatedly performed in this manner, it is desirable for the player to grasp various training instructions that can improve a desired ability. It is difficult for the player to keep track of the command. In addition, when the player raises a plurality of main characters to a desired target character, it becomes more difficult for the player to grasp various training instructions that can improve the desired ability for each of the plurality of main characters. .

  An object of the present invention is to make it possible to easily train a character having a desired ability.

The game program according to claim 1 is a program for causing a computer capable of realizing a game capable of instructing an instruction relating to breeding to a target character to be trained to realize the following functions.
(1) An instruction display body associating function for associating an instruction display body with each of a plurality of instructions.
(2) A target ability data setting function for setting target ability data to a target character that is a training target.
(3) Ability data setting function for setting ability data for the target character.
(4) A breeding target setting function for selecting a desired target character from a plurality of target characters and setting the desired target character as the target of the target character.
(5) At least one characterizing the target ability data of the desired target character by comparing the difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character. A data difference determination function that sets one target ability parameter and determines a difference between at least one target ability parameter of a desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter.
(6) The difference between the at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter determined by the data difference determination function A plurality of instructions capable of reducing a difference between at least one target ability parameter characterizing target ability data of a desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter. A difference reduction instruction selection function for selecting from the instructions.
(7) From the instructions that can reduce the difference selected by the difference reduction instruction selection function, an instruction that can improve the capability parameter having a large difference is selected, and an instruction display corresponding to the selected instruction is displayed on the monitor. Command indicator display function that displays them side-by-side.
(8) A command instruction function for instructing the target character of a command corresponding to the selected command display when the command display displayed on the monitor is selected in the command display.
(9) When the target character is instructed to reduce the difference in the instruction instruction function, the ability data is corrected so that the difference between the target ability data of the desired target character and the ability data of the target character is reduced. Capability data correction function.

  In a game realized by this program, a command display body is associated with each of a plurality of commands in the command display body association function. In the target ability data setting function, target ability data is set to a target character that is a training target. In the ability data setting function, ability data is set for the target character. In the training target setting function, a desired target character is selected from a plurality of target characters, and the desired target character is set as the target of the target character.

  In the data difference determination function, the difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character is compared. Thereby, at least one target ability parameter characterizing the target ability data of the desired target character is set. Then, a difference between at least one target ability parameter of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter is determined.

  In the difference reduction command selection function, at least one target ability parameter that characterizes the target ability data of the desired target character determined by the data difference determination function and the target character corresponding to the at least one target ability parameter described above. The difference between at least one target ability parameter that characterizes the target ability data of a desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter can be reduced based on the difference from the ability parameter. Are selected from the plurality of instructions.

  In the instruction display body display function, an instruction that can improve a capability parameter with a large difference is selected from instructions that can reduce the difference selected by the difference reduction instruction selection function. Then, the instruction display bodies corresponding to the selected instruction are displayed side by side preferentially on the monitor. In the command instruction function, when the command display body displayed on the monitor is selected in the command display body display function, a command corresponding to the selected command display body is directed to the target character. In the ability data correction function, when an instruction that can reduce the difference in the instruction instruction function is instructed to the target character, the difference between the target ability data of the desired target character and the ability data of the target character is reduced. Capability data is corrected.

  In this game program, first, an instruction display is associated with each of a plurality of instructions. Further, target ability data is set for the target character that is the breeding target, and ability data is set for the target character that is the breeding target. Next, a desired target character is selected from a plurality of target characters, and the desired target character is set as the target of the target character.

  Subsequently, the difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character is compared. Thereby, at least one target ability parameter characterizing the target ability data of the desired target character is set. Then, a difference between at least one target ability parameter of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter is determined.

  Subsequently, based on the difference between the target ability parameter of the desired target character determined here and the ability parameter of the target character corresponding to the target ability parameter, the target ability parameter of the desired target character and the target ability A command capable of reducing the difference from the ability parameter of the target character corresponding to the parameter is selected from the plurality of commands. Then, an instruction capable of improving a capability parameter having a large difference is selected from the instructions capable of reducing the selected difference. Then, the instruction display bodies corresponding to the selected instruction are preferentially displayed on the monitor.

  Subsequently, when a command display body preferentially displayed on the monitor is selected, a command corresponding to the selected command display body is instructed to the target character. Then, when an instruction capable of reducing this difference is instructed to the target character, the ability data is corrected so that the difference between the target ability data of the desired target character and the ability data of the target character is reduced.

  Here, the difference between the target ability data of the desired target character set as the target of the target character and the ability data of the target character is determined, and commands that can reduce this difference are selected from a plurality of commands. Then, an instruction display corresponding to an instruction capable of reducing the selected difference is displayed on the monitor with priority over other instruction displays. Therefore, the player does not have to select the command display body corresponding to the command capable of reducing the difference between the target ability data of the desired target character and the ability data of the target character and the other command display body on the monitor. It can be easily identified. That is, the player can easily instruct the target character to command to reduce the difference. Thereby, the player can repeatedly instruct the target character of an instruction that can reduce the difference, and can easily nurture a character having a desired ability.

  Here, at least one target ability parameter characterizing the target ability data among the target ability data of the desired target character, and the ability parameter of the ability data of the target character corresponding to the at least one target ability parameter. And the difference is determined. In this way, by determining the difference between the characteristic target ability parameter of the desired target character and the ability parameter of the target character corresponding to this characteristic target ability parameter, it is possible to deal with an instruction that can reduce the characteristic difference. The instruction display body to be displayed can be displayed on the monitor in preference to other instruction display bodies. Thereby, the player can repeatedly instruct the target character to reduce the characteristic difference to the target character, and can easily and effectively nurture a character having a desired ability.

  Also, here, the instruction display corresponding to the instruction capable of improving the ability parameter having a large difference among the instructions capable of reducing the selected difference takes precedence over the instruction display corresponding to the instruction capable of reducing the other difference. Are displayed side by side on the monitor. As described above, the instruction display corresponding to the instruction capable of improving the ability data having a large difference is displayed on the monitor in preference to the instruction display corresponding to the instruction capable of reducing the other difference. This makes it easy to repeatedly instruct the target character of an instruction that can improve ability data with a large difference, and a character having a desired ability can be easily and effectively nurtured.

  Further, here, when a command capable of reducing the difference is instructed to the target character, the ability data is corrected so that the difference between the target ability data of the desired target character and the ability data of the target character is reduced. That is, the player can repeatedly bring the target character's ability data closer to the target ability data of the desired target character by repeatedly instructing the target character to reduce the difference. Thereby, the player can grow the target character into a character having a desired ability.

  In the game program according to claim 2, in the game program according to claim 1, the ability data correction function includes at least one target ability parameter characterizing the target ability data among the target ability data of the desired target character, and the target character. The characteristic ability data correction function for correcting the ability data is included so that the difference from the ability parameter corresponding to at least one target ability parameter of the ability data is reduced.

  Here, the capability data correction function includes a feature capability data correction function. In the characteristic ability data correction function, at least one target ability parameter characterizing the target ability data among the target ability data of the desired target character, and the ability data of the target character corresponding to the at least one target ability parameter The capability data is corrected so that the difference from the capability parameter is reduced. Thereby, the ability parameter of the target character corresponding to this characteristic target ability parameter can be brought close to the characteristic target ability parameter of the desired target character. Thus, the player can effectively grow the target character into a character having a desired ability.

  A game apparatus according to a third aspect is a game apparatus capable of realizing a game capable of instructing a target character to be trained to a command regarding breeding. The game apparatus includes command display body associating means for associating a command display body with each of a plurality of commands, target ability data setting means for setting target ability data for a target character as a breeding target, and setting ability data for a target character. Ability data setting means, a training target setting means for selecting a desired target character from a plurality of target characters and setting the desired target character as a target of the target character, and a target included in the target ability data of the desired target character By comparing the difference between the ability parameter and the ability parameter included in the ability data of the target character, at least one target ability parameter characterizing the target ability data of the desired target character is set, and at least one of the desired target character is set. One target ability parameter and at least the above Data difference determination means for determining a difference from the target character's ability parameter corresponding to one target ability parameter, and at least one target ability that characterizes the target ability data of the desired target character determined by the data difference determination function At least one target ability parameter that characterizes the target ability data of the desired target character based on the difference between the parameter and the ability parameter of the target character corresponding to the at least one target ability parameter, and at least one target ability Among the instructions that can reduce the difference selected from the plurality of instructions, the instruction that can reduce the difference from the ability parameter of the target character corresponding to the parameter, and the instruction that can reduce the difference selected by the difference reduction instruction selection function Therefore, it is recommended to The instruction display unit that selects the possible instructions and displays the instruction display corresponding to the selected instruction in a preferential manner on the monitor and the instruction display displayed on the monitor in the instruction display display function are selected. When the target character is instructed by an instruction instruction means for instructing the target character an instruction corresponding to the selected instruction display, and an instruction capable of reducing the difference in the instruction instruction function, the desired target character Ability data correction means for correcting the ability data so as to reduce the difference between the target ability data and the ability data of the target character.

A game control method according to a fourth aspect of the present invention is a game control method capable of controlling, with a computer, a game capable of instructing a target character to be cultivated with an instruction regarding nurturing. This game control method includes a command display body associating step for associating a command display body with each of a plurality of commands, a target ability data setting step for setting target ability data for a target character as a breeding target, and setting ability data for a target character Included in the ability data setting step, a training target setting step for selecting a desired target character from a plurality of target characters and setting the desired target character as a target of the target character, and target ability data of the desired target character By comparing the difference between the target ability parameter and the ability parameter included in the ability data of the target character, at least one target ability parameter characterizing the target ability data of the desired target character is set, and at least the desired target character is set. One target ability parameter Characterizing the target ability data of the desired target character determined by the data difference determination step for determining a difference from the ability parameter of the target character corresponding to the at least one target ability parameter, and the data difference determination function At least one target ability parameter characterizing the target ability data of the desired target character based on the difference between the at least one target ability parameter and the ability parameter of the target character corresponding to the at least one target ability parameter; Difference reduction command selection step for selecting a command capable of reducing the difference from the target character's ability parameter corresponding to at least one target ability parameter from a plurality of commands, and the difference selected by the difference reduction command selection function can be reduced. Difference among the various orders An instruction that can improve the capability parameter is selected, and an instruction display corresponding to the selected instruction is preferentially displayed on the monitor, and the instruction display display step displays the instruction display on the monitor. When the selected command display body is selected, the target character is instructed to command the target character to command the command corresponding to the selected command display body, and the command capable of reducing the difference in the command instruction function A capability data correction step for correcting the capability data so that the difference between the target capability data of the desired target character and the capability data of the target character is reduced.

  In the present invention, the difference between the target ability data of the desired target character set as the target of the target character and the ability data of the target character is determined, and commands capable of reducing this difference are selected from a plurality of commands. Then, an instruction display corresponding to an instruction capable of reducing the selected difference is displayed on the monitor with priority over other instruction displays. Therefore, the player does not have to select the command display body corresponding to the command capable of reducing the difference between the target ability data of the desired target character and the ability data of the target character and the other command display body on the monitor. It can be easily identified. That is, the player can easily instruct the target character to command to reduce the difference. This makes it easier for the player to repeatedly instruct the target character of an instruction that can reduce the difference, and to easily nurture a character having a desired ability.

[Configuration of game device]
FIG. 1 is an external view of a portable game machine 1 as an example of a computer to which a game program according to the present invention can be applied. FIG. 2 is a control block diagram as an example of the portable game machine 1.

  As shown in FIG. 1, the portable game machine 1 mainly includes a main body 2, a liquid crystal monitor unit 3, an input unit 4, a cartridge mounting unit 5, and a communication unit 23. The main body 2 has an upper housing 2a and a lower housing 2b. The upper housing 2a and the lower housing 2b are connected to each other so as to be openable and closable. The liquid crystal monitor unit 3 includes a first liquid crystal monitor provided in the upper casing 2a, that is, an upper liquid crystal monitor 3a, and a second liquid crystal monitor provided in the lower casing 2b, that is, a lower liquid crystal monitor 3b. Here, for example, the upper liquid crystal monitor 3a is a non-contact input type monitor, that is, a non-touch panel type monitor, and the lower liquid crystal monitor 3b is a contact input type monitor, that is, a touch panel type monitor. The non-touch panel type monitor includes a liquid crystal panel, and the touch panel type monitor includes a liquid crystal panel and a touch panel. In the touch panel type monitor, the display surface of the liquid crystal panel and the data input surface of the touch panel are configured in a stacked and integrated type. The input unit 4 includes a cross-shaped direction indicating button 4a disposed at the left center portion of the lower housing 2b, a select button 4b and a start button 4c disposed on the left and right above the lower housing 2b, and a lower housing. An instruction button 4d disposed at the right center portion of the body 2b, a power button 4e disposed at the upper right portion of the lower housing 2b, and L buttons 4f and R disposed at the left and right corners of the lower housing 2b It consists of a button 4g. The cartridge mounting portion 5 is provided at the lower portion of the lower housing 2b. For example, a game cartridge can be mounted on the cartridge mounting portion 5. The communication unit 23 is built in the main body 2, for example, the upper housing 2a. In the communication unit 23, for example, a local wireless network function, an Internet connection function using a wireless LAN, and the like are provided. Note that the game machine 1 is also provided with a volume adjustment button, an earphone jack, and the like, which will not be described.

  As shown in FIG. 2, the portable game machine 1 has a control device 10 therein. The control device 10 includes a CPU (Central Processing Unit) 11 using a microprocessor, a ROM (Read Only Memory) 12 as a main storage device, a RAM (Random Access Memory) 13, an image processing circuit 14, and a sound processing. The circuit 15 and the communication control circuit 20 are connected to each other via the bus 16.

  The CPU 11 interprets instructions from the game program and performs various data processing and control. The ROM 12 stores programs and the like necessary for basic control (for example, startup control) of the game machine 1. The RAM 13 secures a work area for the CPU 11. The image processing circuit 14 controls the liquid crystal monitor unit 3 in accordance with a drawing instruction from the CPU 11, and displays a predetermined image on at least one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b. The image processing circuit 14 includes a touch input detection circuit 14a. When an instruction means such as a touch pen or a finger is brought into direct contact with the touch panel, the coordinate data of the contact position is supplied from the touch input detection circuit 14a to the CPU 11, and the contact position is recognized by the CPU 11. Further, when the pointing means is brought into direct contact with the touch panel at the position of the object displayed on the liquid crystal panel, the coordinate data of the object is supplied from the touch input detection circuit 14a to the CPU 11, and the object is recognized by the CPU. Is done. The sound processing circuit 15 generates an analog audio signal corresponding to a sound generation instruction from the CPU 11 and outputs the analog audio signal to the speaker 22. The communication control circuit 20 is included in the communication unit 23 and is used to connect the game machine 1 to another game machine or the like wirelessly. The communication control circuit 20 is connected to the CPU 11 via the bus 16. The communication control circuit 20 controls and transmits a connection signal for connecting the game machine 1 to the Internet by a local wireless network or a wireless LAN in accordance with a command from the CPU 11.

  An external storage device 17 that is separate from the control device 10 is connected to the bus 16. For example, the external storage device 17 includes a game cartridge or the like that is detachably attached to the main body 2 such as the lower housing 2b. Inside the external storage device 17, a ROM 18 as a storage medium and a memory 19 as a rewritable user memory are provided. In the ROM 18, a game program for causing the game machine 1 as a computer to function and various data necessary for executing the game program are recorded in advance. The various data includes various image data. For the memory 19, a rewritable memory such as a flash memory is used. For example, game save data is recorded in the memory 19 as necessary. The storage medium of the external storage device 17 is not limited to a semiconductor storage element, and various storage media such as a magnetic storage medium, an optical storage medium, and a magneto-optical storage medium may be used. Note that an interface circuit is interposed between the bus 16 and each element as necessary, but illustration thereof is omitted here.

  In the game machine 1 configured as described above, the game program recorded in the ROM 18 of the external storage device 17 is loaded, and the loaded game program is executed by the CPU 11 so that the player can display games of various genres. You can play on the monitor unit 3. In addition, by connecting the game machine 1 to the wireless network via the communication control circuit 20 or connecting to another game machine via a communication cable or the like, data can be exchanged with other game machines. And can play a battle game.

[Outline of various processes in game devices]
The game executed on the game machine 1 is, for example, a baseball game.
The baseball game includes a training mode. In this breeding mode, when the player selects the command display body, the player can instruct the breeding command corresponding to the command display body to the target character to be grown. Note that the phrase “command display body” corresponds to a “nurturing command icon” in a baseball game. Further, the phrase “target character” shown below corresponds to “target player character” in the baseball game.

  FIG. 3 is a functional block diagram for explaining functions that play a major role in the present invention. In the game machine 1, it is possible to instruct a target character to be trained regarding a breeding instruction. The game machine 1 mainly includes the following various means.

  The instruction display body associating means 50 has a function of associating an instruction display body with each of a plurality of instructions. In the instruction display body associating means 50, an instruction display body is associated with each of the plurality of instructions. In this means, a plurality of instructions stored in the ROM 18 of the external storage device 17 and an instruction display corresponding to each of the plurality of instructions are read into the RAM 13, and a plurality of instructions and an instruction display corresponding to each of the plurality of instructions are read. Are related by the CPU 11. Then, the relationship between each of the plurality of instructions and the instruction display corresponding to each of the plurality of instructions is stored in the RAM 13.

  The target ability data setting means 51 has a function of setting target ability data for a target character that is a training target. In the target ability data setting means 51, target ability data is set to a target character that is a training target. In this means, the target character and target ability data stored in the ROM 18 of the external storage device 17 are read into the RAM 13, and the target ability data is set as the target character by the CPU 11.

  The ability data setting means 52 has a function of setting ability data for the target character. The ability data setting means 52 sets ability data for the target character. In this means, the target character and ability data stored in the ROM 18 of the external storage device 17 are read into the RAM 13 when the program is started, and the ability data is set as the target character by the CPU 11.

  The breeding target setting means 53 has a function of selecting a desired target character from a plurality of target characters and setting the desired target character as the target of the target character. In the training target setting means 53, a desired target character is selected from a plurality of target characters, and the desired target character is set as the target of the target character. With this means, when a desired target character is selected from a plurality of target characters, the CPU 11 recognizes the desired target character. For example, when a desired target character is selected from a plurality of target characters displayed on the liquid crystal monitor unit 3 by an instruction means such as a touch pen or a finger or an input unit 4 such as a direction instruction button 4a or an instruction button 4d, the desired target character is selected. The character is recognized by the CPU 11. At this time, the desired target character is set as the target of the target character by the CPU 11.

  The data difference discriminating means 54 has a function of discriminating a difference between the target ability data of the desired target character and the ability data of the target character. The data difference discriminating means 54 discriminates the difference between the target ability data of the desired target character and the ability data of the target character. In this means, the CPU 11 recognizes the target ability data set for the desired target character and the ability data set for the target character. Then, the CPU 11 determines the difference between the target ability data of the desired target character and the ability data of the target character.

  The data difference determining means 54 includes feature data difference determining means 55.

  The feature data difference determining means 55 corresponds to at least one target ability parameter characterizing the target ability data of the target ability data of the desired target character and at least one target ability parameter of the ability data of the target character. It has a function to discriminate the difference from the ability parameter. The feature data difference determining means 55 corresponds to at least one target ability parameter characterizing the target ability data of the target ability data of the desired target character and at least one target ability parameter of the ability data of the target character. A difference from the capability parameter is determined. In this means, the CPU 11 recognizes at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter of the target player character corresponding to the at least one target ability parameter. Then, the CPU 11 determines a difference between the at least one target ability parameter and the ability parameter corresponding to the at least one target ability parameter.

  Note that the capability data includes a plurality of capability parameters, and the target capability data includes a plurality of target capability parameters. Each of the plurality of ability parameters corresponds to each of the plurality of target ability parameters. Further, a target ability parameter having a value equal to or greater than a predetermined ratio of the parameter value of the target ability parameter serving as a reference based on the target ability parameter having the maximum parameter value among the plurality of target ability parameters is a target character target It is set as a target ability parameter that characterizes ability data. For example, a target ability parameter having a value of 60% or more of the parameter value of the reference target ability parameter is set as a target ability parameter characterizing the target ability data of the target character.

  The difference reduction instruction selection unit 56 has a function of selecting an instruction capable of reducing the difference determined by the data difference determination unit 54 from a plurality of instructions. The difference reduction instruction selection means 56 selects an instruction that can reduce the difference determined by the data difference determination means 54 from a plurality of instructions. In this means, instructions that can reduce the difference determined by the data difference determination means 54 are selected from a plurality of instructions stored in the RAM 13 by the CPU 11 and recognized by the CPU 11.

  The difference reduction command selection means 56 includes priority setting means 57.

  The priority setting unit 57 has a function of setting a priority according to the magnitude of the difference between the target capability data and the capability data for the command that can reduce the difference selected by the difference reduction command selection unit 56. . In the priority setting means 57, a priority is set in accordance with the magnitude of the difference between the target ability data and the ability data for the instruction that can reduce the difference selected by the difference reduction instruction selecting means 56. In this means, a priority is set by the CPU 11 to the instruction that can reduce the difference selected by the CPU 11 according to the magnitude of the difference determined by the CPU 11. For example, among the plurality of instructions that can reduce the difference between the target ability data and the ability data, the CPU 11 sets a higher priority for an instruction having a larger difference between the target ability data and the ability data. Specifically, among the multiple instructions that can reduce the difference between the target ability parameter value and the ability parameter value, the instruction with the larger difference between the target ability parameter value and the ability parameter value has a higher priority. Is set by the CPU 11.

  The instruction display body display means 58 has a function of displaying the instruction display body corresponding to the instruction capable of reducing the difference selected by the difference reduction instruction selection means 56 on the liquid crystal monitor unit 3 with priority over other instruction display bodies. It has. In the instruction display body display means 58, the instruction display body corresponding to the instruction capable of reducing the difference selected by the difference reduction instruction selection means 56 is displayed on the liquid crystal monitor unit 3 with priority over other instruction display bodies. . In this means, the instruction display body associated with the instruction capable of reducing the difference is supplied from the RAM 13 to the liquid crystal monitor section 3 preferentially over the other instruction display bodies based on the instruction from the CPU 11. 3 is displayed.

  The command display body display means 58 includes a command display body rearrangement display means 59.

  The instruction display body rearrangement display means 59 displays an instruction display body corresponding to an instruction capable of improving ability data having a large difference among the instructions that can reduce the difference selected by the difference reduction instruction selection means 56, as another difference. Are displayed side by side on the liquid crystal monitor unit 3 in preference to the instruction display corresponding to the instruction that can be reduced. In the instruction display body rearrangement display means 59, among the instructions that can reduce the difference selected by the difference reduction instruction selection means 56, the instruction display body corresponding to the instruction that can improve the ability data having a large difference is displayed as another difference. Are displayed side by side on the liquid crystal monitor unit 3 in preference to an instruction display corresponding to an instruction that can be reduced. In this means, an instruction display body associated with an instruction capable of improving capability data having a large difference among instructions capable of reducing the difference is supplied from the RAM 13 to the liquid crystal monitor unit 3 based on the instruction from the CPU 11. Other differences are displayed side by side on the liquid crystal monitor unit 3 in preference to the instruction display corresponding to the instruction capable of reducing. For example, an instruction display associated with an instruction capable of reducing the difference is displayed side by side on the liquid crystal monitor unit 3 according to the priority set to the instruction capable of reducing the difference by the CPU 11.

  The instruction instruction means 60 has a function of instructing the target character an instruction corresponding to the selected instruction display when the instruction display displayed on the liquid crystal monitor unit 3 is selected in the instruction display display 58. ing. In the instruction instruction means 60, when the instruction display body displayed on the liquid crystal monitor unit 3 is selected in the instruction display body display means 58, the instruction corresponding to the selected instruction display body is instructed to the target character. In this means, when the command display body displayed on the liquid crystal monitor unit 3 is selected by an instruction unit such as a touch pen or a finger or the input unit 4 such as the direction instruction button 4a or the instruction button 4d, the selected command display body is selected. A command corresponding to is directed to the target character by the CPU 11.

  The ability data correcting unit 61 reduces the difference between the target ability data of the desired target character and the ability data of the target character when an instruction that can reduce the difference is instructed by the instruction instruction unit 60 to the target character. , Has the ability to correct ability data. In the ability data correcting means 61, when the instruction that can reduce the difference is instructed to the target character by the instruction instructing means 60, the difference between the target ability data of the desired target character and the ability data of the target character is reduced. The ability data is corrected. In this means, when a command capable of reducing the difference is instructed to the target character, the ability data is set so that the difference between the target ability data of the desired target character determined by the CPU 11 and the ability data of the target character is reduced. Is corrected by the CPU 11.

  The capability data correction unit 61 includes a characteristic capability data correction unit 62.

  The characteristic ability data correction means 62 corresponds to at least one target ability parameter characterizing the target ability data of the target ability data of the desired target character and at least one target ability parameter of the ability data of the target character. A function for correcting the ability data is provided so that the difference from the ability parameter is reduced. The characteristic ability data correction means 62 corresponds to at least one target ability parameter characterizing the target ability data of the target ability data of the desired target character and at least one target ability parameter of the ability data of the target character. The capability data is corrected so that the difference from the capability parameter is reduced. In this means, each of the ability data included in the ability data is reduced so that the difference between the at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter corresponding to the at least one target ability parameter is reduced. The capability parameter is corrected by the CPU 11. For example, each capability parameter included in the capability data is reduced by the CPU 11 so that a difference between at least one target capability parameter characterizing the target capability data and a capability parameter corresponding to the at least one target capability parameter is reduced. Weighted and corrected.

  The data arrival judging means 63 has a function of judging whether or not the ability data of the target character corrected by the ability data correcting means 61 has reached the target ability data of the desired target character. In the data arrival judging means 63, it is judged whether or not the ability data of the target character corrected by the ability data correcting means 61 has reached the target ability data of the desired target character. In this means, the CPU 11 determines whether or not the ability data corrected by the CPU 11 has reached the target ability data of the desired target character. For example, the CPU 11 determines whether or not each of the plurality of ability parameters corrected by the CPU 11 has reached the target ability parameter of the desired target character.

  The target arrival notifying unit 64 reaches the target capability data of the desired target character when the data arrival determining unit 63 determines that the capability data of the target character has reached the target capability data of the desired target character. It has a function to notify that it has been done. When the target arrival notification means 64 determines that the ability data of the target character corrected by the ability data correction means 61 in the data arrival judgment means 63 has reached the target ability data of the desired target character, the ability data is desired. It is notified that the target ability data of the target character has been reached. In this means, when the CPU 11 determines that the ability data corrected by the CPU 11 has reached the target ability data of the desired target character, it is notified that the ability data has reached the target ability data of the desired target character. Is done. For example, in this means, the notification indicator indicating that each of the ability data, for example, a plurality of ability parameters has reached the target ability data of the desired target character, for example, the target ability parameter, is displayed on the liquid crystal monitor 3 Is displayed. The notification indicator is read from the ROM 18 of the external storage device 17 into the RAM 13 when the program is started. The notification indicator is supplied from the RAM 13 to the liquid crystal monitor unit 3 based on a command from the CPU 11 and displayed on the liquid crystal monitor unit 3.

  The command change display body display means 65 displays a command change display body that prompts a command change when the command display body other than the command display body corresponding to the command capable of reducing the difference is selected on the liquid crystal monitor unit 3. A function for displaying on the unit 3 is provided. In the instruction change display body display means 65, when an instruction display body other than the instruction display body corresponding to the instruction capable of reducing the difference is selected on the liquid crystal monitor unit 3, the instruction change display body prompting the instruction change is displayed on the liquid crystal monitor. Part 3 is displayed. In this means, the instruction display body other than the instruction display body corresponding to the instruction capable of reducing the difference is selected by the liquid crystal monitor unit 3 by the instruction unit, for example, the touch pen, the finger, etc. Then, the instruction display body other than the instruction display body corresponding to the instruction capable of reducing the difference is recognized by the CPU 11. Then, the CPU 11 recognizes that the command corresponding to the command display body is not a command that can reduce the difference. Then, an instruction change display body indicating that an instruction display body corresponding to an instruction capable of reducing the difference should be selected is displayed on the liquid crystal monitor unit 3 based on the instruction from the CPU 11.

  The discrimination result display unit 66 has a function of displaying the discrimination result of the difference in the data difference discrimination unit 54 on the liquid crystal monitor unit 3. In the discrimination result display unit 66, the discrimination result of the difference in the data difference discrimination unit 54 is displayed on the liquid crystal monitor unit 3. In this means, based on the difference between the target ability data of the desired target character and the ability data of the target character determined by the CPU 11 in the data difference determination means 54, the difference determination result is displayed on the liquid crystal monitor unit 3. Is done.

  The discrimination result display unit 66 includes an average data calculation unit 66a and an average data display unit 66b.

  The average data calculation means 66a has a function of calculating the average of the ability data of the target character and the average of the target ability data of the desired target character. In the average data calculation means 66a, the average of the ability data of the target character and the average of the target ability data of the desired target character are calculated. In this means, the CPU 11 calculates the average of the ability data of the target character and the average of the target ability data of the desired target character. For example, the CPU 11 calculates an average value of a plurality of ability parameters included in the ability data of the target character and an average value of a plurality of target ability parameters included in the target ability data of the desired target character. The calculation result is stored in the RAM 13 by the CPU 11.

  The average data display unit 66b has a function of displaying the calculation result calculated by the average data calculation unit 66a on the liquid crystal monitor unit 3. In the average data display unit 66b, the calculation result calculated by the average data calculation unit 66a is displayed on the liquid crystal monitor unit 3. In this means, the calculation result calculated by the average data calculating means 66 a is supplied from the RAM 13 to the liquid crystal monitor unit 3 by the CPU 11 and displayed on the liquid crystal monitor unit 3. For example, a calculation result including an average value of a plurality of ability parameters included in the ability data of the target character and an average value of a plurality of target ability parameters included in the target ability data of the desired target character is calculated by the CPU 11 in a table and a graph. At least one of the table and the graph is displayed on the liquid crystal monitor unit 3.

  Further, the discrimination result display means 66 includes a ratio calculation means 66c and a ratio display means 66d.

  The ratio calculation means 66c has a function of calculating the ratio of the ability data of the target character to the target ability data of the desired target character. In the ratio calculation means 66c, the ratio of the ability data of the target character to the target ability data of the desired target character is calculated. In this means, the CPU 11 calculates the ratio of the target character's ability data to the target ability data of the desired target character. For example, the CPU 11 compares each target ability parameter of the desired target character and the ability parameter of the target player character corresponding to each target ability parameter. At this time, the CPU 11 calculates the ratio of the target character's ability parameter to the desired ability character's target ability parameter. The calculation result is stored in the RAM 13 by the CPU 11.

  The ratio display unit 66d has a function of displaying the calculation result calculated by the ratio calculation unit 66c on the liquid crystal monitor unit 3. In the ratio display means 66d, the calculation result calculated in the ratio calculation means 66c is displayed on the liquid crystal monitor unit 3. In this means, the calculation result calculated by the ratio calculation means 66 c is supplied from the RAM 13 to the liquid crystal monitor unit 3 by the CPU 11 and displayed on the liquid crystal monitor unit 3. For example, the calculation result of the ratio of the ability parameter of the target character to the target ability parameter of the desired target character is processed into at least one of a table and a graph by the CPU 11 for each ability parameter, and at least one of the table and the graph is processed. It is displayed on the liquid crystal monitor unit 3.

  The data transmission / reception means 67 has a function of enabling transmission / reception of data with other computers via the communication unit 23. The data transmission / reception means 67 can execute data transmission / reception with another computer via the communication unit 23. In this means, when a data transmission command is issued from the CPU 11, the data stored in the RAM 13 is transmitted from the RAM 13 to the other computer via the communication unit 23. When a data reception command is received by the CPU 11 via the communication unit 23, data from another computer is stored in the RAM 13 via the communication unit 23.

  The data transmission / reception means 67 includes character data transmission / reception means 67a.

  The character data transmission / reception means 67a has a function capable of transmitting a target character in which target ability data is set to another computer having communication means and receiving from another computer having communication means. In the character data transmission / reception means 67a, the target character in which the target ability data is set can be transmitted to another computer having the communication unit 23. Further, the target character in which the target ability data is set can be received from another computer having the communication unit 23. In this means, when a target character data transmission command is issued from the CPU 11, the target character data stored in the RAM 13 is transmitted from the RAM 13 to another computer via the communication unit 23. When a target character data reception command is received by the CPU 11 via the communication unit 23, target character data from another computer is stored in the RAM 13 via the communication unit 23.

  The new target character setting means 68 has a function of setting the target character whose ability data has been corrected by the ability data correcting means 61 as a new target character. In the new target character setting means 68, the target character whose ability data has been corrected by the ability data correction means 61 is set as a new target character. In this means, the target character having the ability data corrected by the CPU 11 is set as a new target character by the CPU 11. The new target character is stored in the RAM 13 together with the target ability data. When this new target character is selected as the desired target character by the training target setting means 53 and set as the target character, the target ability data of the new target character is the CPU 11 as the target ability data of the desired target character. Recognized.

  The target character data includes target character ability data, and the target character data includes target character target ability data. The ability data of the target character includes a plurality of ability parameters, and the target ability data of the target character includes a plurality of target ability parameters.

[Outline of the training mode in the baseball game]
The outline | summary of the training mode of the baseball game of this embodiment is demonstrated. The baseball game has a training mode. In this training mode, when the player selects a training command icon, the player instructs a training command corresponding to the training command icon to the target player character to be trained. can do. Each of the plurality of training instructions is associated with a training instruction icon.

  FIG. 4 shows an initial setting screen 80 in the training mode. Here, an initial setting screen 80 is displayed on the lower liquid crystal monitor 3b. The lower liquid crystal monitor 3b includes a target player selection icon 80a for selecting a target player character to be a training target, an initial execution icon 80b for executing the training mode from the initial state, and the state when the training mode was last executed. A continuation execution icon 80c for continuing execution from the beginning and an initialization icon 80d for initializing data at the previous execution are displayed.

  For example, when the target player selection icon 80a is selected, as shown in FIG. 5, the names of a plurality of target player characters 81 (81a, 81b, 81c) and target ability data 82 (82a to 82f) of each target player character. Are displayed on the lower liquid crystal monitor 3b.

  The player can select a desired target character from the plurality of target player characters 81 by selecting the name portion of the target player character 81 with an instruction means or an input means. For example, the player can select the desired target A player character 81a once the touch pen is brought into contact with the name portion of the target A player character 81a. At this time, the target A player character 81 a is set as the target of the target player character 83.

  The ability data 82 of the target player character includes a plurality of target ability parameters for determining the ability of the target player character. The plurality of target ability parameters include, for example, a ballistic ability parameter 82a, a power ability parameter 82b, a running ability parameter 82c, a shoulder ability parameter 82d, a defensive ability parameter 82e, and a stamina ability parameter 82f. Each numerical value of the plurality of target ability parameters is set in advance to a predetermined value for each target player character. For example, as shown in FIG. 5, the target A player 81a has “ballistic: 180”, “power: 200”, “running power: 110”, “shoulder strength: 90”, “defense strength: 90”, “ Stamina: 100 ”is set. In addition, the range of the numerical value which each target ability parameter 82a, 82b, 82c, 82d, 82e, 82f and each ability parameter mentioned later can take is 1-255. The larger the numerical values of these parameters, the higher the ability of the player character.

  When the initial execution icon 80b or the continuous execution icon 80c is selected on the initial setting screen 80 shown in FIG. 4, as shown in FIG. 6, the main screen 90 in the training mode is displayed on the lower liquid crystal monitor 3b. A plurality of main icons 91 are displayed at the upper part of the lower liquid crystal monitor 3b, and the ability data 92 of the target player character 83 is displayed at the lower part of the lower liquid crystal monitor 3b. The plurality of main icons 91 include a “practice” icon 91a, a “going out” icon 91b, a “data” icon 91c, and a “system” icon 91d. The plurality of main icons 91 can be selected by instruction means or various buttons of the input unit.

  For example, when the “practice” icon 91a on the main screen 90 is selected, a practice menu selection screen 70 is displayed on the lower liquid crystal monitor 3b as shown in FIG. On the practice menu selection screen 70, a plurality of practice command display bodies for instructing various practice commands to the target player character 83, that is, a plurality of practice command icons 71 are displayed. For example, the practice command icon 71 on the practice menu selection screen 70 includes a “strength practice” icon 71a, a “defense practice” icon 71b, a “running practice” icon 71c, a “striking practice” icon 71d, and a “mental practice” icon 71e. It is made up of. Each of the plurality of practice command icons 71 is associated with a practice command. For example, a “muscle practice” icon 71a is associated with a strength practice command, and a “defense practice” icon 71b is associated with a defense practice command. The “running practice” icon 71c is associated with a running practice command, and the “batting practice” icon 71d is associated with a batting practice command. The “mental practice” icon 71e is associated with a mental practice command. The practice command icon 71 can be selected by an instruction means or various buttons of the input unit 4.

  When the “going out” icon 91b is selected, an outing menu selection screen is displayed on the lower liquid crystal monitor 3b (not shown). On this outing menu selection screen, it is possible to instruct the target player character 83 to go out such as a hospital visit or a date. Further, when the “data” icon 91c is selected, the current ability of the target player character 83 can be confirmed (see FIG. 11). Further, when the “system” icon 91d is selected, the play environment can be set and data can be stored. For example, in the data storage screen displayed on the lower liquid crystal monitor 3 b when the “system” icon 91 d is selected, the target player character 83 that is being trained or has been trained can be registered as the new target player character 81. (Not shown).

  The ability data 92 of the target player character 83 is set in the target player character 83 when the initial execution icon 80b or the continuous execution icon 80c is selected. Specifically, when the initial execution icon 80 b or the continuous execution icon 80 c is selected, a plurality of ability parameters included in the ability data 92 of the target player character 83 are set in the target player character 83. The plurality of ability parameters are for evaluating the ability of the target player character 83. Here, when the initial execution icon 80b is selected, a plurality of initial ability values are set in the plurality of ability parameters of the target player character 83, and when the continuous execution icon 80c is selected, when the previous training mode ends. Are set as a plurality of ability parameters of the target player character 83.

  The plurality of ability parameters are similar to the target ability parameters 82a, 82b, 82c, 82d, 82e, and 82f, for example, a ballistic ability parameter 92a, a power ability parameter 92b, a running ability parameter 92c, a shoulder ability parameter 92d, a defensive ability parameter 92e, And a stamina capability parameter 92f. Here, each of the ballistic ability parameter 92a, the power ability parameter 92b, the running ability parameter 92c, the shoulder ability parameter 92d, the defensive ability parameter 92e, and the stamina ability parameter 92f is, for example, as shown in FIG. It is assumed that “power: 25”, “running power: 15”, “shoulder power: 20”, “defense power: 30”, and “stamina: 25” are set. The numerical values of the plurality of ability parameters are corrected when the practice command is instructed to the target player character 83 at least once. The practice command is instructed to the target player character 83 by selecting the practice command icon 71.

  The relationship between each practice command 85 and the numerical value of each ability parameter 92 corrected by each practice command 85 is, for example, as shown in FIG. When the muscular strength practice command 85a is instructed to the target player character 83, the ability parameters 92 include “ballistic: 20”, “power: 40”, “running power: 20”, “shoulder strength: 20”, “defense” “Power: 5” and “Stamina: 25” are added. When the defensive practice command 85b is instructed to the target player character 83, each ability parameter 92 includes “ballistic: 10”, “power: 10”, “running power: 20”, “shoulder power: 20”, “defense” “Power: 30” and “Stamina: 10” are added. When the running practice command 85c is instructed to the target player character 83, the ability parameters 92 include “ballistic: 5”, “power: 5”, “running power: 30”, “shoulder strength: 15”, “ Defensive power: 15 ”and“ stamina: 10 ”are added. When the batting practice instruction 85d is instructed to the target player character 83, the ability parameters 92 include “ballistic: 30”, “power: 15”, “running power: 10”, “shoulder strength: 10”, “defense” “Power: 5” and “Stamina: 10” are added. When the mental practice command 85e is instructed to the target player character 83, each ability parameter 92 includes “ballistic: 0”, “power: 0”, “running power: 0”, “shoulder power: 0”, “defense” "Force: 10" and "Stamina: 0" are added.

  When the “practice” icon 91 a on the main screen 90 is selected, the difference between the target ability data 82 of the desired target player character and the ability data 92 of the target player character 83 is determined. That is, the difference between the target ability data 82 of the desired target player character and the ability data 92 of the target player character 83 is compared. Specifically, a plurality of target ability parameters 82a, 82b, 82c, 82d, 82e, and 82f included in the target ability data 82 of the desired target player character, and a plurality of abilities included in the ability data 92 of the target player character 83. Differences from the parameters 92a, 92b, 92c, 92d, 92e, and 92f are determined. For example, the difference between the ballistic ability parameter 82a of the target A player 81a and the ballistic ability parameter 92a of the target player character 83, the difference between the power ability parameter 82b of the target A player 81a and the power ability parameter 92b of the target player character 83, the target A The difference between the running power parameter 82c of the player 81a and the running power parameter 92c of the target player character 83, the difference between the shoulder power parameter 82d of the target A player 81a and the shoulder power parameter 92d of the target player character 83, and the defense of the target A player 81a The difference between the ability parameter 82e and the defensive ability parameter 92e of the target player character 83, and the difference between the stamina ability parameter 82f of the target A player 81a and the stamina ability parameter 92f of the target player character 83 are compared.

  Further, at least one target ability parameter characterizing the target ability data 82 among the target ability data 82 of the desired target character, and the ability among the ability data 92 of the target character 83 corresponding to the at least one target ability parameter. The difference from the parameter is determined. Here, the target ability parameter characterizing the target ability data 82 is set with a target ability parameter having a maximum value among a plurality of target ability parameters and a target ability parameter having a numerical value equal to or greater than a predetermined ratio of the maximum values. . For example, as the target ability parameter characterizing the target ability data 82, a target ability parameter having a maximum value among a plurality of target ability parameters and a target ability parameter having a numerical value of 60% or more of the maximum value are set. For example, when the target player character is the target A player 81a, as shown in FIG. 5, the target A player 81a has “ballistic: 180”, “power: 200”, “running power: 110”, “shoulder strength: 90 ”,“ defense power: 90 ”, and“ stamina: 100 ”, the target ability parameter characterizing the target ability data 82 has a numerical value (120 or more) of 60% or more of the maximum value (200). A power ability parameter 82b having a numerical value) and a ballistic ability parameter 82a are set. Then, the difference between the value of the power ability parameter 82b and the value of the ballistic ability parameter 82a of the target A player 81a and the value of the power ability parameter 92b and the value of the ballistic ability parameter 92a of the target player character 83 are determined.

  Then, the practice commands that can reduce the difference between the values of the power ability parameters 82 b and 92 b and the difference between the values of the ballistic ability parameters 82 a and 92 a are selected from the plurality of practice instructions 85. For example, as shown in FIG. 9, in the practice instruction, the strength practice instruction 85a, the defensive practice instruction 85b, the striking practice instruction 85c, and the batting practice instruction 85d are different in the value of the power ability parameters 82b and 92b and the ballistic ability. The practice command can reduce the difference between the values of the parameters 82a and 92a. That is, the muscular strength practice command 85a, the defensive practice command 85b, the striking practice command 85c, and the batting practice command 85d can increase the value of the power ability parameter 92b and the value of the ballistic ability parameter 92a of the target player character 83. . As a result, among the plurality of practice instructions 85, the strength practice instruction 85a, the defensive practice instruction 85b, the striking practice instruction 85c, and the batting practice instruction 85d differ in the values of the power ability parameters 82b and 92b and the ballistic ability parameter 82a. , 92a are selected as practice commands that can be reduced. On the other hand, the mental practice command 85e cannot increase the value of the power ability parameter 92b and the value of the ballistic ability parameter 92a of the target player character 83. For this reason, the mental practice command 85e is selected as a practice command that cannot be reduced based on the difference between the values of the power ability parameters 82b and 92b and the difference between the values of the ballistic ability parameters 82a and 92a.

  Here, when FIG. 5 is compared with FIG. 8, the difference (200−25 = 175) in the values of the power ability parameters 82b and 92b between the target player character and the target player character 83 is the value of the ballistic ability parameters 82a and 92a. It is larger than the difference (180-20 = 160). For this reason, referring to FIG. 9, the practice command that can improve the value of the power ability parameter 92b of the target player character 83 is prioritized over the practice command that can improve the value of the ballistic ability parameter 92a of the target player character 83. . That is, the priority of the practice command that can improve the value of the power ability parameter 92b of the target player character 83 is in the order of the strength practice command 85a, the batting practice command 85d, the defensive practice command 85b, and the running practice command 85c. As a result, each of the icons includes a “strength practice” icon 71a corresponding to the strength practice instruction 85a, a “batting practice” icon 71d corresponding to the batting practice instruction 85d, a “defense practice” icon 71b corresponding to the defensive practice instruction 85b, and the running The “running practice” icon 71c corresponding to the habit practice instruction 85c and the “mental practice” icon 71e corresponding to the mental practice instruction 85e are displayed side by side on the lower liquid crystal monitor 3b. For example, as shown in FIG. 10, a “muscle practice” icon 71a, a “blow practice” icon 71d, a “defense practice” icon 71b, a “running practice” icon 71c, and a “mental practice” icon 71e are displayed on the lower liquid crystal monitor. They are displayed side by side from the left side to the right side at the bottom of 3b.

  When one of the “muscle practice” icon 71a, the “blow practice” icon 71d, the “defense practice” icon 71b, the “running practice” icon 71c, and the “mental practice” icon 71e displayed in this way is selected. The practice command corresponding to the selected icon can be instructed to the target player character 83. When a target instruction corresponding to the selected icon is instructed to the target player character 83, the target player character 83 executes the practice, and the execution state of this practice is displayed on, for example, the upper liquid crystal monitor 3a (not shown).

  Here, for example, when the “strength practice” icon in FIG. 10 is selected, the value of the ability parameter included in the ability data 92 of the target player character 83 and the target ability parameter included in the target ability data 82 of the target player character 81a. The difference from the value can be effectively reduced and corrected. In particular, the difference between the value of the power ability parameter 92b of the target player character 83 and the value of the power ability parameter 82b of the target player character 81a can be effectively reduced. On the other hand, when the “mental practice” icon 71e in FIG. 10 is selected, the difference between the ability parameter included in the ability data 82 of the target player character 83 and the target ability parameter included in the target ability data 82 of the target player character 81a. The effect that can be reduced is small. In particular, the difference between the value of the power ability parameter 92b of the target player character 83 and the value of the power ability parameter 82b of the target player character 81a cannot be reduced. In this case, a command change indicator for prompting a change of the practice command is displayed on one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b. For example, the characters “inappropriate practice instruction” are displayed on one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b as an instruction change indicator (not shown).

  For example, when the “muscle strength practice” icon 71 in FIG. 10 is selected, the ballistic ability parameter 92a, the power ability parameter 92b, the running ability parameter 92c, the shoulder ability parameter 92d, the defensive ability parameter 92e, and the stamina of the target player character 83 are selected. The ability parameters 92f are “ballistic: 20 + 20 = 40”, “power: 25 + 40 = 65”, “running force: 15 + 20 = 35”, “shoulder strength: 20 + 20 = 40”, “defense ability: 30 + 5 = 35”, It is corrected to “stamina: 25 + 25 = 50”. Then, the difference between the target ability parameter 82 of the target player character 81a and the ability parameter 92 of the target player character 83 is “ballistic: 180-40 = 160”, “power: 200-65 = 135”, “running power: 110 -35 = 75 "," shoulder strength: 90-40 = 50 "," defense strength: 90-35 = 55 "," stamina: 100-50 = 50 ".

  When the difference between the target ability parameter 82 of the target player character 81a and the ability parameter 92 of the target player character 83 is reduced in this way, the target ability parameter 82 and the target player character of the target player character 81a are reduced in the same manner as described above. The difference between the 83 ability parameters 92 and the ability parameters 92 of the target player character 81a and the ability commands 92 of the target player character 83 can be reduced again. In this case, the difference (180−40 = 160) from the value of the ballistic ability parameter is larger than the difference (200−65 = 135) of the value of the power ability parameter. Therefore, referring to FIG. The practice command that can improve the value of the 83 ballistic ability parameter 92a is given priority. That is, the icons 71 are displayed on the lower liquid crystal monitor 3b in the order of the “blow practice” icon, the “muscle practice” icon, the “defense practice” icon, the “running practice” icon, and the “mental practice” icon ( Not shown). When the “batting practice” icon is selected from these icons, the ability parameters 92 of the target player character 83 are “ballistic: 40 + 30 = 70”, “power: 65 + 15 = 80”, “running power: 35 + 10”. = 45 "," shoulder strength: 40 + 10 = 50 "," defense strength: 35 + 5 = 40 ", and" stamina: 50 + 10 = 60 ". Then, the difference between the target ability parameter 82 of the target player character 81a and the ability parameter 92 of the target player character 83 is “ballistic: 180-70 = 110”, “power: 200-80 = 120”, “running power: 110 -45 = 65 "," shoulder strength: 90-50 = 40 "," defense strength: 90-40 = 50 "," stamina: 100-60 = 40 ".

  As described above, the practice command icon 71 corresponding to the practice command capable of reducing the difference is displayed while being preferentially rearranged on the lower liquid crystal monitor 3b, and the practice command icon 71 displayed preferentially is repeatedly selected. Thus, the player can bring the ability parameter of the target player character 83 corresponding to the target ability parameter closer to the target ability parameter that characterizes the target ability data of the desired target player character.

  When the ability parameters 92b and 92a of the target player character 83 corresponding to the target ability parameters 82b and 82a reach the target ability parameters that characterize the target ability data of the desired target player character, for example, the power ability parameter 82b and the ballistic ability parameter 82a. The parameters other than the power ability parameter 92b and the ballistic ability parameter 92a, for example, the running ability parameter 92c, the shoulder ability parameter 92d, the defense ability parameter 92e, and the stamina ability parameter 92f are corrected. At this time, the running force parameters 82c and 92c, shoulder strength parameters 82d and 92d, defensive ability parameters 82e and 92e, and stamina ability parameters 82f and 92f of the target player character 81a and the target player character 83 are compared, and these parameters are compared. Practice instructions that can reduce the difference are selected. A practice command icon 71 corresponding to a practice command capable of reducing the difference between these parameters is preferentially displayed side by side on the lower liquid crystal monitor 3b according to the magnitude of the difference. Thus, by selecting the practice command icon 71 displayed on the lower liquid crystal monitor 3b according to the priority, the player can add the ability data of the target player character 83 to the target ability data of the desired target player character. Can be brought closer.

  In such a training process of the target player character 83, the player can confirm to what extent the difference between the target ability data 82 of the desired target player character and the ability data 92 of the target player character 83 has become small. It is like that. Specifically, the determination result of the difference between the target ability data 82 of the desired target player character 81a and the ability data 92 of the target player character 83 is displayed on either the upper liquid crystal monitor 3a or the lower liquid crystal monitor 3b. Can be done. The determination result is displayed on one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b, for example, when the select button 4b of the input unit 4 is operated. As shown in FIG. 11, for example, the determination result is obtained by calculating the average of the ability data 92 of the target player character 83, the target ability data 82 of the desired target player character 81a, and the ability data 92 of the target player character 83, and the desired target player character. The average of the target ability data 82 of 81a and the ratio of the ability data 92 of the target player character 83 to the target ability data 82 of the desired target player character 81a are included.

  Further, when the target player character 83 is trained so that the corrected ability data 92 of the target player character 83 reaches the target ability data 82 of the desired target player character 81a, the ability data 92 of the target player character 83 is desired. It is notified that the target ability data 82 of the target character 81a has been reached. Specifically, when the corrected ability data 92 of the target player character 83 reaches the target ability data 82 of the desired target player character 81a, the ability data 92 of the target player character 83 becomes the target of the desired target character 81a. A notification indicator indicating that the capability data 82 has been reached is displayed on one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b. For example, the word “target reached” is displayed on either one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b as a notification indicator (not shown).

  As described above, in the present embodiment, the difference between the target ability data 82 of the desired target player character 81a set as the target of the target player character 83 and the ability data 92 of the target character 83 is determined, and this difference is reduced. Possible practice instructions are selected from a plurality of practice instructions 85. Then, a practice command icon 71 corresponding to a practice command capable of reducing the selected difference is displayed on the lower liquid crystal monitor 3b in preference to other practice command icons. For this reason, the player can easily select the practice command icon 71 corresponding to the practice command that can reduce the difference between the target ability data 82 of the desired target player character 81a and the ability data 92 of the target player character 83. Can be identified. That is, the player can easily instruct the target player character 83 to practice instructions that can reduce the difference. Accordingly, the player can easily instruct the target player character 83 repeatedly with a practice command that can reduce the difference, and a character having a desired ability can be easily developed.

[Various processing flows when executing the training mode]
Various processing outlines when the baseball game training mode of this embodiment is executed will be described with reference to the flowchart shown in FIG.

  In this baseball game, when the training mode is executed, a command icon is associated with each of the plurality of commands (S1). For example, a practice command icon 71 is associated with each of the plurality of practice commands 85. Further, target ability data 82 is set for the target player character 81 (S2). Predetermined values are set in advance in the plurality of target ability parameters 82a, 82b, 82c, 82d, 82e, and 82f included in the target ability data 82. Then, an initial setting screen 80 is displayed on the lower liquid crystal monitor 3b (S3).

  When the target player selection icon 80a is selected on the initial setting screen 80, the names of the plurality of target player characters 81 and the target ability data 82 of each target player character 81 are displayed on the lower liquid crystal monitor 3b. When a target character 81a is selected from the plurality of target player characters 81, the selected target player character 81a is set as the target of the target character 83 (S4).

  When the initial execution icon 80b or the continuous execution icon 80c is selected on the initial setting screen 80, the main screen 90 is displayed on the lower liquid crystal monitor 3b (S5). At this time, ability data 92 is set for the target player character 83 (S6). In the plurality of ability parameters 92a, 92b, 92c, 92d, 92e, and 92f included in the ability data 92, an initial value or a continuation value stored at the end of the previous breeding mode is set.

  When, for example, a “practice” icon is selected from a plurality of main icons on the main screen 90 (S 7), first, the difference between the target ability parameter value of the desired target player character and the ability parameter value of the target player character 83. Are determined and compared (S8). Then, at least one target ability parameter characterizing the target ability data among the target ability data of the desired target character, and an ability parameter of the ability data of the target character 83 corresponding to the at least one target ability parameter. Differences are discriminated and compared (S9). Next, a practice command capable of reducing the difference between the target ability parameter and the ability parameter is selected from a plurality of practice instructions (S10). At this time, the priority according to the magnitude of the difference is set to the practice command that can reduce the difference between the target ability parameter and the ability parameter (S11). Then, a training menu selection screen such as a practice menu selection screen 70 is displayed on the lower liquid crystal monitor 3b (S12). Subsequently, a practice command icon 71 corresponding to a practice command capable of reducing the difference is displayed on the lower liquid crystal monitor 3b in preference to other practice command icons (S13). At this time, the practice command icon 71 corresponding to the practice command capable of reducing the difference is displayed on the lower liquid crystal monitor 3b according to the priority.

  When the practice instruction icon 71 corresponding to the practice instruction that can reduce the difference among the plurality of practice instruction icons 71 displayed in this way is selected (S14), the practice instruction corresponding to the selected icon is selected. The player character 83 is instructed (S15). Then, the difference between the ability parameter of the target player character 83 and the target ability parameter of the target player character is reduced and corrected (S16). At this time, it is determined whether or not all of the plurality of ability parameter values of the target player character 83 have reached all of the plurality of target ability parameter values of the desired target player character (S17). When it is determined that the plurality of ability parameter values have reached the plurality of target ability parameter values (Yes in S17), a notification indicator is displayed on the lower liquid crystal monitor 3b (S18). On the other hand, if it is determined that the plurality of ability parameter values have not reached the plurality of target ability parameter values (No in S17), the target ability parameter value of the desired target player character and the ability parameter of the target player character 83 are determined. The difference from the value is again determined and compared (S8).

  In S7 to S18, for example, by operating the select button 4b of the input unit 4, the determination result of the difference between the target ability parameter of the desired target player character and the ability parameter of the target player character 83 is obtained. It can be displayed on either the upper liquid crystal monitor 3a or the lower liquid crystal monitor 3b.

[Other Embodiments]
(A) In the said embodiment, although the example at the time of using the portable game machine 1 as an example of the computer which can apply a game program was shown, a game device is not limited to the said embodiment, Each of several monitors Similarly, a game device configured as a separate unit, a business game device in which a plurality of monitors are integrally configured in the game device body, a personal computer functioning as a game device by executing a game program, a workstation, etc. Can be applied.

  (B) The present invention includes a program for executing the game as described above, a program method for executing the game, and a computer-readable recording medium on which the program is recorded. Examples of the recording medium include a computer-readable flexible disk, a semiconductor memory, a CD-ROM, a DVD, an MO, a ROM cassette, and the like in addition to the cartridge.

The external view of the portable game machine as an example of the computer which can apply the game program which concerns on this invention. The control block diagram as an example of the said portable game machine. The functional block diagram as an example of the said portable game machine. The figure for demonstrating an initial setting screen. The figure for demonstrating the various target ability parameters of a target player character. The figure for demonstrating a main screen. The figure for demonstrating the practice menu selection screen (before rearrangement of practice command icons). The figure for demonstrating the various ability parameters of an object player character. The figure which shows the relationship between the practice parameter and the ability parameter corrected by the practice command. The figure for demonstrating the practice menu selection screen (after rearranging practice instruction icons). The figure for demonstrating the content of the determination result. The flowchart for demonstrating the various process outline | summary at the time of training mode execution.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Portable game machine 3 Liquid crystal monitor 3a Non-touch panel type monitor 3b Touch panel type monitor 4 Input part 10 Control apparatus 50 Command display body correlation means 51 Target ability data setting means 52 Capacity data setting means 53 Raising target setting means 54 Data difference discrimination Means 55 Characteristic data difference determination means 56 Difference reduction instruction selection means 58 Instruction display body display means 59 Instruction display body rearrangement display means 60 Instruction instruction means 61 Ability data correction means 62 Characteristic ability data correction means 71 Practice instruction icon (instruction display body) )
81 Target player character (target character)
81a Target A player, desired target player character (desired target character)
82 Target ability data 82a, 82b, 82c, 82d, 82e, 82f Target ability parameter 83 Target player character (target character)
85 Practice instruction (command)
92 capability data 92a, 92b, 92c, 92d, 92e, 92f capability parameters

Claims (4)

To a computer capable of realizing a game that can instruct the target character to be trained for instructions on training,
A command indicator association function for associating a command indicator with each of the plurality of instructions;
A target ability data setting function for setting target ability data to a target character as a training target;
An ability data setting function for setting ability data for the target character;
Selecting a desired target character from a plurality of the target characters and setting a desired target character as a target of the target character;
The target ability data of the desired target character is characterized by comparing a difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character. Data for determining a difference between the at least one target ability parameter of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter. Difference discrimination function,
The at least one target ability parameter characterizing the target ability data of the desired target character, which is discriminated in the data difference discrimination function, and the ability parameter of the target character corresponding to the at least one target ability parameter; Based on the difference, the difference between the at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter is reduced. A difference reduction instruction selection function for selecting possible instructions from a plurality of the instructions;
An instruction capable of improving the capability parameter having a large difference is selected from the instructions capable of reducing the difference selected by the difference reduction instruction selection function, and an instruction display corresponding to the selected instruction is selected. A command indicator display function that displays the images side by side on the monitor,
A command instruction function for instructing the target character of the command corresponding to the selected command display body when the command display body displayed on the monitor is selected in the command display body display function;
The difference between the target ability data of the desired target character and the ability data of the target character is reduced when an instruction that can reduce the difference in the instruction instruction function is instructed to the target character. A capability data correction function for correcting the capability data;
A game program to make it happen. The ability data correction function includes at least one target ability parameter that characterizes the target ability data of the target ability data of the desired target character, and the at least one of the ability data of the target character. A feature ability data correction function for correcting the ability data so as to reduce the difference from the ability parameter corresponding to the target ability parameter is included.
The game program according to claim 1. A game device capable of realizing a game capable of instructing a target character to be trained on a training instruction,
A command indicator associating means for associating a command indicator with each of the plurality of instructions;
Target ability data setting means for setting target ability data to a target character as a development target;
Ability data setting means for setting ability data for the target character;
Selecting a desired target character from a plurality of the target characters, and setting a desired target character as a target of the target character;
The target ability data of the desired target character is characterized by comparing a difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character. Data for determining a difference between the at least one target ability parameter of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter. Difference discrimination means;
The at least one target ability parameter characterizing the target ability data of the desired target character, which is discriminated in the data difference discrimination function, and the ability parameter of the target character corresponding to the at least one target ability parameter; Based on the difference, the difference between the at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter is reduced. Difference reduction instruction selection means for selecting possible instructions from a plurality of the instructions;
An instruction capable of improving the capability parameter having a large difference is selected from the instructions capable of reducing the difference selected by the difference reduction instruction selection function, and an instruction display corresponding to the selected instruction is selected. Command indicator display means for preferentially displaying on the monitor;
Command instruction means for instructing the target character the command corresponding to the selected command display body when the command display body displayed on the monitor is selected in the command display body display function;
The difference between the target ability data of the desired target character and the ability data of the target character is reduced when an instruction that can reduce the difference in the instruction instruction function is instructed to the target character. Ability data correction means for correcting the ability data;
A game device comprising: A game control method capable of controlling, by a computer, a game capable of instructing a target character to be trained to be trained,
An instruction indicator association step associating an instruction indicator with each of the plurality of instructions;
A target ability data setting step for setting target ability data for a target character as a training target;
An ability data setting step for setting ability data for the target character;
Selecting a desired target character from a plurality of target characters, and setting a desired target character as a target of the target character;
The target ability data of the desired target character is characterized by comparing a difference between the target ability parameter included in the target ability data of the desired target character and the ability parameter included in the ability data of the target character. Data for determining a difference between the at least one target ability parameter of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter. Difference determination step;
The at least one target ability parameter characterizing the target ability data of the desired target character, which is discriminated in the data difference discrimination function, and the ability parameter of the target character corresponding to the at least one target ability parameter; Based on the difference, the difference between the at least one target ability parameter characterizing the target ability data of the desired target character and the ability parameter of the target character corresponding to the at least one target ability parameter is reduced. A difference reduction instruction selection step of selecting possible instructions from a plurality of the instructions;
An instruction capable of improving the capability parameter having a large difference is selected from the instructions capable of reducing the difference selected by the difference reduction instruction selection function, and an instruction display corresponding to the selected instruction is selected. A command indicator display step for preferential display on the monitor;
A command instructing step for instructing the target character the command corresponding to the selected command display when the command display displayed on the monitor is selected in the command display;
The difference between the target ability data of the desired target character and the ability data of the target character is reduced when an instruction that can reduce the difference in the instruction instruction function is instructed to the target character. A capability data correction step for correcting the capability data;
A game control method comprising:

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