JP5411373B1 - GAME PROCESSING PROGRAM, STORAGE MEDIUM, AND GAME DEVICE - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game processing program, a storage medium, and a game device capable of effectively utilizing utility values relating to character information about a game character operated by a player with certain restrictions.
A game processing program for controlling the progress of a game by controlling the action of a character, wherein an acquired utility value determining process for determining a utility value and an acquired distribution limit value for determining a distribution limit value are stored in a computer. Decision processing, distribution limit value accumulation processing for accumulating distribution limit values, utility value distribution acceptance processing for accepting whether utility values are to be distributed to character information, and utility value distribution acceptance instructions for distributing utility values The utility value distribution process that distributes the utility value to the character information by receiving it in the process, and the utility value distribution that controls the accumulated utility value after adding the distributed utility value as the upper limit of the accumulated distribution limit value A game processing program that is executed with a control process.
[Selection] Figure 4

Description

  The present invention relates to a game processing program, a storage medium, and a game device that effectively utilize utility values relating to changes in character information such as experience values and ability values, such as role-playing games.

  In recent years, with the widespread use of home game machines, video games have become one of the typical entertainments centered on young people. Among them, a role-playing game (hereinafter referred to as “RPG”) in which a character operated by a player is moved to a destination in a virtual world and the game is advanced while the character is growing is popular. .

  In the RPG, a character operated by a player is grown with an experience value that can be acquired when a battle with an enemy character is won and the battle is won. Specifically, each time the experience value sequentially added to the character reaches a predetermined value, the character is leveled up, and the ability values such as attack power, defense power, and quickness are increased. The character can be grown by repeating the level-up.

  By the way, there are many RPGs that can increase the number of characters as the game progresses. According to this, since the experience value acquired by battle was acquired by a plurality of characters participating in the battle at a certain ratio, the character who does not participate in battle cannot obtain the experience value. It was.

  In such a party-based RPG where characters can be added, in order to grow a newly joined character, that is, a low-level character to the same level as the previous character, repeated battles and experience values For players who are trying to advance the game quickly by using new characters, other than acquiring and leveling up, it has been cumbersome.

  Therefore, a game device is known that can assign an experience value acquired in battle to each character by player selection so that even a character who does not participate in battle can acquire an experience value (Patent Document 1). reference). In addition, since the distribution of the experience value to each character can be performed even while the game is in progress regardless of the end of the battle, the role of each character can be changed during the game. The breadth of the game progresses.

JP 2000-157718 A

  However, in this sort of experience value, there is a possibility that the player's degree of freedom is too high and the original way of enjoying the party-based RPG in the character-addable type of growing the character may be impaired.

  Therefore, the present invention solves such problems, and effectively uses utility values relating to changes in character information such as experience values and ability values for game characters operated by the player with certain restrictions. It is an object of the present invention to provide a game processing program, a storage medium, and a game device.

In order to solve the above problem, a game processing program according to claim 1 of the present invention displays a player character on a display screen of a display device, and is displayed on the display screen in accordance with an operation of the player. A game processing program for controlling the progress of a game by controlling the action of the character , comprising: a computer, character information changing means for changing a numerical value of character information associated with the character, and obtaining a predetermined utility value Acquired utility value determining means for determining a utility value related to the numerical change of the character information when the condition is satisfied, and a distribution limit value related to the numerical change of the character information when the predetermined distribution limit value acquisition condition is satisfied and acquisition distribution limit value determining means, the distribution limiter that said acquisition distribution limit value determining means for determining A distribution limit value storing means for storing a value, the utility value distribution accepting means for accepting utility value acquired by the acquisition utility value determining means whether the the player is partitioned into the character information, the utility value to the character information by accepting an instruction to distribute in the utility value distribution acceptance unit, the utility value distribution means for distributing the utility value acquired by the acquisition utility value determination means to the character information, the character by the utility value distributing means This is for functioning as utility value distribution control means for controlling the accumulated distribution value after adding the distribution value distributed to the information as the upper limit value .

Here, the utility value acquired by the acquired utility value determining means in claim 1 is not limited to the utility value immediately after the acquired utility value determining means is performed, but the accumulated total utility value after being added to the accumulated utility value. This includes both.

A game processing program according to a second aspect of the present invention provides the game processing program according to the first aspect, wherein a special grant value relating to a numerical value change of the character information is obtained when a predetermined special grant value acquisition condition is satisfied. The acquired special grant value determining means to be determined, the special grant value distributing means for distributing the special grant value determined by the acquired special grant value determining means to the character information, and the utility value distributing means are distributed to the character information. Special grant distributed and accumulated in the character information when the first total value of the accumulated utility value before adding the utility value and the utility value acquired by the acquired utility value determining means exceeds the distribution limit value Special grant value for accepting from the player whether or not to distribute to the character information with the second total value of the value and the distribution limit value as an upper limit value A utility value distribution acceptance unit after the pressure, by receiving in the character information on the second Sum value after said special grant value adding an instruction to distribute the utility value as the upper limit the utility value distribution acceptance unit, the utility Instead of the utility value distributed to the character information by the value distribution means, to function as a special added value added utility value distribution means for distributing the utility value acquired by the acquired utility value determination means to the character information It is.

A game processing program according to claim 3 of the present invention is the game processing program according to claim 1, wherein a special grant value relating to a numerical value change of the character information is obtained when a predetermined special grant value acquisition condition is satisfied. and acquiring special grant value determining means for determining, and special grant value storing means for storing special grant value the acquired special grant value determining means for determining, a special grant value the special grant value storage means and stored in the character information Special grant value distribution accepting means for accepting whether to distribute from the player, and the special grant value accumulation means by accepting an instruction to distribute the special grant value to the character information by the special grant value distribution accepting means . the character information but a special grant value distribution means for distributing a special grant value accumulated in the character information, by the utility value distributing means The accumulated utility value before adding the dispensed the utility value, when the first sum of the experience acquired by the acquisition utility value determination means exceeds the distribution limit value, is distributed stored in the character information A special added value added post-use value distribution receiving means for receiving from the player whether or not to distribute the character information to the character information with the second total value of the special assigned value and the distribution limit value as an upper limit value. 2 By receiving an instruction to distribute the utility value with the total value as the upper limit value in the special value added post-utility value distribution receiving means , the utility value is distributed to the character information distributed to the character information by the utility value distribution means. Te, intended for functioning utility value acquired by the acquisition utility value determining means as a special grant value-added utility value distribution means for distributing the character information A.

  A storage medium according to a fourth aspect of the present invention is a computer-readable medium storing the game processing program according to any one of the first to third aspects.

According to a fifth aspect of the present invention, the game device displays a player character on a display screen of a display device included in the game device, and the character displayed on the display screen according to the operation of the player. A game device for controlling the progress of a game by controlling an action, wherein the character information changing means for changing the numerical value of the character information associated with the character, and the character obtained by satisfying a predetermined utility value acquisition condition An acquired utility value determining means for determining a utility value related to a numerical change in information; an acquired distribution limit value determining means for determining a distribution limit value related to a numerical change in the character information when a predetermined distribution limit value acquisition condition is satisfied; Distribution limit value storage means for storing the distribution limit value determined by the acquired distribution limit value determination means; Utility value distribution receiving means for receiving from the player whether or not the utility value acquired by the acquired utility value determining means is distributed to the character information, and an instruction for distributing the utility value to the character information After adding the utility value distributed to the character information by the utility value distribution unit and the utility value distribution unit that distributes the utility value acquired by the acquired utility value determination unit to the character information. Utility value distribution control means for controlling the distribution limit value in which the accumulated utility value is accumulated as an upper limit value.

  In the game processing program, the storage medium, and the game device of the present invention, the utility value distributed to each character information is distributed with a certain restriction based on the utility value distribution processing including the utility value distribution processing by the specially assigned value. Can do. Thereby, since the character information associated with the character can be changed without increasing the player's degree of freedom too much, the original way of enjoying the party-based RPG in the character-addable type of growing the character is maintained. be able to.

It is a block diagram which shows the structure of the game device in the Example of this invention. It is a figure which shows the external appearance of the controller used with the game device in the Example of this invention. It is a block diagram which shows the circuit structure of the game device in the Example of this invention. It is a flowchart figure which shows the battle process with the enemy character in the Example of this invention, and subsequent experience value distribution process. It is a flowchart figure which shows the example of the experience value distribution process in the Example of this invention. It is explanatory drawing which shows the example at the time of the experience value distribution in the Example of this invention. It is a flowchart figure which shows the experience value distribution process by the special provision value in the Example of this invention. It is a flowchart figure which shows the battle process with the enemy character in another Example of this invention, and subsequent experience value distribution process. It is explanatory drawing which shows the example at the time of the experience value transfer in the Example of this invention. It is explanatory drawing which shows the example at the time of status value distribution in the Example of this invention.

  Hereinafter, game devices and game processing programs according to embodiments of the present invention will be described with reference to the drawings.

  First, a game device that executes a game processing program will be described. FIG. 1 is a block diagram showing the configuration of the game apparatus. The game device is configured by connecting a controller 20 and a display device 30 to a game device body 10. The player can use the controller 20 to operate characters and the like appearing during the game displayed on the display screen of the display device 30. The display device 30 is connected to the game apparatus body 10 and functions as a monitor and a speaker.

  The game apparatus body 10 has a tray (not shown) on which a recording medium 11 on which a game processing program is recorded is set. Then, the game apparatus body 10 reads the game processing program from the recording medium 11 and executes the program. Here, the recording medium 11 is, for example, a DVD, but is not limited thereto, and a CD, a Blu-ray Disc (registered trademark), a built-in hard disk, or the like can be used.

  Further, a connector (not shown) to which the controller 20 is connected and a memory slot (not shown) in which a card-type external memory 40 made of a flash memory is set are provided on the front surface of the game apparatus main body 10, respectively.

  FIG. 2 shows the appearance of the controller 20 used in this embodiment. The controller 20 is detachably connected to the game apparatus body 10 via a cable. In front of the controller 20, there are a direction key 21, a triangle (triangle) button 22, a circle (circle) button 23, a cross button 24, a square button 25, a start button 26, a select button 27, left and right. A joystick 28 is provided. Further, the other four buttons 29 are arranged on the upper surface side of the controller 20.

  The direction key 21 arranged on the controller 20 is a key for instructing movement of a cursor or the like up and down and left and right on the screen of the display device 30. The ○ button 23 is used to instruct execution or confirmation, and the x button 24 is used to instruct clear or cancel. Further, the △ button 22 and the □ button 25 are buttons used when inputting a predetermined instruction such as screen switching.

  The start button 26 is a button used when starting the program of the game device, and the select button 27 is a button used when setting options related to game display. The left / right joystick 28 can also be used as an alternative to the direction key 21. Further, the other four buttons 29 are buttons used when inputting predetermined instructions determined by the contents of the respective programs.

  FIG. 3 is a block diagram showing internal configurations of the game apparatus body 10 and the controller 20. The game apparatus body 10 has a CPU 51 that controls the operation of the entire apparatus. A RAM 52 and a bus 53 are connected to the CPU 51. The RAM 52 stores various data according to the progress of the game.

  The bus 53 is connected to a graphics processing unit (GPU) 54 and an input / output (I / O) port 57. A monitor 56, which is an external device, is connected to the GPU 54 via a decoder 55 for converting a digital video signal into an NTSC television system or a PAL television system.

  The I / O port 57 includes a driver (DRV) 58, a sound processor (SP) 59, an external memory 40, a controller 20 and a controller for reproducing and decoding data recorded on the recording medium 11. A ROM 64 is connected.

  The controller 20 connects the various operator groups 63 to the I / O port 57 of the game apparatus body 10 via the I / O port 62.

  The sound processor 59 is connected via an amplifier 60 to a speaker 61 that is an external device. The speaker 61 is generally a speaker integrated with the monitor 56 built in the display device 30.

  The ROM 64 stores a system program for starting the game apparatus body 10 and realizing basic functions. The external memory 40 stores player information, the progress of the game being executed, and the like. By setting the storage medium 11 storing the game processing program and the external memory 40 of the player, the player can resume the game interrupted halfway from the interrupted timing.

  In order to use the game apparatus configured as described above, the recording medium 11 on which the game processing program is recorded is set on the tray (not shown) of the game apparatus body 10 and the power button or the like of the game apparatus body 10 is used. Start. As a result, the program is read from the storage medium 11 and decoded. Then, when a predetermined opening screen or the like is displayed on the display device 30 based on the decoded program and the start button 26 is pressed, for example, the menu screen is displayed.

  Next, a game processing program executed on the game device will be described. The game processing program moves the character operated by the player to the destination in the virtual world, and acquires it by the progress of the story, the battle with enemy characters in the game, the clearing status of various events, etc. The present invention relates to so-called RPG in which a game is advanced while growing a character or the like operated by a player by changing character information associated with the character with a utility value that can be used.

  In this embodiment, the player operates a level up (change of character information) with an experience value (utility value) that can be acquired by fighting with an enemy character and winning the battle, and the game is in progress. The number of characters can be increased with a party system composed of a plurality of persons.

  More specifically, the level of the character increases each time the experience value acquired by battle reaches a predetermined value. When the level is increased, the ability value of the character increases and the character grows. The ability value greatly affects the fighting ability of the character during the battle with the enemy character. Examples of the ability value include attack power, defense power, quickness, HP (hit points), MP (magic points), and the like.

  Here, each capability value will be described. The attack power is a reference for calculating a damage value given to the enemy character when the character attacks the enemy character. The defensive power is a reference for calculating a damage value received by the character when the character is attacked by an enemy character. The quickness is a reference for calculating values of the speed of attack and the speed of movement when the character battles with an enemy character. The HP is a reference for calculating a value of how much the character can withstand an attack from an enemy character. The MP is a calculation reference for a value required when the character performs a magic, a special attack or the like on the enemy character. The level and ability value for each character are stored in the RAM 52.

  Next, a battle process with an enemy character and a subsequent experience value distribution process in the game process program will be described. FIG. 4 is a flowchart showing battle processing with an enemy character and subsequent experience value distribution processing.

  The CPU 51 shown in FIG. 3 periodically monitors whether or not the player character and the enemy character are switched to the battle mode process in which the battle is performed (step S10). For example, when the player character approaches the enemy character to some extent, the CPU 51 processes as a battle mode in which a battle is performed (Yes in step S10), and a battle mode process is executed (step S11). In the present embodiment, a party is composed of five characters, and a battle is performed with three of them.

  In the battle mode, in the same manner as in the conventional RPG, the player character attacks the enemy character and the HP of the enemy character is set to a predetermined action impossible value (a numerical value set when the player character is defeated during the game). For example, “0”), and the CPU 51 determines that the enemy character is in a battle impossible state, whereby the battle mode is ended (Yes in step S12). The battle mode is executed until either the enemy character or the player character is determined to be in a battle impossible state by the CPU 51 (No in step S12). Then, when the enemy character is annihilated, acquisition conditions such as an experience value acquisition condition and a special acquisition value acquisition condition that can acquire an experience value and a special acquisition value, which will be described later, are established. There are other means for avoiding the battle mode, but this is not described here.

  Then, when the enemy character is annihilated (Yes in step S12), the CPU 51 calculates the number of enemy characters that have been defeated and their special value, and participates in the battle at the end of the battle mode. The character is distributed (step S13). More specifically, the special grant value is equally distributed among characters in a battleable state. This process is a special grant value distribution process by the CPU 51, and the special grant value is a value related to the experience value distribution process and will be described later.

  Next, the CPU 51 calculates the number of enemy characters defeated and their experience values (step S14). Then, the CPU 51 accepts the selection result of the distribution method of the acquired experience values based on the operation instruction of the controller 20 by the player (step S15). The player determines whether or not to distribute the experience value acquired at the end of the battle mode to each character according to an operation instruction of the controller 20. The experience value can be distributed even if the character does not participate in the battle at the end of the battle. In other words, it can be distributed to two characters who have not participated in a battle consisting of five people.

  When the experience value is distributed (Yes in step S15), the CPU 51 calculates the numerical value of the currently accumulated experience value, adds the experience value acquired by the battle, and the CPU 51 monitors the monitor 56. A distribution window, which will be described later, is displayed, and experience value distribution processing is executed (step S16).

  Then, when the experience value distribution process ends or when the experience value is not distributed at the end of the battle mode (No in step S15), the battle process with the enemy character and the subsequent experience value distribution process are ended. Further, when the experience value is not distributed at the end of the battle mode (No in step S15), the CPU 51 calculates the value of the currently accumulated experience value, and adds and accumulates the experience value acquired by the battle. To do.

  Next, experience value distribution processing in the game processing program will be described. FIG. 5 is a flowchart showing the experience value distribution process. FIG. 6 is an explanatory diagram showing an example of experience value distribution. Below, the said explanatory drawing is demonstrated as a distribution window at the time of performing an experience value distribution process.

  As shown in FIG. 6, the distribution window mainly includes an accumulated total experience value display area 71 for displaying all experience values accumulated without being distributed to characters, and distribution to each character by experience value distribution processing. A distribution experience value upper limit display area 72 for displaying an upper limit value that can be displayed, a stored total special grant value display area 73 for displaying all special grant values accumulated without being distributed to characters, and a player's party A character display area 74 for displaying participating characters, a level display area 75 for displaying the current level of the character, a special value display area 76 for displaying a special value for the character, and a cumulative experience value of the character. The cumulative experience value display area 77 to be displayed, the upper limit value displayed in the distributed experience value upper limit display area 72, and the special value displayed in the special assigned value display area 76 And special grant value-added distributor experience upper display area 78 for displaying the total value of the given value is provided.

  In the distribution experience value upper limit display area 72, experience value distribution limit values are displayed. The experience value distribution limit value is an upper limit value that can be distributed by the experience value distribution process. This value can be obtained depending on the progress of the story in the game processing program, the clearing status of various events in the game, and the like. As a result, a distribution limit value acquisition condition that can acquire a distribution limit value is established. In the experience value distribution process, the numerical value of the experience value distribution limit value is the upper limit value that can be given to each character.

  In the special value display area 76, a special value is displayed. The special grant value is a value indicating a range of experience values that can be distributed in excess of the experience value distribution limit value. As described above, this numerical value is acquired by each character in the battle mode, and is stored in each character. Then, in the experience value distribution process using the special grant value, an experience value to be given to the character is set based on the special grant value.

  The experience value distribution process will be described in detail below. The experience value distribution process can be executed by causing the CPU 51 to display a distribution window on the monitor 56 by a predetermined command based on an operation instruction of the controller 20 by the player at the end of the battle mode or in a mode other than the battle mode. .

  First, the CPU 51 displays a distribution window shown in FIG. 6 on the monitor 56 by a predetermined command based on an operation instruction of the controller 20 by the player (step S20).

  Next, the CPU 51 receives a selection result of a character that distributes an experience value based on an operation instruction of the controller 20 by the player (step S21). The player determines which character to distribute according to the operation instruction of the controller 20. When the character to which the experience value is distributed is determined, the CPU 51 calculates the accumulated total experience value displayed in the accumulated total experience value display area 71 and the accumulated experience value of the character displayed in the accumulated experience value display area 77. In addition, a first total value obtained by adding these is calculated, and it is confirmed whether or not the first total value exceeds the experience value distribution limit value (step S22).

  If the first total value exceeds the experience value distribution limit value (Yes in step S22), the CPU 51 calculates a special value for the character and exceeds the experience value distribution limit value based on the special value. The selection result as to whether or not to distribute is accepted (step S23). Then, when distribution is performed exceeding the experience value distribution limit value according to the operation instruction of the controller 20 of the player (Yes in step S23), the CPU 51 executes experience value distribution processing using the specially assigned value (step S24).

  Further, when the first total value is equal to or less than the experience value distribution limit value (No in step S22) or when the first total value does not exceed the experience value distribution limit value (No in step S23), the player accumulates. The controller 20 is instructed to operate while referring to the experience value display area 77, and the experience value is distributed within the accumulated experience value range (step S25). Specifically, the accumulated total experience value displayed in the accumulated total experience value display area 71, the experience value distribution limit value displayed in the distributed experience value upper limit display area 72, and the accumulated experience value display area 77 are displayed. Refer to the cumulative experience value of the character. After the distribution, the CPU 51 updates the distributed experience value by subtracting it from the accumulated total experience value and displays it on the distribution window.

  When the distribution of the experience value for the character is completed or the experience value distribution process using the specially assigned value is completed, the CPU 51 receives a selection result of another character that distributes the experience value based on the operation instruction of the controller 20 by the player. (Step S26). When the experience value is distributed to another character (Yes in step S26), the process returns to step S21. On the other hand, when the experience value is not distributed to another character (No in step S26), the experience value distribution process ends.

  Next, experience value distribution processing using specially assigned values in the game processing program will be described. FIG. 7 is a flowchart showing an experience value distribution process using specially assigned values.

  As shown in FIG. 7, in the experience value distribution process using the special grant value, first, the CPU 51 calculates the special grant value for the character (step S <b> 30). Then, the CPU 51 calculates a second total value that is a limit value of the accumulated experience value obtained by adding the experience value distribution limit value and the special grant value, and displays it in the distribution experience value upper limit display area 78 after adding the special grant value (step). S31).

  The player instructs operation of the controller 20 while referring to the limit value of the accumulated experience value, and accumulates the upper limit value of the experience value that can distribute the experience value of the difference between the accumulated experience value limit value and the accumulated experience value of the character. A value to be added is determined within the range of the total experience value (step S32).

  That is, the upper limit value of the experience value that can be accumulated by the character is the limit value of the accumulated experience value displayed in the distribution experience value upper limit display area 78 after the addition of the special value. Based on the determined numerical value, the CPU 51 distributes the numerical value as an experience value (step S33). Thereby, the experience value distribution process using the specially assigned value ends. After the distribution, the CPU 51 updates the distributed experience value by subtracting it from the accumulated total experience value and displays it on the distribution window.

  When the experience value is distributed to the character based on the experience value distribution process including the experience value distribution process using the specially assigned value, the CPU 51 determines that the accumulated experience value of the character after distribution is the experience required for the next level up. Check if it is above the value, and if it is above the required experience value, increase the character's level by one. This is the same as the conventional RPG. In this way, the character information change process is completed by changing the accumulated experience value of the character after the distribution by the experience value distribution process including the experience value distribution process using the specially assigned value.

  More specifically, for example, as shown in FIG. 6, there are five characters constituting the party, the accumulated total experience value displayed in the accumulated total experience value display area 71 is “5000P”, the distribution experience value upper limit display area 72, the experience value distribution limit value displayed in 72 is “10000P”, the special value displayed in the special value display area 76 is “1000P”, and the character displayed in the cumulative experience value display area 77 A case will be described in which it is selected that the experience value is distributed to the character A whose cumulative experience value is “7000P” (see step S21).

  First, the CPU 51 determines that the first total value “12000P” obtained by adding the accumulated total experience value “5000P” and the accumulated experience value “7000P” exceeds the experience value distribution limit value “10000P”. It is confirmed whether or not (see step S22). Then, since the first total value is a value exceeding the experience value distribution limit value (see Yes in step S22), the CPU 51 distributes exceeding the experience value distribution limit value based on the special value “1000P”. No is accepted (see step S23).

  When the distribution exceeds the experience value distribution limit value based on the special value “1000P” (see Yes in step S23), the CPU 51 assigns the special value in the experience value distribution process S24 using the special value. Calculate (see step S30). Next, a second total value “11000P” that is a limit value of accumulated experience values obtained by adding “10000P” that is an experience value distribution limit value and “1000P” that is a special grant value is calculated, and after the special grant value is added This is displayed in the distribution experience value upper limit display area 78 (see step S31).

  Then, as the upper limit value of the experience value that can distribute the experience value of “4000P” that is the difference between “11000P” that is the limit value of the accumulated experience value and “7000P” that is the accumulated experience value, Determine (see step S32). In other words, the difference “4000P” can be distributed as the upper limit value (see step S33). Thereby, CPU51 complete | finishes the experience value distribution process by a special provision value. After the distribution, the CPU 51 updates the distributed experience value by subtracting it from the accumulated total experience value and displays it on the distribution window.

  Next, a case where distribution to other characters (see Yes in step S26) and distribution of experience values to character B is selected (see step S21) will be described. In the character B, the special grant value displayed in the special grant value display area 76 is “2000P”, and the cumulative experience value of the character displayed in the cumulative experience value display area 77 is “10000P”. The second total value “12000P” that is the limit value of the accumulated experience value is calculated and displayed in the distribution experience value upper limit display area 78 after the addition of the special value (see step S31).

  In character B, the experience value of “2000P” that is the difference between “12,000P” that is the limit value of accumulated experience value and “10000P” that is the accumulated experience value is added as the upper limit value of the experience value that can be distributed within that range. The value to be determined is determined (see step S32). Others are the same as those of the character A, and are omitted.

  Further, a case where distribution of experience values to the character C is selected will be described (see step S21). In the character C, the special grant value displayed in the special grant value display area 76 is “3000P”, and the cumulative experience value of the character displayed in the cumulative experience value display area 77 is “13000P”. A second total value “13000P” that is the limit value of the accumulated experience value is calculated and displayed in the distribution experience value upper limit display area 78 after the addition of the specially assigned value (see step S31).

  However, in the character C, since the difference between the accumulated experience value “13000P” and the accumulated experience value “13000P” is “0P”, the experience value cannot be distributed. That is, in the character C, the upper limit value of the experience value that can be accumulated is already accumulated.

  Further, a case where distribution of experience values to the character D is selected will be described (see step S21). In the character D, the special grant value displayed in the special grant value display area 76 is “0P”, and the cumulative experience value of the character displayed in the cumulative experience value display area 77 is “0P”. In the CPU 51, the first total value “5000P” obtained by adding the accumulated total experience value “5000P” and the accumulated experience value “0P” exceeds the experience value distribution limit value “10000P”. It is confirmed whether or not (see step S22).

  Then, since the first total value does not exceed the experience value distribution limit value (see No in step S22), the CPU 51 instructs the controller 20 to operate while referring to the accumulated experience value display area 77, The experience value is distributed within the range of “5000P” that is the accumulated total experience value (see step S25).

  As described above, according to the game processing program, the storage medium, and the game device according to the present invention described above, the experience value distributed to each character is constant based on the experience value distribution process including the experience value distribution process using the specially assigned value. Can be distributed with the restrictions of Thereby, it is possible to maintain the original way of enjoying the party-based RPG in the character addition type in which the character is grown without increasing the degree of freedom of the player.

  In the above embodiment, the acquired special grant value is distributed among the characters participating in the battle at the end of the battle mode. However, it can be accumulated in the same way as the experience value and distributed later. Below, the special grant value distribution process in a game processing program is demonstrated. FIG. 8 is a flowchart showing a battle process with an enemy character, a subsequent experience value distribution process, and a special value distribution process in another embodiment.

  As shown in FIG. 8, steps S40 to S42 relating to the battle mode process with the enemy character are the same as steps S10 to S12 in the embodiment shown in FIG. Further, Step S43 to Step S45 related to the experience value distribution process after the battle mode process are the same as Step S14 to Step S16 in the above-described embodiment, and therefore will be omitted.

  In FIG. 8, when the enemy character is annihilated (Yes in step S42), the CPU 51 calculates the number of enemy characters that have been defeated and their specially assigned values (step S46). Then, the CPU 51 receives the selection result of the distribution method of the acquired specially assigned value based on the operation instruction of the controller 20 by the player (step S47). The player decides whether or not to distribute the special value acquired at the end of the battle mode to each character according to the operation instruction of the controller 20. The special value can be distributed even if the character does not participate in the battle at the end of the battle.

  Then, when distributing the special grant value (Yes in step S47), the CPU 51 calculates the special grant value currently accumulated, adds the special grant value acquired by the battle, and the CPU 51 displays the special grant value on the monitor 56. The distribution window shown in FIG. 6 is displayed, and the special assigned value distribution processing is executed (step S48). In the special grant value distribution process, since there is no limit value as in the case of experience value distribution, any character can be arbitrarily set within the range of the accumulated total special grant value displayed in the accumulated total special grant value display area 73. Can be distributed.

  Then, when the distribution is made to each character within the range of the special grant value according to the operation instruction of the controller 20 of the player, the special grant value distribution process ends. After the distribution, the CPU 51 updates the distributed special grant value by subtracting it from the accumulated total special grant value, and displays it on the distribution window.

  Further, when the experience value is not distributed at the end of the battle mode (No in step S47), the battle mode process with the enemy character is ended, and the CPU 51 calculates the specially assigned value currently accumulated and acquired by the battle. Add the special grant value and accumulate.

  As shown in FIG. 6, the special value distribution process executed by the CPU 51 in this way is executed in the same display screen as the experience value adding process in the distribution window displayed on the monitor 56 by the CPU 51. However, the present invention is not limited to this, and the CPU 51 can display and execute a separate window.

  Further, the special assigned value distribution processing is executed by causing the CPU 51 to display a distribution window on the monitor 56 by a predetermined command based on an operation instruction of the controller 20 by the player at the end of the battle mode or in a mode other than the battle mode. be able to.

  Through such special grant value distribution processing, the player can accumulate the special grant values that are acquired, and can distribute the special grant values to characters that have newly joined the party. Thereby, in combination with the experience value distribution limit value in the experience value distribution process using the specially assigned value, a lot of experience values can be distributed to the character, which can be reflected in the level up of the character. .

  Moreover, in the said Example, although the experience value and the special provision value were acquired by battle mode process, it is not restricted to this. Further, as shown in FIG. 9, according to the operation instruction of the controller 20 of the player, all the experience values accumulated in the character are transferred to the accumulated total experience value, accumulated by the CPU 51, and then distributed to other characters. You can also.

  More specifically, “7000P”, which is the cumulative experience value of the character A shown in FIG. 6, “10000P”, which is the cumulative experience value of the character B, “13000P”, which is the cumulative experience value of the character C, All of the experience values of “0P” that are accumulated experience values of D and E are transferred to the accumulated total experience value and added, and the accumulated total experience value can be set to “35000P” as shown in FIG. The accumulated total experience value after the transfer can be distributed by experience value distribution processing or the like.

  In the experience value transfer process, it is possible to transfer from any character without transferring from all characters, and of course, not all of the accumulated experience values need to be transferred. is there. In FIG. 9, the accumulated experience value is “0P” for each character, so the level is lowered to level 1. On the other hand, in the character that wants to level up, based on the experience value distribution process including the experience value distribution process by the special grant value, the experience value is distributed within the range of the limit value of the accumulated experience value in the character, You can level up. Thus, even if it is a case where a cumulative experience value is subtracted, it is the meaning included in a character information change process.

  On the other hand, in the special grant value, when the CPU 51 distributes and accumulates the characters, the special grant value cannot be transferred to the accumulated total special grant value or another character. That is, it does not include a special value transfer process. Thereby, since it is clearly distinguished from the distribution method related to the experience value distribution processing, it is possible to further enhance the player's enjoyment from the viewpoint of how to grow the character.

  Furthermore, in the above-described embodiment, the character information associated with the character is an experience value, and the utility value relating to the numerical value change of the character information is the experience value. However, the present invention is not limited to this. For example, the character information may be a status related to the attack power, defense power, quickness, etc. of the character, or may be a parameter indicating the strength of weapons, armor, magic, items, etc. that can be equipped by the character. You can also. In this case, the utility value is a numerical value of each status, a numerical value of each parameter, or the like.

  The status value distribution process when the character information is the character status and the utility value is the status value will be described below. FIG. 10 is an explanatory diagram showing an example of status value distribution in another embodiment of the present invention.

  As shown in FIG. 10, the distribution window mainly includes an accumulated total status value display area 79 for displaying all status values accumulated without being distributed to each status, and each status by the status value distribution process. A distribution status value upper limit display area 80 for displaying an upper limit value that can be distributed, a stored total special value display area 81 for displaying all special value stored without being distributed to each status, and a character A character display area 82 to be displayed, a cumulative status value display area 83 for displaying a cumulative status value of each status, a special grant value display area 84 for displaying a special grant value of each status, and a distribution status value upper limit display area 80 Special grant value that displays the total value of the upper limit value to be displayed and the special grant value displayed in the special grant value display area 84 And pressure after distribution status value upper display area 85 is provided.

  The details of the status value distribution process are the same as those in the experience value distribution process including the experience value distribution process using the specially assigned value described above, and are therefore omitted. Further, the status value displayed in the accumulated total status value display area 79, the status value distribution limit value displayed in the distribution status value upper limit display area 80, and the special grant value displayed in the accumulated total special grant value display area 81 are: Although it may be acquired by the battle mode as in the above experience value, it can be acquired mainly by various trainings in the game, event clearing conditions, and the like.

  As a result, status value acquisition conditions for acquiring status values, distribution limit value acquisition conditions for acquiring distribution limit values, and special grant value acquisition conditions for acquiring special grant values may be established. It is the same.

  Further, according to the cumulative status value displayed in the cumulative status value display area 83, a weapon, armor, magic, etc. can be selected and equipped to the character. For example, when the cumulative status value of the magic power shown in the figure is “200P”, the magic a with the parameter value “100P”, the magic b with the parameter value “60P”, and the magic with the parameter value “40P” shown in the magic equipment list 86. c can be equipped. In other words, it is possible to equip the parameters so that the sum of the parameter values set for each magic does not exceed the cumulative status value.

  As described above, the player's character is displayed on the display screen of the display device, and the progress of the game is controlled by controlling the action of the character displayed on the display screen according to the operation of the player. In the game processing program, at least a character information change process for changing the numerical value of the character information associated with the character and a utility value relating to the numerical value change of the character information when a predetermined utility value acquisition condition is satisfied. Acquisition utility value determination processing for determining the distribution limit value determination processing for determining a distribution limit value related to the numerical value change of the character information when a predetermined distribution limit value acquisition condition is satisfied, and the acquisition distribution limit value determination processing Distribution limit value accumulation processing for accumulating the distribution limit value determined by The utility value distribution receiving process for receiving from the player whether or not the utility value acquired by the acquired utility value determination process is to be distributed to the character information, and an instruction to distribute the utility value to the character information The utility value distribution process for distributing the utility value acquired by the acquired utility value determination process to the character information and the utility value distributed to the character information by the utility value distribution process are added by receiving in the reception process. The utility value distribution control process for controlling the distribution limit value in which the accumulated utility value is stored as the upper limit value is executed.

  Further, an acquisition special grant value determination process for determining a special grant value related to the numerical value change of the character information when a predetermined special grant value acquisition condition is satisfied, and a special grant value determined by the acquisition special grant value determination process A special grant value distribution process for distributing to the character information; a cumulative utility value before adding the utility value distributed to the character information by the utility value distribution process; and a utility value acquired by the acquired utility value determination process; When the first total value exceeds the distribution limit value, whether to distribute the character information to the character information with the second total value of the specially assigned value distributed and accumulated in the character information and the distribution limit value as an upper limit value A special added value added utility value distribution accepting process for accepting the value from the player, and distributing the utility value to the character information with the second total value as an upper limit value. A special added value added post-utility value distribution process that distributes the utility value acquired by the acquired utility value determination process to the character information by receiving an instruction to the effect in the special added value added post-utility value distribution receiving process. It is prepared and executed.

  Further, an acquisition special grant value determination process for determining a special grant value related to the numerical value change of the character information when a predetermined special grant value acquisition condition is satisfied, and a special grant value determined by the acquisition special grant value determination process Special grant value accumulation processing to be accumulated, special grant value distribution acceptance processing for accepting whether or not the special grant value accumulated by the special grant value accumulation processing is distributed to the character information, and special grant value to the character information The special grant value distribution process for distributing the special grant value accumulated by the special grant value accumulation process to the character information, and the utility value distribution. The accumulated utility value before adding the utility value distributed to the character information by the process and the experience value acquired by the acquired utility value determination process When one total value exceeds the distribution limit value, whether to distribute the character information to the character information with the second total value of the specially assigned value distributed and accumulated in the character information and the distribution limit value as an upper limit value. A special grant value added post-utility value distribution acceptance process received from the player and an instruction to distribute the utility value to the character information with the second total value as an upper limit value in the special grant value added post-utility value distribution acceptance process By receiving it, the utility value acquired by the acquired utility value determination process is executed with a special added value added utility value distribution process for distributing the utility value to the character information.

  In the various embodiments described above, the game device has been described as an example. However, any device including the display device 30 can be applied to various devices such as a mobile phone terminal and a portable game machine. . At that time, a small storage medium such as a semiconductor memory card may be used instead of the DVD as the storage medium 11. Of course, a part of the configuration can be omitted, and a part of the configuration can be extracted.

10 game device body 20 controller 30 display device

Claims (5)

A game processing program for controlling a progress of a game by displaying a player character on a display screen of a display device and controlling an action of the character displayed on the display screen according to an operation of the player,
Computer
Character information changing means for changing the numerical value of the character information associated with the character;
An acquired utility value determining means for determining a utility value related to a numerical value change of the character information when a predetermined utility value acquisition condition is satisfied;
An acquisition distribution limit value determining means for determining a distribution limit value related to a numerical value change of the character information when a predetermined distribution limit value acquisition condition is satisfied;
Distribution limit value storage means for storing the distribution limit value determined by the acquired distribution limit value determination means ;
Utility value distribution accepting means for accepting from the player whether or not to distribute the utility value acquired by the acquired utility value determining means to the character information;
A utility value distribution unit that distributes the utility value acquired by the acquired utility value determination unit to the character information by receiving an instruction to distribute the utility value to the character information by the utility value distribution reception unit ;
A game processing program for functioning as utility value distribution control means for controlling the distribution limit value accumulated as the upper limit value after adding the utility value distributed to the character information by the utility value distribution means. . An acquisition special grant value determining means for determining a special grant value related to the numerical value change of the character information by satisfying a predetermined special grant value acquisition condition;
Special grant value distribution means for distributing the special grant value determined by the acquired special grant value determination means to the character information;
When the first total value of the accumulated utility value before adding the utility value distributed to the character information by the utility value distribution unit and the utility value acquired by the acquired utility value determination unit exceeds the distribution limit value In addition, a special grant value added post-utility value distribution is received from the player as to whether or not to distribute to the character information using a second total value of the special grant value distributed and accumulated in the character information and the distribution limit value as an upper limit value. Receiving means ;
The utility value distribution unit distributes the character information to the character information by receiving an instruction to distribute the utility value with the second total value as an upper limit value to the character information by the special value added post-utilization value distribution reception unit . It is the place on utility value, the game processing program according to claim 1 for operating the utility value acquired as a special grant value-added utility value distribution means for distributing the character information by the acquisition utility value determining means. An acquisition special grant value determining means for determining a special grant value related to the numerical value change of the character information by satisfying a predetermined special grant value acquisition condition;
Special grant value accumulating means for accumulating special grant values determined by the acquired special grant value determining means ;
Special grant value distribution accepting means for accepting from the player whether or not to distribute the special grant value accumulated by the special grant value accumulating means to the character information;
Special grant value distribution for distributing the special grant value accumulated by the special grant value storage means to the character information by receiving an instruction to distribute the special grant value to the character information by the special grant value distribution receiving means . Means ,
When the first total value of the accumulated utility value before adding the utility value distributed to the character information by the utility value distribution unit and the experience value acquired by the acquired utility value determination unit exceeds the distribution limit value In addition, a special grant value added post-utility value distribution is received from the player as to whether or not to distribute to the character information using a second total value of the special grant value distributed and accumulated in the character information and the distribution limit value as an upper limit value. Receiving means ;
The utility value distribution unit distributes the character information to the character information by receiving an instruction to distribute the utility value with the second total value as an upper limit value to the character information by the special value added post-utilization value distribution reception unit . It is the place on utility value, the game processing program according to claim 1 for operating the utility value acquired as a special grant value-added utility value distribution means for distributing the character information by the acquisition utility value determining means. The computer-readable storage medium which memorize | stored the game processing program of any one of Claims 1-3. A game device that controls the progress of a game by displaying a player's character on a display screen of a display device included in the game device and controlling the action of the character displayed on the display screen in response to the operation of the player. There,
Character information changing means for changing the numerical value of the character information associated with the character;
An acquired utility value determining means for determining a utility value related to a numerical value change of the character information when a predetermined utility value acquisition condition is satisfied;
An acquisition distribution limit value determining means for determining a distribution limit value related to a numerical value change of the character information when a predetermined distribution limit value acquisition condition is satisfied;
Distribution limit value storage means for storing the distribution limit value determined by the acquired distribution limit value determination means;
Utility value distribution accepting means for accepting from the player whether or not to distribute the utility value acquired by the acquired utility value determining means to the character information;
A utility value distribution unit that distributes the utility value acquired by the acquired utility value determination unit to the character information by receiving an instruction to distribute the utility value to the character information by the utility value distribution reception unit;
Utility value distribution control means for controlling, as an upper limit value, the distribution limit value in which the cumulative utility value after adding the utility value distributed to the character information by the utility value distribution means is stored;
A game apparatus comprising:

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