JP2005261585A - Game device, program and control method for the program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a technique progressing a game to prevent an interference when the game progress of an own player is interfered by another player. <P>SOLUTION: The game device receives a command transmitted from another game device by satisfying a predetermined condition in the game of the other game machine side for raising difficulty of the game executed in this game device side (S552), controls the progress of the game by raising the difficulty of the game according to the command (S553-S556), evaluates the play of the player of the game device to the game whose difficulty is raised and processes the penalty according to the evaluation (S557). <P>COPYRIGHT: (C)2005,JPO&NCIPI

Description

  The present invention relates to a battle game.

Conventionally, various types of games have appeared in order for one player and the other player to play a battle-type game (see, for example, Patent Documents 1 and 2). In the case of such a game, when the player satisfies a predetermined condition in the game, an event can be generated that interferes with the progress of the game for other players.
JP 2000-16938A JP 2000-197770 A

  However, in a conventional competitive game, a player who is obstructed by the progress of the game is only obstructed and cannot perform operations such as preventing the obstruction.

  The present invention has been made in consideration of such points, and in the case where the player's own player is obstructed from the progress of the game by another player, a technique for allowing the game to proceed so as to prevent the obstruction. The purpose is to provide.

  In order to achieve the object of the present invention, for example, a game apparatus of the present invention comprises the following arrangement.

That is, a game device that executes a communication battle game with another game device,
Receiving means for receiving a command for increasing the difficulty of a game being executed on the game device side, which is transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side;
Control means for controlling the progress of the game by increasing the difficulty level of the game according to the command;
An evaluation means for evaluating a player's play of the game device for a game whose difficulty has been increased by the control means;
Processing means for performing processing that is disadvantageous in the progress of the game being executed in the game device in accordance with the evaluation by the evaluation means.

  With such a configuration, when the progress of the game is obstructed, the game can be advanced to prevent the obstruction. In addition, this command is a command for causing the game device to progress the game so as to increase the amount of operation performed per unit time for the game device player to play the game.

  In addition, the processing means allows the player to play the game more concentratedly to prevent the disadvantageous progress with respect to the game with higher difficulty. This “unfavorable process” includes, for example, a process for causing the game device to progress the game so that the player of the game device increases the amount of operations performed per unit time.

  In order to achieve the object of the present invention, for example, a game apparatus of the present invention comprises the following arrangement.

In other words, the button group, the display means for indicating to the player when to press each button, and the higher evaluation value is calculated as the number of times the button is pressed at the specified timing. A game device comprising a progress control means for performing a game progress, and capable of performing a battle process between the other game device and the game,
The progress of the game on the game device side is increased so as to increase the amount of operation on the button group of the player transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side. Receiving means for receiving a command to be executed by the game device;
In accordance with the command, display control means for controlling the display means so as to perform display with a larger number of instructions per unit time;
When the display control means causes the display means to perform a display in which the number of instructions per unit time is increased, the player of the game device presses the button according to the instructions. Evaluation means for evaluating the player's play on the game based on the number of times the
Processing means for performing processing that is disadvantageous in the progress of the game being executed in the game device in accordance with the evaluation by the evaluation means.

  With such a configuration, when the progress of the game is obstructed, the game can be advanced to prevent the obstruction.

  It is obvious that the same effect can be obtained even if the above configuration is applied to a method and a program.

  According to the configuration of the present invention, when the progress of the game is obstructed, the game can be advanced to prevent the obstruction.

  Preferred embodiments of the present invention will be described below in detail with reference to the accompanying drawings.

[First Embodiment]
In the present embodiment, two portable game devices are connected with a communication cable so that data communication is possible with each other, and the same game is executed in each portable game device. Although this game will be described in detail later, it is a battle game.

  FIG. 1 is a diagram illustrating the two portable game devices.

  The portable game device 100 includes a display screen 101, direction instruction keys 102, and buttons 103 and 104. A game screen, which will be described later, is displayed on the display screen 101, and a player who plays the game while holding the portable game apparatus 100 in his / her hand views the screen 102 to play the game. The direction instruction key 102 and the buttons 103 and 104 are used by a player who plays a game while holding the hand-held game apparatus 100 to input various instructions. The usage method will be described later.

  The portable game apparatus 100 is connected to the other portable game apparatus 150 via a communication cable 160, and data communication can be performed with each other via the communication cable 160. The portable game device 150 also has the same configuration as the portable game device 100, and includes a display screen 151, direction instruction keys 152, and buttons 153 and 154. The function of each part is the same as that of the portable game apparatus 100.

  FIG. 2 is a diagram showing a basic configuration of the portable game device 100. Since the basic configuration of the portable game device 150 is the same, the following description will be made as the basic configuration of the portable game device 100. The same applies to the portable game device 150.

  A CPU 201 controls the entire portable game apparatus 100 using programs and data stored in the RAM 202 and the ROM 203 and executes each process described later that should be performed by the portable game apparatus 100.

  A RAM 202 includes an area for temporarily storing the game program 211 and game data 212 stored in the game cartridge 210, and also includes a work area used by the CPU 201 to perform various processes.

  A ROM 203 stores a program and data for causing the CPU 201 to control the entire portable game apparatus 100.

  An operation unit 204 includes a direction instruction key 102 and buttons 103 and 104.

  Reference numeral 101 denotes the above-described display screen (display unit), which is configured by a liquid crystal screen or the like, and can display a game screen as a result processed by the CPU 201.

  Reference numeral 205 denotes an interface (I / F) for connecting the game cartridge 210 to the portable game apparatus 100. By connecting a connection terminal (not shown) of the game cartridge 210 and the interface 205, the CPU 201 is connected to the game cartridge 210. The stored game program 211 and game data 212 can be read into the RAM 202.

  A game cartridge 210 stores a game program 211 and game data 212. The game program 211 is composed of a program group for causing the CPU 201 to execute a process related to a game to be described later, and part or all of the program is read to the RAM 202 as necessary. The game data 212 is composed of a data group for causing the CPU 201 to execute a process related to a game to be described later, and part or all of the data is read to the RAM 202 as necessary. The game data 212 includes data related to the game screen, sound data, and the like.

  A sound processing unit 206 generates a signal based on the sound data included in the game data 212, and outputs a signal based on the sound data to the speaker 207 in the subsequent stage. Output the sound based on. Thereby, a sound based on the sound data is output from the speaker 207.

  A communication interface (I / F) 208 functions as an interface for connecting the communication cable 160 of FIG. 1 to the portable game apparatus 100, and one end of the communication cable 160 is connected to the communication interface 208 for communication. By connecting the other end of the cable 160 to the communication interface of the portable game apparatus 150, data communication can be performed between the portable game apparatuses 100 and 150.

  As shown in FIG. 2, reference numeral 209 denotes a bus for connecting the above-described units.

  Next, the game screen displayed on the display screen of the portable game apparatus 100 will be described. Note that the game screen described below is also displayed on the display screen 151 of the portable game device 150.

  FIG. 3 is a diagram illustrating a display example of a game screen displayed on the display screen 101 of the portable game apparatus 100.

  The game performed in the portable game devices 100 and 150 according to the present embodiment is a music game as an example of a rhythm action game. That is, as is well known, the game is advanced by pressing a button or key provided in the game device in accordance with the “pressing timing” instructed according to the rhythm of the music. If the button or key is not pressed at this “pressing timing”, it is determined as a failure, and the player always presses the button or key at the instructed timing. Of course, the greater the number of timings instructed per unit time, the higher the difficulty of the game.

  FIG. 3 shows a display example of a game screen for causing the player to play such a music game. In the figure, reference numeral 300 denotes the entire game screen, which includes the following elements.

  Reference numerals 303 and 304 denote marker images for indicating the timing of pressing the button 103, and both of them scroll from the lower part of the game screen 300 in the direction indicated by the arrow in FIG. That is, all the marker images that scroll upward in the region shown in FIG. 350 are marker images for indicating the timing of pressing the button 103.

  When the marker images 303 and 304 reach the vicinity of the position of the bar 302, the timing when the button 103 is pressed. For example, when the player presses the button 103 when the marker image 303 reaches the position of the bar 302, the CPU 201 The player's play at this time is regarded as “success”, and the current evaluation value is calculated to be higher. On the other hand, if the player does not press the button 103 when the marker image 303 reaches the vicinity of the position of the bar 302, the CPU 201 regards the player's play at this time as “failure” and lowers the current evaluation value. Calculate as follows. The same applies to the marker image 304.

  On the other hand, reference numerals 305 and 306 are marker images for indicating the timing of pressing the button 104, and both of them scroll at the same speed from the lower part of the game screen 300 in the direction indicated by the arrow in FIG. That is, all marker images that scroll upward in the area shown in FIG. 351 are marker images for indicating the timing of pressing the button 104.

  The timing when the marker image reaches the vicinity of the position of the bar 302 is the timing of pressing the button 104. For example, when the player presses the button 104 when the marker image 305 reaches the vicinity of the position of the bar 302, the CPU 201 The player's play is considered “success” and the current evaluation value is calculated to be higher. On the other hand, if the player does not press the button 104 when the marker image 305 reaches the vicinity of the position of the bar 302, the CPU 201 regards the player's play at this time as “failure” and lowers the current evaluation value. Calculate as follows. The same applies to the marker image 306.

  Here, the appearance pattern of the marker image (in other words, the interval between the marker images and the number of the marker images) is created in advance according to the rhythm of the music, and is stored in the game cartridge 210 as the game data 212. ing. The “music” is music based on sound data included in the game data 212.

  Accordingly, the CPU 201 outputs sound data to the sound processing unit 207, reproduces music via the speaker 207, and generates a marker image at the lower part of the game screen 300 and scrolls it upward.

  Therefore, the player sequentially sees the marker image scrolling upward from the lower part of the game screen 300 to determine which button is pressed (marker for scrolling upward in the area 350). It is determined that the image indicates the timing of pressing the button 103, the marker image scrolling upward in the area 351 indicates the timing of pressing the button 104), and when the marker image scrolls near the position of the bar 302, By pressing a button corresponding to the marker image, the operation for one rhythm is made successful. If the button pressed by the player is wrong or the pressing timing is different (the marker image is not near the position of the bar 302), the operation for one rhythm has failed.

  As described above, the evaluation value is calculated according to the determination result of “success” and “failure”. The increase or decrease of the evaluation value is visually displayed on the game screen 300 by the length of the gauge 301. Is displayed. In this embodiment, it is assumed that the longer the gauge 301 is, the higher the evaluation value is.

  Here, in the present embodiment, when the evaluation value is equal to or greater than a predetermined threshold, that is, when the length of the gauge 301 is equal to or greater than the predetermined length, one of the upper, lower, left, and right buttons of the direction instruction key 102 is pressed. Thus, it is possible to transmit a command for interfering with a game played in the same manner in the portable game apparatus 150. If a command is transmitted here, a process of lowering the evaluation value by a predetermined amount is performed. That is, the command cannot be transmitted many times continuously.

As described above, in such a game, the greater the number of timings designated per unit time, the higher the difficulty of the game. Therefore, a method of scrolling more marker images on the game screen of the portable game device 150 can be considered as an example of the means for obstructing. As described above, when the marker image reaches the vicinity of the position of the bar 302, the corresponding button must be pressed. Therefore, when the number of marker images increases, the marker image that has reached the bar 302 is increased accordingly. Determining which button press timing is indicated ・ Since it is necessary to perform determination and action to press the corresponding button, and the player needs to perform determination and action more quickly. Such a game with higher difficulty will be realized.

  Therefore, in the present embodiment, when the evaluation value is equal to or greater than a predetermined threshold, that is, when the length of the gauge 301 is equal to or greater than the predetermined length, by pressing one of the upper, lower, left, and right buttons of the direction instruction key 102, A command for generating more marker images on the game screen of the portable game device 150 is transmitted to the portable game device 150.

  FIG. 4 shows a display example of a game screen in the case where such a command is transmitted to the portable game device 150 and the CPU 201 of the portable game device 150 receives this command to generate a disturbing marker image. FIG.

  In the figure, reference numerals 400 and 401 denote obstructive marker images. In what region, what pattern appears in any region may be random, and the determination method is not particularly limited. Further, like the other marker images, such a disturbing marker image scrolls upward from the lower part of the game screen 300 at the same speed as the other marker images.

  Naturally, when the obstructing marker image reaches the vicinity of the position of the bar 302, the player of the portable game apparatus 150 determines which button is pressed when the obstructing marker image is displayed. Unless the button corresponding to the marker image for obstruction is pressed, the CPU 201 regards the player's play at this time as “failure” and lowers the current evaluation value as in the case of other normal marker images. Calculate as follows. Accordingly, the player determines which button is pressed when the obstructing marker image that has arrived near the position of the bar 302 (the marker image that scrolls upward in the region 350 indicates that the button 103 has been pressed). The marker image indicating the timing and the marker image scrolling upward in the area 351 is determined as indicating the pressing timing of the button 104), and the button corresponding to the interfering marker image needs to be pressed.

  Here, the CPU 201 of the portable game device 150 generates a predetermined number of obstructing marker images, and then generates a predetermined number of obstructing marker images. On the other hand, it counts whether it was regarded as “success”. As the count value is smaller, it means that the corresponding button cannot be pressed even if the obstructing marker image reaches the vicinity of the position of the bar 302. Therefore, the progress of the game being performed in the portable game device 150 On top of that, it is disadvantageous. Various processes are conceivable as such a process. For example, the evaluation value calculated in the game being played on the portable game device 150 is greatly reduced as the count value is lower. Therefore, the smaller the count value, the shorter the length of the gauge 301.

  Through the processing described above, even if the player of the portable game device 150 is attacked by the player of the portable game device 100, that is, even if a marker image for interference is displayed on the game screen, It is possible to cope with the harm caused by the marker image.

  FIG. 5 is a flowchart of processing performed in each of the game devices 100 and 150. Note that the flowchart of FIG. 6 shows the processing in the case where the above command is transmitted from the portable game device 100 to the portable game device 150, but conversely the above command is sent from the portable game device 150 to the portable game device 100. In the case of transmission, the processing by the portable game device 100 may be the processing by the portable game device 150 and the processing by the portable game device 150 in FIG. A program according to a flowchart of processing performed in each portable game device is stored in the game cartridge 210 as the game program 211, read out to the RAM 202 as necessary, and becomes an execution target of the CPU 201.

  First, a normal music game process is performed in the portable game devices 100 and 150 (steps S500 and 551). As described above, the normal music game process displays a game screen as shown in FIG. 3, and the marker image indicating the timing of pressing each button is scrolled upward in accordance with a predetermined pattern from the bottom of the game screen. When the marker image arrives in the vicinity of the position of the bar 302, it is determined whether or not the button corresponding to the marker image has been pressed. If not, the evaluation value is calculated to be low. In parallel with this, the sound data included in the game data 212 is output to the sound processing unit 206, and the speaker 207 outputs sound according to this data.

  Next, in the portable game device 100, it is determined whether or not the current evaluation value is above a predetermined threshold (step S501). If the current evaluation value is smaller than the predetermined threshold, the process returns to step S500, and the normal music game process is performed.

  On the other hand, if the current evaluation value is equal to or greater than the predetermined threshold, the process proceeds to step S502, and it is determined whether or not a button (key) for transmitting the command to the portable game device 150 has been pressed. (Step S502). In this embodiment, since the upper key of the direction instruction key 102 is used as a key for instructing command transmission, it is determined in step S502 whether or not the upper key of the direction instruction key 102 is pressed.

  If the upper key of the direction instruction key 102 is not pressed, the process returns to step S500, and the normal music game process is performed. On the other hand, if the upper key of the direction instruction key 102 is pressed, the process proceeds to step S503, and the command is transmitted to the portable game device 150 (step S503).

  Then, unless there is a game end instruction in portable game device 100, the process returns to step S500, and the subsequent processes are repeated.

  On the other hand, the portable game device 150 checks whether or not the command has been transmitted from the portable game device 100 after the process of step S551 (step S552), and performs the process if the command has not been transmitted. Returning to step S551, the normal music game process is performed. On the other hand, when the command is transmitted (when the CPU 201 of the portable game device 150 detects the reception of the command), the process proceeds to step S553, and a predetermined number of interference marker images are displayed on the portable game device 150. A display process of scrolling upward from the lower part of the game screen in a random or predetermined pattern is performed (step S553).

  Next, when the obstructing marker image reaches the vicinity of the position of the bar 302, it is determined whether or not the corresponding button has been pressed (step S554). If the button has been pressed, the process proceeds to step S555. The count value is incremented by one (step S555). On the other hand, if not pressed, the process proceeds to step S556 without changing the count value.

  Then, it is determined whether or not all the disturbing marker images are generated in the game screen and scrolled upward (step S556). This determination process is performed when, for example, the last generated disturbing marker image reaches the upper end of the game screen, or when the corresponding button is pressed when the vicinity of the position of the bar 302 is pressed, It is determined that an interfering marker image is generated in the game screen.

  If it is not determined that “all the disturbing marker images have been generated in the game screen”, there is a disturbing marker image that is still being scrolled or has not yet been generated. Since it is determined that there is a marker image, the process proceeds to step S558, and unless it is a game end, the process returns to step S551, and the subsequent processes are repeated. In this case, since the command has already been received in the process of step S552 executed after step S551, the process proceeds to step S553.

  On the other hand, if it is determined that “all the disturbing marker images have been generated in the game screen”, the process proceeds to step S557, the count value is referred to, and a penalty process is performed according to the count value ( Step S557). More specifically, the evaluation value is greatly lowered as the count value is lower. Therefore, the smaller the count value, the shorter the length of the gauge 301. As described above, the penalty process is not limited to such a process as long as it is a disadvantageous process in the progress of the game being executed in the portable game device 150.

  Then, unless there is a game end instruction in portable game device 150, the process returns to step S551, and the subsequent processes are repeated. When the process is returned from step S557 to step S558 to step S551, in the determination process in step S552 to be performed next, the process based on the received command is completed, so the next command is sent from the portable game device 100. Until it is transmitted, it is determined that “a command has not been received”, and the process returns to step S551.

  As described above, in the present embodiment, a command for generating an event that is disadvantageous in the progress of the game is given to the portable game device operated by the opponent player at an arbitrary timing (of course, the evaluation value is An event that is disadvantageous in the progress of the game can be generated on the portable game device side that has received such a command. In the above example, more marker images can be displayed as “interfering marker images” on the display screen of the opponent mobile game device.

  Further, the player who operates the portable game device on the side receiving the command can avoid the harm caused by the event that occurred by playing himself. This is because in the above example, when the blocking marker image reaches the vicinity of the position of the bar 302, if the operation of pressing the corresponding button is performed for all the blocking marker images, the penalty processing is not performed. The player can avoid harm (danger caused by the penalty process) due to failure to press the button corresponding to the marker image for obstruction depending on the play of confidence.

  In the present embodiment, the marker image for the buttons 103 and 104 is scrolled. However, the present invention is not limited to this. For example, the marker image that scrolls upward in the area 350 is pressed when the upper key of the direction instruction key 102 is pressed. The marker image that scrolls upward in the area 351 may be used to indicate the pressing timing of the lower key of the direction instruction key 102, and indicates the pressing timing of any key or button. There is no particular limitation. In this embodiment, two areas 350 and 351 are provided to indicate when each of the two buttons (keys) is pressed. To increase the number of times, three or more areas are provided. For example, the marker images indicating the pressing timings of the buttons 1304 and 104 and the upper key of the direction instruction key 102 may be scrolled upward in the respective areas.

  Accordingly, the button (key) for instructing the command transmission is not limited to the upper key of the direction instruction key 102, and any button (key) that is not used may be used. .

  In the present embodiment, the battle game is realized between two portable game devices. However, the present invention is not limited to this. For example, a single computer performs processing related to a game performed by each player, and each game is performed. You may make it display the game screen shown with respect to a player on one monitor connected to this computer, or each of two monitors. In that case, in the above description, communication processing between portable game devices corresponds to communication between programs in this computer.

  In this embodiment, a command for generating more marker images is transmitted as an attack to the opponent player. However, the type of attack is not limited to this, and other types are possible. Alternatively, a plurality of types of attack patterns are prepared, and the CPU 201 selects a type of attack pattern in which the higher the evaluation value on the attacking side, the greater the damage to the opponent player. Then, a command that causes the selected attack pattern to be executed in the opponent portable game device may be transmitted to the opponent portable game device.

  In this embodiment, no processing is performed even if it is regarded as “successful” by pressing the corresponding button for all of the interfering marker images. It is also possible to perform calculation so as to increase. In this way, the attacking player will attack for the time being, but if the opponent player avoids this attack (by pressing the button corresponding to all of the blocking marker images). On the contrary, the player who attacked gives a bonus to the opponent player, so the attacking player is given the thrill of attacking with the danger that the attack will be a bonus for the opponent. In addition, the player who has been attacked can be provided with the gameability of playing a game in order to make the received attack a bonus rather than a hindrance.

[Second Embodiment]
In the first embodiment, the music game is used as the game genre. However, it may be a lost puzzle game such as Tetris (registered trademark) or Puyo Puyo (registered trademark).

  In this case, the calculation is performed so that the evaluation value increases according to the number of objects (blocks in Tetris (registered trademark), characters in Puyo Puyo (registered trademark)) erased in the puzzle game. A command for generating an interfering event for the opponent player can be transmitted to the portable game device operated by the opponent player. The command transmission method may be the same as in the first embodiment.

  When such a command is transmitted to the portable game device operated by the opponent player, the portable game device on the side that has received the command is in the progress of the game in this portable game device as in the first embodiment. , Disadvantageous processing. In the above puzzle game, “a process that is disadvantageous in the progress of the game” includes, for example, a process of causing an obstruction to be erased to appear on the screen. In general, such a process for causing an obstruction to be erased to appear on the screen is performed in such a game.

  Then, the attacked player plays in order to delete the obstruction deletion target that appears due to the attack. For example, if not all of the erasure targets for obstruction can be erased within a predetermined time, a calculation is performed to lower the evaluation value for the attacked player, for example, as in the first embodiment.

  In this way, in a competitive game, a command for increasing the difficulty level of a game is transmitted from one portable game device to the other portable game device, and the portable game device that has received this command follows the command according to the command. When the difficulty level is increased and the progress of the game is controlled, the player's play on the game with the higher difficulty level is evaluated, and the player's operation is detected to have failed in the progress of the game, it is disadvantageous for the progress of the game. A series of processing such as processing can be applied not only to a music game as in the first embodiment but also to other types of games.

[Third Embodiment]
Further, the above processing (for example, processing according to part or all of the flowchart shown in FIG. 5) is stored as a program in a storage medium such as a CD-R, ROM, DVD-ROM, MO, game cartridge, etc. The program stored in the storage medium is read (installed or copied) into the computer, and the computer or the CPU of the computer executes the program, whereby the computer can realize the above processing. Therefore, since the storage medium storing this program also enables the present invention, it is obvious that this storage medium is also within the scope of the present invention.

  The storage medium may be other than a program or data provided to the computer from the outside, or may be a memory chip incorporated in the computer, and the definition of the wording of the storage medium is interpreted more widely. Should be.

It is a figure which shows two portable game devices. 1 is a diagram showing a basic configuration of a portable game device 100. FIG. 4 is a diagram showing a display example of a game screen displayed on a display screen 101 of the portable game device 100. FIG. It is a figure which shows the example of a display of a game screen at the time of transmitting the command to the portable game device 150, when CPU201 of the portable game device 150 receives this command, and generating the marker image for disturbance. 4 is a flowchart of processing performed in each of game devices 100 and 150.

Claims (7)

A game device that executes a communication battle game with another game device,
Receiving means for receiving a command for increasing the difficulty of a game being executed on the game device side, which is transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side;
Control means for controlling the progress of the game by increasing the difficulty level of the game according to the command;
An evaluation means for evaluating a player's play of the game device for a game whose difficulty has been increased by the control means;
A game device comprising: processing means for performing processing that is disadvantageous in the progress of the game being executed in the game device in accordance with the evaluation by the evaluation means. A button group, display means for indicating to the player the timing of pressing each button, and a higher evaluation value as the number of times the button is pressed at the specified timing increases. A game device comprising a progress control means for performing progress, and capable of performing a battle process of the game with another game device,
The progress of the game on the game device side is increased so as to increase the amount of operation on the button group of the player transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side. Receiving means for receiving a command to be executed by the game device;
In accordance with the command, display control means for controlling the display means so as to perform display with a larger number of instructions per unit time;
When the display control means causes the display means to perform a display in which the number of instructions per unit time is increased, the player of the game device presses the button according to the instructions. Evaluation means for evaluating the player's play on the game based on the number of times the
A game device comprising: processing means for performing processing that is disadvantageous in the progress of the game being executed in the game device in accordance with the evaluation by the evaluation means.   The display means moves one or more markers corresponding to each button in a predetermined direction on the game screen of the game device, and corresponds to the marker when the marker passes near a predetermined position on the game screen. The game apparatus according to claim 2, wherein a screen for instructing that it is a timing of pressing a button to be displayed is displayed. A control method of a game device for executing a communication battle game with another game device,
A receiving step of receiving a command for increasing the difficulty of the game being executed on the game device side, which is transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side;
In accordance with the command, a control process for increasing the difficulty of the game and controlling the progress of the game;
An evaluation step for evaluating the player's play of the game device with respect to a game whose difficulty has been increased by the control step;
A game device control method comprising: a processing step of performing processing that is disadvantageous in the progress of a game being executed in the game device in accordance with the evaluation in the evaluation step. A button group, display means for indicating to the player the timing of pressing each button, and a higher evaluation value as the number of times the button is pressed at the specified timing increases. A game device control method comprising a progress control means for performing progress, and capable of performing a battle process between the other game device and the game,
The progress of the game on the game device side is increased so as to increase the amount of operation on the button group of the player transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side. A receiving step of receiving a command for causing the game device to perform;
In accordance with the command, a display control step for controlling the display means so as to perform a display with a larger number of instructions per unit time,
When the display means causes the display means to perform a display by increasing the number of instructions per unit time by the display control step, the player of the game device presses the button according to the instructions. An evaluation step for evaluating the player's play with respect to the game based on the number of times that there was not,
A game device control method comprising: a processing step of performing processing that is disadvantageous in the progress of a game being executed in the game device in accordance with the evaluation in the evaluation step. To a game device that executes a communication battle game with another game device,
A receiving step of receiving a command for increasing the difficulty of the game being executed on the game device side, which is transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side;
In accordance with the command, a control process for increasing the difficulty of the game and controlling the progress of the game;
An evaluation step for evaluating the player's play of the game device with respect to a game whose difficulty has been increased by the control step;
And a processing step of performing processing that is disadvantageous to the progress of the game being executed in the game device in accordance with the evaluation in the evaluation step. A button group, display means for indicating to the player the timing of pressing each button, and a higher evaluation value as the number of times the button is pressed at the specified timing increases. A game device including a progress control means for performing progress, and capable of performing a battle process of the game with another game device;
The progress of the game on the game device side is increased so as to increase the amount of operation on the button group of the player transmitted from the other game device by satisfying a predetermined condition in the game on the other game device side. A receiving step of receiving a command for causing the game device to perform;
In accordance with the command, a display control step for controlling the display means so as to perform a display with a larger number of instructions per unit time,
When the display means causes the display means to perform a display by increasing the number of instructions per unit time by the display control step, the player of the game device presses the button according to the instructions. An evaluation step for evaluating the player's play with respect to the game based on the number of times that there was not,
And a processing step of performing processing that is disadvantageous to the progress of the game being executed in the game device in accordance with the evaluation in the evaluation step.

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