JP4074610B2 - Image display game device - Google Patents

Description

  The present invention relates to an image display game apparatus.

Conventionally, a technique disclosed in Utility Model Registration No. 3043561 (Patent Document 1) is known as an application related to a virtual life form training simulation apparatus. The technology relates to a portable device having a liquid crystal screen, which changes a biological image displayed on the liquid crystal screen as if it is growing by operating a predetermined key switch.
Japanese Patent Laid-Open No. 10-179934 (Japanese Patent Laid-Open No. 10-179934) discloses a technique that is a wristwatch-type device that is worn on an arm to perform a punching operation and the like, detects an acceleration accompanying the operation, and plays a predetermined game. Patent document 2) is known.

Utility Model Registration No. 3043561 JP-A-10-179934

Since the release of “Tamagotchi” (registered trademark of Bandai Co., Ltd.) by the applicant of the present application, various technologies relating to a portable breeding game device have been developed. However, in any apparatus including the apparatus described in Patent Document 1, the operation on the apparatus is performed by a push button type switch. For example, even when performing an input such as stroking the head of a living organism, a push button type switch must be used, and an input operation could not be performed based on an operation that actually strokes the head of a living organism. .
The device described in Patent Document 2 is used by being worn on the body. Like the Patent Document 1, a predetermined operation is performed by a switch.

The present invention has been invented in view of the above points, and controls the operation display of an image simulating a life form, not a push button switch, but actually a life form displayed on the screen. It is an object of the present invention to provide an apparatus that can be performed by touching the screen with a touching feeling.
Another object of the present invention is to provide an apparatus that can be attached to the body and can perform a predetermined input operation with a sense that the user touches the image with the intention of increasing the sense of familiarity between the user and the life form. To do.
Another object is to provide the device at a low cost.

In order to solve the above problems, the invention according to claim 1 of the present application has the following configuration. That is,
A housing,
A biological image of a plurality of animals stored in advance, a parameter corresponding to the biological image, a storage unit storing a predetermined control program,
A display unit provided on a surface of the housing and displaying the biological image;
A pressure applied to the display unit is detected by a pressure detection cell that is provided inside or on the surface of the display unit and is divided into an upper region located above the display unit and a lower region located below the display unit. A panel switch to
A control unit connected to the display unit, the panel switch, and the storage unit, and having a function of controlling the display unit and the storage unit based on the control program in response to a press on the panel switch;
Consists of
The control program includes the control unit,
Means for performing normal waiting state processing;
Means for performing a waiting state process;
Means to shift to the other process when there is no input for a predetermined time during the process of either the normal waiting state process or the reaction waiting state process,
Means for reading a biological image corresponding to the parameter from biological images of a plurality of animals and the like stored in the storage means;
Means for determining whether or not a pressure on the display unit is detected by the panel switch;
Means for recognizing whether the pressing is applied to the pressure detection cell in the upper region or the pressure detection cell in the lower region when a pressure on the display unit is detected by the panel switch;
Means for increasing a parameter stored in the storage means when an input to any of the press detection cells is detected by pressing on the display unit during normal waiting state processing;
In a state in which the reaction waiting state processing is being performed and an image indicating a good behavior of a living organism such as the animal is displayed, the pressure on the display unit detected by the panel switch is applied to the pressure detection cell in the upper region. In the state in which the parameter stored in the storage means is increased, the reaction waiting state processing is being performed, and an image showing a bad behavior of a living organism such as the animal is displayed. Means for reducing the parameter stored in the storage means when the pressure on the display detected by the switch is an input to the pressure detection cell in the upper region;
Means for reducing a parameter stored in the storage means when the reaction waiting state processing is being performed and no pressing on the display unit is detected for a predetermined time;
An image display game device characterized in that the image display game device is made to function as the above.

In the image display game apparatus according to the present invention, a panel switch having a detection portion obtained by dividing a detection unit into a plurality of predetermined small areas is used for contact with a liquid crystal display unit. This is much cheaper than an input pad used for character recognition or the like used in a portable data processing terminal called a so-called PDA or the like. Since the number of press detection cells) in the embodiment is small, the load on the control unit is small.
In the image display game apparatus according to the present application, the size of the liquid crystal screen is relatively small, approximately 22 mm × 22 mm, and an image of a pet or the like is obtained by pressing the liquid crystal screen with a fingertip without using a dedicated pressing pen or the like. It provides a pseudo play like touching an actual pet. Therefore, as described above, it is not necessary to use a high-precision input pad with a fine dot pattern, etc., and the pressing site is a unit having a relatively large area compared to the dot of about 6.5 mm × 6.5 mm as a detection cell. Using a detectable panel switch, the apparatus can be formed at low cost.

  Further, the image display game device according to the present invention executes a software program having a simulation element of living with a pet in a pseudo manner and growing the pet while performing a spear or the like. In this software program, when a pet image is displayed, it is recognized as an input of a positive meaning such as touching the upper area of the panel switch (liquid crystal display surface) and touching the lower area. It is designed to recognize negative input. At this time, the portion of the pet image displayed on the liquid crystal display surface located in the upper region of the panel switch includes at least the image representing the head of the pet represented by the pet image. By touching the area, it is possible to make the user recognize as if he “patched the pet's head”. Taking an actual dog as an example, a pet image is displayed on the LCD screen, such as stroking his head when praising and hitting his leg when scolding. In addition, there is an effect that it can be made pseudo.

Hereinafter, an embodiment of an image display game apparatus according to the present invention will be described. In FIG. 1, reference numeral 1 denotes an image display game apparatus.
The image display game apparatus 1 includes a liquid crystal display device, control means, various switches, and other electronic devices in a housing 5 having an opening in which the liquid crystal display unit 3 is exposed at a substantially central portion and a substantially rectangular panel unit. And a wristband 9 for mounting the main body 7 on the arm.
2 is a diagram showing the appearance of the main body 7. FIG. 2 (a) is a front view, 2 (b) is a left side view, FIG. 2 (C) is a right side view, and FIG. 2 (d). 2 is a plan view, FIG. 2E is a bottom view, and FIG. 2F is a perspective view.

The housing 5 constituting the main body 7 will be described. As described above, the housing 5 has a front panel member 13 integrally formed of a synthetic resin having a substantially rectangular panel having a surface formed with an opening 11 for exposing the liquid crystal display unit 3 at a substantially center. It is constituted by a back member 15 attached to the front panel member 13. Similarly, the back member 15 is a member integrally formed by molding synthetic resin. The front panel member 13 and the back member 15 constitute a hollow housing 5.
A groove 17 is formed in the peripheral edge of the housing 5 by the combination of the front panel member 13 and the back member 15. The groove 17 is a part to which the wristband 9 is attached.
Three small holes are formed in the lower portion of the opening 11 of the front panel portion 13, and three push button type switches SW 1, SW 2, SW 3 are provided through the small holes. Yes. Further, a small hole is provided on one side surface of the back member 15 corresponding to the back surface of the housing 5, and a push switch SW4 is provided so as to protrude through the small hole.
In addition, the wristband 9 is formed in a cylindrical shape that can be attached to the wrist with a stretchable cloth such as a towel cloth, and an opening is formed in one part of the peripheral side surface formed in the cylindrical shape, The casing 5 is attached by fitting the inner peripheral edge of the opening into the groove 17 on the peripheral edge of the casing 5. Therefore, when the image display game apparatus 1 is worn on the arm, the back surface of the main body 7 comes into contact with the skin, and the switch SW4 on the back surface of the main body 7 is pressed, and whether or not the image display game apparatus 1 is worn depending on the state of the switch SW4. Is to be judged. Thus, the switch SW4 functions as a mounting detection means.

Next, main electric circuits of the image display game apparatus 1 will be described with reference to FIG. The image display game apparatus 1 includes a one-chip type microcomputer 21 having a function as a storage unit that stores a calculation function as a CPU and a control program, and the microcomputer 21 includes various electronic devices and the like. It functions as a control means for controlling.
The microcomputer 21 is connected to a transmitter 23 that transmits a predetermined clock pulse, and performs arithmetic processing based on the transmission frequency of the clock pulse to perform time counting.
Further, a liquid crystal display device 25 having the liquid crystal display unit 3 is connected to the microcomputer 21. The liquid crystal display device 25 performs predetermined image / video display according to a predetermined processing program, image data or an image display program stored in the microcomputer 21, operations by the switches SW1 to SW4, and input contents. is there.

A panel switch 27 having a plurality of press detection cells capable of detecting press on the liquid crystal display unit 3 is connected to the surface of the liquid crystal display unit 3. The panel switch 27 in the present embodiment is a transparent sheet-like switch disposed on the surface of the liquid crystal display unit 3, and has a pressing portion having substantially the same shape as the liquid crystal display unit 3. The pressing portion is provided with nine pressing detection cells in which rectangular areas are divided and arranged in a matrix as a switch for detecting pressing. Each press detection cell is a rectangular switch body having a predetermined area formed in a rectangular shape, and by pressing any part on the detection cell, a built-in contact is closed and acts as a switch. .
In the present embodiment, a liquid crystal display device 25 having a liquid crystal screen size of approximately 22 mm × 22 mm square is employed as an optimal example. Further, the panel switch 27 has a detection area having substantially the same external dimensions, and a detection area having nine press detection cells measuring approximately 6.5 mm × 6.5 mm square is used as the detection area.

As shown in the schematic diagram of FIG. 4, nine (P1 to P9) press detection cells of the panel switch 27 are arranged in a matrix of three rows and three columns. In other words, the uppermost row includes press detection cells P1, P2, and P3, the next row press detection cells P4, P5, and P6, and the lowermost row press detection cells P7, P8, and P9. Each press detection cell is arranged in a state with a gap of about 0.5 to 1 mm. That is, it is formed so that there are as few parts as possible that are not detected as compared with the area of the detection part.
In addition, output electrodes D1 to D6 for outputting the pressing positions of the press detection cells P1 to P9 are provided, and electrodes D1 to D6 that output which of the upper, middle, and lower press detection cells are pressed. D3, and electrodes D4 to D6 that output whether the left, center, or right row of pressure detection cells are pressed. It is possible to recognize which press detection cell is pressed by a combination of detection results indicating the row / column.

  A specific detection example of each press detection cell will be described. For example, it is detected that the press detection cell P1 is pressed by the combination of the output electrodes D1 and D4, and the press detection cell P2 is detected by the combination of the output electrodes D1 and D5. The pressure detection cell P3 by the combination of the output electrodes D1 and D6, the pressure detection cell P4 by the combination of the output electrodes D2 and D4, the pressure detection cell P5 by the combination of the output electrodes D2 and D5, and the pressure detection by the combination of the output electrodes D2 and D6 It is determined that the pressure detection cell P7 is pressed by the combination of the cell P6, the output electrodes D3 and D4, the pressure detection cell P8 is pressed by the combination of the output electrodes D3 and D5, and the pressure detection cell P9 is pressed by the combination of the output electrodes D3 and D6. It is like that.

An EEPROM 29 is provided as storage means. The EEPROM 29 stores various data input by the user and various parameters that vary with the progress of the program in accordance with program processing by the microcomputer 21.
A speaker 31 is provided to output a predetermined sound or the like according to program processing by the microcomputer 21.

Next, an example of game processing performed in the image display game apparatus 1 will be described. Image display game apparatus 1 according to the present embodiment displays an image of a Chihuahua as a small dog on a liquid crystal screen, and stores various parameter values stored in accordance with the operation contents of switches SW1 to SW4 and panel switch 27. The image of a predetermined chihuahua is displayed according to the parameter and other conditions. In the actual game processing, initial settings such as the current time, the name of the user (virtual Chihuahua owner), the gender of the user, the date of birth of the user, and the name of the pet (chihuahua displayed in the image) are performed. After that it is going to progress.
Needless to say, the displayed image is not limited to chihuahua, and may be related to an actual animal or plant or a virtual creature.

Hereinafter, the contents of the game process performed in the image display game apparatus 1 will be described according to the flowcharts shown in FIGS.
When the process starts (S1), an opening screen display (S2) is first performed. The start (S1) process is started by detecting the pressing (wearing on the body) of the switch SW4 on the back surface of the main body 7. Further, when the switch SW4 is released and the input operation of other switches or the like is not performed for a predetermined time (10 to 15 minutes as an optimal example), the switch SW4 automatically enters a standby state in which the switch SW4 waits for the press again. It comes to become. The standby mode is a mode in which only the input of the switch SW4 is accepted and power is saved without performing other processing such as image display.
The opening screen display (S2) is a process in which an image is displayed such that a chihuahua runs up as an example. Note that an image displayed in the process differs depending on a parameter called a friendship value, which will be described later, and an image that makes Chihuahua happy is displayed as the friendship value is higher.

Next, it is determined whether or not it is in a data initialization state (S3). The initialization state is a state in which the current time, the user's name, etc. are not set (stored in the EEPROM), and a predetermined input (initial setting process S4) is required in the initialization state. To do. If the data is already stored, various information input to the EEPROM is read and used for the next "normal standby screen" (S5) process and other processes.
The “normal standby screen” (S5) process is to display a normal standby screen as a basic screen in the game process, and in the state where the screen is displayed, the SW1 to SW3 or the panel switch (press detection cell). In this case, when there is an input from P1 to P9), a predetermined process is performed according to the input.
In the flowcharts shown in FIGS. 5 to 7, the processes indicated as “A”, “B”, “C”, and “panel” after each screen display process are “A button”, “B button”, “C button”, and “panel”. "A button" indicates the state of SW1, "B button" indicates the SW2, and "C button" indicates the SW3. The “panel switch” represents that the press detection cells P1 to P9 are pressed as described above.

When the A or C button is pressed in the button selection process (S6) in the “normal standby screen”, the process proceeds to the “menu selection screen (calendar)” (S14) indicated by an arrow F2. When the B button is pressed, the process moves to the “pet feeling screen” process (S11), and when any part of the panel is pressed, the process moves to the “pet pet” process (S9).
The “pet feeling screen” process (S11) is a process of randomly selecting and displaying an animation image and lines from a data table storing a plurality of animation images and lines related to the animation images. In this process, the page feed (S13) process is performed when the B button is pressed and the next screen is displayed when the next screen exists, and the arrow is indicated as F1 when any part of the panel is pressed. Thus, the process proceeds to the “normal standby screen” (S5) process. The content to be processed is not set for the A or C button.
The “stroking pet” process (S9) is a process performed after the “panel switch” is pressed in the button selection process (S6) after the “normal standby screen” (S5) process. That is, when the owner strokes the chihuahua displayed on the screen so as to stroke the pet, an image in which the chihuahua performs various actions according to the friendly value is displayed, and the friendly value is changed. If the B button is pressed after this process, the process moves to the “pet feeling screen” process (S11), and the other buttons are ignored.

When a predetermined button or the like is operated on the “normal standby screen” (S5), the process proceeds to the above-described processes. Also, in the button selection process (S6), when there is no button operation for 10 to 15 minutes, after the display process of the “Reaction Waiting Status Screen” (S7) is performed, as indicated by the arrow F1, again “ The screen returns to the “normal standby screen” (S5).
The process related to the “response waiting state screen” represents a state in which the pet is waiting for the owner's reaction, and is a process for requesting the owner (user) to perform an operation using the panel switch. The image (animation) displayed in the process is selected and executed at random from data stored in advance as a data table according to the current time and the propensity value (degree of selfishness).
While the pet image is displayed based on the data in the data table, an input to the panel switch is accepted, and a touch on the upper part of the screen (any one of the press detection cells P1 to P3) is received. When it is performed, it is recognized as a “praise” operation (positive input), and when the lower part (any one of the press detection cells P7 to P9) is touched, it is recognized as a “speaking” operation (negative input). At this time, the portion of the pet image displayed at the top of the screen (the position where the pressure detection cells P1 to P3 are present) includes at least an image representing the head of the pet. The friendship value / propensity value fluctuates in accordance with the touch (press) position of the panel switch, and it is determined whether the operation displayed on the screen is a good action or a bad action. While repeating such processing, various parameters are accumulated and changed to change the image displayed on the next screen (selection of the selected data table). FIG. 8 shows a database relating to images displayed on the “response waiting state screen”.
In addition, if the panel switch is not operated within 30 seconds after the “response waiting screen” is displayed, the friendship value and the tendency value are reduced by two points, and the “normal standby screen” is displayed. In addition, the positive input and the negative input in the present embodiment mean to praise and scold as described above, but allow according to the content of the game to be executed (OK). ) / Don't allow (NO), rejoicing / crying, etc., two opposite meanings may be input.

An outline of parameters will be described. Chihuahua and other characters that are displayed as images are provided with three types of internal parameters: friendly values, propensity values, and health values, and the image of the character that is displayed changes according to the value of each parameter. It is supposed to let you.
The friendship value is a parameter that varies depending on the wearing time of the image display, the number of times the mini game is played, and the operation of praising or scolding. When this value is high, an image is displayed according to the data table of FIG. 8, which represents a pet with a gesture that is cute with respect to the user's operation in a reaction waiting state, and when it is low, this represents a behaviour.

Next, the “menu selection screen (calendar)” process (S14) will be described. This process is the process indicated by the arrow F2 that is performed when the A or C button is pressed in the button selection process (S6) in the “normal standby screen” process (S5).
When the “A button” is pressed, the screen shifts to the “menu selection screen (alarm)” as indicated by the arrow F3. When the “B button” is pressed, the screen shifts to the “calendar display screen” and the “C button” is pressed. This is a process (S9) that shifts to the “menu selection screen (Wankogei)” when pressed and shifts to the “normal standby screen” process (S5) as indicated by arrow F1 when the “panel switch” is pressed.

In the “menu selection screen (alarm)” (S50), as shown in FIG. 7, when the “A button” is pressed in the button selection processing (S51), the “menu selection screen (calendar)” processing immediately before the arrow is indicated by F2 Return to (S14). When the “B button” is pressed, the process shifts to “alarm time setting” (S52). When the “C button” is pressed, the process shifts to “menu selection screen (setting)” (S53), and when the “panel switch” is pressed, “1” is displayed as “F1”. The process proceeds to the “normal standby screen” process (S5). Although detailed explanation is omitted, “alarm time setting” (S11) is a process of setting alarm use / non-use (ON / OFF) and alarm time. The “menu selection screen (setting)” (S53) is a process for resetting the time and generating or stopping sound effects or music.
When the “B button” is pressed in the selection process (S15) in the “menu selection screen (calendar)” process (S14), the process proceeds to the “calendar display screen” (S16). In this process, today's date and day of the week / time are displayed, and if any switch is pressed, the process returns to the “menu selection screen (calendar)” process (14).

When the “C button” is pressed in the selection process (S15), the process proceeds to “menu selection screen (Wankogei)” (S17).
In this process, if the “A button” is pressed in the button selection process (S19), the process proceeds to the “menu selection screen (calendar)” process (S14) as indicated by the arrow F2, and if the “B button” is pressed, “Wankoge” "S20" (S20), pressing the "C button" will move to a "menu selection screen (mini game)" (S30) which will be shown as an arrow F4, and pressing the "panel switch" will cause an arrow as F1 As shown, various selection processes for shifting to the “normal standby screen” process (S5) are performed.

  In the “wandering screen” (S20) selected by the “B button” in the selection process (S19), when the “A button” or “C button” is pressed, the “menu selection screen ( If you press the “B button”, the process moves to the “pet feeling screen” process (S11), and if you press the “panel switch”, the process shifts to the “art selection process” (S22). Various selection processes are performed. (S15). “Performance selection process” (S22) is a process of operating the touch panel to cause the pet to perform various tricks.

The “menu selection screen (mini game)” (S30) indicated by the arrow F4, which is shifted when the “C button” is pressed in the selection process (S19), will be described. This process is a process for playing various games using the liquid crystal display screen.
When the “menu selection screen (mini game)” (S30) is displayed, the process proceeds to the “menu selection screen (information)” (S45) as indicated by an arrow F6 when the A button is pressed as the selection processing (S31). To do. Although details of the process are omitted, a process for displaying the name of the owner, the name of the pet, and the like is performed.
When the B button is pressed, the process proceeds to the “mini game selection screen” process (S32). By selecting a predetermined button, the “mini game (catchbone game)” (S34), “mini game” is selected. (Jump timing) "(S37)," Mini game (fortune-telling) "(S40) can be performed according to the procedure shown in the flowchart.
Alternatively, when the C button is pressed, the screen shifts to the “menu selection screen (Wankogei)” (S17) indicated by an arrow F5. When any part of the panel is pressed, the “normal selection” indicated by an arrow F1 is displayed. The process proceeds to the “standby screen” process (S5).

  As other processing, as shown as F7 in FIG. 7, various processing for displaying the score of each mini game is performed.

The above-described “normal standby screen” and other related processing will be further described. This process is a process in which the pet's daily life can be seen, and an image is randomly selected from a table corresponding to the date and time and displayed as an animation. When the image is displayed for 5 to 10 minutes, another image is selected and displayed.
As described above, when an input to any of the press detection cells P1 to P9 of the panel switch 27 is detected in a state where the “normal standby screen” is displayed, the process proceeds to “pet stroking process” (S9). In the “pet stroking process” (S 9), once the input to the panel switch 27 is made, one point of “friendly value” is added, and the two conditions “when the pet is awake” or “when it is asleep” A predetermined image is displayed according to the “friendly value” when the input is performed. FIG. 9 shows an image displayed in the “pet stroking process” (S9) and various conditions for displaying the image.

The image displayed in the “pet stroking process” (S9) is selected according to the current time when the input operation is performed, as shown in FIG. Further, an image to be displayed at the time of the processing is added according to the play time (the total time for which input to the switch SW4 is performed (that is, the total time worn on the body)). For example, in the case of 80 hours or more in total play, “a21: lifting” image, 160 total play
“A22: Playing with a cushion” image if it is longer than the time, “a24: Mini pig passes before napping” image if it is 240 hours or more in total play, and “a25: If the mini pig is walking alone image, if it is more than 560 hours of play, it will be “a26: crying by hitting Frisbee”. “If the image has a total play time of 720 hours or more, the“ a28: Play with miniature pig ”image is added to the displayed image.

1 is an external perspective view of an image display game device according to an embodiment of the present invention. It is an external view of the main-body part which comprises the image display game device which concerns on one embodiment of this invention. It is a circuit block diagram used for the image display game device concerning one embodiment of the invention in this application. It is explanatory drawing of the panel switch used for the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating the outline | summary of the program processing of the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating the outline | summary of the program processing of the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating the outline | summary of the program processing of the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating an example of the data table relevant to the image display of the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating the display conditions of the image displayed in the image display game device which concerns on one embodiment of this invention. It is a flowchart for demonstrating an example of the data table relevant to the image display of the image display game device which concerns on one embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Image display game device 3 Liquid crystal display part 5 Case 7 Main body 9 Wristband (mounting means)
DESCRIPTION OF SYMBOLS 11 Opening 13 Front panel member 15 Back member 17 Groove 21 Microcomputer 23 Transmitter 25 Liquid crystal display device 27 Panel switch 29 EEPROM
31 Speaker SW1, SW2, SW3, SW4 Switch

Claims (1)

A housing,
A biological image of a plurality of animals stored in advance, a parameter corresponding to the biological image, a storage unit storing a predetermined control program,
A display unit provided on a surface of the housing and displaying the biological image;
A pressure applied to the display unit is detected by a pressure detection cell that is provided inside or on the surface of the display unit and is divided into an upper region located above the display unit and a lower region located below the display unit. A panel switch to
A control unit connected to the display unit, the panel switch, and the storage unit, and having a function of controlling the display unit and the storage unit based on the control program in response to a press on the panel switch;
Consists of
The control program includes the control unit,
Means for performing normal waiting state processing;
Means for performing a waiting state process;
Means to shift to the other process when there is no input for a predetermined time during the process of either the normal waiting state process or the reaction waiting state process,
Means for reading a biological image corresponding to the parameter from biological images of a plurality of animals and the like stored in the storage means;
Means for determining whether or not a pressure on the display unit is detected by the panel switch;
Means for recognizing whether the pressing is applied to the pressure detection cell in the upper region or the pressure detection cell in the lower region when a pressure on the display unit is detected by the panel switch;
Means for increasing a parameter stored in the storage means when an input to any of the press detection cells is detected by pressing on the display unit during normal waiting state processing;
In a state in which the reaction waiting state processing is being performed and an image indicating a good behavior of a living organism such as the animal is displayed, the pressure on the display unit detected by the panel switch is applied to the pressure detection cell in the upper region. In the state in which the parameter stored in the storage means is increased, the reaction waiting state processing is being performed, and an image showing a bad behavior of a living organism such as the animal is displayed. Means for reducing the parameter stored in the storage means when the pressure on the display detected by the switch is an input to the pressure detection cell in the upper region;
Means for reducing a parameter stored in the storage means when the reaction waiting state processing is being performed and no pressing on the display unit is detected for a predetermined time;
An image display game device characterized in that the image display game device is made to function as the above.

Images