JP2008125979A - Game device, method of processing the same, and game program - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game device capable of giving a user an amusement by allowing the intention or judgment of the user to directly affects the progress of a game. <P>SOLUTION: In a game device 1, an operating part 10 detects the operation of a user to output an operation signal according to the detected operation. A dice display controlling part 23 displays a dice on the screen. A tile display controlling part 21 displays tiles in a matrix of 5 by 5 in a planar state. A numerical value display controlling part 22 displays one of numerical values displayed on the surfaces of at least one of tiles on which no dice is arranged. The dice display controlling part 23 rotates a dice around one of its sides in response to an operation signal from the operating part 10, and the numerical value display controlling part 22 erases a numerical value displayed on the tile after the rotation when a numerical value displayed on a tile contacting the bottom surface of the dice conforms to that on the top face of the dice. <P>COPYRIGHT: (C)2008,JPO&INPIT

Description

  The present invention requires a plurality of steps to reach a predetermined target state, and a user operates a game to select a hand in the plurality of steps arbitrarily and to reach the target state arbitrarily. The present invention relates to a game device, a game device processing method, and a game program.

Conventionally, as a game using dice, a six game is widely known. In addition, as a game using the shape of the dice itself, a game in which the surface of the dice is developed according to the value of the eye that the user rolls, and the victory or defeat is determined by reaching the opponent's position, etc. (For example, refer to Patent Document 1).
JP 2001-300134 A

  However, in the game using the conventional dice, the game is developed according to the roll of the dice, so the fun is required because the roll depends on the probability. There is a problem that fun is not sought for the arrangement of numbers displayed on the screen.

  The present invention has been made to solve the above-mentioned problems, and its purpose is to determine the user's intention and judgment of the game while using the shape of the die and the like and the arrangement of information such as the numbers displayed on the surface. The object is to provide a game device, a game device processing method, and a game program that can provide fun to the user by directly affecting the progress.

  In order to solve the above problem, the present invention detects an operation state operated by a user and detects an operation state, outputs an operation signal corresponding to the detected operation state, generates a random number, and generates the generated random number. An information output means for outputting predetermined information correspondingly, and a polyhedron image for displaying the predetermined information output by the information output means on at least one of the faces, and any of the faces of the polyhedron is a bottom face. When the polyhedron is rotated in all directions around the sides of the bottom surface of the polyhedron on the plane where the bottom surface of the polyhedron is in contact with the polyhedron display means for displaying on the screen so that the bottom surface of the polyhedron is the plane A frame display means for displaying a plane image having a frame surrounded by a line on the screen, and the polyhedron display means in a frame on the plane image displayed by the frame display means. Information display control means for displaying predetermined information output by the information output means on at least one of the frames that are not in contact with the bottom face of the face piece, wherein the polyhedron display means outputs an operation signal from the operation means In this case, in response to the operation signal, the polyhedron is rotated about any one side of the bottom surface of the polyhedron, and the information display control means includes a frame that contacts the bottom surface of the polyhedron after the rotation. In the case of a frame in which information is displayed, the predetermined information displayed in the frame is erased when an image displayed on one surface of the polyhedron determined in advance is the predetermined information. Device.

  In the invention described above, the polyhedron display unit may detect an operation state in which any hand is selected by the operation unit, and then select any hand by the operation unit. Means for measuring an operation interval time until a detected operation state is detected, and calculating an average operation interval for the measured operation interval time, wherein the predetermined information displayed on the frame is erased by the information display control unit It further comprises decision power information calculation means for calculating decision power information based on an average operation interval calculated by the polyhedron display means until the determination is made.

Further, the present invention is the invention described in the above, wherein the polyhedron display means outputs the operation signal when the operation signal output from the operation means is a game start operation signal, and displays the frame display. After the display on the screen and the display of the polyhedron on the screen by the means and the information display control means are completed, until the operation state in which one of the hands is selected by the operation means is first detected. An average operation interval is calculated by including time in the operation interval time.

  Further, the present invention is the invention as described above, wherein the polyhedron display means is a total number of hands selected until the predetermined information displayed on the frame is erased by the information display control means. And an intelligence information calculation means for calculating intelligence information based on the total number of steps detected by the polyhedron display means.

  Further, the present invention is the above-described invention, wherein the game ends when a predetermined time is reached or when a game end state is reached, and the game is terminated by the information display control means. A final target state until the predetermined information displayed in the frame is erased, and an intermediate target state in which each of the predetermined information displayed in the frame is erased until the final target state is reached. And when the user reaches the intermediate target state and the final target state by the operation of the operation means by a user, a score calculation means for recording a predetermined score in the storage means, and the storage means stores the score calculation means. And the intelligence information calculation means for calculating intelligence information based on a total value of the predetermined points.

  Further, the present invention is the invention described in the above, wherein the polyhedron display means detects the number of selected hands that is the total number of hands selected until reaching each of the intermediate target state and the final target state, and the intelligence The information calculation means calculates the intelligence information for each intermediate target state based on the total number of selections detected by the polyhedron display means.

  Further, the present invention is the above-described invention, wherein the game ends when a predetermined time is reached or when a game end state is reached, and the game is terminated by the information display control means. A final target state until the predetermined information displayed in the frame is erased, and an intermediate target state in which each of the predetermined information displayed in the frame is erased until the final target state is reached. The remaining time is calculated by subtracting the game elapsed time from the predetermined time, and a predetermined additional time is added to the remaining time every time the intermediate target state is reached. If the remaining time limit time is exceeded, the difference between the remaining time and the remaining time limit time is recorded as a non-addition time in the storage means, and the remaining time is set as the remaining time limit time. Calculating means, characterized in that a potential calculating means for calculating the potential information on the basis of the total value of the non-additional time stored in the storage means.

  Further, the present invention is the above-described invention, wherein the game ends when a predetermined time is reached or when a game end state is reached, and the game is terminated by the information display control means. A final target state until the predetermined information displayed in the frame is erased, and an intermediate target state in which each of the predetermined information displayed in the frame is erased until the final target state is reached. The remaining time is calculated by subtracting the game elapsed time from the predetermined time, and a predetermined additional time is added to the remaining time every time the intermediate target state is reached, and the remaining time is determined in advance. The number of times that the remaining time is equal to or more than the normal remaining time determined in advance by adding the remaining time from the crisis state that is less than or equal to the remaining time of the crisis state is stored as a return count. A remaining time calculating means for recording in, characterized in that a risk avoidance force information calculation means for calculating a risk avoidance force information based on the return number to be stored in the storage means.

  In the invention described above, the polyhedron is a regular hexahedron, and the predetermined information is a numerical value of any one of 1 to 6, and each surface of the regular hexahedron has an opposite side. The numerical value is displayed so that the sum with the surface is 7.

  Further, the present invention is a processing method in a game device provided with an operation means for detecting an operation state corresponding to the operation operated by a user and outputting an operation signal corresponding to the detected operation state, and a screen, A step of generating a random number, outputting predetermined information predetermined according to the generated random number, and an image of a polyhedron displaying the predetermined information output on at least one of the surfaces of the polyhedron The bottom surface of the polyhedron is rotated in all directions around the sides of the bottom surface of the polyhedron on the plane where the bottom surface of the polyhedron is in contact with each other. A step of displaying on the screen a planar image having a frame surrounded by a line with an area in contact with the plane, and among the frames on the displayed planar image, the number of frames that are not in contact with the bottom surface of the displayed polyhedron A step of displaying predetermined information output in at least one frame; and when the operation means detects an operation state and an operation signal corresponding to the operation state detected from the operation means is input, the operation signal And rotating the polyhedron about any one side of the bottom surface of the polyhedron, and a frame in contact with the bottom surface of the polyhedron after rotation is a frame in which the predetermined information is displayed. And a step of erasing the predetermined information displayed in the frame when the image displayed on one surface of the polyhedron is the predetermined information.

  In addition, the present invention generates a random number in a computer of a game device provided with an operation means that detects an operation state corresponding to the operation that is operated by a user and outputs an operation signal according to the detected operation state, and a screen. A step of outputting predetermined information predetermined according to the generated random number, and an image of a polyhedron displaying the predetermined information output on at least one of the surfaces of any of the polyhedrons as a bottom surface And when the polyhedron is rotated in all directions around the sides of the bottom surface of the polyhedron on the plane where the bottom surface of the polyhedron touches, the bottom surface of the polyhedron is A step of displaying a planar image having a frame surrounded by a line on the screen, and at least one of the frames on the displayed planar image not touching the bottom surface of the displayed polyhedron A step of displaying predetermined information output in one frame, and when the operation means detects an operation state and an operation signal corresponding to the operation state detected from the operation means is input, according to the operation signal A step of rotating the polyhedron about any one side of the bottom surface of the polyhedron, and a frame in contact with the bottom surface of the polyhedron after rotation is a frame in which the predetermined information is displayed; And a step of erasing the predetermined information displayed in the frame when an image displayed on one surface is the predetermined information.

  According to the present invention, the user's intention and judgment are directly influenced on the progress of the game while using the feature of the information such as the shape of the dice and the number displayed on the surface, and the enjoyment is provided to the user. It becomes possible to do.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.
FIG. 1 is a schematic block diagram showing the game apparatus 1 according to the present embodiment.

  The game apparatus 1 is an apparatus that executes a game according to the present invention, and for example, a mobile phone terminal, a personal computer, or the like is applied. Here, the outline of the rules of the game according to the present invention is as follows. As shown in FIG. 19A, a dice (dice) 105 is placed on any one tile in a plane image 104 composed of 5 × 5 tiles. And rotated around any one side of the bottom surface of the die 105 as shown in FIGS. 19 (b) and 19 (c). Then, when the numerical value on the top surface of the die matches the numerical value displayed on the tile 110 that is in contact with the bottom surface of the die, the game is such that the numerical value displayed on the tile 110 is deleted. As a feature of the game, it takes a plurality of steps to reach a state in which the numerical value on the tile, which is a predetermined target state, is erased. That is, the direction and number of rotations for rotating the dice can be selected.

  1, the game apparatus 1 includes an operation unit 10, a display unit 11, a timekeeping unit 12, a sound output unit 13, a communication unit 14, and a game processing unit 20, and when a mobile phone terminal is applied, the operation unit A built-in keyboard is applied as 10, a built-in liquid crystal screen is applied as the display unit 11, and a built-in speaker is applied as the audio output unit 13. When a personal computer is applied to the game apparatus 1, a keyboard connected to the input / output terminal, a cross key or joystick for games, or a pointing device such as a mouse is applied as the operation unit 10. As the unit 11, a liquid crystal display, a CRT (Cathode Ray Tube), or the like is applied. As the audio output unit 13, a built-in speaker or a speaker connected to an input / output terminal as a peripheral device is applied. In the following description, it is assumed that the operation unit 10 includes a cross key 10a and a start button 10b as shown in FIG.

  In the game apparatus 1, the operation unit 10 detects an operation of the user pressing the start button 10 b or an operation of the cross key 10 a and inputs an operation signal corresponding to the detected operation state to the game processing unit 20. The display unit 11 displays an image related to the execution of the game according to the input signal. The timer 12 measures the time and inputs the time information to the game processor 20. Further, the time measuring unit 12 inputs date information and time information as a response to the function unit in response to a request from each function unit of the game processing unit 20. The audio output unit 13 converts an input signal into an acoustic signal and outputs a sound effect or the like during the game execution. The communication unit 14 controls transmission and reception by wireless communication or wired communication when the game processing unit 20 performs communication with the server device.

  In the game processing unit 20, the tile display control unit 21 displays, for example, a planar image 104 composed of 5 × 5 tiles on the display unit 11 as shown in FIG. The planar image 104 may be displayed in other display formats in addition to the conformal projection method shown in FIG. 18, and may be displayed in a thick three-dimensional display format as shown in FIG. It may be shown.

  The numerical display control unit 22 has a random number generation function for generating a uniform random number and the like, and on the surface of the die, at least one tile of 5 × 5 tiles in the planar image 104 based on the generated random value. A range of numerical values to be displayed, that is, any one numerical value from 1 to 6 is displayed. Further, the numerical value display control unit 22 displays the number of levels in the level display column 102 displayed on the display unit 11 in accordance with the numerical value stored in the “level” item of the progress state table 51 of the progress information storage unit 50 shown in FIG. Displays a numeric value indicating. Further, the numerical display control unit 22 starts the game, and the dice display control unit 23 described later rotates the dice in the planar image 104, and the numerical value on the upper surface of the dice and the numerical value on the tile that the bottom surface of the dice touches. If they match, delete the number on the tile.

  When an operation signal for starting a game is input from the operation unit 10, the dice display control unit 23 displays an image of the dice arranged in a predetermined direction on the tile selected by the numerical display control unit 22. . In addition, when an operation signal for rotating the die is input from the operation unit 10, the dice display control unit 23 determines the side corresponding to the direction on the bottom surface of the die according to the information indicating the direction included in the input operation signal. A moving image in which the dice is rotated 90 degrees as an axis and the dice are arranged on adjacent tiles is displayed. The dice display control unit 23 acquires time information input from the time measuring unit 12 every time an operation signal for rotating the dice is input, and the acquired time information and the progress state table of the progress information storage unit 50 are acquired. Based on the values stored in the items of “Previous operation time” and “Average operation interval” 51, a new average operation interval is newly calculated, and the calculated average operation interval and the acquired time information are displayed in the elapsed state table 51. Are recorded and updated in the items of “average operation interval” and “previous operation time”. The dice display control unit 23 adds 1 to the value stored in the item “total number of moves” of the progress state table 51 of the progress information storage unit 50 each time an operation signal for rotating the dice is input. Update.

  When the numerical value on the tile is deleted or the number of levels increases, the score calculation unit 24 shows the number of points stored in the “score” item of the progress state table 51 of the progress information storage unit 50 as shown in FIG. A predetermined number of points is added to the score setting table 41 of the setting information storage unit 40, and the number of points after the addition is displayed in the score display column 101 shown in FIG. 18 and added to the item “score” of the progress state table 51. Record the number of points after.

  When the game apparatus 1 is activated, the remaining time calculation unit 25 sets the remaining time limit time stored in advance in the remaining time setting table 42 as an item of “remaining time” in the elapsed state table 51 of the elapsed information storage unit 50. The value recorded and recorded in the remaining time display field 103 is displayed as the initial value of the game time limit. In addition, when the game is started, the remaining time calculation unit 25 calculates the elapsed time from the start of the game based on the time information input from the time measuring unit 12, and sets the “remaining time” item in the elapsed state table 51. The elapsed time is subtracted from the stored value, the value after the subtraction is displayed in the remaining time display field 103, and the value after the subtraction is added to the item “remaining time” in the elapsed state table 51 of the elapsed information storage unit 50. Record.

  Further, when the numerical value displayed on the tile of the planar image 104 is deleted, the remaining time calculation unit 25 refers to the remaining time setting table 42 of the setting information storage unit 40, and at that time, the “level” of the elapsed state table 51 "Addition time corresponding to the number of levels stored in the item" is added to the remaining time. Further, when the remaining time after adding the addition time corresponding to the number of levels exceeds the remaining time limit time, the remaining time calculation unit 25 determines the excess amount as “not added” in the progress state table 51 of the progress information storage unit 50. The value is updated by adding to the value of the “time” item, and the remaining time limit time is displayed as the remaining time in the remaining time display field 103, and the value of the remaining time limit time is displayed in “elapsed state table 51 of the elapsed information storage unit 50. Record in the “Remaining time” item.

  Further, when the remaining time becomes equal to or less than the crisis state remaining time stored in the remaining time setting table 42 of the setting information storage unit 40, the remaining time calculation unit 25 stores the “state” in the elapsed state table 51 of the progress information storage unit 50. "Crisis state" is recorded in the item "", a game screen to which a display effect indicating the crisis state is added is displayed on the display unit 11, and music with an acoustic effect indicating the crisis state is output to the audio output unit 13. Here, as a display effect indicating a crisis state, there is a display effect of flashing the numerical value in the remaining time display field 103, and as a sound effect indicating a crisis state, the audio output unit 13 outputs in a normal state. There is a BGM (Back Ground Music) that speeds up the tempo and outputs it.

  In addition, the remaining time calculation unit 25 adds the value when the numerical value displayed on the tile of the planar image 104 is erased when “crisis state” is set in the “state” item of the elapsed state table 51. Value of the item “return count” in the progress state table 51 of the progress information storage unit 50 when the remaining time of the current time becomes equal to or longer than the normal state remaining time stored in the remaining time setting table 42 of the setting information storage unit 40 1 is added to the value stored in, the “normal state” is recorded in the “state” item of the progress state table 51 of the progress information storage unit 50, and the game screen is displayed with the display effect as a normal display effect. The sound output unit 13 outputs the sound effect as a normal sound effect.

  When a game start operation signal is input from the operation unit 10, the continuation determination unit 26 sets “01” determined in advance in the “level” item of the progress state table 51 of the progress information storage unit 50. The continuation determination unit 26 determines whether all numerical values on the tile are deleted by the numerical value display control unit 22 and the game is ended, or whether the remaining time is set to 0 by the remaining time calculation unit 25 and the game is ended. judge. Further, the continuation determination unit 26 adds 1 to the number of levels stored in the “level” item of the progress state table 51 when all the numerical values on the tile are erased by the numerical value display control unit 22 and the game is finished. Then increase the number of levels and continue the game.

  As illustrated in FIG. 2, the evaluation processing unit 30 includes an intelligence information calculation unit 31, a determination power information calculation unit 32, a potential information calculation unit 33, and a crisis avoidance power information calculation unit 34. In the evaluation processing unit 30, the intelligence information calculation unit 31 includes a value stored in the item “score” of the progress state table 51 of the progress information storage unit 50, and an intelligence information table 43 of the setting information storage unit 40 illustrated in FIG. Based on the above, intelligence information is calculated. The determination power information calculation unit 32 determines determination power information based on the “average operation interval” of the progress state table 51 of the progress information storage unit 50 and the determination power information table 44 stored in the setting information storage unit 40 shown in FIG. Is calculated.

  The potential information calculation unit 33 is based on the value stored in the “non-addition time” item of the progress state table 51 of the progress information storage unit 50 and the potential information table 45 of the setting information storage unit 40 shown in FIG. To calculate potential information. The crisis avoidance power information calculation unit 34 stores the value stored in the item “return count” of the progress state table 51 of the progress information storage unit 50 and the crisis avoidance power information table 46 of the setting information storage unit 40 shown in FIG. Based on this, crisis aversion information is calculated.

  The evaluation information display control unit 35 includes a total value of intelligence information, decision power information, potential information, and crisis avoidance information each indicated by a value of 1 to 8, and a setting information storage unit 40 illustrated in FIG. Based on the rank evaluation table 47, rank information represented by E + to E + is detected. In addition, the evaluation information display control unit 35 detects the rank information, the number of points stored in the “score” item of the progress state table 51 of the progress information storage unit 50, determination information, intelligence information, potential information, crisis An image including the graph shown in FIG. 20 is displayed on the display unit 11 based on the avoidance force information.

  The setting information storage unit 40 stores the tables shown in FIGS. 3 to 9 in which information is stored in advance. In the score setting table 41 shown in FIG. 3, the number of points added when the numerical value on the tile is deleted and the level is increased, that is, added when the level number increases when all the numerical values on the tile are deleted. The number of points to be played is stored.

  The remaining time setting table 42 shown in FIG. 4 includes a remaining time at the start of the game, a remaining time limit time that is an upper limit value of the remaining time, a normal state remaining time for determining whether or not a normal state, The remaining critical state time for determining whether or not the critical state is present is stored. Further, the remaining time setting table 42 stores an addition time that is added to the remaining time according to the number of levels when the numerical value displayed on the tile of the planar image 104 is deleted.

  The intelligence information table 43, the determination power information table 44, the potential information table 45, the crisis avoidance information table 46, and the rank evaluation table 47 shown in FIGS. 5 to 9 are the intelligence information calculation unit of the evaluation processing unit 30 as described above. 31, a decision power information calculation unit 32, a latent ability information calculation unit 33, a crisis avoidance power information calculation unit 34, and a table referred to by calculation by the evaluation information display control unit 35. Note that the numerical values stored in the determination power information table 44 are set in units of 0.1 seconds at the boundary of the evaluation stage because the average operation interval calculated by the dice display control unit 23 is in units of 0.1 seconds. . The numerical value of the non-addition time stored in the potential information table 45 is set in units of 1 second at the boundary of the evaluation stage because the remaining time processed by the remaining time calculation unit 25 is in units of 1 second.

  The progress information storage unit 50 stores a progress state table 51, an intermediate state table 52, and a history information table 53 shown in FIG. 10 to FIG. 12, which store information indicating states that change according to the progress of the game. As described above, the progress state table 51 includes “level”, “score” in which information is recorded by the numerical display control unit 22, the dice display control unit 23, the score calculation unit 24, the remaining time calculation unit 25, and the continuation determination unit 26. ”,“ Remaining time ”,“ Status ”,“ Non-addition time ”,“ Number of return times ”,“ Total number of moves ”,“ Last operation time ”, and“ Average operation interval ”. As initial values, 0 is stored in “score”, “remaining time”, “non-addition time”, “return count”, “total number of moves”, “previous operation time”, and “average operation interval”. It is assumed that “normal state” is stored in “state”. Further, as described above, the “level” is recorded by the continuation determination unit 26 at the start of the game as described above, and thus the recorded value becomes the initial value.

  The intermediate state table 52 shown in FIG. 11 has items of “numerical value display tile”, “average operation interval”, “number of selections”, and “done / not yet”. Each row of the intermediate state table 52 is generated by the number of tiles on which numerical values are displayed when the numerical value display control unit 22 displays the numerical values on the tiles. At this time, a number is set as identification information in the item of “numerical value display tile”. When numerical values are displayed on three of the 5 × 5 tiles, the values “1”, “2”, and “3” are set. In the items of “average operation interval” and “number of selections”, for the row in which “1” is set in the item of “numerical value display tile”, the numerical value on the tile is first erased after the game is started. The average operation interval and the selected number of moves are recorded by the dice display control unit 23. For the row where the item of “Numeric display tile” is “2”, the average operation interval and the number of selections until the numerical value on the second tile is deleted after the numerical value on the first tile is deleted are dice. Recorded by the display control unit 23. Note that 0 is stored as an initial value in the items of “average operation interval” and “number of selected operations”.

  For the item “Done / Not”, “Unclear” is stored as an initial value, and “Cleared” is recorded when the numerical value on the tile is deleted. For example, in the example of FIG. 11, the numerical value on the first tile is erased, but the numerical value on the tile is erased for the numerical value on the second tile, although the operation of rotating the dice is being performed. Indicates a state that has not been done.

  In the history information table 53 shown in FIG. 12, when the evaluation information is displayed by the evaluation information display control unit 35 of the evaluation processing unit 30, “score”, “rank”, and “date” of the evaluation information are displayed. Information is recorded in the order of relative order of increasing score points with respect to past evaluation information.

(Processing in game device)
Next, processing executed by the game apparatus 1 will be described with reference to FIGS. FIG. 13 is a flowchart showing overall processing executed by the game apparatus 1. First, when the user presses the button 10b of the operation unit 10, the operation unit 10 inputs an operation signal for starting a game to the game processing unit 20 (step S1). When a game start operation signal is input, the continuation determination unit 26 of the game processing unit 20 sets “01”, which is predetermined as an initial value, to the “level” item of the progress state table 51 of the progress information storage unit 50. Then, a start instruction is input to the tile display control unit 21 (step S2).

  When the start instruction is input, the tile display control unit 21 displays a planar image 104 composed of 5 × 5 tiles on the display unit 11 as shown in FIG. 18 (step S3). When the display of the flat image 104 by the tile display control unit 21 is completed, the numerical display control unit 22 then generates a random number by an internal random number generation function, and at least 1 in the flat image 104 based on the generated random value. Display a number in the range of numbers displayed on the die surface on one or more tiles.

  Here, a specific numerical value display process performed by the numerical value display control unit 22 will be described. First, the numerical display control unit 22 selects any one tile of 5 × 5 tiles based on the generated random number. Then, the numerical value display control unit 22 does not display on the display unit 11 and arranges the dice in a predetermined direction on the selected tile as an internal calculation process, and in a predetermined direction for a predetermined number of times. Set the rotated tile as the starting point. Then, the die is further rotated a predetermined number of times from the start point in a predetermined direction, and the numerical value displayed on the upper surface of the die is displayed on the surface of the tile where the dice exists at the predetermined rotation number. To do. Note that the direction of rotation is set so as not to return to the original direction. In this way, it is possible to select a tile that can be erased by rotating the dice, and to specify a numerical value to be displayed on the selected tile.

In addition to the position of the tile where the dice is initially arranged, the direction of dice placement, the direction of rotation of the dice, and the number of dice rotations may be determined by random numbers. In order to increase the level of difficulty according to the number of levels stored in the item, the number of numerical values to be displayed and the number of dice rotations required to erase the numerical value displayed on the tile may be increased. Good.
FIG. 18 shows an example in which numerical values are displayed in five tiles out of 5 × 5 tiles.

  At this time, the numerical value stored in the “level” item of the progress state table 51 by the numerical display control unit 22, that is, “01” is displayed in the level display field 102, and the elapsed state table 25 is displayed by the remaining time calculation unit 25. The numerical value stored in the item “Remaining time” 51, that is, “30” is displayed in the remaining time display field 103, and the numerical value stored in the item “Score” of the progress state table 51 by the score calculation unit 24. That is, “0” is displayed in the score display column 101 (step S4).

  Next, the dice display control unit 23 arranges and displays the dice in a direction predetermined by the numerical display control unit 22 in the tile initially selected by the numerical display control unit 22, and the remaining time calculation unit 25 displays the remaining time. The time calculation is started, and the BGM in the normal state is output to the audio output unit 13 (step S5).

  When the dice are arranged by the dice display control unit 23, a dice operation process shown in FIG. 14 is performed (step S6).

  In FIG. 14, the dice display control unit 23 performs the operation input waiting process shown in FIG. 15 until an operation signal for rotating the dice is input from the operation unit 10 by the operation of the cross key 10a by the user (step Sa1).

  In the operation input waiting process shown in FIG. 15, the remaining time calculation unit 25 first calculates the elapsed time based on the time information input from the time measuring unit 12, and the item of “remaining time” in the elapsed state table 51 in units of 1 second. Subtract the elapsed time calculated from the value of the remaining time stored in, record the value of the remaining time after the subtraction in the item “Remaining time” of the elapsed state table 51, and display the remaining time displayed on the display unit 11. The value of the remaining time after subtraction is displayed in the column 103 (step Sb1). The remaining time calculation unit 25 determines whether or not the value of the remaining time after subtraction is 0 (step Sb2). If the value of the remaining time is 0, the operation of the dice operation is terminated with the passage of time. “Processing end” is set as the return value of the input waiting process, and the process returns to the dice operation process (step Sb3).

  On the other hand, if the remaining time after subtraction is not 0, the remaining time calculation unit 25 determines whether or not the remaining time is equal to or less than the crisis state remaining time preset in the remaining time setting table 42 of the setting information storage unit 40. Determine. In the example of the remaining time setting table 42 shown in FIG. 4, it is determined whether it is 10 seconds or less (step Sb4). When the remaining time calculation unit 25 determines that the remaining time is 10 seconds or less, the remaining time calculation unit 25 records the state by recording it in the “crisis state” information in the “state” item of the elapsed state table 51. The value is changed (step Sb5), the value of the remaining time displayed in the remaining time display field 103 displayed on the display unit 11 is blinked, and the audio output unit 13 outputs the tempo faster than the BGM output in the normal state ( Step Sb6).

  The dice display control unit 23 operates to rotate the dice from the operation unit 10 while the remaining time calculation unit 25 performs steps Sb1, Sb2, Sb4 or Sb1, Sb2, Sb4, Sb5, Sb6. It is determined whether or not a signal input is detected (step Sb7). When the die display control unit 23 does not detect the input of the operation signal, the processing from step Sb1 is repeatedly performed. On the other hand, when the dice display control unit 23 detects the input of the operation signal, the operation input waiting process is terminated and the process returns to the dice operation process.

  In step Sa2 in FIG. 14, the continuation determination unit 26 determines whether or not the return value from the operation input waiting process is “processing end” (step Sa2). If the continuation determination unit 26 determines that the return value from the operation input waiting process is “process end”, it ends the dice operation process, and performs the process of step S7 shown in FIG. At this time, the continuation determination unit 26 takes over the return value information of “processing end” and performs the process of step S7.

  On the other hand, when the continuation determination unit 26 determines that the return value from the operation input waiting process is not “end of processing”, the dice display control unit 23 detects the operation signal for rotating the dice from the operation unit 10. 12 based on the time information acquired from 12 and the values stored in the items of “previous operation time” and “average operation interval” in the progress state table 51, and the average operation interval calculated is newly calculated. And the acquired time information are recorded and updated in the items of “average operation interval” and “previous operation time” of the progress state table 51. The dice display control unit 23 adds 1 to the value stored in the item “total number of moves” of the progress state table 51 of the progress information storage unit 50 each time an operation signal for rotating the dice is input. Update. At this time, the dice display control unit 23 records the “average operation interval” recorded in the progress state table 51 in the “average operation interval” of the row where the “numerical value display tile” of the intermediate state table 52 of the progress information storage unit 50 is “1”. "Is recorded, and 1 is added to the item of" number of selections "and recorded (step Sa3).

  Then, the dice display control unit 23 rotates the dice 90 degrees around the side corresponding to the direction of the bottom surface of the die according to the information indicating the direction included in the operation signal for rotating the dice. Is displayed (step Sa4). For example, when the dice 105 are arranged at the tile positions shown in FIG. 19A, if an operation signal for rotating in the lower right direction is input, the dice 105 is rotated to the state shown in FIG. A moving image of the die 105 to be displayed is displayed.

  When the dice display control unit 23 rotates the dice 105 to reach the state shown in FIG. 19B, the numerical display control unit 22 displays the numerical value on the upper surface of the dice 105 on the tile 110 where the bottom surface of the dice touches. It is determined whether the numerical values to be matched match. Here, if no numerical value is displayed on the tile, it is determined that they do not match (step Sa5). When the numerical display control unit 22 determines that they do not match, the processing from step Sa1 is repeated.

  On the other hand, when the numerical value on the upper surface of the die 105 is “4” and the numerical value displayed on the tile 110 is “4” as in the state shown in FIG. It is determined that the numerical value on the upper surface of the die 105 matches the numerical value displayed on the tile 110. If the numerical value display control unit 22 determines that the values match, the numerical value display control unit 22 performs a process of deleting the numerical value displayed on the tile 110 (step Sa6). FIG. 19C is a diagram showing an example in which the dice 105 is further rotated. FIG. 19C shows a state in which the numerical value of the tile 110 is erased.

  When the numerical value of the tile 110 is deleted by the numerical value display control unit 22, the score calculation unit 24 stores the value stored in the item “numerical value deletion” of the score setting table 41 of the setting information storage unit 40, that is, FIG. In the example, “100” is added to the number of points stored in the “score” item of the progress state table 51 to update the number of points. The score calculation unit 24 displays the number of points after the addition in the score display column 101 displayed on the display unit 11 (Step Sa7).

  When the score points are updated by the score calculation unit 24, the remaining time update process shown in FIG. 16 is then performed by the remaining time calculation unit 25 (step Sa8).

  In the remaining time update process shown in FIG. 16, when the numerical value of the tile 110 is deleted, the remaining time calculation unit 25 refers to the remaining time setting table 42 of the setting information storage unit 40 shown in FIG. The remaining time stored in the “remaining time” item of the elapsed state table 51 is added (step Sc1). Next, the remaining time calculation unit 25 compares the number of remaining hours after the addition with the value stored in the item “remaining time limit time” of the remaining time setting table 42 of the setting information storage unit 40, and after the addition It is determined whether the remaining time number exceeds the remaining time limit time (step Sc2). When the remaining time calculation unit 25 determines that the remaining time number after the addition exceeds the remaining time limit time, the remaining time calculation unit 25 subtracts the remaining time limit time from the added remaining time number to calculate the excess time. The calculated excess time is added to the value stored in the “non-addition time” item of the elapsed state table 51 to be updated (step Sc3). The remaining time calculation unit 25 records the value of the remaining time limit time in the item “Remaining time” of the elapsed state table 51, that is, “30” seconds in the example of FIG. 4, and displays it on the display unit 11. “30” seconds are displayed in the remaining time display field 103 (step Sc4).

  On the other hand, when the remaining time calculation unit 25 determines that the number of remaining times after the addition does not exceed the remaining time limit time, the value of the remaining time after the addition is added to the item “remaining time” in the elapsed state table 51. In addition to recording, the value of the remaining time after addition is displayed in the remaining time display field 103 displayed on the display unit 11 (step Sc5).

Next, the remaining time calculating unit 25 stores the information stored in the “state” item of the elapsed state table 51 as “crisis state” and the value stored in the “remaining time” item as the setting information storage. It is determined whether or not the value is greater than or equal to the value stored in the “normal state remaining time” item of the remaining time setting table 42 of the unit 40 (step Sc6). The remaining time calculation unit 25 stores the information stored in the “state” item in the “crisis state” and the value stored in the “remaining time” item in the “normal state remaining time” item. If it is determined that the value is equal to or greater than the value, 1 is added to the item of “return count” in the progress state table 51 to be updated (step Sc7). In addition, the remaining time calculation unit 25 changes the state by recording the “normal state” information in the “state” item of the elapsed state table 51 (step Sc8), and the remaining time display field displayed on the display unit 11 The flashing of the value of the remaining time 103 is stopped, the BGM is output to the audio output unit 13 at the normal state tempo (step Sc9), the remaining time update process is terminated, and the process returns to the dice operation process.
On the other hand, even if the information stored in the “state” item is not “crisis state” or “crisis state”, the value stored in the “remaining time” item is “normal state remaining time”. If it is determined that the value is not equal to or greater than the value stored in the item, the remaining time update process is terminated and the process returns to the dice operation process.

  When the remaining time update process in step Sa8 ends, the continuation determination unit 26 next determines whether all the numerical values displayed on the tiles of the planar image 104 have been deleted (step Sa9). When the continuation determination unit 26 determines that all the numerical values displayed on the tiles of the planar image 104 have not been deleted, the processing from step Sa1 is repeated. On the other hand, when the continuation determination unit 26 determines that all the numerical values displayed on the tiles of the planar image 104 have been deleted, the dice operation process is terminated, and the process of step S7 shown in FIG. 13 is performed.

In step S7, the continuation determination unit 26 determines whether to continue or end the game. The information used as a criterion for the determination is information that has been processed when the remaining time becomes 0 in step Sb3 of the operation input waiting process shown in FIG. 15, and when the information is taken over as described above. The game is determined to be finished. In other cases, it is determined that the game is to be continued, and the continuation determination unit 26 increases the number of levels by adding 1 to the number of levels stored in the “level” item of the progress state table 51 ( In step S8), a start instruction is input to the tile display control unit 21 to start the processes in and after step S3.
On the other hand, if it is determined by the continuation determination unit 26 that the game is to be ended, next, the evaluation result output process shown in FIG. 17 is performed by the evaluation processing unit 30 (step S9).

  In the evaluation result output process illustrated in FIG. 17, the intelligence information calculation unit 31 firstly stores the value stored in the item “score” of the progress state table 51 of the progress information storage unit 50 and the setting information storage unit 40 illustrated in FIG. 5. Based on the intelligence information table 43, the intelligence information indicated by any numerical value from 1 to 8 indicated in 8 steps is calculated (step Sd1). Next, the determination power information calculation unit 32 is based on the “average operation interval” of the progress state table 51 of the progress information storage unit 50 and the determination power information table 44 stored in the setting information storage unit 40 shown in FIG. Similarly, determination power information indicated by any numerical value from 1 to 8 is calculated (step Sd2).

  Next, the potential information calculation unit 33 stores the value stored in the “non-addition time” item of the progress state table 51 of the progress information storage unit 50 and the potential information table 45 of the setting information storage unit 40 shown in FIG. Based on the above, the potential information indicated by any one of 1 to 8 is calculated (step Sd3). Next, the crisis avoidance power information calculation unit 34 stores the value stored in the “return count” item of the progress state table 51 of the progress information storage unit 50 and the crisis avoidance power information table of the setting information storage unit 40 shown in FIG. 46, the crisis avoidance information indicated by any one of 1 to 8 is calculated (step Sd4).

  The evaluation information display control unit 35 includes a total value of intelligence information, decision power information, potential information, and crisis avoidance information each indicated by a value of 1 to 8, and a setting information storage unit 40 illustrated in FIG. Based on the rank evaluation table 47, rank information represented by E + to E + is detected. Then, the evaluation information display control unit 35 displays the image shown in FIG. 20 on the display unit 11 (step Sd5). At this time, the evaluation information display control unit 35 stores the number of points stored in the “score” item of the history information table 53 of the progress information storage unit 50 shown in FIG. The rank information detected is recorded in the item of “Rank”, the date information is acquired from the timer 12 when the rank information is detected in the item of “Date”, and the acquired date information is recorded. At the same time, the information is rearranged and recorded in the order of the relative order in which the score points with the information including “score”, “rank”, and “date” recorded in the past are increased (step Sd6).

 In the image displayed on the display unit 11, the total score display field 201 displays the number of points stored in the “score” item of the progress state table 51. The graph display column 202 displays a graph represented by a radar chart based on the values of determination power information, intelligence information, potential information, and crisis avoidance information. In the rank display column 203, rank information detected by the evaluation information display control unit 35 is displayed.

  Thereafter, the evaluation information display control unit 35 displays the ranking of the individual user shown in FIG. 12 on the display unit 11 in accordance with an operation signal input from the operation unit 10 by a user operation or after a certain time has elapsed. (Step Sd7).

  Thereafter, the evaluation information display control unit 35 provides a totaling process of the game through the communication unit 14 according to an operation signal input from the operation unit 10 by a user operation or after a certain time has elapsed. The information indicating the national ranking included in the response information from the server device is displayed on the display unit 11 as shown in FIG. 22 (step Sd8).

  According to the configuration of the above embodiment, when the user operates the operation unit 10 to rotate the dice and erases the numerical values on the tile or when all the numerical values on the tile are erased and the number of levels increases, it is predetermined. The number of points obtained can be recorded in the progress state table 51. Thereby, based on the score value which is the total of the number of points recorded in the progress state table 51, the intelligence information of the user is calculated according to a predetermined criterion, and the relative information is compared with other users. It is possible to display the user's ability to make a comparison that can be compared.

  With the configuration of the above embodiment, it is possible to record the average operation interval in the elapsed state table 51 every time the user operates the operation unit 10 to rotate the dice. Thereby, based on the average operation interval recorded in the progress state table 51, the determination power information of the user is calculated according to a predetermined criterion, and the user's relatively comparable with other users is calculated. It is possible to display the quick response ability.

  Further, according to the configuration of the above embodiment, when the remaining time number added every time the numerical value of the tile is deleted exceeds the remaining time limit time in the course of progress of the game, the excess amount is set as a non-addition time. It is possible to record in the progress state table 51. Thereby, based on the non-addition time, the potential information of the user is calculated according to a predetermined criterion, and the degree of margin in the judgment ability of the user that can be relatively compared with other users is displayed. It becomes possible to do.

  Further, according to the configuration of the above embodiment, the remaining time is added every time the numerical value of the tile is deleted after the remaining time becomes equal to or less than a predetermined crisis state remaining time while the game is progressing. Thus, the number of times that the normal state remaining time is exceeded can be recorded in the elapsed state table 51 as the return number. Thereby, based on the number of times of return, crisis avoidance ability information indicating the judgment ability of the user at the time of the crisis in the game is calculated according to a predetermined criterion, and is compared relatively with other users. It is possible to display possible abilities.

  In the configuration of the above embodiment, when calculating intelligence information, the calculation is based on the number of points stored in the item “score” of the progress state table 51. Each time the unit 10 is operated to rotate the dice, the selected total number of moves may be recorded in the progress state table 51, and the intelligence information may be calculated based on the total number of moves.

  In the configuration of the above embodiment, even if numerical values are displayed on a plurality of tiles, the average operation interval and the number of selections in operations required for each tile are recorded in the intermediate state table 52. It is also possible to calculate determination information and intelligence information for each tile on which numerical values are displayed based on the average operation interval and the selected number of operations stored in the intermediate state table 52, respectively.

  In addition, the configuration of the above embodiment allows the user to influence the user's intention and judgment directly on the progress of the game while using the shape of the dice and the arrangement characteristics of information such as numbers displayed on the surface. It is possible to provide a game device that provides fun. In addition, as described above, the user's operation state and the game progress state are recorded in the progress, so that the accuracy of the user's judgment and the quick response ability can be relatively compared with other users. The evaluation information that can be displayed can be displayed, and it becomes possible to provide more enjoyment to the user by using the evaluation information.

In the configuration of the above embodiment, the dice is rotated on the planar image, and when the numerical value on the tile constituting the planar image matches the numerical value on the upper surface of the die, the numerical value on the tile is erased. In the configuration, the average operation interval, the score, the total number of operations, the non-addition time, and the number of times of return are recorded, and the intelligence information, determination information, potential information, and crisis avoidance information are calculated.
The feature of the game in this configuration is that it takes a plurality of steps to erase the numerical value displayed on the tile that is a predetermined target state. It is to select and reach a target state. Therefore, for example, in a game such as shogi or chess, the target state is set like a shogi, and the configuration of this embodiment is also applied to a game in which the user arbitrarily selects any hand multiple times. It is also possible to calculate intelligence information, determination information, potential information and crisis avoidance information. Other examples of such games include card games such as solitaire.

  Further, in the configuration of the above embodiment, when numerical values are displayed on a plurality of tiles, the numerical values on the individual tiles are reached before reaching the state of deletion of the numerical values on all the tiles which is the final target state. There is an intermediate goal state to eliminate. In this way, by applying the configuration of the present embodiment to the game having the final target state and the intermediate target state, the intermediate target state is based on the average operation interval and the selected number of operations recorded in the intermediate state table 52. It is also possible to calculate decision information and intelligence information for each. As such a game, for example, in a game such as Tetris, blocks are randomly arranged in advance, and the final target state is set to erase all blocks, and the intermediate target state is There is a game in which a state of erasing block lines one by one is set. Also in games such as stuffed shogi, a plurality of game stages are set as a set of games, and the final goal state is set to clear all game stages, and one game is set as an intermediate goal state. It can also be applied to a game in which a state for clearing the stage is set.

  In the configuration of the above embodiment, the game end condition is that the remaining time is zero, but the process is ended when the level reaches a certain value, for example, 99, as the game end condition. You may do it.

  In addition, as a condition for ending the game, on the condition that the remaining time becomes 0, a process such as decreasing the value of the remaining time limit time when the number of levels increases is performed, and as the number of levels increases The possibility of ending the game may be gradually increased.

  In the configuration of the above-described embodiment, the number of tiles included in the planar image 104 of the game image displayed on the display unit 11 is 5 × 5, which is 25. The number of tiles other than 5 × 5 and the number of vertical and horizontal tiles may be different.

  Further, in the configuration of the above embodiment, the information displayed on the surface of the dice and the information displayed on the tile are numbers, but the information is not limited to the numbers according to the configuration of the present embodiment. A configuration such as a pattern may be used. In the case of such a configuration, the game apparatus 1 has a random number generation function and includes an information output unit that outputs predetermined information such as a pattern or a pattern according to the generated random number, and is output from the information output unit. Using the predetermined information, the dice display control unit 23 displays the predetermined information on the surface of the die, and the numerical display control unit 22 displays the predetermined information on the tile that can be erased by rotating the dice. It can be configured and realized.

  Further, in the configuration of the above embodiment, the shape of the die is a regular hexahedron, but the shape is not limited to the configuration of the present embodiment, and is a regular polyhedron other than a regular hexahedron, or a polyhedron other than a regular polyhedron. There may be. In the case of such a configuration, when the tile display control unit 21 rotates the polyhedron in all directions around each side of the bottom surface of the polyhedron on the plane, the tile display control unit 21 surrounds a region where each bottom surface of the polyhedron contacts the plane. The frame will be displayed as a tile.

  Further, in the configuration of the above embodiment, when the numerical value on the tile that contacts the top surface of the die and the bottom surface of the die matches, the numerical value on the tile is erased. Not limited to the configuration, the numerical value on the tile may be deleted when the surface of the die other than the predetermined upper surface matches the numerical value on the tile.

  In the configuration of the above embodiment, the remaining time limit time is set as the remaining time at the start time. However, the remaining time at the start time may be set separately from the remaining time limit time.

  Further, in the configuration of the above embodiment, the normal state remaining time and the crisis state remaining time are different from each other, but the normal state remaining time and the crisis state remaining time may be the same value.

  In the configuration of the above embodiment, the game apparatus 1 includes the evaluation processing unit 30 to calculate intelligence information, determination power information, potential information, and crisis avoidance information. For example, the evaluation processing unit 30 may be included in the server device. In the case of such a configuration, at the end of the game, the information stored in the progress information storage unit 50 is transmitted to the server device, and the server device calculates intelligence information, determination information, potential information, crisis avoidance information, The calculated intelligence information, determination power information, potential information, and crisis avoidance information are transmitted to the game apparatus 1, and the game apparatus 1 performs the display shown in FIG.

  The operation means described in the present invention corresponds to the operation unit 10, the polyhedron display means corresponds to the dice display control unit 23, the frame display means corresponds to the tile display control unit 21, and the information display control means. Corresponds to the numerical display control unit 22. Further, as described above, the information output means described in the present invention corresponds to the information output means provided when information other than numerical values is displayed on the surface of the dice or the tile surface.

Moreover, the score calculation means described in the present invention corresponds to the score calculation unit, and the remaining time calculation means corresponds to the remaining time calculation unit.
Further, the intelligence information calculation means described in the present invention corresponds to the intelligence information calculation section, the determination power information calculation means corresponds to the determination power information calculation section, and the latent ability information calculation means corresponds to the latent ability information calculation section. Correspondingly, the crisis avoidance power information calculation means corresponds to the crisis avoidance power information calculation unit.

  Further, a program for realizing each step shown in FIGS. 13, 14, 15, 16, and 17 is recorded on a computer-readable recording medium, and the program recorded on the recording medium is stored in a computer system. By executing the reading and execution, the execution process of the game apparatus 1 and the dice operation process, the operation input waiting process, the remaining time update process, and the evaluation result output process, which are internal processes, may be performed. Here, the “computer system” may include an OS and hardware such as peripheral devices.

  Further, the “computer system” includes a homepage providing environment (or display environment) if a WWW system is used. The “computer-readable recording medium” means a flexible disk, a magneto-optical disk, a ROM, a writable nonvolatile memory such as a flash memory, a portable medium such as a CD-ROM, a hard disk built in a computer system, etc. This is a storage device.

Further, the “computer-readable recording medium” means a volatile memory (for example, DRAM (Dynamic DRAM) in a computer system that becomes a server or a client when a program is transmitted through a network such as the Internet or a communication line such as a telephone line. Random Access Memory)), etc., which hold programs for a certain period of time.
The program may be transmitted from a computer system storing the program in a storage device or the like to another computer system via a transmission medium or by a transmission wave in the transmission medium. Here, the “transmission medium” for transmitting the program refers to a medium having a function of transmitting information, such as a network (communication network) such as the Internet or a communication line (communication line) such as a telephone line.
The program may be for realizing a part of the functions described above. Furthermore, what can implement | achieve the function mentioned above in combination with the program already recorded on the computer system, and what is called a difference file (difference program) may be sufficient.

It is a block diagram which shows the internal structure of the game device by this embodiment. It is a block diagram which shows the internal structure of the evaluation process part in the embodiment. It is a figure which shows the score setting table of the setting information storage part in the embodiment. It is a figure which shows the remaining time setting table of the setting information storage part in the embodiment. It is a figure which shows the intelligence information table of the setting information storage part in the embodiment. It is a figure which shows the determination power information table of the setting information storage part in the embodiment. It is a figure which shows the potential information table of the setting information storage part in the embodiment. It is a figure which shows the crisis avoidance power information table of the setting information storage part in the embodiment. It is a figure which shows the rank evaluation table of the setting information storage part in the embodiment. It is a figure which shows the progress state table of the progress information storage part in the embodiment. It is a figure which shows the intermediate | middle state table of the progress information storage part in the embodiment. It is a figure which shows the log | history information table of the progress information storage part in the embodiment. It is a flowchart which shows the process of the game device in the embodiment. It is a flowchart which shows the dice operation process in the process of the game device in the embodiment. It is a flowchart which shows the operation input waiting process in the process of the game device in the embodiment. It is a flowchart which shows the remaining time update process in the process of the game device in the embodiment. It is a flowchart which shows the evaluation result output process in the process of the game device in the embodiment. It is a figure which shows an example of the game screen displayed on the display part of the game device in the embodiment. It is the figure which showed the state which dice rotates on the game screen displayed on the display part of the game device in the embodiment. It is a figure which shows the evaluation result screen displayed on the display part of the game device in the embodiment. It is a figure which shows the log | history screen of the evaluation result displayed on the display part of the game device in the embodiment. It is a figure which shows the national ranking screen displayed on the display part of the game device in the embodiment.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Game device 10 Operation part 11 Display part 12 Timekeeping part 13 Audio | voice output part 14 Communication part 20 Game processing part 21 Tile display control part 22 Numerical display control part 23 Dice display control part 24 Score calculation part 25 Remaining time calculation part 26 Continuation determination Unit 30 evaluation processing unit 31 intelligence information calculation unit 32 determination power information calculation unit 33 latent ability information calculation unit 34 crisis avoidance power information calculation unit 35 evaluation information display control unit 40 setting information storage unit 50 progress information storage unit

Claims (11)

An operation means that is operated by a user to detect an operation state by the operation and outputs an operation signal according to the detected operation state;
Information output means for generating a random number and outputting predetermined information determined in accordance with the generated random number;
Polyhedron display means for displaying an image of a polyhedron for displaying predetermined information output by the information output means on at least one of the faces such that any face of the polyhedron is a bottom surface; and
A plane having a frame that surrounds a region in which each bottom surface of the polyhedron is in contact with the plane when the polyhedron is rotated in all directions around each side of the bottom surface of the polyhedron on a plane that is in contact with the bottom surface of the polyhedron Frame display means for displaying an image on the screen;
Predetermined information output by the information output means is displayed in at least one of the frames on the planar image displayed by the frame display means that are not in contact with the bottom surface of the polyhedron displayed by the polyhedron display means. An information display control means,
The polyhedron display means includes:
When an operation signal is output from the operation means, the polyhedron is rotated about any one side of the bottom surface of the polyhedron according to the operation signal,
The information display control means includes
When the frame that contacts the bottom surface of the polyhedron after rotation is a frame in which the predetermined information is displayed, an image displayed on one surface of the polyhedron determined in advance is displayed in the frame when the predetermined information is the predetermined information. The game apparatus, wherein the predetermined information is erased. The polyhedron display means includes:
The operation state in which any one of the hands is selected by the operation unit is detected, and then the operation interval time until the operation state in which any one of the hands is selected is detected by the operation unit is measured. Means for calculating an average operation interval for the interval time;
Determination power information calculating means for calculating determination power information based on an average operation interval calculated by the polyhedron display means until the predetermined information displayed on the frame is deleted by the information display control means The game device according to claim 1. The polyhedron display means includes:
When the operation signal output from the operation means is a game start operation signal, the operation signal is output, the display on the screen by the frame display means and the information display control means, and the screen of the polyhedron An average operation interval is calculated by including, in the operation interval time, a time until the operation state in which one of the hands is first selected by the operation means after the display on the operation is detected. The game device according to claim 2. The polyhedron display means includes:
Means for detecting the total number of hands that are the total number of hands selected until the predetermined information displayed in the frame is erased by the information display control means;
The game apparatus according to claim 1, further comprising intelligence information calculation means for calculating intelligence information based on the total number of moves detected by the polyhedron display means. The game ends when it reaches a predetermined time or reaches a game end state,
The game includes a final target state until the predetermined information displayed in all the frames is erased by the information display control means, and the predetermined display displayed in the frame until the final target state is reached. There is an intermediate target state where each of the information of
Score calculating means for recording a predetermined score in a storage means when the intermediate target state and the final target state are reached by an operation of the operation means by a user;
The intelligence information calculation means for calculating intelligence information based on a total value of predetermined points stored in the storage means;
The game apparatus according to any one of claims 1 to 3, further comprising: The polyhedron display means includes:
Detecting the number of selected hands that is the total number of hands selected until reaching each of the intermediate target state and the final target state;
The intelligence information calculation means includes
The game apparatus according to claim 5, wherein the intelligence information for each intermediate target state is calculated based on the total number of selections detected by the polyhedron display unit. The game ends when it reaches a predetermined time or reaches a game end state,
The game includes a final target state until the predetermined information displayed in all the frames is erased by the information display control means, and the predetermined display displayed in the frame until the final target state is reached. There is an intermediate target state where each of the information of
The remaining time is calculated by subtracting the game elapsed time from the predetermined time, and a predetermined additional time is added to the remaining time every time the intermediate target state is reached, and the added remaining time is determined in advance. If the time limit is exceeded, the difference between the remaining time and the remaining time limit time is recorded as a non-addition time in the storage means, and the remaining time calculating means that sets the remaining time as the remaining time limit time;
4. The game according to claim 1, further comprising: a potential capability calculation unit configured to calculate potential capability information based on a total value of the non-addition times stored in the storage unit. apparatus. The game ends when it reaches a predetermined time or reaches a game end state,
The game includes a final target state until the predetermined information displayed in all the frames is erased by the information display control means, and the predetermined display displayed in the frame until the final target state is reached. There is an intermediate target state where each of the information of
The remaining time is calculated by subtracting the game elapsed time from the predetermined time, and a predetermined additional time is added to the remaining time every time the intermediate target state is reached. The remaining time calculating means for recording the number of times of returning to the normal state that is equal to or more than the normal remaining time determined in advance by adding the remaining time from the crisis state, which is stored in the storage means,
The game apparatus according to any one of claims 1 to 3, further comprising: crisis avoidance force information calculation means for calculating crisis avoidance force information based on the number of times of return stored in the storage means. The polyhedron is a regular hexahedron, and the predetermined information is a numerical value of any one of 1 to 6, and the numerical value is such that the sum of each surface of the regular hexahedron and the opposite surface is 7. Is displayed. The game device according to claim 1, wherein the game device is displayed. A processing method in a game device provided with an operation means for detecting an operation state operated by a user and detecting an operation state corresponding to the operation, and outputting an operation signal corresponding to the detected operation state,
Generating a random number and outputting predetermined information predetermined according to the generated random number;
Displaying an image of a polyhedron displaying predetermined information output on at least one of the surfaces on the screen such that any surface of the polyhedron is a bottom surface;
A plane having a frame that surrounds a region in which each bottom surface of the polyhedron is in contact with the plane when the polyhedron is rotated in all directions around each side of the bottom surface of the polyhedron on a plane that is in contact with the bottom surface of the polyhedron Displaying an image on the screen;
Displaying predetermined information output to at least one of the frames that are not in contact with the bottom surface of the displayed polyhedron among the frames on the displayed planar image;
When the operation means detects an operation state and an operation signal corresponding to the operation state detected from the operation means is input, the polyhedron is configured with any one side of the bottom surface of the polyhedron as an axis according to the operation signal. A step of rotating
When the frame that contacts the bottom surface of the polyhedron after rotation is a frame in which the predetermined information is displayed, an image displayed on one surface of the polyhedron determined in advance is displayed in the frame when the predetermined information is the predetermined information. Erasing the predetermined information; and
The processing method characterized by including. An operation means that detects an operation state that is operated by a user and that corresponds to the operation, and outputs an operation signal corresponding to the detected operation state;
Generating a random number and outputting predetermined information predetermined according to the generated random number;
Displaying an image of a polyhedron displaying predetermined information output on at least one of the surfaces on the screen such that any surface of the polyhedron is a bottom surface;
A plane having a frame that surrounds a region in which each bottom surface of the polyhedron is in contact with the plane when the polyhedron is rotated in all directions around each side of the bottom surface of the polyhedron on a plane that is in contact with the bottom surface of the polyhedron Displaying an image on the screen;
Displaying predetermined information output to at least one of the frames that are not in contact with the bottom surface of the displayed polyhedron among the frames on the displayed planar image;
When the operation means detects an operation state and an operation signal corresponding to the operation state detected from the operation means is input, the polyhedron is configured with any one side of the bottom surface of the polyhedron as an axis according to the operation signal. A step of rotating
When the frame that contacts the bottom surface of the polyhedron after rotation is a frame in which the predetermined information is displayed, an image displayed on one surface of the polyhedron determined in advance is displayed in the frame when the predetermined information is the predetermined information. Erasing the predetermined information; and
Game program for running.

Images