JP5705424B2 - GAME PROGRAM, RECORDING MEDIUM, AND GAME SYSTEM - Google Patents

Description

The present invention relates to a game program, a recording medium that records the game program, and a game system that executes the game program.

  Conventionally, an adventure game in which a player operates a character and progresses the game while solving various mysteries has been commercialized. In an adventure game, generally, a player operates a character (hereinafter referred to as a “player character”) appearing in a virtual game space as his / her alternation, and moves (speaks, moves, uses items, etc.) on the player character. ) To advance the game. For example, in an adventure game called “Treasure Island Z (registered trademark)”, a player can obtain a predetermined item and use it to advance to the next game scene. The item is an object such as a tool or a weapon arranged in the virtual game space for use by the player character.

JP 2009-64364 A

  The player character in the conventional adventure game is often the main character of the story, and depending on the game content, it may be an animal or a robot. By operating the player character in the virtual game space, the player can feel as if he / she is acting in the virtual game space as a player character. In the adventure game, the story progresses by the action of the player character, and the contents of the action change the fate of the appearing characters (corresponding to creatures such as people and animals in the real world, including the player character). Can enjoy.

  However, the inventor wondered whether he could develop an adventure game in which the player can be involved in the game story from a different viewpoint than the conventional adventure game. In other words, the player does not operate the player character, which is one of the characters appearing in the game story, and is involved in the game story from the viewpoint of the player character, but “mono” (real world) appearing in the virtual game space. I thought about developing an adventure game that does not exist as a player character, which is involved in the story of the game indirectly from the outside of the virtual game space through the movement of the game, and changes the fate of the characters. Such an adventure game has not been developed so far. In addition to an adventure game, in a game including an element for operating a player character in a virtual game space to advance a story, instead of operating the player character, through the movement of “things” appearing in the virtual game space. There has never been an idea to advance the story indirectly from outside the virtual game space.

  The present invention has been conceived under the circumstances described above, and provides a game that allows a player to change the game content indirectly by acting on the game content from outside the virtual game space. Its purpose is to do.

  In order to solve the above problems, the present invention takes the following technical means.

A game program provided by the first aspect of the present invention includes: a display control unit that causes a computer to generate a game progress screen having a predetermined content including a plurality of objects and display the game progress screen on the display unit; An operation information input means for inputting operation information for designating at least one of the plurality of objects and causing a designated object that is the designated object to perform a preset action based on an operation of the means When the operation information is input during a period during which the game progress screen is displayed, the game causes the designated object to perform the action and changes the game progress screen to a content representing an event caused by the action. to function as the screen changing means, the specified object is a predetermined distance from the previous specified object Is specified only from the objects displayed on the game progress screen, and is a line segment extending from the previous specified object, and whether or not this reaches, an object is within the predetermined distance It is characterized in that an attachable line indicating whether or not is present is displayed . The predetermined content is not limited to the case where the previous state is reproduced as it is by going back in time as described in an embodiment to be described later. This includes cases where the story does not progress because it is not operated.

  In a preferred embodiment of the present invention, the operation means is a touch panel, and the operation information input means is configured such that any one of the plurality of objects is touched by the player operating the operation means and touching the designated object. The first operation information for designating the slide destination object as the designated object is input by sliding the crab.

In a preferred embodiment of the present invention, the coordinates of the last specified object (X1, Y1), coordinates of the position designated by the player (X2, Y2), said predetermined distance and d _0, the previous specified object When the distance d between the coordinates of the designated position and the coordinates of the designated position is larger than the predetermined distance d ₀ , the tip coordinates (X3, Y3) of the attachable line are calculated by the following equation.
X3 = (X2−X1) × (d ₀ / d) + X1
Y3 = (Y2−Y1) × (d ₀ / d) + Y1
However, d = √ {(X2-X1) ² + (Y2-Y1) ² }

  The recording medium provided by the second aspect of the present invention is a recording medium in which the game program provided by the first aspect of the present invention is recorded so as to be readable by a computer.

A game system provided by the third aspect of the present invention includes a program storage unit that stores the game program provided by the first aspect of the present invention, and a computer that executes the game program stored in the program storage unit. And .

  According to the present invention, a designated object is designated based on a player's operation, and an action preset for the designated object is performed. Then, the game content changes to content that represents an event caused by the operation. Therefore, even when the player character does not appear in the virtual game space and the player character cannot be operated, the player can work on the game content indirectly from outside the virtual game space to change the game content. it can. As a result, the player can enjoy the game from a viewpoint that has not existed before.

  Other features and advantages of the present invention will become more apparent from the detailed description given below with reference to the accompanying drawings.

It is a figure which shows the game image in a certain stage. It is a general-view figure of a game device. It is a block diagram which shows the internal structure of a game device. It is a figure for demonstrating the calculation method of the touch position of a touchscreen. It is a figure for demonstrating operation required in order to achieve a target in a certain stage, and is a figure which shows the game image in the said stage. It is a flowchart which shows the clear determination process of a stage. It is a figure for demonstrating the operation method of a game, and has shown the game device with which one scene of the game was displayed. It is a figure for demonstrating "tricking mode" and "tricking" operation. It is a flowchart which shows a trick operation process. It is a figure for demonstrating the calculation method of the front-end | tip coordinate of an attachable line. It is an example of a table indicating whether or not a trick operation is possible.

  Hereinafter, as a preferred embodiment of the present invention, a case where a game program according to the present invention is applied to game software will be specifically described with reference to the accompanying drawings. In the following description, a case where an adventure game “GHOST TRICK” is progressing in the portable game device will be described as an example.

  “GHOST TRICK” is an adventure game in which the killed hero solves the mystery of his death. The story of this game starts from the point where the hero was killed. In the virtual game space, the hero has died and only the soul is present. In this game, the story progresses in the form of changing the development of each case (that is, changing the fate) in various cases related to the murder case. As a game structure, a plurality of “stages” corresponding to the occurrences of each incident in the story are connected, and if the stage is cleared, the stage can be advanced to the next stage. When all stages are cleared, the mystery of your death will be solved.

  Therefore, this adventure game is characterized in that the player is involved in the progress of the story in the form that the player helps from the outside of the virtual game space to change the development of the incident that occurs in the virtual game space, The specific way of engagement (player operation details) is as follows.

  In the virtual game space, the main character is dead and cannot move, and the player cannot operate the main character. The player performs an operation to attach the main character “Tamashii” (corresponding to the “soul” of the real world appearing in the virtual game space) to an object (hereinafter referred to as “thing”) existing in the virtual game space. And the operation of manipulating the “thing” attached to “Tamashii”, the game is advanced. Manipulating “things” means, for example, if “things” are “umbrellas”, if the main character is alive in the virtual game space, the main character can be made to open the “umbrella”, but it will die If it is, it is impossible to do so, so that the player manipulates the “umbrella” in the virtual game space to perform the “opening operation” on behalf of the main character. In addition, because the hero who is dead is only willing to open the "umbrella" to be able to attach "Tamashii" to the "thing", so that the "umbrella" itself can be opened, To blow “Tamashii” into the “umbrella”.

  In the following, an operation for attaching “Tamashii” to “Mono” will be referred to as “Trick” operation, and an operation for manipulating “Mono” attached to “Tamashii” will be referred to as “Ayatsuru” operation. The “thing” corresponds to the “plurality of objects” of the present invention, and the “thing” attached with “Tamashii” corresponds to the “designated object” of the present invention. In addition, the operation information input by the “trick” operation and the “ayaturu” operation corresponds to “first operation information” and “second operation information” of the present invention, respectively.

  In each stage, among “things” existing in the virtual game space, “things” that can be “tricked” are determined in advance. Also, not all “things” placed on the game screen can be freely attached to “Tamashii”. In this embodiment, the “Tamashii” position currently attached is within a predetermined range. There is a restriction that it is not possible to tackle "things" that are not. The position of “Tamashii” moves to the “Mono” position when “Tamashii” catches “Mono”. Therefore, the “Mono” that is outside the predetermined range with respect to the “Mono” currently attached to “Tamashii” ”To“ Tamashii ”so that it is located within the predetermined range, once it has been moved to another“ Mono ”within the predetermined range, the“ Tamashii ”position has been moved, and then the“ Mono ”again. It is necessary to perform a trick operation. In addition, each “thing” has a specific function, and when the “thing” to which “Tamashii” is attached is operated to “Ayatsu”, the “thing” exhibits its function. That is, the timing at which the “thing” function is exhibited (the predetermined action is performed) is controlled by the timing at which the player performs the “Aya-tsuru” operation. In each stage, the player thinks in what order the “things” are handled, and at what timing the “things” are manipulated, and advances the game by performing the “trick” operation and the “autumn” operation. .

  FIG. 1 is a diagram showing a game image in a certain stage.

  The game image shown in FIG. 1A shows a state in which the person A is pointing the gun C at the person B. Around the person A, “mono” such as a broken circuit breaker D, a broken bicycle E, a broken guitar F and the like are arranged. At this stage, if the player does not perform any operation, the person B cannot escape from the person A. When a predetermined time elapses, the story that the person A fires the gun C and the person B is killed proceeds. However, if the player performs a “trick” operation on the circuit breaker D, and the person A performs an “Ayatsuru” operation before firing the gun C, the circuit breaker D performs the function of jumping up and jumps up the gun C. Therefore (see FIG. 1B), the person B can escape from the person A. On the other hand, when the player performs a “trick” operation on the guitar F and performs an “ayatsuru” operation, an event different from the case where the player does not perform any operation that the person A is surprised by the sound of the guitar F occurs. The story tells that the person B cannot escape from the person A by itself, and the person A fires the gun C and the person B is killed over a predetermined time. Therefore, the result that the person B is killed does not change, and the player cannot help the person B. In this way, the player cannot manipulate the main character to help the person B, but can greatly intervene in the game story situation from outside the virtual game space and change the fate of the characters.

  In this stage, although the person B escapes from the person A by the above operation (the jumping up by the circuit breaker D), the person B is immediately caught up again. At this time, the attention of the person A can be drawn by sounding the bell of the bicycle E. Person B can escape during that time, but is caught up again. Thereafter, by some operations, the person B can escape to the vicinity of an iron ball (not shown) suspended from the crane. As a result, the person A also follows the person B and comes to the vicinity of the iron ball. At this time, if the iron ball can be dropped on the person A with good timing, the person B can completely escape from the person A.

  The goal of the stage is to drop the iron ball on the person A. If the goal is achieved within a predetermined time, the player can clear the stage. However, in order to drop the iron ball onto the person A, the person B must be moved to the vicinity of the iron ball. For this purpose, an operation that hinders the person A (such as jumping up by the circuit breaker D and ringing the bell of the bicycle E) must be performed to make the person B escape to the vicinity of the iron ball. In other words, the player needs to consider how the behavior of an object (a creature such as a person) that cannot be “trigged” changes by performing a “trick” operation or an “ayatsuru” operation. The actions of objects such as these are also greatly related to game play. In this way, the player can enjoy the trial and error of the order of operations for achieving the stage goal within a predetermined time, considering the next operation based on the event generated by the operation.

  Next, a game device that executes a game program according to the present invention will be described. In the present embodiment, a case where a game is executed by a portable game device is taken as an example, and thus the portable game device is described. Note that the game program according to the present invention is not limited to a game program executed on a portable game device. The present invention can be applied to home video game devices, commercial video game devices (arcade game devices) installed in game centers, other game devices, and game programs executed on computers such as personal computers. it can.

  FIG. 2 is an overview diagram of the portable game apparatus 1 (hereinafter abbreviated as “game apparatus 1”).

  The game apparatus 1 reads the game program and game data from a dedicated portable storage medium (hereinafter referred to as “game media”) in which the game program and game data are stored into a RAM (Random Access Memory) in the apparatus, By causing the CPU (Central Processing Unit) to execute the game program, the player can enjoy the game contents.

  The game apparatus 1 includes an upper main body 1a and a lower main body 1b having a horizontally long thin rectangular parallelepiped shape. The upper body 1a and the lower body 1b are rotatably connected by a pair of hinges (not shown) so that the game apparatus 1 can be folded. This figure shows an opened state and shows the side on which the display screen is arranged (hereinafter referred to as “front side”). Further, the upper main body 1a and the lower main body 1b are electrically connected via a connection portion (not shown).

  The game device 1 is provided with a first display device 2, a second display device 3, a touch panel 4, a wireless LAN antenna 6, a microphone 7, a speaker 8, and operation buttons 9 (as will be described later, a plurality of operation buttons are provided. However, when all the operation buttons are described together, they are referred to as “operation buttons 9”), and a touch pen 10 is provided. The first display device 2 is installed at the front center of the upper main body 1a, and the second display device 3 is installed at the front center of the lower main body 1b. The first display device 2 has a first display screen 2a, and the second display device 3 has a second display screen 3a. The transparent touch panel 4 is provided so as to cover the surface of the second display screen 3a. The wireless LAN antenna 6 is provided inside the game apparatus 1 above the first display screen 2a, and the microphone 7 is provided below the first display screen 2a. The speakers 8 are provided on the left and right sides of the first display screen 2a, and the operation buttons 9 are provided on the left and right sides of the second display screen 3a. The touch pen 10 is stored in a storage space (not shown) provided on the side surface of the lower main body 1b. Although not shown, a media mounting portion for mounting game media is provided on the back surface of the lower main body 1b.

  The first display device 2 and the second display device 3 display various images such as a game title image, a menu image, and a game progress image on the first display screen 2a and the second display screen 3a, respectively. For example, the display device is composed of a transflective color liquid crystal display and has substantially the same display screen.

  The touch panel 4 has a large number of micro capacitors or micro resistors arranged in a grid pattern on the panel surface, and touches the panel surface directly with a finger or a touch pen 10 (hereinafter referred to as “touch”). This is an input device for changing a capacitor or a minute resistance, detecting the contact position based on the change information, and inputting it to the CPU.

  The wireless LAN antenna 6 transmits an electromagnetic wave obtained by modulating the transmission data to the carrier frequency by the wireless LAN module inside the game apparatus 1, receives the electromagnetic wave, and sends it to the wireless LAN module. The microphone 7 is an input device for inputting sound. The speaker 8 is an output device for outputting sound effects and voice guidance.

  The operation button 9 is operated (pressed) by the player to transmit an instruction of the player to the CPU. A power switch (not shown) for turning on / off the power or “game start” at the start of the game "START" button 9c for commanding, "SELECT" button 9d for selecting the game operation mode at the start of the game, cross key 9e for selection on the menu screen or selection screen, and various operations are input There are six buttons (A button 9a, B button 9b, X button 9x, Y button 9y, L button 9l, R button 9r). The L button 9l and the R button 9r are not displayed in FIG. 2 because they are arranged at both ends of the upper surface (the upper surface in FIG. 2) of the lower main body 1b.

  FIG. 3 is a block diagram showing an internal configuration of the game apparatus 1.

  The game apparatus 1 includes a CPU 101, a drawing data generation processor 102, a RAM 103, a ROM (Read Only Memory) 104, a drawing processing processor 105, a VRAM 106, a D / A (Digital-Analog) converter 107, a sound processing processor 108, an amplifier 109, a sound. An input processing unit 110, an input signal processing unit 111, an operation unit 112, a driver 113, a wireless LAN module 114, and a bus 115 are included.

  In the game apparatus 1, the game apparatus 1 is provided with game media 11 in which a game program and game data (image data such as backgrounds and characters, sound data such as sound effects and BGM, message data using characters and symbols, etc.) are stored. The game content and game data in the game media 11 are read into the RAM 103 by the driver 113 and the game program is executed by the CPU 101, so that the player can enjoy the game contents. The player can advance the game by operating the operation buttons 9 provided on the operation unit 112 or touching the touch panel 4 with a touch pen.

  The CPU 101, the drawing data generation processor 102, the RAM 103, the ROM 104, the drawing processing processor 105, the audio processing processor 108, the audio input processing unit 110, the input signal processing unit 111, the operation unit 112, the driver 113, and the wireless LAN module 114 are mutually connected by a bus 115. Are connected so that data transmission is possible.

  The CPU 101 performs overall control of the game progress by executing the game program read from the game media 11 into the RAM 103 by the driver 113 as described above. More specifically, when an operation signal of the player is input from the operation unit 112, an operation signal is input from the input signal processing unit 111, or an operation signal (audio signal) is input from the audio input processing unit 110, The CPU 101 performs predetermined game progress processing for these operation signals in accordance with the game program, displays the processing result on each of the display devices 2 and 3 as an image indicating the game progress (hereinafter referred to as “game image”), and The sound is output from the speaker 8 by sound.

  Drawing processing of game images to be displayed on the display devices 2 and 3 is mainly performed by the drawing processing processor 105. The CPU 101 determines the content of the game image to be displayed on each of the display devices 2 and 3 based on the operation signals input from the operation unit 112, the input signal processing unit 111, and the voice input processing unit 110, and for the content Necessary drawing data is generated by the drawing data generation processor 102 and the drawing data is transferred to the drawing processing processor 105 to perform drawing processing.

  Further, the CPU 101 determines the sound effect or BGM sound content to be output from the speaker 8. The audio processor 108 reads out audio data corresponding to the acoustic content from the RAM 103, performs predetermined audio signal processing, and outputs the audio data from the speaker 8.

  The drawing data generation processor 102 performs various arithmetic processes necessary for the drawing process. The CPU 101 determines a game image to be displayed on each of the display screens 2 a and 3 a, reads out image data necessary for drawing the game image from the RAM 103, and supplies the image data to the drawing data generation processor 102. Further, the CPU 101 supplies operation information input from the operation unit 112, the input signal processing unit 111, and the voice input processing unit 110 to the drawing data generation processor 102. The drawing data generation processor 102 calculates data necessary for drawing based on the image data and operation information supplied from the CPU 101, and supplies the calculation result to the drawing processor 105.

  The RAM 103 provides an area for storing a game program and game data read from the game media 11 by the driver 113, and a work area for the CPU 101 to process the game program. In the RAM 103, necessary game programs and game data are read from the game media 11 and stored according to the progress of the game. The game program describes processing procedures and various commands to be executed by the CPU 101, and controls game screens, sounds, and the like according to operation signals input from the operation unit 112 or the like. The contents of are included. The game data includes, for example, characters, items, image data constituting the background, etc., message data for various explanations, and sound data used as BGM and various sound effects.

  The ROM 104 stores basic programs indicating basic functions of the game apparatus 1 such as a disk loading function, a game program stored in the game media 11, and a procedure for reading game data. When the game media 11 is loaded in the media loading section, the CPU 101 operates the driver 113 according to the basic program in the ROM 104, reads the game program and game data from the game media 11 into the RAM 103, and sets the game start state.

  The drawing processor 105 generates a game image every 1/60 seconds and displays it on each display screen 2a, 3a. The drawing processor 105 uses a data supplied from the drawing data generation processor 102 based on a drawing command from the CPU 101, and a game image to be displayed on the first display screen 2a and a game image to be displayed on the second display screen 3a. Are alternately generated every 1/60 seconds. Connected to the drawing processor 105 is a VRAM 106 for creating a game image.

  The VRAM 106 is provided with two buffer areas (hereinafter referred to as “screen buffers”) for storing image data of each frame displayed on each display screen 2a, 3a. The screen buffer 106a stores frame image data displayed on the first display screen 2a, and the screen buffer 106b stores frame image data displayed on the second display screen 3a. These screen buffers 106a and 106b have the same memory structure and memory capacity. Although not shown, the VRAM 106 has a work area for creating a display image in these screen buffers 106a and 106b.

  The D / A converter 107 converts the image data output from the VRAM 106 into an analog signal and outputs the analog signal to the display devices 2 and 3. The D / A converter 107 is provided with a switch circuit for switching the image data from the screen buffer 106 a and the image data from the screen buffer 106 b, and the switching of the switch circuit is controlled by the drawing processor 105.

  That is, the drawing processor 105 uses the work area to display a frame displayed on the next second display screen 3a on the screen buffer 106b while performing the display process on the first display screen 2a using the screen buffer 106a. While the image data is generated and the display process of the second display screen 3a is performed using the screen buffer 106b, the frames displayed on the next first display screen 2a are displayed on the screen buffer 106a using the work area. Switching to create image data is performed every 1/60 seconds.

  The sound processor 108 reads sound effects or BGM sound data from the RAM 103 based on a command from the CPU 101, performs necessary processing and D / A conversion, and outputs the processed data to the amplifier 109. The amplifier 109 amplifies the audio signal input from the audio processor 108 with a predetermined amplification degree, and then outputs it to the speaker 8.

  The voice input processing unit 110 performs A / D conversion processing on the voice input input from the microphone 7 and inputs the voice signal to the CPU 101 as an operation signal.

  The input signal processing unit 111 calculates a touch position on the panel surface (second display screen 3a) based on touch information input from the touch panel 4 (change information of a resistance or capacitor as a sensor), and operates the calculation result. The signal is input to the CPU 101 as a signal.

  On the panel surface, as shown in FIG. 4A, the upper left corner is set as the origin 0 and the y axis is set downward and the x axis is set to the right direction. A sensor position (x, y) is defined for a sensor such as a capacitor. For example, when the player touches the P point portion of the touch panel 4 with the touch pen 10, as shown in FIG. 5B, the contact area includes a plurality of sensors, indicating that there is contact from these sensors. A signal is input to the input signal processing unit 111.

  The input signal processing unit 111 calculates the coordinates (x, y) of the sensor that has made contact from the input signal, calculates the center position of the contact area from these coordinates, and uses the calculation result as information on the contact position. To enter. For example, when the range in the x-axis direction of the contacted region is xmin to xmax and the range in the y-axis direction is ymin to ymax, the input signal processing unit 111 is ((xmin + xmax) / 2, (ymin + ymax) / 2) Is input to the CPU 101 as the coordinates of the contact position P.

  The operation unit 112 is for inputting an operation signal to the CPU 101. The operation unit 112 is provided with various operation buttons 9 and outputs operation signals based on the operation buttons 9 operated by the player.

  The driver 113 reads data such as game programs and game data stored in the game media 11 from the game media 11 mounted on the media mounting unit.

  The wireless LAN module 114 is a communication module for performing data communication with other game apparatuses 1 by wireless LAN. The wireless LAN module 114 performs data communication with the wireless LAN module 114 of the other game apparatus 1, and exchanges various information such as operation information and game status data with the other game apparatuses 1. It performs the function of sending and receiving.

  Next, the progress of the game at each stage in the adventure game of the present embodiment will be described with reference to FIGS.

  As described above, in each stage, the player performs a “trick” operation on “things” arranged in the virtual game space, and performs an “ayatsuru” operation at a predetermined timing. Let the game progress and play the game. In the present embodiment, a goal to be achieved is provided for each stage, and in order to achieve the goal, the player selects one of a plurality of “things” arranged in the game screen of each stage. It is necessary to perform a predetermined “trick” operation and an “aya-tsuru” operation on one or more predetermined “mono” (an operation at a predetermined timing may be required depending on “mono”). . For example, in the example of FIG. 1, the goal is to drop the iron ball onto the person A in order to change the fate of the person B who is killed by the person A by helping the person B. If the player achieves the goal, the stage is cleared and the player can proceed to the next stage.

  FIG. 5 is a diagram for explaining an operation necessary for achieving a goal in a certain stage, and is a diagram showing a game image in the stage. FIG. 4A shows an image at the start of the stage. The image shows a state in the room, and a sofa G, a Christmas tree H, and a refrigerator I are arranged from the left in the room. A dish K is placed on the wagon J on the left side of the front side of the sofa G, and a donut L is placed in the dish K.

  Among sofa G, Christmas tree H, refrigerator I, wagon J, dish K and donut L, for example, Christmas tree H decoration, refrigerator I door, wagon J, dish K can be attached to “Tamasii” Is. The functions of the decoration of the Christmas tree H, the door of the refrigerator I, the wagon J, and the plate K are “flashing”, “opening / closing”, “moving left / right”, and “swinging”, respectively. Although not shown in FIG. 5A, “Tamashii” is attached to the wagon J.

  The figure (b) moves the wagon J to the right side of the sofa G by manipulating the attached wagon J, shakes the plate K by manipulating the plate K, and drops the donut L on the plate K. The image of the state is shown. FIG. 3C shows a state where the door is opened by manipulating the door of the refrigerator I, and the rolling donut L is flipped under the sofa G. In addition, in order to flip the donut L under the sofa G, it is necessary to open the door of the refrigerator I when the donut L rolls to an appropriate position. Further, since the plate K and the door of the refrigerator I are separated from each other, the plate K cannot be directly attached to the door of the refrigerator I. Therefore, after attaching the Christmas tree H decoration from the plate K, it is necessary to attach to the door of the refrigerator I. When the state shown in FIG. 5C is reached, the target of the stage is achieved, and it is determined that the stage has been cleared.

  If the player does not operate in the state shown in FIG. 11A, the state shown in FIG. In this case, FIG. 9A is a “game progress screen with a predetermined content” of the present invention. By the operation of the player, the wagon J is moved to the right side of the sofa G, and further the movement of shaking the plate K causes an event that the donut L falls, and FIG. It becomes the state of. In this case, FIG. 5B shows a changed “game progress screen”. The “game progress screen with a predetermined content” is not limited to a still screen, and may change with time.

  FIG. 6 is a flowchart illustrating the stage clear determination process performed by the CPU. The clear determination process is executed when each stage starts.

First, it is determined whether or not the elapsed time T from the start of the stage is within the time limit T ₀ (S1). The elapsed time T is set to “0” at the start of the clear determination process and is counted by the CPU 101. The time limit T ₀ is preset for each stage. In this embodiment, there are many stages in which the time limit T ₀ is 4 minutes. This is because there are many stages that start from the past four minutes back in time by performing a “middle in the past” operation described later. It should be noted that step S1 is not executed in a stage where no time limit is provided. Instead of not executing step S1, the time limit T ₀ may be set to a sufficiently large value (for example, 1 hour). Also, instead of providing a time limit, a limit on the number of operations may be provided (for example, limiting the “trick” operation to 10 times), and the elapsed time is counted when the predetermined number of operations is exceeded. Thus, the time may be limited (for example, the time limit from the time when the “trigger” operation is performed five times is set to one minute).

When the elapsed time T exceeds the time limit T ₀ (S1: NO), the clear determination process is terminated and the game is over. Depending on the stage, the game may not be over and the same stage may be started again, or the previous stage or another stage may be started. For example, in the stage shown in FIG. 5, the elapsed time T from the start of the stage in the state shown in FIG. 5A is counted, and the state shown in FIG. 5C is reached until the elapsed time T exceeds 4 minutes. If not, the process returns to the initial state of the stage (see (a) of the figure) and the stage is started again.

When the elapsed time T is within the time limit T ₀ (S1: YES), the operation performed by the player is specified (S2). Specifically, it is determined whether or not an operation has been performed by the player, and when the operation is performed, if the operation is an “Ayatsuru” operation, the identification of the “thing” to which “Tamashii” is attached and the “thing” The function is specified.

In parallel with the clear determination process, a process for receiving an operation signal, a game progress process based on the input operation signal, a drawing process, and a sound process are executed. An operation signal input when the player operates the operation button 9 or when the player touches the touch panel 4 is processed by the CPU 101 and acquired as input operation information. Also, a predetermined game progress process according to the input operation information is performed according to the game program, and a game image based on the process result is generated and displayed every 1/60 seconds. In other words, when the input operation information indicates an “Ayatsuru” operation, a game image that displays the function in which “Mono” specified in Step S2 is specified is displayed. Thereby, the player can visually recognize the current state of the game.

  Next, it is determined whether or not the stage target has been achieved by the specified operation (S3). In this determination, the identified operation matches the correct answer information (information about the content of the operation for achieving the target of the stage, and the preset operation is read from the game media 11 into the RAM 103). It is done by whether or not. For example, in the stage shown in FIG. 5, it is set as correct information to perform the “Ayatsuru” operation at the timing when the donut L rolls to a predetermined position on the door of the refrigerator I. Therefore, if it is determined in step S2 that the “Ayatsuru” operation has been performed, and the identified “object” is the door of the refrigerator I, and the timing when the donut L has been rolled to a predetermined position, the stage target Is determined to be achieved.

  If the stage goal has not been achieved (S3: NO), the process returns to step S1. Steps S1 to S3 are repeated until the time limit is exceeded (S1: NO) or the stage target is achieved (S3: YES).

  In order to perform an operation for achieving the target at each stage, as a precondition, there are cases where a plurality of operations, ie, a “trick” operation and an “ayatsuru” operation are required. For example, in order to perform the “Ayatsuru” operation on the door of the refrigerator I at the timing when the donut L rolls in order to achieve the target in the stage shown in FIG. 5, (1) Wagon J is “Ayatsuru”, (2) It is necessary to perform operations such as “Tricks” on the plate K, (3) “Tail” on the plate K, (4) “Trick” on the decoration of the Christmas tree H, and (5) “Tricks” on the door of the refrigerator I. In the present embodiment, the number of operations of “trick” operation and “ayatsuru” operation necessary for achieving the target in each stage is set to 1 to 6, respectively. However, the number of operations is not limited to this. May be required.

  In addition, the order of the premise operations for performing the operation for achieving the stage goal is not limited to one, and it is sufficient that the operation is performed so that the operation for achieving the stage goal can be performed. . For example, in the stage of FIG. 5, the wagon J has moved to the right side so that the donut L can be dropped on the floor and attached to the door of the refrigerator I. Even if the wagon J is attached to the decoration of the Christmas tree H after attaching to the wagon J from the plate K instead of attaching to the decoration, it is possible to perform an operation for achieving the stage goal. On the other hand, even if the donut L is dropped on the floor when the wagon J is positioned on the left side, the donut L does not roll to the front of the refrigerator I, and therefore it is impossible to perform an operation for achieving the stage target.

  Further, depending on the stage, the correct answer information may be determined only for a specific operation without determining the timing. Furthermore, it may be configured such that only the “tricking” operation is determined instead of determining only the “awake” operation.

  Note that the operations necessary for achieving the target may include not only the “trigger” operation and the “away” operation but also a “middle in the past” operation described later.

  When the stage goal is achieved (S3: YES), the next stage setting process is performed (S4), and the clear determination process is terminated. For example, in the stage shown in FIG. 5, when the stage target is achieved, the game image is in the state shown in FIG. In this case, as the next stage setting process, a story from the game image of FIG. 5C to the game image of the next stage is displayed as a game image. Then, the elapsed time T is initialized to “0”, and the clear determination process for the next stage is started.

  Note that in a stage that does not have a time limit or the number of operations, the stage cannot be cleared until the stage target is achieved (S3: YES), and the process cannot proceed to the next stage.

  Next, an operation method in the adventure game of the present embodiment will be described with reference to FIGS.

  FIG. 7 is a diagram for explaining a game operation method, and shows the game apparatus 1 on which one scene of the game is displayed.

The game image shown in FIG. 5B is displayed on the second display screen 3a. Although omitted in FIG. 5, as shown in FIG. 7, a “trick” panel M is displayed on the lower left side in the game image, and an “ayatsuru” panel N is displayed on the lower right side.

  Since the touch panel 4 is provided so as to cover the surface of the second display screen 3a, the player can touch the touch panel 4 by touching the game image displayed on the second display screen 3a. . The player can perform various operations by touching the touch panel 4. That is, by inputting touch information when the touch panel 4 is touched to the input signal processing unit 111, the touched position information is input to the CPU 101 as an operation signal. The CPU 101 recognizes the operation content based on the position information.

For example, if the player touches and slides (an operation to move the touched position while touching the touch panel 4) other than the “Trick” panel M and the “Ayat” panel N of the game image, the input signal processing unit Based on the position information input from 111, the CPU 101 recognizes the slide operation. Then, the CPU 101 causes the drawing processing processor to generate and display an image obtained by moving the entire game image (other than the “Trick” panel M and the “Aya-tsuru” panel N) in the slide direction. Thereby, the player can move the game image and can display the portion that was not displayed on the second display screen 3a . The operation of the cross button 9e can be the same as the slide operation on the touch panel 4.

  The “Trick” panel M is for switching to “Trick mode”, which is an operation mode for performing “Trick” operation. The “trick mode” corresponds to the “state switched to a predetermined game screen” of the present invention. The player can switch to the “trick mode” by touching the “trick” panel M. The operation in the “trick mode” will be described later. Note that the same operation as touching the “Trick” panel M can be performed by pressing the L button 9l.

  The “Ayatsuru” panel N is for performing an “Ayatsuru” operation. The player can perform an “Ayatsuru” operation by touching the “Ayatsuru” panel N. Note that the same operation as touching the “Ayatsuru” panel N can be performed by pressing the A button 9a.

On the first display screen 2a, information on “thing” currently attached to “Tamaishi” is displayed. The “Mono” image is displayed in the center of the screen, and the “Mono” name and function (functions that are displayed when the “Aya-tsuru” operation is performed) are displayed below the “Mono” image. For example, in FIG. 7, since “Tamashii” is attached to the plate K, the image of the plate K, the name “Sara” of “Mono”, and the function “Yurel” of “Mono” are displayed. By viewing this information, the player can know what “Tamashii” is currently attached to and what function the “object” is attached to.

  Next, the “trick mode” will be described.

  The “trick mode” is an operation mode for performing a “trick” operation, and can be switched only when the “trick” panel M is displayed. Switching to the “trick mode” is performed by touching the “trick” panel M or pressing the L button 9l.

  FIG. 8 is a diagram for explaining the “trick mode” and “trick” operations. FIG. 7A shows an image (hereinafter referred to as “trick vision”) when the mode is switched to “trick mode” in one scene of the game shown in FIG. The “trick vision” corresponds to the “predetermined game screen” of the present invention.

  In the “trick mode”, the time in the virtual game space is stopped (the elapsed time T is also stopped), and the “trick” operation is enabled. In the “trick mode”, the elapsed time T may be continuously counted. In “Trick Vision”, the color of the image is removed, and “Thomas” that can be attached to “Tamasshi” and “Tamasshi” is displayed in, for example, blue, and the others are displayed in, for example, red. For example, in the “Trick Vision” shown in FIG. 8A, the decoration of the Christmas tree H, the door of the refrigerator I, the wagon J, and the plate K, which are “things” that can be attached to “Tamashii”, are displayed in dark colors. Other than that, it is displayed in a light color (a dark color indicates blue and a light color indicates red). A flame representing “Tamashii” is displayed on the plate K to which “Tamashii” is currently attached. In addition, the “core” is represented by a black circle on a part of each “thing” that can be handled by “Tamashii”. The “core” is used to represent a point provided for designating “mono” and is not necessarily located at the center of “mono”. When “Tamashii” is attached to “Core”, the position of “Tamashii” is set, and a range where “Tamashii” can be attached is set around this “Core”.

  The “tricks” operation is performed by touching the “core” of “mono” to which “Tamashii” is attached and sliding to the “core” of “mono” to be tackled. The “Trick” operation is started by touching the “Core” of “Mono” to which “Tamashii” is attached. In “Trick Vision” shown in FIG. 8A, for example, when the “Core” of the plate K is touched with the tip of the touch pen 10 or the like, the “Trick” operation is started.

  FIG. 8 (b) shows a part of “Trick Vision” in the middle of sliding the tip of the touch pen 10 toward the decoration of the Christmas tree H. The tip of the touch pen 10 is moved from the “core” of the plate K. A connecting line (hereinafter referred to as “attachable line P”) is displayed. The attachable line P is a line extending from the “core” of “mono” attached to “Tamashii” toward the tip of the touch pen 10, and the length is equal to or longer than a predetermined length (“Tamashii” described later is attached). It is set not to be out of range.

  The “trick” operation is completed when the “core” of the “object” to be slid is slid. FIG. 8 (c) shows a part of “Trick Vision” when the tip of the touch pen 10 is slid to the “core” of the decoration of the Christmas tree H. The “core” of the plate K and the Christmas tree H An attachable line P connecting the decoration “core” is displayed. Immediately after this, the flame representing “Tamashii” and the attachable line P displayed on the plate K are erased, and the flame representing “Tamashii” is displayed on the decoration of the Christmas tree H (see FIG. 8D). . In other words, it indicates that “Tamashii” has been attached to the decoration of the Christmas tree H from the plate K and the “Trick” operation has been completed. At this time, the position of “Tamashii” has moved from the “core” of the plate K to the “core” of the decoration of the Christmas tree H.

  Note that not all “displayed items” that are displayed can be “trigged”, and “items” that have a “core” within a predetermined distance from the “core” of “items” that are attached to “Tamashii”. Only the “tricking” operation can be performed. For example, in the “Trick Vision” shown in FIG. 8A, since the core of the plate K and the “core” of the door of the refrigerator I are separated, the “Trick” operation is performed directly from the plate K to the door of the refrigerator I. I can't. FIG. 8 (e) shows a part of “Trick Vision” in the middle of sliding the tip of the touch pen 10 toward the door of the refrigerator I, and the attachable line P extends from the “core” of the dish K to the touch pen. It only extends halfway up to the tip of 10. Thus, the player can recognize that the door of the refrigerator I is not within the range of the “Trick” operation. In addition, when you touch the “core” of the “thing” that the “Tamashii” is attached to, you can attach it by changing the color of the “mono” that can be attached or the “core” of the “thing”. You may make it notify "thing".

  FIG. 9 is a flowchart showing a trick operation process for the CPU to process a “trick” operation. Although not shown, the flag FL is set to “ON” when the “core” of “Thing” attached is touched, and “ON” is continued while the slide operation is continued. The The flag FL is set to “OFF” when the slide operation is interrupted (that is, the continuation of the touch is interrupted). The trick operation process is performed every 1/60 seconds in the “trick mode” and when the flag FL is “ON”.

  First, it is determined whether or not the slide operation is continued, that is, whether or not the operation signal from the input signal processing unit 111 is input (S11). When the slide operation is not continued (S11: NO), the flag FL is set to “OFF” (S12), and the trick operation process is ended.

When the slide operation is continued (S11: YES), the tip coordinates of the attachable line P are calculated (S13). Based on the operation signal from the input signal processing unit 111, the coordinates of the current touch position (hereinafter referred to as “touch position coordinates”) are acquired. When the distance between the touch position coordinates and the center of the “object” “core” (hereinafter referred to as “core coordinates”) to which “Tamashii” is attached is a predetermined value d ₀ or less, the coordinates of the touch position are attached. This is the tip coordinate of the possible line P.

FIG. 10 is a diagram for explaining a method for calculating the tip coordinates of the attachable line P when the distance between the touch position coordinates and the core coordinates exceeds a predetermined value d ₀ .

When the core coordinates are (X1, Y1) and the touch position coordinates are (X2, Y2), the distance d between the touch position coordinates and the core coordinates is
d = √ {(X2-X1) ² + (Y2-Y1) ² }
It becomes. Therefore, the tip coordinates (X3, Y3) of the attachable line P are
X3 = (X2−X1) × (d ₀ / d) + X1
Y3 = (Y2−Y1) × (d ₀ / d) + Y1
Is calculated as The method for calculating the tip coordinates of the attachable line P is not limited to this.

  Next, it is determined whether or not the tip of the attachable line P is in contact with any “thing” “core” (S14). The contact determination is based on the fact that a portion overlapping a circle area with a predetermined radius centered on the end coordinates of the attachable line P and a circle area with a predetermined radius centered on the center coordinates of the “mono” “core”. It is judged by whether or not there is. The method for determining contact is not limited to this. For example, the determination may be made based on whether or not the tip coordinates of the attachable line P are included in the “core” region of “mono”.

If the tip of the attachable line P is not in contact with any “thing” “core” (S14: NO), the trick operation process is terminated. Note that an image displaying the attachable line P is generated by a drawing process performed based on the result of the trick operation process, and displayed on the second display screen 3a. The attachable line P is drawn based on the core coordinates (X1, Y1) and the tip coordinates (X3, Y3) (see FIG. 10 and FIG. 8 (e)). If the distance d of the touch position coordinates (X2, Y2) and the core coordinates (X1, Y1) is equal to or less than a predetermined value d _0, the touch position coordinates (X2, Y2
) Is drawn as the tip coordinates (X3, Y3), and the attachable line P is drawn (see FIG. 8B). If the flag FL is set to “OFF” (S12), the attachable line P is not drawn.

On the other hand, if the tip of the attachable line P is in contact with any “thing” “core” (S14: YES), the process of changing the “object” is performed (S15), and the trick operation processing ends. Is done. In the process of changing the “object”, the center coordinate of the “core” with which the tip of the mountable line P contacts is the core coordinate, and the “object” having the “core” is the “object” attached to the “Tamaishi”. It is said. When the tip of the mountable line P and the “core” of another “mono” come into contact with the signal indicating that the flag FL is “ON”, the “mono” attached with “Tamashii” The drawing process (not shown) is started by changing the setting. By this drawing process, an image displaying a flame representing “Tamashii” with the new core coordinates as a reference is generated and displayed on the second display screen 3a (see FIG. 8D). In addition, an image indicating new “product” information is generated and displayed as the “product” information displayed on the first display screen 2a.

  It should be noted that the “tricking” operation can also be performed by operating the cross key 9e. In this case, the touch position coordinates move in the direction in which the cross key 9e is operated, and the touch position coordinates return to the core coordinates by releasing the operation.

  If the “thing” you want to stick to is different from the “thing” that is currently attached to “Tamashii”, you can't stick directly. However, by going through the “things” between them, you can stick to the “things” that are far away. In addition, when “mono” having a moving function is attached, the “mono” can be moved by an “ayatsuru” operation. As a result, it may be possible to approach the “thing” that is desired to be attached. For example, in FIG. 5A, the wagon J was on the left side of the sofa G, so that “Tamashii” attached to the wagon J could not attach to the decoration of the Christmas tree H. However, since the wagon J was moved to the right side of the sofa G by the “Ayatsuru” operation (see FIG. 5B), it was possible to attach to the decoration of the Christmas tree H. You can also move "Tamashii" by sticking to the moving "things". Furthermore, if the user performs an “Ayatsuru” operation for the telephone, it is possible to move to a telephone having a telephone number obtained in the middle of the game (a telephone existing on another stage or other game screen).

  In the lower left of the game image in the “trick mode”, a “middle” panel O is displayed (see FIG. 8A). The “middle” panel O is for switching to the original mode (hereinafter referred to as “normal mode”) before switching to the “trick mode”. The “normal mode” corresponds to the “state switched to the game progress screen” of the present invention. The player can switch to the “normal mode” by touching the “middle” panel O. Note that the same operation as the touch on the “middle” panel O can be performed by pressing the L button 9 l or the B button 9 b. Switching to the “normal mode” returns to the original stage and cancels the time stop.

  Next, the “middle in the past” operation will be described.

  “Tamashii” cannot be attached to the creatures in the virtual game space, but the corpse is a “thing” that is not alive. And if you get stuck, you can talk to the dead. Furthermore, by touching the displayed “Previous Model” panel, it is possible to return to 4 minutes before death. The operation (operation of touching the “past mod” panel) is called “past mod” operation, and the operation information input by the “past mod” operation corresponds to the “predetermined operation information” of the present invention. To do. Further, in this case, the character that is a corpse corresponds to the “predetermined character that is set in advance to be a specific result” of the present invention. This corresponds to the “specific result” state of the present invention. Depending on the stage, performing a “middle in the past” operation for a predetermined corpse may be an operation necessary for achieving the target. In this case, the stage is cleared by performing the “middle in the past” operation, and the stage of the scene 4 minutes before death, which is the next stage, is started. The stage of the scene 4 minutes before death reproduces the scene for 4 minutes until the creature such as a person becomes a dead body (when the dead person dies). For example, on the stage shown in FIG. 1, the scene of 4 minutes until the person B is killed is reproduced. The content reproduced on the stage of the scene 4 minutes before the death corresponds to “reproduced content up to the time when a specific result is obtained” and “predetermined content” of the present invention. Then, within four minutes until the gun is killed, the fate of the death of the person B can be changed by performing the above-described “tricks” and “Ayatsuru” operations.

The stage time limit T ₀ of the scene 4 minutes before death is 4 minutes. In other words, the fate is renewed by working to update the subsequent fate at a midway timing of 4 minutes, and the dead can escape death. As a result, the game proceeds as if the person who was destined to be dead did not die. On the other hand, if a predetermined operation (“trick”, “ayatsu” operation on a predetermined object) is not performed at a predetermined timing in 4 minutes, the game cannot be escaped and the game is over. Depending on the stage, the game may not be over and the same stage may be started again, or the previous stage or another stage may be started. The retroactive time is not limited to 4 minutes, and can be set in various ranges.

  As described above, according to the present embodiment, since there is no player character in the virtual game space, the player cannot operate the player character. However, the player can work on the story of the game indirectly from outside the virtual game space to change the fate of the appearing characters. Therefore, the player can enjoy the adventure game from a viewpoint that has not been heretofore.

  In each stage, a small target may be provided separately from the stage target. A plurality of small targets may be provided. In addition, when this small goal is not achieved, it may not be possible to perform an operation for achieving the stage goal. In this case, unless the player achieves all the small goals, the player cannot achieve the stage goal and cannot clear the stage.

  In the stage shown in FIG. 5, the stage goal is to keep the donut L under the sofa G. By achieving the stage goal, the dog (not shown) chases the donut L and sinks under the sofa G. ) And a girl (not shown) who sneaks under the sofa G finds his life without being found in the killer and the stage is cleared. Also in this stage, a small target may be set separately from the stage target. For example, when a girl is wearing headphones, he / she does not notice the cry of the dog, so he does not dive under the sofa G and is killed by a killer. Therefore, it may be set as a small target that when the girl tries to take the headphones on the wall, the handle of the umbrella hanging next to the girl is stretched and the headphones are dropped into the water tank. This small goal can only be achieved by manipulating the umbrella at the timing when the girl tried to take the headphones. If this small goal is not achieved, the stage goal cannot be achieved no matter what operation is performed within the time limit.

  In this way, when a small target is set, it is necessary to achieve the small target at another time limit or timing regardless of the time limit (for example, 4 minutes) recognized by the player. The preference can be further improved.

  In the above embodiment, the “mono” that can be attached is limited by the distance between the “core” of the “mono”, but is not limited thereto. It may be possible to attach regardless of the distance between the “cores”, or a table (see FIG. 11) in which whether or not each “thing” can be attached is created in advance. The table may be referred to determine whether or not the “trick” operation is possible. For example, in the case of the table of FIG. 11, “Tamasii” attached to the plate K after the wagon J has moved can be attached to the decoration of the wagon J or Christmas tree H, but can be attached to the door of the refrigerator I. Can not.

  In the above-described embodiment, the “tricking” operation is an operation of touching the “core” of “mono” to which “Tamashii” is attached, and sliding to the “core” of “mono” to be tackled. Not limited to this. An operation of sliding from “mono” to “mono” without displaying “core”, or an operation of directly touching “core” of “mono” or a part of “mono” to be obsessed . In addition, the “mono” to be attached may be selected by the number of times the predetermined operation button 9 is pressed or the operation of the cross key 9e. Further, the player may input each operation by voice toward the microphone 7. For example, a “trick” operation may be performed by uttering the name of “mono”, and an “away” operation may be performed by speaking a function.

  In the above embodiment, only one “thing” can be attached at a time, but two or more “things” may be attached at the same time. In the above embodiment, only one function is set for one “mono”, but two or more functions are set so that the function to be exhibited by the “Ayatsuru” operation can be selected. Good.

  In the above-described embodiment, the “trick” operation is enabled only when the “trick mode” is switched. However, the “trick” operation may be performed in the “normal mode”. In the above-described embodiment, the “trimming mode” operation is performed after switching to “normal mode” for “mono” in “tricks mode”, but “tricks” operation can be performed in “normal mode”. In this case, the “thing” may exhibit its function at the timing of “thing”. In this case, the player controls the timing of the “trick” operation instead of controlling the timing of the “Ayatsuru” operation.

  In the case of the “middle in the past” operation in the above embodiment, the game progresses by returning to the scene 4 minutes before the time of death by touching the “middle in the past” panel displayed on the corpse. However, the present invention is not limited to this. For example, if you set the function of a corpse “thing” to “return to the past of the corpse” and perform an “Ayatsuru” operation on the corpse, the function will be used to return to the past It may be. Further, depending on the story of the game, it may be set that the character has a specific result other than the fate of death (for example, injury or regret). Alternatively, the game may be automatically advanced in time when a character has a specific result without performing a predetermined operation.

  In the above embodiment, the example in which the portable game apparatus 1 having the two display screens 2a and 3a is used has been described, but the portable game apparatus 1 having only one display screen may be used. The present invention is not limited to a portable game device, but can be applied to home video game devices, commercial video game devices, other game devices, and computers such as personal computers.

  In addition, although the said embodiment demonstrated the case where a player played alone, it is not restricted to this. For example, data communication may be performed with another game apparatus 1 via a wireless LAN or an Internet line so that two or more players can play simultaneously. Also, in home video game devices and business video game devices, data communication and a plurality of operation controllers may be used so that a plurality of people can play simultaneously.

  In addition, although the said embodiment demonstrated the case where the game program which concerns on this invention was applied to the adventure game, it is not restricted to this. The present invention can also be applied to a game having an element for operating the player character in the virtual game space to advance the content of the game. For example, you may apply to the game of other genres, such as a puzzle game, a simulation game, an action game, and a shooting game. For example, the player may become a commander who does not appear in the game, and may advance the game by giving instructions to soldiers existing in the virtual game space. Further, in the puzzle game, the player may operate “tricks” and “ayatsuru” on a plurality of objects existing in the virtual game space to move to the goal point and advance the game. Moreover, you may make it compete in a battle | competition to reach | attain a goal point. In addition, a player character that cannot move during a battle may move what is in the virtual game space with power to prevent an enemy attack.

The game program, recording medium, and game system according to the present invention are not limited to the above-described embodiments. The specific configurations of the game program, the recording medium, and the game system according to the present invention can be varied in design in various ways.

DESCRIPTION OF SYMBOLS 1 Game device 1a Upper side main body 1b Lower side main body 2 1st display apparatus (display means)
2a First display screen 3 Second display device (display means)
3a Second display screen 4 Touch panel (operating means)
6 Wireless LAN antenna 7 Microphone (operation means)
8 Speaker 9 Operation buttons (operation means)
10 touch pen 11 game media 101 CPU (display control means, operation information input means, game screen change means, determination means, game control means, timekeeping means)
102 drawing data generation processor 103 RAM
104 ROM
105 Drawing processor (display control means, game screen change means)
106 VRAM
106a, 106b Screen buffer 107 D / A converter 108 Audio processor 109 Amplifier 110 Audio input processor (operation information input means)
111 Input signal processing unit (operation information input means)
112 Operation unit (operation information input means)
113 Driver 114 Wireless LAN module 115 Bus

Claims (5)

Computer
Display control means for generating a game progress screen having a predetermined content including a plurality of objects and displaying it on the display means;
An operation of inputting operation information for designating at least one of the plurality of objects and causing the designated object, which is the designated object, to perform a preset action based on the operation of the operation means by the player Information input means;
When the operation information is input during the period during which the game progress screen is displayed, the game object is changed to cause the designated object to perform the action and change the game progress screen to a content representing an event caused by the action. Means,
To function ,
The designated object is designated only from among the objects displayed on the game progress screen within a predetermined distance from the previous designated object,
It is a line segment extending from the previous designated object, and an attachable line indicating whether or not an object is within the predetermined distance is displayed depending on whether or not this reaches.
A game program characterized by that. The operation means is a touch panel,
The operation information input means designates the slide destination object as the designated object by the player operating the operation means, touching the designated object and sliding to one of the plurality of objects. Enter the operation information of 1.
The game program according to claim 1 .   The coordinates of the previous designated object are (X1, Y1), the coordinates of the designated position by the player are (X2, Y2), and the predetermined distance is d ₀ And the distance d between the coordinates of the previous designated object and the coordinates of the designated position is the predetermined distance d. ₀ If larger, the tip coordinates (X3, Y3) of the attachable line are calculated by the following formulas:
The game program according to claim 1 or 2.
  X3 = (X2-X1) × (d ₀ / D) + X1
  Y3 = (Y2-Y1) × (d ₀ / D) + Y1
  However, d = √ {(X2-X1) ² + (Y2-Y1) ² } Claims 1 to 3 of the recording medium having a game program according to a computer-readable any. A program storage unit storing the game program according to any one of claims 1 to 3 ,
A computer for executing the game program stored in the program storage unit ;
A game system comprising: