JP2006043416A - Game system, program and computer readable information record medium - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game system, its program and a computer readable information record medium capable of implementing an image display game displaying an image corresponding to a prescribed range to accomplish an affluent picture image and a coloring game coloring a specified range with a prescribed color to accomplish a picture image. <P>SOLUTION: In an image display game, the range is divided lengthwise and widthwise, an icon is formed in a unit range divided, an image displaying the icon is related to a range where the icon is formed, and the image related to the range is displayed. In the coloring game, a piece of information indicating an image to be displayed is displayed in a range, the image to be displayed is selected, the range to be displayed is selected, the image selected is displayed in the indicated range, and whether or not the image displayed in the specified range is an image based on the information indicated is determined. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

The present invention relates to a game system, a program, and a computer-readable information storage medium.

Traditionally, a game in which the player manipulates the character to fill all the paths, a game in which the player manipulates the character to find gold bullion that roughly represents the picture, and the player performs virtual painting on the display screen Games and software that perform processing and evaluate the paint state, and enjoy displaying images such as paint software in which players can freely draw pictures and characters and paint colors on the display screen Existed.

However, a game in which the player manipulates the character to fill all the roads is to display an image that fills the road, and a game in which the player manipulates the character to find gold bullion that roughly represents the picture. The gold bullion image is displayed, and in both cases, it is not sufficient to express the picture by the displayed image. In addition, the virtual painting game is a virtual painting and the state of the painting is evaluated, and the paint software is free to write a picture, a letter, or paint a color. It wasn't something that you could paint with a specific color.

The present invention relates to a game and software that enjoys displaying an image, in which an area is divided vertically and horizontally, an image is formed using all or part of the divided area, and the image is displayed in the area where the image is formed. By associating the images, it is possible to express a rich picture or photo image, and by allowing the player to perform an operation for displaying the associated image, it is possible to provide the pleasure of gradually creating the picture or photo image. In addition, by providing means for displaying instruction information for instructing an image to be displayed in the predetermined area and means for determining whether the image displayed in the predetermined area is an image based on the instruction information, the area determined by the player is determined. It is possible to provide an unprecedented game that allows you to paint in the colors that have been created. In addition, if the character has a certain amount of movement and an operation is performed to display an image when the character overlaps the predetermined area, the image is displayed in the predetermined area, or the displayed image is lifted and thrown at the enemy The game has a new possibility of being manipulated, and an object thereof is to provide a game system, a program, and a computer-readable information storage medium for realizing the game.

A game system according to the present invention is a game system in which a player displays a predetermined display image associated with a unit predetermined display area in a game image, and the display area is divided into a plurality of unit display areas. A display area dividing means to be formed; an image forming means for forming an image using all or part of the unit display area; and a unit predetermined display area for forming an image by the image forming means among the unit display areas. A predetermined display image setting means for associating a predetermined display image representing the display area, an instruction means for instructing a unit display area for displaying the predetermined display image from the unit display area group created as a display area by the display area dividing means, and the instruction means. When the designated unit display area is a unit predetermined display area, a predetermined display image display means for displaying a predetermined display image associated with the unit display area; Wherein the display region is a unit predetermined display area determining means for determining whether satisfies a predetermined condition.

The game system according to the present invention is a game system in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information. There are many unit display areas in the game image, there is a unit predetermined display area for displaying the predetermined display image in all or part of the unit display area, and the predetermined display image to be displayed in the unit predetermined display area is indicated. Instruction information display means for displaying instruction information in a predetermined area, selection means for selecting a display image to be displayed in the unit display area, and unit display for displaying a display image selected by the selection means from the unit display area group An instruction means for designating an area; and a display image selected by the selection means is displayed in a unit display area designated by the instruction means. A picture display unit, the unit predetermined display region is characterized by comprising a unit predetermined display area determining means for determining whether satisfies a predetermined condition.

The game system according to the present invention is a game system in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information. Of the unit display areas, the display area dividing means for dividing the display area vertically and horizontally to create a plurality of unit display areas, the image forming means for forming an image using all or part of the unit display areas, An instruction information display unit for displaying instruction information for instructing a predetermined display image to be displayed in a unit predetermined display area where an image is formed by the image forming unit, and a unit display area formed by the display area dividing unit in the display area. A selection means for selecting a display image to be displayed; and a finger for designating a unit display area for displaying the display image selected by the selection means from the unit display area group. Means, display image display means for displaying the display image selected by the selection means in the unit display area instructed by the instruction means, and unit predetermined display for judging whether the unit predetermined display area satisfies a predetermined condition And an area determination means.

According to these inventions, the means for dividing the display area vertically and horizontally, the means for forming an image using all or part of the divided unit display area, and the unit predetermined display area for forming the image represent the image. By means of associating predetermined display images, a rich picture or photo image can be expressed, and by providing the player with an operation to display the associated predetermined display image, the enjoyment of gradually creating a picture or photo image is provided can do. Further, the player determines the instruction information indicating the display image to be displayed in the unit predetermined display area and the means for determining whether the display image displayed in the unit predetermined display area is the predetermined display image based on the instruction information. It is possible to provide an unprecedented game in which a given area is properly painted with a predetermined color.

Here, the display area itself may represent an image. The display area dividing means preferably creates a uniform unit display area. The instruction information display means may display an image serving as a sample for indicating a position of the unit predetermined display area and a predetermined display image to be displayed in the unit predetermined display area. The selection means may select an arbitrary display image from a selectable display image group, or may select and input a button to which the display image is assigned. A character indicating the unit display area may be displayed. There may be provided means for switching between display image display means and predetermined display image display means. When the display image display unit and the predetermined display image display unit are disabled, the selection unit may be disabled. When the character is displayed, the character state may be changed in correspondence with the display image display means and the predetermined display image display means, and the character representing the state may be displayed. When a character is displayed, it is preferable to move the character along the unit display area. An enemy character may be displayed. The character may have physical strength. The predetermined condition is, for example, a condition for determining whether a predetermined display image is displayed in the unit predetermined display area.

The game system according to the present invention further includes character display means for displaying a character that can be operated by a player, and character movement means for moving the character based on a predetermined movement process, wherein the instruction means includes the character The display image display means and the predetermined display image display means indicate the timing at which an input operation for displaying the display image and the predetermined display image is operated by the player and the character overlaps the unit display area. The display image and the predetermined display image are displayed in the unit display area in accordance with the coincidence with the timing at that time.

Here, the predetermined movement process is to give a character a certain amount of movement, for example. It is preferable to set a range for the overlap between the character and the unit display area so that the player can measure the timing.

Further, the game system according to the present invention is configured such that, by an operation input, the character lifts an image displayed by the display image display unit and the predetermined display image display unit; A lifting and moving means for moving the image lifted by the lifting means in a lifted state, and a throwing means for throwing the image lifted by the lifting means by the operation input.

In the game system according to the present invention, the instruction information display means displays the instruction information in a unit predetermined display area for displaying a predetermined display image indicated by the instruction information.

Here, the instruction information is preferably displayed so as to surround the unit display area.

Further, in the game system according to the present invention, an image that can be displayed by displaying a predetermined display image in all unit predetermined display areas represents a picture, and is displayed by the display image display means and the predetermined display image display means. The display image and the predetermined display image are images representing colors, and the instruction information is an image having color information indicating the color of the predetermined display image to be displayed in the unit predetermined display area.

Here, the picture may include characters, symbols, figures and patterns. The color only needs to represent the difference in the color of the picture. For example, when different colors are represented by different patterns, each pattern may be included as a color. The color does not need to be a single color, and even if a pattern is included in the color, other colors may be mixed with the main color.

The game system according to the present invention is characterized by comprising stage clear means for clearing the stage when a predetermined condition is satisfied.

Here, the predetermined condition is, for example, a condition for determining that a predetermined display image is displayed in all unit predetermined display areas. In addition, a condition for determining that the display image is not displayed in all the unit space display areas other than the unit predetermined display area in the unit display area may be added. A time limit may be set as a condition for clearing the stage.

In addition, the game system according to the present invention is characterized by comprising identification image display means for displaying an identification image that visually represents the unit display area in the unit display area.

Here, when the instruction information is displayed in the unit predetermined display area, the identification image may not be displayed in the unit predetermined display area.

In addition, the game system according to the present invention includes a space display image setting means for associating a space display image with a unit space display area other than the unit predetermined display area among the unit display areas, and a unit display area instructed by the instruction means. Is a unit space display area, a space display image display means for displaying an associated space display image is provided.

An information recording medium according to the present invention is a computer-readable information storage medium, and includes a program for executing the above means. A program according to the present invention is a computer-readable program and includes a module for executing the above means.

As described above, the present invention divides the display area vertically and horizontally, forms an image using all or part of the divided unit display area, and displays the image in the unit predetermined display area that forms the image. By associating the predetermined display images, it is possible to provide a game that can express a rich picture or photographic image by the displayed image. Further, the instruction information indicating the display image to be displayed in the unit predetermined display area is displayed, and it is determined by the player by determining whether the display image displayed in the unit predetermined display area is the predetermined display image based on the instruction information. It is possible to provide an unprecedented game in which the area is properly painted with a predetermined color.

Hereinafter, preferred embodiments of the present invention will be described with reference to the drawings.

In addition, this embodiment demonstrated below does not limit the content of this invention described in the claim at all.

First, the case where the game system of the present invention is realized by a portable video game apparatus used for home use will be described with reference to the drawings. The present invention can be similarly applied to a stationary video game apparatus, a commercial video game apparatus, a personal computer, and the like.

FIG. 1 is an external view of a video game apparatus 1 according to this embodiment of the present invention.

The video game apparatus 1 includes a cross key 37 and buttons 33 to 36 that function as an input unit, a liquid crystal display 20 that functions as a display unit on which characters and images are displayed, a speaker 40 that functions as an audio output unit, and information recording. And a ROM cartridge 10 that functions as a medium. The ROM cartridge 10 stores a game program that operates on the video game apparatus 1, image data, and audio data.

FIG. 2 is a block diagram illustrating a schematic configuration of hardware of the video game apparatus 1.

A command from the player is input by the input unit 30, the input command is recorded in the RAM 60, and the program of the ROM cartridge 10 is executed by the central processing unit 50.

The display of the image is realized by causing the image processing unit 51 to perform a process specific to the image and causing the liquid crystal display unit 20 to display the image display control program by the central processing unit 50.

The sound reproduction is realized by causing the sound processing unit 52 to perform sound processing peculiar to the sound and causing the speaker 40 to output the sound by executing the sound control program by the central processing unit 50.

The progress of the video game is realized by sequentially executing the program of the ROM cartridge 10.

Next, an image display game for displaying a predetermined display image associated with the unit predetermined display area realized by the game system of the present invention, and a coloring game for displaying the predetermined display image on the unit predetermined display area based on the instruction information An example will be described.

This image display game is a game for displaying a predetermined display image associated with a predetermined unit display area. A unit predetermined display area for forming an image exists in a part of the unit display area divided vertically and horizontally. A predetermined display image representing an image is associated with the unit predetermined display area. Of the unit display areas, a space display image is associated with a unit space display area other than the unit predetermined display area. In the unit display area, an identification image representing each area is displayed. In addition, in the adjacent unit display area, a wall that disables the movement of the character is displayed. A character moving along the unit display area is operated to display predetermined display images associated with all the unit predetermined display areas to complete the picture. When an input operation is performed at a timing when the character overlaps the unit display area, an image associated with the area is displayed in the unit display area. The coloring game is a game in which a predetermined display image is displayed in a unit predetermined display area based on instruction information to complete a picture. Among the unit display areas divided vertically and horizontally, identification images representing the respective areas are displayed in the unit space display areas other than the unit predetermined display area. In the unit predetermined display area, instruction information for indicating a predetermined display image to be displayed in the area is displayed. In addition, in the adjacent unit display area, a wall that disables the movement of the character is displayed. A character moving along the unit display area is operated to display predetermined display images in all unit predetermined display areas based on the instruction information, thereby completing the picture. Selectable display images are displayed on the right edge of the screen. The selected display image is surrounded by a cursor. The position of the cursor is moved by the input operation and the display image is selected. When an input operation is performed at a timing when the character overlaps the unit display area, the selected display image is displayed in the unit display area.

Furthermore, an image display game and a color painting game executed by the video game apparatus 1 will be described in detail as this embodiment of the present invention.

FIG. 3 is a block diagram showing the main functions of the video game apparatus 1 according to this embodiment of the present invention.

As shown in FIG. 3, the video game apparatus 1 functionally includes a display unit 70, an operation unit 71, a storage unit 72, an information recording medium 73, and a program execution unit 74.

The display unit 70 includes the liquid crystal display unit 20 and displays a game screen.

The operation unit 71 includes an input unit 30 and receives input from the player.

The storage unit 72 includes a RAM 60 and reads image data, table data, and the like.

The information recording medium 73 is composed of the ROM cartridge 10 and records a program, image data, and table data for performing the processing of the present invention.

The program execution unit 74 is realized by the central processing unit 50, and includes a display area dividing process, an image forming process, a predetermined display image setting process, an instruction information display process, a selection process, an instruction process, and a predetermined display image display. Processing, display image display processing, unit predetermined display area determination processing, character display processing, character movement processing, lifting processing, lifting movement processing, throwing processing, stage clear processing, identification image display processing, A space display image setting process and a space display image display process are performed.

The display area division processing is based on table data representing the arrangement of the unit display areas obtained by dividing the display area vertically and horizontally and the vertical and horizontal size data of the unit display areas.

The image forming process is based on an arrangement of elements representing a predetermined display area in which a value is set among elements to which a unit display area is assigned by the display area dividing process.

The predetermined display image setting process is executed in the image display game, and among the elements to which the unit display area is allocated by the display area dividing process, the allocated display element is set to the element to which the unit predetermined display area for forming an image is allocated. Depending on a value representing a predetermined display image to be displayed in the selected area.

The instruction information display process is executed in a color painting game, and an image representing the instruction information is created based on the instruction information image data, and table data having information about a predetermined unit display area and a predetermined display image to be displayed in the area. Based on the above, processing for displaying in the corresponding area of the display unit is performed. Here, the instruction information is displayed in the unit predetermined display area in which the predetermined display image indicated by the instruction information is displayed. An image representing instruction information is represented by a color frame image having color information.

The selection process is executed in the color painting game, and performs a process of selecting a selectable display image by moving the cursor. Here, the selected image is surrounded by a cursor. When the player presses the L button 35, the cursor moves up, and when the player presses the R button 36, the cursor moves down. A selectable display image is represented by a color image representing a color.

In the image display game, the instruction process performs a process of instructing a unit display area for displaying a predetermined display image from the unit display area group. In the coloring game, the instruction process performs a process of instructing a unit display area for displaying a display image selected by the selection process from the unit display area group. Here, an instruction is given by operating the character displayed on the display unit through the operation unit.

The predetermined display image display process is executed in the image display game. When the unit display area instructed by the instruction process is the unit predetermined display area, the predetermined display image based on the value set in the predetermined display image setting process is predetermined. Processing is performed based on the display image data and displayed in the unit display area indicated by the instruction processing of the display unit.

The display image display process is executed in the color painting game, and a process is performed in which the selected display image is created based on the display image data and displayed in the unit display area instructed by the instruction process of the display unit. Here, when the character is in a flying state and the B button 34 is pressed at the timing when the character overlaps the unit display area, the selected display image is displayed in the unit display area. The display image is expressed by a color image representing a color.

The unit predetermined display area determination process performs a process of determining whether a predetermined image is displayed in the unit predetermined display area. Here, the elements of the array in which the value of the predetermined display image to be displayed in the unit predetermined display area is set, and the value of the display image is stored when the process of displaying the display image in the unit predetermined display area is performed. Process to compare array element values.

In the character display process, a character is created based on the character image data and displayed on the display unit.

In the character movement process, a process for giving the character a certain amount of movement is performed. Here, the character moves along the unit display area. When the character collides with the wall, the sign of the amount of movement of the character is reversed and the character is rebounded and moved in the direction opposite to the traveling direction.

In the lifting process, a process of lifting the display image displayed on the display unit by the display image display process is performed. When the character is walking and the display image is not lifted and the character is on the unit display area where the display image is displayed, pressing the B button 34 lifts the display image.

In the lifting and moving process, the display image is moved while being lifted. When the cross key is pressed while the character is lifting the display image, the character moves in the direction of the cross key while the display image is lifted.

The throwing process performs a process of throwing the lifted display image. When the B button 34 is pressed while the character is lifting the display image, the lifted display image is thrown.

In the image display game, the stage clear process performs a stage clear process when a predetermined display image is displayed in all unit predetermined display areas. In the color painting game, the stage clear process performs a process of clearing the stage when the predetermined display images are displayed in all the unit predetermined display areas and the display images are not displayed in all the space display areas. Here, an array element in which a value of a predetermined display image to be displayed in the unit predetermined display area is set, and an array in which the value of the display image is stored when processing for displaying the display image in the unit display area is performed The game is cleared when the values of the elements are equal and the value of the display image is not stored in the elements of the array representing the space display area.

In the identification image display process, an identification image is created based on the identification image image data, and is displayed on the display unit based on the table data representing the arrangement of the unit display areas. Here, the display is performed in the unit space display area other than the unit predetermined display area in the unit display area. Further, the identification image is expressed by a fine frame image.

In the space display image setting process, a space display image set to an element to which a unit space display area other than a predetermined unit display area forming an image is assigned among elements to which a unit display area is assigned by the display area dividing process. According to the value to represent.

In the space display image display process, when the unit display area instructed by the instruction process is a unit space display area, a space display image is created based on the space display image data, and the unit display area instructed by the instruction process of the display unit Process to be displayed.

Next, the figure for demonstrating the flow of the coloring game of this embodiment of this invention is shown.

FIG. 4 shows an initial screen at the start of the game.

The figure shows a tulip statue. Each unit display area 320 displays a square thick frame or a square thin frame. A square thick frame 200 constituting the tulip is a color frame corresponding to the instruction information. A unit display area 320 in which a square thick frame is displayed corresponds to a unit predetermined display area 300 for displaying a predetermined display image. A thick frame with diagonal lines represents a red color frame 201, a thick frame without lines represents a green color frame 202, and a thick frame with vertical lines represents a brown color frame 203. A unit display area 320 in which a rectangular thin frame 204 is displayed represents a space display area 310 that can be painted in a color other than the unit predetermined display area 300.

A selectable display image 500 and a cursor 600 are displayed on the right end. The red image 501 represents a predetermined display image to be displayed in the unit predetermined display area 301 where the red color frame image 201 is displayed, and the green image 502 is displayed in the unit predetermined display area 302 where the green color frame image 202 is displayed. A predetermined display image to be displayed is represented, and a brown image 503 represents a predetermined display image to be displayed in the unit predetermined display area 303 in which the brown color frame image 203 is displayed. The red image 501 inside the cursor 600 corresponds to the selected color image.

In the upper left, the remaining time 700 is displayed in seconds. A walking character 800 in a walking state operated by the main character is displayed slightly lower left than the center. In the upper right, a heart 810 that is the physical strength of the character 800 operated by the main character is displayed. In addition, the game field has an enemy character appearance location 900 to 907 and a wall 400 that makes it impossible for the character to move. The enemy character appears from the enemy character appearance locations 900 to 907 when the set time has elapsed.

FIG. 5 is a diagram in which a character is manipulated from the state of FIG. 4 to paint a color inside the frame.

In order to display the color image, the flying character 801 is changed from the walking state to the flying state. The color selected by operating the cursor is a green image 502. When the flying character 801 operated by the hero performs an operation input for painting at a timing when the flying character 801 overlaps the unit predetermined display area 302, the unit predetermined display area 302 is painted with the selected green image 502. An enemy character 910 appears at the enemy character appearance location 900. Here, only one enemy character appears for explanation. When the character contacts the enemy character, the heart 810 displayed at the upper right of the screen is reduced by one. Here, the game is terminated when the number of hearts becomes zero.

FIG. 6 is a diagram in which colors are applied to several locations inside the frame from the state of FIG.

In the unit predetermined display area 301, a red image 501 having a predetermined color is displayed. In the unit predetermined display area 302, a green image 502 having a predetermined color is displayed. In the unit predetermined display area 303, a brown image 503 having a predetermined color is displayed. In the space display area 310, a green image 502 is displayed. In the unit display area 320, the moved enemy character 910 is displayed.

FIG. 7 is a diagram in which the color image displayed from the state of FIG. 6 is lifted.

In order to lift the color image, the walking character 800 is changed from the flying state to the walking state. When the walking character 800 operated by the main character performs an operation of lifting the color image on the green image 502 displayed in the space display area 310, the character lifts the green image 502 and a character 802 lifting the green image is displayed. . The character 802 can move with the green image 502 lifted, and can throw the green image 502 being lifted by a throwing operation. In addition, the enemy character 910 can be defeated by throwing the raised color image to the enemy character 910 in the unit display area 320. Here, in the state where the green image 502 is lifted, it is not possible to shift to the flying state.

FIG. 8 shows the completed picture.

A predetermined color image is displayed in all unit predetermined display areas, and no color image is displayed in all space display areas. In this state, the stage is cleared.

FIG. 9 is a flowchart for explaining the flow of processing of the game system of the present embodiment.

In S1, data necessary for the game is initialized.

In S2, a process for determining whether the time is within the time limit is performed. The elapsed time is subtracted from the time limit set in the initial setting. In S2, if the minus time is greater than 0, the process proceeds to S3, and if it is 0 or less, the process proceeds to the end.

In S3, a process for determining whether the physical strength of the character is greater than 0 is performed. When a character comes into contact with an enemy character, the character's physical strength is reduced. In S3, the process proceeds to S4 if the physical strength of the character is greater than 0, and proceeds to the end if it is equal to or less than 0. In step S4, an operation input process is performed.

In S5, it is determined whether the character is in a flying state. If the character is in a flying state, the process proceeds to S6. If not, the process proceeds to S7. S6 performs processing when the character is in a flying state.

In S7, it is determined whether the character is in a walking state. If the character is in a walking state, the process proceeds to S8, and if not, the process proceeds to S2. S8 performs processing when the character is in a walking state.

In S9, if the table in which the information of the predetermined display image to be displayed in the unit predetermined display area is written and the table in which the information actually displayed in the frame is compared are the same, the process proceeds to S10 and is different. If so, the process proceeds to S2. In step S10, a stage clear process is performed.

FIG. 10 is a flowchart of the flight state process shown in FIG.

In step S11, it is determined whether the character collides with the wall. If the character collides, the process proceeds to step S12. If the character does not collide, the process proceeds to step S13. In S12, when the character collides with the wall, the sign of the amount of movement of the character is reversed and the character is rebounded and moved in the direction opposite to the traveling direction.

In S13, it is determined whether or not an input from the cross key 37 has been received. If an input has been received, the process proceeds to S14. If not, the process proceeds to S15. In S14, a process of changing the traveling direction to the direction in which the input of the cross key 37 is received is performed.

In S15, it is determined whether or not the A button 33 has been pressed. If it has been pressed, the process proceeds to S16, and if it has not been pressed, the process proceeds to S17. In S16, a process of changing from the flying state to the walking state is performed. When changed to the walking state, the walking character 800 is displayed.

In S17, it is determined whether the B button 34 has been pressed. If it has been pressed, the process proceeds to S18, and if it has not been pressed, the process proceeds to S20.

In S18, it is determined whether or not the character overlaps the frame. If the character overlaps the frame, the process proceeds to S19, and if it does not overlap, the process returns. In S19, processing for displaying the selected image inside the frame is performed.

In S20, it is determined whether the L button 35 and the R button 36 are pressed. If they are pressed, the process proceeds to S21, and if not, the process returns. In step S21, a process for moving the cursor is performed. When the L button 35 is pressed, the cursor is moved up. If the cursor is at the top of the selected color image, the cursor is moved to the bottom of the selected color image. When the R button 36 is pressed, the cursor is moved downward. If the cursor is at the bottom of the selected color image, the cursor is moved to the top of the selected color image.

FIG. 11 is a flowchart of the walking state process shown in FIG.

In S22, it is determined whether it is moving. If it is moving, the process returns. If it is not moving, the process proceeds to S23.

In S23, it is determined whether or not an input from the cross key 37 has been received. If an input has been received, the process proceeds to S24, and if not, the process proceeds to S25. In S24, a process of moving in the direction in which the input of the cross key 37 is received is performed. When the color image is lifted, it moves in that state.

In S25, it is determined whether or not the A button 33 has been pressed. If it has been pressed, the process proceeds to S26, and if it has not been pressed, the process proceeds to S27. In S26, a process of changing from the walking state to the flying state is performed. When changed to the flying state, a flying character 801 is displayed.

In S27, it is determined whether or not the B button 34 is pressed. If it is pressed, the process proceeds to S28, and if it is not pressed, the process returns.

In S28, it is determined whether the color image is lifted. If it is lifted, the process proceeds to S29, and if it is not lifted, the process proceeds to S30. In S29, a process of throwing the color image being lifted is performed.

In S30, it is determined whether the color image is on the displayed frame. If it is, the process proceeds to S31, and if it is not, the process returns. In S31, a process of lifting the color image is performed.

It is an external view of the video game apparatus 1 by this embodiment of this invention. 2 is a block diagram illustrating a schematic configuration of hardware of the video game apparatus 1. FIG. It is a block diagram which shows the main functions of the video game apparatus 1 by this embodiment of this invention. This is the initial screen at the start of the game. It is the figure which operated the character from the state of FIG. 4, and painted the inside of a frame. It is the figure which painted the color inside several places of the frame from the state of FIG. It is the figure which lifted the color image displayed from the state of FIG. It is the figure which completed the picture. It is a flowchart for demonstrating the flow of a process of the game system of this embodiment. FIG. 10 is a flowchart of processing in the flight state shown in FIG. 9. Fig. 10 is a flowchart of the walking state process shown in Fig. 9.

Claims (21)

A game system in which a player displays an associated predetermined display image in a unit predetermined display area in a game image, the display area dividing means for dividing the display area vertically and horizontally to create a plurality of unit display areas, Image forming means for forming an image using all or a part of the unit display area, and a predetermined display image representing the image in a unit predetermined display area for forming an image by the image forming means in the unit display area Display image setting means, instruction means for instructing a unit display area for displaying a predetermined display image from the unit display area group formed as a display area by the display area dividing means, and the unit display area instructed by the instruction means is a unit In the case of the predetermined display area, the predetermined display image display means for displaying the associated predetermined display image and the unit predetermined display area satisfy the predetermined condition. Game system characterized in that it comprises a unit predetermined display area determining means for determining whether. A game system in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information, and there are many unit display areas in the game image In addition, there is a unit predetermined display area for displaying a predetermined display image in all or a part of the unit display area, and instruction information for indicating the predetermined display image to be displayed in the unit predetermined display area is displayed in the predetermined area. Display means, selection means for selecting a display image to be displayed in the unit display area, instruction means for instructing a unit display area for displaying the display image selected by the selection means from the unit display area group, and the instruction Display image display means for displaying the display image selected by the selection means in the unit display area designated by the means, and the unit predetermined table. Game system wherein the region is a unit predetermined display area determining means for determining whether satisfies a predetermined condition. A game system in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information. A display area dividing means for creating a unit display area; an image forming means for forming an image using all or part of the unit display area; and a predetermined unit for forming an image by the image forming means in the unit display area. Instruction information display means for displaying instruction information for instructing a predetermined display image to be displayed in the display area, and selection means for selecting a display image to be displayed in the unit display area created by the display area dividing means; An instruction means for instructing a unit display area for displaying a display image selected by the selection means from the unit display area group, and an instruction by the instruction means. A display image display means for displaying the display image selected by the selection means in the unit display area; and a unit predetermined display area determination means for determining whether the unit predetermined display area satisfies a predetermined condition. Feature game system. Character display means for displaying a character that can be operated by a player, and character movement means for moving the character based on a predetermined movement process, wherein the instruction means indicates a unit display area by the character, and the display The image display means and the predetermined display image display means correspond to the timing when the input operation for displaying the display image and the predetermined display image is operated by the player and the timing when the character overlaps the unit display area. The game system according to claim 1, wherein a display image and a predetermined display image are displayed in the unit display area. A state where the character lifts an image displayed by the display image display means and the predetermined display image display means by an operation input, and a state where the character lifts an image lifted by the lifting means by an operation input 5. The game system according to claim 4, further comprising: a lifting and moving means that moves the character and a throwing means for throwing an image lifted by the lifting means by the operation input. 6. The game system according to claim 2, wherein the instruction information display means displays the instruction information in a unit predetermined display area in which a predetermined display image indicated by the instruction information is displayed. An image that can be displayed by displaying a predetermined display image in all unit predetermined display areas represents a picture, and the display image and the predetermined display image displayed by the display image display means and the predetermined display image display means represent colors. 7. The game according to claim 1, wherein the instruction information is an image having color information indicating a color of a predetermined display image to be displayed in the unit predetermined display area. system. The game system according to claim 1, further comprising stage clear means for clearing the stage when a predetermined condition is satisfied. 9. The game system according to claim 1, further comprising identification image display means for displaying an identification image that visually represents the unit display area in the unit display area. Among the unit display areas, a space display image setting means for associating a space display image with a unit space display area other than the unit predetermined display area, and when the unit display area instructed by the instruction means is a unit space display area, The game system according to any one of claims 1 to 9, further comprising space display image display means for displaying the associated space display image. A program that can be read by a computer for a game system in which a player displays a predetermined display image associated with a unit predetermined display area in a game image, and the display area is divided into a plurality of unit display areas. A display area dividing means to be formed; an image forming means for forming an image using all or part of the unit display area; and a unit predetermined display area for forming an image by the image forming means among the unit display areas. A predetermined display image setting means for associating a predetermined display image representing the display area, an instruction means for instructing a unit display area for displaying the predetermined display image from the unit display area group created as a display area by the display area dividing means, and the instruction means. Predetermined display image display means for displaying an associated predetermined display image when the designated unit display area is a unit predetermined display area , Program the unit predetermined display area, characterized in that to execute a unit predetermined display area determining means for determining whether satisfies a predetermined condition to the computer. A computer-readable program for a game system, in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information. There are a large number of unit display areas, and a predetermined display image to be displayed in the unit predetermined display area is instructed to a computer having a unit predetermined display area for displaying a predetermined display image in all or part of the unit display area. Instruction information display means for displaying instruction information in a predetermined area, selection means for selecting a display image to be displayed in the unit display area, and unit display for displaying a display image selected by the selection means from the unit display area group An instruction means for designating an area and a unit display area designated by the instruction means are selected by the selection means. And picture display means for displaying a display image, program the unit predetermined display area, characterized in that to execute a unit predetermined display area determining means for determining whether satisfies a predetermined condition. A computer-readable program for a game system, in which a player selects a display image to be displayed in a unit display area in a game image and displays a predetermined display image in a unit predetermined display area based on instruction information. Display area dividing means for dividing the display area vertically and horizontally to form a plurality of unit display areas, image forming means for forming an image using all or a part of the unit display areas, and the image formation of the unit display areas. An instruction information display means for displaying a predetermined display image to be displayed in a predetermined unit display area where an image is formed by the means is displayed in a predetermined area, and an indication information display means for displaying in the unit display area formed in the display area by the display area dividing means. A selection means for selecting a display image, and a unit display area for displaying the display image selected by the selection means from the unit display area group. An instruction means for displaying, a display image display means for displaying the display image selected by the selection means in the unit display area indicated by the instruction means, and determining whether the unit predetermined display area satisfies a predetermined condition A program for causing a computer to execute unit predetermined display area judging means. A program for causing a computer to execute character display means for displaying a character operable by a player and character movement means for moving the character based on a predetermined movement process; The display area is instructed, and the display image display means and the predetermined display image display means are operated when an input operation for displaying the display image and the predetermined display image is operated by the player and the character overlaps the unit display area. The program according to claim 11, wherein a display image and a predetermined display image are displayed in the unit display area in accordance with the coincidence with the timing. A state where the character lifts an image displayed by the display image display means and the predetermined display image display means by an operation input, and a state where the character lifts an image lifted by the lifting means by an operation input The program according to claim 14, wherein the computer causes the computer to execute a lifting and moving means that moves at a distance and a throwing means that causes the character to throw an image lifted by the lifting means by an operation input. 16. The program according to claim 12, wherein the instruction information display unit displays the instruction information in a unit predetermined display area in which a predetermined display image indicated by the instruction information is displayed. An image that can be displayed by displaying a predetermined display image in all unit predetermined display areas represents a picture, and the display image and the predetermined display image displayed by the display image display means and the predetermined display image display means represent colors. 17. The program according to claim 11, wherein the instruction information is an image having color information indicating a color of a predetermined display image to be displayed in the unit predetermined display area. . The program according to any one of claims 11 to 17, which causes a computer to execute stage clear means for clearing a stage when a predetermined condition is satisfied. The program according to any one of claims 11 to 18, which causes a computer to execute identification image display means for displaying an identification image that visually represents a unit display area in the unit display area. Among the unit display areas, a space display image setting means for associating a space display image with a unit space display area other than the unit predetermined display area, and when the unit display area instructed by the instruction means is a unit space display area, The program according to any one of claims 11 to 19, which causes a computer to execute space display image display means for displaying the associated space display image. An information storage medium storing a computer-readable program, wherein the program according to any one of claims 11 to 20 is stored.

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