KR100985772B1 - Computer readable medium on which game program is recorded, game machine, and game method - Google Patents

Abstract

Allows you to quickly instruct commands on characters. This gives you a sense of control that you are manipulating your character. In this baseball game as an embodiment in which the present invention is used, the display position of the second ring symbol 81 is set by the CPU 11 based on the character characteristic data K of the pitcher character, and the second ring symbol ( At the display position of 81, the second ring symbol 81 is displayed on the touch panel monitor. When the touch pen is positioned on the portion of the monitor where the first ring symbol 80 is displayed, the pitch start command is received by the controller. Then, the touch pen is slid on the monitor to place the touch pen on the portion of the monitor where the second ring symbol 81 is displayed, and the touch pen is further slid on the monitor to touch the portion of the monitor where the third ring symbol 82 is displayed. When the pen is positioned, a ball discharging command is issued from the control unit.

Game program, game device, game method, character, characteristic data

Description

COMPUTER READABLE MEDIUM ON WHICH GAME PROGRAM IS RECORDED, GAME MACHINE, AND GAME METHOD}

The present invention relates to a game program, particularly a game program for causing a computer to execute a game for moving a moving object from a character displayed on a touch input monitor to a target position. The present invention also relates to a game device capable of executing a game realized by this game program, and a video game method capable of controlling a game realized by the game program by a computer.

Various video games have been proposed in the past. These video games are to be played in a game device. For example, a general game device has a monitor, a game machine body separate from the monitor, and an input unit, for example, a controller, separate from the game machine body. A plurality of input buttons are arranged in the controller. In addition, the portable game apparatus has a game console main body, a liquid crystal monitor provided in an approximately central portion of the game console main body, and an input unit arranged on both sides of the liquid crystal monitor, for example, a plurality of input buttons. In such a game device, various commands can be instructed on the character displayed on the monitor by operating the input unit.

As one of various video games that have been proposed in the related art, a game of a type for moving a moving object from a character displayed on a monitor to a target position is known. In this type of game, for example, a baseball game, the ball can be sent out from the pitcher character displayed on the monitor to a desired pitching course (see Non-Patent Document 1). In order to deliver the ball to the pitcher character in this baseball game, first, a desired ball is instructed to the pitcher character by operating a direction indicating button. Next, the pitcher character starts the pitching motion by operating a predetermined button, for example, an X mark button. At this time, if the X mark button is operated continuously (hit), restraint of the ball sent out from the pitcher character is increased. Next, after the pitching motion is started for the pitcher character, the pitching course is instructed by continuously operating the direction indicating button. Then, the ball can be sent out to the pitcher character by the designated ball and the designated pitching course.

[Non-Patent Document 1] Live Powerful Professional Baseball 11 Official Guide Complete Edition, Konami Media Entertainment, Inc., Japan, September 16, 2004

In a conventional baseball game, by operating an input button, a ball can be sent from a pitcher character displayed on a monitor to a desired pitching course. In such a baseball game, it is necessary to operate the direction indication button and the X mark button several times in order to send the ball from the pitcher character to the desired pitching course. In particular, after starting the pitching motion for the pitcher character, it is necessary to repeatedly operate the X mark button and the direction indication button for a short time until the ball is sent to the pitcher character. For this reason, if the player does not determine the restraint or the throwing course quickly, the time for operating the X mark button and the direction indication button is shortened, and the desired restraint and pitch course is desired by the X mark button and the direction indicating button. There is a problem that cannot indicate all of them. On the other hand, since the repetitive operation of the X mark button and the direction indication button in the pitcher character's pitching motion is an operation system irrelevant to the pitcher character's pitching, the player gains a sense of operation that the pitcher character is operated. There is a problem that I cannot.

An object of the present invention is to be able to instruct a character quickly.

Another object of the present invention is to provide a feeling of operation of operating a character.

The game program according to claim 1 is a program for realizing the following functions in a computer capable of executing a game for moving a moving object from a character displayed on a touch input monitor to a target position.

(1) An input position recognition function of causing a control unit to recognize coordinate data of an input position on a monitor of a touch input type corresponding to the first input signal, based on the first input signal from the touch input type monitor.

(2) for inputting a first region for initiating an input relating to movement of the movable body, a second region for expressing character characteristics of the character, and a movement start command for initiating movement of the movable body from the character to the target position; An area display command issuing function for causing a control unit to issue an area display command for displaying a third area on a touch input monitor.

(3) An area recognition function for causing the controller to recognize coordinate data in the display range of the first area, coordinate data in the display range of the second area, and coordinate data in the display range of the third area.

(4) The third area displayed on the touch input monitor is connected to the touch input monitor based on one of the second input signals from the input unit provided separately from the first input signal and the touch input monitor. And a third area move command issuing function for issuing a third area move command for moving to the control unit.

(5) In the state where the coordinate data of the input position in the touch input type monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinate data within the range of the second area. And a position data determination function for determining, by the control unit, whether or not each of the coordinate data within the range of the second region and the third region corresponds to each other.

(6) When the control unit determines that the coordinate data of the input position corresponds to the coordinate data within the range of the first area, the control unit receives an input relating to the movement of the moving object, and determines the input position of the contact input monitor. In the state where the coordinate data is continuously recognized by the controller, the coordinate data of the input position is in the order of the coordinate data within the range of the first area, the coordinate data within the range of the second area, and the coordinate data within the range of the third area, A movement start command issuing function for causing a control unit to issue a movement start command to the control unit when it is determined that the control unit has coincided with the coordinate data within the range of all of the first to third regions.

(7) A moving object display command issuing function for causing a control unit to issue a moving object display command for displaying a moving object moving from a character to a target position on a touch input monitor.

In this game program, the input position recognition function causes the controller to recognize the coordinate data of the input position on the monitor of the touch input type corresponding to the first input signal based on the first input signal from the touch input type monitor. The area display command issuing function includes a first area for starting input regarding movement of a moving object, a second area for expressing character characteristics of the character, and a movement start command for starting movement of the moving object from the character to the target position. An area display command for displaying the third area for inputting the data on the touch input type monitor is issued to the controller. Here, the region display command includes a second region position setting instruction for setting the display position of the second region based on the character characteristics of the character, and a second region at the display position of the second region to the monitor of the touch input type. It has a second area display command for displaying. The area recognition function causes the control unit to recognize coordinate data in the display range of the first area, coordinate data in the display range of the second area, and coordinate data in the display range of the third area. The third area movement command issuing function is a touch input type based on any one of the first input signal and the second input signal from the input unit provided separately from the monitor of the touch input type. The control unit issues a third region movement command for moving in the monitor of the controller. In the position data determination function, the coordinate data of the input position is in the range of the first region and the coordinate data in the range of the first region in a state where the coordinate data of the input position in the touch input monitor is continuously recognized by the controller. The control unit judges whether or not the coordinate data within and the coordinate data within the range of the third region correspond to each other. When the control unit determines that the coordinate data of the input position coincides with the coordinate data within the range of the first area, the movement start command issuing function receives the input regarding the movement of the moving object to the control unit, The coordinate data of the input position is the coordinate data in the range of a 1st area | region, the coordinate data in the range of a 2nd area | region, the coordinate data in the range of a 3rd area | region, in the state which the coordinate data of the input position of is continuously recognized by the control part. In the following order, when the controller determines that the coordinate data within the range of all the first to third regions coincides, the control unit issues a movement start command. The moving object display command issuing function causes the control unit to issue a moving object display command for displaying the moving object moving from the character to the target position on a touch input monitor.

In this case, when it is determined by the controller that the coordinate data of the input position coincides with the coordinate data within the range of the first area, the input regarding the movement of the moving object is received by the controller. And while the coordinate data of the input position in the touch input type monitor is continuously recognized by the control part, the coordinate data of the input position is the coordinate data in the range of a 1st area | region, the coordinate data in the range of a 2nd area | region, When the controller determines that the coordinate data within the range of the first to third regions all coincide with the coordinate data within the range of the third region, a movement start command is issued from the controller. Then, a moving object display command for displaying the moving object moving from the character to the target position on the touch input monitor is issued from the control unit. Thereby, the moving object which moves to a target position from a character can be started, and a moving object which can move is displayed on a touch input type monitor.

For example, in a baseball game, an annular first region is displayed in the vicinity of the pitcher character, a second annular region is displayed between the pitcher character and the home base, Consider a case in which the annular third region is displayed on the upper side. In this case, when the touch pen is placed on the portion of the monitor where the first area is displayed, the start of the input regarding the movement of the ball is accepted by the controller. If the touch pen is slid on the monitor to position the touch pen on the portion of the monitor where the second area is displayed, and the touch pen is further slid on the monitor to place the touch pen on the portion of the monitor where the third area is displayed, A start command, for example, a ball sending command, is issued from the control unit.

As described above, according to the present invention, it is possible to start the input relating to the movement of the movable body and input the movement start command of the movable body only by sliding the indicating means, for example, a touch pen or a finger, on the touch panel monitor. In this way, the player can quickly instruct an instruction to the character.

On the other hand, the area display command issued by the area display command issuing function to the control unit includes a second area position setting command for setting the display position of the second area based on the character characteristics of the character, and a display position of the second area. And a second area display command for displaying the second area on a touch input monitor. Thereby, the display position of a 2nd area | region can be set based on the character characteristic of a character, and a 2nd area | region can be displayed on the touch input type monitor in the display position of the set 2nd area | region.

For example, in a baseball game, when an area display command is issued by the control unit, the display position of the second area is transmitted to the control unit based on the character characteristics, for example, the pitcher character's pitching form data or the arm data of the frequently used one. The second area is displayed on the touch input monitor at the display position of the second area by the second area display command. More specifically, when the pitcher character is overthrow, the second area is displayed above the first area, and when the pitcher character is underscore, the second area is displayed below the first area. In addition, when the pitcher character is right-handed, the second area is displayed to the left of the first area, and when the pitcher character is left-handed, the second area is displayed to the right of the first area. .

As described above, in the present invention, the display position of the second area can be changed in accordance with the character characteristics. And the touch panel is made by sliding an indicating means, for example, a touch pen or a finger, on a touch panel type monitor in the order of a 1st area | region, the 2nd area whose display position changes according to a character characteristic, and a 3rd area | region. Since the operation on the monitor of the expression can be similar to the operation of the character, for example, the pitching character of the pitcher character, the player can obtain a feeling of operation of operating the character.

The game program according to claim 2 is a program for realizing the following functions in a computer in the game program of claim 1.

(8) When the control unit judges that the coordinate data of the input position coincides with the coordinate data within the range of the second area while the coordinate data of the input position in the touch input monitor is continuously recognized by the control unit. And a first setting function that sets the control unit to the first moving body characteristic of the moving body in accordance with the coordinate data within the range of the second region where the coordinate data of the input position coincides.

In this game program, in the state where the coordinate data of the input position in the touch input monitor is continuously recognized by the controller, the coordinate data of the input position corresponds to the coordinate data within the range of the second area. When it is judged that the control unit has matched, the control unit sets the first mobile unit characteristic of the mobile unit according to the coordinate data within the range of the second region where the coordinate data of the input position coincided.

In this case, when the control unit judges that the coordinate data of the input position coincides with the coordinate data within the range of the second area while the coordinate data of the input position in the touch input monitor is continuously recognized by the control unit. According to the coordinate data in the range of the 2nd area where the coordinate data of the input position matched, the 1st mobile body characteristic of a mobile body is set by a control part.

For example, in a baseball game, while touching a touch pen on a touch panel type monitor, a touch is touched on a portion of the monitor on which the first area is displayed, a portion of the monitor on which the second area is displayed, and a portion of the monitor on which the third area is displayed. When the pen is positioned, when the touch pen is positioned on the portion of the monitor where the second region is displayed, the control unit controls the first movable body characteristic, for example, the sphere characteristic of the movable body, according to the position of the touch pen in the second region. Is set.

As described above, in the present invention, the first moving object characteristic, for example, the beating characteristic of the movable body can be set by simply instructing, for example, a touch pen, a finger, or the like, from the first area to the third area on the touch panel monitor. In this way, the player can quickly instruct the input of the characteristics of the moving object.

In the game program according to claim 3, the game program of claim 1 or 2 is a program for realizing the following functions in a computer.

(9) In the state where the coordinate data of the input position in the touch input monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinate data within the range of the second area. And when the control unit determines that the coordinate data in the range of the third region is equal to the coordinate data in the range of the third region, the control unit controls the time required for the control unit to determine that the coordinate data of the input position corresponds to the coordinate data in the range of the first to third regions. Judgment time calculation function.

(10) a second setting function for setting the second moving object characteristic of the moving object to the control part according to the time required for the control part to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third areas. .

In this game program, in the state where the determination time calculation function continuously recognizes the coordinate data of the input position on the touch input type monitor by the control unit, the coordinate data of the input position corresponds to the coordinate data within the range of the first area. If it is determined by the controller that the coordinate data in the range of the second region and the coordinate data in the range of the third region are matched, the control unit determines that the coordinate data of the input position coincides with the coordinate data in the range of the first to third regions. The time required to do this is calculated by the control unit. The second setting function sets the control unit to the second moving object characteristic of the moving object in accordance with the time required for the control unit to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions.

In this case, the controller calculates the time required for the controller to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions. And according to the time required by the control part to determine that the coordinate data of the input position corresponded to the coordinate data within the range of the 1st-3rd area, the 2nd moving object characteristic of a moving body is set by a control part.

For example, in a baseball game, the touch pen is positioned on a monitor portion on which a first region is displayed, a monitor portion on which a second region is displayed, and a monitor portion on which a third region is displayed while sliding the touch pen on a touch panel monitor. In this case, the time from when the touch pen is positioned in the monitor portion in which the first region is displayed to the position of the touch pen in the monitor portion in which the third region is displayed is calculated. And according to this time, the 2nd movable body characteristic of a movable body, for example, a restraint characteristic is set by a control part.

As described above, in the present invention, the second moving object characteristic, for example, the restraint characteristic of the movable body is set by simply instructing, for example, a touch pen, a finger, or the like, from the first region to the third region on the touch panel monitor. In this way, the player can quickly instruct the input of the characteristics of the moving object.

In the game program according to claim 4, in the game program according to claim 1 or 2, the area display command includes a second area range setting command for setting the display range of the second area based on the character characteristics of the character, It has a 2nd area display command for displaying a 2nd area on a monitor of a touch input type in the display range of 2 area | regions.

In this case, since the area display command has the second area range setting command and the second area display command, when the area display command is issued by the control unit, the second area range setting command is based on the character characteristics of the character. The display range of the second area is set by the control unit, and the second area is displayed on the display range on the monitor of the touch input type by the second area display command.

For example, in a baseball game, when an area display command is issued by the control unit, the display range of the second area is set by the control unit based on the character characteristics, for example, the character data, the condition data, and the like, and the second area display. By the instruction, the second area is displayed in the display range on the monitor of the touch input type. More specifically, as the pitcher character's ability is higher, the display range of the second region is displayed larger, and as the pitcher character's ability is lower, the display range of the second region is displayed smaller. In addition, the display range of the second region is displayed as large as the condition of the pitcher character is good, and the display range of the second region is displayed as small as the condition of the pitcher character is bad.

As described above, in the present invention, since the display range of the second area can be changed in accordance with the character characteristics, the player can obtain a feeling of operation in accordance with the character characteristics.

The game program according to claim 5 is a program for realizing the following functions in a computer in the game program of claim 1 or 2.

(11) A judgment time recognizing function that causes the control section to recognize the allowable time for the control section to determine whether or not the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions.

(12) A first indicator display function for causing a controller to issue a first indicator display command for displaying a first indicator indicating a permitted time recognized by the controller on a touch input monitor.

(13) a second indicating a real time until the coordinate data of the input position coincides with the coordinate data in the range of any one of the first to third regions, and then coincides with the coordinate data in the range of all the first to third regions. 2nd indicator display function which issues a 2nd indicator display command to a control part for displaying a 2 indicator on a touch input type monitor.

In this game program, in the determination time recognition function, the control unit recognizes the allowable time for the control unit to determine whether or not the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions. In the first indicator display function, the control unit issues a first indicator display command for displaying a first indicator indicating the allowable time recognized by the control unit on a touch input monitor. In the second indicator display function, when the coordinate data of the input position coincides with the coordinate data in the range of any one of the first to third regions, and then coincides with the coordinate data in the range of all the first to third regions. A second indicator display command for displaying a second indicator indicating a real time up to a touch-input monitor is issued by the controller.

In this case, the first indicator indicating the allowable time recognized by the control unit is displayed on the touch input monitor. In addition, a second indicator indicating real time is displayed on the touch input monitor. As described above, in the present invention, since the first time indicator indicating the allowable time and the second time indicator indicating the real time are displayed on the monitor of the touch input type, the player uses the first time indicator on the basis of the first time indicator. While comparing the time indicator with the second time indicator, the touch pen is placed on the touch panel monitor such that the indicating means, for example, a touch pen or a finger, passes through the first area, the second area, and the third area within the allowable time. I can slide it.

The game device according to claim 6 is a game device capable of executing a game of moving a moving object from a character displayed on a touch input monitor to a target position. The game device includes input position recognition means for causing the control unit to recognize coordinate data of an input position on a touch input monitor corresponding to the first input signal based on the first input signal from the touch input monitor; The contact input type includes a first region for starting input regarding movement, a second region for expressing character characteristics of the character, and a third region for inputting a movement start command for initiating movement of the moving object from the character to the target position. Area display command issuing means for issuing an area display command for display on a monitor of the controller; coordinate data within the display range of the first area, coordinate data within the display range of the second area, and coordinate data within the display range of the third area. Area recognition means for recognizing the controller to the control unit, and an input provided separately from the first input signal and the touch input monitor Issuing a third area shift command for issuing a third area shift command to the control unit for moving the third area displayed on the touch input type monitor in the touch input type monitor based on either one of the second input signals from the negative unit. Means and the coordinate data of the input position are coordinate data in the range of a 1st area | region and the coordinate data in the range of a 2nd area | region with the coordinate data of the input position in a contact input type monitor being recognized continuously by the control part. And position data judging means for causing the control unit to determine whether or not each of the coordinate data within the range of the third region is consistent with the control unit; and when the control unit judges that the coordinate data of the input position matches the coordinate data within the range of the first region, The control unit receives an input relating to the movement of the moving object, and determines an input position of the contact input monitor. In the state where the coordinate data is continuously recognized by the controller, the coordinate data of the input position is in the order of the coordinate data within the range of the first area, the coordinate data within the range of the second area, and the coordinate data within the range of the third area, In the case where it is determined that the control unit has coincided with the coordinate data within the range of all the first to third areas, the movement start command issuing means for issuing a movement start command to the control unit, and the moving object for moving from the character to the target position, A moving object display command issuing means for issuing a moving object display command for display on a monitor to a control unit. In this game device, the area display command is a touch input type for inputting a second area position setting command for setting the display position of the second area based on the character characteristics of the character, and a second area at the display position of the second area. Has a second area display command for displaying on a monitor.

The game method according to claim 7 is a game method for causing a computer to execute a game of moving a moving object from a character displayed on a touch input monitor to a target position. The game method includes an input position recognition step of causing a control unit to recognize coordinate data of an input position on a touch input monitor corresponding to the first input signal based on a first input signal from a touch input monitor, and a moving object. Contact input between a first region for initiating an input relating to movement of a character, a second region for expressing a character characteristic of a character, and a third region for inputting a movement initiation command for initiating movement of a moving object from a character to a target position; An area display command issuing step for issuing an area display command to the control unit for display on a monitor of a formula; coordinate data within the display range of the first area, coordinate data within the display range of the second area, and coordinates within the display range of the third area. An area recognition step of allowing data to be recognized by the controller, and an input provided separately from the first input signal and the touch input monitor. Issuing a third area shift command for issuing a third area shift command to the control unit for moving the third area displayed on the touch input type monitor in the touch input type monitor based on either one of the second input signals from the negative unit. In the state where the step and the coordinate data of the input position in the touch input monitor are continuously recognized by the control unit, the coordinate data of the input position is coordinate data within the range of the first area and coordinate data within the range of the second area. And a position data determination step of causing the control unit to determine whether or not each of the coordinate data within the range of the third region is matched, and when the control unit determines that the coordinate data of the input position matches the coordinate data within the range of the first region, The input position on the monitor of a contact input type is input to the control part about the movement of a moving object. In the state where the coordinate data is continuously recognized by the controller, the coordinate data of the input position is in the order of the coordinate data within the range of the first area, the coordinate data within the range of the second area, and the coordinate data within the range of the third area, In the case where it is determined that the controller matches the coordinate data within the range of all the first to third regions, the movement start instruction issuing step of issuing a movement start instruction to the controller and the moving object moving from the character to the target position are performed by the contact input type. A moving object display instruction issuing step is provided for causing a control unit to issue a moving object display instruction for display on a monitor. In this game method, the area display command is a touch input type for inputting a second area position setting command for setting the display position of the second area based on the character characteristics of the character, and a second area at the display position of the second area. Has a second area display command for displaying on a monitor.

BRIEF DESCRIPTION OF THE DRAWINGS The external view of the portable game machine as an example of the computer which can apply the game program which concerns on this invention.

2 is a control block diagram for explaining the contents of the control of the portable game machine.

3 is a functional block diagram for explaining a means for functioning in a baseball game.

Fig. 4 is a diagram showing a screen when instructing a pitcher character about an instruction regarding pitch.

Fig. 5 is a diagram for explaining the first to third areas displayed on the monitor (overthrow: before the movement of the third area).

Fig. 6 is a diagram for explaining the first to third areas displayed on the monitor (overthrow: after movement of the third area).

FIG. 7 is a view for explaining the first to third areas displayed on the monitor (underscore: after the movement of the third area).

8 is a view for explaining the allowable time gauge and the real time gauge.

9 is a correspondence table showing correspondence between coordinate correction values and character characteristic data of the pitcher character.

Fig. 10 is a correspondence table showing the correspondence between the shortest distance data and the ball sphere characteristic data.

Fig. 11 is a correspondence table showing the correspondence between real time data and constraint characteristic data.

12 is a flowchart for explaining a pitching input system in the baseball game.

Fig. 13 is a flowchart for explaining a pitching input system in the baseball game.

<Description of the symbols for the main parts of the drawings>

1: mobile game machine

3: liquid crystal monitor

3a: upper liquid crystal monitor (non-touch panel type monitor)

3b: lower liquid crystal monitor (touch panel type monitor)

4: input unit

10: control unit

11: CPU (control unit)

50: character display means

51: input position recognition means

52: means for issuing area display command

53: area recognition means

54: means for issuing a third area move command

55: position data determination means

56: moving start command issuing means

57: first setting means

58: judgment time calculation means

59: second setting means

60: ball display command issuance means

61: judgment time recognition means

62: first indicator display means

63: second indicator display means

70: pitcher character

80: first ring symbol (first region)

81: 2nd ring symbol (second area)

82: third ring symbol (third region)

83: gauge for permissible time (first indicator)

84: gauge for real time (second indicator)

K: character characteristic data (character characteristic)

B1: Orientation characteristic data (first moving object characteristic)

B2: restraint property data (second mobile body property)

T: Real time data

[Configuration of Game Device]

1 is an external view of a portable game machine 1 as an example of a computer to which a game program according to the present invention can be applied. 2 is a control block diagram as an example of the portable game machine 1.

As shown in FIG. 1, the portable game machine 1 mainly includes a main body 2, a liquid crystal monitor unit 3, an input unit 4, a cartridge mounting unit 5, and a communication unit 23. The main body 2 has an upper case 2a and a lower case 2b. The upper case 2a and the lower case 2b are connected to each other so that they can be opened and closed. The liquid crystal monitor part 3 consists of the 1st liquid crystal monitor provided in the upper case 2a, the upper liquid crystal monitor 3a, and the 2nd liquid crystal monitor provided in the lower case 2b, the lower liquid crystal monitor 3b. Here, for example, the upper liquid crystal monitor 3a is a non-contact input monitor, that is, a non-touch panel monitor, and the lower liquid crystal monitor 3b is a touch input monitor, that is, a touch panel monitor. have. A non-touch panel type monitor consists of a liquid crystal panel, and a touch panel type monitor consists of a liquid crystal panel and a touch panel. In a touch panel monitor, the display surface of the liquid crystal panel and the data input surface of the touch panel are formed in a stacked integrated type. The input unit 4 is a cross-direction direction button 4a disposed at the left center of the lower case 2b, and a selection button 4b disposed left and right at the upper left of the lower case 2b. And the start button 4c, the instruction button 4d disposed at the right center of the lower case 2b, the power button 4e disposed at the upper right of the lower case 2b, and the lower case 2b. It consists of L button 4f and R button 4g arrange | positioned at the left and right corner corner parts. The cartridge mounting portion 5 is provided below the lower case 2b. In the cartridge mounting portion 5, for example, a game cartridge can be mounted. The communication unit 23 is built in the main body 2, for example, the upper case 2a. In this communication unit 23, for example, a local wireless network function, an Internet connection function by a wireless LAN, and the like are provided. In addition, although the volume control button, an earphone jack, etc. are provided in the portable game machine 1, description is abbreviate | omitted about these.

As shown in FIG. 2, the portable game machine 1 has a control unit, that is, a control device 10. The control device 10 includes a CPU (Central Processing Unit) 11 using a microprocessor, a read only memory (ROM) 12 as a main memory device, a random access memory (RAM) 13, and an image processing circuit 14. And a sound processing circuit 15. These are each connected via the bus 16.

The CPU 11 interprets instructions from the game program and performs various data processing and control. The ROM 12 stores a program or the like necessary for basic control (for example, start control) of the portable game machine 1. The RAM 13 secures a work area for the CPU 11. The image processing circuit 14 controls the liquid crystal monitor unit 3 in accordance with a drawing instruction from the CPU 11, and is predetermined to at least one of the upper liquid crystal monitor 3a and the lower liquid crystal monitor 3b. Displays an image. In addition, the image processing circuit 14 includes a touch input detection circuit 14a. When directing means such as a touch pen or a finger to a touch panel, the coordinate data of the contact position is supplied from the touch input detection circuit 14a to the CPU 11, and the contact position is supplied to the CPU 11. It is recognized. Further, at the position of the object displayed on the liquid crystal panel, when the directing means is brought into direct contact with the touch panel, the coordinate data of the object is supplied from the touch input detection circuit 14a to the CPU 11, and the object is recognized by the CPU. . The sound processing circuit 15 generates an analog audio signal according to the pronunciation instruction from the CPU 11 and outputs it to the speaker 22. The communication control circuit 20 and the communication interface 21 are included in the communication unit 23 and are used to wirelessly connect the portable game machine 1 to another game machine or the like. The communication control circuit 20 and the communication interface 21 are connected to the CPU 11 via the bus 16. The communication control circuit 20 and the communication interface 21 control and transmit a connection signal for connecting the portable game machine 1 to the Internet by a local wireless network or a wireless LAN according to a command from the CPU 11.

The bus 16 is connected to an external storage device 17 separate from the control device 10. For example, the external storage device 17 includes a game cartridge and the like detachably mounted to the main body 2, for example, the lower case 2b. Inside the external storage device 17, a ROM 18 as a storage medium and a memory 19 as a user memory that can be overwritten are provided. In the ROM 18, a game program for operating the portable game machine 1 as a computer and various data necessary for the execution of the game program are recorded in advance. This various data includes various image data and the like. As the memory 19, an overwriteable memory such as, for example, a flash memory is used. In this memory 19, for example, save data of a game is recorded as necessary. In addition, various storage media such as a magnetic storage medium, an optical storage medium, a magneto-optical storage medium, and the like may be used for the storage medium of the external storage device 17 as well as the semiconductor storage element. In addition, although the interface circuit is interposed between the bus 16 and each element as needed, these illustration is abbreviate | omitted here.

In the portable game machine 1 having the above configuration, the game program recorded in the ROM 18 of the external storage device 17 is loaded, and the loaded game program is executed by the CPU 11. The player can play games of various genres on the liquid crystal monitor unit 3. In addition, the portable game machine 1 is connected to the wireless network through the communication control circuit 20, or another game machine is connected through a communication cable or the like. You can play your own game.

[Description of Various Means in Game Device]

The game played in the portable game machine 1 includes, for example, a baseball game. In the portable game machine 1, the ball can be pitched in the pitching course from the pitcher character 70 displayed on the touch input monitor, that is, the lower liquid crystal monitor 3b of the liquid crystal monitor 3.

FIG. 3 is a functional block diagram illustrating various functions of a pitching input system that fulfills a main role in the present invention. Various functions (means) of the pitching input system described here are executed, for example, in a baseball game described later.

The character display means 50 is equipped with the function which issues a control part the character display command for displaying the pitcher character 70 on the lower liquid crystal monitor 3b. In the character display means 50, a character display command for displaying the pitcher character 70 on the lower liquid crystal monitor 3b is issued by the controller.

In this means, a character display command is issued from the CPU 11. When this character display instruction is issued from the CPU 11, the following processing is performed. First, the pitcher image data corresponding to the pitcher character 70 is transferred from the external storage device 17, for example, from the ROM 18, to the control device 10, for example, the RAM 13, at the time of loading the game program. It is supplied and stored in the RAM 13. Position coordinate data for displaying the permeable image data on the lower liquid crystal monitor 3b is supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13, Is stored in the RAM 13. At this time, the permeable image data and the position coordinate data are recognized by the control device 10, for example, the CPU 11. Then, the permeable image data stored in the RAM 13 is supplied to the lower liquid crystal monitor 3b through the image processing circuit 14 on the basis of the instruction from the CPU 11. And the permeation | transmission image data is displayed in the predetermined position of the lower liquid crystal monitor 3b based on position coordinate data.

The input position recognizing means 51 functions to recognize, by the controller, the coordinate data of the input position on the lower liquid crystal monitor 3b corresponding to the first input signal based on the first input signal from the lower liquid crystal monitor 3b. Equipped with. In the input position recognizing means 51, based on the first input signal from the lower liquid crystal monitor 3b, the coordinate data of the input position on the lower liquid crystal monitor 3b corresponding to the first input signal is recognized by the controller.

In this means, when an instruction means, for example, a touch pen, a finger, or the like is brought into contact with the lower liquid crystal monitor 3b, an input signal from the touch panel of the lower liquid crystal monitor 3b is controlled by the controller 10, for example, CPU ( 11) is issued and recognized. Then, the contact position of the indicating means in the touch panel of the lower liquid crystal monitor 3b is recognized by the control device 10, for example, the CPU 11. Specifically, the position coordinate data indicating the position where the indicating means is in contact with the touch panel of the lower liquid crystal monitor 3b is supplied from the touch input detection circuit 14a to the control device 10, for example, the CPU 11. The controller 10 is recognized by the CPU 11, for example.

The area display command issuing means 52 includes a first area for starting input relating to movement of the ball, a second area for expressing character characteristics of the pitcher character 70, and a target position from the pitcher character 70. For example, the control unit has a function of issuing an area display command for displaying the third area for inputting a movement start command for starting the movement of the ball to the pitching course on the lower liquid crystal monitor 3b. In the area display command issuing means 52, a first area for starting the input regarding the movement of the ball, a second area for expressing the character characteristics of the pitcher character 70, and a pitching course from the pitcher character 70 An area display command for displaying on the lower liquid crystal monitor 3b a third area for inputting a start movement command for initiating movement of the ball into the furnace is issued by the controller. The area display command includes a second area position setting command for setting the display position of the second area based on the character characteristics of the pitcher character 70, and the second liquid crystal monitor at the display position of the second area. It has a second area display command for display in (3b). In addition, the area display command includes a second area range setting command for setting the display range of the second area based on the character characteristics of the pitcher character 70, and the second area in the display range of the second area. It has a second area display command for displaying on the monitor 3b.

In this means, an area display command is issued from the CPU 11. When this area display command is issued from the CPU 11, the following processing is performed. First, image data for the first area corresponding to the first area for starting the input regarding the movement of the ball, and image data for the second area corresponding to the second area for expressing the character characteristics of the pitcher character 70. And image data for the third region corresponding to the third region for inputting a movement start command for starting the movement of the ball from the pitcher character 70 to the pitching course, when the game program is loaded, the external storage device ( 17) For example, it is supplied from the ROM 18 to the control apparatus 10, for example, RAM 13, and is stored in RAM 13. As shown in FIG. Each of these first area image data, second area image data, and third area image data has area range data for defining a display range, i.e., size, of each area. In particular, the second area range data included in the second area image data is a pitcher character supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13. Based on the character characteristic data K of 70, it is corrected by the control apparatus 10, for example, CPU11. Here, the character characteristic data K of the pitcher character 70, for example, the character data, the condition data, etc. of the character is referred to the CPU 11, and the second region range data of the image data for the second region is The control device 10 is corrected by, for example, the CPU 11. For example, when the numerical value of the capability data and the condition data of the pitcher character 70 is large, the range data for the second area is corrected so that the image data for the second area is largely displayed on the lower liquid crystal monitor 3b. And when the numerical value of the capability data and the condition data of the pitcher character 70 is small, the range data for 2nd area | region is correct | amended so that the image data for 2nd area may be displayed small on the lower liquid crystal monitor 3b.

The position coordinate data for displaying the first and third region image data on the lower liquid crystal monitor 3b is stored from the external storage device 17, for example, from the ROM 18, for example, the control device 10, for example, RAM ( 13 is supplied to and stored in the RAM 13. The initial position coordinate data for the image data for the second area is supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13, and the RAM 13. Are stored in. This initial position coordinate data is based on the character characteristic data K of the pitcher character 70 supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13. The controller 10 is corrected by the CPU 11, for example. Here, the character characteristics of the pitcher character 70, for example, the pitching form data of the pitcher character 70, the arm data of the frequently used side, etc. are referred to the CPU 11, and the position coordinate data of the pitcher image data On the basis of the position coordinate data of the image data for the first area, at least one of the position coordinate data of the permeable image data and the position coordinate data of the image data for the first area, for example, the position coordinates of the image data for the first area The initial position coordinate data is obtained by adding the coordinate correction value to the data. In addition, the correspondence table which shows the correspondence of the coordinate correction numerical value and the character characteristic data K of the pitcher character 70 can be controlled from the external storage device 17, for example, ROM 18 at the time of loading a game program. 10) For example, it is supplied to the RAM 13 and stored in the RAM 13. The initial position coordinate data is corrected based on the correspondence table stored in the RAM 13. The initial position coordinate data corrected in this manner is stored in the RAM 13 as position coordinate data for displaying the second region image data on the lower liquid crystal monitor 3b. At this time, the image data for the first to third regions and the position coordinate data of these image data are recognized by the control device 10, for example, the CPU 11.

Then, the image data for the first and third regions stored in the RAM 13 is supplied to the lower liquid crystal monitor 3b through the image processing circuit 14 based on the instruction from the CPU 11. And the image data for 1st and 3rd area | region is displayed on the lower liquid crystal monitor 3b based on each position coordinate data. In addition, regarding the image data for the second area stored in the RAM 13, first, the corrected second region range data is referred to by the CPU 11, and then the image data for the second region is stored in the CPU ( Based on the instruction from 11, it is supplied to the lower liquid crystal monitor 3b via the image processing circuit 14. The image data for the second region is displayed on the lower liquid crystal monitor 3b based on the second region range data and the position coordinate data.

The area recognizing means 53 is provided with the function which makes a control part recognize the coordinate data in the display range of a 1st area | region, the coordinate data in the display range of a 2nd area, and the coordinate data in the display range of a 3rd area | region. In the area recognition means 53, the control unit recognizes coordinate data in the display range of the first area, coordinate data in the display range of the second area, and coordinate data in the display range of the third area.

In this means, when the image data for the first to third regions is displayed on the lower liquid crystal monitor 3b, a plurality of coordinate data inside each of the first to third region image data displayed on the lower liquid crystal monitor 3b. Is recognized by the control device 10, for example, the CPU 11.

In the lower liquid crystal monitor 3b, the third region movement command issuing means 54 selects the third region displayed on the lower liquid crystal monitor 3b based on either one of the first input signal and the second input signal from the input unit. And a function of issuing a third region movement command to the control unit for movement. In the third region movement command issuing means 54, the lower liquid crystal monitor 3b displays the third region displayed on the lower liquid crystal monitor 3b based on either one of the first input signal and the second input signal from the input unit. A third area move command for moving is issued by the controller.

In this means, the third area movement command is issued from the CPU 11. When this third area movement command is issued from the CPU 11, the following processing is performed. When moving the third region displayed on the lower liquid crystal monitor 3b in the lower liquid crystal monitor 3b based on the first input signal, whether the coordinate data of the input position coincides with the coordinate data within the range of the third region. The determination is made by the CPU 11. Then, the CPU 11 determines whether the coordinate data of the input position matches the coordinate data within the range of the third region. If the CPU 11 determines that the coordinate data of the input position corresponds to the coordinate data within the range of the third area, it is determined whether or not the coordinate data of the input position has changed in the lower liquid crystal monitor 3b. Judged by When the CPU 11 determines that the coordinate data of the input position has changed in the lower liquid crystal monitor 3b, the amount of change in the coordinate data of the input position is calculated and recognized by the CPU 11. And the 3rd area image data displayed on the lower liquid crystal monitor 3b is moved by CPU11 according to the change amount of the coordinate data of an input position. That is, if the contact means of the lower liquid crystal monitor 3b, for example, the touch position of a touch pen, a finger, etc., is moved in the lower liquid crystal monitor 3b in the state which located the inside of the display area of a 3rd area | region, In accordance with the movement amount of the touch pen, the image data for the third region is moved in the lower liquid crystal monitor 3b.

On the other hand, when the third area displayed on the lower liquid crystal monitor 3b is moved in the lower liquid crystal monitor 3b based on the second input signal from the input portion, the second input signal from the input portion is recognized by the CPU 11. Then, the amount of movement of the image data for the third region in the lower liquid crystal monitor 3b corresponding to the second input signal is recognized by the CPU 11. Based on this movement amount, the CPU 11 moves the image data for the third region displayed on the lower liquid crystal monitor 3b. In addition, the movement amount corresponding to this 2nd input signal is preset in the game program. That is, by operating the input unit, for example, the direction indicating button, the image data for the third region moves in the lower liquid crystal monitor 3b in accordance with the number of times the direction indicating button is pressed down.

The position data judging means 55, in the state where the coordinate data of the input position in the lower liquid crystal monitor 3b is continuously recognized by the control unit, the coordinate data of the input position is determined by the coordinate data within the range of the first area. It has a function which makes a control part judge whether a coordinate data in the range of two area | regions and the coordinate data in the range of a 3rd area | region corresponded. In the position data determination means 55, in the state where the coordinate data of the input position in the lower liquid crystal monitor 3b is continuously recognized by the control unit, the coordinate data of the input position is coordinated with the coordinate data within the range of the first area. The control unit determines whether or not the coordinate data within the range of the two regions and the coordinate data within the range of the third region coincide with each other.

In this means, the contact position coordinate data is displayed on the CPU in a state where the contact means coordinate data indicating the position where the touch means or the finger touches the touch panel of the lower liquid crystal monitor 3b is continuously changed. Whether the coordinate data in the range of the first area recognized by (11) and the coordinate data in the range of the second area recognized by the CPU 11 and the coordinate data in the range of the third area recognized by the CPU 11 are matched. Is determined by the CPU 11.

Here, first, whether or not the contact position coordinate data indicating the position where the touch pen is in contact with the touch panel of the lower liquid crystal monitor 3b matches the coordinate data within the range of the first area recognized by the CPU 11. The determination is made by the CPU 11. Next, in a state where the continuous change of the contact position coordinate data indicating the position where the touch pen is in contact with the touch panel of the lower liquid crystal monitor 3b is recognized by the CPU 11, the contact position coordinate data is stored in the CPU ( The CPU 11 determines whether or not the coordinate data within the range of the second area recognized in 11) coincides. Finally, while the continuous change of the coordinate data indicating the position where the touch pen is in contact with the touch panel of the lower liquid crystal monitor 3b is recognized by the CPU 11, the contact position coordinate data is transferred to the CPU 11. The CPU 11 judges whether or not the coordinate data within the recognized third region is in agreement.

The movement start command issuing means 56 performs the coordinate data of the input position to the coordinate data within the range of the first area in a state where the coordinate data of the input position in the lower liquid crystal monitor 3b is continuously recognized by the controller. If it is determined that the controller has matched, the input regarding the movement of the ball is received by the controller, and the coordinate data of the input position is coordinate data in the range of the first area and coordinate data in the range of the second area and the range of the third area. When the control unit determines that the coordinate data therein coincides, the control unit has a function of issuing a movement start command to the control unit. In the movement start command issuing means 56, in the state where the coordinate data of the input position in the lower liquid crystal monitor 3b is continuously recognized by the control unit, the coordinate data of the input position is applied to the coordinate data within the range of the first area. In the case where it is determined that the control unit has matched, the start of the input regarding the movement of the ball is recognized by the control unit, and the coordinate data of the input position is coordinate data in the range of the first area, coordinate data in the range of the second area and the third area. If it is determined by the control unit that the coordinate data in the range of? Is matched, a movement start command is issued by the control unit.

In this means, the contact position coordinate data is in a state where the contact means coordinate data indicating the position where the indicating means, for example, the touch pen or the finger, etc. is in contact with the touch panel of the lower liquid crystal monitor 3b is continuously changing. When the CPU 11 determines that the coordinate data in the range of the first area recognized by the CPU 11 matches, the start of the input regarding the movement of the ball is recognized by the CPU 11, and the contact position coordinate data is The coordinate data in the range of the first area recognized by the CPU 11 and the coordinate data in the range of the second area recognized by the CPU 11 coincide with the coordinate data in the range of the third area recognized by the CPU 11. When judged by the CPU 11, a move start command is issued from the CPU 11.

For example, when the CPU 11 determines that the contact position coordinate data indicating the position where the touch pen touches the touch panel of the lower liquid crystal monitor 3b matches the coordinate data within the range of the first area, The start of the input regarding the movement is recognized by the CPU 11. And in the state where the continuous change of the contact position coordinate data is recognized by the CPU 11, it is determined to the CPU 11 that the contact position coordinate data coincides with the coordinate data within the range of the second region recognized by the CPU 11. In this case, in the first setting means 57 described later, the first characteristic of the ball, for example, the pitching characteristic, is set by the CPU 11. And in the state where the continuous change of the contact position coordinate data is recognized by the CPU 11, it is determined by the CPU 11 that the contact position coordinate data coincides with the coordinate data within the range of the third region recognized by the CPU 11. In this case, in the judgment time calculating means 58 and the second setting means 59 which will be described later, the second characteristic of the ball, for example, the restraining characteristic is set by the CPU 11, and the movement start command is set by the CPU 11. Is issued by. Here, when the movement start command is issued by the CPU 11, the ball display command issuing means 60 described later is executed.

The first setting means 57 is the coordinate data of the input position within the range of the second area in the state where the coordinate data of the input position in the touch input monitor is continuously recognized by the CPU 11. The CPU 11 has a function of setting the first characteristic of the ball to the CPU 11 in accordance with the coordinate data within the range of the second region where the coordinate data of the input position coincides with the determination of the CPU 11 having matched with. . In the first setting means 57, in the state where the coordinate data of the input position in the touch input monitor is continuously recognized by the CPU 11, the coordinate data of the input position is coordinate data within the range of the second area. In the case where it is determined that the CPU 11 coincides with, the first characteristic of the ball is set by the CPU 11 according to the coordinate data within the range of the second region where the coordinate data of the input position coincided.

In this means, an input means is input in a state in which contact point coordinate data indicating a position where a touch pen, a finger, or the like is in contact with the touch panel of the lower liquid crystal monitor 3b is continuously recognized by the CPU 11. In the case where the CPU 11 determines that the coordinate data of the position coincides with the coordinate data in the range of the second area, the first characteristic of the moving object according to the coordinate data in the range of the second area where the coordinate data of the input position coincides. For example, the sphere characteristic is set by the CPU 11.

For example, in the state where the contact position coordinate data is continuously recognized by the CPU 11, the contact position coordinate data is the coordinate data within the range of the first region, the coordinate data within the range of the second region, and the third region. When the coordinates of the coordinate data within the range coincide with each other, when the contact position coordinate data coincides with the coordinate data within the range of the second region, the coordinate data within the range of the second region where the coordinate data of the input position coincides with the CPU 11. Is recognized. The CPU 11 calculates the degree of difference between the coordinate data in the range of the second area and the center coordinate data in the range of the second area recognized by the CPU 11. And according to this passage shortest distance data L, the ball | bowl sphere characteristic data B1 is set by CPU11. The correspondence relationship between the passing shortest distance data L and the ball sphere characteristic data B1 is associated in advance in the game program. Here, the correspondence table which shows the correspondence of the passing shortest distance data L and the ball | bowl composition characteristic data B1 is controlled from the external storage device 17, for example, ROM 18, at the time of loading a game program. (10) For example, it is supplied to the RAM 13 and stored in the RAM 13. Based on the correspondence table stored in the RAM 13, the CPU 11 selects the pitch corresponding to the shortest distance to pass.

The determination time calculation means 58 performs coordinate data in the range of a 1st area | region with the coordinate data of an input position in the state in which the coordinate data of the input position in the lower liquid crystal monitor 3b is recognized continuously by the control part. If the controller determines that the coordinate data in the range of the second region and the coordinate data in the range of the third region match, the controller determines that the coordinate data of the input position coincides with the coordinate data in the range of the first to third regions. It is equipped with the function to calculate the time required for the control part. In the determination time calculation means 58, in the state where the coordinate data of the input position in the lower liquid crystal monitor 3b is continuously recognized by the control unit, the coordinate data of the input position is determined by the coordinate data within the range of the first area. If it is determined by the control unit that the coordinate data in the range of the second region and the coordinate data in the range of the third region are matched, the control unit determines that the coordinate data of the input position coincides with the coordinate data in the range of the first to third regions. The time required to do this is calculated by the control unit.

In this means, the contact position coordinate data is in the range of the first area in a state where the touch position coordinate data indicating the position where the touch pen contacts the touch panel of the lower liquid crystal monitor 3b is continuously recognized by the CPU 11. When the CPU 11 determines that the coordinate data within and the coordinate data within the range of the second region and the coordinate data within the range of the third region are matched, the contact position coordinate data is coordinate data within the range of the first to third regions. The CPU 11 calculates the time required for the CPU 11 to determine that the CPU 11 coincides with.

For example, in the state where the contact position coordinate data is continuously recognized by the CPU 11, the contact position coordinate data is the coordinate data within the range of the first region, the coordinate data within the range of the second region, and the third region. If the coordinate data in the range coincide with each other, then the real time required until the contact position coordinate data matches the coordinate data in the first area and matches the coordinate data in the second area and the coordinate data in the third area. Calculated by the CPU 11.

The second setting means 59 sets the second characteristic of the ball to the controller in accordance with the real time required for the controller to determine that the coordinate data of the input position coincided with the coordinate data within the range of the first to third regions. It has a function to make. In the second setting means 59, the second characteristic of the ball is transmitted to the controller in accordance with the real time required for the controller to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions. Is set.

In this means, the contact position coordinate data indicating the position where the indicating means, for example, the touch pen, the finger, or the like is in contact with the touch panel of the lower liquid crystal monitor 3b corresponds to the coordinate data within the range of the first to third regions. According to the real time required by the CPU 11 to determine that the second characteristic, for example, the restraint characteristic of the ball, is set by the CPU 11.

For example, in the state where the contact position coordinate data is continuously recognized by the CPU 11, the contact position coordinate data is the coordinate data within the range of the first region, the coordinate data within the range of the second region, and the third region. In the case of coincidence in the order of the coordinate data within the range, the second characteristic of the ball, for example, the restraint characteristic data B2, is set by the CPU 11 in accordance with the real-time data calculated in the determination time calculation means 58. . The correspondence relationship between the real time data and the constraint characteristic data B2 is associated with each other in the game program in advance. Here, the correspondence table showing the correspondence between the real-time data and the constraint characteristic data B2 is stored from the external storage device 17, for example, the ROM 18, for example, the RAM 10, at the time of loading the game program. It is supplied to 13 and stored in the RAM 13. Then, based on the correspondence table stored in the RAM 13, a constraint corresponding to real time is selected by the CPU 11.

The ball display command issuing means 60 is provided with the function which issues a ball display command for displaying on the lower liquid crystal monitor 3b the ball which moves to the pitching course from the pitcher character 70 to a control part. The ball display command issuing function has a function of issuing a ball display command to the control unit for displaying a ball moving from the pitcher character 70 to the pitching course on the lower liquid crystal monitor 3b based on the second characteristic. have. In the ball display command issuing means 60, the control unit issues a ball display command for displaying on the lower liquid crystal monitor 3b the ball moving from the pitcher character 70 to the pitching course based on the second characteristic.

In this means, the ball display command for displaying the ball character moving from the pitcher character 70 to the pitching course on the lower liquid crystal monitor 3b based on the restraint characteristic data B2 is issued by the CPU 11. . When this ball display command is issued by the CPU 11, the following processing is performed. First, the ball image data corresponding to the ball is supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13, at the time of loading the game program. It is stored in 13). And the coordinate data for video for displaying the ball image data on the lower liquid crystal monitor 3b is calculated by the CPU 11 based on the restraint characteristic data B2. At this time, the ball image data and the coordinate data are recognized by the control device 10, for example, the CPU 11. Then, the ball image data stored in the RAM 13 is supplied to the lower liquid crystal monitor 3b through the image processing circuit 14 on the basis of the instruction from the CPU 11. Then, the image data for viewing is continuously displayed on the lower liquid crystal monitor 3b as a moving image based on the calculated coordinate data for moving images.

The determination time recognizing means 61 has a function of making the control section recognize the allowable time for the control section to determine whether or not the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions. In the determination time recognizing means 61, the control unit recognizes the allowable time for the control unit to determine whether or not the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions.

In this means, the allowable time data which causes the CPU 11 to determine whether the contact position coordinate data coincides with the coordinate data within the range of the first to third regions is recognized by the CPU 11. This allowable time data is set in the game program. Here, the allowable time data is supplied from the external storage device 17, for example, the ROM 18, to the control device 10, for example, the RAM 13, at the time of loading the game program, and to the RAM 13, for example. It is stored. The allowable time data stored in the RAM 13 is recognized by the CPU 11.

The first indicator display means 62 has a function of issuing a control unit with a first indicator display command for displaying on the lower liquid crystal monitor 3b a first time indicator indicating the allowable time recognized by the control unit. . In the first indicator display means 62, a first indicator display command for displaying a first time indicator indicating the allowable time recognized by the controller on the lower liquid crystal monitor 3b is issued by the controller.

In this means, the CPU 11 issues a first indicator display command for displaying on the lower liquid crystal monitor 3b a first time indicator indicating the allowable time data recognized by the CPU 11. When the first indicator display command is issued by the CPU 11, the following processing is performed. For example, in the case where the first time indicator is in the form of a bar, when the rectangular image data is loaded into the game program, the control device 10 may be taken from the external storage device 17, for example, the ROM 18. For example, it is supplied to the RAM 13 and stored in the RAM 13. The rectangular image data stored in the RAM 13 is continuously supplied to the lower liquid crystal monitor 3b based on the allowable time data through the image processing circuit 14 on the basis of the instruction from the CPU 11. . Then, rectangular image data is continuously displayed as a moving picture which expands and contracts at a predetermined position of the lower liquid crystal monitor 3b. In addition, the time interval during which rectangular image data stored in the RAM 13 is continuously supplied to the lower liquid crystal monitor 3b is, for example, when the allowable time is 5 seconds, the time obtained by dividing the allowable time data by 10, that is, 0.5 seconds. It is set to.

The second indicator display means 63 matches the coordinate data in the range of all the first to third regions after the coordinate data of the input position matches the coordinate data in the range of any one of the first to third regions. And a function of causing a control unit to issue a second indicator display command for displaying a second time indicator indicating a real time until the time is displayed on a touch input monitor. In the second indicator display means 63, after the coordinate data of the input position coincides with the coordinate data in any one of the first to third regions, the second indicator display means 63 coincides with the coordinate data in the range of all the first to third regions. A second indicator display command for displaying a second time indicator indicating the real time until the time is displayed on the touch input monitor by the controller.

In this means, the real time required for the CPU 11 to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions, that is, the coordinate data of the input position is first to third. After matching the coordinate data in the range of any one of the three areas, the second time indicator indicating the real time until matching with the coordinate data in the range of all the first to third areas is for displaying on a touch input monitor. A second indicator display command is issued by the CPU 11. When the second indicator display command is issued by the CPU 11, the following processing is performed. For example, when the first time indicator is in a bar format, the rectangular image data is loaded from the external storage device 17, for example, from the ROM 18, to the control device 10, for example, RAM (when loading the game program). 13 is supplied to and stored in the RAM 13. The rectangular image data stored in the RAM 13 is continuously supplied to the lower liquid crystal monitor 3b in real time through the image processing circuit 14 on the basis of the instruction from the CPU 11. Then, rectangular image data is continuously displayed as a moving picture extending in one direction at a predetermined position of the lower liquid crystal monitor 3b. That is, the time required when contacting means, for example, a touch pen, a finger, or the like is brought into contact with the first to third regions is continuously displayed as a moving picture extending in one direction in the lower liquid crystal monitor 3b.

[Summary explanation of pitching input system in baseball game]

Next, the specific content of the pitching input system in a baseball game is demonstrated, for example. The pitching input system is for moving the ball character from the pitcher character 70 displayed on the lower liquid crystal monitor 3b to the pitching course. This pitching input system is mainly implemented by the said various functions or various means.

4 shows a screen for instructing the pitcher character 70 to instruct a command regarding the pitch. This screen is displayed on the lower liquid crystal monitor 3b.

The pitcher character 70 is displayed on the upper center of the lower liquid crystal monitor 3b, and the batter character 71 is displayed on the lower left of the lower liquid crystal monitor 3b. In the lower center of the lower liquid crystal monitor 3b, that is, to the right of the batter character 71, the strike range 72 determined by the CPU 11 to be a strike is indicated by a solid solid line. Moreover, on the solid line which shows the strike range 72, the several ball | basket | balls which the pitcher character 70 can throw, ie, the ball | bowl of the pitcher character 70, are displayed with the some arrow symbol. For example, in FIG. 4, an arrow symbol indicating a straight line 72a is displayed on the upper side of the strike range 72, and a fork 72b is placed on the lower side of the strike range 72. An arrow symbol is shown. In addition, an arrow symbol 72c indicating a slider is displayed on the right side of the strike range 72, and an arrow symbol 72d indicating a curve is displayed on the lower right corner of the strike range 72. have. That is, each of the plurality of pitches that the pitcher character 70 can throw is associated with each of the plurality of arrow symbols 72a, 72b, 72c, 72d by the CPU 11. The pitch at the time of pitching of the pitcher character 70 is selected by bringing any of the plurality of arrow symbols 72a, 72b, 72c, 72d into contact with an instruction means, for example, a touch pen or a finger. That is, by contacting any one of these plurality of arrow symbols 72a, 72b, 72c, 72d with an instruction means, for example, a touch pen or a finger, the old model data corresponding to the arrow symbol which touched the touch pen is displayed. (11) is made to be recognized. In this way, the pitcher character 70 can be instructed on the pitch.

5-7, the screen at the time of instructing the pitcher character 70 about the movement of a ball is shown. This screen is to be displayed on the lower liquid crystal monitor 3b when the command concerning the pitch is instructed to the pitcher character 70.

As shown in FIG. 5-7, the 1st area | region, for example, the 1st ring symbol 80 is displayed in the right side of the pitcher character 70 displayed on the lower liquid crystal monitor 3b, The pitcher character 70 The second region, for example, the second ring symbol 81 is displayed on the left side of the batter, and the third region, for example, the third ring symbol 82 is displayed on the right side of the batter character 71.

Here, the display position of the 2nd ring symbol 81 is based on the character characteristic data K of the pitcher character 70, for example, the pitching form data of the pitcher character 70 and the arm data of the frequently used one, It is set by the CPU 11. For example, when the pitcher character 70 is overthrowed in the right-hand side, the second ring symbol 81 is lower than the first ring symbol 80 on the left side of the pitcher character 70. It is displayed on the monitor 3b (refer FIG. 6). In addition, when the pitcher character 70 is over thrown to the left, the second ring symbol 81 is lower than the first ring symbol 80 on the right side of the pitcher character 70. 3b) (not shown). For example, when the pitcher character 70 is under pitch in the right, the second ring symbol 81 is lower than the left first ring symbol 80 on the left side of the pitcher character 70. (See FIG. 7). In addition, when the pitcher character 70 is under-to-left, the second ring symbol 81 is displayed on the lower liquid crystal monitor 3b below the first ring symbol 80 to the right of the pitcher character 70. (Not shown). Thus, the display position of the 2nd ring symbol 81 displayed on the lower liquid crystal monitor 3b is a correspondence table which shows correspondence of the coordinate correction numerical value and the character characteristic data K of the pitcher character 70 (refer FIG. 9). ) Is set by the CPU 11.

First, when the touch pen is positioned inside the third ring symbol 82 and the touch pen is slided on the lower liquid crystal monitor 3b, the third ring symbol 82 displayed on the lower liquid crystal monitor 3b causes the touch pen to move. To move accordingly. That is, the 3rd ring symbol 82 moves on the lower liquid crystal monitor 3b while following the monitor contact position of the touch pen. When the touch pen is separated from the lower liquid crystal monitor 3b, the position of the third ring symbol 82 after the movement, that is, the pitching course, is recognized by the CPU 11. By moving the 3rd ring symbol 82 in this manner, the pitching course can be set at a desired position.

Then, under the lower liquid crystal monitor 3b, a gauge 83 for a allowable time long in the first indicator, for example, in the lateral direction, is displayed. The allowance time gauge 83 is for informing the allowable time when the touch pen is slid from the first ring symbol 80 to the third ring symbol 82. The allowable time gauge 83 starts to increase from the left end to the right end when the allowable time gauge 83 is displayed on the lower liquid crystal monitor 3b. The gauge is intended to reach the right end. When the gauge reaches the right end, the gauge is extended from the left end to the right end again. In this way, the allowable time gauge 83 is repeatedly extended from the left end to the right end. By this allowable time gauge 83, the player can visually recognize the allowable time when the touch pen slides from the first area to the third area. In addition, under the lower part of the lower liquid crystal monitor 3b, for example, below the allowable time gauge 83, a second indicator, for example, a real-time gauge 84 elongated in the lateral direction is displayed. This real-time gauge 84 is for informing the real time when the touch pen slides from the 1st ring symbol 80 to the 3rd ring symbol 82.

Next, when the touch pen is positioned inside the first ring symbol 80, a pitching start command is input. That is, the pitching start instruction for starting pitching to the pitcher character 70 is recognized by the CPU 11. The time point at which the pitching start command is recognized by the CPU 11 is recognized by the CPU 11 as time data T = 0, which is a reference for the real-time data T. At this time, the gauge 84 for real time starts to extend a gauge from the left end to the right end when the touch pen is positioned inside the first ring symbol 80, that is, when T = 0. And when a touch pen is located inside the 3rd ring symbol 82 so that it may mention later, movement of a gauge is stopped.

Subsequently, in a state where the touch pen is in contact with the lower liquid crystal monitor 3b, the touch pen is slid from the first ring symbol 80 to the second ring symbol 81 and passed through the inside of the second ring symbol 81. . Then, the plurality of coordinate data inside the second ring symbol 81 passed by the touch pen is recognized by the CPU 11. At this time, the distance between each of the plurality of coordinate data inside the second ring symbol 81 passed by the touch pen and the center coordinate data of the second ring symbol 81 is calculated by the CPU 11, and the CPU ( The shortest distance data L among the distance data representing the plurality of distances calculated by 11) is recognized by the CPU 11. Then, the correspondence table (see Fig. 10) indicating the correspondence between the shortest distance data L and the ball sphere characteristic data B1 is referenced by the CPU 11, and the shortest distance data L is based on the correspondence table. The sphere data corresponding to) is recognized by the CPU 11. The sphere data indicates that the sphere grows as the numerical value increases, and the sphere grows when the shortest distance data L is small. In FIG. 10, the radius of the second ring symbol is set to R. In FIG.

Then, with the touch pen in contact with the lower liquid crystal monitor 3b, the touch pen is slid from the second ring symbol 81 to the third ring symbol 82 and positioned inside the third ring symbol 82. Or pass through. Then, the coordinate data inside the 3rd ring symbol 82 in which the touch pen is firstly recognized is recognized by the CPU 11. At this time, the real time required until the touch pen passes from the first ring symbol 80 to the second ring symbol 81 to be located at the third ring symbol 82 is calculated by the CPU 11, and the real time is calculated. The data T is stored in the RAM 13. Then, the correspondence table (refer to FIG. 11) indicating the correspondence between the real time data T and the constraint characteristic data B2 is referred by the CPU 11, and the constraint data corresponding to the real time data T based on the correspondence table. Is recognized by the CPU 11. The restraint data indicates that the restraint becomes faster as the numerical value increases, and the restraint becomes larger when the real-time data T is smaller. Here, in Fig. 11, the maximum value of the real-time data T, that is, the allowable time data, is set to 5 seconds.

In addition, when the coordinate data inside the 3rd ring symbol 82 in which the touch pen is firstly recognized is recognized by the CPU 11, the movement of the gauge stops as described above. In this way, the player can grasp the real time when the touch pen is slid from the first ring symbol 80 to the third ring symbol 82. In addition, in the upper part of the real-time gauge 84, since the allowable time gauge 83 expands and contracts from the left end to the right end repeatedly, a touch pen is made into a 1st ring, referring to this allowable time gauge 83 as a reference. From the symbol 80 to the 3rd ring symbol 82, it can slide within the allowable time.

Finally, when the coordinate data inside the third ring symbol 82 where the touch pen is located is recognized by the CPU 11, the ball is released from the pitcher character 70 and released from the pitcher character 70. The ball is displayed on the lower liquid crystal monitor 3b as a ball character. Based on the restraint data recognized by the CPU 11, the ball character moving toward the pitching course is displayed on the lower liquid crystal monitor 3b. At this time, the state in which the ball character moving toward the pitching course moves while changing in accordance with the ball type data recognized by the CPU 11 is displayed on the lower liquid crystal monitor 3b.

For example, when the numerical value of the restraint data is large, it is controlled by the CPU 11 so that the movement speed of the ball character moving toward the pitching course is faster than the reference speed, and when the numerical value of the restraint data is small, the pitching course The movement speed of the ball character moving toward the vehicle is controlled by the CPU 11 to be later than the reference speed. In addition, the reference speed data is set in advance in the game program, and is stored in the external memory device 17, for example, from the ROM 18 to the RAM 13 at the time of loading the game program. The reference speed data is referred to by the CPU 11 to add the correction speed data corresponding to the numerical value of the restraint data to the reference speed data, or to subtract the correction speed data corresponding to the numerical value of the restraint data to the reference speed data. As a result, the restraint data is obtained by the CPU 11.

In addition, when the ball released from the pitcher character 70 is displayed on the lower liquid crystal monitor 3b as the ball character, the ball character moving toward the pitching course is based on the position data recognized by the CPU 11. It may be displayed on the monitor 3b. For example, when the value of the ball position data is large, the size of the ball character moving toward the pitching course is displayed small, and when the number of ball position data is small, the size of the ball character moving toward the pitching course is displayed large. You may make it possible.

Here, the position data recognized by the CPU 11 is used when the pitched ball is returned by the batter character 71. For example, when the numerical value of the sphere data is large, it is controlled by the CPU 11 so that the flying distance of the ball returned by the batter character 71 becomes small. When the numerical value of the pitch data is small, the CPU 11 is controlled so that the flying distance of the ball returned by the batter character 71 becomes large.

[Process flow about pitching input system in baseball game]

The processing flow of the pitching input system in the baseball game of the present embodiment will be described with a flowchart shown in FIG.

First, the pitcher character 70 and the batter character 71 are displayed on the lower liquid crystal monitor 3b (S1). At this time, the strike range 72 is displayed by the solid line of a rectangle, and the some arrow symbol corresponding to the pitch of the pitcher character 70 is displayed on the solid line which shows the strike range 72 (S2). In this state, when any one of the plurality of arrow symbols is selected by the touch pen, the kind data corresponding to the arrow symbol which touched the touch pen is recognized by the CPU 11, and the kind is selected (S3).

Then, the display position of the 1st ring symbol 80 and the 3rd ring symbol 82 is recognized by CPU11 (S4). Then, the first correspondence table indicating the correspondence between the character characteristic data K of the pitcher character 70 and the numerical value for coordinate correction is referred to the CPU 11 (S5), and the character characteristic data K of the pitcher character 70 is an example. For example, the CPU 11 recognizes the coordinate correction value corresponding to the pitching form data of the pitcher character 70 and the arm data of the frequently used side (S6). Using the numerical value for coordinate correction, the display position of the second ring symbol 81 is set by the CPU 11 and recognized by the CPU 11 (S7). And the 1st-3rd ring symbols 80, 81, 82 are displayed in the display position of the 1st-3rd ring symbols 80, 81, 82 of the lower liquid crystal monitor 3b (S8).

Next, when the touch pen is positioned and slides on the third ring symbol 82, the third ring symbol 82 is moved on the lower liquid crystal monitor 3b in accordance with the movement amount of the touch pen (S9). When the touch pen is separated from the lower liquid crystal monitor 3b, the position of the third ring symbol 82 after the movement, that is, the pitching course, is recognized and determined by the CPU 11 (S10). Then, the allowable time gauge 83 is displayed below the lower liquid crystal monitor 3b. At this time, the allowable time gauge 83 starts to extend from the left end to the right end, and then the elongation is repeated from the left end to the right end. In the lower portion of the lower liquid crystal monitor 3b, the real time gauge 84 is displayed side by side under the allowable time gauge 83 (S11).

Subsequently, it is determined by the CPU 11 whether the touch pen is located at the first ring symbol 80 (S12). If it is determined by the CPU 11 that the touch pen is positioned at the first ring symbol 80 (YES in S12), the pitch initiation command for initiating the pitch to the pitcher character 70 is recognized by the CPU 11. (S13). Then, when the pitching start instruction is recognized by the CPU 11, the CPU 11 recognizes the time data T = 0 as the reference for the real-time data T (S14). Then, the real time gauge 84 displayed side by side below the allowable time gauge 83 starts to increase from the left end to the right end (S15).

Subsequently, in the state where the touch pen is in contact with the lower liquid crystal monitor 3b, it is determined by the CPU 11 whether the touch pen is located at the second ring symbol 81 (S16). When it is determined by the CPU 11 that the touch pen is located at the second ring symbol 81 (Yes in S16), each of the plurality of coordinate data and the second inside of the second ring symbol 81 where the touch pen is located is located. The distance of the center coordinate data of the ring symbol 81 is calculated by the CPU 11, and the shortest distance data L is recognized by the CPU 11 (S17). Then, the second correspondence table indicating the correspondence between the shortest distance data L and the ball sphere characteristic data B1 is referenced by the CPU 11 (S18), and based on the correspondence table, the second correspondence table is added to the shortest distance data L. Corresponding sphere data is recognized and determined by the CPU 11 (S19).

Subsequently, in the state where the touch pen is in contact with the lower liquid crystal monitor 3b, it is determined by the CPU 11 whether the touch pen is located at the third ring symbol 82 (S20). If it is determined by the CPU 11 that the touch pen is located at the third ring symbol 82 (YES in S20), the coordinate data inside the third ring symbol 82 where the touch pen is first located is the CPU 11. Is recognized. At this time, the real time is calculated by the CPU 11, and the real time data T is stored in the RAM 13 (S21). Then, the third correspondence table indicating the correspondence between the real time data T and the constraint characteristic data B2 is referenced by the CPU 11 (S22), and the constraint data corresponding to the real time data T is based on the correspondence table. The CPU 11 recognizes and decides (S23). When the coordinate data inside the third ring symbol 82 is recognized by the CPU 11, the movement of the real-time gauge 84 is stopped (S24).

Finally, when the coordinate data inside the third ring symbol 82 where the touch pen is located is recognized by the CPU 11, the ball is released from the pitcher character 70 and the ball character is displayed on the lower liquid crystal monitor 3b. do. Then, based on the restraint data recognized by the CPU 11, the ball character moving toward the pitching course is displayed on the lower liquid crystal monitor 3b (S25).

[Other Examples]

(a) Although the example of the case where the portable game machine 1 as an example of a computer to which a game program can be applied is used in the above embodiment, a computer having a touch panel type monitor, for example, a game device, has been described above. The present invention is not limited to the example, and may be applied to a personal computer or a workstation that functions as a game device by executing a game device having a monitor as a separate body, a business game device having a monitor integrally formed on the game device body, and a game program. Can be.

(b) In the above embodiment, an example in which a baseball game is used is shown. However, the game employed in the present invention may be any game as long as it moves a moving object from a character displayed on a touch input monitor to a target position. Do.

(c) The present invention also includes a program for executing a game as described above, a program method for executing a game, and a recording medium readable by a computer recording the program. As this recording medium, besides a cartridge, for example, a computer-readable flexible disk, a semiconductor memory, a CD-ROM, a DVD, a MO, a ROM cassette, and the like can be given.

In the present invention, by simply sliding the indicating means, for example, a touch pen, a finger, or the like on a touch panel monitor, the start of the input regarding the movement of the movable body and the movement start command of the movable body can be input. In this way, the player can quickly instruct a character command. In the present invention, the display position of the second area can be changed in accordance with the character characteristics. And the touch panel is made by sliding an indicating means, for example, a touch pen or a finger, on a touch panel type monitor in the order of a 1st area | region, the 2nd area whose display position changes according to a character characteristic, and a 3rd area | region. Since the operation on the expression monitor can be similar to that of the character, the player can obtain a feeling of operation of operating the character.

Further, in the present invention, since the first moving object characteristic of the moving object can be set by simply instructing, for example, a touch pen, a finger, or the like from the first area to the third area on the touch panel monitor, the player can set the characteristics of the first moving object. It is possible to quickly instruct the input of the characteristics of the moving object.

Further, in the present invention, the player can set the second moving object characteristic of the moving object simply by sliding the indicating means, for example, a touch pen or a finger, etc. from the first area to the third area on the touch panel monitor. It is possible to quickly instruct the input of the characteristics of the moving object.

In addition, in the present invention, since the display range of the second area can be changed in accordance with the character characteristics, the player can obtain a feeling of operation in accordance with the character characteristics.

Furthermore, in the present invention, since the first time indicator indicating the allowable time and the second time indicator indicating the real time are displayed on the touch input monitor, the player has a first time on the basis of the first time indicator. Comparing the indicator with the second time indicator, slide the touch pen on the touch panel monitor such that the indicating means, for example, a touch pen or finger, passes through the first area, the second area and the third area within the allowable time. You can.

Claims (7)

On a computer capable of playing a game that moves a moving object from a character displayed on a touch input monitor to a target position, An input position recognition function for causing the controller to recognize coordinate data of an input position on the touch input monitor corresponding to the first input signal, based on a first input signal from the touch input monitor; Inputting a first region for starting input relating to movement of the movable body, a second region for expressing character characteristics of the character, and a movement start command for initiating movement of the movable body from the character to the target position; An area display command issuing function for issuing an area display command to the control unit to display a third area to be displayed on the touch input monitor; An area recognition function for causing the controller to recognize coordinate data within a display range of the first area, coordinate data within a display range of the second area, and coordinate data within a display range of the third area; The third region displayed on the monitor of the touch input type is based on any one of the first input signal and the second input signal from the input unit provided separately from the monitor of the touch input type. A third area move command issuing function for causing the control unit to issue a third area move command for moving in the monitor; In the state where the coordinate data of the input position in the touch input type monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinates within the range of the second area. A position data determination function for determining, by the controller, whether the data coincides with each of the coordinate data within the range of the third region; When the control unit determines that the coordinate data of the input position coincides with the coordinate data within the range of the first area, the control unit receives an input relating to the movement of the moving object, and inputs the monitor in the contact input type monitor. In the state where the coordinate data of the position is continuously recognized by the controller, the coordinate data of the input position is the coordinate data within the range of the first area, the coordinate data within the range of the second area, and the coordinate within the range of the third area. A movement start command issuing function for issuing the movement start command to the control unit when the controller determines that the coordinate data within the range of all of the first to third regions is matched in order of data; Moving object display command issuing function for issuing a moving object display command to a control unit for displaying the moving object moving from the character to the target position on the touch input monitor. To realize The region display command includes a second region position setting command for setting a display position of the second region based on a character characteristic of the character, and the touch input of the second region at a display position of the second region. Having a second area display command for displaying on an expression monitor, Computer-readable media that records game programs. The method of claim 1, On the computer, When the controller determines that the coordinate data of the input position coincides with the coordinate data within the range of the second area while the coordinate data of the input position in the touch input monitor is continuously recognized by the controller. And a first setting function of setting the first moving object characteristic of the moving object to the controller according to the coordinate data within the range of the second region where the coordinate data of the input position coincides. A computer-readable medium that records game programs for further realization. The method according to claim 1 or 2, On the computer, In the state where the coordinate data of the input position in the touch input type monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinates within the range of the second area. If the controller determines that the data coincides with the coordinate data within the range of the third region, the controller needs to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions. Judgment time calculation function to calculate a time to the control unit, A second setting function for setting the second moving object characteristic of the moving object to the control unit according to a time required for the control unit to determine that the coordinate data of the input position coincides with the coordinate data within the range of the first to third areas. To realize more, The moving object display command issuing function causes a control unit to issue a moving object display command for displaying the moving object moving from the character to the target position on the touch input monitor based on the second moving object characteristic, Computer-readable media that records game programs. The method according to claim 1 or 2, The area display command includes a second area range setting command for setting a display range of the second area based on a character characteristic of the character, and the contact input of the second area in the display range of the second area. Has a second area display command for display on an expression monitor, Computer-readable media that records game programs. The method according to claim 1 or 2, On the computer, A determination time recognition function for causing the controller to recognize an allowable time for the controller to determine whether the coordinate data of the input position coincides with the coordinate data within the range of the first to third regions; A first indicator display function for causing a controller to issue a first indicator display command for displaying a first indicator indicating the allowable time recognized by the controller on the touch input monitor; A real time representing the real time until the coordinate data of the input position coincides with the coordinate data in the range of any one of the first to third regions, and then matches the coordinate data in the range of all the first to third regions. A second indicator display function for issuing a second indicator display command to the control unit for displaying a second indicator on the touch input monitor; A computer-readable medium that records game programs for further realization. A game device capable of executing a game of moving a moving object from a character displayed on a touch input monitor to a target position; Input position recognizing means for recognizing, by the controller, coordinate data of an input position on the touch input monitor corresponding to the first input signal, based on a first input signal from the touch input monitor; Inputting a first region for starting input relating to movement of the movable body, a second region for expressing character characteristics of the character, and a movement start command for initiating movement of the movable body from the character to the target position; Area display command issuing means for issuing an area display command for displaying a third area to be displayed on the touch input monitor to the control unit; Area recognition means for causing the controller to recognize coordinate data in the display range of the first area, coordinate data in the display range of the second area, and coordinate data in the display range of the third area; In the touch input monitor, the third area displayed on the touch input monitor is based on either one of the first input signal and the second input signal from an input unit provided separately from the touch input monitor. Third area move command issuing means for issuing a third area move command for moving to the control unit; In the state where the coordinate data of the input position in the touch input type monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinates within the range of the second area. Position data determining means for determining, by the controller, whether the data coincides with each of the coordinate data within the range of the third region; When the control unit determines that the coordinate data of the input position coincides with the coordinate data within the range of the first area, the control unit receives an input relating to the movement of the moving object, and inputs the monitor in the contact input type monitor. In the state where the coordinate data of the position is continuously recognized by the controller, the coordinate data of the input position is within the range of the first area, the coordinate data within the range of the second area, and the range of the third area. Movement start command issuing means for issuing said movement start command to said control unit, when it is determined that the control unit has coincided with the coordinate data within the range of all of the first to third regions in the order of the coordinate data; Moving object display command issuing means for causing a control unit to issue a moving object display command for displaying the moving object moving from the character to the target position on the touch input monitor. And, The region display command includes a second region position setting command for setting a display position of the second region based on a character characteristic of the character, and the touch input of the second region at a display position of the second region. Having a second area display command for displaying on an expression monitor, Game device. A game method for causing a computer to execute a game of moving a moving object from a character displayed on a touch input monitor to a target position, An input position recognition step of causing the controller to recognize coordinate data of an input position on the touch input monitor corresponding to the first input signal, based on a first input signal from the touch input monitor; Inputting a first region for starting input relating to movement of the movable body, a second region for expressing character characteristics of the character, and a movement start command for initiating movement of the movable body from the character to the target position; An area display command issuing step of issuing an area display command to the control unit for displaying a third area to be displayed on the touch input monitor; An area recognition step of causing the control unit to recognize coordinate data within a display range of the first area, coordinate data within a display range of the second area, and coordinate data within a display range of the third area; In the touch input monitor, the third area displayed on the touch input monitor is based on either one of the first input signal and the second input signal from an input unit provided separately from the touch input monitor. A third area move command issuing step of issuing a third area move command for moving to the control unit; In the state where the coordinate data of the input position in the touch input type monitor is continuously recognized by the controller, the coordinate data of the input position is coordinate data within the range of the first area and coordinates within the range of the second area. A position data determination step of determining, by the controller, whether the data coincides with each of the coordinate data within the range of the third region; When the control unit determines that the coordinate data of the input position coincides with the coordinate data within the range of the first area, the control unit receives an input relating to the movement of the moving object, and inputs the monitor in the contact input type monitor. In the state where the coordinate data of the position is continuously recognized by the controller, the coordinate data of the input position is within the range of the first area, the coordinate data within the range of the second area, and the range of the third area. A movement start command issuing step of issuing said movement start command to said control unit when it is determined that the control unit has coincided with the coordinate data within the range of all of the first to third regions in the order of the coordinate data; Moving object display command issuing step of issuing a moving object display command to a control unit for displaying the moving object moving from the character to the target position on the touch input monitor. And, The region display command includes a second region position setting command for setting a display position of the second region based on a character characteristic of the character, and the touch input of the second region at a display position of the second region. Having a second area display command for displaying on an expression monitor, How to play.

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