JP5960333B1 - GAME DEVICE, GAME PROCESSING METHOD, AND GAME PROCESSING PROGRAM - Google Patents

Abstract

A golf game user can more intuitively grasp a desired way of hitting a golf ball. A game apparatus includes a golf course display means for displaying an image of a golf course, a current position of a golf ball placed on the golf course, and a golf ball on the golf course where the golf ball is to be positioned next. And an ideal route determining means for determining an ideal route for causing the golf ball to reach the target point from the current position based on at least the target point of the golf ball. Aiming area determining means for determining an aiming area to be aimed for carrying, and aiming area display means for displaying the aiming area on the golf course. [Selection] Figure 4

Description

  The present invention relates to a game device, a game processing method, and a game processing program. In particular, the present invention relates to a game device, a game processing method, and a game processing program for a golf game.

  Golf games have been widely popular as one of the popular computer games for many years. Recent golf games include various game functions that allow game users to feel as if they are actually playing golf as an actual sport. For example, Patent Documents 1 and 2 disclose that a function simulating an actual caddy that advises a user how to hit a golf ball is implemented in a golf game.

JP 2001-293120 A JP 2002-024466 A

  In view of the prior art as described above, one of the objects of the present invention is to enable a user of a golf game to more intuitively understand how to hit a golf ball.

  In order to solve the above-described problems, according to one aspect of the present invention, course display means for displaying an image of a course, a current position of a ball placed on the course, and the ball to be placed next An ideal route determining means for determining an ideal route for causing the ball to reach the target point from the current position based at least on a target point on a course; and the ball on the target point based on the ideal route A game device comprising aiming area determining means for determining an aiming area to be transported and aiming area display means for displaying the aiming area on the course.

  In another aspect of the present invention, course display means for displaying an image of a course, and for each of a plurality of sections into which the course is divided, a ball is hit from the section toward a target point on the course. An aiming area storing means for storing an aiming area to be aimed at, a current section specifying means for specifying a section corresponding to the current position of the ball from a plurality of sections of the course, and a section corresponding to the specified section A game apparatus comprising: an aiming area selecting means for selecting an aiming area from the aiming area storage means; and an aiming area displaying means for displaying the selected aiming area on the course.

  Another aspect of the present invention is a game processing method executed by a computer, the step of displaying an image of a course, a current position of a ball placed on the course, and a position of the ball next. Determining an ideal path for causing the ball to reach the target point from the current position based at least on the target point on the course to be performed; and based on the ideal path, the ball on the target A game processing method including a step of determining an aiming area to be aimed for carrying to a point, and a step of displaying the aiming area on the course.

  Further, according to another aspect of the present invention, a step of displaying an image of a course on a computer, a current position of a ball placed on the course, and a target on the course to be placed next Determining an ideal path for causing the ball to reach the target point from the current position based on at least a point; and an aim to be aimed to bring the ball to the target point based on the ideal path A game processing program for executing a step of determining an area and a step of displaying the aiming area on the course.

  According to the present invention, it is possible for a user of a golf game to more intuitively grasp a desired way of hitting a golf ball.

It is a hardware block diagram of the game device 100 which concerns on 1st Embodiment of this invention. It is a block diagram which shows the functional structure of the game device 100 which concerns on 1st Embodiment of this invention. It is a figure which shows the play screen example 300 of the golf game displayed on the display 106 of the game device 100. FIG. It is a figure which shows notionally an example of the positional relationship of an ideal path | route and an aiming area. It is a flowchart which shows the process sequence of the game device 100 which concerns on 1st Embodiment of this invention. It is a block diagram which shows the functional structure of the game device 200 which concerns on 2nd Embodiment of this invention. It is a figure which represents aiming area information 224 notionally.

[Description of Embodiment of the Present Invention]
First, the contents of the embodiment of the present invention will be listed and described. One embodiment of the present invention has the following configuration.

  (Item 1) At least based on course display means for displaying an image of a course, a current position of a ball placed on the course, and a target point on the course where the ball is to be positioned next, Ideal path determination means for determining an ideal path for causing the ball to reach the target point from the current position, and an aim for determining an aiming area to be aimed to carry the ball to the target point based on the ideal path A game device comprising: area determining means; and aiming area display means for displaying the aiming area on the course.

  (Item 2) The game device according to item 1, wherein the aiming area display means displays a part of the course corresponding to the aiming area as an image that can be distinguished from other parts.

  (Item 3) The aiming area is an area on the course different from the target point, and the ball is expected to reach the target point when the ball is hit with the aiming area. 3. The game device according to item 1 or item 2, which is a region to be played.

  (Item 4) The ideal path determination means calculates a plurality of trajectories followed by the ball as a result of striking the ball under a plurality of striking conditions in which at least one of the striking direction and the striking strength is different, and among the plurality of trajectories 4. The game device according to any one of items 1 to 3, wherein an optimal locus selected from is determined as the ideal route.

  (Item 5) The game device according to item 4, wherein the aiming area determining means determines the aiming area based on a hitting condition corresponding to the ideal route.

  (Item 6) The aiming area determining means determines, as the aiming area, an area on the course that is in the striking direction corresponding to the ideal path and is at a distance corresponding to the striking strength corresponding to the ideal path. Item 6. The game device according to Item5.

  (Item 7) Course display means for displaying an image of a course, and for each of a plurality of sections into which the course is divided, an aiming area to be aimed at when hitting a ball from the section toward a target point on the course is stored. Aiming area storage means, current section specifying means for specifying a section corresponding to the current position of the ball from a plurality of sections of the course, and aiming area storing the aiming area corresponding to the specified section A game apparatus comprising: an aiming area selecting means for selecting from the means; and an aiming area displaying means for displaying the selected aiming area on the course.

  (Item 8) A game processing method executed by a computer, the step of displaying an image of a course, a current position of a ball placed on the course, and a position on the course on which the ball is to be placed next Determining an ideal path for the ball to reach the target point from the current position based at least on a target point; and aiming to bring the ball to the target point based on the ideal path A game processing method comprising: determining an aiming area; and displaying the aiming area on the course.

  (Item 9) Based on at least a step of displaying an image of a course on a computer, a current position of a ball placed on the course, and a target point on the course where the ball is to be placed next, Determining an ideal path for causing the ball to reach the target point from the current position; and determining an aiming area to be aimed to carry the ball to the target point based on the ideal path; And a step of displaying the aiming area on the course.

[Details of the embodiment of the present invention]
Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

<First Embodiment>
FIG. 1 is a hardware configuration diagram of the game apparatus 100 according to the first embodiment of the present invention. The game apparatus 100 includes at least a processor 102, a memory 104, a display 106, and a user input interface 108. The game apparatus 100 may further include a network interface (not shown) for communicating with another computer via a network, for example, as other components. The game device 100 can be realized as, for example, a smartphone, a tablet terminal, a personal computer, or the like. When implemented as a personal computer, the game apparatus 100 may include a display 106 and a user input interface 108 as separate bodies, for example.

  The memory 104 stores at least an operating system and a game processing program. The operating system is a computer program for controlling the overall operation of the game apparatus 100. The game processing program is a computer program for the game device 100 to realize each function of game processing described later. The memory 104 can also store data generated by the operation of the game apparatus 100 temporarily or permanently. Specific examples of the memory 104 include a ROM, a RAM, a hard disk, a flash memory, and an optical disk.

  The processor 102 is configured to read a program stored in the memory 104 and execute processing according to the program. When the processor 102 executes the game processing program stored in the memory 104, each function of the game processing described later is realized. The processor 102 includes a CPU and a GPU.

  Display 106 is configured to provide visual information to a user of game device 100. For example, the display 106 displays a plurality of icons for starting various applications on the home screen or desktop screen of the operating system. The display 106 further displays an image generated as a result of the game process on an application screen that is opened when the game process program is executed. As an example, a liquid crystal display or an organic EL display can be used for the display 106.

  The user input interface 108 is configured to receive an input for operating the game apparatus 100 from a user of the game apparatus 100. Specific examples of the user input interface 108 are a keyboard, a mouse, a touch pad, a game controller, and the like. The game apparatus 100 may include a touch panel that has both functions of the display 106 and the user input interface 108.

  FIG. 2 is a block diagram showing a functional configuration of the game apparatus 100 according to the first embodiment of the present invention. The game device 100 includes a storage unit 120 and a processing unit 130. The processing unit 130 further includes a golf course display unit 131, an ideal route determination unit 132, an aiming area determination unit 133, and an aiming area display unit 134. The storage unit 120 corresponds to the memory 104 illustrated in FIG. The processing unit 130 and each unit 131 to 134 included in the processing unit 130 are realized by the game processing according to the present invention realized by the processor 102 illustrated in FIG. 1 reading and executing the game processing program in the memory 104. Represents a function.

  The game device 100 according to the present embodiment is a game device for a golf game. When the golf game is executed, the game apparatus 100 displays an image of a golf course (for example, fairway or green), a player character, a golf ball, or the like on the display 106. The user of the game apparatus 100 inputs a command for hitting the golf ball using the user input interface 108. This command includes an indication of the direction and strength of hitting the golf ball. The game device 100 calculates a trajectory along which the golf ball moves by hitting in accordance with a command input from the user, and displays the moving golf ball on the display 106 as an animation based on the calculation result. The golf game proceeds by repeating this series of flows.

  FIG. 3 shows a golf game play screen example 300 displayed on the display 106 of the game apparatus 100. The play screen example 300 represents a scene in which the player character 302 is about to put toward the cup 304 on the virtual golf course green 310. The user of the game apparatus 100 needs to read the inclination and undulation of the green 310 and input an appropriate hitting direction and hitting strength for the golf ball in order to cup in the golf ball. How to read the terrain of the course and how hard and how hard to hit the golf ball is a critical game element that determines the score in golf games as well as in real golf. . On the other hand, if the optimal hitting direction and strength itself are pinpointed (for example, the optimal decision position is displayed on the strength input gauge, direction input gauge, etc.), the fun of the game is reduced. It might be.

  Therefore, the game apparatus 100 according to the present embodiment displays the aiming area 320 on a part of the golf course (for example, the green 310) as shown in the play screen example 300. The aiming area 320 is a golf course in which when the user of the game apparatus 100 hits a golf ball aiming at the aiming area 320, the golf ball is expected to be carried to the original target point (for example, the cup 304) by the hitting. The upper partial area. That is, in the play screen example 300, the user of the game apparatus 100 does not hit the golf ball aiming at the cup 304, but hits the golf ball by aiming at the aiming area 320 and determining the hitting direction and hitting strength.

  For example, when the inclination of the green 310 is such that the altitude is higher on the right side of the cup 304 and the altitude is lower on the left side, the right side of the cup 304 is displayed on the green 310 as shown in the play screen example 300. Aiming area 320 is displayed in the direction. When the user of the game apparatus 100 hits the golf ball aiming at the aiming area 320 on the right side of the cup 304 (matching the direction and intensity of the hit with the aiming area 320), the hit golf ball is immediately after being launched. It moves in the direction of the aiming area 320, that is, toward the right side of the cup 304, but rolls on the green 310 while gradually changing the orbit to the left by the inclination of the green 310, and finally at the position of the cup 304. Stop (cup in).

  Similarly, when the slope of the green 310 is a downward slope toward the cup 304 from the current position of the golf ball (position of the player character 302), the aiming area 320 is on the green 310 before the cup 304. Is displayed. If the user of the game apparatus 100 adjusts the hitting strength of the golf ball aiming at the aiming area 320 in front of the cup 304, the hit golf ball rolls over the aiming area 320 due to the inclination of the green 310, and finally Just stops at the position of the cup 304. Also, when the green 310 has an inclination in another direction or has an undulation, a similar aiming area is displayed at an appropriate position on the green 310. In either case, the user of the game apparatus 100 hits the aiming area and finally hits the golf ball at the cup 304 that is the original target point.

  Thus, on the play screen of the game apparatus 100, the aiming area that the user should aim at when hitting the golf ball is displayed at a location on the golf course according to the inclination or undulation of the golf course (for example, the green 310). The Since the aiming area is a partial area on the golf course, the user of the game apparatus 100 can visually and intuitively understand where to hit the golf ball on the golf course. is there. In addition, the aiming area is a certain area, and does not inform the user of the optimal hitting direction or the optimal hitting strength itself, so that the difficulty of the game is not reduced too much and the fun as a game is maintained. can do.

  Returning to FIG. 2, the function of each block of the game apparatus 100 will be described.

  The storage unit 120 stores terrain data 122 for displaying a golf course. The golf course includes various terrain such as tee ground, fairway, rough, green, bunker, and water hazard. The terrain data 122 includes a set of three-dimensional coordinate data representing each point on the terrain surface of the golf course and texture image data to be pasted on the terrain surface of the golf course. The storage unit 120 may further store data on the frictional resistance that the golf ball receives from the terrain surface of the golf course when the golf ball rolls on the golf course as information representing the surface state of the terrain of the golf course. . This frictional resistance data can be used for calculation of an ideal path described later.

  The golf course display unit 131 acquires the terrain data 122 from the storage unit 120, and displays a golf course image based on the acquired terrain data 122. The golf course image is represented by the terrain shape represented by the three-dimensional coordinate data of the terrain data 122 and the texture image data of the terrain data 122. For example, the golf course display unit 131 displays the terrain representing the golf course green 310 on the golf game play screen, as shown in the play screen example 300 of FIG. As shown in the drawing, the green 310 is preferably displayed as a bird's-eye view of the green from slightly behind the player character 302. The golf course display unit 131 may also change the green range displayed on the play screen in the left-right direction or change the viewpoint height of the overhead view display, for example, in accordance with an instruction from the user through the user input interface 108. Good.

  The ideal route determination unit 132 specifies the current position of the golf ball and a target point when the golf ball is hit, and determines an ideal route for causing the golf ball to reach the target point from the current position. The current position of the golf ball is, for example, a tee shot position at the first hit of each hole, and a position where the golf ball moved by the previous hit stops after the second hit. The target point is a destination where the golf ball is reached by the next hit (the hit that is about to be performed). For example, the target point for putting on the green is usually the cup 304. For example, in a tee shot or approach shot, an appropriate position in the middle of the hole may be set as a temporary target point.

  An example of a procedure for determining an ideal route will be described. The ideal route determination unit 132 calculates a trajectory followed by a golf ball hit with a hitting condition from the current position using the terrain data 122 of the storage unit 120, and determines an ideal route based on the calculation result. . For example, the calculation of the trajectory of the golf ball can be performed based on the terrain inclination or undulation represented by the three-dimensional coordinate data of the terrain data 122. Further, in calculating the trajectory of the golf ball, the frictional resistance of the terrain surface represented by the frictional resistance data of the terrain data 122 may be taken into consideration. The ideal path determination unit 132 determines whether or not the end point of the golf ball trajectory calculated by giving a certain hitting condition (the stop position in the calculation of the golf ball) matches the target point. The trajectory is adopted as an ideal route. On the other hand, if the end point of the trajectory obtained by the calculation does not match the target location, the ideal path determination unit 132 recalculates the golf ball trajectory while changing the hitting condition, and the recalculated trajectory is the ideal trajectory. Judge whether it can be adopted as a route. By calculating the trajectory of the golf ball for a plurality of different hitting conditions in this way, it is possible to obtain the optimal trajectory that the golf ball is transported to the target point, that is, an ideal route.

  The hit condition used when calculating the trajectory of the golf ball includes at least one of the direction and strength of hitting the golf ball. For example, the trajectory may be calculated with a granularity with a step size of 1 ° in an angular range of 10 ° to the left and right centered on a straight line connecting the current position of the golf ball and the target point. Further, for example, the trajectory calculation may be performed with a granularity obtained by dividing a possible value of the impact strength into 20 levels from a minimum value to a maximum value. Furthermore, by considering the spin of the golf ball as a hitting condition, the trajectory may be calculated so that a trajectory change such as a slice or a hook occurs in the golf ball.

  The aiming area determination unit 133 determines the aiming area based on the ideal route determined by the ideal route determination unit 132. For example, the aiming area determination unit 133 may set the aiming area in the hitting direction of the hitting condition that gives the ideal route. The aiming area determination unit 133 may set the aiming area at a distance corresponding to the hitting strength of the hitting condition that gives the ideal route.

  The determination of the aiming area will be specifically described. As described above, when a golf ball is hit with a specific ideal hitting condition, the golf ball follows an ideal route and reaches a target point (for example, the cup 304). Therefore, the ideal route represents what hit condition the user of the game apparatus 100 should hit the golf ball, that is, in what direction and with what strength. For example, since a golf ball moves in the direction of hitting immediately after being hit, if the aiming area is arranged in the hitting direction of the hitting condition corresponding to the ideal route, the golf hit by the user aiming at the direction of the aiming area The ball is expected to roll to the target point in an ideal path.

  FIG. 4 is a diagram conceptually illustrating an example of the positional relationship between the ideal route and the aiming area. In FIG. 4, the golf ball is shot in a striking direction 406 directed leftward from a straight line connecting the current position 402 and the target point (cup) 404, and then gradually curves (slices) to the right. It rolls on the route 408 and reaches the target point 404. This corresponds to the ideal route 408 when the slope of the green is higher in elevation toward the cup 404 and lower in elevation on the right, for example. With respect to such an ideal path 408, the aiming area 420 is preferably arranged on an extension line of the striking direction 406 as illustrated. If the user of the game apparatus 100 hits the golf ball aiming at the direction of the aiming area 420 set as described above, the golf ball will be shot in the hitting direction 406, and follow the ideal path 408 to the target point 404. Can be reached.

  Also, for example, the weaker the hitting strength of the hitting condition corresponding to the ideal route, the closer the aiming area is to the golf ball from the current position of the golf ball. The aiming area may be arranged at a long distance from the position. When the aiming area is at a short distance (for example, when the green is downhill), the user of the game apparatus 100 can stop the golf ball at the target point by adjusting the hitting force of the golf ball to be weak. . Similarly, when the aiming area is at a long distance (for example, when the green is uphill), the user of the game apparatus 100 stops the golf ball at the target point by strongly adjusting the striking force of the golf ball. Can be made.

  In this way, the direction in which the aiming area is arranged matches the hitting direction of the hitting condition corresponding to the ideal route, and the distance (from the current position) at which the aiming area is arranged (from the current position) Accordingly, it is possible to cause the golf ball hit by the user aiming at the aiming area to roll on the ideal route and reach the target point. Of course, the arrangement direction and the arrangement distance of the aiming area may be determined based on both the batting direction and the batting intensity of the batting condition corresponding to the ideal route.

  The aiming area display unit 134 displays the aiming area determined by the aiming area determining unit 133 on the golf course. For example, the aiming area display unit 134 displays the aiming area 320 as an image that can be identified from other parts of the golf course green 310, as shown in the play screen example 300 of FIG. In the play screen example 300, as an example, an area having a certain area on the green 310 to be aimed by the user of the game apparatus 100 is indicated by an ellipse, and the aiming area 320 is represented as an image with an oblique line inside the ellipse. However, the expression mode of the aiming area 320 is not limited to this. For example, the aiming area 320 may be displayed as an image of a color different from other parts on the green 310, may be displayed as a blinking image, or may be displayed with a mark of some characteristic shape (for example, a star shape). May be.

  FIG. 5 is a flowchart showing a processing procedure of the game device 100 according to the first embodiment of the present invention. First, in step S <b> 502, the golf course display unit of the game device 100 acquires the terrain data 122 from the storage unit 120 and displays a golf course image based on the acquired terrain data 122. Next, in step S504, the ideal route determination unit 132 of the game device 100 specifies the current position of the golf ball and the target point when hitting the golf ball, and causes the golf ball to reach the target point from the current position. Determine the ideal path. Next, in step S506, the aiming area determination unit 133 of the game device 100 determines the aiming area based on the ideal route determined by the ideal route determination unit 132. Next, in step S508, the aiming area display unit 134 of the game apparatus 100 displays the aiming area determined by the aiming area determining unit 133 on the golf course. When the aiming area is thus displayed on the golf course, next, in step S510, the processing unit 130 of the game apparatus 100 performs another process related to the golf game in response to an input from the user via the user input interface 108. Execute. For example, the user of the game apparatus 100 can input a golf ball hitting command while looking at the aiming area displayed on the green of the play screen. In step S510, the processing unit 130 of the game apparatus 100 inputs the hitting input. According to the command, the trajectory of the hit golf ball is calculated and its animation is displayed.

Second Embodiment
FIG. 6 is a block diagram showing a functional configuration of the game apparatus 200 according to the second embodiment of the present invention. The game device 200 includes a storage unit 220 and a processing unit 230. The processing unit 230 further includes a golf course display unit 131, a current section identification unit 235, an aiming area selection unit 236, and an aiming area display unit 134. The storage unit 220 corresponds to the memory 104 illustrated in FIG. The processing unit 230 and the units 131, 134, 235, and 236 included in the processing unit 230 are realized by the processor 102 shown in FIG. 1 reading out and executing the game processing program in the memory 104. This represents the function of the game process. Hereinafter, the game apparatus 200 will be described with respect to functions different from those of the game apparatus 100 of the first embodiment.

  The storage unit 220 stores aiming area information 224 in addition to the above-described terrain data 122 for displaying a golf course. The aiming area information 224 is information indicating the aiming area that should be aimed at hitting the golf ball from the section to the target point on the golf course for each of the plurality of sections that divide the golf course. FIG. 7 conceptually represents the aiming area information 224. 7, the golf course (for example, green) 710 is divided into a plurality of sections 710-1, 710-2,... Having a predetermined shape and size. The target point for reaching the golf ball is the cup 704. Each of the sections 710-1, 710-2,... Is associated with an aiming area 720-1, 720-2,.

  For example, the aiming area 720-1 is an aiming area to be aimed at when the golf ball is hit in order to make the golf ball reach the cup 704 from a predetermined position (for example, the center of the section) in the corresponding section 710-1. . When the current position of the golf ball is within the section 710-1, the user of the game device 200 may hit the golf ball aiming at the aiming area 720-1. The hit golf ball rolls on the ideal path 708-1 and reaches the cup 704. Similarly, if the golf ball is currently in the compartment 710-2 and hits the golf ball aiming at the aiming area 720-2, the golf ball will follow the ideal path 708-2 and reach the cup 704. To do.

  As described above, the aiming area information 224 is information in which the aiming areas 720-1, 720-2,... Are associated with the sections 710-1, 710-2,. The aiming area information 224 is prepared in advance by, for example, calculating an ideal route to the target point for each section in advance and obtaining an aiming area corresponding to each section based on each obtained ideal path. It is stored in the storage unit 220. Note that the method described in the first embodiment can be applied to the calculation method of the ideal route and the method of determining the aiming area from the ideal route.

  The current section specifying unit 235 specifies a section corresponding to the current position of the golf ball from the plurality of sections that divided the golf course. For example, after the second shot, the current position of the golf ball is a position where the golf ball moved by the previous hit is stopped. For example, the current section specifying unit 235 selects a section including the stop position of the golf ball after the previous hit from a plurality of sections of the golf course.

  The aiming area selecting unit 236 selects the aiming area corresponding to the section identified by the current section identifying unit 235 from the aiming area information 224 of the storage unit 220. That is, the aiming area selection unit 236 specifies an aiming area to be aimed at when hitting a golf ball from a section of the golf course to which the golf ball currently belongs. If the user of the game apparatus 200 hits the golf ball aiming at the aiming area, the golf ball is expected to reach the target point along the ideal route from the current section.

  Note that the functions of the golf course display unit 131 and the aiming area display unit 134 included in the processing unit 230 of the game device 200 are the same as those described in the first embodiment. Therefore, the re-explanation is omitted.

  As mentioned above, although embodiment of this invention was described, this invention is not limited to this, A various change is possible within the range which does not deviate from the summary.

  For example, the present invention is not limited to displaying the aiming area when putting on the green, but when aiming a golf ball at an arbitrary point on the golf course, the aiming area is displayed similarly. It can also be. Furthermore, the present invention is not limited to a golf game, and can be similarly applied to a game device for any sport including moving a ball by an action such as hitting, throwing, and kicking.

100, 200 Game device 102 Processor 104 Memory 106 Display 108 User input interface 120, 220 Storage unit 122 Terrain data 130, 230 Processing unit 131 Golf course display unit 132 Ideal route determination unit 133 Aiming area determination unit 134 Aiming area display unit 224 Aiming Area information 235 Current section specifying unit 236 Aiming area selection unit 300 Play screen example 320 Aiming area 406 Strike direction 408 Ideal path 420 Aiming area 708 Ideal path 720 Aiming area

Claims (8)

Course display means for displaying a course image;
Ideal for causing the ball to reach the target location from the current location based at least on the current location of the ball placed on the course and the target location on the course where the ball is to be placed next An ideal route determination means for determining a route;
Aiming area determining means for determining an aiming area to be aimed to carry the ball to the target point based on the ideal path;
Aiming area display means for displaying the aiming area on the course;
The aiming area is an area on the course different from the target point, and the ball is expected to reach the target point when hitting the ball aiming at the aiming area. A game device that is an area to be played.   The game apparatus according to claim 1, wherein the aiming area display unit displays a part of the course corresponding to the aiming area as an image that can be distinguished from other parts. The ideal path determination means calculates a plurality of trajectories followed by the ball as a result of hitting the ball under a plurality of striking conditions in which at least one of the striking direction and the striking strength is different, and selects an optimum selected from the plurality of trajectories The game device according to claim 1, wherein a correct trajectory is determined as the ideal route. The game device according to claim 3 , wherein the aiming area determination unit determines the aiming area based on a hitting condition corresponding to the ideal route. The aiming area determination means, an area on the track at a distance corresponding to the striking intensity corresponding to Yes and the ideal path to the striking direction corresponding to the ideal path, the determining as an aiming area, in claim 4 The game device described. Course display means for displaying a course image;
Aiming area storage means for memorizing the aiming area to be aimed when hitting a ball from the section to the target point on the course, for each of a plurality of sections dividing the course;
A current section specifying means for specifying a section corresponding to the current position of the ball from the plurality of sections of the course;
An aiming area selecting means for selecting an aiming area corresponding to the specified section from the aiming area storage means;
Aiming area display means for displaying the selected aiming area on the course;
The aiming area is an area on the course different from the target point, and the ball is expected to reach the target point when hitting the ball aiming at the aiming area. A game device that is an area to be played. A game processing method executed by a computer,
Displaying an image of the course;
Ideal for causing the ball to reach the target location from the current location based at least on the current location of the ball placed on the course and the target location on the course where the ball is to be placed next Determining a route;
Determining an aiming area to be aimed to carry the ball to the target point based on the ideal path;
Displaying the aiming area on the course;
Only including, the aiming area, the target point is an area on a separate of the course, expected that the ball when you hit the ball aimed at the sight area to reach the target point A game processing method that is an area to be played . On the computer,
Displaying an image of the course;
Ideal for causing the ball to reach the target location from the current location based at least on the current location of the ball placed on the course and the target location on the course where the ball is to be placed next Determining a route;
Determining an aiming area to be aimed to carry the ball to the target point based on the ideal path;
Displaying the aiming area on the course;
A game processing program for the execution,
The aiming area is an area on the course that is separate from the target point, and is an area where the ball is expected to reach the target point when the ball is hit with the aiming area. There is a game processing program .