WO2019174353A1

WO2019174353A1 - Apparatus and system for playing shooting game

Info

Publication number: WO2019174353A1
Application number: PCT/CN2018/123192
Authority: WO
Inventors: 许顺宗; 王章義; 廖家纬
Original assignee: 尊博科技股份有限公司
Priority date: 2018-03-12
Filing date: 2018-12-24
Publication date: 2019-09-19

Abstract

An apparatus (20A) for playing a shooting game, where same is used for a player to play a shooting game, wherein the player operates a control unit (231) to generate selection data and action data, so that a game processing element (23) generates position sub-data according to the selection data, and integrates the action data with object display data, according to a time axis, to dynamically generate display sub-data; image processing is performed on the display sub-data by means of an image processing element (11, 24), and corrected display sub-data is generated in accordance with a visual angle of the position sub-data; and a display unit (25) thus obtains the corrected display sub-data, generates a play image with an image database (26), and plays same on a display screen (21) as an image of a game picture (30), so that the image of the game picture (30) is in accordance with the visual angle of the position sub-data.

Description

Device and system for shooting game

Technical field

The present invention relates to an execution device for a shooting game, and more particularly to a device that can be played by a plurality of people on separate stand-alone machines and that enjoys a positional view.

Background technique

Shooting games are one of the most popular types of games. In addition to traditional shooting, the types of extensions include catching fish, throwing stones, and other similar games. One or more people play together, and the single-player game machine can satisfy the player's need for no pressure and free play. The multi-player game machine is more popular with advanced players because of the elements of the competition. .

A multiplayer game machine, such as the Chinese Patent Publication No. CN101282771A, discloses a game device that can be played by a plurality of players together. The gameplay is to allow the player to launch a fishing net for fishing, which provides a large A game machine that accommodates a plurality of players, and a plurality of players are located around the game machine to play the game.

Referring to FIG. 1 , a machine device 1 is disclosed. The two sides of the machine device 1 are respectively disposed at two opposite sides, and two play positions 2 are respectively disposed. In the middle of the four play positions 2, a display screen 3 is provided, which can be up to 4 The player uses the display screen 3 together to play the game.

However, this machine device 1 is expensive for the store, and the face-to-face gameplay of different players has a sense of presence, but it lacks privacy and cannot attract shy or privacy-conscious players, especially for players who are just getting started. I am even more afraid of being laughed at and not playing.

Obviously, if the existing game machine device 1 is designed as a multiplayer game, although it has multiple operation positions, it cannot allow different players to perform single player games at the same time, that is, players who only want to perform single player games, only A machine that can be designed using a single player game, which makes it difficult to effectively increase the utilization efficiency of the machine and increase operating costs.

And the machine equipment 1 used by the multiplayer game, when one of the players playing a big prize, usually has a special effect, this time the animation of the special effect will hinder the vision of other players, for the fairness of the game, often It is necessary to pause the game, that is to say, the grand prize sometimes causes other players to be unable to shoot in order to display an animation, which will affect the progress of other players and the entire game.

Summary of the invention

The main object of the present invention is to disclose an apparatus for executing a shooting game. In the first embodiment, a single player or a multiplayer game can be selected according to the needs of the player, and according to the position selected by the player. Converting the image of the game screen to match the visual angle of the player can improve the play quality of the game.

In order to achieve the above object, the present invention provides a device for executing a shooting game for a player to perform a shooting game having a player data, the player data including a display sub-data and a position sub-data, the shooting game having a plurality of A plurality of shot positions surrounding a game screen, the position subdata associated with one of the plurality of shot positions.

The device comprises a display screen, a data transmission interface, a manipulation unit, a game processing component connected to the data transmission interface and the manipulation unit, an image processing component connected to the game processing component, and a connection between the image processing component and the image processing component The display unit of the display screen. The display screen is configured to display the game screen and the plurality of shooting positions, and the data transmission interface is configured to receive and output the player data by connecting to at least one external device.

The manipulation unit is operable by the player to generate a selection data and an action data, the selection data being associated with the shooting position selected for selection by the player, and the game processing component generates the position sub data according to the selection data. In another embodiment, the manipulation unit generates the motion data only for the player to operate, and does not generate the selection data, and the game processing component randomly selects any one of the plurality of shooting positions that do not have the player, and The association produces the location sub-data, that is, the player is not free to select the shot location, but is generated by random processing by the game processing component.

And the game processing component dynamically generates the display sub-data by integrating the action data with an object display data according to a time axis, and the image processing component receives the player data, and according to the position sub-data in the player data. Selecting whether to perform image processing on the display sub-data, the image processing component generates a corrected display sub-data corresponding to a visual angle of the position sub-data; and the display unit receives the corrected display sub-data and simultaneously connects one of the display units The image database generates a play image for playing on the display screen, and as the image of the game screen, the image of the game screen is made to conform to the visual angle of the position subdata.

Accordingly, the device can be used as a stand-alone device, and the data transmission interface does not need to be connected to the at least one external device; and when it is required to be one of the operation positions of the multiplayer game, the data transmission interface must be utilized. At least one external device (at least another device or server that executes the shooting game) is connected for multiplayer gaming. And the image processing component selects whether to perform image processing on the display sub-data according to the position sub-data in the player data, thereby generating corrected display sub-data corresponding to the visual angle of the position sub-data, which can increase the play of the game. Quality, thus meeting the needs of the players.

A secondary object of the present invention is to disclose a system for executing a shooting game, which is a second implementation manner, and can also select a single player game or a multiplayer game according to the player's needs, and can be selected according to the player's choice. The position of the game screen is converted to match the visual angle of the player, which can improve the play quality of the game.

In order to achieve the above object, the present invention provides a system for executing a shooting game having a plurality of shooting game devices and a system server, wherein the shooting game devices respectively provide a player with a shooting game, and each of the shooting game devices has a player. Data, the player data includes a display sub-data and a position sub-data, the shooting game having a plurality of shooting positions surrounding a game screen, the position sub-data associated with one of the plurality of shooting positions.

Each of the shooting game devices includes a display screen, a data transmission interface coupled to the system server, a game processing component coupled to the data transmission interface, a manipulation unit coupled to the game processing component, and a connection to the game processing component and the The display unit of the display screen; and the system server includes an image processing component. The display screen is for displaying the game screen and the plurality of shooting positions, and the data transmission interface is for the game processing component to connect to the system server to transmit the player data.

The manipulation unit is operable by the player to generate a selection data and an action data, the selection data is a selection of the shooting position selected for selection by the player, and the game processing component generates the position of the player data according to the selection data. Subdata. In another embodiment, the manipulation unit generates the motion data only for the player to operate, and the game processing component randomly selects any one of the plurality of shooting positions that does not have the player, and associates the location sub-data. That is to say, the player is not free to select the shooting position, but is generated by random processing of the game processing element.

And the game processing component integrates the motion data with an object display data according to a time axis to dynamically generate the display subdata of the player data, and the game processing component transmits the player data to the data transmission interface. a system server, wherein the image processing component of the system server selects whether to perform image processing on the display sub-data according to the position sub-data in the player data, and the image processing component generates a correction corresponding to a visual angle of the position sub-data Displaying the sub-data; and the system server returns the corrected display sub-data to the game processing component, so that the display unit obtains the corrected display sub-data, and the display unit is connected to an image database of the display unit to generate a play The image is played on the display screen, and as the image of the game screen, the image of the game screen is made to conform to the visual angle of the position sub-data.

Accordingly, the shooting game device can be used as a stand-alone machine or as one of the operation positions of the multi-player game, which is to select whether to use the image processing component of the system server according to the position sub-data in the player data. The sub-data is displayed for image processing to generate corrected display sub-data corresponding to the visual angle of the position sub-data, which can increase the play quality of the game and thus satisfy the needs of the player.

DRAWINGS

Figure 1 is a schematic diagram of a conventional game machine.

2 is a structural diagram of a system according to a first embodiment of the present invention.

Figure 3 is a diagram of a physical machine of the present invention.

4 is a schematic diagram of a game screen of the present invention.

FIG. 5 is a system architecture diagram of a second embodiment of the present invention.

FIG. 6A is a schematic diagram of a game pairing selection screen according to the present invention.

FIG. 6B is a schematic diagram of another selection screen of the game pairing according to the present invention.

7A-7B are schematic diagrams of game screens of players on the reference side of the present invention at different time points.

8A-8B are schematic diagrams of game screens of players on opposite sides at different time points according to the present invention.

9A-9B are schematic diagrams of game screens before and after image processing according to the present invention.

detailed description

The detailed description and technical content of the present invention will now be described as follows:

Referring to FIG. 2, FIG. 3 and FIG. 4, for the first embodiment, the present invention discloses a device 20A for a player to perform a shooting game, which has a player data, and the player data includes a display sub-data. And a positional sub-data, the shooting game having a plurality of shooting positions 40 surrounding a game screen 30, the position sub-data associated with one of the plurality of shooting positions 40, the device 20A comprising a display screen 21, a data a transmission interface 22, a manipulation unit 231, a game processing component 23 connecting the data transmission interface 22 and the manipulation unit 231, an image processing component 24 connected to the game processing component 23, and a connection between the image processing component 24 and the display Display unit 25 of screen 21.

The display screen 21 is for displaying the game screen 30 and the plurality of shooting positions 40. The data transmission interface 22 is connected to the at least one external device 10A to receive and output the player data. The external device 10A may be at least another device that executes a shooting game, and the two devices that execute the shooting game may be connected and exchanged data in a point-to-point manner, thereby forming a conventional multi-player machine; or the external device 10A may be A server that uses game information exchange for game pairing to form a multiplayer game.

Please refer to FIG. 5 again, which is a second embodiment of the present invention. Referring to FIG. 4, the present invention discloses a system for executing a shooting game, which has multiple shooting game devices 20B and a system. The server 10B, each of the shooting game devices 20B is provided with a shooting game for each player, and each of the shooting game devices 20B has a player data, the player data includes a display sub-data and a position sub-data, and the shooting game has a plurality of A plurality of shooting positions 40 surrounding a game screen 30, the position sub-data is associated with one of the plurality of shooting positions 40, and each of the shooting game devices 20B includes a display screen 21 and a data transmission interface connected to the system server 10B. 22. A game processing component 23 coupled to the data transfer interface 22, a manipulation unit 231 coupled to the game processing component 23, and a display unit 25 coupled to the game processing component 23 and the display screen 21.

The system server 10B includes an image processing component 11 for displaying the game screen 30 and the plurality of shooting locations 40. The data transmission interface 22 is for the game processing component 23 to connect to the system server 10B. Transfer the player data.

Referring to FIG. 2, in the first implementation manner, when the external device 10A is a server, the external device 10A may further have a game matching component 101; or refer to FIG. 5, in the second implementation manner. The system server 10B may also have a game matching component 101; as shown in FIG. 6A and FIG. 6B together, the game matching component 101 generates a selection screen 13 for the player to select to enter at least one game room 12, the selection screen. 13 has a game switching point selection area 131 for selecting different game types (game one and game two) and a switching mode selection area 132 for switching different selection modes, and can display an available score 133.

The player can switch between different selection modes by switching the switching mode click area 132 of different selection modes, such as the selection screen 13 of FIG. 6A, and the at least one game room 12 respectively corresponds to different shooting games. That is, each of the game rooms 12 represents a game, and each of the game rooms 12 has a plurality of tentative shooting positions 121 corresponding to the plurality of shooting positions 40 for the player to select, the plurality of tentative shooting positions 121 being For the player to select, when the game starts, it will be converted into the shooting position 40 according to the selected tentative shooting position 121, which allows the player to select the desired shooting position 40 autonomously. And each of the game rooms 12 is marked with a game information 122, which includes, but is not limited to, a game point conversion ratio (a ratio of the available points 133 to game points, as shown in the figure: 1:10 or 1:20), The range of betables (shown as 100-1000 or 10-1000 as shown), and the different game information 122 have different representative patterns (the figure is expressed in terms of the number of gold ingots).

In addition, the different selection modes can be switched by switching the switching mode click area 132 of different selection modes. The selection screen 13 of FIG. 6B is another embodiment. In this manner, each of the game rooms 12 is not displayed. That is, the tentative shooting position 121 is not displayed for the player to select, and only the game room 12 marked with the game information 122 is displayed. After the player selects to enter the game room 12, the tentative shooting position 121 is automatically selected by the system. Let the player start the game.

As shown in FIG. 2 and FIG. 3 of the first embodiment, and FIG. 5 of the second embodiment, the control unit 231 is configured to operate by the player to generate a selection data and an action data, and the selection data is The shooting position 40 is selected in association with the selection by the player, and the game processing component 23 generates the position sub-data based on the selection data. In another embodiment of the manipulation unit 231, the player does not operate the manipulation unit 231 to generate the selection data, but the game processing component 23 randomly selects any one of the plurality of shooting positions 40 that does not have the player, and associates The position sub-data is generated, that is, the player is not free to select the shooting position 40, but is generated by random processing by the game processing component 23.

The manipulation unit 231 can be a physical operation button as shown in FIG. 3, or in another embodiment, the manipulation unit 231 and the display screen 21 can be directly integrated to form a touch screen, and the player can directly select the touch screen. Touching the screen to generate the selection data and the motion data, that is, directly on the touch screen, clicking a location to be selected to generate the selection data; and when playing, selecting a direction to be generated may be generated. The action data.

When the present invention is used in a single game, the player directly selects the desired shooting position 40 according to the operation field displayed on the game screen 30, and performs the play according to the image displayed on the game screen 30. The action data is generated by operating the control unit 231, and the action data includes, but is not limited to, the time and direction of the transmission, and the like. In the case of a multiplayer game, the first embodiment needs to be connected through the data transmission interface 22 first. Up to the at least one external device 10A, and the second embodiment already includes a plurality of the shooting game devices 20B for a plurality of players to play simultaneously. The plurality of players operate to generate the selection data according to the selection screen 13 of FIG. 6A or FIG. 6B, and play with other players (if any) after entering the game room 12 (the game continues, and can be entered and exited at any time). ). The action data is also generated by operating the manipulation unit 231 while the game is in progress.

Referring to FIG. 4, FIG. 7A, FIG. 7B, FIG. 8A and FIG. 8B, FIG. 7A and FIG. 7B are schematic diagrams of game screens of players on the reference side 31 of the present invention at different time points, and FIG. 8A and FIG. 8B are diagrams. A schematic diagram of the game screen of the player on the opposite side 32 at different points in time. When the player sequentially generates the motion data, at the same time, the game processing component 23 integrates the motion data with an object display data according to a time axis to dynamically generate the display subdata, where the object display data is displayed here. For the appearance rules of various

preset patterns

50, 51, as in the game, on the game screen 30, the appearance time and the traveling direction of various preset patterns 50, 51 (such as various styles of fish), that is, It is said that the display sub-data includes the action data generated by the player operation and the appearance rule of the

preset patterns

50, 51.

The image processing component 24 of the first embodiment or the image processing component 11 of the second embodiment receives the player data, and determines whether the location data is based on the location sub-data in the player data, and selects whether to Displaying the sub-data for image processing, and generating a corrected display sub-data corresponding to the visual angle of the sub-data of the position; in more detail, as shown in FIG. 7A and FIG. 7B, the game screen of the display sub-data, when the position sub-data When the associated shooting position 40 is A or B, the player is located at the reference side 31 at this time, that is, the display sub-data is in conformity with the visual angle of the position sub-data, and no image processing is required at this time, but the display is directly performed. The sub data is displayed as the correction subdata.

8A and FIG. 8B are schematic diagrams of the game screen of the corrected display subdata. When the shooting position 40 associated with the position subdata is C or D, the player is located at the opposite side 32, that is, According to the position sub-data, it is determined that the display sub-data does not match the visual angle of the position sub-data, and in this case, the display sub-data needs to be converted by the image processing to display the sub-data for the correction, and the correction is to display the sub-data. The corrected display sub-data after processing corresponds to the visual angle of the position sub-data as shown in FIGS. 8A and 8B. Regarding the image processing method, as long as the visual angle can be converted, there are various ways in practice, and a shadow processing method that can quickly convert the visual angle will be disclosed later.

Referring to FIG. 2 of the first embodiment and FIG. 5 of the second embodiment, after receiving the corrected display sub-data, the display unit 25 is connected to an image database 26 of the display unit 25. (image data for storing the preset patterns 50, 51), a play image is generated and played on the display screen 21, and as the image of the game screen 30, the play image is continuously played according to the time axis, thereby generating an animation. The effect is as shown in FIG. 7A and FIG. 7B , which is the image that the player sees on the reference side 31 at different time points, and the

preset patterns

50 and 51 are advanced according to the traveling direction. As shown in FIG. 8A and FIG. 8B, the images that the player sees on the opposite side 32 at different points in time are displayed. In other words, at this time, the image of the game screen 30 conforms to the visual angle of the sub-data of the position, and the quality of the play can be improved.

Please refer to FIG. 4, FIG. 9A and FIG. 9B together, which is a schematic diagram of the conversion of the image processing method used in the present invention, which is only a feasible image processing method, and the present invention is not limited thereto. The two sides of the game screen 30 of the present invention are a reference side 31 and an opposite side 32, respectively, and the plurality of shooting positions 40 are evenly arranged, and are symmetrically disposed on the reference side 31 and the opposite side 32 of the game screen 30; Around the game screen 30, in the order of 0 to N, in the direction around the game screen 30, symmetrically and equidistantly sequentially numbered as a plurality of direction labels, where N is a positive integer number, and the display sub-data is used. The plurality of direction labels are used to mark the direction.

When the game processing component 23 generates the display sub-data based on the direction of the reference side 31, the player data of the position sub-data located on the reference side 31 is not subjected to image processing, and the display sub-data is directly used as the correction. The sub-data is displayed; and the player data of the position sub-data located on the opposite side 32 is subjected to image processing, and the total number of the plurality of direction labels is defined as X, the value is Y, and the direction label after the image processing is a correction. The back direction is numbered and defined as Z, which satisfies Z = (Y + X / 2) MOD X, where MOD is the remainder after the removal.

As shown in FIG. 9A and FIG. 9B, wherein N is 11 in the figure, that is, there are 12 marking points in the positioning direction and the position 0 to 11 respectively around the game screen 30, so X is 12, and the marking point is 0. ～11 is Y (before conversion), and Z is the marker point after image conversion. In the figure, the traveling directions of the pre-conversion

preset patterns

50, 51, 52 are respectively the mark point 2 toward the mark point 10 (the preset pattern 50), the mark point 9 toward the mark point 5 (the preset pattern 51), and the mark point 8 Point toward marker point 1 ((preset pattern 52).

After substituting Z=(Y+X/2)MOD X, the traveling direction of the preset pattern 50 after the conversion is the marker point 8 ((2+12/2) MOD12) toward the marker point 4 ((10+12/2)) MOD12); the traveling direction of the preset pattern 51 is the marking point 3 ((9+12/2) MOD12) toward the marking point 11 ((5+12/2) MOD12); the traveling direction of the preset pattern 52 is the marking point 2 ((8+12/2) MOD12) faces the marker point 7 ((1+12/2) MOD12). In this way, the amount of calculation is small and simple, and the amount of calculation can be effectively reduced.

In summary, the present invention discloses that the apparatus and system for executing a shooting game can be used as a stand-alone machine or as one of the operating positions of a multi-player game, wherein the device does not need to utilize the data transmission interface and the at least one when used as a stand-alone game. The external device is connected; and when it is required to be one of the operating positions of the multiplayer game, the data transmission interface is used to connect with the at least one external device (at least another device or server that executes the shooting game) for multiplayer games. And the game pairing can be performed by the assistance of the external device (server), so that different players can play together.

Compared to existing game consoles, the advantages include at least:

1. The device disclosed in the present invention can be remotely connected by the data transmission interface, so that players located in different places can play together, so that the game can be started as soon as possible and the utilization rate of the machine can be improved.

2. The system disclosed in the present invention, by means of the data transmission interface, the shooting game devices located in different places and the system server can be connected in series, so that players located in different places can play together by the shooting game devices. Let the game start as soon as possible and increase the usage of the machine.

3. The image processing component can select whether to perform image processing on the display sub-data according to the position sub-data in the player data, and ensure that the corrected display sub-data corresponding to the visual angle of the position sub-data is generated, thereby increasing the game. Play quality to meet the needs of players.

3. In the first embodiment, each player uses a device that executes a shooting game, or a shooting game device used by each player in the second embodiment has a dedicated personal display screen, so that the game can be made The screen is personalized. When a multiplayer game is played, if a player wins a grand prize, the special effects or animations of the jackpot are only emphasized on their own display screens, and other players can still play the game normally without affecting the process of other players playing the game. . Moreover, the personalized processing of the game screen can also enhance the display of images about the player's own game information, and at the same time dilute the game information images of other players in the same game to obtain a better game effect.

The present invention has been described in detail above, but the foregoing is only a preferred embodiment of the present invention, and is not intended to limit the scope of the invention. That is, the equivalent changes and modifications made by the scope of the present application should remain within the scope of the patent of the present invention.

Claims

A device for playing a shooting game for a player to perform a shooting game having a player data, the player data comprising a display sub-data and a position sub-data, the shooting game having a plurality of multiple surrounding a game picture a shooting position associated with one of the plurality of firing positions, wherein the device comprises:

a display screen for displaying the game screen and the plurality of shooting positions;

a data transmission interface, the data transmission interface is configured to receive and output the player data by connecting to at least one external device;

a manipulation unit for the player to operate to generate a selection data and an action data, the selection data being associated with the shooting position selected for selection by the player;

Connecting the data transmission interface and the game processing component of the manipulation unit, the game processing component generates the position subdata according to the selection data, and the game processing component integrates the motion data with an object display data according to a time axis. And dynamically generating the display sub-data;

An image processing component connected to the game processing component, the image processing component receiving the player data, and selecting whether to perform image processing on the display subdata according to the position subdata in the player data, and generating a matching position Correction of the visual angle of the data shows the subdata;

a display unit connecting the image processing component and the display screen, the display unit receiving the corrected display sub-data, and connecting to an image database of the display unit, generating a play image for playing on the display screen, and playing as the game The image of the screen is such that the image of the game screen conforms to the visual angle of the sub-data of the position.
The apparatus of claim 1 wherein the external device is another device that performs a shooting game.
The device of claim 1 wherein the external device is a server.
The device according to claim 3, wherein the external device has a game matching component, and the game matching component generates a selection screen for the player to select to enter at least one game room, the at least one game room respectively corresponding to different The shooting game.
The apparatus according to claim 4, wherein each of the game rooms has a plurality of tentative shooting positions corresponding to the plurality of shooting positions for the player to select, and when the game starts, the tentative shooting positions correspond to Convert to the shooting position.
The device according to claim 1, wherein the control unit is combined with the display screen to form a touch screen for the player to directly select the touch screen to generate the selection data and the motion data.
The device according to claim 1, wherein the two sides of the game screen are a reference side and a pair of sides, the plurality of shooting positions being an even number, and symmetrically disposed on the reference side of the game screen and The opposite side of the game screen; in the order of 0 to N, in a direction around the game screen, symmetrically and equidistantly numbered sequentially as a plurality of direction labels, where N is a positive integer number, the display In the data, the plurality of direction labels are used to perform direction marking; when the game processing component generates the display sub-data based on the direction of the reference side, the player data of the position sub-data located on the reference side does not perform an image. Processing, directly using the display sub-data as the correction display sub-data; and the position sub-data is located on the opposite side of the player data for image processing, defining that the total number of the plurality of direction labels is X, the value is Y, and The direction label after image processing is a corrected direction label and is defined as Z, which satisfies Z=(Y+X/2)MOD X.
A device for playing a shooting game for a player to perform a shooting game having a player data, the player data comprising a display sub-data and a position sub-data, the shooting game having a plurality of multiple surrounding a game picture a shooting position associated with one of the plurality of firing positions, wherein the device comprises:

a display screen for displaying the game screen and the plurality of shooting positions;

a data transmission interface, the data transmission interface is configured to receive and output the player data by connecting to at least one external device;

a manipulation unit for the player to operate to generate an action data;

Connecting the data transmission interface with the game processing component of the manipulation unit, the game processing component randomly selects any one of the plurality of shooting positions that have not yet possessed the player, and associates the location sub-data, the game processing component is based on a time axis And integrating the action data with an object display data to dynamically generate the display sub-data;

An image processing component connected to the game processing component, the image processing component receiving the player data, and selecting whether to perform image processing on the display subdata according to the position subdata in the player data, and generating a matching position Correction of the visual angle of the data shows the subdata;

a display unit connected to the image processing component, the display unit receives the corrected display sub-data, and is connected to an image database of the display unit to generate a play image as an image of the game screen, so that the image of the game screen conforms The visual angle of the position subdata.
The apparatus of claim 8 wherein the external device is another device that performs a shooting game.
The apparatus of claim 8 wherein the external device is a server.
The device according to claim 10, wherein the external device has a game matching component, and the game matching component generates at least one game room for the player to select to enter, the at least one game room respectively corresponding to the different shooting game .
The device according to claim 11, wherein each of the game rooms has a plurality of tentative shooting positions corresponding to a plurality of shooting positions, and after the player selects to enter the game room, the system automatically selects the tentative shooting position. And when the game starts, the tentative shooting position is correspondingly converted to the shooting position.
The device according to claim 8, wherein the control unit is combined with the display screen to form a touch screen for the player to directly select the touch screen to generate the selection data and the action data.
The device according to claim 8, wherein the two sides of the game screen are a reference side and a pair of sides, the plurality of shooting positions are an even number, and are symmetrically disposed on the reference side of the game screen and The opposite side of the game screen; in the order of 0 to N, in a direction around the game screen, symmetrically and equidistantly numbered sequentially as a plurality of direction labels, where N is a positive integer number, the display In the data, the plurality of direction labels are used to perform direction marking; when the game processing component generates the display sub-data based on the direction of the reference side, the player data of the position sub-data located on the reference side does not perform an image. Processing, directly using the display sub-data as the correction display sub-data; and the position sub-data is located on the opposite side of the player data for image processing, defining that the total number of the plurality of direction labels is X, the value is Y, and The direction label after image processing is a corrected direction label and is defined as Z, which satisfies Z=(Y+X/2)MOD X.
A system for shooting a game, comprising a plurality of shooting game devices and a system server, wherein the shooting game devices respectively provide a player with a shooting game, each of the shooting game devices having a player data, the player data comprising a Displaying sub-data and a position sub-data, the shooting game having a plurality of shooting positions surrounding a game screen, the position sub-data associated with one of the plurality of shooting positions, wherein:

Each of the shooting game devices includes a display screen, a data transmission interface coupled to the system server, a game processing component coupled to the data transmission interface, a manipulation unit coupled to the game processing component, and a connection to the game processing component and the Displaying a display unit of the screen; and the system server includes an image processing component; wherein the display screen is for displaying the game screen and the plurality of shooting positions; the data transmission interface is for the game processing component to be connected to the system server for transmission The player data, the manipulation unit is configured to operate the player to generate a selection data and an action data, the selection data is associated with the shooting position selected for selection by the player, and the game processing component generates the sound according to the selection data. The position data of the player data, and the game processing component integrates the action data with an object display data according to a time axis to dynamically generate the display sub data of the player data, and the game processing component uses the data The transmission interface transmits the player data to the system server, let The image processing component of the system server selects whether to perform image processing on the display sub-data according to the position sub-data in the player data, and generates corrected display sub-data corresponding to a visual angle of the position sub-data; and the system The server returns the corrected display sub-data to the game processing component, so that the display unit obtains the corrected display sub-data, and the display unit is connected to an image database of the display unit to generate a play image and play on the display screen. As the image of the game screen, the image of the game screen is made to conform to the visual angle of the position sub-data.
The system of claim 15 wherein the system server has a game pairing component that generates a selection screen for the player to enter at least one game room, the at least one game room correspondingly different The shooting game.
The system of claim 16 wherein each of said game rooms has a plurality of tentative shooting positions for the player to select for a plurality of shooting positions, and when the game begins, the tentative shooting positions correspond to Convert to the shooting position.
The system according to claim 15, wherein the manipulation unit is combined with the display screen to form a touch screen for the player to directly select the touch screen to generate the selection data and the motion data.
The system according to claim 15, wherein both sides of the game screen are a reference side and a pair of sides, the plurality of shooting positions being an even number, and symmetrically disposed on the reference side of the game screen and The opposite side of the game screen; in the order of 0 to N, in a direction around the game screen, symmetrically and equidistantly numbered sequentially as a plurality of direction labels, where N is a positive integer number, the display In the data, the plurality of direction labels are used to perform direction marking; when the game processing component generates the display sub-data based on the direction of the reference side, the player data of the position sub-data located on the reference side does not perform an image. Processing, directly using the display sub-data as the correction display sub-data; and the position sub-data is located on the opposite side of the player data for image processing, defining a total number of the plurality of direction labels is X, the value is Y, and The direction label after image processing is a corrected direction label and is defined as Z, which satisfies Z=(Y+X/2)MOD X.
A system for shooting a game, comprising a plurality of shooting game devices and a system server, wherein the shooting game devices respectively provide a player with a shooting game, each of the shooting game devices having a player data, the player data comprising a Displaying sub-data and a position sub-data, the shooting game having a plurality of shooting positions surrounding a game screen, the position sub-data associated with one of the plurality of shooting positions, wherein:

Each of the shooting game devices includes a display screen, a data transmission interface coupled to the system server, a game processing component coupled to the data transmission interface, a manipulation unit coupled to the game processing component, and a connection to the game processing component and the Displaying a display unit of the screen; and the system server includes an image processing component; wherein the display screen is for displaying the game screen and the plurality of shooting positions; the data transmission interface is for the game processing component to be connected to the system server for transmission The player data; the manipulation unit generates an action data for the player to operate, the game processing component randomly selects any one of the plurality of shooting positions that does not have the player, and associates the position sub-data for generating the player data, and The game processing component integrates the motion data with an object display data according to a time axis to dynamically generate the display subdata of the player data, and the game processing component transmits the player data to the system by using the data transmission interface. Server, let the image processing component of the system server Selecting whether to perform image processing on the display sub-data according to the position sub-data in the player data, to generate a corrected display sub-data corresponding to a visual angle of the position sub-data; and the system server returns the corrected display sub-data Going to the game processing component, the display unit obtains the corrected display sub-data, and the display unit is connected to an image database of the display unit, and generates a play image to be played on the display screen as an image of the game screen. Let the image of the game screen conform to the visual angle of the sub-data of the position.
The system according to claim 20, wherein the system server has a game pairing component, the game pairing component generating at least one game room for the player to select to enter, the at least one game room respectively corresponding to the different shooting game .
The system according to claim 21, wherein each of said game rooms has a plurality of tentative shooting positions corresponding to a plurality of shooting positions, and after the player selects to enter the game room, the system automatically selects the tentative shooting position. And when the game starts, the tentative shooting position is correspondingly converted to the shooting position.
The system according to claim 20, wherein the control unit is combined with the display screen to form a touch screen for the player to directly select the touch screen to generate the selection data and the action data.
The system of claim 20, wherein the two sides of the game screen are a reference side and a pair of sides, the plurality of shooting positions being an even number, and symmetrically disposed on the reference side of the game screen and The opposite side of the game screen; in the order of 0 to N, in a direction around the game screen, symmetrically and equidistantly numbered sequentially as a plurality of direction labels, where N is a positive integer number, the display In the data, the plurality of direction labels are used to perform direction marking; when the game processing component generates the display sub-data based on the direction of the reference side, the player data of the position sub-data located on the reference side does not perform an image. Processing, directly using the display sub-data as the correction display sub-data; and the position sub-data is located on the opposite side of the player data for image processing, defining that the total number of the plurality of direction labels is X, the value is Y, and The direction label after image processing is a corrected direction label and is defined as Z, which satisfies Z=(Y+X/2)MOD X.