WO2020061726A1 - Virtual reality game system, processor and virtual game scene moving method - Google Patents

Abstract

A virtual reality game system (100), a processor (40) and a virtual game scene moving method. The game system (100) comprises: a head-mounted device (10), a manipulator (30) and a processor (40), wherein the processor (40) provides a virtual game scene displayed on the head-mounted device (10), and the processor (40) displays a plurality of anchor points (21) in the virtual game scene; the processor (40) generates a moving alignment line (441) according to a trigger action received by the manipulator (30); and the moving alignment line (441) can correspond to one of the anchor points (21) so that an image presented by the virtual game scene changes from an image corresponding to the first position (a1) to an image corresponding to a second position (a2); whereby the effect of being able to move simply and quickly in a virtual game scene can be achieved.

Description

 Virtual reality game system, processor and method for moving virtual game scene

 [0001] The present invention relates to a field related to virtual reality, and in particular, to a virtual reality game system, a processor, and a method for moving a virtual game scene.

 Background technique

 [0002] Virtual reality (VR) is the use of a computer to generate a three-dimensional space virtual world, providing users with a virtual visual experience, making users feel as if they are immersed in the environment, and can observe things in three-dimensional space in real time and without restrictions. When the user moves the location, the computer can change the image of the virtual world according to the movement of the user.

 [0003] A general virtual reality device includes a head-mounted device, a sensor, and a calculation processor. The calculation processor is used to display the virtual world on the head-mounted device. The sensor is used to sense the position, rotation angle, and manipulation of the user. The sensor and the headset determine the image displayed by the headset.

 [0004] Furthermore, in order to increase the sense of presence and interaction in current virtual reality games, movement and image changes are generated in the virtual world according to user operations. Among them, in order to control the movement and changes of images in the virtual world, users Most can be operated in two ways.

 Summary of invention

 technical problem

 [0005] The first operation method is that the user continuously shakes the sensor to cause the image in the virtual world to move and change; however, this method can only make the image of the virtual world move and change by continuously shaking the sensor in the hand. Changes, therefore, it is easy for the user to feel sore and tired, and reduce the user's willingness to play.

[0006] The second operation mode is that the user moves on the virtual reality treadmill, and the computing processor detects the state of the user's movement on the virtual reality treadmill, and correspondingly moves and changes the image of the virtual world to meet the requirements of virtual reality applications. Demand for mobile control; however, this method requires users to constantly walk or run in order to move and change the image of the virtual world. Therefore, it is easy for users to feel tired and reduce their willingness to play. Problem solution

 Technical solutions

 [0007] In order to solve the above-mentioned problems, the present invention provides a virtual reality game system, a processor, and a method for moving a virtual game scene, and provides a user with a simple and fast way to move within the virtual game scene.

[0008] An embodiment of the present invention provides a virtual reality game system, which includes: a head-mounted device for displaying a virtual game scene; a manipulator for providing a user trigger to generate a first game A control signal; and a processor coupled to the head-mounted device and the controller, the processor is configured to provide a virtual game scene displayed on the head-mounted device, and the processor displays a plurality of anchor points in the virtual game scene; Receiving the first control signal, a mobile alignment line is generated, which corresponds to one of the positioning points, so that the image presented in the virtual game scene changes from an image that conforms to a first position to a second position Image.

 [0009] Wherein, the controller is used to provide a user to trigger to generate a second control signal; the processor generates a shooting alignment line according to the received second control signal, and the shooting alignment line is used for a display of a virtual game scene. The target is fired.

 [0010] The manipulator is used for assembling to a gun for virtual reality.

 [0011] An embodiment of the present invention provides a virtual reality processor for receiving and controlling a controller and a head-mounted device. The processor includes: a scene module having a virtual game scene and a virtual game scene; Multiple positioning points in the game scene; a communication module coupled to the controller, the head-mounted device and the scene module, the communication module displays the virtual game scene on the head-mounted device, and the communication module is used to receive the trigger generated by the controller A first control signal; and a generating module coupled to the communication module, the generating module generates a mobile alignment line according to the first control signal, the mobile alignment line is presented in a virtual game scene, and is used to aim at one of the positions Point, where when the moving alignment line corresponds to one of the positioning points, the image presented in the virtual game scene is changed from an image corresponding to a first position to an image corresponding to a second position.

[0012] Wherein, the scene module is provided with a plurality of objects to be hit in the virtual game scene; the communication module is configured to receive a second control signal generated by triggering the manipulator, and the generating module generates a shooting alignment line according to the second control signal. The shooting alignment is used to shoot the target object displayed in the virtual game scene. [0013] Among them, the moving alignment line and the shooting alignment line are different in the visual image presented in the virtual game scene.

 [0014] Each positioning point corresponding to the scene module is provided with an exclusive mark.

 [0015] Wherein, it further has a detection module, which is coupled to the communication module and the generation module, and the detection module is used to sense the viewing angle of the head-mounted device to generate an image matching the virtual game scene corresponding to the viewing angle through the scene module, And the detection module is used for sensing the position of the manipulator, so that the mobile alignment line can point to one of the positioning points correspondingly.

 [0016] An embodiment of the present invention provides a method for moving a virtual game scene in virtual reality, including: displaying a virtual game scene on a head-mounted device worn by a user, and displaying a plurality of anchor points within the virtual game scene; The user triggers a controller at a first position in the virtual game scene to display a mobile alignment line in the virtual game scene; and the user points the mobile alignment line to one of the anchor points correspondingly through the controller, so that the virtual game The image presented by the scene moves from an image matching the first position to an image matching a second position.

 [0017] Wherein, the user triggers the manipulator to generate a shooting alignment in the virtual game scene, and the shooting alignment is used to shoot an object to be displayed in the virtual game scene.

 [0018] In summary, the virtual reality game system, processor, and virtual game scene moving method according to the present invention can be directed by a user to trigger a mobile alignment line generated in a virtual game scene by a controller, and point through the mobile alignment line. At one of the anchor points, the virtual game scene is instantly moved to the position of the anchor point to be reached and a corresponding image is generated; thereby, improving the knowledge requires constantly shaking hands or moving steps to be able to move and change the ghost game scene The shortcomings of the image reduce the tiredness of the user during the game, thereby improving the user's willingness to play, and at the same time, the effect of the presence of the game can be achieved.

 The beneficial effects of the invention

 Brief description of the drawings

 BRIEF DESCRIPTION OF THE DRAWINGS

 1 is a schematic block diagram of a game system link according to the present invention.

 [0020] FIG. 2 is a block diagram of a processor architecture of the present invention.

 [0021] FIG. 3 is a schematic diagram of an embodiment of a virtual game scenario according to the present invention.

 [0022] FIG. 4 is a schematic diagram (a) of an embodiment of the present invention, showing that the moving alignment line points to one of the positioning points.

[0023] FIG. 5 is a schematic diagram (2) of an embodiment of the present invention, showing instantaneous movement from a first position to a second position. [0024] FIG. 6 is a schematic diagram (3) of an embodiment of the present invention, which shows that a shooting alignment line shoots an object to be hit.

 [0025] Reference Signs

 [0026] 100, game system; 10, head-mounted device; 20, virtual game scene; 21, anchor point;

 [0027] 211. Exclusive mark; 22. Standby; 30. Controller; 31. Induction module; 32. Control key;

[0028] 40, processor, 41, scene module, 42, communication module, 43, detection module;

 [0029] 44, generating module; 441, moving alignment; 442, shooting alignment;

 [0030] a, a first position; a2, a second position.

 The best embodiment for carrying out the invention

 Best Mode of the Invention

 [0031] In order to facilitate the description of the central idea of the present invention in the above-mentioned summary of the present invention, it is expressed in specific embodiments. Various objects in the embodiments are depicted in proportions, sizes, deformations, or displacements suitable for description, rather than in proportion to actual components, which will be described together.

 [0032] Referring to FIG. 1 to FIG. 6, the present invention provides a virtual reality game system 100, which includes:

 [0033] A head-mounted device 10 is configured to be worn on a user's head, and the head-mounted device 10 can display a virtual game scene 20 for the user to watch.

 [0034] A controller 30 is configured to provide a user to trigger a first control signal or a second control signal to generate different interactive effects in the virtual game scene 20. The manipulator 30 has a sensing module 31 and two control keys 32. The sensing module 31 can generate a positioning signal. The two control keys 32 are respectively used to provide a user to trigger the generation of a first control signal or a second control signal. The implementation of the present invention In the example, the controller 30 is a VIV E controller; the controller 30 is used for assembling to a gun for virtual reality.

 [0035] In other possible embodiments of the present invention, the user can generate the first control signal or the second control signal through different pressing methods, for example: short press the control key 32 to generate the first control signal, and long press the The keys 32 are controlled to generate a second manipulation signal.

 [0036] A processor 40 is connected to the head-mounted device 10 and the controller 30. In the example of the present invention, the processor 40 is wirelessly connected to the head-mounted device 10 and the controller 30. The processor 40 is configured to provide a virtual game scene 20 displayed on the head-mounted device 10, and receive a first control signal or a second control signal triggered by the controller 30.

 [0037] The processor 40 of the present invention includes:

[0038] A scene module 41 having a virtual game scene 20 and a plurality of positionings arranged in the virtual game scene 20 Point 21 and multiple targets 22, of which virtual game scene 20 is a three-dimensional image; each positioning point 21 corresponding to scene module 41 is provided with an exclusive mark 211. In the embodiment of the present invention, exclusive mark 211 is an Arabic numeral. The exclusive marks 211 corresponding to the positioning points 21 are 1, 2, 3, etc., and so on. The number of the positioning points 21 is determined according to the setting, which is not limited in the present invention.

 [0039] A communication module 42 that is wirelessly connected to the head-mounted device 10, the controller 30 and the scene module 41. The communication module 42 is used to transmit the virtual game scene 20 to the head-mounted device 10 for display on the head-mounted device 10. Virtual game scene 20; the communication module 42 is configured to receive a first control signal or a second control signal generated by triggering the controller 30.

 [0040] A detection module 43 is connected to the communication module 42. The detection module 43 is configured to sense the viewing angle of the head-mounted device 10, and the detection module 43 transmits the detected viewing angle of the receiving head-mounted device 10 to the scene module. 41. The scene module 41 transmits an image of the virtual game scene 20 according to the viewing angle to the head-mounted device 10 through the communication module 42.

 [0041] Furthermore, the detection module 43 can receive the positioning signal generated by the sensing module 31, and know the position of the controller 30 according to the positioning signal of the sensing module 31.

 [0042] A generating module 44 is connected to the detecting module 43 and the communication module 42. The generating module 44 generates a mobile alignment line 441 according to the first control signal, and the mobile alignment line 441 will be presented in the virtual game scene 20, At this time, the detection module 43 enables the mobile alignment line 441 to correspondingly point and aim at one of the positioning points 21 according to the position of the sensing controller 30, so that the image presented by the virtual game scene 20 can be matched to a first position. The image movement of a1 is changed to an image corresponding to a second position a2, where the first position a1 is the original position where the user appears in the virtual game scene 20, and the first position a1 will correspond to one of the positioning points 21 and the corresponding position. The exclusive mark 211 of the positioning point 21 is described; and the second position a2 corresponds to the positioning point 21 targeted by the moving alignment line 441, as shown in FIG. 5.

 [0043] The generating module 44 generates a shooting alignment line 442 according to the second control signal. At this time, the detection module 43 enables the shooting alignment line 442 to be correspondingly pointed and aimed at the virtual game scene 20 according to the position of the sensing controller 30. The displayed target 22 is used for shooting, wherein the moving alignment line 441 and the shooting alignment line 44 2 are different in the visual image presented in the virtual game scene 20. In the embodiment of the present invention, the moving alignment The line 44 1 and the shooting alignment line 442 show different colors and lines.

[0044] Through the foregoing game system 100, the present invention provides a method for moving a virtual game scene in virtual reality, It includes:

 [0045] The head-mounted device 10 and the controller 30 are wirelessly connected to the processor 40, and the user can wear the head-mounted device 10 on the head and hold the controller 30 in the hand; wherein the processor 40 will pass The communication module 42 displays the virtual game scene 20 in the scene module 41 in the head-mounted device 10.

 [0046] During the game, when the user is located at the first position al in the virtual game scene 20, the user can trigger the control key 32 of the controller 30 to generate a first control signal, and the generating module 44 receives the first When the signal is manipulated, a moving alignment line 441 is generated and displayed in the virtual game scene 20.

 [0047] Next, the user can point the mobile alignment line 441 to one of the positioning points 21 through the manipulator 30, so that the image presented by the virtual game scene 20 is changed from the image corresponding to the first position al to the second The image of the position a2, where the position of the user in the virtual game scene 20 is moved from the positioning point 21 corresponding to the first position a1 to the positioning point 21 corresponding to the second position a2.

 [0048] Furthermore, in addition to being able to trigger the controller 30 to generate a first control signal during the game, the user can trigger the control key 32 of the controller 30 to generate a second control signal. When the generating module 44 receives the second control signal, the shooting alignment line 4 is generated in the virtual game scene 20 42, and the user can accurately perform the shooting on the target 22 displayed in the virtual game scene 20 through the shooting alignment line 442. shooting.

 [0049] To further explain, FIG. 3 of the present invention is a schematic diagram of a virtual game scene 20, and each positioning point 21 in FIG. 3 has an exclusive mark 211, so when a user enters a game, it can appear randomly or specified in one of them Locating point 21.

 [0050] Then, when the user wants to move the position during the game, the control key 32 of the manipulator 30 can be triggered to display the movement alignment line 441 in the virtual game scene 20, as shown in FIG. 4; The user can use the manipulator 30 to aim the mobile alignment line 441 at the positioning point 21 to which the user wants to move, and while the mobile alignment line 441 is aimed at the positioning point 21, the user in the virtual game scene 20 The image will instantly move to an image that matches the aiming positioning point 21, as shown in FIG.

 [0051] Furthermore, referring to FIG. 6, when the user wants to shoot the target 22 in the virtual game scene 20 during the game, the control key 32 of the controller 30 can be triggered to generate the virtual game scene 20. The shooting alignment 442 enables the user to accurately shoot the shot 22 against the target 22.

[0052] According to the foregoing, the virtual reality game system 100 and the virtual game scene moving method of the present invention can be based on According to the user triggering the mobile alignment line 441 generated by the controller 30 in the virtual game scene 20, the mobile alignment line 441 points to one of the positioning points 21, so that the virtual game scene 20 is instantly moved to the positioning point 21 to be reached The position and corresponding image are generated; thereby, the fatigue feeling of the user during the game can be effectively reduced, thereby further enhancing the user's willingness to play, and at the same time, the effect of the presence of the game can be achieved.

 [0053] Furthermore, when the user wants to shoot during the game, he can achieve the precise shooting effect through the shooting alignment 442, thereby improving the accuracy and fluency during the game.

 [0054] In addition, the game system 100 of the present invention can be used by multiple users. When multiple users enter the same virtual game scene 20 at the same time, they will be in positions corresponding to different positioning points 21, and each user can pass The exclusive mark 211 displayed on the positioning point 21 informs other users of the location, in which each user can wear a microphone to achieve the effect of mutual communication; thereby, the present invention can achieve the effect of team attack during the game and increase the game. Fun.

 [0055] Obviously, the described embodiments are only a part of the embodiments of the present invention, but not all the embodiments.

 Based on the embodiments of the present invention, all other embodiments obtained by a person of ordinary skill in the art without creative efforts shall fall within the protection scope of the present invention.

Claims

Claim  [Claim 1] A virtual reality game system, characterized in that it includes:  A head-mounted device for displaying a virtual game scene;  A controller for providing a user to trigger a first control signal; and a processor coupled to the head-mounted device and the controller, the processor for providing the virtual display on the head-mounted device A game scene, the processor displays a plurality of positioning points in the virtual game scene; the processor generates a mobile alignment line according to receiving the first control signal, and the mobile alignment line points to one of the positioning points, The image displayed by the virtual game scene is changed from an image corresponding to a first position to an image corresponding to a second position.  [Claim 2] The game system according to claim 1, wherein the controller is configured to provide a user to trigger and generate a second control signal; and the processor generates a shooting alignment according to the received second control signal. Line, the shooting alignment is used to shoot an object to be displayed in the virtual game scene.  [Claim 3] The game system according to claim 1, wherein the manipulator is used for assembling to a gun for virtual reality. [Claim 4] A virtual reality processor for receiving and controlling a manipulator and a head-mounted device, wherein the processor includes:  A scene module having a virtual game scene and a plurality of positioning points arranged in the virtual game scene;  A communication module is coupled to the controller, the head-mounted device and the scene module. The communication module displays the virtual game scene on the head-mounted device. The communication module is configured to receive a first control signal generated by triggering the controller. ; as well as A generating module coupled to the communication module, the generating module generating a mobile alignment line according to the first control signal, the mobile alignment line presenting in the virtual game scene and used to aim at one of the positioning points, Wherein, when the moving alignment line corresponds to one of the positioning points, the image presented by the virtual game scene is changed from an image corresponding to a first position to an image corresponding to a second position. [Claim 5] The processor according to claim 4, characterized in that: the scene module is provided with a plurality of objects to be hit in the virtual game scene; and the communication module is configured to receive a first generated by triggering the manipulator. Two control signals, the generating module generates a shooting alignment according to the second control signal, and the shooting alignment is used for shooting the object to be displayed in the virtual game scene.  [Claim 6] The processor of claim 5, wherein the moving alignment line and the shooting alignment line are different from a visual image presented in the virtual game scene. [Claim 7] The processor according to claim 4, wherein each positioning point corresponding to the scene module is provided with an exclusive mark. [Claim 8] The processor according to claim 4, wherein the processor further comprises a detection module, which is coupled to the communication module and the generation module, and the detection module is used for sensing the head-mounted device The viewing angle is used to generate an image corresponding to the virtual game scene corresponding to the viewing angle through the scene module, and the detection module is used to sense the position of the controller, so that the mobile alignment line can point to one of the anchor points.  [Claim 9] A method for moving a virtual game scene in virtual reality, comprising: displaying a virtual game scene on a head-mounted device worn by a user, and displaying a plurality of anchor points in the virtual game scene;  A user triggers a controller at a first position in the virtual game scene so that the virtual game scene displays a moving alignment; and  The user points the mobile alignment line to one of the anchor points correspondingly through the manipulator, so that the image presented by the virtual game scene changes from an image that conforms to the first position to an image that conforms to a second position.  [Claim 10] The method for moving a virtual game scene according to claim 9, wherein after the user triggers the manipulator, a shooting alignment is generated in the virtual game scene, and the shooting alignment is used for the A shot is displayed in a virtual game scene.