TWI697848B - Somatosensory game system for multiplayer connection games and its method - Google Patents

Abstract

A somatosensory game system for a multiplayer game includes a plurality of first arithmetic units and second arithmetic units. Each of the first computing units includes a first information computing device, a first image output device, a first sound output device, a game control device, and a somatosensory output device. The second arithmetic unit includes a second information computing device. The plurality of first information computing devices and the second information computing device execute a game program. The second information computing device is configured to synchronize the game programs executed by the plurality of first information computing devices, and interact each of the first information computing devices with other first information computing devices. The plurality of first arithmetic units provide images, sounds, and body sensations.

Description

Somatosensory game system and method for multiplayer online game

The invention relates to a somatosensory game system, in particular to a somatosensory game system and method for multiplayer online games.

Early large-scale somatosensory audio-visual devices played fixed videos and used a motion platform control program that matched the video to synchronously control the motion platform during video playback, so that people on the motion platform could experience images, sounds, and body sensations. The procedure for controlling the motion sensing platform is fixed and cannot be changed.

With the advancement of game hardware and software, recent somatosensory sports platforms can be combined with game programs to immediately issue commands to control the somatosensory sports platform, so that players can feel the somatosensory when interacting with the game. Please refer to patents US 8298845 B2 and US 6283757 B1, which disclose a somatosensory device in a stand-alone racing game, which allows the player to experience the racing somatosensory when operating the racing game.

It can be seen from the above description that although the prior art discloses a game somatosensory device, it still has the following shortcomings in actual use:

1. Rough control of the motion platform:

The somatosensory dimension of racing games is divided into two-dimensional motions of starting, braking, turning left and turning right, so the actuator device used on the sports platform is relatively simple However, the somatosensory feeling of the people riding on the sports platform is not smooth and rough, and the somatosensory effect is not good, and it cannot be applied to other game types other than racing.

2. The visual display is not real:

Generally, somatosensory game screens are output using flat-panel displays, and the visual effects of personnel are relatively unreal. Although the current virtual reality (VR) and augmented reality (AR) technologies are gradually mature, they are not configured. In a game device with a motion sensing platform.

3. Multiplayer games are not possible:

At present, the game device with the motion sensing platform is a stand-alone game, which only provides the player to interact with the game program. The control program of the motion platform is triggered by the game program to provide motion sensing, which cannot provide motion sensing in the environment of multiplayer games.

4. No rebroadcast mechanism

The current somatosensory sports platform does not broadcast the process of the player's game through the broadcast system, and cannot let the spectators watch the game process.

Therefore, how to provide three-dimensional video, sound, and somatosensory effects, combined with multiplayer online games, and be able to provide audience viewing through game broadcasts is an urgent goal for relevant technical personnel.

In view of this, an object of the present invention is to provide a somatosensory game system for a multiplayer online game. The somatosensory game system for a multiplayer online game includes a plurality of first arithmetic units and a second arithmetic unit.

The first computing unit includes a first information computing device, a first image output device connected to the first information computing device, a game control device connected to the first information computing device, and a A somatosensory output device connected to an information computing device, the plural first information computing device executes a game program with a dedicated player parameter, and the plural game control device can output a first game control command to the connected first information computing device .

The second arithmetic unit includes a second information arithmetic device connected to the complex first information arithmetic device, the plural first information arithmetic devices respectively transmit information of the executed game program to the second information arithmetic device, the second The information computing device integrates the information of the plurality of first information computing devices and forms a game command to transmit to each first information computing device, and each first information computing device executes the game program with the game command and controls the connected first image Output device and somatosensory output device.

Another technical means of the present invention is that each of the above-mentioned somatosensory output devices has a multi-axis motion platform connected with the first information computing device, and each first information computing device further has an integrated sense control module for Control the connected multi-axis motion platform.

Another technical means of the present invention is that each of the above-mentioned game control devices has a three-dimensional game control module connected to the first information computing device.

Another technical means of the present invention is that the above-mentioned plural first information computing devices respectively have a team parameter for distinguishing the player parameters, and the plural second information computing devices respectively integrate the team parameters To the game instruction.

Another technical means of the present invention is that each of the above-mentioned first computing units further includes a first sound output device connected to the first information computing device, and a first voice input connected to the first information computing device Device, the first voice input device is used for receiving a voice information, and the second information computing device transmits the voice of the first voice input device to the set first voice output device according to the plural team parameters.

Another technical means of the present invention is that each of the above-mentioned first image devices has an image display glasses connected to the first information computing device, and each first computing unit further includes a device connected to the first information computing device The line-of-sight detection device detects the direction of the image display glasses to provide the first information computing device to change the screen displayed by the image display glasses.

Another technical means of the present invention is that the above-mentioned second computing unit further includes a second video output device connected to the second information computing device, and a second audio output device connected to the second information computing device Device, the second information computing device has a dedicated broadcast parameter, and the second information computing device executes a broadcast program with the broadcast parameter to capture the game program screen for display on the second image output device, and capture The sound of the game program is output to the second sound output device.

Another technical means of the present invention is that the above-mentioned second computing unit further includes a second voice input device connected to the second information computing device, and the second information computing device The information is output by the second sound output device.

Another technical means of the present invention is that the second arithmetic unit described above further includes a rebroadcast control device connected to the second information arithmetic device, and the rebroadcast control device can output a rebroadcast control command to the second information arithmetic device , And a second game control command, the second information computing device displays the second image output device according to the broadcast control command, and the second information computing device integrates the second game control command with the game command.

Another technical means of the present invention is that the aforementioned second arithmetic unit further includes a plurality of third image output devices connected to the second information arithmetic device, and the plurality of third image output devices respectively display the plurality of first image outputs The image of the device and the second image output device.

One objective of the present invention is to provide a somatosensory game method for multiplayer online games, which includes a sense of unity setting step and a game execution step.

In the somatosensory setting step, a pre-physical parameter of the character in the game is stored in the plural first information computing device to provide the first information computing device to execute a game program to calculate the one connected to the first information computing device The movement direction and strength of the unity output device.

In the game execution step, each first information computing device provides a player to execute the game program with an exclusive player parameter, so that the first information computing device obtains a game character movement, and calculates by connecting the first information One of the devices is a first video output device and a first sound output device to output the screen and sound of the game program, and each player operates a game control device through the screen of the first video output device where the player is located, to The game program executed by the first information computing device is controlled, and the game program executed by each first information computing device calculates the motion direction and force of the somatosensory output device, and is based on one of the first information computing devices where it is located. The sensory control module controls the body sensory output device.

Another technical means of the present invention is that in the above-mentioned game execution step, the game program executed by each first information computing device first transmits information to the game control device, and the game control device transmits the information to the body Sensory control module to control the somatosensory output device.

Another technical means of the present invention is that in the above-mentioned game execution step, a broadcaster executes a broadcast program in the second information computing device with a dedicated broadcast parameter to capture the screen of the game program in A second image output device connected to the second information computing device displays.

Another technical means of the present invention is the somatosensory game method of the multiplayer online game described above, and further includes a multiplayer connection step between the somatosensory setting step and the game execution step, the plural first information The arithmetic device is connected with a second information arithmetic device to integrate the information of the first information arithmetic device and synchronize the game program executed by the first information arithmetic device.

The beneficial effect of the present invention is that the motion sensing control module of the plurality of first information computing devices can provide the game program to quickly control the motion sensing output device, and the plurality of first information computing devices receive the game commands of the second information computing device , Can synchronize the game program executed by the plural first information computing device, so that the plural players using the plural first computing unit Through the game program interaction, and the plural somatosensory output device can provide the somatosensory of the plural players, when the plural players interact with the game program and touch somatosensory events such as displacement or collision, the plural somatosensory output device can provide the player The sense of interaction with the player.

3‧‧‧First arithmetic unit

31‧‧‧First information computing device

311‧‧‧Game Program

312‧‧‧Player parameters

313‧‧‧Team parameters

314‧‧‧Somatosensory control module

315‧‧‧Pre-physical parameters of characters in the game

316‧‧‧Game Character Movement

32‧‧‧The first video output device

33‧‧‧First sound output device

34‧‧‧Line of sight detection device

35‧‧‧The first voice input device

36‧‧‧Game control device

37‧‧‧Somatosensory output device

38‧‧‧Seat

4‧‧‧Second Operation Unit

41‧‧‧Second information computing device

411‧‧‧Broadcast parameters

412‧‧‧Broadcast Program

42‧‧‧Second video output device

43‧‧‧Second sound output device

44‧‧‧Second voice input device

45‧‧‧Broadcast control device

46‧‧‧Third image output device

5‧‧‧Large display platform

901~903‧‧‧Step Arrow

Fig. 1 is a schematic diagram of a device illustrating a first arithmetic unit in a first preferred embodiment of a somatosensory game system for a multiplayer online game of the present invention; Fig. 2 is a schematic diagram of a device illustrating the first preferred embodiment One of the second arithmetic units in the embodiment is connected to the plural first arithmetic units; FIG. 3 is a flowchart illustrating the somatosensory game method of the multiplayer online game of the first preferred embodiment; FIG. 4 is a block diagram, Explain the aspect of the motion sensing game system of the first preferred embodiment; FIG. 5 is a block diagram illustrating another aspect of the motion sensing game system of the first preferred embodiment; and FIG. 6 is a schematic diagram of the device , The second preferred embodiment of a somatosensory game system for multiplayer online games of the present invention.

The features and technical content of the related patent applications of the present invention will be clearly presented in the following detailed description of two preferred embodiments with reference to the drawings. Before detailed description, it should be noted that similar elements are represented by the same numbers.

Referring to Figures 1 and 2, there is a first preferred embodiment of a somatosensory game system for a multiplayer online game of the present invention. The somatosensory game system for a multiplayer online game includes a plurality of first arithmetic units 3 and a first Two operation unit 4.

The plurality of first arithmetic units 3 respectively include a first information arithmetic device 31, a first image output device 32 connected to the first information arithmetic device 31, and a first audio output device connected to the first information arithmetic device 31 Device 33, a line-of-sight detection device 34 connected to the first information computing device 31, a first voice input device 35 connected to the first information computing device 31, and a game connected to the first information computing device 31 The control device 36 and a somatosensory output device 37 connected to the first information computing device 31.

The second computing unit 4 includes a second information computing device 41 connected to the plurality of first information computing devices 31, a second image output device 42 connected to the second information computing device 41, and a second information computing device 42 connected to the second information computing device 41. A second sound output device 43 connected to the computing device 41, a second voice input device 44 connected to the second information computing device 41, and a broadcast control device 45 connected to the second information computing device 41.

In the first preferred embodiment, the plurality of first information computing devices 31 use a network to transmit information to the second information computing device 41, the plurality of first information computing devices 31 are home computer devices, and the plurality of first information computing devices The arithmetic unit 3 can be set in different locations to perform multi-player online games via the network. The second information arithmetic device 41 is a network server computer device, which is the same as that of a general online game, and will not be detailed here.

The plural first information computing device 31 performs the same one The game program 311. In the first preferred embodiment, the game program 311 is a flying shooting game. The game scene is set as a city with different buildings. Each game control device 36 has a computer connected to the first information computing device 31. Three-dimensional game control module to control the character (body) in the game program 311 to move up, down, rotate left, rotate right, move left, move right, and other motion commands, and can also control the transformation of the character (body), When game commands such as launching weapons are actually implemented, the plural first information computing device 31 can execute other games, which should not be limited to this.

The game program 311 executed by the plural first information computing device 31 has a unique player parameter 312 of the first information computing device 31 to distinguish the characters controlled by the plural first information computing device 31 in the game program 311 The game program 311 of the plurality of first information computing devices 31 respectively controls the plurality of first image output devices 32 to output images of the relevant player parameters 312, and the plurality of first information computing devices 31 game programs 311 respectively control the plurality of first sounds The output device 33 outputs the sound effects of the relevant player parameter 312, and the plural first information computing device 31 game program 311 respectively controls the plural somatosensory output device 37 to output the body sensation of the relevant player parameter 312.

When the plural first information computing device 31 executes the game program 311, the plural game control device 36 can output a first game control command to the connected first information computing device 31, so as to provide the player to control the game program 311. The role of the player parameter 312.

The information of the game program 311 respectively executed by the plural first information computing device 31 is transmitted to the second information computing device 41, and the second The information computing device 41 integrates the information of the plurality of first information computing devices 31 to form a game command, and transmits the game command to each first information computing device 31, so that the first information computing device 31 executes the game The program 311 is synchronized, and allows the players using the plurality of first information computing devices 31 to interact in the game program 311.

Each unity output device 37 has a multi-axis motion platform connected to the first information computing device 31. In the first preferred embodiment, the plural multi-axis motion platform is a six-axis motion platform, also known as Stow A special platform (Stewart Platform Base Manipulator), and a single seat with a covering and a safety belt is arranged above the multi-axis motion platform to provide players with a ride, and the game control device 36 is two sets of the single seat The three-dimensional game control module on the armrest of the seat controls the characters in the game program 311. In actual implementation, the multi-axis motion platform can use a motion platform with more than two axes, which should not be limited.

Each first information computing device 31 further has an integrated sensing control module 314 for controlling the connected motion sensing output device 37. Preferably, the motion sensing control module 314 is provided with the first information computing device 31 and the The control interface connected to the somatosensory output device 37, and the driver set in the first information computing device 31, the driver can provide the game program 311 running in the first information computing device 31 to control the somatosensory through the control interface The output device 37 allows the player to experience the physical sense of the game program 311.

Each first image output device 32 has an image display glasses connected to the first information computing device 31, which can be virtual reality Glasses (VR, virtual reality), or augmented reality glasses (AR, Augmented Reality), the first sound output device 33 has a headset connected to the first information computing device 31, and the first sound input device 35 There is a microphone connected to the first information computing device 31. In the first preferred embodiment, the first image output device 32, the first sound output device 33, and the first sound input device 35 are arranged in a game In the flying helmet, so that the player can experience the feeling of traveling and playing flying games. Among them, the somatosensory output device 37 can provide the player with the feeling of body shaking and gravity feedback in controlling the flying game.

Each first information computing device 31 has a team parameter 313 for distinguishing the player parameter 312 so that the plural player parameters 312 can be divided into at least one team. In the first preferred embodiment, the team parameter 313 of the plural first information computing device 31 integrates the plural player parameters 312 into a team, and the game program 311 executed by the plural first information computing device 31 is a cooperative team game A plurality of players cooperate to complete the group task in the game. Each player can communicate with other players through the first sound output device 33 and the first sound input device 35 installed in the helmet. In actual implementation, the team parameter 313 can divide the plurality of player parameters 312 into at least two teams to conduct group-to-group confrontation games on the network.

Wherein, the line of sight detection device 34 detects the direction of the first image output device 32 to provide the first information computing device 31 to change the screen displayed by the first image output device 32. Preferably, the line of sight detection device 34 is a gravity sensor (g-sensor) or direction sensor installed in the helmet An accelerometer is used to detect that the image output by the first image output device 32 provided in the helmet moves with the turning of the helmet, so that the player can watch the image of the player (machine body) near the game program 311.

In the first preferred embodiment, the second information computing device 41 not only has a servo function for synchronizing games, the second information computing device 41 has a dedicated broadcast parameter 411, and the second information computing device 41 uses the broadcast parameter 411 executes a rebroadcast program 412, and the second information computing device 41 running the rebroadcast program 412 can capture the screen of the game program 311 and display it on the second image output device 42, and can also capture the sound of the game program 311 And output to the second sound output device 43. The rebroadcast program 412 is like setting a virtual camera in the game program 311 to output the video and sound information of the game program 311 to the outside. The rebroadcast program 412 can also set virtual The setting position of the camera in the game program 311 to obtain images and sounds of different positions. In actual implementation, the broadcaster can use another computer to use the broadcast parameters 411 to connect to the second information computing device 41 via a network and execute the broadcast program 412 to retrieve the information of the game program 311 as the broadcaster, and then use The second information computing device 41 provides a server relay service on the network, which should not be limited to this.

The second information computing device 41 can use the network server function to send the image of the second image output device 42 to the outside, so that multiple viewers connected to the second information computing device 41 through the network can watch the game program 311 Rebroadcast, the rebroadcast sound of the rebroadcaster is also sent to the plurality of viewers through the second video output device 42.

Among them, the relay control device 45 is a mouse and a keyboard, which can A rebroadcast control command is output to the second information computing device 41 to set and capture the image orientation of the game program 311. The rebroadcaster can set one of the angles to watch the screen of the game program 311 through the rebroadcast control command. It can also be set to one of the player parameters 312 to execute the game screen of the game program 311 and broadcast to a plurality of viewers watching the game program 311 on the network. The broadcaster can simultaneously analyze the control modes or game conditions of different players by voice.

With reference to FIG. 3, the somatosensory game method of the multiplayer online game of the first preferred embodiment includes a sense of unity setting step 901, a multiplayer connection step 902, and a game execution step 903.

In the somatosensory setting step 901, a plurality of first information computing devices 31 respectively store a pre-physical parameter 315 of the character in the game, and the first information computing device 31 where each pre-physical parameter 315 of the character in the game is provided executes a game program 311 calculates the movement direction and force of a somatosensory output device 37 connected to the first information calculation device 31.

In the multi-person connection step 902, the plural first information computing device 31 is connected to a second information computing device 41, and the second information computing device 41 integrates the execution information of the game program 311 of the plural first information computing device 31 , And synchronize the game program 311 executed by the plural first information computing device 31.

In the game execution step 903, each first information computing device 31 provides a player (not shown in the figure) to execute the game program 311 with a unique player parameter 312, so that the first information computing device 31 obtains a The game character moves 316, and by connecting the first image output device 32 and the first sound output device 33 of the first information computing device 31 to output the screen and sound of the game program 311, each player uses the first The picture and sound output by the video output device 31 operate the game control device 36 so that the player can control the game program 311 executed by the first information computing device 31 where the player is located, and the game program 311 executed by each first information computing device 31 is operated The motion direction and force of the somatosensory output device 37 connected to the first information computing device 31 are output, and the somatosensory output device 37 is controlled by a somatosensory control module 314 in the first information computing device 31 where it is located. A rebroadcaster (not shown in the figure) executes a rebroadcast program 412 of the second information computing device 41 with a dedicated rebroadcast parameter 411, and the rebroadcast program 412 can control the second information computing device 41 to retrieve the game program The picture and sound of 311 are displayed on the second video output device 42 and the second sound output device 43 connected to the second information computing device 41.

With reference to FIG. 4, the game program 311 executed by each first information computing device 31 will pre-store a plurality of pre-physical parameters 315 of the characters in the game. In the first preferred embodiment, the pre-physical parameters 315 of the character in the complex game are the physical parameters of the flying body moving left, right, moving up, moving down, turning left and turning right, and the collision between the flying body and the flying body. The physical parameters, the physical parameters of the collision between the flying body and the building, the physical parameters of the collision between the flying body and the bullet, the physical parameters of the angle of the flying body being collided, etc., are preset digital parameters to provide the game program 311 to control the somatosensory output装置37.

Under the control of the plural game control device 36, the plural The information of the game program 311 executed by the first information computing device 31 is transmitted to the second information computing device 41, and the second information computing device 41 integrates the plural information into the game command, and transmits the game command to each first An information computing device 31, the plural first information computing device 31 is synchronized with the game program 311 executed by the plural first information computing device 31 by the game command.

The game program 311 calculates a game character movement 316 based on the player parameter 312, and outputs the image of the player parameter 312 with the first image output device 32, so that the pre-physical parameter 315 of the character in the complex game finds the corresponding information control The somatosensory control module 314 controls the somatosensory output device 37. Players who operate the plurality of game control devices 36 respectively operate through the plurality of first image output devices 32, so as to achieve that a plurality of players play a somatosensory online game through the somatosensory game system of the multiplayer game.

With reference to FIG. 5, in the game execution step 903, the game program 311 executed by each first information computing device 31 first transmits the somatosensory control information to the game control device 36, and the game control device 36 then transmits the somatosensory control information to the game control device 36. The control information is transmitted to the motion sensing control module 314 to control the motion sensing output device 37.

In the first preferred embodiment, the first computing unit 3 is different from a normal online game. The player rides on the somatosensory output device 37, and the player wears the first image output device 32 and The helmet of the first sound output device 33, so the motion sensing control module 314 provided with the first information computing device 31 will extend to the motion sensing output device 37, the The first information computing device 31 transmits the somatosensory control information to the somatosensory control module 314 provided on the seat through the game control device 36, so that the somatosensory control module 314 controls the motion sensing output device 37 Movement direction and strength.

It is worth mentioning that, through the network server service of the second information computing device 41, each first information computing device 31 can obtain the first game of the other first information computing device 31 in the game program 311. Control instructions to enable the plurality of players to interact with each other in the game program 311, and the plurality of first information computing devices 31 further provide each player with the image, sound and body feeling in the game program 311 when the players interact. At present, somatosensory games only provide stand-alone game operation.

Referring to FIG. 6, it is a second preferred embodiment of a somatosensory game system for a multiplayer online game of the present invention. The second preferred embodiment is substantially the same as the first preferred embodiment. In detail, the difference is that the number of the complex first arithmetic unit 3 is eight. Under the team parameter 313 setting, the number of the four first information arithmetic devices 31 is divided into two teams, and they are used in the game. In program 311, a confrontation between two teams is carried out.

Wherein, the second information computing device 41 transmits the sound of the first voice input device 35 to the first sound output device 33 of the same team set to distinguish teams based on the team parameter 313, so as to distinguish teams based on the team parameter 313 Players of the same team can communicate with each other by voice to conduct team command combat games. In actual implementation, the team parameter 313 can set the plural first arithmetic unit 3 to be more than three teams. This is limited.

The somatosensory game system of the multiplayer online game of the second preferred embodiment is set on a large-scale display platform 5. In front of the large-scale display platform 5, a plurality of spectators can stand or ride to watch the plurality of players with the first The group confrontation game program 311 executed by the arithmetic unit 3, the eight first arithmetic units 3 are provided on the large-scale display platform 5, and the plural first information computing devices 31 are installed under the large-scale display platform 5, and the large-scale display platform 5 is fixed A plurality of somatosensory output devices 37, and seats 38 arranged on the plurality of somatosensory output devices 37, two armrests of each seat 38 are equipped with a game control device 36, and the second computing unit 4 is arranged on the large display platform One side of 5, so that the first information computing device 31 of the eight computing unit 3 executes the game program 311 synchronously and provides live broadcast.

The second arithmetic unit 4 further includes a plurality of third image output devices 46 connected to the second information arithmetic device 41, and the plurality of third image output devices 46 are used to display the plurality of first image output devices 32 and the The image of the second image output device 42.

Preferably, the plurality of third image output devices 46 are arranged behind the large-scale display platform 5 to transfer the game screen and sound effects of the game program 311 to a plurality of viewers in front of the large-scale display platform 5, and the plurality of third images are output The device 46 is nine flat display screens. A flat display screen with a large screen is set in the middle to display the image of the second image output device 42. Four small screens are set on both sides of the flat display screen with the large screen. The flat display screen is used to respectively display the images of the first image output device 32 of the first arithmetic unit 3 arranged on the large-scale display platform 5 The image is the image displayed in the virtual reality glasses (VR) installed on the helmets of the plurality of players. In actual implementation, the plurality of third image output devices 46 can be virtual reality glasses (VR) configured by the audience or a mobile phone tablet device of the audience, and the information communication technology of the wireless network allows the audience to clearly watch the game program 311 The image should not be limited by this. Among them, viewers wearing virtual reality glasses (VR) can also change their viewing angles as their head moves.

The rebroadcaster operates the second arithmetic unit 4, the second information arithmetic device 41 executes the rebroadcast program 412, and the rebroadcaster uses the rebroadcast control device 45 to output the rebroadcast control command to adjust and capture various angles in the game program 311 In the game screen, the broadcaster uses the second sound input device 44 to analyze the game by voice, and then uses the second sound output device 43 installed on the large-scale display platform 5 to live broadcast and analyze multiple audiences in front of the large-scale display platform 5.

The broadcaster can operate the broadcast control device 45 to output a second game control command to the game program 311 to change the environment in the game program 311. For example, the broadcaster can adjust the wind power in the game program 311 And wind direction, or control the game program 311 to produce rain or lightning, so as to increase the fun of multiple players using the somatosensory game system of the multiplayer game. In actual implementation, the second game control may not be used. Commands to change the environment in the game program 311 should not be limited to this.

What the inventor wants to clarify is that the second information arithmetic device 41 integrates the information of the complex first arithmetic unit 3 so that multiple players You can interact in the game program 311 and feel the somatosensory effect. For example, the body of one of the players launches a missile in the game program 311. When the missile hits the body of another player, the first The image of the image output device 32 shakes, the first sound output device 33 emits an explosion sound effect, and the somatosensory output device 37 shakes the body according to the part where the missile hits the body.

According to the above description, the somatosensory game system of the multiplayer game of the present invention does have the following effects:

1. Can perform 3D games:

The game control device 36 is two flight control joysticks arranged in the seat. One of the flight control joysticks controls the characters in the game to rise, fall, turn left and right, and the other flight control joystick moves left, right, Moving forward and backward, and having the effect of deforming the body, the first computing unit 3 can execute a three-dimensional simulation game.

2. Realistic somatosensory effect:

The first image output device 32 and the first sound output device 33 are arranged in the helmet, and under the detection data of the sight detection device 34, the image and sound received by the player can move with the direction of the helmet. The sensory output device 37 uses a six-axis motion platform to provide the player sitting in the seat with a delicate body feeling. Under the image, sound and body feeling, the player's body feeling is realistic.

3. Multi-person interactive connection:

The second information computing device 41 integrates the plurality of first game control commands into a game command and transmits it to each first information computing device Setting 31 allows each player to interact with other players in the game program 311, and the somatosensory output device 37 allows a plurality of players to generate somatosensory results during game interaction.

To sum up, the plural game control device 36 accepts a plurality of players to control the game program 311 executed by the first information operation device 31, and the second information operation device 41 causes the game program 311 executed by the plural first information operation device 31 Synchronize and enable the plurality of players using the first arithmetic unit 3 to interact in the game program 311, the complex somatosensory output device 37 provides somatosensory effects when the plurality of players are in the game program 311, and the broadcast control The device 45 can provide a rebroadcaster to select a rebroadcast screen, analyze the game program 311 for the plurality of players by voice, and then use the network or the third image output device 46 for rebroadcasting, so it can indeed achieve the purpose of the invention.

However, the foregoing are only two preferred embodiments of the present invention, and should not be used to limit the scope of implementation of the present invention, that is, simple equivalent changes and changes made in accordance with the scope of the patent application and the description of the invention Modifications are still within the scope of the invention patent.

3‧‧‧First arithmetic unit

4‧‧‧Second Operation Unit

41‧‧‧Second information computing device

411‧‧‧Broadcast parameters

412‧‧‧Broadcast Program

42‧‧‧Second video output device

43‧‧‧Second sound output device

44‧‧‧Second voice input device

45‧‧‧Broadcast control device

Claims (10)

A somatosensory game system for a multiplayer connection game, comprising: a plurality of first arithmetic units, respectively including a first information arithmetic device, a first image output device connected to the first information arithmetic device, and a first A game control device connected to the information computing device, and a somatosensory output device connected to the first information computing device, the plural first information computing device executes a game program with a dedicated player parameter, and the plural game control device can A first game control command is output to the connected first information computing device. The complex somatosensory output devices each have a multi-axis motion platform connected to the first information computing device. The game program prestores the pre-physical parameters of the characters in the game ; And a second arithmetic unit, including a second information arithmetic device connected to the plurality of first information arithmetic devices, the plurality of first information arithmetic devices respectively transmit information of the executed game program to the second information arithmetic device, The second information computing device integrates the information of the plural first information computing devices to form a game command and transmit it to each first information computing device. Each first information computing device executes the game program with the game command to calculate the player The movement direction and strength of the parameters are also controlled by the connected first image output device and somatosensory output device. According to the somatosensory game system of multi-player connected game in the scope of patent application, each first information computing device further has an integrated sensory control module for controlling the connected somatosensory output device, and each game The control device has a three-dimensional game control module connected with the first information computing device. According to the somatosensory game system of the multiplayer online game described in the first item of the patent application, the plural first information computing devices each have a team parameter for distinguishing the player parameters, and the second information computing device Team parameters are integrated into the game command. Each first computing unit further includes a first sound output device connected to the first information computing device, a first voice input device connected to the first information computing device, and A voice input device is used for receiving a voice information, and the second information computing device transmits the voice of the first voice input device to the set first voice output device according to the plural team parameters. According to the somatosensory game system for multiplayer games in the scope of patent application, each first image output device has an image display glasses connected to the first information computing device, and each first computing unit It further includes a line-of-sight detection device connected with the first information computing device. The line-of-sight detection device detects the direction of the image display glasses to provide the first information computing device to change the image displayed by the image display glasses. According to the somatosensory game system of multiplayer game in the scope of patent application, the second computing unit further includes a second image output device connected to the second information computing device, and a second image output device connected to the second information computing device. A second sound output device connected to two information computing devices, the second information computing device has a dedicated broadcast parameter, and the second information computing device executes a broadcast program with the broadcast parameters to capture the screen of the game program. The second video output device displays, and captures the sound of the game program and outputs it to the second sound output device. According to the somatosensory game system of the multiplayer game in the scope of patent application, the second computing unit further includes a second sound input device connected to the second information computing device, and a second voice input device connected to the second information computing device. A rebroadcast control device connected to a second information calculation device, the second information calculation device outputs the sound information of the second voice input device from the second sound output device, and the rebroadcast control device can output a rebroadcast to the second information calculation device A control command, and a second game control command, the second information computing device displays the second image output device according to the broadcast control command, and the second information computing device integrates the second game control command with the game command. According to the somatosensory game system of multiplayer game in the scope of patent application, the second computing unit further includes a plurality of third image output devices connected to the second information computing device, and the plurality of third images The output device respectively displays images of the plurality of first image output devices and the second image output device. A somatosensory game method for a multiplayer online game, comprising the following steps: a sense of unity setting step, storing a pre-physical parameter of a character in the game in a plurality of first information computing devices to provide the first information computing device where it is located A game program calculates the movement direction and power of a somatosensory output device connected to the first information computing device. The complex somatosensory output devices each have a multi-axis motion platform connected to the first information computing device; a game is executed Step, each first information computing device provides a player to execute the game program with an exclusive player parameter, so that the first player The information computing device obtains the movement of a game character, and outputs the picture and sound of the game program by connecting a first image output device and a first sound output device of the first information computing device. The screen of the first image output device operates a game control device for controlling the game program executed by the first information computing device where it is located. The game program executed by each first information computing device calculates the movement direction of the somatosensory output device and Power and control the somatosensory output device by one of the somatosensory control modules in the first information computing device. According to the somatosensory game method of multiplayer online game described in the scope of patent application, wherein, in the game execution step, the game program executed by each first information computing device first transmits information to the game control device, The game control device then transmits the information to the somatosensory control module to control the somatosensory output device. A broadcaster executes one of the broadcast programs in the second information computing device with a dedicated broadcast parameter to retrieve The screen of the game program is displayed on a second image output device connected to the second information computing device. The somatosensory game method of the multiplayer online game according to the scope of patent application, further includes a multiplayer connection step between the somatosensory setting step and the game execution step, the plurality of first information computing devices and A second information computing device is connected to integrate the information of the plurality of first information computing devices and synchronize the game programs executed by the plurality of first information computing devices.

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