Man-machine interaction configuration control system for internet games

Abstract

The invention relates to a man-machine interaction configuration control system for an internet game. The man-machine interaction configuration control system comprises a configuration acquisition device, an information analysis device, a network reconstruction mechanism and an adjustment control mechanism. According to the man-machine interaction configuration control system for the internet game, a tedious and complex debugging process can be avoided.

Description

Technical Field

[0001] The present invention relates to the field of human-computer interaction, and more specifically, to a human-computer interaction configuration control system for Internet games. Background Art

[0002] As an emerging technology, human-computer interaction is widely used in Internet games. For example, CN118121933A discloses a human-computer interaction method and system for Internet games, including: obtaining game information of a target user, forming analysis data according to the game information of the target user, forming determination data according to the game information and the analysis data of the target user, and adjusting the current game interface of the target user according to the determination data. The human-computer interaction method and system for Internet games judge and adjust the interface layout of the target game of the user on the current device according to the historical data of the user on the target game or the historical data of the user on the same type of games, and adjust the interface layout and display of the game interface according to the user's gaming habits, so that the user does not need to actively adjust the interface layout and display of the game, so that the user can enter the game state as soon as possible, thereby improving the user's gaming experience.

[0003] CN116999796A discloses a human-computer interaction control method, device, electronic device and storage medium for a game, and relates to the field of game technology. The method comprises: in response to a user sending a first game control signal by triggering a first button of the game control device, controlling a virtual game object to perform a first game behavior through a virtual auxiliary object; in response to the first game behavior, updating a first parameter of the virtual auxiliary object, the first parameter being used to set the number and / or duration of the first game behavior that the virtual auxiliary object can perform; in response to the first parameter satisfying a first parameter condition, sending a device parameter adjustment signal to the game control device to adjust the interaction parameter of the first button so that the pressing resistance of the first button is increased and / or the key travel is shortened. Summary of the invention

[0004] In order to solve the technical problems in the prior art, the present invention provides a human-computer interaction configuration control system for Internet games, which can input various configuration data of the current live broadcast room and the live broadcast collection information of the current live broadcast room in parallel into a test analysis model with a customized structure design, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp and the distance between lamps, and the live broadcast collection information of the current live broadcast room is the shooting frame rate, dynamic range, resolution of the live broadcast camera equipment used in the current live broadcast room and the distance from the live broadcast camera equipment to the live broadcast background wall in the current live broadcast room, and the test analysis model is run to obtain the overall brightness value of the live broadcast picture under the current configuration of the various configuration data of the current live broadcast room output by the test analysis model, thereby completing the intelligent prediction of different overall brightness of the live broadcast picture under different configurations, and providing valuable reference information for obtaining the best live broadcast effect.

[0005] According to the present invention, a human-computer interaction configuration control system for Internet games is provided, the system comprising: A configuration acquisition device is provided in the live broadcast test organization, and is used to obtain various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between the lamps; An information analysis device is provided in the live broadcast test organization, and is used to obtain live broadcast acquisition information of the current live broadcast room, wherein the live broadcast acquisition information of the current live broadcast room is a shooting frame rate, a dynamic range, a resolution of a live broadcast camera device used in the current live broadcast room, and a distance from the live broadcast camera device to a live broadcast background wall in the current live broadcast room; A network reconstruction mechanism, arranged in the live broadcast test mechanism, is used to perform multiple training processes on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and output the deep neural network after the multiple reconstructions of the structure as a test analysis model; A brightness prediction mechanism, which is arranged in the live broadcast test mechanism and is respectively connected to the configuration acquisition device, the information analysis device and the network reconstruction mechanism, and is used to input various configuration data of the current live broadcast room and the live broadcast acquisition information of the current live broadcast room into the test analysis model in parallel, and run the test analysis model to obtain the overall brightness value of the live broadcast picture under the current configuration of various configuration data of the current live broadcast room output by the test analysis model; An adjustment control mechanism is arranged in the live broadcast test mechanism and connected to the brightness prediction mechanism, and is used to send a configuration adjustment request when the received overall brightness value is outside the set live broadcast picture brightness interval, and is also used to send a configuration reliability signal when the received overall brightness value is within the set live broadcast picture brightness interval; Among them, obtaining various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps, including: the number of each lighting fixture in the current live broadcast room is the number of lighting fixtures in the current live broadcast room, the types of each lighting fixture are the same, and the rated power of each lighting fixture is the lighting power of a single lamp in the current live broadcast room; Among them, various configuration data of the current live broadcast room are obtained, and the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps. It also includes: the lighting fixtures in the current live broadcast room are evenly spaced and the distance between every two lighting fixtures is the distance between lamps in the current live broadcast room.

[0006] Therefore, the present invention has at least the following beneficial technical effects: The first technical effect: various configuration data of the current live broadcast room and the live broadcast collection information of the current live broadcast room are input into the test analysis model in parallel, and the test analysis model is run to obtain the overall brightness value of the live broadcast picture under the current configuration of various configuration data of the current live broadcast room output by the test analysis model, thereby completing the intelligent prediction of different overall brightness of the live broadcast picture under different configurations, and providing valuable reference information for obtaining the best live broadcast effect; Second technical effect: among the specific basic data of the test analysis model, the configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp and the distance between lamps, and the live broadcast acquisition information of the current live broadcast room is the shooting frame rate, dynamic range, resolution of the live broadcast camera used in the current live broadcast room, and the distance from the live broadcast camera to the live broadcast background wall in the current live broadcast room, thereby ensuring the effectiveness and stability of intelligent prediction; The third technical effect: multiple training processes are performed on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and the deep neural network after the multiple reconstructions is output as a test analysis model. The number of training processes is positively correlated with the shooting frame rate of the live camera equipment used in the current live broadcast room, thereby realizing the targeted design of test analysis models with different structures for different live broadcast rooms.

[0007] The human-computer interaction configuration control system for Internet games of the present invention is intelligent and easy to operate. By using an artificial intelligence model to intelligently predict the overall brightness value of the live screen under the current configuration based on various configuration data of the current live room and the live broadcast collection information of the current live room, the intelligent prediction of different overall brightness of the live screen under different configurations is completed, avoiding the cumbersome and complicated brightness test process. BRIEF DESCRIPTION OF THE DRAWINGS

[0008] Those skilled in the art may better understand the numerous advantages of the present invention by referring to the accompanying drawings, in which:

[0009] Figure 1 It is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to the first embodiment of the present invention.

[0010] Figure 2 It is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to the second embodiment of the present invention.

[0011] Figure 3 It is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to the third embodiment of the present invention. DETAILED DESCRIPTION

[0012] When human-computer interaction is applied to Internet games, it is not just about live broadcasting of games, but often accompanied by explanations by anchors and the display of related products for sale. For the operator of game live broadcasts, it is hoped that the overall brightness value of the live broadcast screen of the live broadcast room it operates is within the preset brightness value range, so that the products can be better displayed. However, due to the complexity of the environment of the live broadcast room, the diversity of light changes, and the different types of lighting facilities, the overall brightness value of the live broadcast screen obtained varies greatly. If one tests them one by one, it will be a tedious and complicated task.

[0013] The implementation scheme of the human-computer interaction configuration control system for Internet games of the present invention will be described in detail below with reference to the accompanying drawings.

[0014] Figure 1 1 is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to a first embodiment of the present invention, the system comprising: A configuration acquisition device is provided in the live broadcast test organization, and is used to obtain various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between the lamps; Specifically, a collection device is configured and arranged in a live broadcast test organization, and is used to obtain various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps. The configuration data includes: a plurality of different parameter detection components can be selected to respectively detect the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps; An information analysis device is provided in the live broadcast test organization, and is used to obtain live broadcast acquisition information of the current live broadcast room, wherein the live broadcast acquisition information of the current live broadcast room is a shooting frame rate, a dynamic range, a resolution of a live broadcast camera device used in the current live broadcast room, and a distance from the live broadcast camera device to a live broadcast background wall in the current live broadcast room; A network reconstruction mechanism, arranged in the live broadcast test mechanism, is used to perform multiple training processes on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and output the deep neural network after the multiple reconstructions of the structure as a test analysis model; A brightness prediction mechanism, which is arranged in the live broadcast test mechanism and is respectively connected to the configuration acquisition device, the information analysis device and the network reconstruction mechanism, and is used to input various configuration data of the current live broadcast room and the live broadcast acquisition information of the current live broadcast room into the test analysis model in parallel, and run the test analysis model to obtain the overall brightness value of the live broadcast picture under the current configuration of various configuration data of the current live broadcast room output by the test analysis model; An adjustment control mechanism is arranged in the live broadcast test mechanism and connected to the brightness prediction mechanism, and is used to send a configuration adjustment request when the received overall brightness value is outside the set live broadcast picture brightness interval, and is also used to send a configuration reliability signal when the received overall brightness value is within the set live broadcast picture brightness interval; Among them, obtaining various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps, including: the number of each lighting fixture in the current live broadcast room is the number of lighting fixtures in the current live broadcast room, the types of each lighting fixture are the same, and the rated power of each lighting fixture is the lighting power of a single lamp in the current live broadcast room; Among them, obtaining various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between the lamps, and further includes: the lighting fixtures in the current live broadcast room are evenly spaced and the distance between every two lighting fixtures is the distance between the lamps in the current live broadcast room; Among them, multiple training processes are performed on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and the deep neural network after the multiple reconstructions is output as a test analysis model, including: the number of training processes is positively correlated with the shooting frame rate of the live camera equipment used in the current live room.

[0015] Figure 2 It is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to the second embodiment of the present invention.

[0016] and Figure 1 different, Figure 2 The human-computer interaction configuration control system for Internet games may also include the following components: A parameter configuration device, connected to the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism, respectively, for providing the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the parameter configuration services required by each of them; The parameter configuration device is connected to the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism respectively, and is used to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the parameter configuration services required by each of them, including: the parameter configuration device uses an IIC configuration bus to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the parameter configuration services required by each of them; The parameter configuration device uses an IIC configuration bus to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the required parameter configuration services, including: the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism have different IIC configuration addresses respectively; The brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively have different IIC configuration addresses, including: the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively have different IIC configuration addresses in a binary value representation mode; And wherein, the different IIC configuration addresses respectively possessed by the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism are in a binary numerical representation mode, including: the byte lengths of the different IIC configuration addresses respectively possessed by the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism are equal.

[0017] Figure 3 It is a schematic diagram of the internal structure of a human-computer interaction configuration control system for Internet games according to the third embodiment of the present invention.

[0018] and Figure 1 different, Figure 3 The human-computer interaction configuration control system for Internet games may also include the following components: A positioning operation device, connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism, respectively, for providing positioning services to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively; Wherein, the positioning operation device is connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively, and is used to provide positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively, including: the positioning operation device adopts the GPS positioning mechanism to provide GPS positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively; And wherein, the positioning operation device is respectively connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism, and is used to provide positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively, including: the positioning operation device adopts the Beidou positioning mechanism to provide Beidou positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively.

[0019] In addition, in the human-computer interaction configuration control system for Internet games, various configuration data of the current live broadcast room and the live broadcast acquisition information of the current live broadcast room are input into the test analysis model in parallel, and the test analysis model is run to obtain the overall brightness value of the live broadcast picture under the current configuration of the various configuration data of the current live broadcast room output by the test analysis model, including: selecting and using the MATLAB toolbox to implement the simulation and test of the data processing process of inputting various configuration data of the current live broadcast room and the live broadcast acquisition information of the current live broadcast room in parallel into the test analysis model, and running the test analysis model to obtain the overall brightness value of the live broadcast picture under the current configuration of the various configuration data of the current live broadcast room output by the test analysis model.

[0020] Obviously, those skilled in the art can make different modifications and improvements to the present invention. Therefore, the present invention is intended to include all modifications and improvements to the present invention that fall within the scope of the appended claims and their equivalents.

Claims

1. A human-computer interaction configuration control system for Internet games, characterized in that: The system comprises: A configuration acquisition device is provided in the live broadcast test organization, and is used to obtain various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between the lamps; An information analysis device is provided in the live broadcast test organization, and is used to obtain live broadcast acquisition information of the current live broadcast room, wherein the live broadcast acquisition information of the current live broadcast room is a shooting frame rate, a dynamic range, a resolution of a live broadcast camera device used in the current live broadcast room, and a distance from the live broadcast camera device to a live broadcast background wall in the current live broadcast room; A network reconstruction mechanism, arranged in the live broadcast test mechanism, is used to perform multiple training processes on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and output the deep neural network after the multiple reconstructions of the structure as a test analysis model; A brightness prediction mechanism, which is arranged in the live broadcast test mechanism and is respectively connected to the configuration acquisition device, the information analysis device and the network reconstruction mechanism, and is used to input various configuration data of the current live broadcast room and the live broadcast acquisition information of the current live broadcast room into the test analysis model in parallel, and run the test analysis model to obtain the overall brightness value of the live broadcast picture under the current configuration of various configuration data of the current live broadcast room output by the test analysis model; An adjustment control mechanism is arranged in the live broadcast test mechanism and connected to the brightness prediction mechanism, and is used to send a configuration adjustment request when the received overall brightness value is outside the set live broadcast picture brightness interval, and is also used to send a configuration reliability signal when the received overall brightness value is within the set live broadcast picture brightness interval; Among them, obtaining various configuration data of the current live broadcast room, wherein the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps, including: the number of each lighting fixture in the current live broadcast room is the number of lighting fixtures in the current live broadcast room, the types of each lighting fixture are the same, and the rated power of each lighting fixture is the lighting power of a single lamp in the current live broadcast room; Among them, various configuration data of the current live broadcast room are obtained, and the various configuration data of the current live broadcast room are the indoor area of ​​the current live broadcast room, the number of lighting fixtures, the lighting power of a single lamp, and the distance between lamps. It also includes: the lighting fixtures in the current live broadcast room are evenly spaced and the distance between every two lighting fixtures is the distance between lamps in the current live broadcast room.

2. The human-computer interaction configuration control system for Internet games as claimed in claim 1, characterized in that: Performing multiple training processes on the deep neural network to complete multiple reconstructions of the structure of the deep neural network, and outputting the deep neural network after the multiple reconstructions as a test analysis model includes: the number of training processes is positively correlated with the shooting frame rate of the live camera device used in the current live room.

3. The human-computer interaction configuration control system for Internet games as claimed in claim 2, characterized in that: The system further comprises: A parameter configuration device, connected to the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism, respectively, for providing the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the parameter configuration services required by each of them; Among them, the parameter configuration device is respectively connected to the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism, and is used to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with their respective required parameter configuration services, including: the parameter configuration device uses the IIC configuration bus to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with their respective required parameter configuration services.

4. The human-computer interaction configuration control system for Internet games as claimed in claim 3, characterized in that: The parameter configuration device uses the IIC configuration bus to provide the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism with the required parameter configuration services, including: the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism have different IIC configuration addresses respectively.

5. The human-computer interaction configuration control system for Internet games as claimed in claim 4, characterized in that: The brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively have different IIC configuration addresses, including: the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively have different IIC configuration addresses in binary numerical representation mode.

6. The human-computer interaction configuration control system for Internet games as claimed in claim 5, characterized in that: The different IIC configuration addresses respectively possessed by the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism are in a binary numerical representation mode, including: the byte lengths of the different IIC configuration addresses respectively possessed by the brightness prediction mechanism, the configuration acquisition device, the information analysis device and the network reconstruction mechanism are equal.

7. The human-computer interaction configuration control system for Internet games as claimed in claim 2, characterized in that: The system further comprises: The positioning operation device is respectively connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism, and is used to provide positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively.

8. The human-computer interaction configuration control system for Internet games as claimed in claim 7, characterized in that: The positioning operation device is respectively connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism, and is used to provide positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively, including: the positioning operation device adopts the GPS positioning mechanism to provide GPS positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively.

9. The human-computer interaction configuration control system for Internet games as claimed in claim 7, characterized in that: The positioning operation device is respectively connected to the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism, and is used to provide positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively, including: the positioning operation device adopts the Beidou positioning mechanism to provide Beidou positioning services for the brightness prediction mechanism, the configuration collection device, the information analysis device and the network reconstruction mechanism respectively.

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