CN114307170A - Script killing information intelligent interaction system under different use environments - Google Patents
Script killing information intelligent interaction system under different use environments Download PDFInfo
- Publication number
- CN114307170A CN114307170A CN202111540642.7A CN202111540642A CN114307170A CN 114307170 A CN114307170 A CN 114307170A CN 202111540642 A CN202111540642 A CN 202111540642A CN 114307170 A CN114307170 A CN 114307170A
- Authority
- CN
- China
- Prior art keywords
- script
- killing
- game
- information
- game image
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Pending
Links
Images
Landscapes
- Management, Administration, Business Operations System, And Electronic Commerce (AREA)
Abstract
The invention provides a script killing information intelligent interaction system under different use environments, which transmits script killing game information to a front-end control platform through a background server, all mobile terminals are respectively arranged in different space environments, so that users of different mobile terminals can obtain script killing game text and image information corresponding to the authority of the users for accessing the script killing game platform by using the mobile terminals, and the users can also feed back corresponding game session information to a front-end control platform through the mobile terminals, so that the front-end control platform can generate and synchronously send script killing game images to all the mobile terminals according to the script killing game information and the game session information, and thus the users in different space environments can obtain the script killing game progress state information through the mobile terminals of the users and improve the online interactivity of different users in the game process, thereby improving the applicability of the script killing game to different occasions and the interest of the game.
Description
Technical Field
The invention relates to the technical field of interactive game platforms, in particular to a script killer information intelligent interaction system in different use environments.
Background
The script killing game refers to a thrust game in which a player finds out the true and the violent hidden in the game by selecting a character role and reading a script inner cylinder corresponding to the character role and searching clues. The script killing game comprises two different developing modes of off-line and on-line. The online mode is that different players are gathered in the same physical room to play roles of characters and interact, and the online mode is that different players are gathered in a virtual space through script killing game APPs of mobile terminals such as smart phones to play roles of characters and interact. The online mode can make the player in different space environment can carry out interactive exchange in virtual space, can improve the script greatly like this and kill the suitability to different occasions and make the player that is in different places also can play the game interdynamic. However, in the online script killing game in the prior art, the targeted image display and information prompt cannot be performed according to the roles of different mobile terminal players in the game, which cannot ensure that different players obtain enough information to reason in the game process, and thus, the applicability of the online script killing game to different occasions and the interest of the game are greatly reduced.
Disclosure of Invention
Aiming at the defects in the prior art, the invention provides a script killing information intelligent interaction system under different use environments, which transmits script killing game information to a front-end control platform through a background server, all mobile terminals are respectively arranged in different space environments, so that users of different mobile terminals can obtain script killing game text and image information corresponding to the authority of the users for accessing the script killing game platform by using the mobile terminals, and the users can also feed back corresponding game session information to a front-end control console through the mobile terminals, so that the front-end control console can generate corresponding script killing game images according to the script killing game information and the game session information and synchronously send the script killing game images to all the mobile terminals, so that the users in different space environments can obtain the progress state information of the script killing game through the mobile terminals of the users and improve the online interactivity of different users in the game process, thereby improving the applicability of the script killing game to different occasions and the interest of the game.
The invention provides a script killing information intelligent interaction system under different use environments, which is characterized by comprising a background server, a front-end control platform and a plurality of mobile terminals which are respectively provided with different space environments; wherein the content of the first and second substances,
the background server stores script killing game information and transmits the script killing game information to the front-end control platform;
the front-end control platform is in remote network communication connection with each mobile terminal respectively, and is used for transmitting part of script killing game information to each mobile terminal according to the authority of each mobile terminal for accessing the script killing game platform;
each mobile terminal is used for displaying corresponding script killing game script text and image information to a corresponding user according to a part of received script killing game information;
each mobile terminal is also used for feeding back game dialogue information input by a corresponding user to the front-end control platform;
the front-end control platform is used for collecting game dialogue information fed back by all the mobile terminals and generating corresponding script killing game images according to the script killing game information and the game dialogue information; the script killing game image comprises role images of all users participating in the script killing game, script character information of the script killing game and prompt information of the script killing game process;
the front-end control platform is also used for synchronously sending the script killing game images to all the mobile terminals, so that each mobile terminal synchronously displays the script killing game images;
further, the transmitting of the script killing game information to the front-end control platform by the background server specifically includes:
the front-end control platform sends a game starting offer to each mobile terminal through a remote network and receives a response message of each mobile terminal aiming at the game starting offer;
the front-end control platform analyzes the response message to determine whether the corresponding mobile terminal accepts the game starting offer or rejects the game starting offer, and also counts the total number of the mobile terminals accepting the game starting offer;
the front-end control platform compares the total quantity with a preset quantity threshold; if the total number is greater than or equal to a preset number threshold, a game starting success message is sent to the background server; otherwise, sending a game starting failure message to the background server;
after receiving the game starting success message, the background server transmits the script killing game information to the front-end control platform;
further, the step of transmitting a part of script killing game information to each mobile terminal respectively by the front-end control platform according to the authority of each mobile terminal accessing the script killing game platform specifically comprises:
each mobile terminal obtains identity authentication information and script role killing request information of a user of the current mobile terminal through a script game killing APP of each mobile terminal, and sends the identity authentication information to the front-end control platform;
the front-end control platform compares the identity authentication information with a preset identity information white list; if the identity authentication information exists in a preset identity information white list, determining that the user of the current mobile terminal is a legal game user; otherwise, determining that the user of the current mobile terminal is an illegal game user;
selecting script de-playing role content data only matched with the script de-playing role request information from the script de-playing information according to the script de-playing role request information of the user of the current mobile terminal when the user of the current mobile terminal is determined to be a legal game user; encrypting the script game killing role content data and then sending the encrypted script game killing role content data to a corresponding mobile terminal;
further, when the script de-role request information corresponding to more than two mobile terminals points to acquire the same script de-role, the front-end control platform determines the receiving time of the script de-role request information from each of the more than two mobile terminals;
the front-end control platform selects script de-playing role content data only matched with the script de-playing request information from the script de-playing information according to the script de-playing request information, encrypts the script de-playing role content data and sends the encrypted script de-playing role content data to a mobile terminal corresponding to the earliest received script de-playing request information;
further, each mobile terminal displays corresponding script killing game text and image information to a corresponding user according to a part of the received script killing game information, and the method specifically comprises the following steps:
after each mobile terminal receives the script game killing role content data, script game killing story content text information, script game killing role setting text information and script game killing role shape dynamic images corresponding to the script game killing role content data are generated through the script game killing APP;
each mobile terminal is also used for displaying the script game-killing story content text information, the script game-killing role setting text information and the script game-killing role shape dynamic image through a touch control screen of the mobile terminal;
furthermore, each mobile terminal shoots a face image of the current user in the process of playing the script killing game through a camera of the mobile terminal, and identifies and analyzes the face image so as to determine facial feature information of the current user;
comparing the facial feature profile feature information with a preset facial feature profile feature information base so as to determine whether the current user is a specified legal user preset by a corresponding mobile terminal; if so, keeping the script killing game APP of the mobile terminal to continue running; if not, indicating the self script killing game APP of the mobile terminal to automatically quit closing;
further, the step of feeding back, by each mobile terminal, game session information input by a corresponding user to the front-end control platform specifically includes:
each mobile terminal collects game dialogue voice information input by a user on an interface of a script killing game APP in the process of playing the script killing game through a microphone of the mobile terminal;
extracting actual voiceprint characteristic information corresponding to the game dialogue voice information, and comparing the actual voiceprint characteristic information with preset voiceprint characteristic information;
if the two are not consistent, the script killing game APP of the mobile terminal is indicated to automatically quit closing;
if the two are consistent, performing semantic recognition on the game dialogue voice information to obtain corresponding game dialogue semantic information;
determining whether preset illegal words exist in the game dialogue semantic information;
if the game dialogue semantic information does not have preset illegal words, the game dialogue voice information and the game dialogue semantic information are fed back to the front-end control platform;
if the game dialogue semantic information has preset illegal words, prohibiting the game dialogue voice information and the game dialogue semantic information from being fed back to the front-end control platform, and prohibiting a user from speaking on an interface of the script game APP;
further, the front-end control platform sends the script killing game image to all the mobile terminals synchronously, so that each mobile terminal synchronously displays the script killing game image specifically comprises:
the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet;
synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network;
when the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image;
then, synchronously screen-casting and displaying the corresponding decompressed script killing game images through the mobile terminal;
further, the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet; synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network; after the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image, which specifically comprises the following steps:
the script killing game image is formed by playing a plurality of script killing game images according to the playing time sequence, so that a plurality of script killing game images exist in the script killing game image data packet, the frame number sequencing is carried out on each script killing game image according to the playing time sequence, and then the corresponding script killing game image can be determined according to the frame number of each frame; judging whether two adjacent script killing game images are the same according to the sorting condition of the frame numbers, obtaining a series of number series related to the frame numbers according to the judging condition of all two adjacent script killing game images in the script killing game image data packet, then deleting the next frame image in all the script killing game images judged to be the same, and further storing the script killing game image data packet with the same image deleted and the number series related to the frame numbers to finish the first compression of the data; then for the script killing game images in the script killing game image data packet after the identical images are deleted, each pixel point of each script killing game image is provided with a corresponding RGB color array, each RGB color array is divided into an R value, a G value and a B value, the range of each value is within 0-255, in order to carry out secondary compression on the script killing game images, the minimum R value, the minimum G value and the minimum B value of the R values, the minimum G values and the minimum B values of the B values and the R values of all the pixel points in each script killing game image need to be found, then the minimum R values, the minimum G values and the minimum B values of the R values, the minimum G values and the minimum B values of all the pixel points in each script killing game image are subtracted, and further the range of each value in the color array can be reduced to complete secondary compression; then, the compression work of the script killing game image data packet is completed by recording the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, and when the decompression processing is needed, the decompression can be completed by performing the decompression operation through the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, and the specific steps include:
step S1, using the following formula (1) to judge whether the two adjacent frames of script killing game images are the same, and obtaining a series of number series related to the frame number according to the judgment condition of all the two adjacent frames of script killing game images in the script killing game image data packet,
in the above formula (1), λa,a+1The judgment value indicates that the a frame script killing game image in the script killing game image data packet is the same as the a +1 frame script killing game image; [ R ]a(i,j),Ga(i,j),Ba(i,j)]The RGB color array represents the ith row and jth column pixel points of the a-th frame script killing game image in the script killing game image data packet; [ R ]a+1(i,j),Ga+1(i,j),Ba+1(i,j)]The RGB color array represents the ith row and jth column pixel points of the (a + 1) th frame of script killing game image in the script killing game image data packet; m represents the number of pixel points of each line of the script killing game image in the script killing game image data packet; n represents the number of pixel points of each row of the script killing game images in the script killing game image data packet; delta 2]A function value of the detection zero function is 1 when the value in the bracket is 0, and the function value of the detection zero function is 0 when the value in the bracket is not 0;
substituting the value of a from 1 to T-1In the above formula (1), wherein T represents the total number of frames of the script killing game image in the script killing game image data packet, if λ occurs in the process of substituting the numerical valuea,a+1If not equal to 0, the script killing game image of the a-th frame in the script killing game image data packet is the same as the script killing game image of the a + 1-th frame, the value corresponding to the a + 1-th frame in the number sequence related to the frame number is assigned as 1, if lambda appearsa,a+1If 0 indicates that the a-th frame script killing game image and the a + 1-th frame script killing game image in the script killing game image data packet are different, the numerical values corresponding to the a-th frame and the a + 1-th frame in the number series related to the frame numbers are all assigned to be 0; if the number corresponding to the first frame of the sequence of the frame numbers is constantly 0, the sequence of the frame numbers can be obtained through the process of the step S1, and after the sequence of the frame numbers is obtained, the script killing game image of the number of the script killing game data packet corresponding to the number 1 in the sequence of the frame numbers is deleted, so that the first compression of the script killing game data packet can be completed;
step S2, using the following formula (2), second compressing the script killing game image in the script killing game image data packet after first compression,
in the above-mentioned formula (2),
representing RGB color array of ith row and jth column pixel points of the a-th frame script killing game image in the script killing game image data packet after secondary compression;
representing RGB color array of ith row and jth column pixel points of the ith frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum R value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum G value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum B value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
after the second compression in the step S2 is completed, the minimum R, G, and B values among the R, G, and B values of all the pixels in each frame of the transcript-killing game image are recorded;
step S3, decompressing the script killing game image in the second compressed script killing game image data packet by using the following formula (3),
in the above-mentioned formula (3),
representing RGB color array of ith row and jth column pixel points after primary decompression is carried out on the a-th frame script killing game image in the script killing game image data packet subjected to secondary compression;
substituting the value of a into the formula (3) according to the sequence from 1 to T, performing first decompression on each pixel point, judging the value corresponding to the a-th frame in the sequence of the number of frames while substituting, and keeping the RGB color array of all the pixel points of the a-th frame script killing game image unchanged after the first decompression if the value corresponding to the a-th frame in the sequence of the number of frames is 0; and if the numerical value corresponding to the a-th frame in the number series related to the frame number is 1, replacing all RGB color arrays of each pixel point of the a-th frame script killing game image subjected to the first decompression with the RGB color arrays of each pixel point of the a-1-th frame script killing game image subjected to the first decompression, and further completing the second decompression, so that the fidelity compression processing and the decompression processing of the script killing game image data packet are finally realized.
Compared with the prior art, the intelligent script killing information interaction system under different use environments transmits script killing game information to the front-end control platform through the background server, all the mobile terminals are respectively arranged in different space environments, so that users of different mobile terminals can obtain script killing game text and image information corresponding to the authority of the users for accessing the script killing game platform by using the mobile terminals, and the users can also feed back corresponding game session information to the front-end control platform through the mobile terminals, so that the front-end control platform can generate corresponding script killing game images according to the script killing game information and the game session information, and synchronously transmit the script killing game images to all the mobile terminals, so that the users in different space environments can obtain the state information about the script killing game process through the mobile terminals of the users and improve the online interactivity of different users in the game process, thereby improving the applicability of the script killing game to different occasions and the interest of the game.
Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and claims hereof as well as the appended drawings.
The technical solution of the present invention is further described in detail by the accompanying drawings and embodiments.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic structural diagram of a script killer information intelligent interaction system provided by the invention in different use environments.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Fig. 1 is a schematic structural diagram of an intelligent script killer information interaction system in different use environments according to an embodiment of the present invention. The intelligent script killing information interaction system under different use environments comprises a background server, a front-end control platform and a plurality of mobile terminals which are respectively provided with different space environments; wherein the content of the first and second substances,
the background server stores script killing game information and transmits the script killing game information to the front-end control platform;
the front-end control platform is in remote network communication connection with each mobile terminal respectively, and is used for transmitting part of script killing game information to each mobile terminal according to the authority of each mobile terminal for accessing the script killing game platform;
each mobile terminal is used for displaying corresponding script killing game script text and image information to a corresponding user according to a part of received script killing game information;
each mobile terminal is also used for feeding back game dialogue information input by a corresponding user to the front-end control platform;
the front-end control platform is used for collecting game dialogue information fed back by all the mobile terminals and generating corresponding script killing game images according to the script killing game information and the game dialogue information; wherein, the script killing game image comprises role images of all users participating in the script killing game, script character information of the script killing game and prompt information of the script killing game process;
the front-end control platform is further used for synchronously sending the script killing game images to all the mobile terminals, so that each mobile terminal synchronously displays the script killing game images.
The beneficial effects of the above technical scheme are: the intelligent script killing information interaction system under different use environments transmits script killing game information to a front-end control platform through a background server, all mobile terminals are respectively arranged in different space environments, so that users of different mobile terminals can utilize the mobile terminals to obtain script killing game text and image information corresponding to the authority of the users to access the script killing game platform, and the users can also feed back corresponding game session information to a front-end control console through the mobile terminals, so that the front-end control console can generate corresponding script killing game images according to the script killing game information and the game session information, and the script killing game images are synchronously transmitted to all the mobile terminals, so that the users in different space environments can obtain the progress state information of the script killing game through the mobile terminals of the users and improve the on-line interactivity of different users in the game process, thereby improving the applicability of the script killing game to different occasions and the interest of the game.
Preferably, the transmitting the script killing game information to the front-end control platform by the background server specifically includes:
the front-end control platform sends a game starting invitation to each mobile terminal through a remote network and receives a response message of each mobile terminal aiming at the game starting invitation;
the front-end control platform analyzes the response message to determine whether the corresponding mobile terminal accepts the game starting offer or rejects the game starting offer, and also counts the total number of the mobile terminals accepting the game starting offer;
the front-end control platform compares the total quantity with a preset quantity threshold value; if the total number is greater than or equal to a preset number threshold, a game starting success message is sent to the background server; otherwise, sending a game starting failure message to the background server;
and after receiving the game starting success message, the background server transmits the script killing game information to the front-end control platform.
The beneficial effects of the above technical scheme are: the background server can be but is not limited to a cloud server, the background server is provided with a script killing game information database, and a plurality of data about different script killing plot scenarios are stored in the script killing game information database, so that the game data of various script contents can be provided for meeting the requirements of different players. The front-end control platform is used as a central control platform of all mobile terminals respectively in different environmental spaces, a game starting invitation can be sent to each mobile terminal through remote networks such as the Internet or the Internet of things, a player user corresponding to the mobile terminal can determine whether to accept or reject the game starting invitation according to the actual situation of the player user, and only when the number of the mobile terminals accepting the game starting invitation is larger than or equal to a preset number threshold value, the requirement of the corresponding number of players for killing the game group can be met, the front-end control platform can send a game starting success message to a background server, and therefore the background server can transmit the game information of killing the game to the front-end control platform, the game information of killing the game is prevented from being leaked under the condition that the game is started unsuccessfully, and the data security of the game information of killing the game is improved.
Preferably, the step of transmitting a part of script killing game information to each mobile terminal respectively by the front-end control platform according to the authority of each mobile terminal accessing the script killing game platform specifically includes:
each mobile terminal obtains identity authentication information and script role killing request information of a user of the current mobile terminal through a script game killing APP of each mobile terminal, and sends the identity authentication information to the front-end control platform;
the front-end control platform compares the identity authentication information with a preset identity information white list; if the identity authentication information exists in a preset identity information white list, determining that the user of the current mobile terminal is a legal game user; otherwise, determining that the user of the current mobile terminal is an illegal game user;
selecting script de-playing role content data only matched with the script de-playing role request information from the script de-playing information according to the script de-playing role request information of the user of the current mobile terminal when the user of the current mobile terminal is determined to be a legal game user; and then encrypting the script game killing role content data and sending the encrypted script game killing role content data to a corresponding mobile terminal.
The beneficial effects of the above technical scheme are: the mobile terminals in different space environments are respectively held and controlled by different player users, wherein the mobile terminals can be but are not limited to portable terminals such as smart phones, corresponding script killing game APPs are installed inside each mobile terminal, and the player users can participate in the corresponding script killing games by operating the script killing game APPs on the mobile terminals. In addition, the background server can also be used as an APP server corresponding to the script game killing APP, so that the background server can identify and identify the player user of each mobile terminal and distribute the script game killing role, and then encrypt and send corresponding script game killing role content data to the mobile terminals of different player users respectively, wherein the script game killing role content data can comprise set content and script plot content related to the script game killing role, so that different player users can obtain the content related to the game role at any time through the corresponding mobile terminals, and the player users do not need to memorize the content at any time, thereby reducing the memory burden of the player users.
Preferably, when the script de-role request information corresponding to more than two mobile terminals all points to obtain the same script de-role, the front-end control platform determines the receiving time of the script de-role request information from each of the more than two mobile terminals;
and the front-end control platform selects script de-playing role content data only matched with the script de-playing request information from the script de-playing information according to the script de-playing request information, encrypts the script de-playing role content data and sends the encrypted script de-playing role content data to the mobile terminal corresponding to the earliest received script de-playing request information.
The beneficial effects of the above technical scheme are: player users of mobile terminals in different spatial environments cannot perform face-to-face communication in advance to determine the script killer character of themselves in the script killer game, which may cause a plurality of different player users to expect to play the same script killer character and issue the same script killer character request information through the mobile terminals. In order to ensure fair and fair script de-role distribution to different player users, the time of receiving respective script de-role request information from different mobile terminals by the front-end control platform is taken as a reference, and corresponding script de-game role content data is distributed to the mobile terminals according to the principle that reception is earliest and has the highest priority, so that the controllability and efficiency of script de-game role distribution in script de-game are improved.
Preferably, each mobile terminal displays corresponding script killing game text and image information to a corresponding user according to a part of the received script killing game information, and the displaying of the corresponding script killing game text and image information specifically includes:
after each mobile terminal receives the script game-killing role content data, script game-killing story content text information, script game-killing role setting text information and script game-killing role appearance dynamic images corresponding to the script game-killing role content data are generated through the script game-killing APP;
each mobile terminal is also used for displaying the script game-killing story content text information, the script game-killing role setting text information and the script game-killing role shape dynamic image through the touch control screen of the mobile terminal.
The beneficial effects of the above technical scheme are: after each mobile terminal receives corresponding script game-killing role content data, the script game-killing APP can process the script game-killing role content data, and therefore script game-killing story content text information, script game-killing role setting text information and script game-killing role appearance dynamic images which are matched with the script game-killing role content data are generated, and therefore a player user can intuitively receive the visualized live progress of the script game-killing in real time.
Preferably, each mobile terminal also shoots a face image of the current user in the process of playing the script killing game through a camera of the mobile terminal, and identifies and analyzes the face image so as to determine facial feature information of the current user;
comparing the facial feature profile feature information with a preset facial feature profile feature information base so as to determine whether the current user is a specified legal user preset by a corresponding mobile terminal; if so, keeping the script killing game APP of the mobile terminal to continue running; if not, the script killing game APP of the mobile terminal is indicated to automatically quit closing.
The beneficial effects of the above technical scheme are: in the process of playing the script killing game, the front camera of the mobile terminal is used for shooting and identifying the face image of the player user, and when the player user does not belong to the designated legal user, the script killing game APP is indicated to automatically quit and close, so that other non-player users can be prevented from participating in the script killing game midway, and cheating behaviors of the script killing game are prevented.
Preferably, the step of feeding back, by each mobile terminal, game session information input by a corresponding user to the front-end control platform specifically includes:
each mobile terminal collects game dialogue voice information input by a user on an interface of the script killing game APP in the process of playing the script killing game through a microphone of the mobile terminal;
extracting actual voiceprint characteristic information corresponding to the game dialogue voice information, and comparing the actual voiceprint characteristic information with preset voiceprint characteristic information;
if the two are not consistent, the script killing game APP of the mobile terminal is indicated to automatically quit closing;
if the two are consistent, semantic recognition is carried out on the game dialogue voice information to obtain corresponding game dialogue semantic information;
then determining whether preset illegal words exist in the game dialogue semantic information;
if the game dialogue semantic information does not have preset illegal words, the game dialogue voice information and the game dialogue semantic information are fed back to the front-end control platform;
and if the game dialogue semantic information has preset illegal words, prohibiting the game dialogue voice information and the game dialogue semantic information from being fed back to the front-end control platform, and prohibiting a user from speaking on an interface of the script game-killing APP.
The beneficial effects of the above technical scheme are: in the process of playing the script killing game, different player users can interactively speak with other player users according to the game role setting of the player users, and the player users can directly send voice to the mobile terminal through the script killing game APP interface of the mobile terminal. In actual operation, in order to avoid that the player user sends some inappropriate contents (such as contents related to game outcome divulgence or some inelegant words and the like) in the speaking process, semantic recognition and detection of preset illegal words can be carried out on the game dialogue voice information input by the player user, so that the game dialogue voice information can be effectively and comprehensively checked; the detection of the preset violation words can be realized by corresponding word text comparison, and detailed description is not repeated here. The game dialogue voice information is directly input, so that the player user can be helped to speak in the game process in time, and the participation degree of the player user in the game is improved.
Preferably, the front-end control platform sends the screenplay killing game image to all the mobile terminals synchronously, so that each mobile terminal displays the screenplay killing game image synchronously specifically includes:
the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet;
synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network;
when the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image;
and then the corresponding decompressed script killing game image is synchronously projected and displayed on a screen through the mobile terminal.
The beneficial effects of the above technical scheme are: the front-end control platform performs fidelity compression processing and decompression processing on the script killing game images, so that the script killing game images can be transmitted to corresponding mobile terminals in a one-to-one correspondence manner, and therefore the script killing game images are prevented from being tampered or stolen in the transmission process, and the data security of the script killing game images is improved.
Preferably, the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet; synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network; after the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image, which specifically comprises the following steps:
the script killing game image is formed by playing a plurality of script killing game images according to the playing time sequence, so that a plurality of script killing game images exist in the script killing game image data packet, the frame number sequencing is carried out on each script killing game image according to the playing time sequence, and then the corresponding script killing game image can be determined according to the frame number of each frame; judging whether two adjacent script killing game images are the same according to the sorting condition of the frame numbers, obtaining a series of number series related to the frame numbers according to the judging condition of all two adjacent script killing game images in the script killing game image data packet, then deleting all the next frame images in the script killing game images judged to be the same, and further storing the script killing game image data packet with the same images deleted and the number series related to the frame numbers so as to finish the first compression of data; then for the script killing game images in the script killing game image data packet after the identical images are deleted, each pixel point of each script killing game image is provided with a corresponding RGB color array, each RGB color array is divided into an R value, a G value and a B value, the range of each value is within 0-255, in order to carry out secondary compression on the script killing game images, the minimum R value, the minimum G value and the minimum B value of the R values, the minimum G values and the minimum B values of the B values and the R values of all the pixel points in each script killing game image need to be found, then the minimum R values, the minimum G values and the minimum B values of the R values, the minimum G values and the minimum B values of all the pixel points in each script killing game image are subtracted, and further the range of each value in the color array can be reduced to complete secondary compression; then, the compression work of the script killing game image data packet is completed by recording the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, when the decompression processing is needed, the decompression can be completed by performing the decompression operation through the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, and the specific steps include:
step S1, using the following formula (1) to determine whether the two adjacent frames of script killing game images are the same, and obtaining a series of number of frames according to the determination of the two adjacent frames of script killing game images in the script killing game image data packet,
in the above formula (1), λa,a+1The judgment value is the same as that of the a frame script killing game image and the a +1 frame script killing game image in the script killing game image data packet; [ R ]a(i,j),Ga(i,j),Ba(i,j)]Represents the sameThe RGB color array of the ith row and jth column pixel point of the ith frame of script killing game image in the script killing game image data packet; [ R ]a+1(i,j),Ga+1(i,j),Ba+1(i,j)]The RGB color array represents the ith row and jth column pixel point of the a +1 th frame script killing game image in the script killing game image data packet; m represents the number of pixel points of each line of the script killing game image in the script killing game image data packet; n represents the number of pixel points of each row of the script killing game image in the script killing game image data packet; delta 2]A function value of the detection zero function is 1 when the value in the bracket is 0, and the function value of the detection zero function is 0 when the value in the bracket is not 0;
substituting the value of a from 1 to T-1 into the formula (1), wherein T represents the total number of the script killing game images in the script killing game image data packet, if lambda appears in the process of substituting the numerical valuea,a+1If not equal to 0, the number corresponding to the a +1 th frame in the sequence of the number of frames is assigned as 1, if the a +1 th frame shows the same game image in the game image data packet, the value is assigned as 1a,a+1If 0 indicates that the a-th frame script game-killing image in the script game-killing image data packet is different from the a + 1-th frame script game-killing image, the numerical values corresponding to the a-th frame and the a + 1-th frame in the sequence of the number of frames are both assigned to be 0, for example, for convenience, the number is used to represent the picture, and then the script game-killing image data packet is, for example, 1,2,4,4,4,5, and then the sequence of the number of frames obtained after comparison is 0,0,0,1,1, 0; if the value corresponding to the first frame of the sequence of frames is constant 0, the sequence of frames can be obtained through the process of the above step S1, and after the sequence of frames is obtained, the first compression of the script killing game image packet can be completed by deleting the script killing game image with the number of frames corresponding to the script killing game image packet with the value of 1 in the sequence of frames, for example, in connection with the foregoing example, the first compression is performed, and the packet becomes 1,2,4,0,0,5, and since the corresponding number of frames is still after the image is deleted, the deleted image corresponding to the corresponding number of frames is used here as the deleted image corresponding to the corresponding number of frames0 is used as a reference;
for the above formula (1), it is to compare whether the RGB values of each pixel point in the two previous and next frames of images are the same, if they are the same, the difference value is 0, and then the value is 1 by detecting the zero function, but when there is a different value in one of the RGB values of one pixel point, the difference result will not be 0, and then the value is 0 by detecting the zero function, and then the λ obtained by multiplication and multiplication are performeda,a+1If the value is also 0, the successful judgment can be carried out;
step S2, using the following formula (2), second compressing the script killing game image in the script killing game image data packet after first compression,
in the above-mentioned formula (2),
the RGB color array represents the ith row and jth column pixel point of the a-th frame script killing game image in the script killing game image data packet after secondary compression;
the RGB color array represents the ith row and jth column pixel point of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum R value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum G value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum B value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
after the second compression in the step S2 is completed, the minimum R, G, and B values among the R, G, and B values of all the pixels in each frame of the transcript-killing game image are recorded;
for the formula (2), each pixel point of each image has a corresponding RGB color array, each RGB color array is divided into an R value, a G value, and a B value, the range of each value is 0 to 255, in order to further compress the script killing game image, the minimum R value, G value, and B value among the R values, G values, and B values of all pixel points in each script killing game image needs to be found, then the minimum R value, G value, and B value are subtracted from the R value, G value, and B value of each pixel point in each script killing game image, and further the range of each value in the color array can be reduced to complete the second compression;
step S3, decompressing the script killing game image in the second compressed script killing game image data packet by using the following formula (3),
in the above-mentioned formula (3),
representing RGB color array of ith row and jth column pixel point after primary decompression is carried out on the a-th frame script killing game image in the script killing game image data packet subjected to secondary compression;
substituting the value of a into the formula (3) according to the sequence from 1 to T, performing first decompression on each pixel point, judging the value corresponding to the a-th frame in the sequence of the number of frames while substituting, and keeping the RGB color array of all the pixel points of the a-th frame script killing game image unchanged after the first decompression if the value corresponding to the a-th frame in the sequence of the number of frames is 0; and if the numerical value corresponding to the a-th frame in the sequence of the frame numbers is 1, replacing all RGB color arrays of each pixel point of the a-th frame script killing game image subjected to the first decompression with the RGB color arrays of each pixel point of the a-1-th frame script killing game image subjected to the first decompression, and further completing the second decompression, so that the fidelity compression processing and the decompression processing of the script killing game image data packet are finally realized.
The beneficial effects of the above technical scheme are: judging whether two adjacent frames of script killing game images are the same by using the formula (1), obtaining a series of number series related to the frame number according to the judgment condition of all disconnected two adjacent frames of script killing game images in the script killing game image data packet, and further performing first fidelity compression by eliminating continuous same images to ensure the fidelity of the compression; secondly, compressing the script killing game image in the script killing game image data packet after the first compression by using the formula (2), further improving the compression effect of the image by reducing the pixel value of the pixel point so as to complete the second fidelity compression, ensuring the reliability of the compression, simultaneously, correspondingly reducing the pixel value of each pixel point in the image to greatly compress the data, and simultaneously ensuring that all characteristics of the data cannot be lost, and the compression process can simply operate through a program algorithm of a computer to realize automatic compression, thereby ensuring the compression efficiency and the reliability of the data content after the fidelity compression; and finally, decompressing the script killing game image in the script killing game image data packet compressed for the second time by using the formula (3), so as to ensure that the decompressed data packet is consistent with the original data packet, further ensure the decompression reliability, and compressing and decompressing in a reliable and simple manner, so that the compression and decompression time can be shortened, the data can be ensured not to be distorted in the compression and decompression processes, and the accuracy and the stability of the system are embodied.
From the content of the above embodiment, the intelligent interaction system for script killing information under different use environments transmits script killing game information to the front-end control platform through the background server, all the mobile terminals are respectively arranged in different space environments, so that users of different mobile terminals can obtain script killing game text and image information corresponding to the authority of the user to access the script killing game platform by using the mobile terminals, and the users can also feed back corresponding game session information to the front-end control console through the mobile terminals, so that the front-end control console can generate corresponding script killing game images according to the script killing game information and the game session information, and the script killing game images are synchronously transmitted to all the mobile terminals, so that the users in different space environments can obtain the progress state information about the script killing game through the mobile terminals and improve the on-line interactivity of different users in the game process, thereby improving the applicability of the script killing game to different occasions and the interest of the game.
It will be apparent to those skilled in the art that various changes and modifications may be made in the present invention without departing from the spirit and scope of the invention. Thus, if such modifications and variations of the present invention fall within the scope of the claims of the present invention and their equivalents, the present invention is also intended to include such modifications and variations.
Claims (9)
1. An intelligent script killing information interaction system in different use environments is characterized by comprising a background server, a front-end control platform and a plurality of mobile terminals which are respectively provided with different space environments; wherein the content of the first and second substances,
the background server stores script killing game information and transmits the script killing game information to the front-end control platform;
the front-end control platform is in remote network communication connection with each mobile terminal respectively, and is used for transmitting part of script killing game information to each mobile terminal according to the authority of each mobile terminal for accessing the script killing game platform;
each mobile terminal is used for displaying corresponding script killing game script text and image information to a corresponding user according to a part of received script killing game information;
each mobile terminal is also used for feeding back game dialogue information input by a corresponding user to the front-end control platform;
the front-end control platform is used for collecting game dialogue information fed back by all the mobile terminals and generating corresponding script killing game images according to the script killing game information and the game dialogue information; the script killing game image comprises role images of all users participating in the script killing game, script character information of the script killing game and prompt information of the script killing game process;
the front-end control platform is further used for synchronously sending the script killing game images to all the mobile terminals, so that each mobile terminal synchronously displays the script killing game images.
2. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 1, wherein:
the step of transmitting the script killing game information to the front-end control platform by the background server specifically comprises the following steps:
the front-end control platform sends a game starting offer to each mobile terminal through a remote network and receives a response message of each mobile terminal aiming at the game starting offer;
the front-end control platform analyzes the response message to determine whether the corresponding mobile terminal accepts the game starting offer or rejects the game starting offer, and also counts the total number of the mobile terminals accepting the game starting offer;
the front-end control platform compares the total quantity with a preset quantity threshold; if the total number is greater than or equal to a preset number threshold, a game starting success message is sent to the background server; otherwise, sending a game starting failure message to the background server;
and after receiving the game starting success message, the background server transmits the script killing game information to the front-end control platform.
3. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 1, wherein:
the front-end control platform transmits part of script killing game information to each mobile terminal according to the authority of each mobile terminal accessing the script killing game platform specifically comprises:
each mobile terminal obtains identity authentication information and script role killing request information of a user of the current mobile terminal through a script game killing APP of each mobile terminal, and sends the identity authentication information to the front-end control platform;
the front-end control platform compares the identity authentication information with a preset identity information white list; if the identity authentication information exists in a preset identity information white list, determining that the user of the current mobile terminal is a legal game user; otherwise, determining that the user of the current mobile terminal is an illegal game user;
selecting script de-playing role content data only matched with the script de-playing role request information from the script de-playing information according to the script de-playing role request information of the user of the current mobile terminal when the user of the current mobile terminal is determined to be a legal game user; and encrypting the script game killing role content data and then sending the encrypted script game killing role content data to a corresponding mobile terminal.
4. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 3, wherein:
when the script de-role request information corresponding to more than two mobile terminals points to acquire the same script de-role, the front-end control platform determines the receiving time of the script de-role request information from each of the more than two mobile terminals;
and the front-end control platform selects script de-playing role content data only matched with the script de-playing request information from the script de-playing information according to the script de-playing request information, encrypts the script de-playing role content data and sends the encrypted script de-playing role content data to the mobile terminal corresponding to the earliest received script de-playing request information.
5. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 3, wherein:
each mobile terminal displays corresponding script killing game script text and image information to a corresponding user according to a part of received script killing game information, and the method specifically comprises the following steps:
after each mobile terminal receives the script game killing role content data, script game killing story content text information, script game killing role setting text information and script game killing role shape dynamic images corresponding to the script game killing role content data are generated through the script game killing APP;
each mobile terminal is also used for displaying the script game-killing story content text information, the script game-killing role setting text information and the script game-killing role shape dynamic image through the touch control screen of the mobile terminal.
6. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 1, wherein:
each mobile terminal also shoots a face image of the current user in the process of playing the script killing game through a camera of the mobile terminal, and identifies and analyzes the face image so as to determine facial feature information of the current user;
comparing the facial feature profile feature information with a preset facial feature profile feature information base so as to determine whether the current user is a specified legal user preset by a corresponding mobile terminal; if so, keeping the script killing game APP of the mobile terminal to continue running; if not, the script killing game APP of the mobile terminal is indicated to automatically quit closing.
7. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 1, wherein:
each mobile terminal feeds back game dialogue information input by a corresponding user to the front-end control platform specifically comprises the following steps:
each mobile terminal collects game dialogue voice information input by a user on an interface of a script killing game APP in the process of playing the script killing game through a microphone of the mobile terminal;
extracting actual voiceprint characteristic information corresponding to the game dialogue voice information, and comparing the actual voiceprint characteristic information with preset voiceprint characteristic information;
if the two are not consistent, the script killing game APP of the mobile terminal is indicated to automatically quit closing;
if the two are consistent, performing semantic recognition on the game dialogue voice information to obtain corresponding game dialogue semantic information;
determining whether preset illegal words exist in the game dialogue semantic information;
if the game dialogue semantic information does not have preset illegal words, the game dialogue voice information and the game dialogue semantic information are fed back to the front-end control platform;
and if the game dialogue semantic information has preset illegal words, prohibiting the game dialogue voice information and the game dialogue semantic information from being fed back to the front-end control platform, and performing language forbidden processing on the user on the interface of the script game APP.
8. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 1, wherein:
the front-end control platform sends the script killing game images to all the mobile terminals synchronously, so that each mobile terminal synchronously displays the script killing game images specifically comprises the following steps:
the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet;
synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network;
when the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image; and then the corresponding decompressed script killing game image is synchronously projected and displayed on a screen through the mobile terminal.
9. The screenplay killing information intelligent interaction system in different use environments as claimed in claim 8, wherein:
the front-end control platform performs fidelity compression processing on the script killing game image so as to obtain a corresponding script killing game image data packet; synchronously and correspondingly sending all script killing game image data packets to all mobile terminals through a remote network; after the mobile terminal receives the corresponding script killing game image data packet, decompressing the script killing game image data packet to obtain a corresponding decompressed script killing game image, which specifically comprises the following steps:
the script killing game image is formed by playing a plurality of script killing game images according to the playing time sequence, so that a plurality of script killing game images exist in the script killing game image data packet, the frame number sequencing is carried out on each script killing game image according to the playing time sequence, and then the corresponding script killing game image can be determined according to the frame number of each frame; judging whether two adjacent script killing game images are the same according to the sorting condition of the frame numbers, obtaining a series of number series related to the frame numbers according to the judging condition of all two adjacent script killing game images in the script killing game image data packet, then deleting the next frame image in all the script killing game images judged to be the same, and further storing the script killing game image data packet with the same image deleted and the number series related to the frame numbers to finish the first compression of the data; then for the script killing game images in the script killing game image data packet after the identical images are deleted, each pixel point of each script killing game image is provided with a corresponding RGB color array, each RGB color array is divided into an R value, a G value and a B value, the range of each value is within 0-255, in order to carry out secondary compression on the script killing game images, the minimum R value, the minimum G value and the minimum B value of the R values, the minimum G values and the minimum B values of the B values and the R values of all the pixel points in each script killing game image need to be found, then the minimum R values, the minimum G values and the minimum B values of the R values, the minimum G values and the minimum B values of all the pixel points in each script killing game image are subtracted, and further the range of each value in the color array can be reduced to complete secondary compression; then, the compression work of the script killing game image data packet is completed by recording the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, and when the decompression processing is needed, the decompression can be completed by performing the decompression operation through the minimum R value, G value and B value of all pixel points in each script killing game image and the minimum R value, G value and B value of the script killing game image data packet after the second compression and the number series of the frame number during the first compression, and the specific steps include:
step S1, using the following formula (1) to judge whether the two adjacent frames of script killing game images are the same, and obtaining a series of number series related to the frame number according to the judgment condition of all the two adjacent frames of script killing game images in the script killing game image data packet,
in the above formula (1), λa,a+1The judgment value indicates that the a frame script killing game image in the script killing game image data packet is the same as the a +1 frame script killing game image; [ R ]a(i,j),Ga(i,j),Ba(i,j)]The RGB color array represents the ith row and jth column pixel points of the a-th frame script killing game image in the script killing game image data packet; [ R ]a+1(i,j),Ga+1(i,j),Ba+1(i,j)]The RGB color array represents the ith row and jth column pixel points of the (a + 1) th frame of script killing game image in the script killing game image data packet; m represents the number of pixel points of each line of the script killing game image in the script killing game image data packet; n represents the number of pixel points of each row of the script killing game images in the script killing game image data packet; delta 2]A function value of the detection zero function is 1 when the value in the bracket is 0, and the function value of the detection zero function is 0 when the value in the bracket is not 0;
substituting the value of a from 1 to T-1 into the formula (1), wherein T represents the total number of the script killing game images in the script killing game image data packet, if lambda appears in the process of substituting the numerical valuea,a+1If not equal to 0, the script killing game image of the a-th frame in the script killing game image data packet is the same as the script killing game image of the a + 1-th frame, the value corresponding to the a + 1-th frame in the number sequence related to the frame number is assigned as 1, if lambda appearsa,a+1If 0 indicates that the a-th frame script killing game image and the a + 1-th frame script killing game image in the script killing game image data packet are different, the numerical values corresponding to the a-th frame and the a + 1-th frame in the number series related to the frame numbers are all assigned to be 0; if the number corresponding to the first frame of the sequence of the frame numbers is constantly 0, the sequence of the frame numbers can be obtained through the process of the step S1, and after the sequence of the frame numbers is obtained, the script killing game image of the number of the script killing game data packet corresponding to the number 1 in the sequence of the frame numbers is deleted, so that the first compression of the script killing game data packet can be completed;
step S2, using the following formula (2), second compressing the script killing game image in the script killing game image data packet after first compression,
in the above-mentioned formula (2),
representing RGB color array of ith row and jth column pixel points of the a-th frame script killing game image in the script killing game image data packet after secondary compression;
representing RGB color array of ith row and jth column pixel points of the ith frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum R value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum G value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
representing the minimum B value in the RGB color array of all pixel points of the a-th frame script killing game image in the script killing game image data packet after primary compression;
after the second compression in the step S2 is completed, the minimum R, G, and B values among the R, G, and B values of all the pixels in each frame of the transcript-killing game image are recorded;
step S3, decompressing the script killing game image in the second compressed script killing game image data packet by using the following formula (3),
at the upper partIn the above-mentioned formula (3),
representing RGB color array of ith row and jth column pixel points after primary decompression is carried out on the a-th frame script killing game image in the script killing game image data packet subjected to secondary compression;
substituting the value of a into the formula (3) according to the sequence from 1 to T, performing first decompression on each pixel point, judging the value corresponding to the a-th frame in the sequence of the number of frames while substituting, and keeping the RGB color array of all the pixel points of the a-th frame script killing game image unchanged after the first decompression if the value corresponding to the a-th frame in the sequence of the number of frames is 0; and if the numerical value corresponding to the a-th frame in the number series related to the frame number is 1, replacing all RGB color arrays of each pixel point of the a-th frame script killing game image subjected to the first decompression with the RGB color arrays of each pixel point of the a-1-th frame script killing game image subjected to the first decompression, and further completing the second decompression, so that the fidelity compression processing and the decompression processing of the script killing game image data packet are finally realized.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111540642.7A CN114307170A (en) | 2021-12-16 | 2021-12-16 | Script killing information intelligent interaction system under different use environments |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202111540642.7A CN114307170A (en) | 2021-12-16 | 2021-12-16 | Script killing information intelligent interaction system under different use environments |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN114307170A true CN114307170A (en) | 2022-04-12 |
Family
ID=81052521
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202111540642.7A Pending CN114307170A (en) | 2021-12-16 | 2021-12-16 | Script killing information intelligent interaction system under different use environments |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN114307170A (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114653054A (en) * | 2022-05-23 | 2022-06-24 | 科大讯飞(苏州)科技有限公司 | Game boot device, related method and computer-readable storage medium |
| CN117085334A (en) * | 2023-08-22 | 2023-11-21 | 北京久幺幺科技有限公司 | Online script killing template construction method and online script killing operation method and device |
-
2021
- 2021-12-16 CN CN202111540642.7A patent/CN114307170A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN114653054A (en) * | 2022-05-23 | 2022-06-24 | 科大讯飞(苏州)科技有限公司 | Game boot device, related method and computer-readable storage medium |
| CN117085334A (en) * | 2023-08-22 | 2023-11-21 | 北京久幺幺科技有限公司 | Online script killing template construction method and online script killing operation method and device |
| CN117085334B (en) * | 2023-08-22 | 2024-05-28 | 北京久幺幺科技有限公司 | Online script killing template construction method and online script killing operation method and device |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN112073299B (en) | Plot chat method | |
| CN114307170A (en) | Script killing information intelligent interaction system under different use environments | |
| CN107911724B (en) | Live broadcast interaction method, device and system | |
| CN109068182B (en) | Live broadcast room entering method, system, terminal and device for playing game based on live broadcast | |
| CN102904936B (en) | Method, server, device, system and apparatus for establishing session | |
| US20220410007A1 (en) | Virtual character interaction method and apparatus, computer device, and storage medium | |
| CN111491214A (en) | Live broadcast interaction method and system based on cloud game, electronic device and storage medium | |
| CN109348248B (en) | Data processing method, system and device for live game | |
| CN109391851B (en) | Video live broadcast method and device, computer equipment and storage medium | |
| CN114025245B (en) | Live broadcast room recommendation method and system based on task interaction and computer equipment | |
| CN108881949B (en) | Live broadcast room information pushing method, device, equipment and medium | |
| CN113032542B (en) | Live broadcast data processing method, device, equipment and readable storage medium | |
| CN114100147A (en) | Script killing information intelligent interaction system in same use environment | |
| CN112383832B (en) | Live broadcast room interaction method, electronic equipment and computer readable storage medium | |
| WO2023040601A1 (en) | Data matching method and apparatus, and device and computer-readable storage medium | |
| CN113259692A (en) | Live broadcast interaction method and system | |
| CN113873280A (en) | Live wheat-connecting fighting interaction method, system and device and computer equipment | |
| EP3000043B1 (en) | Information processing apparatus, method of controlling the same and program | |
| CN110267056B (en) | Live broadcast method, device system and computer storage medium | |
| CN111359220B (en) | Game advertisement generation method and device and computer equipment | |
| CN113041612B (en) | Scenario control method, scenario control system and electronic equipment | |
| CN112587935B (en) | Live broadcast data processing method and device, electronic equipment and storage medium | |
| CN110324653A (en) | Game interaction exchange method and system, electronic equipment and the device with store function | |
| CN114283349A (en) | Data processing method and device, computer equipment and storage medium | |
| CN113038174B (en) | Live video interaction method and device and computer equipment |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| PB01 | Publication | ||
| PB01 | Publication | ||
| SE01 | Entry into force of request for substantive examination | ||
| SE01 | Entry into force of request for substantive examination |