Multi-specialty collaborative virtual simulation processing system for later special effects of film and television

Abstract

The invention discloses a movie and television later special effect multi-specialty cooperation virtual simulation processing system, and relates to the field of movie and television later special effect multi-specialty cooperation. The system comprises the cloud database for the film and television later special effect multi-specialty cooperative processing system and the user database for the film and television later special effect multi-specialty cooperative processing system. The term library covering all related professional fields is generated by creating the cloud database, the cloud database can continuously adapt to new term translation work by updating the system through the cloud database and continuously updating and improving so as to ensure the accuracy and timeliness of terms and keep the modernization of translation, and the term translation efficiency is improved by creating the user database. The translated text segments and terms are stored, and when the same terms or phrases appear again, a user can quickly retrieve and reuse previous translations, thereby improving efficiency.

Description

Technical Field

[0001] The present invention relates to the technical field of multi-professional collaborative special effects for film and television post-production, and in particular to a multi-professional collaborative virtual simulation processing system for film and television post-production special effects. Background Art

[0002] Throughout the process of post-production special effects in film and television, teamwork and communication are crucial. The special effects team needs to work closely with the director, cinematographer, editor, etc. to ensure that the special effects are coordinated with the overall style and narrative of the film. Each professional field has its own complexity and professionalism. Since different professional fields have their own unique terminology, sentences with the same meaning have different professional terms in different professions. As a result, special effects artists, editors, sound designers and other professionals from different professions cannot immediately understand each other's needs and goals for special effects during communication, resulting in reduced work efficiency.

[0003] Therefore, we made improvements to this and proposed a multi-professional collaborative virtual simulation processing system for film and television post-production special effects. Summary of the invention

[0004] The purpose of the present invention is to: in the whole process of film and television post-production special effects processing, teamwork and communication are crucial. The special effects team needs to work closely with the director, director of photography, editor, etc. to ensure that the special effects are coordinated with the overall style and narrative of the film. Each professional field has its own complexity and professionalism. Since different professional fields have their own unique terms, sentences with the same meaning have different professional terms in different professions, which makes it impossible for special effects artists, editors, sound designers and other personnel from different professions to understand each other's needs and goals for special effects in the first time during communication, resulting in reduced work efficiency.

[0005] In order to achieve the above-mentioned object of the invention, the present invention provides the following technical solutions: The specific application is as follows: The multi-professional collaborative processing system for film and television post-production special effects uses a cloud-based joint collection of data structures, including: terminology serial numbers + storage locations for different professions with the same terminology meaning.

[0006] The data structure of the cloud total collection used by the multi-professional collaborative processing system for film and television post-production special effects includes: the data structure of the cloud related collection used by the multi-professional collaborative processing system for film and television post-production special effects as mentioned above, and the cloud total collection is: the data structure of all cloud related collections contained + the collection of storage locations.

[0007] The cloud database for the multi-professional collaborative processing system for film and television post-production special effects includes: the data structure of the cloud-related collection for the multi-professional collaborative processing system for film and television post-production special effects and the data structure of the cloud-based total collection for the multi-professional collaborative processing system for film and television post-production special effects, and the specific operations are as follows: SA1. Start creating a cloud database; SA2. Obtain the terminology of different professions, number the terminology based on the profession, generate the cloud terminology serial number, and record the storage location of the downloaded terminology; SA3. Based on the meanings of different professional terms, associate different professional terms with the same meaning, generate a cloud-based related collection of different professional terms with the same meaning, number the cloud-based related collection, generate a cloud collection serial number, and record the storage location of the cloud-based related collection; SA4. Generate a cloud total set based on the cloud collection sequence number and storage location of the cloud-related collection, wherein the data structure of the cloud total set is: the data structure of the cloud total set for the multi-professional collaborative processing system for film and television post-production special effects; SA5. Complete the cloud database creation.

[0008] Preferably, in step SA2, the method for acquiring terminology of different professions is manual input or Internet download, and the method for generating term serial numbers is manual numbering or autonomous numbering using other programs.

[0009] Preferably, in step SA3, the cloud association collection is generated by manual association or Internet download association, and the cloud collection serial number is generated by manual numbering or autonomous numbering using other programs.

[0010] The user database for the multi-professional collaborative processing system for film and television post-production special effects includes: the cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described above, and the specific operations are as follows: SB1. Start creating user database; SB2. Obtain the translation information record that the user has translated; SB3. The system finds the cloud-based related collection of the corresponding professional term based on the translated term information record, downloads the corresponding cloud-based related collection, generates a user-related collection, numbers the user-related collection, generates a user collection serial number, and records the storage location of the user-related collection; SB4. The system generates a total user set based on the user set sequence number and storage location of the user related set; SB5. End user database creation.

[0011] The cloud database updating system for the multi-professional collaborative processing system for film and television post-production special effects includes the cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described above. The specific operations are as follows: SC1, start updating; SC2. Obtain the professional terminology to be updated, the terminology serial number and the terminology meaning, and record the storage location of the terminology download; SC3. Based on the meaning of the professional term in SC2, determine whether the meaning of the professional term corresponds to the meaning of the term in the cloud-based related set. If yes, proceed to step SC4; if no, proceed to step SC5. SC4, determine whether the terminology serial number of the professional term corresponds to the terminology serial number in the cloud-based joint set. If yes, proceed to step SC7; if no, proceed to step SC6; SC5. Establish a cloud-based key set for the professional term, and then proceed to step SC8; SC6, associating the professional term with the cloud-based related set of corresponding term meanings, and then proceeding to step SC8; SC7, covering the original data in the cloud total collection; SC8, end of update.

[0012] Preferably, in step SC2, the method for obtaining the professional terms and terminology serial numbers to be updated is manual input or Internet downloading.

[0013] Among them, Internet downloads are updated at 0:00 every day; Among them, the default number of times manually input is set to X, and the number of uploads of the same professional term and term number is N. If N ≥ X, the manually uploaded data will overwrite the original data in the total cloud collection, and N and X are both positive integers.

[0014] The pre-translation system used in the multi-professional collaborative processing system for film and television post-production special effects includes a receiving unit, a combining unit and an arranging unit. The specific operations are as follows: SE1. Start pre-translation; SE2. The recipient user selects the source sentence to be translated and inputs it into the pre-translation system; SE3, a receiving unit, receiving a source sentence to be translated; SE4, the combination unit, recombines the source sentence based on the combination elements formed by the keywords, semantics and tone of the source sentence to generate the standard terminology translation target; SE5, an arrangement unit, obtains the profession of the sender user, obtains the terminology sequence numbers of the standard terminology translation targets based on the profession of the sender user, and arranges them; SE6. Output the terminology serial numbers of the standard terminology translation targets in order of arrangement and end the pre-translation.

[0015] The intelligent translation system for the multi-professional collaborative processing system of film and television post-production special effects includes the cloud database for the multi-professional collaborative processing system of film and television post-production special effects, the user database for the multi-professional collaborative processing system of film and television post-production special effects, the cloud database update system for the multi-professional collaborative processing system of film and television post-production special effects, and the pre-translation system for the multi-professional collaborative processing system of film and television post-production special effects. The specific operations are as follows: SF1, start intelligent translation; SF2, receiving the terminology serial numbers of the standard terminology translation targets output by the pre-translation system in order of arrangement; SF3, obtain the user database of the recipient user; SF4, based on the user database in SF3, search for the user-related set corresponding to the term number of the standard term translation target in the user total set in the user database, if found, proceed to step SF6, if not found, proceed to step SF5; SF5, searching for the cloud-related set corresponding to the term serial number of the standard term translation target in the cloud-based total set, if found, proceed to step SF7, if not found, proceed to step SF8; SF6, based on the user related association set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF7, based on the cloud-based key set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF8, enter the manual translation interface, manually revise the standard terminology translation target to form an output statement, and proceed to step SF9, and store the standard terminology translation target in the user database, and upload it to the cloud database to update the system; SF9, the output module presents the output statement to the recipient user; SF10, collection module, automatically organizes and records the translated information records and uploads them to the user database; SF11, end intelligent translation.

[0016] It should be noted that: this intelligent translation system can be applied to the translation between the same terms in different professions in the same language, the same terms in different professions in different languages, and the same professional terms in different languages.

[0017] The multi-professional collaborative virtual simulation processing system for film and television post-production special effects includes the intelligent translation system for the multi-professional collaborative processing system for film and television post-production special effects, and the specific contents are as follows: The intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is used as a translation system to communicate between different terms. When working, the intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is also used as a simple translation software for staff who speak different languages.

[0018] Compared with the prior art, the present invention has the following beneficial effects: 1. The present invention generates a terminology library covering all relevant professional fields by creating a cloud database. Through the cloud database update system, the cloud database is continuously updated and improved so that it can continuously adapt to new terminology translation work to ensure the accuracy and timeliness of the terminology and maintain the modernity of the translation. By creating a user database for storing translated text fragments and terms, when the same term or phrase appears again, the user can quickly retrieve and reuse the previous translation, thereby improving efficiency.

[0019] 2. The present invention uses a pre-translation system to analyze the tone and semantics of the source sentence to be translated according to the professional background and language ability of the translator, and recombines the source sentence based on the combination elements formed by the keywords, semantics, and tone of the source sentence to generate a standardized terminology translation target, so that the translation result is more accurate, the accuracy and consistency of the translated sentence are improved, and the translation quality is improved. The intelligent translation system provides instant translation so that when communication is needed between different professionals, translation can be carried out in time, so that the needs and goals expressed by each other can be understood at the first time, the accuracy of communication is significantly improved, and communication between people of different professions becomes easier, which improves the efficiency of collaborative work among multiple professionals.

[0020] 3. The present invention realizes a good data update system through the coordinated use of the data structure of the cloud association collection and the cloud database and the cloud database update system, so that the system itself can keep pace with the times, timely eliminate old associations and accept new associations. This update is achieved by obtaining user usage information, and the update is performed in real time. Therefore, for the client, there is no need to consume too many resources for update and maintenance, which ensures the use effect while reducing the requirements for cloud space and system hardware, extending the use cycle of the same hardware and reducing maintenance costs. For users, the most commonly used terms of other users are used as the basis for association, rather than using the most official terms as the basis, which can also greatly improve the user's work efficiency in practical applications.

[0021] 4. The present invention can realize translation of different languages, but compared with tools for directly translating different languages, it has extremely high professionalism and can well realize the interaction of cloud data. The internal association is updated in real time according to the frequency of user use, and the updated part is relatively small in terms of data size (in the prior art, each update of tools for directly translating different languages ​​requires a lot of cost, and can only be updated once in a period of time, and the update frequency is relatively low. At the same time, the update will be accompanied by an increase in the total amount of the database, and therefore will gradually increase the burden on the hardware). Therefore, there is no need for a high transmission rate, the hardware requirements are relatively small, and it is easier for relevant personnel in different fields to understand each other.

[0022] 5. By setting the use of a default number value X, the present invention can adjust the size of X according to actual needs, thereby adjusting the demand for hardware and the update frequency (the smaller the X value, the greater the update frequency and the greater the demand for hardware), thereby ensuring transmission efficiency while coping well with the problem of the gradual increase in the total amount of databases and the gradual aging of hardware, and at the same time being well adapted to the needs of current users (in most cases, different professions have different requirements for update frequency). BRIEF DESCRIPTION OF THE DRAWINGS

[0023] Figure 1 A schematic diagram of the data structure of the cloud-based joint collection for the multi-professional collaborative processing system for film and television post-production special effects provided by this application; Figure 2 A schematic diagram of the data structure of the cloud-based total collection for the multi-professional collaborative processing system for film and television post-production special effects provided by this application; Figure 3 A flowchart of a cloud database for a multi-professional collaborative processing system for film and television post-production special effects provided in this application; Figure 4 A flow chart of the user database used in the multi-professional collaborative processing system for film and television post-production special effects provided by this application; Figure 5 A flowchart of a multi-professional collaborative processing system for film and television post-production special effects provided by this application using a cloud database update system; Figure 6 A flowchart of a pre-translation system for a multi-professional collaborative processing system for film and television post-production special effects provided in this application; Figure 7 A flow chart of an intelligent translation system for a multi-professional collaborative processing system for film and television post-production special effects is provided for this application. DETAILED DESCRIPTION

[0024] To make the purpose, technical solution and advantages of the embodiments of the present invention clearer, the technical solution in the embodiments of the present invention will be described clearly and completely in conjunction with the accompanying drawings. Obviously, the described embodiments are only part of the embodiments of the present invention, not all of them.

[0025] Therefore, the following detailed description of the embodiments of the present invention is not intended to limit the scope of the invention claimed for protection, but merely represents some embodiments of the present invention. Based on the embodiments of the present invention, all other embodiments obtained by ordinary technicians in this field without making creative work are within the scope of protection of the present invention.

[0026] It should be noted that, in the absence of conflict, the embodiments of the present invention and the features and technical solutions in the embodiments may be combined with each other.

[0027] It should be noted that similar reference numerals and letters denote similar items in the following drawings, and therefore, once an item is defined in one drawing, further definition and explanation thereof is not required in subsequent drawings.

[0028] In the description of the present invention, it should be noted that the orientation or positional relationship indicated by the terms "upper", "lower", etc. is based on the orientation or positional relationship shown in the drawings, or the orientation or positional relationship in which the invention product is usually placed when in use, or the orientation or positional relationship commonly understood by those skilled in the art. Such terms are only for the convenience of describing the present invention and simplifying the description, and do not indicate or imply that the device or element referred to must have a specific orientation, be constructed and operated in a specific orientation, and therefore cannot be understood as limiting the present invention. In addition, the terms "first", "second", etc. are only used to distinguish the description, and cannot be understood as indicating or implying relative importance.

[0029] As described in the background technology, teamwork and communication are crucial throughout the entire process of film and television post-production special effects processing. The special effects team needs to work closely with the director, cinematographer, editor, etc. to ensure that the special effects are coordinated with the overall style and narrative of the film. Each professional field has its own complexity and professionalism. Since different professional fields have their own unique terminology, sentences with the same meaning have different professional terms in different professions, which makes it impossible for special effects artists, editors, sound designers and other professionals from different professions to understand each other's special effects needs and goals in the first place during communication, resulting in reduced work efficiency.

[0030] In order to solve this technical problem, the present invention provides the following technical solutions: See also Figure 1-7 , the present invention provides a technical solution: The multi-professional collaborative processing system for film and television post-production special effects uses a cloud-based joint collection of data structures, including: terminology serial numbers + storage locations for different professions with the same terminology meaning.

[0031] The data structure of the cloud total collection used by the multi-professional collaborative processing system for film and television post-production special effects includes: the data structure of the cloud related collection used by the multi-professional collaborative processing system for film and television post-production special effects as mentioned above, and the cloud total collection is: the data structure of all cloud related collections contained + the collection of storage locations.

[0032] The cloud database for the multi-professional collaborative processing system for film and television post-production special effects includes: the data structure of the cloud-related collection for the multi-professional collaborative processing system for film and television post-production special effects and the data structure of the cloud-based total collection for the multi-professional collaborative processing system for film and television post-production special effects, and the specific operations are as follows: SA1. Start creating a cloud database; SA2. Obtain terminology of different professions, number the terminology based on the profession, generate cloud-based terminology serial numbers, and record the storage location of the downloaded terminology. The terminology of different professions is obtained by manual input or Internet download, and the terminology serial number is generated by manual numbering or autonomous numbering using other programs; SA3. Based on the meanings of different professional terms, different professional terms with the same meaning are associated to generate a cloud-based associated collection of the same meanings but different professional terms, the cloud-based associated collection is numbered to generate a cloud-based collection serial number, and the storage location of the cloud-based associated collection is recorded, wherein in step SA3, the cloud-based associated collection is generated by manually performing an association or downloading an association from the Internet, and the cloud-based collection serial number is generated by manually performing an association or autonomously performing an association using other programs; SA4. Generate a cloud total set based on the cloud collection sequence number and storage location of the cloud-related collection, wherein the data structure of the cloud total set is: the data structure of the cloud total set for the multi-professional collaborative processing system for film and television post-production special effects; SA5. Complete the cloud database creation.

[0033] The user database for the multi-professional collaborative processing system for film and television post-production special effects includes: the cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described above, and the specific operations are as follows: SB1. Start creating user database; SB2. Obtain the translation information record that the user has translated; SB3. The system finds the cloud-based related collection of the corresponding professional term based on the translated term information record, downloads the corresponding cloud-based related collection, generates a user-related collection, numbers the user-related collection, generates a user collection serial number, and records the storage location of the user-related collection; SB4. The system generates a total user set based on the user set sequence number and storage location of the user related set; SB5. End user database creation.

[0034] The cloud database updating system for the multi-professional collaborative processing system for film and television post-production special effects includes the cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described above. The specific operations are as follows: SC1, start updating; SC2. Obtain the professional terminology to be updated, the terminology serial number and the terminology meaning, and record the storage location of the terminology download; The method of obtaining the professional terms and terminology numbers to be updated is to manually input them or download them from the Internet; Among them, Internet downloads are updated at 0:00 every day; The default value of manual input setting is X, and the number of uploads of the same professional term and term number is N. If N ≥ X, the manually uploaded data will overwrite the original data in the total cloud collection. Both N and X are positive integers. SC3. Based on the meaning of the professional term in SC2, determine whether the meaning of the professional term corresponds to the meaning of the term in the cloud-based related set. If yes, proceed to step SC4; if no, proceed to step SC5. SC4, determine whether the terminology serial number of the professional term corresponds to the terminology serial number in the cloud-based joint set. If yes, proceed to step SC7; if no, proceed to step SC6; SC5. Establish a cloud-based key set for the professional term, and then proceed to step SC8; SC6, associating the professional term with the cloud-based related set of corresponding term meanings, and then proceeding to step SC8; SC7, covering the original data in the cloud total collection; SC8, end of update.

[0035] The pre-translation system used in the multi-professional collaborative processing system for film and television post-production special effects includes a receiving unit, a combining unit and an arranging unit. The specific operations are as follows: SE1. Start pre-translation; SE2. The recipient user selects the source sentence to be translated and inputs it into the pre-translation system; SE3, a receiving unit, receiving a source sentence to be translated; SE4, the combination unit, recombines the source sentence based on the combination elements formed by the keywords, semantics and tone of the source sentence to generate the standard terminology translation target; SE5, an arrangement unit, obtains the profession of the sender user, obtains the terminology sequence numbers of the standard terminology translation targets based on the profession of the sender user, and arranges them; SE6. Output the terminology serial numbers of the standard terminology translation targets in order of arrangement and end the pre-translation.

[0036] The intelligent translation system for the multi-professional collaborative processing system of film and television post-production special effects includes the cloud database for the multi-professional collaborative processing system of film and television post-production special effects, the user database for the multi-professional collaborative processing system of film and television post-production special effects, the cloud database update system for the multi-professional collaborative processing system of film and television post-production special effects, and the pre-translation system for the multi-professional collaborative processing system of film and television post-production special effects. The specific operations are as follows: SF1, start intelligent translation; SF2, receiving the terminology serial numbers of the standard terminology translation targets output by the pre-translation system in order of arrangement; SF3, obtain the user database of the recipient user; SF4, based on the user database in SF3, search for the user-related set corresponding to the term number of the standard term translation target in the user total set in the user database, if found, proceed to step SF6, if not found, proceed to step SF5; SF5, searching for the cloud-related set corresponding to the term serial number of the standard term translation target in the cloud-based total set, if found, proceed to step SF7, if not found, proceed to step SF8; SF6, based on the user related association set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF7, based on the cloud-based key set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF8, enter the manual translation interface, manually revise the standard terminology translation target to form an output statement, and proceed to step SF9, and store the standard terminology translation target in the user database, and upload it to the cloud database to update the system; SF9, the output module presents the output statement to the recipient user; SF10, collection module, automatically organizes and records the translated information records and uploads them to the user database; SF11, end intelligent translation.

[0037] It should be noted that: this intelligent translation system can be applied to the translation between the same terms in different professions in the same language, the same terms in different professions in different languages, and the same professional terms in different languages.

[0038] The multi-professional collaborative virtual simulation processing system for film and television post-production special effects includes the intelligent translation system for the multi-professional collaborative processing system for film and television post-production special effects, and the specific contents are as follows: The intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is used as a translation system to communicate between different terms. When working, the intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is also used as a simple translation software for staff who speak different languages.

[0039] In summary, the multi-professional collaborative virtual simulation processing system for film and television post-production special effects has the following beneficial effects: 1. The present invention generates a terminology library covering all relevant professional fields by creating a cloud database. Through the cloud database update system, the cloud database is continuously updated and improved so that it can continuously adapt to new terminology translation work to ensure the accuracy and timeliness of the terminology and maintain the modernity of the translation. By creating a user database for storing translated text fragments and terms, when the same term or phrase appears again, the user can quickly retrieve and reuse the previous translation, thereby improving efficiency.

[0040] 2. The present invention uses a pre-translation system to analyze the tone and semantics of the source sentence to be translated according to the professional background and language ability of the translator, and recombines the source sentence based on the combination elements formed by the keywords, semantics, and tone of the source sentence to generate a standardized terminology translation target, so that the translation result is more accurate, the accuracy and consistency of the translated sentence are improved, and the translation quality is improved. The intelligent translation system provides instant translation so that when communication is needed between different professionals, translation can be carried out in time, so that the needs and goals expressed by each other can be understood at the first time, the accuracy of communication is significantly improved, and communication between people of different professions becomes easier, which improves the efficiency of collaborative work among multiple professionals.

[0041] 3. The present invention realizes a good data update system through the coordinated use of the data structure of the cloud association collection and the cloud database and the cloud database update system, so that the system itself can keep pace with the times, timely eliminate old associations and accept new associations. This update is achieved by obtaining user usage information, and the update is performed in real time. Therefore, for the client, there is no need to consume too many resources for update and maintenance, which ensures the use effect while reducing the requirements for cloud space and system hardware, extending the use cycle of the same hardware and reducing maintenance costs. For users, the most commonly used terms of other users are used as the basis for association, rather than using the most official terms as the basis, which can also greatly improve the user's work efficiency in practical applications.

[0042] 4. The present invention can realize translation of different languages, but compared with tools for directly translating different languages, it has extremely high professionalism and can well realize the interaction of cloud data. The internal association is updated in real time according to the frequency of user use, and the updated part is relatively small in terms of data size (in the prior art, each update of tools for directly translating different languages ​​requires a lot of cost, and can only be updated once in a period of time, and the update frequency is relatively low. At the same time, the update will be accompanied by an increase in the total amount of the database, and therefore will gradually increase the burden on the hardware). Therefore, there is no need for a high transmission rate, the hardware requirements are relatively small, and it is easier for relevant personnel in different fields to understand each other.

[0043] 5. By setting the use of a default number value X, the present invention can adjust the size of X according to actual needs, thereby adjusting the demand for hardware and the update frequency (the smaller the X value, the greater the update frequency and the greater the demand for hardware), thereby ensuring transmission efficiency while coping well with the problem of the gradual increase in the total amount of databases and the gradual aging of hardware, and at the same time being well adapted to the needs of current users (in most cases, different professions have different requirements for update frequency).

[0044] The above embodiments are only used to illustrate the present invention and are not intended to limit the technical solutions described in the present invention. Although the present invention has been described in detail with reference to the above embodiments, the present invention is not limited to the above specific implementation methods. Therefore, any modification or equivalent replacement of the present invention; and all technical solutions and improvements thereof that do not depart from the spirit and scope of the invention are included in the scope of the claims of the present invention.

Claims

1. The data structure of the cloud-based joint collection for the multi-professional collaborative processing system for film and television post-production special effects is characterized by: include: The same term means different professional term numbers + storage locations.

2. The data structure of the cloud-based total collection used in the multi-professional collaborative processing system for film and television post-production special effects is characterized by: include: The data structure of the cloud-based associated collection used in the multi-professional collaborative processing system for film and television post-production special effects described in claim 1, the cloud-based total collection is: the data structure of all cloud-based associated collections contained therein + the collection of storage locations.

3. The cloud database used in the multi-professional collaborative processing system for film and television post-production special effects is characterized by: include: The data structure of the cloud-based associated collection for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 1 and the data structure of the cloud-based total collection for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 2 are specifically operated as follows: SA1. Start creating a cloud database; SA2. Obtain the terminology of different professions, number the terminology based on the profession, generate the cloud terminology serial number, and record the storage location of the downloaded terminology; SA3. Based on the meanings of different professional terms, associate different professional terms with the same meaning, generate a cloud-based related collection of different professional terms with the same meaning, number the cloud-based related collection, generate a cloud collection serial number, and record the storage location of the cloud-based related collection; SA4. Generate a cloud total set based on the cloud collection sequence number and storage location of the cloud-related collection, wherein the data structure of the cloud total set is: the data structure of the cloud total set for the multi-professional collaborative processing system for film and television post-production special effects; SA5. Complete the cloud database creation.

4. The cloud database for the multi-professional collaborative processing system for film and television post-production special effects according to claim 3 is characterized in that: In step SA2, the terminology of different professions is obtained by manual input or downloading from the Internet, and the terminology serial number is generated by manual numbering or autonomous numbering using other programs.

5. The cloud database for the multi-professional collaborative processing system for film and television post-production special effects according to claim 3 is characterized in that: In step SA3, the cloud association collection is generated by manual association or Internet download association, and the cloud collection serial number is generated by manual numbering or autonomous numbering using other programs.

6. User database for multi-professional collaborative processing system of film and television post-production special effects, characterized by: include: The cloud database used in the multi-professional collaborative processing system for film and television post-production special effects as described in claim 3 is specifically operated as follows: SB1. Start creating user database; SB2. Obtain the translation information record that the user has translated; SB3. The system finds the cloud-based related collection of the corresponding professional term based on the translated term information record, downloads the corresponding cloud-based related collection, generates a user-related collection, numbers the user-related collection, generates a user collection serial number, and records the storage location of the user-related collection; SB4. The system generates a total user set based on the user set sequence number and storage location of the user related set; SB5. End user database creation.

7. The cloud database update system for the multi-professional collaborative processing system of film and television post-production special effects is characterized by: The cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 1 is specifically operated as follows: SC1, start updating; SC2. Obtain the professional terminology to be updated, the terminology serial number and the terminology meaning, and record the storage location of the terminology download; SC3. Based on the meaning of the professional term in SC2, determine whether the meaning of the professional term corresponds to the meaning of the term in the cloud-based related set. If yes, proceed to step SC4; if no, proceed to step SC5. SC4. Determine whether the terminology serial number of the professional term corresponds to the terminology serial number in the cloud-based joint set. If yes, proceed to step SC7; if no, proceed to step SC6. SC5. Establish a cloud-based key set for the professional term, and then proceed to step SC8; SC6, associating the professional term with the cloud-based related set of corresponding term meanings, and then proceeding to step SC8; SC7, covering the original data in the cloud total collection; SC8, end of update.

8. The cloud database updating system for the multi-professional collaborative processing system of film and television post-production special effects according to claim 7 is characterized in that: In step SC2, the method of obtaining the professional terms and terminology serial numbers to be updated is manual input or Internet download; Among them, Internet downloads are updated at 0:00 every day; Among them, the default number of times manually input is set to X, and the number of uploads of the same professional term and term number is N. If N ≥ X, the manually uploaded data will overwrite the original data in the total cloud collection, and N and X are both positive integers.

9. Pre-translation system for multi-professional collaborative processing system of film and television post-production special effects, characterized by: It includes a receiving unit, a combining unit and an arranging unit. The specific operations are as follows: SE1, start pre-translation; SE2. The recipient user selects the source sentence to be translated and inputs it into the pre-translation system; SE3, a receiving unit, receiving a source sentence to be translated; SE4, the combination unit, recombines the source sentence based on the combination elements formed by the keywords, semantics and tone of the source sentence to generate the standard terminology translation target; SE5, an arrangement unit, obtains the profession of the sender user, obtains the terminology sequence numbers of the standard terminology translation targets based on the profession of the sender user, and arranges them; SE6. Output the terminology serial numbers of the standard terminology translation targets in order of arrangement and end the pre-translation.

10. Intelligent translation system for multi-professional collaborative processing system of film and television post-production special effects, characterized by: The system comprises the cloud database for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 3, the user database for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 6, the cloud database update system for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 7, and the pre-translation system for the multi-professional collaborative processing system for film and television post-production special effects as described in claim 9, and the specific operations are as follows: SF1, start intelligent translation; SF2, receiving the terminology serial numbers of the standard terminology translation targets output by the pre-translation system in order of arrangement; SF3, obtain the user database of the recipient user; SF4, based on the user database in SF3, search for the user-related set corresponding to the term number of the standard term translation target in the user total set in the user database, if found, proceed to step SF6, if not found, proceed to step SF5; SF5, searching for the cloud-related set corresponding to the term serial number of the standard term translation target in the cloud-based total set, if found, proceed to step SF7, if not found, proceed to step SF8; SF6, based on the user related association set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF7, based on the cloud-based key set, revise the standard terminology translation target and form an output statement, and then proceed to step SF9; SF8, enter the manual translation interface, manually revise the standard terminology translation target to form an output statement, and proceed to step SF9, and store the standard terminology translation target in the user database, and upload it to the cloud database to update the system; SF9, the output module presents the output statement to the recipient user; SF10, collection module, automatically organizes and records the translated information records and uploads them to the user database; SF11, end intelligent translation; It should be noted that: this intelligent translation system can be applied to the translation between the same terms in different professions in the same language, the same terms in different professions in different languages, and the same professional terms in different languages.

11. Multi-professional collaborative virtual simulation processing system for film and television post-production special effects, characterized by: The intelligent translation system for a multi-professional collaborative processing system for film and television post-production special effects as described in claim 10 is specifically as follows: The intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is used as a translation system to communicate between different terms. When working, the intelligent translation system used in the multi-professional collaborative processing system for film and television post-production special effects is also used as a simple translation software for staff who speak different languages.

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