CN115147090A - Production and manufacturing system for film and television digital intermediate film process - Google Patents
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Abstract
The invention belongs to the field of computers and the technical field of film production, and particularly relates to a production and production system for a movie and television digital intermediate film flow. The manufacturing system comprises: the system comprises a management system integration center, an input/output I/O end, a test end, a field end and a toning end, wherein the input/output I/O end is respectively connected with a clipping end, a special effect end, a sound end and a sending end; the management system integration center is connected with an input/output (I/O) end and a toning end; the management system integration center operates independently, ensures that proper security access authority levels and application modes are provided for individuals and various conditions, realizes centralized management operation, and simultaneously operates and cooperatively processes the same or more projects and different material processing and material manufacturing among multiple terminals. The use efficiency of the system management system integration center is improved by 5-10 times, multi-person cooperative processing is allowed, the difficult problem of manual processing is avoided, and the manufacturing efficiency and the manufacturing safety are improved.
Description
Technical Field
The invention belongs to the field of computers and the technical field of film production, and particularly relates to a production and production system for a film and television digital intermediate film flow.
Background
The current stage of movie shooting is often divided into three stages: planning and preparing in the early stage, shooting in the middle stage, and making and publishing in the later stage. With the continuous improvement of the quality of film and television works, the requirement on the precision of picture making is continuously increased, and the color mixing and digital intermediate plate are increasingly important in the full-process making. The front, middle and rear stages of movie and television production all involve color matching and digital intermediate sheet processing to different degrees.
The method aims to solve the problems that relevant links such as color mixing and digital intermediate film management are involved in the conventional film and television manufacturing process in a standard mode, the manufacturing process is disordered and dragged, time is long, all links are linked with a fault, the labor cost is high, the structure is complex, information loss in different degrees can be easily caused, even the problem of picture color error is caused, and the film manufacturing efficiency and quality are guaranteed to be completed.
Disclosure of Invention
The invention aims to provide a production and manufacturing system for a film and television digital intermediate film process, aiming at the problems that the color mixing of the film and television digital intermediate film manufacturing process and most of digital intermediate films are manually managed, so that the manufacturing process is disordered and dragged, each link is connected with a fault, and information loss, picture color errors, low film and television manufacturing efficiency and poor finishing quality are caused to different degrees.
In order to achieve the purpose, the invention adopts the following technical scheme:
the production and manufacturing system of the film and television digital intermediate film process comprises: the production manufacturing system comprises a management system integration center, an input/output I/O end, a testing end, a field end and a color matching end, wherein the input/output I/O end of the production manufacturing system is respectively connected with a clipping end, a special effect end, a sound end and a sending end.
The management system integration center is connected with an input/output (I/O) end and a toning end; exchanging among the field terminal, the input/output I/O terminal and the color matching terminal; the editing end, the special effect end, the sound end and the sending end are exchanged with the input/output I/O end;
the test end is connected with the color matching end, the field end is connected with the color matching end, the management system integration center is connected with the input/output I/O end and the color matching end, and the test end, the field end, the management system integration center and the color matching end are connected with the input/output I/O end;
the management system integration center manages the central storage, distribution and communication of files, materials, software and hardware assets of the project in operation; the input/output I/O end performs I/O management and manufacturing on the whole process related to a digital middle piece, in particular to the input and output of video clips and related auxiliary materials;
the test end is used for planning the test of the preparation process in the early stage and sending the test content to the input/output I/O end and the color matching end; the field terminal is used for field color matching and color file management in the field shooting process and sending contents to the input/output I/O terminal and the color matching terminal; the color matching end is used for color matching in the whole process manufacturing process; the editing end is used for assisting in editing in the manufacturing process; the special effect end is used for assisting in the special effect manufacturing in the manufacturing process; the sound end is used for assisting sound making in the making process; and the issuing end is used for assisting issuing in the manufacturing process.
The management system integration center comprises a project management module, a hardware asset management module, a material management module, a communication management module, a plug-in software management module, a material management module and a central storage management module.
The project management module comprises a project database, the project management module is used for managing all projects in operation, the project database comprises data information of each project and is provided for the color matching end and the input/output I/O end; the hardware asset management module is used for managing internal and external hardware asset databases; the material management module is used for managing the materials of the central storage center; the communication management module is used for network communication management between the color matching end and the input/output I/O end; the plug-in software management module is used for managing internal software or third-party software and related plug-ins; the material management module is used for carrying out data management on the digitalized materials and the off-line materials; the central storage management module manages a plurality of physical storage devices.
The input/output I/O end comprises a material making module, a text content module, a file management module and a piece tail submodule; the text content module comprises a data motherboard unit, a data input and output unit, an exchange data output unit, a special data output unit, a 3D data output unit and a video output unit;
the data motherboard unit is the module core and is used for storing template data; the data input and output unit is used for converting the input of an external source into a data motherboard; the exchange data output unit is used for outputting different exchange specifications from the data master mask; the special data output unit is used for responding to special issuing requirements and outputting different special materials; the 3D data output unit is used for outputting the 3D film text data material; the video output unit is used for outputting the data mother plate aiming at materials with different video specifications;
the material manufacturing module comprises an audio and video manufacturing unit and a special material manufacturing unit; the audio and video making unit is used for processing input audio and video making materials and making output audio and video materials; the special material manufacturing unit is used for outputting and manufacturing the equivalent special delivery materials;
the test end comprises a color style control module, is used for testing before the film shooting production stage, and is particularly used for carrying out color style test before shooting; the color style control module comprises an exposure control unit, a color style monitoring unit and a color style exchange unit; the exposure control unit is used for carrying out exposure simulation control before shooting on the video materials; the color style control unit is used for processing and generating the color style of the image; the color style monitoring unit is used for processing the color processed signal and distributing the processed signal to a corresponding monitoring condition environment; the color style exchanging unit is used for transmitting and exchanging the result to the color matching end after controlling the color style;
the field terminal is used for carrying out data acquisition and image color style control during field shooting and comprises a field data module and a field color style control module;
the field data module is used for field data acquisition and comprises a metadata unit; the metadata unit is used for acquiring and formatting and storing field metadata; the field color style control module comprises an exposure control unit, a field color style monitoring unit and a field color style exchange unit;
the editing end comprises an exchange unit and a text unit; the switching unit is used for switching the editing decision line; the text unit is used for basic text production;
the color matching end comprises a plug-in module, a color style module, a color packaging module, a color tracking module, a 3D manufacturing module and a quality inspection module; the plug-in module comprises a third-party external auxiliary unit and is used for an auxiliary plug-in of third-party software; the color style module comprises a color science unit and a color style unit and is used for different color spaces and different color stylization manufacturing under a color gamut; the color packaging module comprises a color packaging unit, is used for packaging color style manufacturing results and is applied to different equipment supporting different environments; the color tracking module comprises a field color tracking unit and a special effect color tracking unit; the on-site color tracking unit is used for carrying out color tracking on results and a color matching end of the on-site end data module and the on-site style control module, and the special effect color tracking unit is used for carrying out color distribution and color loop tracking on the special effect end; the 3D making module comprises a 3D image making unit and a 3D text unit; the 3D image making unit is used for making and adjusting a three-dimensional image; the 3D text unit is used for adjusting the three-dimensional image texts with different specifications; the quality inspection module is used for finishing sheet quality inspection.
The special effect end comprises a color exchange unit, a visual effect exchange unit and a visual effect management unit; the color exchange unit is used for exchanging a color exchange file with the color matching end; the visual effect exchange unit is used for standardizing and automatically exchanging visual effect files; the visual effect management unit is used for managing multi-segment and multi-version visual effect files;
the voice end comprises an exchange unit used for exchanging files between the voice end and the input/output I/O end; the issuing end comprises a switching unit used for switching files between the issuing end and the input/output I/O end;
the working process of the film and television digital intermediate film production and manufacturing system comprises the following contents:
the management system integration center is respectively provided with a project, hardware, a material, communication, a plug-in, a material and a storage sub-module, operates independently, ensures that proper security access permission levels and application modes can be provided for individuals and various conditions, specifically realizes centralized management operation by adding a project management module, a material management module, a communication management module and a material management module, and simultaneously operates among multiple terminals and processes the same or multiple projects and different materials and makes materials in a cooperative mode;
the communication management module is provided with a terminal monitoring function, and communication and production with each terminal or each team or a producer are ensured from a production process;
the color style control files associated with the color style control module are all stored in a cloud terminal; the application or color style change control files of the test end, the field end and the color matching end are obtained from the cloud end or are modified and uploaded, the deployment of the cloud storage is convenient for the management system integration center to record and backup the version of the cloud storage, and the independent modification of any end does not influence each end to call back to use any version;
the color style control module adopts an exposure control unit, a color style control unit and a color style monitoring unit which are independently separated, increases the reusability and the universal adaptability of the style files, and does not need to carry out multiple times of independent color style control and exchange file manufacture on an independent lens or a scene;
the color matching end uses a field color tracking unit and a special effect color tracking unit to match with an auxiliary metadata database of the field end metadata unit to perform multiple conditional screening matching or match with a special effect end visual effect management unit to perform multi-version or multi-condition special effect color tracking;
the input/output I/O end uses a text content module to introduce a data master unit database to meet the requirements of multi-language issuing, multi-version making, multi-issuing and multi-material;
the I/O terminal fragment tail sub-module carries out automatic matching according to different project conditions through a third-party external auxiliary unit, an information data unit and a fragment tail unit, and allows a manufacturer to carry out version automatic adaptation generation fragment tail modules while carrying out addition, deletion, modification and query operations.
Advantageous effects
Compared with the existing active interference identification method, the production and manufacturing system for the film and television digital intermediate film process has the following beneficial effects:
1. the use efficiency of the management system integration center is improved by 5-10 times, more than one person is allowed to perform cooperative processing, and the manufacturing efficiency is improved;
2. the independent module is dynamically exchanged according to different landing requirements; the controllability of assets and the improvement of the manufacturing efficiency are ensured, and the manufacturing safety and the system perfection of team manufacturing are ensured; compared with scattered management, the number of the modules is increased, the cooperative work efficiency of all departments is increased, the manufacturing safety is improved, the project manufacturing efficiency can be improved by 3-5 times, and the manufacturing safety is improved;
3. the mobile working scheme of the color cloud storage is subjected to multi-terminal multi-version control callback; the color style increases reusability and general adaptability, and improves manufacturing efficiency, specifically; the scheme has the advantages that the management system integration center carries out version recording and backup on cloud storage, and independent modification of any end does not influence callback of each end to use any version;
4. the color matching end is matched with an auxiliary metadata database of a field end metadata unit to perform multiple conditional screening matching, or is matched with a special effect end visual effect management unit to perform multi-version or multi-condition special effect color tracking, the nesting mode is more perfect than the existing color tracking nesting mode, the manufacturing efficiency is higher, the difficult problem of manual processing is avoided as far as possible in the case of special conditions, the efficiency is improved by multiple times, multiple condition tracking is realized, the manufacturing safety is improved, and the manufacturing efficiency is improved; the data master plate meets the requirements of multi-version manufacturing, and the manufacturing industrial system is more complete;
5. compared with the traditional independent manufacturing mode, the tablet manufacturing safety is higher, the manufacturing efficiency is higher, and the manufacturing industrial system is more perfect; the I/O terminal fragment tail sub-module carries out automatic matching according to different project conditions, allows a manufacturer to carry out a series of operations such as addition, deletion, modification and query, and can generate a fragment tail module through templated automatic adaptation, thereby improving the manufacturing acceleration efficiency.
Drawings
FIG. 1 is a schematic diagram of an operating architecture of a production system for producing a movie digital intermediate film;
FIG. 2 is a schematic diagram of an internal structure of a management system integration center in a production system for producing a film and television digital intermediate film;
FIG. 3 is a schematic diagram of an internal structure of an I/O port in a production system for producing a movie digital intermediate film according to the present invention;
FIG. 4 is a schematic diagram of an internal structure of a testing terminal in a production system for producing a film and television digital intermediate film according to the present invention;
FIG. 5 is a schematic diagram of an internal structure of a field terminal in a production system for producing a film and television digital intermediate film according to the present invention;
FIG. 6 is a schematic diagram of an internal structure of a toning end in a production system of a movie digital middle film.
Detailed Description
The present invention will be further explained and described in detail with reference to the drawings and the embodiments.
Example 1
FIG. 1 is a diagram showing the composition and connection relationship of a production system for producing a movie digital intermediate film; the production and manufacturing system of the movie and television digital intermediate film process comprises: the production manufacturing system comprises a management system integration center, an input/output I/O end, a testing end, a field end and a color matching end, wherein the input/output I/O end of the production manufacturing system is respectively connected with a clipping end, a special effect end, a sound end and a sending end. The management system integration center is connected with an input/output (I/O) end and a toning end; exchanging among the field terminal, the input/output I/O terminal and the color matching terminal; the editing end, the special effect end, the sound end and the sending end are exchanged with the input and output I/O end; the test end is connected with the color mixing end, the field end is connected with the color mixing end, the management system integration center is connected with the input/output I/O end and the color mixing end, and the test end, the field end, the management system integration center and the color mixing end are connected with the input/output I/O end.
The management system integration center manages central storage, distribution and communication of files, materials, software and hardware assets of running projects, and the internal structure of the management system integration center is schematically shown in figure 2, and can be seen from the figure: the management system integration center comprises a project management module, a hardware asset management module, a material management module, a communication management module, a plug-in software management module, a material management module and a central storage management module.
The management system integration center realizes centralized management operation by adding a project management module, a material management module, a communication management module and a material management module, and simultaneously operates among a plurality of terminals, and a plurality of users can simultaneously perform task allocation or process a plurality of subtasks of the same project through the project management module; meanwhile, through the material management module, different materials and lens information in each project subtask can be allocated at the same time, so that conflicts are avoided; through the communication management module, the execution condition of each subtask is synchronized to each user, and the subtasks can be increased or decreased. Compared with the characteristics of the center cooperative deployment in the existing manual or single-machine operation mode; more than 5-10 persons are allowed to cooperatively process the same or more than one project and different material processing and material manufacturing, which is equivalent to that the use efficiency of the management system integration center is improved by 5-10 times; the communication management module is provided with a terminal monitoring function, and communication with each terminal or each team or a maker and making conditions are guaranteed from a making process.
The unified system management center is provided with a plurality of sub-modules such as projects, hardware, materials, communication, plug-ins, materials and storage, and the sub-modules run independently and can provide proper security access authority levels and application modes aiming at individuals and various conditions. The independent module can be dynamically exchanged according to different landing requirements. The controllability of the assets and the improvement of the manufacturing efficiency are ensured, and the manufacturing safety and the perfection system of team manufacturing are ensured. Compared with scattered management, the module increases the cooperative work efficiency of all departments, improves the manufacturing safety, and improves the project manufacturing efficiency by 3-5 times.
The project management module is used for managing all projects in operation, and comprises a project database, wherein the project database comprises data information of each project and is provided for a color matching end and an input/output (I/O) end; the hardware asset management module is used for managing internal and external hardware asset databases; the material management module is used for managing the materials of the central storage center; the communication management module is used for network communication management between the color matching end and the input/output I/O end; the plug-in software management module is used for managing internal software or third-party software and related plug-ins; the material management module is used for carrying out data management on the digitalized materials and the off-line materials; the central storage management module manages a plurality of physical storage devices.
Fig. 3 shows a schematic internal structure of the input/output I/O terminal, which performs I/O management and manufacturing on a digital middle slice involved in the whole process, specifically, input and output of video clips and related auxiliary materials. As can be seen from fig. 3, the input/output I/O terminal includes a material making module, a text content module, a file management module, and a trailer sub-module; the text content module comprises a data mother board unit, a data input and output unit, an exchange data output unit, a special data output unit, a 3D data output unit and a video output unit; the data motherboard unit is the core of the text content module and is used for storing template data; the data input and output unit is used for converting the input of an external source into a data motherboard; the exchange data output unit is used for outputting different exchange specifications from the data mother plate; the special data output unit is used for responding to special issuing requirements and outputting different special materials; the 3D data output unit is used for outputting the 3D film text data material; the video output unit is used for outputting the data mother plate aiming at materials with different video specifications;
the input/output I/O end uses a text content module, introduces a data master plate unit database, deals with multilingual distribution such as Chinese, english and the like, multi-version production such as 2D, 3D and the like, and multi-release requirements such as special cinema and the like, and can uniformly and quickly finish the operations of increasing, modifying, calling, outputting and the like. Meanwhile, the same set is modified, and all the release format materials can be automatically manufactured according to corresponding conditions. The safety of the tablet making is stronger, the making efficiency is higher, and the making industrial system is more perfect.
The title submodule of the input/output I/O terminal performs automatic matching according to different project conditions through a third-party external auxiliary unit, an information data unit and a title unit, allows a manufacturer to perform a series of operations such as addition, deletion, modification and query, and can generate a title module through templated automatic adaptation.
The material manufacturing module comprises an audio and video manufacturing unit and a special material manufacturing unit; the audio and video making unit is used for processing input audio and video making materials and making output audio and video materials; the special material manufacturing unit is used for outputting and manufacturing the peer special delivery materials; the file management module comprises a file scanning unit, a file extracting unit and a file indexing unit; the film trailer submodule comprises a file third-party external auxiliary unit, an information data unit and a film trailer unit;
the internal structure of the test end is schematically shown in fig. 4, and the test end is used for planning the test of the preparation process in the early stage and sending the test content to the input/output I/O end and the toning end; the field terminal is used for field color matching and color file management in the field shooting process and sending contents to the input/output I/O terminal and the color matching terminal; the color matching end is used for color matching in the whole process manufacturing process; the editing end is used for assisting in editing in the manufacturing process; the special effect end is used for assisting in special effect manufacturing in the manufacturing process; the sound end is used for assisting sound making in the making process; and the issuing end is used for assisting issuing in the manufacturing process.
The test end comprises a color style control module, is used for testing before the film shooting production stage, and is particularly used for carrying out color style test before shooting; the color style control module comprises an exposure control unit, a color style monitoring unit and a color style exchange unit; the exposure control unit is used for carrying out exposure simulation control before shooting on the video material; the color style control unit is used for processing and generating the color style of the image; the color style monitoring unit is used for processing the signals after the color processing and distributing the signals to corresponding monitoring condition environments; the color style exchanging unit is used for transmitting and exchanging the result to the color matching end after controlling the color style;
the specific process is as follows: and carrying out color style test at the earlier stage of shooting through the test end, and uploading the result to the input/output I/O end and the color mixing end. Problems are found in the early testing process, adjustment or feedback is carried out in time to carry out iterative testing, and risks in formal shooting are reduced. In the shooting process, field data acquisition and color style adjustment are carried out through a field terminal, and all color style information of field shooting is uploaded to an input/output (I/O) terminal and a color mixing terminal. The problems are found in the middle-stage shooting process, the problems are timely adjusted and recorded, uploading is synchronized to post-stage production, compared with the existing using mode, the on-site color mixing result is difficult to be directly used in the post-stage production, and the on-site modification information is difficult to trace.
The schematic internal structure of the field end is shown in fig. 5, and the field end is used for data acquisition and image color style control during field shooting and comprises a field data module and a field color style control module; the field data module is used for field data acquisition and comprises a metadata unit; the metadata unit is used for acquiring and formatting and storing field metadata; the field color style control module comprises an exposure control unit, a field color style monitoring unit and a field color style exchange unit;
the editing end comprises a switching unit and a text unit; the switching unit is used for switching the editing decision line; the text unit is used for basic text production;
the special effect end comprises a color exchange unit, a visual effect exchange unit and a visual effect management unit; the color exchange unit is used for exchanging a color exchange file with the color matching end; the visual effect exchange unit is used for standardizing and automatically exchanging visual effect files; the visual effect management unit is used for managing multi-segment and multi-version visual effect files;
the voice end comprises an exchange unit used for exchanging files between the voice end and the input/output I/O end; the issuing end comprises a switching unit used for switching files between the issuing end and the input/output I/O end.
The internal structure of the color matching end is schematically shown in fig. 6, and the color matching end comprises a plug-in module, a color style module, a color packaging module, a color tracking module, a 3D manufacturing module and a quality inspection module; the plug-in module comprises a third-party external auxiliary unit and is used for an auxiliary plug-in of third-party software; the color style module comprises a color science unit and a color style unit and is used for different color spaces and different color stylization manufacturing under a color gamut; the color packaging module comprises a color packaging unit, a color packaging unit and a color packaging unit, wherein the color packaging unit is used for packaging color style manufacturing results and is applied to different devices supporting different environments; the color tracking module comprises a field color tracking unit and a special effect color tracking unit; the on-site color tracking unit is used for carrying out color tracking on results and a color matching end of the on-site end data module and the on-site style control module, and the special effect color tracking unit is used for carrying out color distribution and color loop tracking on the special effect end; the 3D making module comprises a 3D image making unit and a 3D text unit; the 3D image making unit is used for making and adjusting a three-dimensional image; the 3D text unit is used for adjusting the three-dimensional image texts with different specifications; the quality inspection module is used for finishing sheet quality inspection.
The mixing of colors end uses on-the-spot colour to trace unit and special effect colour to trace the unit, the supplementary metadata database of cooperation on-the-spot end metadata unit, carry out multiple conditional screening matching, perhaps cooperate the special effect end to look at the effect management unit and carry out multiversion or many condition special effect colour and trace, it is more perfect than current colour and trace nested mode, the preparation efficiency is higher, in the face of special circumstances, possibly through earlier stage test, the information of shooing in middle stage carries out the colour and traces, it has avoided the current difficult problem of carrying out matching processing through the manual work, efficiency promotes several times.
When the system is implemented specifically, a mobile operation scheme is adopted, all color style control files are stored in a cloud, multi-terminal application or color style control file change such as a testing terminal, a field terminal and a color mixing terminal are obtained from the cloud or are modified and uploaded, deployment of cloud storage can enable the mobile operation at any time and any place, the scheme is provided with a management system integration center to carry out version recording and backup on the cloud storage, and any one end is independently modified without influencing the callback of each terminal to use any version, and the method specifically comprises the following steps:
the color style control module adopts the exposure control unit, the color style control unit and the color style monitoring unit to be independently separated, increases the reusability and the universal adaptability of the style files, does not need to carry out multiple times of independent color style control exchange file manufacture on each independent lens or scene, decouples and separates as far as possible, and improves the manufacture efficiency of manufacturers.
In the post-production process, in mixing of colors the end, through automatic transfer earlier stage test and scene shooting process data collection, accomplish first color style and track, cut the end through input/output IO end, the special effect end, sound end etc. are exchanged, mix colors the end and accomplish the back through a plurality of modules of input/output IO end automatic or manual completion multiple different specifications and demand material, carry out the issue end exchange. The problem can be found back in the later-stage production process, the early-stage test and the middle-stage shooting information are called, the later-stage process links are automated, industrialized and standardized exchange and delivery are realized, the trouble of rework and reproduction is reduced, the problem that the existing film and television production cannot be complemented in a mode of re-entering color mixing in the later stage is solved, the mode that relevant links such as color mixing and digital intermediate film management are carried out in the existing film and television production process is solved, disordered piling in the production process is solved, the consumed time is long, all links are linked up in a fault mode, the labor cost is high, the structure is complex, information loss in different degrees is easy to occur, even the problems of picture color errors and the like are caused, and the production efficiency and quality of finished films are ensured to the utmost.
It should be understood that, although the blocks or units in the block diagrams of the embodiments of the present invention are shown in sequence as indicated by arrows, the blocks or units are not necessarily executed in sequence as indicated by the arrows. The execution of these modules or elements is not limited to a strict order unless specifically stated herein, and these modules or elements may be executed in other orders. Moreover, at least a part of the modules or units in each embodiment may include a plurality of sub-modules or sub-units, which are not necessarily performed at the same time, but may be performed at different times, and the order of execution of the sub-modules or sub-units is not necessarily sequential, but may be performed by turns or alternatively with other modules or units or at least a part of the sub-modules or sub-units of other modules or units.
All the technical features of the above embodiments can be combined arbitrarily, and for the sake of brevity, all the possible combinations of the technical features in the above embodiments are not described, however, as long as there is no contradiction between the combinations of the technical features; should be considered as falling within the scope of the present specification.
Claims (10)
1. A production system for producing a film and television digital intermediate film flow is characterized by comprising: the system comprises a management system integration center, an input/output I/O end, a test end, a field end and a color matching end, wherein the input/output I/O end of the production manufacturing system is respectively connected with a clipping end, a special effect end, a sound end and a sending end;
the test end is connected with the color matching end, the field end is connected with the color matching end, the management system integration center is connected with the input/output I/O end and the color matching end, and the test end, the field end, the management system integration center and the color matching end are connected with the input/output I/O end;
the management system integration center comprises a project management module, a hardware asset management module, a material management module, a communication management module, a plug-in software management module, a material management module and a central storage management module.
The project management module comprises a project database, the project management module is used for managing all projects in operation, the project database comprises data information of each project and provides the data information to the color matching end and the input/output I/O end; the hardware asset management module is used for managing internal and external hardware asset databases; the material management module is used for managing the materials of the central storage center; the communication management module is used for network communication management between the color matching end and the input/output I/O end; the plug-in software management module is used for managing the internal software or the third-party software and the related plug-ins; the material management module is used for carrying out data management on the digitalized materials and the off-line materials; the central storage management module manages a plurality of physical storage devices;
the input/output I/O end comprises a material making module, a text content module, a file management module and a piece tail submodule; the text content module comprises a data motherboard unit, a data input and output unit, an exchange data output unit, a special data output unit, a 3D data output unit and a video output unit;
the data motherboard unit is the module core and is used for storing template data; the data input and output unit is used for converting the input of an external source into a data motherboard; the exchange data output unit is used for outputting different exchange specifications from the data master mask; the special data output unit is used for responding to special issuing requirements and outputting different special materials; the 3D data output unit is used for outputting the 3D film text data material; the video output unit is used for outputting the data master plate aiming at the materials with different video specifications;
the material manufacturing module comprises an audio and video manufacturing unit and a special material manufacturing unit; the audio and video making unit is used for processing input audio and video making materials and making output audio and video materials; the special material manufacturing unit is used for outputting and manufacturing the peer special delivery materials;
the test end comprises a color style control module, is used for testing before the film shooting production stage, and is particularly used for carrying out color style test before shooting; the color style control module comprises an exposure control unit, a color style monitoring unit and a color style exchange unit; the exposure control unit is used for carrying out exposure simulation control before shooting on the video materials; the color style control unit is used for processing and generating the color style of the image; the color style monitoring unit is used for processing the color processed signal and distributing the processed signal to a corresponding monitoring condition environment; the color style exchanging unit is used for transmitting and exchanging the result to the color matching end after controlling the color style;
the scene end is used for data acquisition and image color style control during scene shooting and comprises a scene data module and a scene color style control module; the field data module is used for field data acquisition and comprises a metadata unit; the metadata unit is used for acquiring and formatting and storing field metadata; the field color style control module comprises an exposure control unit, a field color style monitoring unit and a field color style exchange unit;
the editing end comprises a switching unit and a text unit; the switching unit is used for switching the editing decision line; the text unit is used for basic text production;
the color matching end comprises a plug-in module, a color style module, a color packaging module, a color tracking module, a 3D manufacturing module and a quality inspection module; the plug-in module comprises a third-party external auxiliary unit and is used for an auxiliary plug-in of third-party software; the color style module comprises a color science unit and a color style unit and is used for different color spaces and different color stylization manufacturing under a color gamut; the color packaging module comprises a color packaging unit, is used for packaging color style manufacturing results and is applied to different equipment supporting different environments; the color tracking module comprises a field color tracking unit and a special effect color tracking unit; the on-site color tracking unit is used for carrying out color tracking on results and a color matching end of the on-site end data module and the on-site style control module, and the special effect color tracking unit is used for carrying out color distribution and color loop tracking on the special effect end; the 3D making module comprises a 3D image making unit and a 3D text unit; the 3D image making unit is used for making and adjusting a three-dimensional image; the 3D text unit is used for adjusting the three-dimensional image texts with different specifications; the quality inspection module is used for finishing the quality inspection of the sheet;
the special effect end comprises a color exchange unit, a visual effect exchange unit and a visual effect management unit; the color exchange unit is used for exchanging color exchange files with the color matching end; the visual effect exchange unit is used for standardizing and automatically exchanging visual effect files; the visual effect management unit is used for managing multi-segment and multi-version visual effect files; the voice end comprises an exchange unit used for exchanging files between the voice end and the input/output I/O end; the issuing end comprises a switching unit used for switching files between the issuing end and the input/output I/O end.
2. The system according to claim 1, wherein the management system comprises a central management center for central storage, distribution and communication of files, materials, software and hardware assets of the project under operation; connecting an input/output I/O end and a color matching end; exchanging among the field terminal, the input/output I/O terminal and the toning terminal; the clipping end, the special effect end, the sound end and the sending end are exchanged with the input/output I/O end.
3. The system of claim 1, wherein the I/O port performs I/O management and production on the digital middleware process in the whole process, and in particular relates to input and output of video clips and related auxiliary materials.
4. The system of claim 1, wherein the testing end is configured to plan testing of the preparation process in an early stage and send test contents to the I/O end and the toning end.
5. The system of claim 1, wherein the field side is configured to perform field toning and color file management during a field shooting process, and send content to the I/O side and the toning side.
6. The digital midplane process production manufacturing system of claim 1, wherein the toning end is used for toning in a full process manufacturing process; the editing end is used for assisting in editing in the manufacturing process; the special effect end is used for assisting in special effect manufacturing in the manufacturing process; the sound end is used for assisting sound production in the production process; the issuing end is used for assisting issuing in the manufacturing process; the color style control files associated with the color style control module are all stored in a cloud terminal; the application or color style change control files of the test end, the field end and the color matching end are obtained or modified and uploaded from the cloud end, the deployment of the cloud storage is convenient for the management system integration center to record and backup the version of the cloud storage, and the independent modification of any end does not influence the callback of each end to use any version.
7. The system according to claim 1, wherein the management system integration center is configured with items, hardware, materials, communication, plug-in, materials, and storage sub-modules, which operate independently and ensure that appropriate security access levels and application modes can be provided for individuals and various situations, and specifically, by adding an item management module, a materials management module, a communication management module, and a materials management module, centralized management operation is realized, and simultaneously, the system operates among multiple terminals and processes different materials and materials of the same or multiple items in a coordinated manner; the communication management module is provided with a terminal monitoring function, and communication and production with each terminal or each team or a producer are guaranteed from a production process.
8. The system of claim 1, wherein the color style control module employs an exposure control unit, a color style control unit and a color style monitor unit to be separated independently, thereby increasing reusability and general adaptability of style files without requiring multiple independent color style control interchange file production for individual shots or scenes.
9. The system of claim 1, wherein the palette end uses a field color tracking unit and a special effect color tracking unit, and performs a plurality of conditional screening matching in cooperation with an auxiliary metadata database of the field end metadata unit or performs multi-version or multi-conditional special effect color tracking in cooperation with a special effect end visual effect management unit.
10. The digital intermediate stream production and manufacturing system of claim 1, wherein the input/output I/O terminal uses a text content module to introduce a data master unit database to cope with multi-language issue, multi-version manufacture, multi-issue demand, and multi-material demand; the I/O terminal fragment tail sub-module carries out automatic matching according to different project conditions through a third-party external auxiliary unit, an information data unit and a fragment tail unit, and allows a manufacturer to carry out version automatic adaptation generation fragment tail modules while carrying out addition, deletion, modification and query operations.
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