CN110704441A - Method, system, equipment and readable storage medium for scheduling movie and television tasks - Google Patents
Method, system, equipment and readable storage medium for scheduling movie and television tasks Download PDFInfo
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Abstract
The invention relates to a method, a system, equipment and a readable storage medium for scheduling film and television tasks, belonging to the technical field of film and television data processing, wherein the film and television project has a plurality of different tasks, by acquiring the movie and television project data, splitting the movie and television project data into a plurality of tasks and generating corresponding task bars, the task bar is arranged according to the date and the operator and is displayed in a film and television task scheduling interface taking the date and the operator as parameters, the specific task information does not need to be manually input, so that the data filling of the tasks can be reduced, the task distribution flow is simplified, thereby improving the task scheduling work efficiency, simultaneously ensuring the data accuracy, and when the tasks are scheduled, the scheduling method can schedule the tasks of the data of the plurality of video projects at the same time, the progress conditions of the plurality of video projects can be seen through the video task scheduling interface, and the task arrangement and the global visualization of the task states of the plurality of video projects are realized.
Description
Technical Field
The invention relates to the technical field of movie and television data processing, in particular to a method, a system, a readable storage medium and a device for scheduling movie and television tasks.
Background
In the later special effect production process of film and television works, a plurality of projects are often carried out simultaneously, time conflicts are easy to occur between the projects for resource occupation of personnel, equipment and the like of enterprises, if the exclusivity of the projects to the resources of the enterprises is neglected, the task arrangement of the projects is unreasonable, the production process is disordered, and the project schedule is difficult to guarantee.
The traditional method is that through manual coordination of workers, the weekly task arrangement of all personnel of each department is manually filled in an excel form, the items to which the tasks belong are labeled, and then the adjustment is carried out in the excel form according to the situation. The method has the defects that a large amount of manual maintenance is needed, the data filling and the task state updating need to be processed by workers, the task scheduling work is extremely low in efficiency, and the accuracy of the data is difficult to guarantee.
Disclosure of Invention
Based on this, it is necessary to provide a method, a system, a readable storage medium and a device for scheduling a film and television task, aiming at the problems that the traditional task scheduling work efficiency is low and the data accuracy is difficult to guarantee.
A scheduling method for film and television tasks comprises the following steps:
acquiring movie and television project data, and splitting the movie and television project data into a plurality of tasks;
generating corresponding task bars according to the tasks, arranging the task bars according to dates and operating personnel, and displaying the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface.
According to the movie task scheduling method, the movie project has a plurality of different tasks, the movie project data are acquired and split into a plurality of tasks, corresponding task bars are generated, the task bars are scheduled according to the date and the operating personnel and are displayed in a movie task scheduling interface with the date and the operating personnel as parameters, and specific task information does not need to be manually input, so that the task data filling can be reduced, the task allocation process is simplified, the task scheduling work efficiency is improved, and the data accuracy is ensured.
In one embodiment, the step of splitting the movie project data into a plurality of tasks comprises the steps of:
splitting movie project data through movie process management software to obtain a plurality of tasks;
the step of generating corresponding task bars from the plurality of tasks includes the steps of:
and respectively determining second identifications of the tasks according to the video projects where the tasks are located, and endowing the second identifications to corresponding task bars.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
acquiring the current time, and displaying a first identifier of the task bar if the date of the task bar is before the current time; and if the date of the task bar is behind the current time, displaying a second identification of the task bar.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
and updating the task states of the tasks through the video flow management software, and synchronously updating and displaying a first identifier, wherein the first identifier comprises a task completion identifier, a task audit identifier or a task modification identifier.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
receiving an adjusting instruction, moving any task bar according to the adjusting instruction, and moving the task bar to a target position of a scheduling interface of the film and television task, wherein the original position of the task bar is different from the date or the operator of the target position.
In one embodiment, the step of arranging the task bar according to date and operator includes the steps of:
and determining the priorities of the tasks according to the sequence of the tasks or the importance levels of the tasks, and arranging the task bars according to the priorities, the dates and the operators.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
determining the sequence of the tasks according to the dependency relationship among the tasks;
after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the task, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the task.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
and acquiring the number of man-hours corresponding to each task bar under the name of each operator, counting the total number of man-hours of each operator corresponding to each task bar every day, and performing scheduling adjustment alarm if the total number of man-hours per day exceeds the preset number of man-hours per day.
In one embodiment, the video item data comprises data of a plurality of video items;
the step displayed in the scheduling interface of the film and television task comprises the following steps:
and simultaneously displaying the task bars of a plurality of video projects in the video task scheduling interface.
In one embodiment, the scheduling method for the film and television tasks further comprises the following steps:
counting a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and displaying the first task quantity and the second task quantity in a film and television task scheduling interface.
A film and television task scheduling system, comprising:
the data splitting unit is used for acquiring the film and television project data and splitting the film and television project data into a plurality of tasks;
the scheduling display unit is used for generating corresponding task bars according to a plurality of tasks, scheduling the task bars according to dates and operators and displaying the task bars in a movie and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface.
According to the movie task scheduling system, the movie project has a plurality of different tasks, the data splitting unit splits the movie project data into a plurality of tasks by acquiring the data, the scheduling display unit generates the task bar corresponding to the tasks, and the task bar is scheduled and allocated according to the date and the operating personnel and displayed in the movie task scheduling interface taking the date and the operating personnel as parameters, so that specific task information does not need to be manually input, the data filling of the tasks can be reduced, the task allocation flow is simplified, the task scheduling work efficiency is improved, and the data accuracy is ensured.
In one embodiment, the data splitting unit is further configured to split the movie project data through movie process management software to obtain a plurality of tasks;
the scheduling display unit is further used for determining second identifications of the tasks according to the video projects where the tasks are located respectively and endowing the second identifications to corresponding task bars.
In one embodiment, the schedule display unit is further configured to obtain a current time, and display a first identifier of the task bar if the date of the task bar is before the current time; and if the date of the task bar is behind the current time, displaying a second identification of the task bar.
In one embodiment, the schedule display unit is further configured to update the task states of the multiple tasks through the video process management software, and update and display a first identifier synchronously, where the first identifier includes a task completion identifier, a task review identifier, or a task modification identifier.
In one embodiment, the video task scheduling system further comprises a task adjusting unit, configured to receive an adjusting instruction, move any task bar according to the adjusting instruction, and move the task bar to a target position of the video task scheduling interface, where an original position of the task bar is different from a date or an operator of the target position.
In one embodiment, the schedule display unit is further configured to determine priorities of the plurality of tasks according to the sequence of the plurality of tasks or importance levels of the plurality of tasks, and schedule the task bar according to the priorities, dates and operators.
In one embodiment, the task adjusting unit is further configured to determine a sequence of the tasks according to a dependency relationship among the plurality of tasks; after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the task, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the task.
In one embodiment, the schedule display unit is further configured to obtain the number of hours corresponding to each task bar under each name of the operator, count the total number of hours of each task bar corresponding to each operator every day, and perform a schedule adjustment alarm if the total number of hours per day exceeds the predetermined number of hours per day.
In one embodiment, the video item data comprises data of a plurality of video items;
the scheduling display unit is also used for simultaneously displaying the task bars of the plurality of movie and television projects in the movie and television task scheduling interface.
In one embodiment, the scheduling display unit is further configured to count a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and display the first task quantity and the second task quantity in the movie task scheduling interface.
A readable storage medium, having stored thereon an executable program, which when executed by a processor, performs the steps of the above-described video task scheduling method.
According to the readable storage medium, through the stored executable program, movie and television project data can be acquired and split into a plurality of tasks, corresponding task bars are generated and arranged according to dates and operators and displayed in a movie and television task scheduling interface with the dates and the operators as parameters, specific task information does not need to be manually input, so that data filling of the tasks can be reduced, a task allocation flow is simplified, task scheduling work efficiency is improved, and data accuracy is guaranteed.
A film and television task scheduling device comprises a scheduling server and a scheduling client;
the scheduling server acquires a plurality of tasks from a process management software database, wherein the process management software is used for acquiring movie and television project data and splitting the movie and television project data into a plurality of tasks, and the process management software database is used for storing the plurality of tasks;
the scheduling client acquires a plurality of tasks from the scheduling server, generates corresponding task bars according to the tasks, schedules the task bars according to dates and operators and displays the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface.
According to the movie and television task scheduling device, a movie and television project has a plurality of different tasks, the process management software acquires movie and television project data and splits the movie and television project data into a plurality of tasks, the scheduling server acquires the plurality of tasks from the process management software database, the scheduling client acquires the plurality of tasks from the scheduling server, corresponding task bars are generated according to the plurality of tasks, the task bars are scheduled and configured according to dates and operators and displayed in a movie and television task scheduling interface with the dates and the operators as parameters, and specific task information does not need to be manually input.
Drawings
FIG. 1 is a flowchart illustrating a scheduling method of a film and television task according to an embodiment;
FIG. 2 is a diagram illustrating identification of task bars in a movie task schedule, according to an embodiment;
FIG. 3 is a diagram illustrating identification of task bars in a movie task schedule in accordance with another embodiment;
FIG. 4 is a diagram illustrating adjustment of task bars during a movie task scheduling, according to an embodiment;
FIG. 5 is a block diagram that illustrates a scheduling system for video tasks, in accordance with an embodiment;
FIG. 6 is a diagram illustrating a scheduling system for scheduling tasks of a movie or television under another embodiment;
FIG. 7 is a diagram illustrating a scheduling system for scheduling tasks in accordance with an alternative embodiment;
fig. 8 is a schematic diagram illustrating an application of the scheduling apparatus for the film and television tasks in one embodiment.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the detailed description and specific examples, while indicating the scope of the invention, are intended for purposes of illustration only and are not intended to limit the scope of the invention.
It should be noted that the term "first \ second" referred to in the embodiments of the present invention only distinguishes similar objects, and does not represent a specific ordering for the objects, and it should be understood that "first \ second" may exchange a specific order or sequence when allowed. It should be understood that "first \ second" distinct objects may be interchanged under appropriate circumstances such that embodiments of the invention described herein may be practiced in sequences other than those illustrated or described herein.
The terminology used in the embodiments of the invention is for the purpose of describing particular embodiments only and is not intended to be limiting of the invention. As used in the examples of the present invention and the appended claims, the singular forms "a," "an," and "the" are intended to include the plural forms as well, unless the context clearly indicates otherwise.
The method for scheduling the film and television tasks can be applied to the application environment of task scheduling of film and television projects, and is suitable for various film and television data related servers, terminals and the like.
Fig. 1 is a schematic flow chart of a scheduling method for a film and television task according to an embodiment of the present invention. The scheduling method of the film and television tasks in the embodiment comprises the following steps:
step S110: acquiring movie and television project data, and splitting the movie and television project data into a plurality of tasks;
in this step, the movie and television project data refers to data to be processed of a movie and television project, the most common of the movie and television projects is processing of video images and sound effects, the video images or video audios can be used as the movie and television project data, a plurality of different processing procedures can be involved in the processing process, the processing can be correspondingly split into a plurality of tasks, and the processing of the movie and television projects can be completed through the execution of each task;
step S120: generating corresponding task bars according to the tasks, arranging the task bars according to dates and operating personnel, and displaying the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface;
in this step, one task may correspond to one task bar, and the task bar may be regarded as a display plug-in for displaying in the scheduling interface of the movie and television tasks, and the task bar is further provided with a first identifier which may represent a task state corresponding to the task bar, so as to facilitate viewing by a user; the date and the operators are two dimensions of the task, can represent the execution time of the task and the person who executes the task, and are convenient for a user to confirm the execution condition of the task;
in the embodiment, the movie project has a plurality of different tasks, the movie project data is acquired and split into a plurality of tasks, corresponding task bars are generated and are arranged according to the date and the operating personnel, the task bars are displayed in a movie task scheduling interface with the date and the operating personnel as parameters, and the specific task information does not need to be manually input, so that the data filling of the tasks can be reduced, the task allocation flow is simplified, the task scheduling work efficiency is improved, and the data accuracy is ensured.
After acquiring the video project data, if the video image is processed, splitting the video project data into a series of clipped video shots, and further splitting each shot into a group of tasks of different processes, wherein the tasks include a plurality of tasks; if the audio effect processing is carried out, the movie and television project data are differentially divided into a plurality of audio files, and each audio file is further divided into a group of tasks of different procedures, wherein the tasks comprise a plurality of tasks; in addition, the first identification can be but is not limited to the color, shape, symbol, mark, text and the like of the task bar, the scheduling interface of the movie task can be but is not limited to the form of a table, the horizontal head can be the date, the vertical head can be the operator, or vice versa, the task bar is positioned at the intersection of the corresponding date and the operator, and the task bar can cover the time of a plurality of days according to the task duration.
Further, the related information of the task bar can be displayed in a separate information window, for example, when a trigger instruction for the task bar is received, the information window of the task bar is displayed, and the related information of the task bar is displayed in the information window, so that the user can judge the rationality of scheduling. The related information of the task bar can include a thumbnail of a belonging shot, a shot identifier (a flower shot, an accent shot, a template shot), a specific task making content, a task condition of a related stage (a scheduling date and a task state belonging to other stages of the same shot), and the like.
In one embodiment, the step of splitting the movie project data into a plurality of tasks includes the steps of:
splitting movie project data through movie process management software to obtain a plurality of tasks;
the step of generating corresponding task bars from the plurality of tasks includes the steps of:
and respectively determining second identifications of the tasks according to the video projects where the tasks are located, and endowing the second identifications to corresponding task bars.
In this embodiment, the movie flow management software is a software for analyzing and processing a movie project, and can be used for splitting data of the movie project so as to obtain a plurality of different tasks; when the task bar corresponding to the task is generated, a second identifier of the task can be obtained according to the video project where the task is located, the second identifier is used for representing the video project where the task is located, and the second identifier is given to the task bar to be displayed, so that a user can distinguish the task conveniently.
It should be noted that, during task scheduling, tasks of multiple video project data may be scheduled at the same time, different video projects may be distinguished through different second identifiers, which may be, but not limited to, colors, shapes, symbols, marks, characters, and the like of task bars, and progress of multiple video projects may be seen through a video task scheduling interface, so as to implement global visualization of task scheduling and task states of multiple video projects.
In one embodiment, as shown in fig. 2, the scheduling method of the movie task further includes the following steps:
acquiring the current time, and displaying a first identifier of the task bar if the date of the task bar is before the current time; and if the date of the task bar is behind the current time, displaying a second identification of the task bar.
In this embodiment, the task bar itself corresponds to a date, and if the date of the task bar is before the current time and the scheduling time of the task has passed, a first identifier may be displayed to indicate a task state corresponding to the task bar, so that a user can conveniently know whether the task is executed; if the date of the task bar is behind the current date, the scheduling time of the task does not pass and the task is not executed, the second identification can be displayed to represent the video project where the task is located, and if the number of the second identifications of the same project is less, the number of scheduled tasks which are not executed in the project is less, so that the execution state of the task can be displayed, and the execution progress of the video project can also be displayed.
Further, as shown in fig. 3, if the date of the task bar is before the current time, the first identifier and the second identifier of the task bar are displayed; if the date of the task bar is behind the current time, displaying a second identifier of the task bar; therefore, even if the task is executed, the video project where the executed task is located can be distinguished.
In one embodiment, the scheduling method of the film and television tasks further comprises the following steps:
and updating the task states of the tasks through the video flow management software, and synchronously updating and displaying a first identifier, wherein the first identifier comprises a task completion identifier, a task audit identifier or a task modification identifier.
In this embodiment, after a task scheduling, an operator may execute a task named by the operator according to an actual situation, and needs to perform auditing or modification after the execution, a corresponding task state may be reflected in the movie and television flow management software, the movie and television flow management software updates task states of a plurality of tasks, updates the first identifier synchronously, and updates the task state in time in a movie and television task scheduling interface, and according to the execution situation of the task, the first identifier may include a task completion identifier, a task auditing identifier, or a task modification identifier, and the task completion identifier indicates that the operator has completed the task; the task auditing identification represents that the operator has executed the task and is currently in the auditing process; the task modification identifier indicates that the task is checked and is being modified by an operator, and the task state can be further detailed and displayed through various different identifiers, so that a user can conveniently know the task execution state.
Further, the first identifier may also include an unprocessed identifier of the task, that is, an initial identifier of the task, and in practical applications, when the task is scheduled, it may happen that the task has been scheduled but the task is not executed, the first identifier is always an unprocessed identifier.
Further, if the first identifier is represented by a color, the task unprocessed identifier, the task completed identifier, the task review identifier, and the task modified identifier may be represented by different colors.
In one embodiment, as shown in fig. 4, the scheduling method of the movie task further includes the following steps:
receiving an adjusting instruction, moving any task bar according to the adjusting instruction, and moving the task bar to a target position of a scheduling interface of the film and television task, wherein the original position of the task bar is different from the date or the operator of the target position.
In this embodiment, in the actual application process, the movie project task often needs to be adjusted, but is not invariable, and at this time, the adjustment instruction may be received to move the task bar to the required position, such as a different date position of an operator, a same date position of different operators, a different date position of different operators, and the like, so as to promote the progress of the movie project.
It should be noted that the adjustment instruction may not only move the task bar, but also adjust the date corresponding to the task bar, for example, the original length of the task bar covers 3 working days, and if the processing time needs to be prolonged, the task bar may be lengthened, so that the length of the task bar may cover 5 working days, and the like.
In one embodiment, the step of arranging the task bar according to date and operator includes the steps of:
and determining the priorities of the tasks according to the sequence of the tasks or the importance levels of the tasks, and arranging the task bars according to the priorities, the dates and the operators.
In this embodiment, a plurality of tasks under a movie project are sometimes correlated with one another, the execution of the tasks has a mutual dependency relationship, the priority of the tasks can be determined according to the sequence of the plurality of tasks, the priority of the task before is high, the priority of the task after is low, the task bar is arranged by combining the priority, the date and the operator, the scheduling of the movie project tasks can be optimized, and the error confusion of the scheduling of the tasks is avoided; in addition, the priority of the tasks can be determined according to the importance levels of the tasks, wherein the priority with high importance level is high, the priority with low importance level is low, and thus the more important tasks can be preferentially executed to meet the requirements of the film and television projects.
Further, if the task belongs to processing of video images, the movie project data can be split into a series of edited video shots, each shot can be split into a group of tasks of different procedures, each shot has importance level attributes, for example, in various shots, three shots, namely a filmstrip shot, a highlight field shot and a template shot of the same field, have high importance levels and belong to a priority processing shot, and at the moment, the corresponding tasks of the shots can be prioritized.
In one embodiment, the scheduling method of the film and television tasks further comprises the following steps:
determining the sequence of the tasks according to the dependency relationship among the tasks;
after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the task, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the task.
In this embodiment, since the tasks are not independent and have a dependency relationship with other tasks, the order of the tasks may be determined according to the order, after moving a task bar of any one task, because the operator or the date corresponding to the task changes, other tasks related to the task may conflict with the schedule of the task after adjustment, and task bars corresponding to other tasks that need to conflict at this time are also adjusted, so as to ensure that the tasks of the movie project can be performed orderly.
Specifically, if the actual scheduling of the task at the previous stage is adjusted and conflicts with the scheduling time of the task at the later stage, the scheduling time of the task at the later stage automatically extends to the time after the scheduling time of the task at the previous stage; if the actual scheduling of the later stage task is adjusted and conflicts with the scheduling time of the earlier stage task, the scheduling time of the earlier stage task is automatically carried forward to the scheduling time of the later stage task.
In one embodiment, the scheduling method of the film and television tasks further comprises the following steps:
and acquiring the number of man-hours corresponding to each task bar under the name of each operator, counting the total number of man-hours of each operator corresponding to each task bar every day, and performing scheduling adjustment alarm if the total number of man-hours per day exceeds the preset number of man-hours per day.
In this embodiment, a task corresponding to a task bar needs to consume a certain number of hours to be executed and completed, in the task scheduling process, the number of hours corresponding to each task bar under the name of each operator can be obtained and counted, the total number of hours corresponding to each task bar by each operator every day is counted, the task can be executed and completed by the operators within a reasonable range, and if the total number of hours per day exceeds the preset number of hours per day, the tasks are difficult to complete by the operators in actual operation, so that the scheduling adjustment alarm can be performed, and a user is prompted to adjust the task scheduling in time, so that the task scheduling conforms to the actual situation.
Further, if 3 task bars exist on the same day under the name of a certain operator, the corresponding number of hours is 3 hours, 3 hours and 4 hours, the total number of hours is 10 hours, and the normal working time of the general operator every day is 8 hours, so that the total number of hours corresponding to the task bars exceeds the preset number of hours, at this time, the task scheduling of the operator can be prompted to be adjusted, and if the 4-hour task bars are moved to other dates or under the names of other operators, the current total number of hours under the name of the current operator does not exceed 8 hours;
further, if the total number of the working hours corresponding to the task bar is 40 hours and the date occupied by the task bar is 3 days in total, the normal working time of the operator is 8 hours every day, so that the time of the date occupied by the task bar is 24 hours and is less than the total number of the working hours corresponding to the task bar, at this time, the task schedule needs to be adjusted, and if the date corresponding to the task bar can be adjusted to be 5 days in total, so that the operator can smoothly execute the task.
In one embodiment, the video item data includes data for a plurality of video items;
the step displayed in the scheduling interface of the film and television task comprises the following steps:
and simultaneously displaying the task bars of a plurality of video projects in the video task scheduling interface.
In this embodiment, when scheduling tasks, tasks of multiple video project data can be scheduled at the same time, and the progress of multiple video projects can be seen through the video task scheduling interface, so that task scheduling and global visualization of task states of multiple video projects are achieved.
Further, different movie items may be distinguished by different second indicators, which may be, but are not limited to, a color, a shape, a symbol, a mark, a text, etc. of the task bar.
In one embodiment, the scheduling method of the film and television tasks further comprises the following steps:
counting a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and displaying the first task quantity and the second task quantity in a film and television task scheduling interface.
In this embodiment, in addition to displaying the scheduling of tasks, a first task number of currently unallocated operators and a second task number of assigned operators but unallocated dates may be counted, and displayed in a video task scheduling interface for prompting a user of the task number of which the scheduling is not confirmed yet.
According to the foregoing method for scheduling the film and television tasks, an embodiment of the present invention further provides a system for scheduling the film and television tasks, and the following describes an embodiment of the system for scheduling the film and television tasks in detail.
Referring to fig. 5, a schematic structural diagram of a film and television task scheduling system according to an embodiment is shown. The video task scheduling system in this embodiment includes:
the data splitting unit 210 is configured to obtain movie and television project data, and split the movie and television project data into a plurality of tasks;
the scheduling display unit 220 is configured to generate corresponding task bars according to a plurality of tasks, schedule the task bars according to dates and operators, and display the task bars in a movie task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface.
In this embodiment, the movie project has many different tasks, the data splitting unit 210 splits the movie project data into a plurality of tasks by acquiring the data, the schedule display unit 220 generates task bars corresponding to the tasks, and the task bars are arranged and configured according to dates and operators and displayed in a movie task scheduling interface with the dates and the operators as parameters, so that specific task information does not need to be manually input, data filling of the tasks can be reduced, and a task allocation process is simplified, thereby improving task scheduling work efficiency and ensuring data accuracy.
In one embodiment, as shown in fig. 6, the movie task scheduling system further includes a task display unit 230 for displaying the task content of the task bar when a trigger instruction for the task bar is received.
Specifically, the task content includes a corresponding shot thumbnail, a shot identifier (a shot, an accent shot, a template shot), a specific task making content, task conditions of related stages (arrangement dates and task states of other stages belonging to the same shot), and the like, and detailed information of task bars (such as task allocation time, task belonging items, task types, the number of sets in a movie project where the task is located, task names, task descriptions, task stages, task operators, task difficulty, task states, task man-hours, and the like) is displayed to help a user judge the rationality of scheduling.
In one embodiment, the data splitting unit 210 is further configured to split, by the movie process management software, the movie project data to obtain a plurality of tasks;
the schedule display unit 220 is further configured to determine second identifiers of the multiple tasks according to the video projects where the multiple tasks are located, and assign the second identifiers to corresponding task bars.
In one embodiment, the schedule display unit 220 is further configured to obtain a current time, and display a first identifier of the task bar if the date of the task bar is before the current time; and if the date of the task bar is behind the current time, displaying a second identification of the task bar.
In an embodiment, the schedule display unit 220 is further configured to perform task state update on a plurality of tasks through the video process management software, and update and display a first identifier synchronously, where the first identifier includes a task completion identifier, a task review identifier, or a task modification identifier.
In one embodiment, as shown in fig. 7, the film and television task scheduling system further includes a task adjusting unit 240 for receiving an adjusting instruction, moving any task bar according to the adjusting instruction, and moving the task bar to a target position of the film and television task scheduling interface, wherein the original position and the target position of the task bar are different in date or operator.
In one embodiment, the schedule display unit 220 is further configured to determine priorities of the plurality of tasks according to the sequence of the plurality of tasks or importance levels of the plurality of tasks, and schedule the task bar according to the priorities, dates and operators.
In one embodiment, the task adjusting unit 240 is further configured to determine a sequence of the tasks according to a dependency relationship between the multiple tasks; after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the task, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the task.
In an embodiment, the schedule display unit 220 is further configured to obtain the number of hours corresponding to each task bar under each name of the operator, count the total number of hours of each task bar corresponding to each operator every day, and perform a schedule adjustment alarm if the total number of hours per day exceeds the predetermined number of hours per day.
In one embodiment, the video item data includes data for a plurality of video items;
the scheduling display unit 220 is further configured to simultaneously display task bars of a plurality of movie items in the movie task scheduling interface.
In one embodiment, the scheduling display unit 220 is further configured to count a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and display the first task quantity and the second task quantity in the movie task scheduling interface.
The video task scheduling system of the embodiment of the invention corresponds to the video task scheduling method one by one, and the technical characteristics and the beneficial effects thereof described in the embodiment of the video task scheduling method are all suitable for the embodiment of the video task scheduling system.
According to the foregoing video task scheduling method, an embodiment of the present invention further provides a readable storage medium and a video task scheduling apparatus, which are described in detail below.
A readable storage medium, having stored thereon an executable program, which when executed by a processor, performs the steps of the above-described video task scheduling method.
According to the readable storage medium, through the stored executable program, movie and television project data can be acquired and split into a plurality of tasks, corresponding task bars are generated and arranged according to dates and operators and displayed in a movie and television task scheduling interface with the dates and the operators as parameters, specific task information does not need to be manually input, so that data filling of the tasks can be reduced, a task allocation flow is simplified, task scheduling work efficiency is improved, and data accuracy is guaranteed.
It will be understood by those skilled in the art that all or part of the processes in the data processing method for scheduling the video tasks according to the above embodiments may be implemented by a computer program, which may be stored in a non-volatile computer-readable storage medium, and in the embodiments, the program may be stored in a storage medium of a computer system and executed by at least one processor in the computer system, so as to implement the processes according to the embodiments including the video task scheduling method according to the above embodiments. The storage medium may be a magnetic disk, an optical disk, a Read-Only Memory (ROM), a Random Access Memory (RAM), or the like.
A film and television task scheduling device comprises a scheduling server and a scheduling client;
the scheduling server acquires a plurality of tasks from a process management software database, wherein the process management software is used for acquiring movie and television project data and splitting the movie and television project data into a plurality of tasks, and the process management software database is used for storing the plurality of tasks;
the scheduling client acquires a plurality of tasks from the scheduling server, generates corresponding task bars according to the tasks, schedules the task bars according to dates and operators and displays the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, an operator is a task executive, and date and the operator are parameters of a film and television task scheduling interface.
In the embodiment, the movie and television project has a plurality of different tasks, the process management software acquires movie and television project data and splits the movie and television project data into a plurality of tasks, the scheduling server acquires the tasks from the process management software database, the scheduling client acquires the tasks from the scheduling server, generates corresponding task bars according to the tasks, schedules the task bars according to dates and operators and displays the task bars in a movie and television task scheduling interface with the dates and the operators as parameters without manually inputting specific task information, so that data filling of the tasks can be reduced, the process of task allocation is simplified, the task scheduling work efficiency is improved, and the data accuracy is ensured.
In one embodiment, the scheduling client is further configured to write back the task bar scheduling result to the process management software and the scheduling server at the same time after the task bar is scheduled.
In this embodiment, the task bar scheduling result is written back to the process management software and the scheduling server, so that the process management data of the movie and television project can be synchronized in time, and the data deviation is avoided.
In one embodiment, if an operator is designated in the tasks acquired from the scheduling server, the scheduling client schedules the task bar corresponding to the task under the name of the designated operator.
In one embodiment, the scheduling client is further configured to determine second identifiers of the multiple tasks according to the video projects in which the multiple tasks are located, and assign the second identifiers to corresponding task bars.
In one embodiment, the scheduling client is further configured to obtain a current time, and display a first identifier of the task bar if the date of the task bar is before the current time; and if the date of the task bar is behind the current time, displaying a second identification of the task bar.
In one embodiment, the scheduling client is further configured to perform task state update on the multiple tasks through the video process management software, and update and display the first identifier synchronously, where the first identifier includes a task completion identifier, a task review identifier, or a task modification identifier.
In one embodiment, the scheduling client is configured to receive an adjustment instruction, move any task bar according to the adjustment instruction, and move the task bar to a target position of the scheduling interface of the movie task, where an original position of the task bar and a date or an operator of the target position are different.
In one embodiment, the scheduling client is further configured to determine priorities of the plurality of tasks according to the sequence of the plurality of tasks or the importance levels of the plurality of tasks, and schedule the task bar according to the priorities, dates and operators.
In one embodiment, the scheduling client is further configured to determine a sequence of the tasks according to a dependency relationship among the plurality of tasks; after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the task, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the task.
In an embodiment, the scheduling client is further configured to obtain the number of hours corresponding to each task bar under each name of the operator, count the total number of hours of each task bar corresponding to each operator every day, and perform scheduling adjustment warning if the total number of hours per day exceeds the scheduled number of hours per day.
In one embodiment, the video item data includes data for a plurality of video items;
the scheduling client is further used for displaying the task bars of the multiple movie projects in the movie task scheduling interface at the same time.
In one embodiment, the scheduling client is further configured to count a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and display the first task quantity and the second task quantity in the movie task scheduling interface.
In one embodiment, the method and the system can be applied to a scene of task scheduling based on data in movie and television process management software.
The scheme involves the following bodies/modules: the connection relationship among the process software client, the process software server, the scheduling system client and the main bodies is shown in fig. 8.
In movie and television production work, generally, process management software is used for splitting a project into a series of edited shot videos, each shot is further split into a group of tasks of different procedures, and a user can operate the tasks through a process software client. Based on the database of the process management software server, the server side of the scheduling system is used for periodically synchronizing the specified data in the database of the process software server to the database of the scheduling system server and analyzing the specified data into a specific data format according to a set rule. And the scheduling system client reads the database of the scheduling system server and presents the task data in the form of a task bar in a front-end interface according to the date and the personnel data. The color attribute of the task bar is associated with task state data in the process software, so that the progress of the project task can be directly known from the color change. When a worker moves a task bar in the scheduling system client and adjusts the date and the belonged personnel of the task bar, the data write-back module in the scheduling system client can write back the new date and the assigned personnel data corresponding to the task bar to the process software database and the scheduling system database at the same time, and the scheduling adjustment work of the task is completed. Scheduling software in the scheduling system client automatically checks the data according to the task data in the database of the scheduling software, analyzes and compares whether the scheduling time of the tasks is reasonable or not, and gives prompt information.
The scheme has the following advantages:
1. task scheduling and task state global visualization of multiple projects
According to the scheme, all currently-in-progress projects can be automatically read from movie and television process management software, task data distributed by each project is presented in the form of task bars, the color of a new task bar is consistent with the color of the project, and when the task state changes (for example, the task state changes to pass or repair), the color of the task bar changes correspondingly. Therefore, the progress of all projects of the enterprise can be clearly seen at the front end of the system, and particularly the tasks of all the projects are planned for a future period of time.
2. Greatly facilitates the personnel and date adjustment of task arrangement for overall planning and production
According to the scheme, the task information of the existing excel table writing is presented on the front-end interface in a graphic form of a task bar, a worker can directly move the task bar to different dates and people in the client-side interface by using a mouse, and the system can automatically write back the corresponding adjusting data to the background database. Therefore, the interactive operation during the adjustment of task arrangement is greatly simplified, specific task information (personnel, time and the like) does not need to be input, and the adjusted data can be automatically written back to the process software in time, so that the synchronization of scheduling data and manufacturing data is realized.
3. Programmed checking and automatic adjustment of task scheduling
According to the scheme, after the project task information in the process software is read, data processing is carried out inside, and the working hours required by each task can be automatically calculated according to background setting. If the task allocation needs to be carried out on a certain employee, the system can automatically calculate the total working hours of all tasks scheduled for the employee on the day, and then judge whether the task allocation of the employee exceeds the rated quantity.
In addition, the system can automatically compare the task sequence among a plurality of process stages belonging to the same shot, and give an error prompt if the task scheduling time of a downstream stage is found to be before the scheduling time of a task of an upstream stage. If the actual scheduling of the upstream stage task is adjusted and conflicts with the scheduling time of the downstream task, the scheduling time of the downstream task automatically extends to one day after the scheduling time of the upstream task.
The technical features of the embodiments described above may be arbitrarily combined, and for the sake of brevity, all possible combinations of the technical features in the embodiments described above are not described, but should be considered as being within the scope of the present specification as long as there is no contradiction between the combinations of the technical features.
Those skilled in the art will appreciate that all or part of the steps in the method for implementing the above embodiments may be implemented by a program instructing the relevant hardware. The program may be stored in a readable storage medium. Which when executed comprises the steps of the method described above. The storage medium includes: ROM/RAM, magnetic disk, optical disk, etc.
The above-mentioned embodiments only express several embodiments of the present invention, and the description thereof is more specific and detailed, but not construed as limiting the scope of the invention. It should be noted that, for a person skilled in the art, several variations and modifications can be made without departing from the inventive concept, which falls within the scope of the present invention. Therefore, the protection scope of the present patent shall be subject to the appended claims.
Claims (10)
1. A scheduling method for film and television tasks is characterized by comprising the following steps:
acquiring movie and television project data, and splitting the movie and television project data into a plurality of tasks;
generating corresponding task bars according to a plurality of tasks, arranging the task bars according to dates and operators, and displaying the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, the operator is a task executive, and the date and the operator are parameters of the movie task scheduling interface.
2. The movie task scheduling method according to claim 1, wherein the step of splitting the movie project data into a plurality of tasks comprises the steps of:
splitting the movie project data through movie process management software to obtain a plurality of tasks;
the step of generating corresponding task bars according to a plurality of tasks comprises the following steps:
determining second identifications of the tasks according to the video projects where the tasks are located respectively, and endowing the second identifications to corresponding task bars;
the scheduling method of the film and television tasks further comprises the following steps:
acquiring the current time, and displaying a first identifier of the task bar if the date of the task bar is before the current time; if the date of the task bar is behind the current time, displaying a second identifier of the task bar;
and updating the task states of the tasks through the movie and television process management software, and synchronously updating and displaying the first identifier, wherein the first identifier comprises a task completion identifier, a task audit identifier or a task modification identifier.
3. The method for scheduling a movie task according to claim 1, further comprising the steps of:
receiving an adjusting instruction, moving any task bar according to the adjusting instruction, and moving the task bar to a target position of the movie task scheduling interface, wherein the original position of the task bar is different from the date or the operator of the target position;
determining the sequence of the tasks according to the dependency relationship among the tasks;
after moving a task bar corresponding to any task, judging whether the dates of other tasks related to the task and the dates of the moved task bar conflict with the sequence of the tasks, if so, adjusting the task bars corresponding to the other tasks so that the task and the adjusted other tasks meet the sequence of the tasks.
4. A movie task scheduling method according to claim 1 wherein said step of scheduling the task bar according to date and operator comprises the steps of:
and determining the priorities of the tasks according to the sequence of the tasks or the importance levels of the tasks, and arranging the task bars according to the priorities, the dates and the operators.
5. The scheduling method of video tasks according to any one of claims 1 to 4, further comprising the steps of:
and acquiring the number of man-hours corresponding to each task bar under the name of each operator, counting the total number of man-hours of each operator corresponding to each task bar every day, and performing scheduling adjustment alarm if the total number of man-hours per day exceeds the preset number of man-hours per day.
6. The scheduling method of any one of claims 1 to 4 wherein said video project data comprises data of a plurality of video projects;
the step of displaying in the scheduling interface of the film and television tasks comprises the following steps:
and simultaneously displaying the task bars of a plurality of video projects in the video task scheduling interface.
7. The scheduling method of video tasks according to any one of claims 1 to 4, further comprising the steps of:
counting a first task quantity of currently unallocated operators and a second task quantity of already assigned operators but unallocated dates, and displaying the first task quantity and the second task quantity in the movie and television task scheduling interface.
8. A video task scheduling system, comprising:
the data splitting unit is used for acquiring movie and television project data and splitting the movie and television project data into a plurality of tasks;
the scheduling display unit is used for generating corresponding task bars according to a plurality of tasks, scheduling the task bars according to dates and operators and displaying the task bars in a movie task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, the operator is a task executive, and the date and the operator are parameters of the movie task scheduling interface.
9. A film and television task scheduling device is characterized by comprising a scheduling server and a scheduling client;
the scheduling server acquires a plurality of tasks from a process management software database, wherein the process management software is used for acquiring movie and television project data and splitting the movie and television project data into a plurality of tasks, and the process management software database is used for storing the plurality of tasks;
the scheduling client acquires a plurality of tasks from the scheduling server, generates corresponding task bars according to the tasks, schedules the task bars according to dates and operating personnel, and displays the task bars in a film and television task scheduling interface; each task bar is provided with a first identifier corresponding to a task state, the operator is a task executive, and the date and the operator are parameters of the movie task scheduling interface.
10. A readable storage medium, having an executable program stored thereon, wherein the executable program, when executed by a processor, implements the steps of the scheduling method of the movie task according to any one of claims 1 to 7.
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Address after: Room 101, 1st Floor, Building 29, No. 643, Shuangliu, Zhuantang Street, Hangzhou City, Zhejiang Province, 310000 Patentee after: Zhejiang Time Coordinate Technology Co.,Ltd. Address before: Room 101, 1st Floor, Building 29, No. 643, Shuangliu, Zhuantang Street, Hangzhou City, Zhejiang Province, 310000 Patentee before: HANGZHOU TIMEAXIS FILM AND TELEVISION MEDIA CO.,LTD. |