A cloud platform system for automatically corresponding shooting tasks and shooting materials

Abstract

The present invention relates to the technical field of shooting project management, and discloses a cloud platform system for automatically corresponding shooting tasks and shooting materials, including a software server of a product shooting project management service system that is used to manage matters related to product shooting projects and runs on a cloud computing server CCSsr. The management method of the product shooting project management service system includes: during the execution of a shooting task, the product shooting project management service system prompts the shooter to display a task QR code in front of the camera for 1-5 seconds at the start of video shooting; the product shooting project management service system in the cloud intercepts the frame images of the first 5 seconds of the uploaded video for QR code parsing; the product shooting project management service system in the cloud identifies the task ID of the uploaded video and fills the address of the uploaded file into the shooting result of the shooting task. The present invention solves the technical problem that the current shooting management system cannot automatically correspond shooting tasks and shooting materials.

Description

Technical Field

[0001] The present invention relates to the technical field of shooting project management, and particularly to a cloud platform system for automatically corresponding shooting tasks and shooting materials. Background Art

[0002] For multiple videos shot according to shooting tasks (such as script storyboards, etc.), there will be a large number of recorded materials, and the file names of the shot materials are meaningless numbers provided by the device. When uploading to the cloud for delivery, the uploader often needs to open and play each one manually to identify and rename them one by one to correspond with the script, which will lead to the following two problems: one is that it consumes the time of video editors; the other is that errors will occur during manual video identification, resulting in the use of incorrect materials for editing. Summary of the Invention

[0003] (I) Technical Problems to be Solved

[0004] In view of the deficiencies of the prior art, the present invention provides a cloud platform system for automatically corresponding shooting tasks and shooting materials, aiming to solve the technical problem that the current shooting management system cannot automatically correspond shooting tasks and shooting materials.

[0005] (II) Technical Solutions

[0006] To achieve the above object, the present invention provides the following technical solutions:

[0007] A cloud platform system for automatically corresponding shooting tasks and shooting materials includes a cloud computing server CCSsr, on which a software server of a product shooting project management service system is installed and run. The product shooting project management service system is used to manage relevant matters of product shooting projects. Its specific management method includes the following steps:

[0008] Step S1, a user responsible for product shooting creates a shooting task list on the cloud product shooting project management service system;

[0009] Step S2, the product shooting project management service system generates a unique task ID for each of the above shooting tasks;

[0010] Step S3, the product shooting project management service system converts the task ID into a task QR code picture and displays it in the corresponding shooting task;

[0011] Step S4, during the execution of the shooting task, the product shooting project management service system prompts the shooter: when starting video shooting, display the task QR code in front of the camera for 1 - 5 seconds;

[0012] Step S5, the shooter completes the shooting operation according to the prompts of the product shooting project management service system;

[0013] Step S6, the filming personnel upload the filmed video file to the product filming project management service system on the cloud.

[0014] Step S7, the product filming project management service system on the cloud intercepts the frame images of the first 5 seconds of the uploaded video for QR code parsing.

[0015] Step S8, the product filming project management service system on the cloud performs the following operations according to whether the task ID of the uploaded video can be recognized:

[0016] If not, classify the file as "unrecognizable" and remind the user to play and recognize it by themselves.

[0017] If so, associate the file with all recognized task IDs, and then continue with the next step.

[0018] Step S9, the product filming project management service system fills in the address of the uploaded file in the filming result of the filming task, and sets the status of the filming task to "filming completed".

[0019] Preferably, the specific method for converting the task ID into a task QR code picture includes the following steps:

[0020] (1) Determine the character type and data mode required for encoding according to the data stream of the filming task information in the task ID.

[0021] (2) Convert the determined data row into a binary bit stream, and form a codeword bit stream through codeword conversion.

[0022] (3) Divide each group of data codewords in the codeword bit stream into an independent data block, and calculate each of the data blocks according to the symbol identification of the task picture corresponding to the task ID and in combination with the error correction level.

[0023] (4) Sequentially assemble each block of data codewords and error correction codes into a final sequence codeword according to the filming task information, filming task picture information, other information, and information structure.

[0024] (5) Add each of the above modules to the matrix, and generate a QR code picture according to the encoding format and version model.

[0025] Preferably, the cloud platform system further includes: a terminal device TDsu that installs and runs the software client of the product filming project management service system and is used for filming users to create product filming projects, and a terminal device TDpu that installs and runs the software client of the product filming project management service system and is used for photography users to process product filming tasks.

[0026] Preferably, the cloud computing server CCSsr performs data interaction with the client of the product shooting project management service system running on the terminal device TDsu through the server of the product shooting project management service system software.

[0027] Preferably, the cloud computing server CCSsr performs data interaction with the client of the product shooting project management service system running on the terminal device TDpu through the server of the product shooting project management service system software

[0028] (III) Beneficial technical effects

[0029] Compared with the prior art, the present invention has the following beneficial technical effects:

[0030] The product shooting project management service system of the present invention enables the uploader to automatically correspond the shot files with the corresponding scripts or shooting tasks and automatically rename them by simply performing the upload operation through the method of automatically identifying the shooting files, greatly reducing the workload of the relevant staff, reducing the probability of management errors, and shortening the cycle of large-scale video shooting and production projects. Description of the drawings

[0031] Figure 1 It is a flow chart of the management method steps of the product shooting project management service system of the present invention. Detailed implementation manners

[0032] A cloud platform system for automatically corresponding shooting tasks and shooting materials includes: a cloud computing server CCSsr installed and running with the server of the product shooting project management service system software, a terminal device TDsu installed and running with the client of the product shooting project management service system software and used for shooting users to create product shooting projects, and a terminal device TDpu installed and running with the client of the product shooting project management service system software and used for photography users to process product shooting tasks;

[0033] The cloud computing server CCSsr performs data interaction with the client of the product shooting project management service system running on the terminal device TDsu through the server of the product shooting project management service system software;

[0034] The cloud computing server CCSsr performs data interaction with the client of the product shooting project management service system running on the terminal device TDpu through the server of the product shooting project management service system software;

[0035] Among them, the product shooting project management service system is used to manage the relevant matters of the product shooting project, and its specific management method is as Figure 1 shown and includes the following steps:

[0036] Step S1, the user responsible for product shooting creates a shooting task list on the product shooting project management service system in the cloud through the user client of the product shooting project management service system software on the terminal device TDsu, such as shooting a certain shot or a certain commodity;

[0037] Step S2, the product shooting project management service system generates a unique task ID for each of the above shooting tasks;

[0038] Step S3, the product shooting project management service system converts the task ID into a task QR code picture and displays it in the corresponding shooting task;

[0039] Among them, the specific method of converting the task ID into a task QR code picture includes the following steps:

[0040] (1) Determine the character type and data mode required for encoding according to the data stream of the shooting task information in the task ID;

[0041] (2) Convert the determined data row into a binary bit stream and form a codeword bit stream through codeword conversion;

[0042] (3) Divide each group of data codewords in the codeword bit stream into an independent data block, and calculate each of the data blocks according to the symbol identification of the task picture corresponding to the task ID and in combination with the error correction level;

[0043] (4) Sequentially assemble each data codeword and error correction code into a final sequence codeword according to the shooting task information, shooting task picture information, other information, and information structure;

[0044] (5) Add each of the above modules to the matrix and generate a QR code picture according to the encoding format and version model;

[0045] Step S4, during the execution of the shooting task, the product shooting project management service system prompts the shooter: when starting video shooting, display the task QR code in front of the lens for 1-5 seconds;

[0046] Step S5, the shooter completes the shooting operation according to the prompt of the product shooting project management service system;

[0047] Step S6, the shooter uploads the shot video file to the product shooting project management service system in the cloud;

[0048] Step S7, the product shooting project management service system in the cloud intercepts the frame images of the first 5 seconds of the uploaded video for QR code parsing;

[0049] Step S8, the product shooting project management service system in the cloud performs the following operations according to whether the task ID of the uploaded video can be recognized:

[0050] If not, the file is classified as "unrecognizable" and the user is reminded to play and recognize it by themselves;

[0051] If so, the file is associated with all recognized task IDs, and then the next step is continued;

[0052] Step S9, the product shooting project management service system fills the address of the uploaded file into the shooting result of the shooting task, and sets the shooting task status to "completed shooting";

[0053] Among them, the product shooting project management service system enables the uploader to automatically correspond the shot file with the corresponding script or shooting task and automatically rename it just by performing the upload operation through the method of automatically recognizing the shooting file, which greatly reduces the workload of relevant staff, reduces the probability of management errors, and can shorten the cycle of large-scale video shooting and production projects;

[0054] Example 1:

[0055] A certain photography company A received an order from a certain sports shoe brand B, asking for promotional videos of 100 pairs of sports shoes in different styles, and a total of 100 different videos will be shot;

[0056] The sports shoe brand B sent the physical goods and data sheets (article numbers, names, comparison pictures, etc.) of 100 pairs of sports shoes to the photography company A;

[0057] After receiving the materials and shoes, the photography company A generated one shooting task for each pair of shoes through the product shooting project management service system, and a total of 100 shooting tasks were generated. At this time, the product shooting project management service system generated a unique ID for each task and converted the ID into a QR code graphic;

[0058] The photography company A sent the generated task form to the photographer C through the product shooting project management service system;

[0059] After logging into the product shooting project management service system and obtaining the task form, the photographer C starts from the first task, finds the corresponding shoe physical object from the 100 pairs of shoes received according to the article number and picture recorded in the task description, puts it in the photography studio, where there are cameras and relevant actors, and makes corresponding shooting preparations;

[0060] The photographer C clicks on the "task QR code" of the first task in the shooting task form of the product shooting project management service system on the device (computer, tablet or mobile phone), enlarges and displays the QR code on the device screen, and displays it in front of the camera lens;

[0061] The photographer C changes the state of the camera to the "recording" state, keeps the above-mentioned task QR code displayed in front of the camera lens for 1 to 5 seconds, and then moves the task QR code out of the lens. When the camera is still recording, the formal performance and shooting of the shoe video start;

[0062] After the shooting is completed, the photographer C sets the camera to the "stop recording state", then finds the next task in the task list, repeats the above steps, and so on until the videos of all 100 pairs of shoes are completely shot;

[0063] After all the shootings are completed, the photographer C transfers the 100 video files just shot from the storage card of the camera to the computer and uploads all the videos to the server of the product shooting project management service system;

[0064] The server of the product shooting project management service system automatically reads the frame images of the first 1 to 5 seconds before uploading the video, automatically analyzes all the QR code images that appear in the frame images. If a certain task ID can be parsed from the QR code image, the address of the video where the QR code is located is filled into the "shooting result" of the corresponding task ID. Repeat this process to correspond all 100 videos to 100 tasks;

[0065] If the QR codes of some videos cannot be parsed due to blurring or other problems, they are listed separately as "unidentifiable videos" in the product shooting project management service system, reminding the operator to "manually play and identify the videos and correspond them to the corresponding tasks".

Claims

1. A cloud platform system for automatically corresponding shooting tasks and shooting materials, characterized in that, it includes a cloud computing server CCSsr, and a software server of a product shooting project management service system is installed and run on the cloud computing server CCSsr. The product shooting project management service system is used to manage relevant matters of product shooting projects. Its specific management method includes the following steps: Step S1, the user responsible for product shooting creates a shooting task list on the product shooting project management service system in the cloud; Step S2, the product shooting project management service system generates a unique task ID for each shooting task; Step S3, the product shooting project management service system converts the task ID into a task QR code picture and displays it in the corresponding shooting task; Step S4, during the execution of the shooting task, the product shooting project management service system prompts the shooter: when starting video shooting, display the task QR code in front of the camera for 1-5 seconds; Step S7, the shooter completes the shooting operation according to the prompts of the product shooting project management service system; Step S8, the shooter uploads the shot video file to the product shooting project management service system in the cloud; Step S9, the product shooting project management service system in the cloud intercepts the frame images of the first 5 seconds of the uploaded video for QR code parsing; Step S10, the product shooting project management service system in the cloud performs the following operations according to whether the task ID of the uploaded video can be recognized: If not, classify the file as "unrecognizable" and remind the user to play and recognize it by themselves; If so, associate the file with all recognized task IDs, and then continue to the next step; Step S13, the product shooting project management service system fills in the address of the uploaded file into the shooting result of the shooting task and sets the shooting task status to "completed shooting"; The specific method for converting the task ID into a task QR code picture includes the following steps: (1) Determine the character type and data mode required for encoding according to the data stream of the shooting task information in the task ID; (2) Convert the determined data row into a binary bit stream and form a codeword bit stream through codeword conversion; (3) Divide each group of data codewords in the codeword bit stream into an independent data block, and calculate each data block according to the symbol identification of the task picture corresponding to the task ID and in combination with the error correction level; (4) Sequentially assemble each data codeword and error correction code into a final sequence codeword according to the shooting task information, shooting task picture information, other information, and information structure; (5) Add each data block of the assembled final sequence codeword to the matrix, and generate a QR code picture according to the encoding format and version model.

2. The cloud platform system for automatically corresponding shooting tasks and shooting materials according to claim 1, characterized in that, The cloud platform system further includes: a terminal device TDsu that installs and runs the client software of the product shooting project management service system and is used for shooting the product shooting projects created by users, and a terminal device TDpu that installs and runs the client software of the product shooting project management service system and is used for photographers to process product shooting tasks.

3. The cloud platform system for automatically corresponding shooting tasks and shooting materials according to claim 2, wherein, the cloud computing server CCSsr performs data interaction with the client software of the product shooting project management service system running on the terminal device TDsu through the server software of the product shooting project management service system.

4. The cloud platform system for automatically corresponding shooting tasks and shooting materials according to claim 3, wherein, the cloud computing server CCSsr performs data interaction with the client software of the product shooting project management service system running on the terminal device TDpu through the server software of the product shooting project management service system.

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