CN113626898A - Data collaborative design method based on project wise Explorer - Google Patents
Data collaborative design method based on project wise Explorer Download PDFInfo
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- CN113626898A CN113626898A CN202110792932.4A CN202110792932A CN113626898A CN 113626898 A CN113626898 A CN 113626898A CN 202110792932 A CN202110792932 A CN 202110792932A CN 113626898 A CN113626898 A CN 113626898A
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- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/12—Geometric CAD characterised by design entry means specially adapted for CAD, e.g. graphical user interfaces [GUI] specially adapted for CAD
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- G06F30/13—Architectural design, e.g. computer-aided architectural design [CAAD] related to design of buildings, bridges, landscapes, production plants or roads
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Abstract
The invention discloses a data collaborative design method based on ProjectWise Explorer, which comprises a ProjectWise Explorer and Naviswitch collaborative design function realization process part, a ProjectWise Explorer and WXWork collaborative information pushing function realization part and a ProjectWise Explorer associated file positioning function part; the data collaborative design method based on the ProjectWise Explorer solves the problem of data fusion of multiple design platforms, realizes a more efficient, safe and normative development effect of coating line products, solves the problems of difficult data search and trace, irregular design, lack of data sharing, low data utilization rate, low data development efficiency and the like of the conventional enterprises, provides a more intuitive and convenient collaborative design channel for research and development personnel, provides powerful support for data, and shortens the equipment development period.
Description
Technical Field
The invention relates to the field of collaborative design methods, in particular to a data collaborative design method based on project wise Explorer.
Background
The design of an automobile factory refers to the comprehensive work of a whole automobile factory in new construction, extension or reconstruction and the like, and mainly comprises several stages of planning and investigation, preliminary design, construction drawing design and the like, wherein in the design process of the preliminary design and the construction drawing, the collaborative design is the next means for improving the design efficiency and quality, and the collaborative design means at the current stage is as follows: after design data is input, data information is transmitted through the two-dimensional collaborative design web platform, construction drawing design is started for each specialty, a common pipeline for construction is collected, and the construction is delivered after verification of each specialty is finished.
In the whole design process, the web collaborative design platform is only the management of data information transmission and design plan, and does not have the function of file archiving, in the online collaborative design process, the transmission of design files can be carried out through the copying of a U disk, the sending of a right key and the file transmission mode of WeChat or WeChat of enterprises, or through a project conference, the problem of current design is discussed, the participation rate of personnel and the efficiency of message receiving are not high, and the design achievements of all specialities are in the hands of designers, so that the protection and accumulation of the design achievements are not facilitated, and the collaborative design mode at the present stage does not support three-dimensional data, and the timely communication can not be carried out on the change of the design, thereby causing the very low collaborative efficiency.
Disclosure of Invention
The present invention is directed to a project wise Explorer-based data collaborative design method to solve the above-mentioned problems in the background art.
In order to achieve the purpose, the invention provides the following technical scheme:
the data collaborative design method based on the ProjectWise Explorer comprises a ProjectWise Explorer and Naviswitch collaborative design function realization process part, a ProjectWise Explorer and WXWork collaborative information pushing function realization part and a ProjectWise Explorer associated file positioning function part;
the realization process part of the collaborative design function of the ProjectWise Explorer and Naviswork is to secondarily develop and integrate Naviswork based on the Bentley ProjectWise Explorer and then process a PW file through the Naviswork;
the project wise Explorer and WXWork collaborative information pushing function realizing part integrates the WXWork secondary development on the project wise Explorer platform, and realizes the pushing of collaborative information through the cooperation of the project wise Explorer and the WXWork collaborative information pushing platform;
the project wise Explorer associated file positioning function part is used for acquiring data such as file ID and the like through acquiring a file interface, reading an associated file path in a database, and positioning a selected associated file through accessing the file path interface.
Preferably, the step of implementing the project wise Explorer and Naviswork collaborative design function includes:
step 1, logging in a PW account: triggering a login function, initializing ProjectWise Explorer service, calling a ProjectWise Explorer login window, waiting for a user to input required login information, returning data through the login window, acquiring an activated data source, and logging in user information;
step 2, opening a PW file: initializing a window of 'detecting and opening PW files', acquiring data through a data source and a folder interface, transmitting the data into a 'data source/folder' control to construct a structure tree, acquiring information such as name, description, size and the like of the data in the current folder, adding the data into the 'folder/file' control one by one to form a list, adding the list into respective text controls to display the list, detecting a selected file to the local by using a detecting interface when the file is opened, judging the number of the files, calling a file opening interface if the file is a single file, directly opening the file in Navisgork, and adding the file into the Navisgork by calling a file additional interface if the file is a multi-file;
step 3, attaching a PW file: initializing a window of exporting and opening a PW file, acquiring data through a data source and a folder interface, transmitting the data into a control of the data source/folder to construct a structure tree, clicking a node in the control to acquire the data in the current folder, including information of names, descriptions, sizes and the like of all data in the folder, adding the data into the control of the folder/file one by one to form a list, exporting the selected file to the local by using a detection interface, calling a file attachment interface, and attaching the file to Navisway;
and 4, uploading a PW file: initializing an uploading file window, acquiring data through a data source and a folder interface, transmitting the data into a data source/folder control to construct a structure tree, acquiring data in a current folder by using a click node, adding the data into the folder control one by one to form a list, acquiring the data in the current folder, adding a selected file or a local path of the folder into a saving path control, and further realizing the function of creating an uploading file in a specified folder;
step 5, checking in/releasing function: firstly, judging whether a detected file exists locally or not, if so, adding the detected file information into a 'document' control, calling a detected interface, detecting the file, and calling a newly-built version interface, calling a release interface and releasing the file when selecting the 'new version when detecting' control.
Preferably, the specific operations of the project wide Explorer and WXWork collaborative information pushing function are:
adding a button for sending enterprise WeChat Notification in a file and folder menu of ProjectWise Explorer, initializing a message pushing window, acquiring file and folder data and a user list and a user group with permission to the current file and folder by acquiring a file and folder functional interface, acquiring a contact person interface by using WXWork, automatically removing duplication and comparing, acquiring a union set of the user and the user group, acquiring an intersection set of the result and the WXWork acquired contact persons, acquiring all the contact persons, adding the result into a person list control, adding an appointed character string into the message, automatically creating a shortcut file in a background, and finishing the sending of the message through the WXWork text message pushing interface in an https file mode.
Preferably, the specific operations of the project wide Explorer associated file positioning function are:
adding an 'associated file positioning' key to a file menu of the project wise Explorer, clicking the 'associated file positioning' key in the file menu, initializing an 'associated file positioning' window, acquiring data such as file ID (identity) through acquiring a file interface, reading an associated file path in a database, adding the acquired path to an 'associated file list' control, double clicking a node of the 'associated file list' control, and positioning to a selected associated file through accessing the file path interface.
Compared with the prior art, the invention has the beneficial effects that:
the data collaborative design method based on the ProjectWise Explorer solves the problem of data fusion of multiple design platforms, realizes a more efficient, safe and normative development effect of coating line products, solves the problems of difficult data search and trace, irregular design, lack of data sharing, low data utilization rate, low data development efficiency and the like of the conventional enterprises, provides a more intuitive and convenient collaborative design channel for research and development personnel, provides powerful support for data, and shortens the equipment development period.
Drawings
FIG. 1 is a block flow diagram of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Examples
Referring to fig. 1, the present invention provides a technical solution: the data collaborative design method based on the ProjectWise Explorer comprises a ProjectWise Explorer and Naviswitch collaborative design function realization process part, a ProjectWise Explorer and WXWork collaborative information pushing function realization part and a ProjectWise Explorer associated file positioning function part;
the realization process part of the collaborative design function of the ProjectWise Explorer and Naviswork is to secondarily develop and integrate Naviswork based on the Bentley ProjectWise Explorer and then process a PW file through the Naviswork;
the project wise Explorer and WXWork collaborative information pushing function realizing part integrates the WXWork secondary development on the project wise Explorer platform, and realizes the pushing of collaborative information through the cooperation of the project wise Explorer and the WXWork collaborative information pushing platform;
the project wise Explorer associated file positioning function part is used for acquiring data such as file ID and the like through acquiring a file interface, reading an associated file path in a database, and positioning a selected associated file through accessing the file path interface.
Specifically, the step of implementing the project wise Explorer and Naviswork collaborative design function includes:
step 1, logging in a PW account: triggering a login function, initializing ProjectWise Explorer service, calling a ProjectWise Explorer login window, waiting for a user to input required login information, returning data through the login window, acquiring an activated data source, and logging in user information;
step 2, opening a PW file: initializing a window of 'detecting and opening PW files', acquiring data through a data source and a folder interface, transmitting the data into a 'data source/folder' control to construct a structure tree, acquiring information such as name, description, size and the like of the data in the current folder, adding the data into the 'folder/file' control one by one to form a list, adding the list into respective text controls to display the list, detecting a selected file to the local by using a detecting interface when the file is opened, judging the number of the files, calling a file opening interface if the file is a single file, directly opening the file in Navisgork, and adding the file into the Navisgork by calling a file additional interface if the file is a multi-file;
step 3, attaching a PW file: initializing a window of exporting and opening a PW file, acquiring data through a data source and a folder interface, transmitting the data into a control of the data source/folder to construct a structure tree, clicking a node in the control to acquire the data in the current folder, including information of names, descriptions, sizes and the like of all data in the folder, adding the data into the control of the folder/file one by one to form a list, exporting the selected file to the local by using a detection interface, calling a file attachment interface, and attaching the file to Navisway;
and 4, uploading a PW file: initializing an uploading file window, acquiring data through a data source and a folder interface, transmitting the data into a data source/folder control to construct a structure tree, acquiring data in a current folder by using a click node, adding the data into the folder control one by one to form a list, acquiring the data in the current folder, adding a selected file or a local path of the folder into a saving path control, and further realizing the function of creating an uploading file in a specified folder;
step 5, checking in/releasing function: firstly, judging whether a detected file exists locally or not, if so, adding the detected file information into a 'document' control, calling a detected interface, detecting the file, and calling a newly-built version interface, calling a release interface and releasing the file when selecting the 'new version when detecting' control.
Specifically, the specific operations of the project wide Explorer and WXWork collaborative information pushing function are as follows:
adding a button for sending enterprise WeChat Notification in a file and folder menu of ProjectWise Explorer, initializing a message pushing window, acquiring file and folder data and a user list and a user group with permission to the current file and folder by acquiring a file and folder functional interface, acquiring a contact person interface by using WXWork, automatically removing duplication and comparing, acquiring a union set of the user and the user group, acquiring an intersection set of the result and the WXWork acquired contact persons, acquiring all the contact persons, adding the result into a person list control, adding an appointed character string into the message, automatically creating a shortcut file in a background, and finishing the sending of the message through the WXWork text message pushing interface in an https file mode.
Specifically, the specific operations of the project wide Explorer associated file positioning function are as follows:
adding an 'associated file positioning' key to a file menu of the project wise Explorer, clicking the 'associated file positioning' key in the file menu, initializing an 'associated file positioning' window, acquiring data such as file ID (identity) through acquiring a file interface, reading an associated file path in a database, adding the acquired path to an 'associated file list' control, double clicking a node of the 'associated file list' control, and positioning to a selected associated file through accessing the file path interface.
In the description of the present invention, unless otherwise expressly specified or limited, the terms "mounted," "connected," and "fixed" are to be construed broadly, e.g., as meaning either a fixed connection, a removable connection, or an integral part; can be mechanically or electrically connected; either directly or indirectly through intervening media, either internally or in any other relationship. The specific meanings of the above terms in the present invention can be understood in specific cases to those skilled in the art.
The standard parts used in the invention can be purchased from the market, the special-shaped parts can be customized according to the description of the specification and the accompanying drawings, the specific connection mode of each part adopts conventional means such as mature bolts, rivets, welding and the like in the prior art, the machines, the parts and equipment adopt conventional models in the prior art, and the circuit connection adopts the conventional connection mode in the prior art, so that the detailed description is omitted.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (4)
1. The data collaborative design method based on the ProjectWise Explorer is characterized by comprising a ProjectWise Explorer and Navisworth collaborative design function realization process part, a ProjectWise Explorer and WXWork collaborative information pushing function realization part and a ProjectWise Explorer associated file positioning function part;
the realization process part of the collaborative design function of the ProjectWise Explorer and Naviswork is to secondarily develop and integrate Naviswork based on the Bentley ProjectWise Explorer and then process a PW file through the Naviswork;
the project wise Explorer and WXWork collaborative information pushing function realizing part integrates the WXWork secondary development on the project wise Explorer platform, and realizes the pushing of collaborative information through the cooperation of the project wise Explorer and the WXWork collaborative information pushing platform;
the project wise Explorer associated file positioning function part is used for acquiring data such as file ID and the like through acquiring a file interface, reading an associated file path in a database, and positioning a selected associated file through accessing the file path interface.
2. The project wise Explorer-based data collaborative design method according to claim 1, wherein: the method for realizing the collaborative design function of the ProjectWise Explorer and the Naviscerk comprises the following steps:
step 1, logging in a PW account: triggering a login function, initializing ProjectWise Explorer service, calling a ProjectWise Explorer login window, waiting for a user to input required login information, returning data through the login window, acquiring an activated data source, and logging in user information;
step 2, opening a PW file: initializing a window of 'detecting and opening PW files', acquiring data through a data source and a folder interface, transmitting the data into a 'data source/folder' control to construct a structure tree, acquiring information such as name, description, size and the like of the data in the current folder, adding the data into the 'folder/file' control one by one to form a list, adding the list into respective text controls to display the list, detecting a selected file to the local by using a detecting interface when the file is opened, judging the number of the files, calling a file opening interface if the file is a single file, directly opening the file in Navisgork, and adding the file into the Navisgork by calling a file additional interface if the file is a multi-file;
step 3, attaching a PW file: initializing a window of exporting and opening a PW file, acquiring data through a data source and a folder interface, transmitting the data into a control of the data source/folder to construct a structure tree, clicking a node in the control to acquire the data in the current folder, including information of names, descriptions, sizes and the like of all data in the folder, adding the data into the control of the folder/file one by one to form a list, exporting the selected file to the local by using a detection interface, calling a file attachment interface, and attaching the file to Navisway;
and 4, uploading a PW file: initializing an uploading file window, acquiring data through a data source and a folder interface, transmitting the data into a data source/folder control to construct a structure tree, acquiring data in a current folder by using a click node, adding the data into the folder control one by one to form a list, acquiring the data in the current folder, adding a selected file or a local path of the folder into a saving path control, and further realizing the function of creating an uploading file in a specified folder;
step 5, checking in/releasing function: firstly, judging whether a detected file exists locally or not, if so, adding the detected file information into a 'document' control, calling a detected interface, detecting the file, and calling a newly-built version interface, calling a release interface and releasing the file when selecting the 'new version when detecting' control.
3. The project wise Explorer-based data collaborative design method according to claim 1, wherein: the specific operation of the project wise Explorer and WXWork collaborative information pushing function is as follows:
adding a button for sending enterprise WeChat Notification in a file and folder menu of ProjectWise Explorer, initializing a message pushing window, acquiring file and folder data and a user list and a user group with permission to the current file and folder by acquiring a file and folder functional interface, acquiring a contact person interface by using WXWork, automatically removing duplication and comparing, acquiring a union set of the user and the user group, acquiring an intersection set of the result and the WXWork acquired contact persons, acquiring all the contact persons, adding the result into a person list control, adding an appointed character string into the message, automatically creating a shortcut file in a background, and finishing the sending of the message through the WXWork text message pushing interface in an https file mode.
4. The project wise Explorer-based data collaborative design method according to claim 1, wherein: the specific operation of the project wise Explorer associated file positioning function is as follows:
adding an 'associated file positioning' key to a file menu of the project wise Explorer, clicking the 'associated file positioning' key in the file menu, initializing an 'associated file positioning' window, acquiring data such as file ID (identity) through acquiring a file interface, reading an associated file path in a database, adding the acquired path to an 'associated file list' control, double clicking a node of the 'associated file list' control, and positioning to a selected associated file through accessing the file path interface.
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