CN108038144B - Method and tool for quickly modifying man-machine interaction engineering information of complex system - Google Patents
Method and tool for quickly modifying man-machine interaction engineering information of complex system Download PDFInfo
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- CN108038144B CN108038144B CN201711223693.0A CN201711223693A CN108038144B CN 108038144 B CN108038144 B CN 108038144B CN 201711223693 A CN201711223693 A CN 201711223693A CN 108038144 B CN108038144 B CN 108038144B
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Abstract
The invention provides a method for quickly modifying man-machine interaction engineering information of a complex system, which is implemented after synchronizing equipment library engineering data of IAPP plant software and IAPP view software; providing a search bar and a replacement bar in IAPIView software, acquiring the search condition of an interface after a user inputs the search condition and selects a search range, and traversing gra format picture files under all engineering pictures according to the search condition; traversing all element structures in each picture, adding elements meeting the search conditions into a search result set list, returning and displaying the search result set list in an IAPview software interface; replacing the original component data structure with the replaced new component data structure set by the user; and storing the replaced new element data structure into the picture file, and ending. The invention can quickly realize the quick modification of the man-machine interaction engineering information of the complex system, thereby realizing the quick configuration and debugging of the engineering and being convenient for users to use to a certain extent.
Description
Technical Field
The invention relates to the technical field of industrial automation control, in particular to a method and a tool for quickly modifying man-machine interaction engineering information of a complex system.
Background
In the technical field of industrial automation control, at present, long time is needed for modifying the man-machine interaction engineering information of a complex system, the modification process is complex, elements needing to be modified need to be found from a plurality of pictures and then are modified one by one, and the efficiency is low. It is therefore difficult to achieve rapid modification of human-machine interaction engineering information in complex systems.
Disclosure of Invention
The technical problem to be solved by the present invention is to provide a method and a tool for quickly modifying the human-computer interaction engineering information of a complex system, so as to quickly modify the human-computer interaction engineering information of the complex system, thereby realizing quick configuration and debugging of the engineering, and facilitating the use of the user to a certain extent.
The method of the invention is realized as follows: a method for quickly modifying man-machine interaction engineering information of a complex system comprises the following steps:
step S1, opening and running the equipment library project corresponding to the human-computer interaction project needing to be modified in the IAPP plant software, then opening the equipment library project needing to be modified in the IAPP view software and successfully carrying out data synchronization; after software is opened, firstly, selecting a human-computer interaction project needing to quickly modify project information;
step S2, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s3, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing the gra format picture files under all the engineering pictures according to the search condition;
step S4, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S5, returning and displaying the search result set list in an IAPview software interface;
step S6, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S7, replacing the original component data structure with the replaced new component data structure set by the user;
step S8, the replaced new component data structure is saved in the screen file, and the process ends.
A log function button is further provided in the IAPview software interface, so that a user can check the replacement record.
The tool of the invention is realized as follows: a tool for rapid modification of complex system human-machine interaction engineering information having computer instructions which when executed by a processor implement the steps of:
step S10, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s20, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing the gra format picture files under all the engineering pictures according to the search condition;
step S30, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S40, returning and displaying the search result set list in an IAPview software interface;
step S50, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S60, the replaced new component data structure set by the user is replaced with the original component data structure.
A log function button is also provided in the IAPview software interface for a user to view replacement records.
The invention has the following advantages: the method and the tool can quickly realize quick modification of man-machine interaction engineering information of a complex system, can search all elements meeting the search conditions by setting the search conditions, can singly select one or more search results in the search results for replacement, can select all search contents for replacement by clicking full selection, and have higher rapidity, degree of freedom and adaptability.
Drawings
The invention will be further described with reference to the following examples with reference to the accompanying drawings.
FIG. 1 is a flowchart illustrating the steps of an embodiment of a tool for quickly modifying human-machine interaction engineering information of a complex system according to the present invention.
FIG. 2 is a flowchart illustrating background search execution according to an embodiment of the tool for quickly modifying human-computer interaction engineering information in a complex system.
FIG. 3 is a flowchart illustrating a background replacement execution process of an embodiment of the tool for quickly modifying human-computer interaction engineering information of a complex system according to the present invention.
Detailed Description
The invention discloses a method for quickly modifying man-machine interaction engineering information of a complex system, which comprises the following steps:
step S1, opening and operating the equipment library engineering corresponding to the human-computer interaction engineering needing to be modified in the IAPP plant software, then opening the equipment library engineering needing to be modified in the IAPP view software and successfully carrying out data synchronization, so that the equipment library engineering data of the IAPP plant software and the IAPP view software are synchronized; after software is opened, firstly, selecting a human-computer interaction project needing to quickly modify project information;
step S2, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s3, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing the gra format picture files under all the engineering pictures according to the search condition;
step S4, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S5, returning and displaying the search result set list in an IAPview software interface;
step S6, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S7, replacing the original component data structure with the replaced new component data structure set by the user;
step S8, the replaced new component data structure is saved in the screen file, and the process ends.
A log function button is further provided in the IAPview software interface, so that a user can check the replacement record.
The invention relates to a tool for quickly modifying man-machine interaction engineering information of a complex system, which is provided with computer instructions, wherein the computer instructions realize the following steps when being executed by a processor:
step S10, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s20, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing the gra format picture files under all the engineering pictures according to the search condition;
step S30, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S40, returning and displaying the search result set list in an IAPview software interface;
step S50, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S60, the replaced new component data structure set by the user is replaced with the original component data structure.
The quick modification tool for the man-machine interaction engineering information of the complex system also provides a log function button in the IAPview software interface for a user to check the replacement record.
The quick modification tool can be named as a PageModify element replacement tool, elements meeting the search conditions can be completely searched out by setting the search conditions, then one or more search results can be selected independently from the search results for replacement, or all search contents can be selected for replacement by clicking full selection, so that the quick modification tool has high rapidity, freedom and adaptability. The usage steps of the PageModify component replacement tool are shown in fig. 1:
(1) and opening and operating the equipment library engineering corresponding to the human-computer interaction engineering required to be modified by the IAPP plant.
(2) IAPview software opens the project that needs to be modified and successfully synchronizes the data.
(3) And opening a PageModify element replacement tool and selecting the human-computer interaction engineering needing to be modified.
(4) In the column of "search condition", a search condition is entered, and a search result appears by clicking a "search" button after selecting a search range.
(5) Content that is desired to be replaced is selected in the search results.
(6) In the "replace" column, the item to be replaced is selected first, and then the content to be replaced is selected from the corresponding item.
(7) After confirming that the contents before and after replacement are correct, the replacement can be completed by clicking the replacement button, and meanwhile, the 'open log' button can be clicked to check the replacement record.
(8) When the project is modified, the IAPview needs to store the project and then reopen the project, so that the modified content can be checked.
The background search execution flow of the PageModify element replacement tool is shown in FIG. 2:
1) starting, after a user inputs a search condition and selects a search range, acquiring the search condition of an interface, and traversing gra format picture files under all engineering pictures according to the search condition;
2) traversing all element structures in each picture, comparing each element, adding the elements meeting the search conditions into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the conditions;
3) and returning and displaying the search result set list in an IAPview software interface.
The background replacement execution flow of the PageModify element replacement tool is shown in FIG. 3:
1) circularly searching a result set list, and acquiring information such as a picture, a storage position and the like of each element in the search result set list;
2) replacing the original element data structure with the replaced new element data structure set by the user;
3) and storing the replaced new element data structure into the picture file.
Although specific embodiments of the invention have been described above, it will be understood by those skilled in the art that the specific embodiments described are illustrative only and are not limiting upon the scope of the invention, and that equivalent modifications and variations can be made by those skilled in the art without departing from the spirit of the invention, which is to be limited only by the appended claims.
Claims (4)
1. A method for quickly modifying man-machine interaction engineering information of a complex system is characterized by comprising the following steps: the method comprises the following steps:
step S1, opening and running the equipment library project corresponding to the human-computer interaction project to be modified in the IAPP plant software, then opening the equipment library project to be modified in the IAPP view software and successfully carrying out data synchronization; after software is opened, firstly, selecting a human-computer interaction project needing to quickly modify project information;
step S2, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s3, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing all gra format picture files under the human-computer interaction engineering picture needing to quickly modify the engineering information according to the search condition;
step S4, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S5, returning and displaying the search result set list in an IAPview software interface;
step S6, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S7, replacing the original component data structure with the replaced new component data structure set by the user;
step S8, the replaced new component data structure is saved in the screen file, and the process ends.
2. The method for rapidly modifying the human-computer interaction engineering information of the complex system according to the claim 1, wherein the method comprises the following steps: a log function button is further provided in the IAPview software interface, so that a user can check the replacement record.
3. A tool for quickly modifying man-machine interaction engineering information of a complex system is provided with computer instructions and is characterized in that: the instructions when executed by the processor implement the steps of:
step S10, providing a search bar and a replacement bar in an IAPview software interface for a user to set a search condition and a search range and to set a new element data structure after replacement;
s20, after the user inputs the search condition and selects the search range, obtaining the search condition of the interface, traversing all gra format picture files under the human-computer interaction engineering picture needing to quickly modify the engineering information according to the search condition;
step S30, traversing all element structures in each picture, comparing each element, adding the elements meeting the search condition into a search result set list, and recording the picture, the storage position and the current data structure of the elements meeting the condition;
step S40, returning and displaying the search result set list in an IAPview software interface;
step S50, circulating the search result set list, and acquiring the information such as the picture and the storage position of each element in the search result set list;
step S60, the replaced new component data structure set by the user is replaced with the original component data structure.
4. The tool for rapidly modifying the human-computer interaction engineering information of the complex system according to claim 3, wherein: a log function button is also provided in the IAPview software interface for a user to view replacement records.
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| US7165041B1 (en) * | 1999-05-27 | 2007-01-16 | Accenture, Llp | Web-based architecture sales tool |
| US7921375B2 (en) * | 2005-12-16 | 2011-04-05 | Microsoft Corporation | Integrating user interfaces from one application into another |
| CN102012896B (en) * | 2010-12-29 | 2012-11-21 | 深圳市五巨科技有限公司 | Method and device for realizing bulk editing of file contents |
| CN103903291B (en) * | 2012-12-24 | 2017-05-31 | 阿里巴巴集团控股有限公司 | A kind of method and apparatus of automatic modification picture |
| CN104134109A (en) * | 2014-06-24 | 2014-11-05 | 青岛海信网络科技股份有限公司 | Engineering configuration method and engineering configuration system integrating version management |
| CN105677303B (en) * | 2014-11-17 | 2018-08-24 | 中国科学院沈阳计算技术研究所有限公司 | A kind of design method of configuration software picture editing tool |
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