CN111190598A - Gas turbine monitoring software picture configuration method based on control library drag-type development - Google Patents
Gas turbine monitoring software picture configuration method based on control library drag-type development Download PDFInfo
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Abstract
The invention relates to a configuration method, in particular to a gas turbine monitoring software screen configuration method based on control library drag-type development, and belongs to the technical field of gas turbine monitoring screen configuration. During the development and maintenance of the gas turbine control system, the configuration and debugging of the monitoring software picture of the gas turbine control system are completed by using a standard picture control library provided by a configuration platform through dragging, menu or other secondary development modes; the user can simply train, the requirement on development skills is low, no code needs to be written, the operation and use are simple, and what you see is what you get; the user can concentrate on the work in the aspect of monitoring the business, and the system can be maintained independently without depending on manufacturers, so that the requirement of secondary configuration development in various scenes is met, the requirement of independent maintenance of the user is met, the development efficiency of a monitoring picture is improved, and the development quality is ensured.
Description
Technical Field
The invention relates to a configuration method, in particular to a gas turbine monitoring software screen configuration method based on control library drag-type development, and belongs to the technical field of gas turbine monitoring screen configuration.
Background
With the rapid development of modern industry, the application of human-computer interfaces in the field of industrial control is more and more extensive. The traditional method of the gas turbine monitoring software picture based on the gas turbine control system is that a customized development mode is adopted, requirements are changed in the later period, developers need to develop again, the skill requirements on the developers are high, various development languages need to be skillfully developed, various development and debugging tools need to be skillfully used, the development difficulty is high, the cost is high, and the learning period is long. After delivery, a user cannot independently and autonomously maintain the equipment, the equipment must depend on a manufacturer for maintenance, the upgrade iteration period is long, the efficiency is low, and the requirement of continuous production cannot be met.
Aiming at the problems of more difficult picture, poor expandability, low development speed, high requirement on skills of personnel and the like of the traditional customized development mode of the human-computer interface, how to improve the development efficiency in the picture development process of the gas turbine monitoring software, and meanwhile, the method is convenient, flexible and easy to master enough, meets the requirements of continuous production on the spot of a user and the like, and becomes a technical problem to be solved urgently by technical personnel in the field.
Disclosure of Invention
The invention aims to overcome the defects in the prior art, and provides a fuel machine monitoring software picture configuration method based on control library dragging type development, which can be independently maintained without depending on manufacturers, meets the requirements of secondary configuration development in various scenes, improves the development efficiency of a monitoring picture, and ensures the development quality.
According to the technical scheme provided by the invention, the method for configuring the picture of the gas turbine monitoring software based on control library drag-and-drop development comprises the following steps:
step 1, dividing pages in HMI configuration software of a gas turbine control system according to actual requirements to obtain required pages;
step 2, carrying out attribute configuration on the obtained page;
step 3, after page configuration, storing a configuration result into a configuration area, constructing and instantiating a page space object, judging whether a current user has the authority to check and operate the panel according to page configuration attributes, if so, creating and initializing a page, respectively completing the creation of a page container, a menu and an action event, placing the created page control into the page container of the HMI configuration software main frame, executing the preloading and initialization of page content, and if the page needs to support the dragging configuration of a grouping control, requiring the page control to realize a container identifier query interface during the initialization, and identifying the page as a 'grouping panel container';
step 4, grouping configuration, namely entering a newly created configuration page through a navigation window and configuring a page grouping container;
step 5, the grouping configuration supports the dragging operation, when a certain grouping template control is dragged, the HMI configuration software updates the dragging position of the mouse in real time, meanwhile inquires the container ID of the position, if the container ID required by the control is matched with the container ID of the current position, the dragging icon is updated to be an icon allowing to be added, and if not, the icon is updated to be an icon forbidding to be added; when the dragging operation is released, dynamically creating a grouping example by the HMI configuration software according to the validity of the current position of the mouse, and initializing the position information and default information of the grouping example, wherein the default information is usually stored in a configuration file together with the control template configuration;
step 6, after the grouping instance is created, setting grouping attributes of the attribute configuration window for popping up the grouping instance so as to customize and display the grouping control;
and 7: after the attribute customization is completed, the HMI configuration software automatically creates, loads and displays the grouped container control according to the grouped instantiation data, and simultaneously updates the current page display; the HMI configuration software judges whether the current user has the authority to check and operate the grouping control according to the grouping attributes, if the current user has the authority to operate the grouping control, the HMI configuration software creates and initializes the grouping, respectively completes the creation of a grouping container, a menu and an action event, automatically loads a grouping control class library to a program domain according to the grouping template control configuration information, and ensures that the HMI configuration software achieves the hot update of the control library in the operation process through the dynamic class library loading when the HMI configuration software loads the grouping container control class library once; when the class library is loaded successfully, automatically creating a grouping control instance according to the attribute content defined by the grouping container control template; putting the created grouping control into a configuration page container, and then performing preloading and initialization on grouping content; grouping, if the dragging configuration of the control element is required to be supported, a container identifier query interface is required to be realized during initialization of the grouping control, and the grouping identifier is a grouping category of an instantiated grouping;
and 8: after the grouping configuration is completed, checking configurable control element types under the current grouping type under a template control library corresponding to the grouping type, wherein configuration control element sets contained in different groups are different;
and step 9: finding a control element template item to be configured, dragging the control of the control element template, tracking and displaying a dragging track and position of a mouse in the dragging process, simultaneously judging whether the current control template can be placed at the dragging position in real time, wherein controls in different groups cannot be dragged and dropped in a crossed manner, dynamically creating a control element example according to the position effectiveness after dragging and releasing, and initializing the position information and default information of the control element example, wherein the default information is usually stored in a configuration file together with the control template configuration;
step 10: after creating the control element instance, automatically popping up a property configuration window of the control element instance according to the characteristics of the control element instance, and setting the properties of the control element by a user according to the needs so as to customize and display the control element;
step 11: after attribute customization is completed, software automatically creates, loads and displays control elements according to the grouped instantiation data, and updates the current grouped display; the software judges whether the current user has the authority to check and operate the control according to the properties of the grouped controls, if so, the software is created and initialized, the creation of the controls, menus and action events is respectively completed, the dynamic creation and the hot update of the controls are realized, and the created controls are put into a grouped container;
step 12: and repeating the steps, and monitoring the running state of the whole control system after completing the configuration of all the pages, the groups and the control elements.
In step 1, the divided pages include a main page, a check page before starting or a fault display page.
In the step 2, the page attributes comprise names, categories, permissions, visibility or display sequence; the page name can be displayed on the navigation button, and the display page can be switched through the navigation button; the categories are divided into a navigation category and a popup category, a navigation category page can be browsed through a navigation button, the popup category page is bound with a specific control by setting a page ID (identity) when the control is configured, and a page popup event is triggered when a user clicks the control; visibility can control whether a page is displayed, whether a user can browse and operate the content of the page; the display sequence controls the display sequence of the navigation buttons, the sequence is adjusted according to the importance level or the operation frequency of the experiment, and a user can switch and display among different monitoring pictures according to the experiment requirement in the running process.
In the step 4, the grouping container template library comprises conventions, icons, pictures, alarms, states, mutual exclusion commands, online calibration, analog quantity grouping, discrete quantity grouping or online parameter modification; one page supports one or more of the above categories of grouped template controls.
In step 6, the attributes of the group include name, size, padding, whether to display a title, authority, group parameters or display characteristics.
The invention has the advantages that: during development and maintenance of the gas turbine control system, configuration and debugging of a monitoring software picture of the gas turbine control system are completed by using a standard picture control library provided by a configuration platform through dragging, menu or other secondary development modes; the user can simply train, the requirement on development skills is low, no code needs to be written, the operation and use are simple, and what you see is what you get; the user can concentrate on the work in the aspect of monitoring the business, and the system can be maintained independently without depending on manufacturers, so that the requirement of secondary configuration development in various scenes is met, the requirement of independent maintenance of the user is met, the development efficiency of a monitoring picture is improved, and the development quality is ensured.
Drawings
FIG. 1 is a diagram illustrating a hierarchical configuration of screen configurations according to the present invention.
FIG. 2 is a diagram of a hierarchical nesting relationship of screen configurations according to the present invention.
FIG. 3 is a diagram of configuration control library categories and inclusion relationships according to the present invention.
FIG. 4 is a flowchart of a group container/control element drag configuration according to the present invention.
Detailed Description
The invention is further illustrated by the following specific figures and examples.
In order to autonomously maintain without depending on manufacturers, meet the requirements of secondary configuration development in various scenes, improve the development efficiency of a monitoring picture and ensure the development quality, the picture configuration method comprises the following steps:
step 1, dividing pages in HMI configuration software of a gas turbine control system according to actual requirements to obtain required pages;
in the specific implementation, before the screen configuration, the creation of the item, the configuration of the device receiving and sending protocol, the process and the manner of creating the item, the configuration of the device, and the configuration of the device receiving and sending protocol are all consistent with those of the prior art, which are well known in the art and will not be described herein again.
In the embodiment of the present invention, the screen configuration performs classification organization and configuration of information according to hierarchical structures such as pages, groups, and control elements, as shown in fig. 1. The monitoring picture comprises a plurality of pages, each page comprises one or more groups, each group comprises one or more control elements, the pages and the groups are container type controls and are nested layer by layer, the picture information is classified, organized and displayed, and a user can conveniently and rapidly search and position the information, as shown in fig. 2.
The page serves as a top-level container, the configured page set can be switched and displayed in the active partition, and can be switched to different display pages along with the navigation operation of the navigation partition. The page carries out specific content division according to system requirements, such as auxiliary machine components, test subjects, function categories and the like, and a complete combustion engine monitoring picture at least comprises picture content of one page so as to meet the requirements of combustion engine running state monitoring, control and the like.
In specific implementation, the divided pages comprise a main page, a check page before starting or a fault display page.
Step 2, carrying out attribute configuration on the obtained page;
specifically, the page attributes include name, category, permission, visibility, or display order; the page name can be displayed on the navigation button, and the display page can be switched through the navigation button; the categories are divided into a navigation category and a popup category, a navigation category page can be browsed through a navigation button, the popup category page is bound with a specific control by setting a page ID (identity) when the control is configured, and a page popup event is triggered when a user clicks the control; visibility can control whether a page is displayed, whether a user can browse and operate the content of the page; the display sequence controls the display sequence of the navigation buttons, the sequence is adjusted according to the importance level or the operation frequency of the experiment, and a user can switch and display among different monitoring pictures according to the experiment requirement in the running process.
Step 3, after page configuration, storing a configuration result into a configuration area, constructing and instantiating a page space object, judging whether a current user has the authority to check and operate the panel according to page configuration attributes, if so, creating and initializing a page, respectively completing the creation of a page container, a menu and an action event, placing the created page control into the page container of the HMI configuration software main frame, executing the preloading and initialization of page content, and if the page needs to support the dragging configuration of a grouping control, requiring the page control to realize a container identifier query interface during the initialization, and identifying the page as a 'grouping panel container';
specifically, the newly created page content is empty for page content configuration as needed.
Step 4, grouping configuration, namely entering a newly created configuration page through a navigation window and configuring a page grouping container;
specifically, the grouping container template library comprises conventions, icons, pictures, alarms, states, mutual exclusion commands, online calibration, analog quantity grouping, discrete quantity grouping or online parameter modification; one page supports one or more of the above categories of grouped template controls.
The grouping container control is designed in a classification mode according to the project characteristics of the combustion engine, different categories have different display styles, the different categories correspond to different data display formats and control organization modes, each grouping container can contain one or more sub-control templates, each grouping container control template provides a grouping icon, and the icons can visually feed back the operation use characteristics of the grouping container controls. The control library of the grouping container comprises the groupings of conventions, graphs, pictures, alarms, states, mutual exclusion commands, online calibration, analog quantity grouping, discrete quantity grouping, online parameter modification and the like, and as shown in fig. 3, the control of the grouping container can be dynamically created in modes of dragging, menus and the like.
Different groups contain different types of control sub-elements, and the configuration of the controls can be performed only after the grouping configuration is completed. The method comprises the following steps of classifying controls according to data types and input and output directions, wherein the control types are divided into template types such as switching value input, switching value output, command value, analog value receiving, analog value sending, text display, character string display and character string sending, and the controls in different groups cannot be dragged and dropped in a crossed manner; the different groups of grouping container templates contain configurable control element template sets.
Step 5, the grouping configuration supports the dragging operation, when a certain grouping template control is dragged, the HMI configuration software updates the dragging position of the mouse in real time, meanwhile inquires the container ID of the position, if the container ID required by the control is matched with the container ID of the current position, the dragging icon is updated to be an icon allowing to be added, and if not, the icon is updated to be an icon forbidding to be added; when the dragging operation is released, dynamically creating a grouping example by the HMI configuration software according to the validity of the current position of the mouse, and initializing the position information and default information of the grouping example, wherein the default information is usually stored in a configuration file together with the control template configuration;
specifically, the screen configuration platform provides a rich and verified graphic control element library, such as instruments, trends, alarms and the like, and provides rich and various combined display modes. The user can complete the addition of the control element only by dragging the control element to a specified position or a menu and associating the data source in the attribute setting. The control templates of the control element template library all have corresponding icons and description information of the control elements, and a user can quickly know and position the control through the control icon or the description information on the control in the configuration process, so that the configuration efficiency of the control elements is improved.
The control element attributes are used for representing the characteristics of the control, and when the control element configuration is carried out, the attributes of the control elements included in different groups are different. The properties of the controls within the grouping may inherit characteristics of the grouping, such as fonts of the controls within the grouping, and so on. The rich expression forms of the control can be achieved through the setting of the control properties, and the diversified monitoring requirements can be met.
Step 6, after the grouping instance is created, setting grouping attributes of the attribute configuration window for popping up the grouping instance so as to customize and display the grouping control;
specifically, the attributes of the packet include a name, a size, padding, whether a title is displayed, a right, a packet parameter, or a display characteristic.
And 7: after the attribute customization is completed, the HMI configuration software automatically creates, loads and displays the grouped container control according to the grouped instantiation data, and simultaneously updates the current page display; the HMI configuration software judges whether the current user has the authority to check and operate the grouping control according to the grouping attributes, if the current user has the authority to operate the grouping control, the HMI configuration software creates and initializes the grouping, respectively completes the creation of a grouping container, a menu and an action event, automatically loads a grouping control class library to a program domain according to the grouping template control configuration information, and ensures that the HMI configuration software achieves the hot update of the control library in the operation process through the dynamic class library loading when the HMI configuration software loads the grouping container control class library once; when the class library is loaded successfully, automatically creating a grouping control instance according to the attribute content defined by the grouping container control template; putting the created grouping control into a configuration page container, and then performing preloading and initialization on grouping content; grouping, if the dragging configuration of the control element is required to be supported, a container identifier query interface is required to be realized during initialization of the grouping control, and the grouping identifier is a grouping category of an instantiated grouping;
and 8: after the grouping configuration is completed, checking configurable control element types under the current grouping type under a template control library corresponding to the grouping type, wherein configuration control element sets contained in different groups are different;
and step 9: finding a control element template item to be configured, dragging the control of the control element template, tracking and displaying a dragging track and position of a mouse in the dragging process, simultaneously judging whether the current control template can be placed at the dragging position in real time, wherein controls in different groups cannot be dragged and dropped in a crossed manner, dynamically creating a control element example according to the position effectiveness after dragging and releasing, and initializing the position information and default information of the control element example, wherein the default information is usually stored in a configuration file together with the control template configuration;
step 10: after creating the control element instance, automatically popping up a property configuration window of the control element instance according to the characteristics of the control element instance, and setting the properties of the control element by a user according to the needs so as to customize and display the control element;
in particular, in addition to text display class controls, other control elements typically need to be bound to the data source, such as to reference a specific signal field; the attributes of the control elements included in different groups are different, the attributes of the control elements are divided into two categories, namely basic attributes and custom attributes, the basic attributes of the control elements in different groups are kept consistent, and the basic attributes usually comprise size, color, display types, channel types, data display precision and the like; the customized data has different contents according to different groups, such as a conventional group containing a popup page ID, a grouping parameter, a file path and the like.
Step 11: after attribute customization is completed, software automatically creates, loads and displays control elements according to the grouped instantiation data, and updates the current grouped display; the software judges whether the current user has the authority to check and operate the control according to the properties of the grouped controls, if so, the software is created and initialized, the creation of the controls, menus and action events is respectively completed, the dynamic creation and the hot update of the controls are realized, and the created controls are put into a grouped container;
as shown in fig. 4, the process of dragging, configuring and dynamically creating control elements is described. The specific process is as follows:
step 11.1, selecting a grouping container/control element template;
step 11.2, starting dragging;
11.3, judging the validity of the dragging position in real time, and jumping to the step 11.2 when the dragging position is not valid, otherwise, entering the step 11.4;
step 11.4, releasing the dragging;
step 11.5, judging whether the position is effective, if so, entering step 11.6, otherwise, entering step 11.14;
step 11.6, judging whether the control library is successfully loaded, if not, entering step 11.7, otherwise, entering step 11.8;
step 11.7, loading a control library;
step 11.8, searching the template control construction attribute;
step 11.9, dynamically creating a control data instance according to the attributes;
step 11.10, popping up an attribute configuration window;
step 11.11, updating the attribute of the data instance;
step 11.12, dynamically creating a control;
step 11.13, updating the father container control;
and step 11.14, ending.
Step 12: and repeating the steps, and monitoring the running state of the whole control system after completing the configuration of all the pages, the groups and the control elements.
Specifically, in the loading and running processes, the picture configuration is automatically loaded, the corresponding data source address is bound and monitored, and the values and the states of the control elements are periodically updated and controlled to be output according to the scheduling period.
Claims (5)
1. A gas turbine monitoring software picture configuration method based on control library drag-and-drop development is characterized by comprising the following steps:
step 1, dividing pages in HMI configuration software of a gas turbine control system according to actual requirements to obtain required pages;
step 2, carrying out attribute configuration on the obtained page;
step 3, after page configuration, storing a configuration result into a configuration area, constructing and instantiating a page space object, judging whether a current user has the authority to check and operate the panel according to page configuration attributes, if so, creating and initializing a page, respectively completing the creation of a page container, a menu and an action event, placing the created page control into the page container of the HMI configuration software main frame, executing the preloading and initialization of page content, and if the page needs to support the dragging configuration of a grouping control, requiring the page control to realize a container identifier query interface during the initialization, and identifying the page as a 'grouping panel container';
step 4, grouping configuration, namely entering a newly created configuration page through a navigation window and configuring a page grouping container;
step 5, the grouping configuration supports the dragging operation, when a certain grouping template control is dragged, the HMI configuration software updates the dragging position of the mouse in real time, meanwhile inquires the container ID of the position, if the container ID required by the control is matched with the container ID of the current position, the dragging icon is updated to be an icon allowing to be added, and if not, the icon is updated to be an icon forbidding to be added; when the dragging operation is released, dynamically creating a grouping example by the HMI configuration software according to the validity of the current position of the mouse, and initializing the position information and default information of the grouping example, wherein the default information is usually stored in a configuration file together with the control template configuration;
step 6, after the grouping instance is created, setting grouping attributes of the attribute configuration window for popping up the grouping instance so as to customize and display the grouping control;
and 7: after the attribute customization is completed, the HMI configuration software automatically creates, loads and displays the grouped container control according to the grouped instantiation data, and simultaneously updates the current page display; the HMI configuration software judges whether the current user has the authority to check and operate the grouping control according to the grouping attributes, if the current user has the authority to operate the grouping control, the HMI configuration software creates and initializes the grouping, respectively completes the creation of a grouping container, a menu and an action event, automatically loads a grouping control class library to a program domain according to the grouping template control configuration information, and ensures that the HMI configuration software achieves the hot update of the control library in the operation process through the dynamic class library loading when the HMI configuration software loads the grouping container control class library once; when the class library is loaded successfully, automatically creating a grouping control instance according to the attribute content defined by the grouping container control template; putting the created grouping control into a configuration page container, and then performing preloading and initialization on grouping content; grouping, if the dragging configuration of the control element is required to be supported, a container identifier query interface is required to be realized during initialization of the grouping control, and the grouping identifier is a grouping category of an instantiated grouping;
and 8: after the grouping configuration is completed, checking configurable control element types under the current grouping type under a template control library corresponding to the grouping type, wherein configuration control element sets contained in different groups are different;
and step 9: finding a control element template item to be configured, dragging the control of the control element template, tracking and displaying a dragging track and position of a mouse in the dragging process, simultaneously judging whether the current control template can be placed at the dragging position in real time, wherein controls in different groups cannot be dragged and dropped in a crossed manner, dynamically creating a control element example according to the position effectiveness after dragging and releasing, and initializing the position information and default information of the control element example, wherein the default information is usually stored in a configuration file together with the control template configuration;
step 10: after creating the control element instance, automatically popping up a property configuration window of the control element instance according to the characteristics of the control element instance, and setting the properties of the control element by a user according to the needs so as to customize and display the control element;
step 11: after attribute customization is completed, software automatically creates, loads and displays control elements according to the grouped instantiation data, and updates the current grouped display; the software judges whether the current user has the authority to check and operate the control according to the properties of the grouped controls, if so, the software is created and initialized, the creation of the controls, menus and action events is respectively completed, the dynamic creation and the hot update of the controls are realized, and the created controls are put into a grouped container;
step 12: and repeating the steps, and monitoring the running state of the whole control system after completing the configuration of all the pages, the groups and the control elements.
2. The configuration method of the internal combustion engine monitoring software picture based on control library drag-and-drop development of claim 1, which is characterized in that: in step 1, the divided pages include a main page, a check page before starting or a fault display page.
3. The configuration method of the internal combustion engine monitoring software picture based on control library drag-and-drop development of claim 1, which is characterized in that: in the step 2, the page attributes comprise names, categories, permissions, visibility or display sequence; the page name can be displayed on the navigation button, and the display page can be switched through the navigation button; the categories are divided into a navigation category and a popup category, a navigation category page can be browsed through a navigation button, the popup category page is bound with a specific control by setting a page ID (identity) when the control is configured, and a page popup event is triggered when a user clicks the control; visibility can control whether a page is displayed, whether a user can browse and operate the content of the page; the display sequence controls the display sequence of the navigation buttons, the sequence is adjusted according to the importance level or the operation frequency of the experiment, and a user can switch and display among different monitoring pictures according to the experiment requirement in the running process.
4. The configuration method of the internal combustion engine monitoring software picture based on control library drag-and-drop development of claim 1, which is characterized in that: in the step 4, the grouping container template library comprises conventions, icons, pictures, alarms, states, mutual exclusion commands, online calibration, analog quantity grouping, discrete quantity grouping or online parameter modification; one page supports one or more of the above categories of grouped template controls.
5. The configuration method of the internal combustion engine monitoring software picture based on control library drag-and-drop development of claim 1, which is characterized in that: in step 6, the attributes of the group include name, size, padding, whether to display a title, authority, group parameters or display characteristics.
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