CN115185509A - Index picture configuration method - Google Patents
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Abstract
The invention provides an index picture configuration method, which comprises the following steps: s100: receiving an operation that a user drags a component drawing assembly to a component drawing area so as to realize drawing of a component; s200: performing component configuration on the drawn components, and storing the configured components into a component library; s300: establishing data mapping for the configured components according to the configured template variables, and finishing the establishment of the mapping after binding data points for calling in the construction of the picture; s400: receiving the operation that a user drags a component or a basic picture drawing assembly in a component library to a picture drawing area so as to realize the drawing of a picture; s500: and carrying out picture configuration on the drawn picture to complete the establishment of the picture. The method provided by the invention can be used for rapidly configuring the off-line index picture, increasing the reusability of components, accelerating the picture development efficiency, reducing the professional requirements on workers and enabling the workers to be more concentrated on the business.
Description
Technical Field
The invention relates to the technical field of index pictures, in particular to an index picture configuration method.
Background
In the overhaul process of the nuclear power plant, business personnel need to display various indexes related to production links such as maintenance, operation, planning and equipment management of the nuclear power plant, so that an index picture needs to be constructed. At present, generally, a set of software needs to be developed for index display aiming at each operation scene, so that the reusability of codes is low, and the development and maintenance costs are high. In addition, as repeated development is needed, professional requirements on business personnel are high, and the business personnel cannot concentrate on the business, so that the workload is increased.
Disclosure of Invention
The invention aims to overcome the defects in the prior art, and provides an index picture configuration method, which can be used for rapidly configuring an off-line index picture, increasing the reusability of components, accelerating the picture development efficiency, reducing the professional requirements on workers and enabling the workers to concentrate on the service.
In order to achieve the above purpose, the invention provides the following technical scheme:
a pointer picture configuration method includes the following steps:
s100: receiving an operation that a user drags a component drawing assembly to a component drawing area so as to realize drawing of a component;
s200: carrying out component configuration on the drawn components, and storing the configured components into a component library;
s300: establishing data mapping for the configured components according to the configured template variables, and finishing the establishment of the mapping after binding data points for calling in the construction of the picture;
s400: receiving the operation that a user drags a component or a basic picture drawing assembly in a component library to a picture drawing area so as to realize drawing of a picture;
s500: and carrying out picture configuration on the drawn picture to complete the establishment of the picture.
In step S100, the part drawing component at least includes a basic control, a complex control, a customized part, and a basic part built by a basic primitive.
In step S200, the component configuration includes an appearance configuration, a template variable configuration, and an attribute configuration.
Step S200 specifically includes:
s210: carrying out appearance configuration on the drawn part;
s220: and carrying out template variable configuration and attribute configuration on the part after appearance configuration is finished.
The appearance configuration includes a style configuration of the part, a text configuration of the part, and a layout configuration of the part.
The process of template variable configuration and attribute configuration comprises the following steps: the configuration of template variables of basic components, basic controls, complex controls, the configuration of state events and interaction events, and the configuration of template variables of customized components.
In step S400, the basic screen drawing component includes a basic primitive, a basic control, a complex control, and a customized component.
Step S500 specifically includes:
s510: carrying out appearance configuration on the drawn picture;
s520: and performing attribute configuration on the components after appearance configuration is completed.
In step S510, the appearance configuration includes a style configuration of the screen, a text configuration of the screen, and a layout configuration of the screen.
In step S520, the attribute configuration includes configuration of a selection map of a component dragged into the drawing area of the screen and a click event, and configuration of a state event and an interaction event of a basic primitive, a basic control and a complex control.
In step S500, the screen configuration includes configuration of a selection map of a component dragged into the screen drawing area and a click event, and configuration of an appearance and attribute of the basic screen drawing component.
The index screen configuration method further includes the steps of:
s600: giving an initial value to the data mapping point of the part in the selected configured picture, returning the URL address of the debugging picture, and then performing off-line debugging on the picture;
s700: and after downloading the picture, returning to the access address, and transmitting and displaying the real data.
Compared with the prior art, the index picture configuration method provided by the invention has the following beneficial effects:
according to the index picture configuration method provided by the invention, the off-line index picture configuration can be rapidly carried out by combining the developed components according to the display requirements of the indexes, and the off-line index picture configuration method is used after debugging and downloading, so that the reusability of the components is increased, the picture development efficiency is accelerated, the IT and instrumentation knowledge requirements on workers are reduced, and the workers can be more concentrated on the business.
Firstly, drawing a component by a visual means, configuring template variables, static characteristics and dynamic attributes on the component, completing the establishment of the component, and storing the component in a component library; combining template variables defined in component design, and combining different power plants and unit information to select different points, so as to establish data mapping, wherein one component can establish a plurality of groups of data mapping; when the picture is established, firstly drawing the picture according to the components in the component library, selecting the previously established data mapping, and then configuring various static characteristics and dynamic attributes on the picture to complete the development of the off-line picture; after offline debugging is carried out on the offline picture, downloading operation is carried out, and the generation of the index picture is realized. Therefore, different data mappings can be configured for the developed components, and the index pictures are combined to form the index pictures, so that the reusability of the components is increased, repeated development is avoided, the development efficiency is improved, the development cost is reduced, the professional requirements on workers are reduced, and the workers can be more concentrated on the business.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the embodiments or the prior art descriptions will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
Fig. 1 is a flowchart of an index screen configuration service according to an embodiment of the present invention;
FIG. 2 is a flow diagram of component development provided by an embodiment of the present invention;
fig. 3 is a flowchart of screen development according to an embodiment of the present invention.
Detailed Description
The following is a more detailed description of the present invention by way of specific embodiments.
As shown in fig. 1 to 3, the present invention provides a pointer screen configuration method, which includes the following steps:
s100, receiving an operation that a user drags a component drawing assembly to a component drawing area to realize drawing of a component;
s200, carrying out component configuration on the drawn components, and storing the configured components into a component library, wherein the component configuration comprises appearance configuration, template variable configuration and attribute configuration;
s300, establishing data mapping for the configured component according to the configured template variable, and after binding data points, completing the establishment of the mapping for calling in picture construction;
s400, receiving an operation that a user drags a component or a basic picture drawing assembly in a component library to a picture drawing area to realize drawing of a picture;
and S500, carrying out picture configuration on the drawn picture to complete the establishment of the picture, wherein the picture configuration comprises the configuration of selection mapping and click events of components dragged into the picture drawing area, and the appearance configuration and attribute configuration of the basic picture drawing assembly.
In the embodiment, a part is drawn by a visual means, and after template variables, static characteristics and dynamic attributes are configured on the part, the part is built and stored in a part library; combining template variables defined in component design, and combining different power plant and unit information to select different points, so as to establish data mapping, and one component can establish multiple groups of data mapping; when the picture is established, firstly drawing the picture according to the components in the component library, selecting the previously established data mapping, and then configuring various static characteristics and dynamic attributes on the picture to complete the development of the off-line picture; after offline debugging is carried out on the offline picture, downloading operation is carried out, and the generation of the index picture is realized. Therefore, different data mappings can be configured for the developed components, and the index pictures are combined to form the index pictures, so that the reusability of the components is increased, repeated development is avoided, the development efficiency is improved, the development cost is reduced, the professional requirements on workers are reduced, and the workers can be more concentrated on the business. In addition, the index picture configuration method provided by the embodiment of the invention supports the fusion of the relational data visualization technology and the time sequence data visualization technology, can display two types of data in the same view, and can meet the picture construction requirements of occasions with various overhaul data types, complex requirements and the like.
In some embodiments, in step S100, the part drawing component includes at least a basic control, a complex control, a customized part, and a basic part built from basic primitives.
Specifically, when the component is drawn, the component is drawn by dragging a basic primitive, a basic control, a complex control and a customized component to a component drawing area, and the basic control, the complex control, the customized component and the basic component are combined to obtain the required component. The basic components are formed by dragging mxGraph basic primitives such as lines, surfaces, arrows and flowcharts to a drawing area and then combining the mxGraph basic primitives with the mxGraph basic primitives. The basic controls comprise mxGraph own controls such as text boxes and tables. The complex control comprises a line graph, a pie graph, a drop-down box and the like, and when the complex control is generated, the ECharts graph is converted into an SVG file and then converted into Base64 codes (picture format), so that the complex control is obtained. The customized component is a component drawing component that can be used only by external import, and is imported by attributes such as a component URL (an address specified by an import third party), a configuration URL, a download URL, a definition template variable, and an occupation bitmap at the time of import. After the importing is successful, the placeholder map of the part can be directly dragged to the picture drawing area, so that the part is generated.
Step S200 is to perform component configuration on the drawn component and import the configured component into the component library. In some embodiments, step S200 specifically includes:
s210, performing appearance configuration on the drawn part, wherein the appearance configuration comprises style configuration of the part, text configuration of the part and layout configuration of the part;
s220, carrying out template variable configuration and attribute configuration on the component after the appearance configuration is finished, wherein the process of the template variable configuration and the attribute configuration comprises the following steps: the configuration of template variables of basic components, basic controls, complex controls, the configuration of state events and interaction events, and the configuration of template variables of customized components.
In this embodiment, the appearance configuration of the component is to configure the static attribute of the component. Wherein, the appearance configuration is modified through the self-carried attribute of the mxGraph framework, and comprises the style configuration of the component, the text configuration of the component and the layout configuration of the component. Specifically, the style configuration of the part includes a color configuration (e.g., primitive, fill color of the control), a border configuration (e.g., primitive, control border type and thickness), and a transparency configuration (e.g., transparency of the primitive, control). The text configuration of the part includes font configuration (configuration such as font style, thickness, size, etc.), font color configuration (for adjusting font color), background color configuration (for adjusting text background color), border color configuration (for adjusting text border color), and auto-wrapping configuration (for configuring whether text is automatically wrapped). Layout configurations include top-or bottom-placed configurations (e.g., primitives, spatial top-or bottom-placed configurations), position configurations (e.g., configurations of distances between primitives, controls, and top or left portions), size configurations (e.g., configurations of widths and heights of primitives, controls), angle configurations (e.g., configurations of rotation angles of primitives, controls), and flip configurations (e.g., configurations of horizontal or vertical flips of primitives, controls).
Further, the template variable and attribute configuration of the component is for performing configuration of the template variable, the state event and the interaction event. For a basic component, a basic control and a complex control, three attributes can be configured, and a customized component completes template variable configuration when being imported, so that only the configuration of the template variables can be performed. In particular, the method comprises the following steps of,
the template variable configuration is a configuration for organizing variables into data points in a data map by configuring the components with common template variables in a property bar, and the template variable configuration only defines the names, data types (such as real-time data, historical data and relational data) and descriptions of the variables. According to the embodiment of the invention, by configuring the template variables of the component, different data sources can be bound according to different requirements to adjust the property of the component, and then the picture is constructed, so that repeated development is avoided.
The configuration of the state event is used for defining the state event of a certain combined body or a single primitive, wherein the state event comprises color change, flicker, text, borders and hiding, all the events can be defined by conditions or self-writing scripts, and in addition, the invention can add a plurality of state events in one state according to the difference of the primitives. Specifically, the configuration of the state event must be defined on the basis of checking primitives in the assembly and selecting template variables, and the condition of the state event may be added with multiple pieces and establish a relation with or without. After the running state picture is accessed with real data, the graphics primitives can show different states, such as color change, flicker, text, border, hiding and the like, according to conditions set by the offline state. The response results of different state events are different, for example, the response result of the color change event is the color of the primitive changed according to the condition. The response result of the flashing event is the time of the flashing interval and the changing color, wherein the changing color may be added in multiples. The response result of the text event can select to display a real value or a manual script, wherein the real value can specify a decimal place or a significant digit, and the color and the size of a display font can be set. The response result of the frame event is the change of the frame color under a certain condition. The response result of the hiding event is that under a certain condition, the selected primitive is displayed or hidden.
The configuration of the interaction event is suitable for configuring the interaction event for a certain combined body or a single figure element, one operation object can have a plurality of interaction events, and a complete interaction event configuration comprises the configuration of a trigger condition and a trigger result, wherein only one trigger condition and result exists in the same set. Specifically, the trigger conditions include double-click, left key press, left key pop-up, mouse float, display/hide, timer event, and all trigger conditions are for the current object; the trigger result comprises a pop-up picture, a pop-up template, a sending command, color change, flashing, text, a frame and hiding. In the embodiment of the invention, the event can be defined according to the given template, and the interaction event can be customized through the script. In one embodiment, the trigger condition attribute table and penalty result attribute table for an interaction event are shown in the following two tables:
TABLE 1 trigger condition Attribute Table
| Trigger condition | Properties |
| Double click | / |
| Left key press | / |
| Left key bounce | / |
| Mouse suspension | Suspension time(s) |
| Display/hide | Display-Hiding |
| Timer event | Timing/delay(s) |
TABLE 2 penalty results Attribute Table
In some embodiments, in order to reduce writing of repeated codes during screen configuration and improve readability of a program and execution efficiency of events, the method further includes: and establishing a component function library. The component function library comprises a custom JS function and a system built-in function, and the defined function can be used in a custom script of a state, interaction and click event in screen design. According to the embodiment of the invention, through the establishment of the component function library, the writing of repeated codes is reduced, and the readability of the program and the execution efficiency of events are improved. The custom JS function is customized through function prototype, function description and function realization. The system built-in function is a function predefined by the system, such as setBgcolor (change of primitive background color), setFontSize (change of font size), setFontColor (change of font color), and the like.
In some embodiments, the data mapping may be established when the configuration of the component is complete. In step S300, a component may have multiple sets of data maps, each corresponding to a different unit of a different power plant. When the method is specifically implemented, the operations of checking, deleting and modifying the mapping relation can be carried out according to the tree structure of the component library. When data mapping is specifically established, after a certain component is selected, new data mapping can be started. When the data mapping is newly added, the variable name of the data mapping can be obtained through the configuration of the template variable, and when the data mapping is actually used, the variable can be embodied into a data point in a point selection mode.
In some embodiments, step S400 is for drawing a screen, where the screen drawing assembly includes components in a component library, and further includes a basic screen drawing assembly, where the basic screen drawing assembly includes basic primitives, basic controls, complex controls, and customized components. When the picture is specifically drawn, the drawing of the parts is completed by dragging the parts, the basic primitives, the basic controls, the complex controls and the customized parts in the part library to the picture drawing area, and the required picture can be obtained by combining the parts, the basic primitives, the basic controls, the complex controls and the customized parts in the part library. The basic primitive, the basic control, the complex control, the customized component and the component are similar during drawing, and are not described herein again.
Step S500 is for screen configuration of the drawn screen. In some embodiments, step S500 specifically includes:
s510, performing appearance configuration on the drawn picture, wherein the appearance configuration comprises a style configuration of the picture, a text configuration of the picture and a layout configuration of the picture;
and S520, performing attribute configuration on the components after the appearance configuration is completed, wherein the attribute configuration comprises configuration of selection mapping and click events of the components dragged to the picture drawing area, and configuration of state events and interaction events of basic primitives, basic controls and complex controls.
In this embodiment, after completing the drawing of the picture, the picture appearance is configured first, where the mode of the picture appearance configuration is similar to the mode of the component appearance configuration, and is not described herein again.
And after finishing the configuration of the appearance of the picture, performing attribute configuration on the picture. Specifically, the attribute configuration of the screen includes configuration of a state event, an interaction event, and a click event. For the components in the component library, since the state events and the click events are defined in the process of establishing the components, the configuration of the click events can be performed only on the components, and other picture drawing components can perform the configuration of the state events and the interaction events, which is similar to the configuration of the components and is not described herein again.
Furthermore, in the process of configuring the component attributes, since a plurality of data mappings can be established for each component in the component establishing process, when the screen is established, a data mapping point needs to be selected, and in the specific implementation, according to the business requirements, a corresponding mapping of the component in the component library dragged to the screen drawing area is directly selected.
In some embodiments, step S500 is followed by:
and S600, giving an initial value to the data mapping point of the selected component in the configured picture, returning to the URL address of the debugging picture, and then performing off-line debugging on the picture.
In this embodiment, in order to test whether the incoming and display of the picture data are correct, an offline policy test is performed before downloading, and whether the incoming and display of the data have problems is tested by assigning an initial value to a selected data mapping point and returning to a url address of a debugging picture.
In some embodiments, step S600 is followed by:
and S700, after the picture is downloaded and the access address is returned, transmitting and displaying the real data.
In this embodiment, after the offline simulation test is completed, the downloading of the picture can be performed, and after the access address is returned, the real dynamic effect is displayed.
The embodiment of the invention separates the off-line state and the running state in the development process of the index picture, is beneficial to data security, version control and the like, and improves the development efficiency.
In summary, the invention firstly draws the component by visual means, and completes the establishment of the component after the template variable, static characteristic and dynamic attribute are configured on the component, and stores the component in the component library; combining template variables defined in component design, and combining different power plant and unit information to select different points, so as to establish data mapping, and one component can establish multiple groups of data mapping; when the picture is established, firstly drawing the picture according to the components in the component library, selecting the previously established data mapping, and then configuring various static characteristics and dynamic attributes on the picture to complete the development of the off-line picture; after offline debugging is carried out on the offline picture, downloading operation is carried out, and the generation of the index picture is realized. Therefore, different data mappings can be configured for the developed components, and the index pictures are combined to form the index pictures, so that the reusability of the components is increased, repeated development is avoided, the development efficiency is improved, the development cost is reduced, the professional requirements on workers are reduced, and the workers can be more concentrated on the business.
The above description is only for the specific embodiments of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are also within the scope of the present invention. Therefore, the protection scope of the present invention shall be subject to the protection scope of the appended claims.
Claims (12)
1. A method for configuring a pointer screen, comprising the steps of:
s100: receiving an operation that a user drags a component drawing assembly to a component drawing area so as to realize drawing of a component;
s200: carrying out component configuration on the drawn components, and storing the configured components into a component library;
s300: establishing data mapping for the configured components according to the configured template variables, and finishing the establishment of the mapping after binding data points for calling in the construction of the picture;
s400: receiving the operation that a user drags a component or a basic picture drawing assembly in a component library to a picture drawing area so as to realize the drawing of a picture;
s500: and carrying out picture configuration on the drawn picture to complete the establishment of the picture.
2. The method for configuring indicator screen of claim 1, wherein in step S100, the component drawing assembly at least comprises a basic control, a complex control, a customized component and a basic component built by a basic primitive.
3. The indicator screen configuration method of claim 1, wherein in step S200, the component configuration includes an appearance configuration, a template variable configuration, and an attribute configuration.
4. The method of claim 1, wherein the step S200 comprises:
s210: carrying out appearance configuration on the drawn part;
s220: and carrying out template variable configuration and attribute configuration on the part after appearance configuration is finished.
5. The indicator screen configuration method of claim 4, wherein the appearance configuration comprises a style configuration of the component, a text configuration of the component, and a layout configuration of the component.
6. The method of claim 4, wherein the process of template variable configuration and attribute configuration comprises: the configuration of template variables of basic components, basic controls, complex controls, the configuration of state events and interaction events, and the configuration of template variables of customized components.
7. The method of claim 1, wherein in step S400, the basic frame drawing components include basic primitives, basic controls, complex controls, and customized parts.
8. The method of claim 1, wherein step S500 comprises:
s510: carrying out appearance configuration on the drawn picture;
s520: and performing attribute configuration on the parts after appearance configuration is completed.
9. The method of claim 1, wherein in step S510, the appearance configuration includes a style configuration, a text configuration, and a layout configuration of the frames.
10. The method of claim 1, wherein in step S520, the property configuration includes configuration of a selection map of components dragged to the drawing area of the screen and a click event, and configuration of a status event and an interaction event of a basic primitive, a basic widget and a complex widget.
11. The method of claim 1, wherein in step S500, the screen configuration includes configuration of selection mapping and click events for components dragged into the drawing area, and configuration of appearance and attributes of the drawing components of the basic screen.
12. The method of claim 1, further comprising the steps of:
s600: giving an initial value to the data mapping point of the part in the selected configured picture, returning the URL address of the debugging picture, and then performing off-line debugging on the picture;
s700: and after downloading the picture, returning to the access address, and transmitting and displaying the real data.
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