WO2018076946A1

WO2018076946A1 - Method and system for displaying physical object based on configuration, and computer program and storage medium

Info

Publication number: WO2018076946A1
Application number: PCT/CN2017/101449
Authority: WO
Inventors: 林伟
Original assignee: 北京亚控科技发展有限公司
Priority date: 2016-10-24
Filing date: 2017-09-12
Publication date: 2018-05-03

Abstract

A method and system for displaying a physical object based on configuration, and a computer program and a storage medium. The method comprises: in a development mode, associating an attribute identifier of a physical object type having a pre-determined configuration with a graphic element in a corresponding graphic display template (S510), wherein the graphic display template comprises at least one graphic element; and in an operation mode, creating a graphic calculation object for a monitored physical object of the physical object type, wherein the graphic calculation object comprises data of the graphic display template of the physical object type, and by means of the graphic calculation object and according to the data of the graphic display template, drawing a display graph of the monitored physical object (S520), wherein the graphic element associated with the attribute identifier is rendered as a display effect corresponding to an attribute value of the attribute identifier of the monitored physical object. The method and system, the computer program and the storage medium can rapidly realize graphical display, so that the configuration operation is simpler and more convenient, thereby improving the efficiency of configuration and having better expandability.

Description

Configuration-based physical object display method, system, computer program and storage medium

Technical field

The embodiments of the present invention relate to a configuration technology, and in particular, to a physical object display method, system, computer program, and storage medium based on a configuration.

Background technique

"Configure" means "Configuration", "Settings", "Settings". In the configuration software, the user uses the tools and methods provided by the software to complete the specific tasks, and completes the functions required for the task in a simple way like “building blocks” without writing a computer program that implements the software functions, so-called “group” state".

The configuration has a wide range of applications. For example, in the field of engineering control, configuration software can collect various information from automated processes and equipment and display the information in a more understandable way, such as graphical, and transmit important information to relevant personnel in various ways. Perform necessary analysis processing and storage of information and issue control commands, etc., to achieve monitoring and control of automated processes and equipment.

The configuration of any system is usually divided into development mode and operation mode. In development mode, create a data model of the device to be monitored and set up and display the presentation graphics for the device to be monitored; then, the user/developer sets the variables of the device to be monitored and is to be monitored by the user/developer The device's variables are animated with the graphical elements that display the graphic. In the running mode, the configuration software graphically displays the variable data of the device according to the variable data of the collected device according to the device, variable, display graphic and animation link set in the development mode.

Figures 1-3 illustrate exemplary interfaces of configuration operations typically performed on devices to be monitored. Figure 4 shows an exemplary interface of the operational status of the monitored device. In the system development mode, first, as shown in Figure 1, the developer selects the device to be monitored, that is, simulates the PLC; thereafter, as shown in Figure 2, the developer sets the variable of the simulated PLC to be monitored, that is, its temperature. And humidity; thereafter, as shown in the bottom window of Figure 3, for the simulated PLC setup and display display graphics, the developer chooses to display the graphical elements of the temperature in the graph, set the temperature display form (analog value output and include integer bits) The number and scale of the output format), and the graphical elements representing the temperature are associated with the temperature variable values of the simulated PLC to be monitored (ie, animated links). Thereafter, in the operating mode of the system, as shown in FIG. 4, the values of the temperature and humidity of the simulated PLC to be monitored are displayed according to the information configured by the developer in the development mode.

In the existing configuration software, the developer is required to manually perform the creation and setting operations in the foregoing development mode one by one for each device to be monitored. If you need to monitor one hundred devices, you need to perform one hundred of the above creation and setup operations. The operation is cumbersome, time-consuming, and inefficient.

Summary of the invention

An object of the present invention is to provide a physical object display method, system, computer program and storage medium based on configuration, to quickly realize an animation link of a monitored physical object, and to display an operating state of the monitored physical object.

According to a first aspect of the embodiments of the present invention, a configuration-based physical object presentation method is provided, including: in a development mode, an attribute identifier of a physical object type having a predetermined configuration and a corresponding display graphic template The graphic element is associated, wherein the display graphic template includes at least one graphic element; In the run mode, a graphical computing object is created for the monitored physical object of the physical object type, wherein the graphical computing object includes data of the display graphic template of the physical object type; The data of the graphic template is displayed to draw the display graphic of the monitored physical object, wherein the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object.

Optionally, the associating the attribute identifier of the physical object type with the predetermined configuration and the graphic requirement in the corresponding presentation graphic template includes: acquiring the display graphic template of the physical object type and at least one attribute identifier; displaying The attribute identifier and the display graphic template, and labeling the graphic element in the display graphic template; in response to the user's association operation on the displayed attribute identifier and the labeled graphic element, the attribute identifier of the physical object type operated by the user And storing the data of the graphic element associated with the attribute identifier in the corresponding presentation graphic template.

Optionally, the method further includes: in a development mode, creating a data management model corresponding to the physical object type and a graphical computing model associated with the data management model, the data management model including the physical object a plurality of attribute identifiers and attribute values of a type, the graphics calculation model including data of the presentation graphics template of the physical object type and graphics calculation logic code for correlating according to the data management model The attribute of the graphic element identifies the corresponding attribute value to render the displayed effect of the associated graphic element.

Optionally, the method further includes: displaying, in the development mode or the operation mode, an interaction interface for inputting information of one or more monitored physical objects, and according to one or more monitored physics input by the user Obtaining information of the physical object type to which the monitored physical object belongs, and respectively creating one or more data management objects of the monitored physical object according to the data management model of the physical object type, where The attribute identifiers and attribute values of the one or more data management objects are respectively initialized to a plurality of attribute identifiers and attribute values of the respective monitored physical objects.

Optionally, the creating a graphic computing object for the monitored physical object of the physical object type includes: creating the graphic computing object according to a graphic computing model of a physical object type to which the monitored physical object belongs, where The graphical computing object is associated with a data management object of the monitored physical object.

Optionally, the rendering the graphic element associated with the attribute identifier as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including: rendering the graphic element associated with the attribute identifier into the data The corresponding display effect of the attribute value of the associated attribute identifier in the management object.

Optionally, the method further includes: receiving, in the running mode, an updated attribute identifier and an attribute value of the monitored physical object, and rendering and the attribute identifier according to the updated attribute identifier and attribute value. The display effect of the associated graphic element.

Optionally, the method further includes: in the developing mode, recording a rendering effect parameter of the graphic element in the display graphic template; and rendering the graphic element associated with the attribute identifier into the monitored physical The corresponding display effect of the attribute value of the attribute identifier of the object includes: rendering the graphic element associated with the attribute identifier into an impression corresponding to the attribute value of the attribute identifier of the monitored physical object according to the rendering effect parameter of the recorded graphic element effect.

Optionally, the method further includes: in the running mode, receiving a rendering effect parameter of the updated graphic requirement in the displayed graphic template, and rendering and the rendering effect parameter according to the updated graphic requirement The attribute identifies the display effect of the associated graphic element.

Optionally, the attribute identifier includes a geographic data identifier, where the geographic data identifier includes a central location identifier of the physical object type, and the method further includes: determining, according to an attribute value of the geographic data identifier of the monitored physical object. a display position of the display graphic, the display graphic is displayed at the display position; the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including : Rendering the graphic element associated with other attribute identifiers into a display effect corresponding to the attribute value of the other attribute identifiers.

Optionally, the geographic data identifier further includes a contour identifier of the physical object type, the contour identifier is used to identify an outline of a physical object belonging to the physical object type; and the geographic according to the monitored physical object The attribute value of the data identifier determines a display position of the display graphic, including: a center position indicated by an attribute value of the center position identifier of the monitored physical object, and the attribute value indicated by the attribute value of the contour identifier The contour of the monitored physical object determines the placement of the monitored physical object.

Optionally, the geographic data identifier further includes a spatial information identifier of the physical object type, where the spatial information identifier is used to identify a geographic location coordinate unit, a geographic location coordinate, and a physical object belonging to the physical object type. The relationship between the other physical objects; the determining the display position of the display graphic according to the attribute value of the geographic data identifier of the monitored physical object, including: the attribute value identified according to the spatial information of the monitored physical object, Determining the placement of the display graphic of the monitored physical object.

Optionally, the relationship between the physical object and other physical objects includes a relationship between the physical object and a parent physical object; and determining, according to an attribute value of the spatial information identifier of the monitored physical object, The display position of the displayed graphic of the monitored physical object includes: determining, according to the attribute value of the spatial information of the monitored physical object, whether the monitored physical object has a parent physical object; if present, monitoring according to the The attribute value of the spatial information identifier corresponding to the physical object determines a relative positional relationship between the monitored physical object and the parent physical object; and based on the display position of the display graphic of the parent physical object, according to the relative positional relationship Determining the placement of the display graphic of the monitored physical object.

Optionally, in the running mode, the method further includes: acquiring and determining, at a set time period, whether an attribute value of the geographic data identifier of the monitored physical object is updated; if an update occurs, updating according to the update The subsequent attribute value updates the placement of the displayed graphic of the monitored physical object.

According to a second aspect of the embodiments of the present invention, there is also provided a system comprising: a nonvolatile memory storing instructions; one or more hardware processors coupled to the nonvolatile memory, the hardware The processor is configured to execute an instruction to: in the development mode, associate an attribute identification of a physical object type having a predetermined configuration and a graphical requirement in a corresponding presentation graphic template, wherein the display The graphic template includes at least one graphic element; in the running mode, a graphic computing object is created for the monitored physical object of the physical object type, wherein the graphic computing object includes data of the display graphic template of the physical object type; And the graphic computing object renders the display graphic of the monitored physical object according to the data of the displayed graphic template, wherein the graphic element associated with the attribute identifier is rendered to correspond to an attribute value of the attribute identifier of the monitored physical object Display effect.

Optionally, the hardware processor is configured to further execute instructions for: acquiring a presentation graphic template of the physical object type and at least one attribute identifier; displaying the attribute identifier on the display device Displaying the graphic template and labeling the graphic element in the displaying graphic template; in response to the user's association operation on the displayed attribute identifier and the labeled graphic element, the attribute identifier of the physical object type operated by the user and the corresponding display The data of the graphic element associated with the attribute identifier in the graphic template The association is stored in the database.

Optionally, the hardware processor is configured to further execute instructions for: in a development mode, creating a data management model and a graphic associated with the data management model corresponding to the physical object type a calculation model including a plurality of attribute identifications and attribute values of the physical object type, the graphic calculation model including data of a presentation graphic template of the physical object type and graphic calculation logic code, the graphic calculation The logic code is configured to render the display effect of the associated graphic element according to the attribute value corresponding to the attribute identifier associated with the graphic element in the data management model.

Optionally, the hardware processor is configured to further execute instructions for: in the development mode or the operation mode, displaying, on the display device, one or more monitored inputs An interaction interface of the information of the physical object, and acquiring information of the physical object type to which the monitored physical object belongs according to the information of the one or more monitored physical objects input by the user, respectively, according to the data management model of the physical object type a data management object of the one or more monitored physical objects, wherein attribute identifiers and attribute values of the one or more data management objects are respectively initialized to a plurality of attribute identifiers and attributes of each of the monitored physical objects value.

Optionally, the hardware processor is configured to further execute instructions for: creating the graphic computing object according to a graphical computing model of a physical object type to which the monitored physical object belongs, wherein The graphical computing object is associated with a data management object of the monitored physical object.

Optionally, the hardware processor is configured to further execute instructions for: rendering a graphical requirement associated with the attribute identifier to an attribute value corresponding to the attribute identifier associated with the data management object Display effect.

Optionally, the hardware processor is configured to further execute instructions for: in the operating mode, receiving an updated attribute identifier and an attribute value of the monitored physical object, and according to the The updated attribute identification and attribute values render the display of the graphical element associated with the attribute identification.

Optionally, the hardware processor is configured to further execute an instruction to: in the development mode, record a rendering effect parameter of the graphic element in the presentation graphic template; The graphic element of the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including: rendering the graphic element associated with the attribute identifier into and according to the rendering effect parameter of the recorded graphic element The corresponding display effect of the attribute value of the attribute of the monitored physical object.

Optionally, the hardware processor is configured to further execute an instruction to: in the running mode, receive an updated rendering effect parameter of the graphic requirement in the displayed graphic template, and according to the The rendering effect parameter of the updated graphical element renders the display effect of the graphic element associated with the attribute identifier.

Optionally, the attribute identifier includes a geographic data identifier, the geographic data identifier includes a central location identifier of the physical object type; the hardware processor is configured to further execute an instruction to: perform An attribute value of the geographic data identifier of the monitored physical object determines a presentation location of the presentation graphic at which the presentation graphic is displayed; the hardware processor is configured to further execute instructions for performing the following operations : Rendering the graphic element associated with other attribute identifiers into a display effect corresponding to the attribute value of the other attribute identifiers.

Optionally, the geographic data identifier further includes a contour identifier of the physical object type, the contour identifier is used to identify a contour of a physical object belonging to the physical object type; and the hardware processor is configured to: Further executing an instruction to: a center position indicated by an attribute value of a central position identifier of the monitored physical object, and an outline of the monitored physical object indicated by an attribute value of the contour identifier Determining the placement of the monitored physical object.

Optionally, the geographic data identifier further includes a spatial information identifier of the physical object type, where the spatial information identifier is used to identify a geographic location coordinate unit, a geographic location coordinate, and a physical object belonging to the physical object type. a relationship between other physical objects; the hardware processor being configured to further execute instructions for: determining, based on an attribute value of the spatial information identifier of the monitored physical object, the monitored physical object Show where the graphics are displayed.

Optionally, the relationship between the physical object and other physical objects includes a relationship between the physical object and a parent physical object; the hardware processor is configured to further execute an instruction for performing the following operations: Determining, by the attribute value of the spatial information identifier of the monitored physical object, whether the parent physical object exists in the monitored physical object; if yes, determining the attribute value according to the spatial information identifier corresponding to the monitored physical object a relative positional relationship between the monitored physical object and the parent physical object; and based on the display position of the display graphic of the parent physical object, determining a display position of the displayed graphic of the monitored physical object according to the relative positional relationship.

Optionally, in the operating mode, the hardware processor is configured to further execute an instruction to: acquire and determine an attribute value of the geographic data identifier of the monitored physical object every set time period Whether an update has occurred; if an update occurs, the display position of the displayed graphic of the monitored physical object is updated according to the updated attribute value.

According to a third aspect of the present invention, there is also provided a computer program comprising computer program instructions, wherein the program instructions, when executed by a processor, are used to implement any of the groups provided by the embodiments of the present invention. The physical object of the state shows the steps corresponding to the method.

According to a fourth aspect of the present invention, there is also provided a computer readable storage medium having stored thereon computer program instructions, wherein the program instructions are executed by a processor for implementing any of the embodiments of the present invention A step corresponding to a physical object display method based on configuration.

A configuration-based physical object presentation method according to an embodiment of the present invention, by performing an animation link of a physical object type having a predetermined configuration and a graphic element in a corresponding presentation graphic template in a development mode, and In the running mode, the physical object that is actually monitored is rendered according to the attribute value collected from the attribute value and the one-time set animation link, and the graphic element associated with the attribute identifier is rendered as the corresponding value of the attribute value of the attribute identifier of the monitored physical object. The effect can quickly realize the graphical display of the monitored physical objects without setting an animation link for each monitored physical object one by one, which makes the configuration operation more concise and convenient, improves the configuration efficiency, and has better performance. Scalability.

DRAWINGS

1 to 3 are exemplary interface diagrams showing a configuration operation generally performed on a device to be monitored;

4 is an exemplary interface diagram showing an operational state of a device being monitored;

FIG. 5 is a flowchart showing a configuration-based physical object display method according to Embodiment 1 of the present invention; FIG.

FIG. 6 is a flowchart showing an exemplary process of step S510 in FIG. 5;

7 is a flow chart showing a configuration-based physical object presentation method according to Embodiment 2 of the present invention;

Figure 8 is a block diagram showing the structure of a system according to a third embodiment of the present invention.

detailed description

Embodiments of the present invention provide a configuration-based physical object display scheme in which an animation link between a property of a physical object type having a predetermined configuration and a graphic element in a corresponding presentation graphic is set at a time in a development mode of the system. And graphically presenting the state of the monitored physical object according to the previously set animation link and the attribute value of the monitored physical object belonging to the physical object type in the running mode of the system, thereby quickly implementing the graphic of the monitored physical object Show.

Here, it should be noted that at any one time, the system can be in the development mode, the operation mode, or in the development mode and the operation mode in parallel. For example, an interface for development may be provided in an operating state of the system to perform development settings including the aforementioned animation link, and to immediately reflect the aforementioned development settings of the execution in the operation mode or reflect the aforementioned development settings performed by the restart system.

Exemplary embodiments of the embodiments of the present invention are described in detail below with reference to the accompanying drawings.

Embodiment 1

FIG. 5 is a flow chart showing a configuration-based physical object presentation method according to a first embodiment of the present invention.

Referring to FIG. 5, in step S510, in the development mode, the attribute identifiers of the physical object types having the predetermined configuration and the graphic elements in the corresponding presentation graphic templates are associated. Wherein, the display graphic template includes at least one graphic element.

In the embodiment of the present invention, the physical object type may be a type of equipment that needs to be monitored in the industrial control system, such as a specific model or a configured wind turbine, a power supply device, a boiler, or a steam turbine. The attributes of the physical object type may include monitoring. Run parameters, performance parameters, or intrinsic properties of the physical object type. For example, the wind turbine's geographic data, specifications, speed, torque, output power and other data; for example, the boiler's geographic data, specifications, temperature, intracavity pressure and other data. Among them, the attributes associated with the graphic elements in the display graphic template are usually partial attributes of the physical object type, such as running parameters, performance parameters, etc., in order to monitor the running state of the actual physical object.

In practical applications, the applicable display graphic template (such as a 3D graphic of a wind turbine, a thumbnail or a status list, etc.) may be predetermined and imported for a common physical object type or a customized physical object type, and the The attribute identifier of the physical object type (such as the attribute label of the wind turbine) and the graphical element in the presentation graphic template are associated. For example, the blades in the three-dimensional pattern of the wind turbine are associated with the rotational speed of the wind turbine.

Further, the association processing of step S510 can also be performed by the interactive interface for performing the animation link, so that the user/developer can customize the operation of performing the animation link.

FIG. 6 shows an exemplary process flow of step S510.

Referring to FIG. 6, in operation S5102, a display graphic template of the physical object type and at least one attribute identifier are acquired.

In operation S5104, the attribute identifier and the display graphic template are displayed, and the graphic requirements in the display graphic template are marked, so that the user/developer can select the attribute identification to be associated and display the graphic element in the graphic template.

Thereafter, in operation S5106, in response to the user's association operation on the displayed attribute identifier and the marked graphical requirement, the attribute identifier of the physical object type operated by the user and the graphic element associated with the attribute identifier in the corresponding presentation graphic template are The data is stored in association.

After completing the aforementioned attribute identification of the corresponding physical object type and the graphic element of the display graphic template After the setting of the association (animated link) can be started, the system can be started to enter the operation mode, and the following step S520 can be performed.

In step S520, in the running mode, a graphic computing object is created for the monitored physical object of the physical object type, and the graphic computing object is used to draw the display graphic of the monitored physical object according to the data of the displayed graphic template. The graphic calculation object includes data of the display graphic template of the physical object type; and, in the process of drawing the display graphic of the monitored physical object, the graphic element associated with the attribute identifier is rendered as The corresponding display effect of the attribute value of the attribute of the monitored physical object.

Since the association between the attribute and the graphic element (ie, the animation link) has been set for the aforementioned physical object type in the development mode, when the system is running, when the monitored physical object belonging to the aforementioned physical object type needs to be graphically displayed The running state (such as the attribute value), the graphic computing object created for the monitored physical object can obtain the attribute value of the monitored physical object, and according to the set animation link information (ie, the attribute label and the display graphic of the monitored physical object) The association between the graphic elements of the template) to render the display effect of the graphic element associated with the attribute identifier.

For example, for the case of associating the blades in the three-dimensional figure of the wind turbine with the rotational speed of the wind turbine, the graphical computing object may display the rotational speed value in text form in the portion of the blade in the three-dimensional figure of the drawn wind turbine Renders dynamic effects corresponding to the speed value.

For another example, for the case of associating the boiler color in the state simulation diagram of the boiler with the temperature of the boiler, the graphic calculation object may render the color of the specific part of the boiler or the boiler in the map in real time according to the acquired temperature data of the boiler; Or display the obtained temperature value in the form of text at the boiler or the specific part of the boiler in the figure to facilitate the user to obtain the operating status information of the boiler.

It is explained here that the configuration-based physical object display method of the embodiment can also associate multiple sets of corresponding attribute representations and graphic elements in the development mode, so that multiple attributes of the monitored physical objects can be simultaneously displayed in the running mode. Identification to accurately represent the operational status of the monitored physical object. For example, for the boiler in the foregoing example, the configuration-based physical object display method of the present embodiment can be used to simultaneously display various operating state parameters such as boiler temperature and intracavity pressure to accurately display the operating state of the boiler. .

Generally, in the running mode, on the display interface for displaying the monitored physical objects, it may be necessary to simultaneously view/monitor the running states of the plurality of monitored physical objects. In this case, in order to visually display a plurality of monitored physical objects in the same worksite, the configuration-based physical object display method of the embodiment of the present invention may further include: in the running mode, the currently monitored geography The area is mapped to the display area of the display interface. Correspondingly, the process of creating a corresponding graphic computing object for the monitored physical object of the physical object type in step S520 comprises: creating a corresponding graphic computing object for the monitored physical object in the currently monitored geographical area.

In addition, in order to view the running status of one or several monitored physical objects, the user may also be provided with functions such as zooming, panning, etc., and determining the to be displayed according to the monitored geographical area to which the operations such as zooming, panning, etc. are mapped. Monitor physical objects and dynamically create and/or delete corresponding graphical computing objects. By creating and/or deleting graphical calculation objects as needed, the processing of loading data and graphics calculations can be reduced, and system resources can be optimized.

Embodiment 2

7 is a flow chart showing a configuration-based physical object presentation method according to a second embodiment of the present invention.

Referring to FIG. 7, in step S710, in the development mode, a data management model and a graphical calculation model associated with the data management model are created corresponding to the physical object type.

The data management model includes multiple attribute identifiers and attribute values of the physical object type, the graphic calculation model includes data of the physical object type display graphic template and the graphic calculation logic code, and the graphic calculation logic code is used according to the data management model. The attribute of the graphic element identifies the corresponding attribute value to render the displayed effect of the associated graphic element.

In the development mode, a data management model and a graphical computing model associated with the data management model are created for the physical object types to be monitored, and data management can be performed for specific types of physical objects that need to be monitored, and the graphically displayed data and data are set. Graphical calculation logic.

The created data management model can interface with the database that stores the attribute data of the physical object of the physical object type, so that the attribute data of the corresponding physical object can be retrieved from the database. The created graphical computing model is associated with a data management model of the physical object type, which is assigned a graphical template for the physical object type and sets the graphical computing logic code. The set graphical computation logic code can be script code or any programming code that implements graphics computation logic. In the graphic calculation logic code, the display effect of the associated graphic element is rendered according to the attribute value corresponding to the attribute identifier associated with the graphic element in the data management model.

In this embodiment, the attribute identifier of the physical object type included in the data management module corresponding to the physical object type includes at least a geographic data identifier and a corresponding geographic data attribute, and the geographic data identifier includes a central location identifier of the physical object type. Preferably, in this embodiment, the geographic data identifier may further include a contour identifier of the physical object type and/or a spatial information identifier of the physical object type, where the spatial information identifier is used to identify a geographic location coordinate unit of the physical object belonging to the physical object type. , geographic location coordinates, and the relationship between the physical object and other physical objects. The graphic calculation logic code in the graphic calculation model may determine the display position of the display graphic corresponding to the monitored physical object according to the geographic data attribute value of the geographic data identifier in the attribute identifier, and may also associate the graphic element according to the data management model. The attribute identifies the corresponding attribute value to render the rendered effect of the associated graphic element.

Through the processing of step S710, the data management template as the instantiated physical object, and the data management model of the graphic calculation template and the graphic computing model are pre-created for the specific type or configured physical object to be monitored, so that the physical object is needed when needed When the type is instantiated, that is, when the physical object to be monitored is specifically set, the corresponding data management object and the graphic calculation object can be quickly created for the physical object to be monitored according to the created data management model and the graphic calculation model.

In step S720, in the development mode or the operation mode, an interaction interface for inputting information of one or more monitored physical objects is displayed, and the monitored physical objects are acquired according to information of one or more monitored physical objects input by the user. The information of the physical object type to which it belongs is created by one or more data management objects of the monitored physical object according to the data management model of the physical object type.

In the process of creating a data management object, the attribute identifier and the attribute value of one or more data management objects are respectively initialized into a plurality of attribute identifiers and attribute values of the monitored physical objects.

In this step, the physical object to be actually monitored is set according to information of one or more monitored physical objects input by the user through the provided interactive interface. Specifically, the data management model of the physical object type to which the monitored physical object belongs can be instantiated, the data management object of the monitored physical object is created, and the plurality of attribute identifiers and attribute values of the monitored physical object are newly created. The attribute ID and attribute value of the data management object. For example, a plurality of attribute identifiers and attribute values of the monitored physical object may be obtained from a database storing attribute data of the monitored physical objects.

For example, the developer can set dozens of wind turbines to be monitored in a certain wind farm at a time, and in step S720, create data management objects of the corresponding number of wind turbines, and assign attributes to the data management objects. . Specifically, the wind turbine and the data management object created for it may be uniquely identified according to location information or number information of each wind turbine.

In addition, the physical objects to be actually monitored can be set in both the development mode and the operation mode of the system.

In step S730, in the operation mode, the graphic calculation object is created according to the graphic calculation model of the physical object type to which the monitored physical object belongs. And, in the process of creating a graphic calculation object, the created graphic calculation object is associated with the data management object of the monitored physical object.

In the running state, when the monitored physical object needs to be presented, for example, when the user opens the device monitoring interface, the graphical computing model of the physical object type to which the monitored physical object belongs can be dynamically instantiated, and the graphic of the monitored physical object is created. Computing an object, and calculating a logic code in the object by the graphic, drawing a display graphic of the monitored physical object according to the data of the display graphic template, and rendering the associated graphic element according to the attribute value corresponding to the attribute identifier of the associated graphic element Display of results. In the rendering process, the graphic element that can be associated with the monitored object is rendered as a display effect corresponding to the attribute value of the associated attribute identifier in the data management object corresponding to the monitored object.

In other words, it is only necessary to instantiate the graphical computing model into the corresponding graphical computing object when the monitored physical object needs to be presented in the running mode, without the need to set the animation link in the development mode as in the existing configuration system. It is also necessary to create a graphical calculation object, which is more efficient.

In this embodiment, in the process of drawing the display graphic of the monitored physical object, the display position of the display graphic is determined according to the attribute identifier of the monitored physical object. Specifically, when determining the display position of the display graphic, the attribute value (such as the space envelope geographic coordinate point) that can be identified according to the contour of the monitored physical object, and the central location identifier of the monitored physical object (such as the spatial geographic center point) ), to automatically calculate the display position and display size of the display graphic; or, you can also use the attribute value of the central position identification (such as the spatial geographic center point) to automatically calculate the display position of the display graphic, and the user can customize the display graphic in the calculation logic. Display size.

In the case that the geographic data identifier includes the spatial information identifier, the display position of the displayed graphic of the monitored physical object may be determined according to the attribute value of the spatial information identifier of the monitored physical object. The spatial information identifier is used to identify a geographic location coordinate unit, a geographic location coordinate, and a relationship between the physical object and other physical objects of the physical object belonging to the physical object type.

Among them, in a feasible way of determining the presentation position of the display graphic, the relationship between the physical object and other physical objects includes the relationship between the physical object and the parent physical object. In this case, it is possible to determine whether the currently monitored physical object exists according to the attribute value (the relationship between the monitored physical object and other physical objects in the attribute value of the spatial information identifier) identified by the spatial information of the monitored physical object. Parent physical object; if And determining, according to the attribute value of the spatial information corresponding to the monitored physical object, a relative positional relationship between the monitored physical object and the parent physical object; and the display position of the display graphic based on the parent physical object, according to the relative positional relationship Determine the placement of the display graphic of the monitored physical object.

For example, the attribute value of the spatial information identifier of the monitored physical object may include the name of the parent physical object or the space name of the parent physical object, and according to the attribute value, the information of the parent physical object of the monitored physical object may be determined. Attributes (including the outline of the parent physical object, the center position, the geographic location coordinate unit, the geographic location coordinates, etc.) to determine the placement of the displayed graphic of the monitored physical object. For a monitored physical object, if it has a parent physical object, the monitored physical object adopts the same geographic location coordinate unit as the parent physical object, but its geographic location coordinate may be a relative position coordinate based on the parent physical object space. However, it is not limited to this, even if the monitored physical object has a parent physical object, the monitored physical object can use its own absolute geographic location coordinates to determine its relative position with your physical object by calculation.

For example, when monitoring a boiler of a thermal power plant, one of the monitored plants has three boilers, each of which has an attribute value of the geographic data identification (including the attribute value of the contour identification, the attribute value of the central position identification, and the spatial information). The attribute value of the identification, etc.), when determining the display position of the display graphic corresponding to each boiler, the position of the attribute of each boiler's geographic data identification may be determined, for example, according to the contour of the first boiler The attribute value and the attribute value of the central position identifier are determined to be located in the 1-100th unit in the horizontal direction of the display page and the 1-200th unit in the vertical direction; the attribute value and the central position identifier according to the contour of the second boiler are identified. Attribute value, determine its display position is 105-205 units in the horizontal direction of the display page, and 1-200 units in the vertical direction; determine the placement position according to the attribute value of the contour identification of the third boiler and the attribute value of the central position identification It is located in the 210-310 units in the horizontal direction of the display page and 1-200 units in the vertical direction.

For the current monitored physical object and the parent physical object, for example, the current monitored physical object is a boiler, and the parent physical object may be the factory where the boiler is located. In this case, the space information of the boiler is identified. The attribute value determines its parent physical object. After determining the parent physical object of the current monitored physical object according to the attribute value, the geographic value coordinate unit of the parent physical object may be used as a coordinate unit according to the attribute value of the geographic data identifier of the parent physical object, to be monitored physical The object determines the display position of the display graphic corresponding to the current monitored physical object based on the relative position of its parent physical object.

For example, taking a two-dimensional space as an example, the parent object of the boiler is set as a factory building, and the parent object of the factory building is a wall. In the horizontal direction, the positive direction is the positive direction of the X-axis, and the vertical direction is the positive direction of the Y-axis. When the current resolution of the screen is 100%, the wall space is mapped to the spatial extent of the display generation ratio of 100%. Scene, in this scenario, the fence range corresponding to the scene and the display screen size are mapped one-to-one. For example, the coordinates of the upper left corner of the wall (0,0), the coordinates of the upper right corner (110,0), the coordinates of the lower left corner (0,80), and the coordinates of the lower right corner (110,80); the coordinates of the factory building are based on the coordinates of the wall, the coordinates of the upper left corner of the factory (10,0), the upper right corner coordinates (100,0), the lower left corner coordinates (0,70), the lower right corner coordinates (100,70); the boiler is inside the factory building, taking the coordinates of the upper left vertex of the plant as the coordinate zero point, the boiler The coordinates are the upper left coordinate (10,0), the upper right coordinate (20,0), the lower left coordinate (10,10), and the lower right coordinate (20,10). The three-dimensional space can be referred to the two-dimensional space analogy.

It should be understood that, in an actual application, the determination process of the display position may be performed first, and the display position of the display graphic is determined according to the attribute identifier of the monitored physical object; and then the rendering process is performed, and the other attribute identifiers of the monitored physical object are associated. Graphical requirements, rendering to display performance corresponding to the attribute values of other attribute identifiers fruit. Moreover, the rendering process may be performed first, and then the display position is determined, which is not limited by the embodiment of the present invention.

In addition, in the process of real-time monitoring and/or management of any physical object, it is necessary to continuously obtain the attribute values of the monitored physical object that may be constantly changing (such as the running parameter value of the static physical object, or the geographical coordinate of the dynamic physical object). ), and graphically display the corresponding running state of these attribute values. Therefore, the configuration-based physical object presentation method of this embodiment may further include: receiving, in an operation mode, an updated attribute identifier and an attribute value of the monitored physical object, and according to the updated attribute identifier and attribute value. Renders the rendering of the graphic element associated with the attribute identifier. When the attribute identifier is a geographic data identifier, in the running mode, the attribute value of the geographic data identifier of the monitored physical object may be acquired and determined every set time period; if an update occurs, according to the updated The attribute value updates the placement of the display graphic of the monitored physical object.

Based on the geographical coordinates of the monitored physical object, both the static device and the dynamic device can automatically determine the position on the display page, and automatically display the rendered display effect, especially the background coordinate of the dynamic device is collected through the background. It can also automatically display the movement track of the device on the display page without the user having to write complex calculation scripts.

On the other hand, the user/developer can also be allowed to set and change the rendering effect parameters of the graphical element associated with the attribute identifier. For example, a thermometer indicating the temperature of the device in the display is set to change the color according to the temperature interval. To this end, the configuration-based physical object presentation method of the embodiment may further include: in the development mode, recording a rendering effect parameter of the graphic element in the display graphic template; on the basis of the running state, And the graphic computing object of the monitored physical object renders the graphic element associated with the attribute identifier into a display effect corresponding to the attribute value of the attribute identifier associated with the data management object according to the rendering effect parameter of the recorded graphic element.

In addition, if the system is in an operational state and the user/developer sets and changes the rendering effect parameter associated with the graphical element of the attribute identification, the graphical computing object of the monitored physical object may receive the updated by message notification or message callback mechanism A rendering effect parameter of the graphic element in the graphic template is displayed, and a rendering effect of the graphic element associated with the attribute identifier is rendered according to the rendering effect parameter of the updated graphic element.

The configuration-based physical object presentation method of the present embodiment, on the basis of the foregoing first embodiment, also provides an interactive interface for inputting information of the monitored physical object to the user in the development mode or the operation mode, according to the user input. The information of the monitored physical object creates a data management object, providing the user with the function of setting the monitored physical object. In the running mode, the graphic object associated with the attribute identifier is rendered as the attribute value of the attribute identifier of the monitored physical object according to the attribute value collected from the actual monitored physical object and the previously set animation link. Corresponding display effects, as well as determining the placement based on the geographic data identifier of the monitored physical object to display the drawn graphics, thereby quickly implementing the graphical representation of the monitored physical objects without having to animate each monitored physical object one by one. The link makes the configuration operation more concise and convenient, improves the efficiency of the configuration, and has better scalability.

Embodiment 3

Referring to FIG. 8, the embodiment provides a system including: a non-volatile memory 802 storing instructions; and one or more hardware processors 804 connected to the non-volatile memory 802, the hardware processor 804 Configuring to execute an instruction to: associate, in a development mode, an attribute identifier of a physical object type having a predetermined configuration and a graphical requirement in a corresponding presentation graphic template, wherein the presentation graphic template Include at least one graphical requirement; in an operational mode, creating a graphical computing object for the monitored physical object of the physical object type, wherein the graphical computing object includes data of the physical graphic type of the presentation graphic template; The graphic computing object renders the display graphic of the monitored physical object according to the data of the displayed graphic template, wherein the graphic element associated with the attribute identifier is rendered as an impression corresponding to the attribute value of the attribute identifier of the monitored physical object effect.

Optionally, in the process of associating an attribute identifier of a physical object type having a predetermined configuration and a graphic requirement in a corresponding presentation graphic template, the hardware processor 804 is configured to be further executed for execution An instruction of: obtaining a display graphic template of the physical object type and at least one attribute identifier; displaying, on the display device 806, the attribute identifier and the display graphic template, and marking the graphic element in the display graphic template And in response to the user's association operation of the displayed attribute identifier and the marked graphic element, the attribute identifier of the physical object type operated by the user and the data of the graphic element associated with the attribute identifier in the corresponding display graphic template are associated and stored. In the database.

Optionally, the hardware processor 804 is configured to further execute instructions for: in the development mode, creating a data management model and associated with the data management model corresponding to the physical object type a graphical computing model, the data management model including a plurality of attribute identifiers and attribute values of the physical object type, the graphic calculation model including data of the display graphic template of the physical object type and graphics calculation logic code, the graphic The calculation logic code is configured to render the display effect of the associated graphic element according to the attribute value corresponding to the attribute identifier associated with the graphic element in the data management model.

Optionally, the hardware processor 804 is configured to further execute instructions for performing: in the development mode or the operation mode, displaying, on the display device 806, one or more inputs An interactive interface of information of the monitored physical object, and acquiring information of a physical object type to which the monitored physical object belongs according to information of one or more monitored physical objects input by the user, and a data management model according to the physical object type Separately creating one or more data management objects of the monitored physical objects, wherein the attribute identifiers and attribute values of the one or more data management objects are respectively initialized to multiple attribute identifiers of each of the monitored physical objects And attribute values.

Optionally, in the process of creating a graphical computing object for the monitored physical object of the physical object type, the hardware processor 804 is configured to further execute an instruction for performing an operation according to the A graphical computing model that monitors the physical object type to which the physical object belongs creates the graphical computing object, wherein the graphical computing object is associated with a data management object of the monitored physical object.

Optionally, the hardware processor 804 is configured to perform further execution in the process of rendering the graphic element associated with the attribute identifier into a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object. An instruction to: render a graphic element associated with an attribute identifier as a display effect corresponding to an attribute value of the attribute identifier associated with the data management object.

Optionally, the hardware processor 804 is configured to further execute an instruction to: in the operating mode, receive an updated attribute identifier and an attribute value of the monitored physical object, and according to the The updated attribute identifier and attribute value render the display effect of the graphical element associated with the attribute identifier.

Optionally, the hardware processor 804 is configured to further execute an instruction to: in the development mode, record a rendering effect parameter of the graphic element in the presentation graphic template; The graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including: rendering the graphic element associated with the attribute identifier into and according to the rendering effect parameter of the recorded graphic element The attribute value of the attribute identifier of the monitored physical object corresponds to the display effect.

Optionally, the hardware processor 804 is configured to further execute an instruction to: in the running mode, receive an updated rendering effect parameter of the graphic requirement in the displayed graphic template, and according to The rendering effect parameter of the updated graphical element renders the display effect of the graphical element associated with the attribute identifier.

Optionally, the attribute identifier includes a geographic data identifier, the geographic data identifier including a central location identifier of the physical object type; the hardware processor 804 is configured to further execute an instruction to perform the following operations: The attribute value of the geographic data identifier of the monitored physical object determines a display position of the display graphic, and the display graphic is displayed at the display position; and the graphic element associated with the attribute identifier is rendered as being The hardware processor 804 is configured to further perform an instruction for performing a process of rendering a graphical requirement associated with other attribute identifications as described in the process of monitoring the attribute value of the attribute identification of the physical object. The attribute value corresponding to the attribute identification of other attributes.

Optionally, the geographic data identifier further includes a contour identifier of the physical object type, the contour identifier is used to identify a contour of a physical object belonging to the physical object type; and the according to the monitored physical object In the process of determining an attribute value of the geographic data identifier, the hardware processor 804 is configured to further execute instructions for performing an operation of: identifying a central location of the monitored physical object A central location indicated by the attribute value, and an outline of the monitored physical object indicated by the attribute value of the outline identifier, determining a display position of the monitored physical object.

Optionally, the geographic data identifier further includes a spatial information identifier of the physical object type, where the spatial information identifier is used to identify a geographic location coordinate unit, a geographic location coordinate, and a physical object belonging to the physical object type. a relationship between other physical objects; in the process of determining a presentation position of the display graphic according to an attribute value of the geographic data identifier of the monitored physical object, the hardware processor 804 is configured to be further executed And an instruction to: determine a display position of the display graphic of the monitored physical object according to an attribute value of the spatial information identifier of the monitored physical object.

Optionally, the relationship between the physical object and other physical objects includes a relationship between the physical object and a parent physical object; and determining, according to the attribute value identified by the spatial information of the monitored physical object, In the process of displaying the display position of the monitored physical object, the hardware processor 804 is configured to further execute an instruction for performing an operation of: determining an attribute value according to the spatial information of the monitored physical object, Determining whether the monitored physical object has a parent physical object; if yes, determining a relative relationship between the monitored physical object and the parent physical object according to the attribute value of the spatial information identifier corresponding to the monitored physical object a positional relationship; determining, according to the relative positional relationship, a display position of the display graphic of the monitored physical object based on the display position of the display graphic of the parent physical object.

Optionally, in the operating mode, the hardware processor 804 is configured to further execute an instruction to: acquire and determine an attribute of the geographic data identifier of the monitored physical object every set time period Whether the value has been updated; if an update occurs, the display position of the displayed graphic of the monitored physical object is updated according to the updated attribute value.

The system of the present embodiment can be used to implement the corresponding configuration-based physical object display method in the foregoing method embodiments, and has the beneficial effects of the corresponding method embodiments, and details are not described herein again.

The embodiment of the present invention further provides a computer program, including computer program instructions, which are used by the processor to implement the steps of any configuration-based physical object presentation method provided by the embodiments of the present invention.

The embodiment of the present invention further provides a computer readable storage medium, where the computer program instructions are stored, and when the program instructions are executed by the processor, the steps of the configuration-based physical object display method provided by the embodiment of the present invention are implemented.

It is pointed out that the various components/steps described in this application can be split into more components/steps according to the needs of the implementation, or two or more components/steps or partial operations of the components/steps can be combined into new ones. Components/steps to achieve the objectives of embodiments of the present invention.

The above method according to an embodiment of the present invention may be implemented in hardware, firmware, or implemented as software or computer code that may be stored in a recording medium such as a CD ROM, a RAM, a floppy disk, a hard disk, or a magneto-optical disk, or implemented by The network downloads computer code originally stored in a remote recording medium or non-transitory machine readable medium and stored in a local recording medium so that the methods described herein can be stored using a general purpose computer, a dedicated processor or programmable Such software processing on a recording medium of dedicated hardware such as an ASIC or an FPGA. It will be understood that a computer, processor, microprocessor controller or programmable hardware includes storage components (eg, RAM, ROM, flash memory, etc.) that can store or receive software or computer code, when the software or computer code is The processing methods described herein are implemented when the processor or hardware is accessed and executed. Moreover, when a general purpose computer accesses code for implementing the processing shown herein, the execution of the code converts the general purpose computer into a special purpose computer for performing the processing shown herein.

Those of ordinary skill in the art will appreciate that the elements and method steps of the various examples described in connection with the embodiments disclosed herein can be implemented in electronic hardware or a combination of computer software and electronic hardware. Whether these functions are performed in hardware or software depends on the specific application and design constraints of the solution. A person skilled in the art can use different methods to implement the described functions for each particular application, but such implementation should not be considered to be beyond the scope of the embodiments of the invention.

The foregoing is only a specific embodiment of the embodiments of the present invention, but the scope of protection of the embodiments of the present invention is not limited thereto, and any person skilled in the art can easily use the technical scope disclosed in the embodiments of the present invention. All changes or substitutions are contemplated to be within the scope of the embodiments of the invention. Therefore, the scope of protection of the embodiments of the present invention should be determined by the scope of the claims.

Claims

A configuration-based physical object display method, including:

In the development mode, an attribute identifier of a physical object type having a predetermined configuration and a graphic requirement in a corresponding presentation graphic template are associated, wherein the presentation graphic template includes at least one graphic element;

In the run mode, a graphical computing object is created for the monitored physical object of the physical object type, wherein the graphical computing object includes data of the display graphic template of the physical object type; The data of the graphic template is displayed to draw the display graphic of the monitored physical object, wherein the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object.
The method of claim 1 wherein said associating an attribute identification of a physical object type having a predetermined configuration with a graphical requirement in a corresponding presentation graphic template comprises:

Obtaining a display graphic template of the physical object type and at least one attribute identifier;

Displaying the attribute identifier and the display graphic template, and marking the graphic element in the display graphic template;

In response to the user's association operation of the displayed attribute identifier and the annotated graphic element, the attribute identifier of the physical object type operated by the user and the data of the graphic element associated with the attribute identifier in the corresponding presentation graphic template are associated and stored.
The method of claim 1 or 2, wherein the method further comprises:

In the development mode, a data management model and a graphical computing model associated with the data management model are created corresponding to the physical object type, the data management model including a plurality of attribute identifiers and attribute values of the physical object type, The graphic calculation model includes data of a display graphic template of the physical object type and graphic calculation logic code, and the graphic calculation logic code is configured to render an attribute value corresponding to an attribute identifier associated with the graphic element in the data management model. The display effect of the associated graphic element.
The method of claim 3, wherein the method further comprises:

In the development mode or the operation mode, displaying an interaction interface for inputting information of one or more monitored physical objects, and acquiring the monitored physical object according to information of one or more monitored physical objects input by the user Information about the physical object type to which the data management object of the monitored physical object is created according to the data management model of the physical object type, wherein the attribute identifier of the one or more data management objects is And the attribute values are respectively initialized to a plurality of attribute identifiers and attribute values of each of the monitored physical objects.
The method of claim 4, wherein the creating a graphical computing object for the monitored physical object of the physical object type comprises:

And creating the graphic computing object according to a graphic computing model of a physical object type to which the monitored physical object belongs, wherein the graphic computing object is associated with a data management object of the monitored physical object.
The method according to claim 4 or 5, wherein the rendering of the graphic element associated with the attribute identifier as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object comprises:

The graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier associated with the data management object.
The method according to any one of claims 1 to 6, wherein the method further comprises:

In the running mode, the updated attribute identifier and the attribute value of the monitored physical object are received, and the display effect of the graphic element associated with the attribute identifier is rendered according to the updated attribute identifier and the attribute value.
The method according to any one of claims 1 to 7, wherein the method further comprises:

In the development mode, recording a rendering effect parameter of the graphic element in the display graphic template;

And the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including:

The graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object according to the rendering effect parameter of the recorded graphic element.
The method of claim 8 wherein the method further comprises:

And in the running mode, receiving a rendering effect parameter of the updated graphic requirement in the displayed graphic template, and rendering a display effect of the graphic element associated with the attribute identifier according to the updated rendering parameter of the graphic requirement.
The method according to any one of claims 1 to 9, wherein the attribute identifier comprises a geographic data identifier, and the geographic data identifier comprises a central location identifier of the physical object type;

The method further includes: determining a display position of the display graphic according to an attribute value of the geographic data identifier of the monitored physical object, and displaying the display graphic at the display position;

And the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including:

A graphic element associated with other attribute identifiers is rendered as a display effect corresponding to the attribute values of the other attribute identifiers.
The method of claim 10, wherein the geographic data identifier further comprises a contour identifier of the physical object type, the contour identifier identifying an outline of a physical object belonging to the physical object type;

Determining, according to the attribute value of the geographic data identifier of the monitored physical object, the display position of the display graphic, including:

Determining the display of the monitored physical object according to a central location indicated by an attribute value of the central location identifier of the monitored physical object, and an outline of the monitored physical object indicated by the attribute value of the contour identifier position.
The method according to claim 10, wherein said geographic data identifier further comprises a spatial information identifier of said physical object type, said spatial information identifying a geographic location coordinate unit for identifying a physical object belonging to said physical object type , geographic location coordinates, and relationships with other physical objects;

Determining, according to the attribute value of the geographic data identifier of the monitored physical object, the display position of the display graphic, including:

And determining, according to an attribute value of the spatial information identifier of the monitored physical object, a display position of the display graphic of the monitored physical object.
The method of claim 12, wherein the relationship between the physical object and other physical objects comprises a relationship between the physical object and a parent physical object;

Determining, according to the attribute value of the spatial information identifier of the monitored physical object, the display position of the displayed graphic of the monitored physical object, including:

Determining, according to the attribute value of the spatial information identifier of the monitored physical object, whether the monitored physical object has a parent physical object;

If yes, determining a relative positional relationship between the monitored physical object and the parent physical object according to the attribute value of the spatial information identifier corresponding to the monitored physical object; and displaying the graphic based on the parent physical object a display location, where the display position of the displayed graphic of the monitored physical object is determined according to the relative positional relationship.
The method according to any one of claims 10 to 13, wherein, in the operating mode, the method further comprises:

Obtaining and determining, at a set time period, whether an attribute value of the geographic data identifier of the monitored physical object is updated;

If an update occurs, the display position of the display graphic of the monitored physical object is updated according to the updated attribute value.
A system comprising:

a non-volatile memory storing instructions;

One or more hardware processors coupled to the non-volatile memory, the hardware processor being configured to execute instructions for performing the following operations:

In the development mode, an attribute identifier of a physical object type having a predetermined configuration and a graphic requirement in a corresponding presentation graphic template are associated, wherein the presentation graphic template includes at least one graphic element;

In the run mode, a graphical computing object is created for the monitored physical object of the physical object type, wherein the graphical computing object includes data of the display graphic template of the physical object type; The data of the graphic template is displayed to draw the display graphic of the monitored physical object, wherein the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object.
The system of claim 15 wherein the hardware processor is configured to further execute instructions for performing the following operations:

Obtaining a display graphic template of the physical object type and at least one attribute identifier;

Displaying, on the display device, the attribute identifier and the display graphic template, and marking the graphic element in the display graphic template;

Corresponding to the user's association operation of the displayed attribute identifier and the marked graphic element, the attribute identifier of the physical object type operated by the user and the data of the graphic element associated with the attribute identifier in the corresponding display graphic template are associated with each other. In the database.
A system according to claim 15 or 16, wherein the hardware processor is configured to also execute instructions for performing the following operations:

In the development mode, a data management model and a graphical computing model associated with the data management model are created corresponding to the physical object type, the data management model including a plurality of attribute identifiers and attribute values of the physical object type, The graphic calculation model includes data of a display graphic template of the physical object type and graphic calculation logic code, and the graphic calculation logic code is configured to render an attribute value corresponding to an attribute identifier associated with the graphic element in the data management model. The display effect of the associated graphic element.
The system of claim 17 wherein the hardware processor is configured to also execute instructions for performing the following operations:

In the development mode or the operation mode, on the display device, an interactive interface for inputting information of one or more monitored physical objects is displayed, and according to information of one or more monitored physical objects input by the user Obtaining information about a physical object type to which the monitored physical object belongs, and respectively creating one or more data management objects of the monitored physical object according to the data management model of the physical object type, where the one or more The attribute identifiers and attribute values of the data management objects are respectively initialized to a plurality of attribute identifiers and attribute values of each of the monitored physical objects.
The system of claim 18, wherein the hardware processor is configured to further execute instructions for performing the following operations

And creating the graphic computing object according to a graphic computing model of a physical object type to which the monitored physical object belongs, wherein the graphic computing object is associated with a data management object of the monitored physical object.
The system of claim 17 or 18, wherein the hardware processor is configured to further execute instructions for performing the following operations:

The graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier associated with the data management object.
A system according to any one of claims 15 to 20, wherein the hardware processor is configured to also execute instructions for performing the following operations:

In the running mode, the updated attribute identifier and the attribute value of the monitored physical object are received, and the display effect of the graphic element associated with the attribute identifier is rendered according to the updated attribute identifier and the attribute value.
A system according to any one of claims 15 to 21, wherein the hardware processor is configured to also execute instructions for performing the following operations:

In the development mode, recording a rendering effect parameter of the graphic element in the display graphic template;

And the graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object, including:

The graphic element associated with the attribute identifier is rendered as a display effect corresponding to the attribute value of the attribute identifier of the monitored physical object according to the rendering effect parameter of the recorded graphic element.
The system of claim 22, wherein the hardware processor is configured to also execute instructions for performing the following operations:

And in the running mode, receiving a rendering effect parameter of the updated graphic requirement in the displayed graphic template, and rendering a display effect of the graphic element associated with the attribute identifier according to the updated rendering parameter of the graphic requirement.
The system according to any one of claims 15 to 23, wherein the attribute identifier comprises a geographic data identifier, and the geographic data identifier comprises a central location identifier of the physical object type;

The hardware processor is configured to further execute instructions for: determining a display location of the display graphic based on an attribute value of a geographic data identification of the monitored physical object, displaying the display at the placement location Display graphics;

The hardware processor is configured to further execute instructions for performing the following operations:

A graphic element associated with other attribute identifiers is rendered as a display effect corresponding to the attribute values of the other attribute identifiers.
The system of claim 24, wherein the geographic data identification further comprises a contour identification of the physical object type, the contour identification identifying an outline of a physical object belonging to the physical object type;

The hardware processor is configured to further execute instructions for performing the following operations:

Determining the display of the monitored physical object according to a central location indicated by an attribute value of the central location identifier of the monitored physical object, and an outline of the monitored physical object indicated by the attribute value of the contour identifier position.
The system according to claim 25, wherein said geographic data identifier further comprises a spatial information identifier of said physical object type, said spatial information identifying a geographic location coordinate unit for identifying a physical object belonging to said physical object type , geographic location coordinates, and relationships with other physical objects;

The hardware processor is configured to further execute instructions for performing the following operations:

And determining, according to an attribute value of the spatial information identifier of the monitored physical object, a display position of the display graphic of the monitored physical object.
The system of claim 26, wherein the relationship between the physical object and other physical objects comprises a relationship between the physical object and a parent physical object;

The hardware processor is configured to further execute instructions for performing the following operations:

Determining, according to the attribute value of the spatial information identifier of the monitored physical object, whether the monitored physical object has a parent physical object;

If yes, determining a relative positional relationship between the monitored physical object and the parent physical object according to the attribute value of the spatial information identifier corresponding to the monitored physical object; and displaying the graphic based on the parent physical object a display location, where the display position of the displayed graphic of the monitored physical object is determined according to the relative positional relationship.
A system according to any one of claims 24 to 27, wherein in the operational mode, the hardware processor is configured to also execute instructions for performing the following operations:

Obtaining and determining, at a set time period, whether an attribute value of the geographic data identifier of the monitored physical object is updated;

If an update occurs, the display position of the display graphic of the monitored physical object is updated according to the updated attribute value.
A computer program comprising computer program instructions, wherein the program instructions are executed by a processor to implement the steps corresponding to the configuration-based physical object presentation method of any one of claims 1-14.
A computer readable storage medium having stored thereon computer program instructions, wherein the program instructions are executed by a processor for implementing a configuration-based physical object presentation method according to any one of claims 1-14 A step of.