CN106802804A - A kind of method and system of the visualization variable association component of man-machine interface - Google Patents
A kind of method and system of the visualization variable association component of man-machine interface Download PDFInfo
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Abstract
The invention discloses a kind of method and system of the visualization variable association component of man-machine interface.Including user generate configuration file when, will visualize variable and control bundle；Initialization visualization variable；Initialize all tasks；Loading page；Refresh and draw；Occur by the event of the visualization variable to be changed such as man-machine interaction, when visualization variable changes, the component of all bindings can be triggered；Control function is called, system includes that charting component visualizes variable；The visualization variable realizes component interconnection model；The event that triggering visualization variable changes, method of the present invention by realizing visualization variable and component binding in man-machine interface, each component is connected by visualizing variable, makes to be linked between component, while between different component and component can easily be communicated with the external world.And need not introduce the process for writing code in the development process at whole interface.
Description
Technical field
The invention belongs to man-machine interface platform technology field, more particularly to a kind of Interface Development platform and its emulation
The method of the component liaison that device is used, it is intended to the letter between charting component is realized using the method for visualization variable association component
Breath interaction.
Background technology
Man-machine interface (Human-Machine Interface, HMI) is transmitted and interacted between user and machine
Medium, visual development platform can then allow the developer more easily to carry out the customized development of man-machine interface.Visually
The Development of Graphical Interfaces platform of change widely applies to the interface development in nowadays many fields of business circles, including automobile instrument,
The every field such as smart home, Industry Control.Development difficulty can be reduced using patterned development interface, and " institute can be provided
See i.e. gained " exploitation advantages.
Although current existing most of man-machine interface visualization Development of Graphical Interfaces platform is largely reduced out
Hair personnel write the burden of code, but the problem of the data interaction and linkage between component never has and solved well
Certainly.For example, how by the progress bar data transfer of current interface to current interface instrument board, and progress data changes
How to notify that instrument board associated with it also occurs the change of correlation when change.
Graphic interface is fully converted to code, figure by a kind of being achieved in that for conventional Development of Graphical Interfaces platform
The purpose for changing interface is to write partial code to simplify user.This mode very easily can realize different controls using code
Association between part, while the information exchange between control can also be completed by variable.But use this development platform
Developer still need and possess certain programming grounding in basic skills.For example the Android platform based on java exploitations just belongs to this exploitation
Platform.
The implementation of the conventional Development of Graphical Interfaces platform of another kind is then directly to convert the information of graphic interface
It is configuration information.The benefit of this implementation is that user can completely dispense with and write code and carry out interface development, but each
Charting component can only set the property value of itself, and other assemblies have no idea for self information to pass to the component.So as to nothing
Method realizes information exchange and the component linkage between component.
Interface Development platform of the invention is used and for graphic interface information to be fully converted to configuration information
Method, adds " visualization variable " this concept on this basis, so as to make developer write code completely dispensing with
On the premise of again the association between charting component and information exchange can be realized by variable.
In the technical scheme of prior art one：
U.S.Application Publication patent US7681176B2, it is proposed that a kind of code simplifies with the mode of the mutual phase transformation of figure
Development of Graphical Interfaces and modeling.The invention is proposed and is encapsulated as code and figure is recovered from code graphical application
The method for changing interface, code is changed so as to facilitate user to pass through patterned mode.This scheme is provided and uses graphic interface
To simplify the method for Development of Graphical Interfaces, but realize that the association between component still needs and write code.
Chinese Shen Qing Publication patent CN105912472A proposes, using the software design approach of custom variable, to use the method
Some derivative variables need not be defined to relative solidification at the beginning of Software for Design.Can be become by User Defined using this scheme
The mode of amount changes the attribute of component.Each variable can only be tied on a component in this scheme, so list can only be realized
The change of individual control, but communication and linkage between control cannot be realized.
The Interface Development platform IQ-Editor of Mikroprojekt companies exploitation uses the change of entitled " Tag "
Amount associated component, when any control bound with " Tag " changes, control associated there can also occur simultaneously
Change.So as to linkage and interaction between realizing control by way of entirely without code ground.The program can be solved well
Interaction and linkage problem between control, but：
A. each " Tag " is required for indicating data type in this scheme, so as to bring certain office to control bundle " Tag "
It is sex-limited
B. in this scheme " Tag " can only bound control, and other charting components such as page can not be bound.
The content of the invention
It is an object of the invention to provide a kind of method and system of the visualization variable association component of man-machine interface, pass through
The Interface Development platform that visualization variable carrys out associating mapping component is employed, visualization variable carrys out associating mapping component, real
Interconnection and interaction between existing charting component.
In order to solve the above technical problems, the present invention is achieved by the following technical solutions：
A kind of method of the visualization variable association component for being man-machine interface of the invention, including following process：
SS0, user generate configuration file when, will visualize variable and control bundle；
SS1, initialization visualization variable：The configuration information of visualization variable is read, and is tied to component；
SS2, initializes all tasks：All tasks in initialized operating system；
SS3, loading page：No. 0 page info of loading, visualization variable changes event；
SS4, refreshes and draws：Refresh all of charting component and draw；
SS5, waits event：Occur by the event of the visualization variable to be changed such as man-machine interaction；
SS6, when visualization variable changes, can trigger the component of all bindings；
SS7, calls control function：After visualization variable changes, the component control function of all bundled components is called.
Preferably, the SS6, when visualization variable changes, can trigger the component of all bindings, perform step
It is rapid as follows：
A. all binding pages are triggered：Jump to variate-value corresponding page；
B. all binding painting canvas are triggered：Switch the currently displaying sub- painting canvas of painting canvas；
C. all bound controls are triggered：Call the control function of control；
D. all binding instructions are triggered：Send the instruction corresponding to variate-value corresponding address.
Preferably, all bound controls of triggering：The control function of control is called to concretely comprise the following steps：
E. judge control whether in the page；
F. judge whether control is shown；
G. as widgetRefresh=1 or during widgetRefresh=0, the control function of control is called.
Preferably, the SS7, calls control function：After visualization variable changes, the group of all bundled components is called
Part control function, wherein, the component control function includes page control function, painting canvas control function and control control function.
A kind of visualization variable association component system of man-machine interface, including：
Charting component, for the information exchange between the charting component of man-machine interface；
Visualization variable, including be worth and bound element list；
The visualization variable realizes component interconnection model；
The event that triggering visualization variable changes.
Preferably, the charting component includes the page, painting canvas, sub- painting canvas and control；
The page：It is the elementary cell of Dram loading, a page includes multiple painting canvas, when the page is switched
Internal storage data is waited all to reload；
The painting canvas：The elementary cell of drawing, the control data drawn is present on painting canvas, and each painting canvas is comprising more
Individual sub- painting canvas；
The sub- painting canvas：It is the set of multiple controls, different sub- painting canvas are completely overlapped together in same painting canvas, pass through
Painting canvas switches currently displaying sub- painting canvas；
The control：It is basic display unit, the type of control includes the polytypes such as button, instrument board, progress bar,
For realizing man-machine interaction and interface display.
Preferably, the visualization variable, including value and bound element list in；
Described value includes integer or character string；
Drawing element and/or serial ports register are bound in the binding element list.
Preferably, the binding drawing element and/or serial ports register are specially：
The page：The visualization variable bound with the page switches the page of display by change value, or sends correspondence
The page instruction of the page；
The painting canvas：The sub- painting canvas currently displaying with the visualization variable switching painting canvas that painting canvas is bound；
The control：Visualization variable with control bundle changes the value of current control；
The serial ports register：The visualization variable bound with serial ports register is to sending data or from serial ports in serial ports
In receive data, information exchange is carried out by serial ports and the external world.
Preferably, the visualization variable realizes that the component triggered in component interconnection model includes：
The page：Switch to the page of sequence number corresponding to variate-value；
The painting canvas：Switch to the sub- painting canvas of sequence number corresponding to variate-value；
The control：Call the control control function of correspondence control；
The instruction：Call the instruction of address corresponding to variate-value.
Preferably, the visualization variable can be changed by intraware, outside serial ports or interactive process, this
The process for planting change variable is referred to as event, the variable that changed of event, so that change the component associated by variable, with this side
Formula realizes interaction or man-machine interaction between component, and the event that triggering visualization variable changes includes：
Page events：Occur when system initialization or the switching page, full page refreshes invoking page instruction simultaneously；
Mouse event：The control function that can touch control, touching treatment function can be called it is changed during user's touching screen
The visualization variable of binding；
Serial Port Event：Serial ports directly changes visualization variable by visualizing the register number bound in variable；
Timer event：Periodically change the visualization variable bound in it；
Command event：Part instruction can directly change visualization variable.
The invention has the advantages that：
1st, method of the present invention by realizing a kind of visualization variable and component binding in man-machine interface, by the party
The benefit that method can reach has：Each component is connected by visualizing variable, makes to be linked between component, while different groups
Between part and component can easily be communicated with the external world.And need not be introduced in the development process at whole interface and write generation
The process of code.
2nd, the present invention passes through the checking of the method for the binding that visual control is completed in operating system again, while proposing
The operational process of whole human-computer interface system.Such benefit is：Complete codeless mode has been used to realize between component
Interconnection with communicate, reduce the human cost of developer.
Certainly, implement any product of the invention to it is not absolutely required to while reaching all the above advantage.
Brief description of the drawings
Technical scheme in order to illustrate more clearly the embodiments of the present invention, uses required for being described to embodiment below
Accompanying drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the present invention, for ability
For the those of ordinary skill of domain, on the premise of not paying creative work, can also obtain other attached according to these accompanying drawings
Figure.
Fig. 1 is a kind of method flow diagram of the visualization variable association component of man-machine interface of the invention；
Fig. 2 is to visualize the process flow diagram flow chart that variable triggers bundled components；
Fig. 3 is that component interconnects schematic diagram；
Fig. 4 is that charting component interconnects schematic diagram；
Fig. 5 is event model schematic diagram.
Specific embodiment
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is carried out clear, complete
Site preparation is described, it is clear that described embodiment is only a part of embodiment of the invention, rather than whole embodiments.It is based on
Embodiment in the present invention, it is all other that those of ordinary skill in the art are obtained under the premise of creative work is not made
Embodiment, belongs to the scope of protection of the invention.
Refer to shown in Fig. 1, the present invention is a kind of method of the visualization variable association component of man-machine interface, by visual
Change interconnection of the Variable-Bindings component to realize component to be run on the human machine interface operation system of independent research with the method for communicating,
User needs to bind visualization variable with related control when configuration file is generated first, the then operation of man-machine interface
Process is divided into following steps：
SS0, user generate configuration file when, will visualize variable and control bundle；
SS1, initialization visualization variable：The configuration information of visualization variable is read, and is tied to component；
SS2, initializes all tasks：All tasks in initialized operating system；
SS3, loading page：No. 0 page info of loading, visualization variable changes event；
SS4, refreshes and draws：Refresh all of charting component and draw；
SS5, occurs by the event of the visualization variable to be changed such as man-machine interaction, when visualization variable changes
Wait, the component of all bindings can be triggered, the function called when visualizing variable and changing, for changing the component of binding；
SS6, calls control function：After visualization variable changes, the component control function of all bundled components is called.
Wherein as shown in Fig. 2 SS6, when visualization variable changes, can trigger the component of all bindings, hold
Row step is as follows：
A. all binding pages are triggered：Jump to variate-value corresponding page；
B. all binding painting canvas are triggered：Switch the currently displaying sub- painting canvas of painting canvas；
C. all bound controls are triggered：Call the control function of control；
D. all binding instructions are triggered：Send the instruction corresponding to variate-value corresponding address.
Wherein, when visualization variable changes, all bound controls are triggered：Call the control function specific steps of control
For：
E. judge control whether in the page；
F. judge whether control is shown；
G. as widgetRefresh=1 or during widgetRefresh=0, the control function of control is called.
Wherein as shown in figure 3, SS7, calls control function：After visualization variable changes, all bundled components are called
Component control function, wherein, component control function include page control function, painting canvas control function and control control function,
The page control function, painting canvas control function and control control function shown by HMI, calls HMI to repaint；
After visualization variable changes, call instruction control function sends instruction.
A kind of visualization variable association component system of man-machine interface, including：
Charting component, for the information exchange between the charting component of man-machine interface；
Visualization variable, including be worth and bound element list；
Visualization variable realizes component interconnection model；
The event that triggering visualization variable changes.
Wherein as shown in figure 4, the charting component that Interface Development platform is included includes the page (page), painting canvas
(canvas), sub- painting canvas (subcanvas) and control (widget)；
The page：It is the elementary cell of Dram loading, a page includes multiple painting canvas, interior when the page is switched
Deposit data is all reloaded；
Painting canvas：The elementary cell of drawing, the control data drawn is present on painting canvas, and each painting canvas includes many height
Painting canvas；
Sub- painting canvas：It is the set of multiple controls, different sub- painting canvas are completely overlapped together in same painting canvas, by painting canvas
To switch currently displaying sub- painting canvas；
Control：It is basic display unit, the type of control includes the polytypes such as button, instrument board, progress bar, is used for
Realize man-machine interaction and interface display.
Wherein, variable is visualized, visualization variable includes two essential informations：Value and bound element list.Value can be with
It is set to any type, including integer or character string.Drawing element or serial ports deposit can be bound in binding element list
Device.The function that binding different elements are realized is different：
Value includes integer or character string；
Drawing element and/or serial ports register are bound in binding element list.
Wherein, binding drawing element and/or serial ports register are specially：
The page：The visualization variable bound with the page switches the page of display by change value, or sends corresponding page
The page instruction；
Painting canvas：The sub- painting canvas currently displaying with the visualization variable switching painting canvas that painting canvas is bound；
Control：Visualization variable with control bundle changes the value of current control；
Serial ports register：The visualization variable bound with serial ports register connects to transmission data in serial ports or from serial ports
By data, information exchange is carried out by serial ports and the external world.
Wherein, when having event either internally or externally to trigger the change of visualization variable, visualization variable can be according to
The secondary all component triggered bound in it, so as to the component bound in same variable is realized into interconnection, visualization variable realizes group
The component triggered in part interconnection model includes：
The page：Switch to the page of sequence number corresponding to variate-value；
Painting canvas：Switch to the sub- painting canvas of sequence number corresponding to variate-value；
Control：Call the control control function of correspondence control；
Instruction：Call the instruction of address corresponding to variate-value.
Wherein as shown in figure 5, visualization variable can be changed by intraware, outside serial ports or interactive process
Become, this process for changing variable is referred to as event, the variable that changed of event, so that change the component associated by variable,
Interaction or man-machine interaction between component are realized in this way, and the event that triggering visualization variable changes includes：
Page events：Occur when system initialization or the switching page, full page refreshes invoking page instruction simultaneously；
Mouse event：The control function that can touch control, touching treatment function can be called it is changed during user's touching screen
The visualization variable of binding；
Serial Port Event：Serial ports directly changes visualization variable by visualizing the register number bound in variable；
Timer event：Periodically change the visualization variable bound in it；
Command event：Part instruction can directly change visualization variable.
The event that change visualization variable occurs needs each task called, including mouse task, page layout switch to appoint
Business, task of timer, serial ports task and instruction transmission task
It is worth noting that, in said system embodiment, included unit is to be drawn according to function logic
Point, but above-mentioned division is not limited to, as long as corresponding function can be realized；In addition, each functional unit is specific
Title is also only to facilitate mutually distinguish, the protection domain being not intended to limit the invention.
In addition, one of ordinary skill in the art will appreciate that realizing all or part of step in the various embodiments described above method
Program be can be by instruct the hardware of correlation to complete, corresponding program can be stored in embodied on computer readable storage and be situated between
In matter, described storage medium, such as ROM/RAM, disk or CD.
Present invention disclosed above preferred embodiment is only intended to help and illustrates the present invention.Preferred embodiment is not detailed
All of details is described, it is only described specific embodiment that the invention is not limited yet.Obviously, according to the content of this specification,
Can make many modifications and variations.This specification is chosen and specifically describes these embodiments, is to preferably explain the present invention
Principle and practical application so that skilled artisan can be best understood by and utilize the present invention.The present invention is only
Limited by claims and its four corner and equivalent.
Claims (10)
1. a kind of man-machine interface visualization variable association component method, it is characterised in that including following process：
SS0, user generate configuration file when, will visualize variable and control bundle；
SS1, initialization visualization variable：The configuration information of visualization variable is read, and is tied to component；
SS2, initializes all tasks：All tasks in initialized operating system；
SS3, loading page：No. 0 page info of loading, visualization variable changes event；
SS4, refreshes and draws：Refresh all of charting component and draw；
SS5, waits event：Occur by the event of the visualization variable to be changed such as man-machine interaction；
SS6, when visualization variable changes, can trigger the component of all bindings；
SS7, calls control function：After visualization variable changes, the component control function of all bundled components is called.
2. a kind of man-machine interface according to claim 1 visualization variable association component method, it is characterised in that institute
SS6 is stated, when visualization variable changes, the component of all bindings can be triggered, perform step as follows：
A. all binding pages are triggered：Jump to variate-value corresponding page；
B. all binding painting canvas are triggered：Switch the currently displaying sub- painting canvas of painting canvas；
C. all bound controls are triggered：Call the control function of control；
D. all binding instructions are triggered：Send the instruction corresponding to variate-value corresponding address.
3. a kind of man-machine interface according to claim 2 visualization variable association component method, it is characterised in that institute
State all bound controls of triggering：The control function of control is called to concretely comprise the following steps：
E. judge control whether in the page；
F. judge whether control is shown；
G. as widgetRefresh=1 or during widgetRefresh=0, the control function of control is called.
4. a kind of man-machine interface according to claim 1 visualization variable association component method, it is characterised in that institute
SS7 is stated, control function is called：After visualization variable changes, the component control function of all bundled components is called, wherein,
The component control function includes page control function, painting canvas control function and control control function.
5. the visualization variable association component system of a kind of man-machine interface, it is characterised in that including：
Charting component, for the information exchange between the charting component of man-machine interface；
Visualization variable, including be worth and bound element list；
The visualization variable realizes component interconnection model；
The event that triggering visualization variable changes.
6. the visualization variable association component system of a kind of man-machine interface according to claim 5, it is characterised in that described
Charting component includes the page, painting canvas, sub- painting canvas and control；
The page：It is the elementary cell of Dram loading；
The painting canvas：The elementary cell of drawing, the control data drawn is present on painting canvas, and each painting canvas includes many height
Painting canvas；
The sub- painting canvas：It is the set of multiple controls；
The control：It is basic display unit.
7. the visualization variable association component system of a kind of man-machine interface according to claim 5, it is characterised in that described
Visualization variable, including value and bound element list in；
Described value includes integer or character string；
Drawing element and/or serial ports register are bound in the binding element list.
8. the visualization variable association component system of a kind of man-machine interface according to claim 7, it is characterised in that described
Binding drawing element and/or serial ports register are specially：
The page：The visualization variable bound with the page switches the page of display by change value, or sends corresponding page
The page instruction；
The painting canvas：The sub- painting canvas currently displaying with the visualization variable switching painting canvas that painting canvas is bound；
The control：Visualization variable with control bundle changes the value of current control；
The serial ports register：The visualization variable bound with serial ports register connects to transmission data in serial ports or from serial ports
By data, information exchange is carried out by serial ports and the external world.
9. the visualization variable association component system of a kind of man-machine interface according to claim 5, it is characterised in that described
Visualization variable realizes that the component triggered in component interconnection model includes：
The page：Switch to the page of sequence number corresponding to variate-value；
The painting canvas：Switch to the sub- painting canvas of sequence number corresponding to variate-value；
The control：Call the control control function of correspondence control；
The instruction：Call the instruction of address corresponding to variate-value.
10. a kind of visualization variable association component system of man-machine interface according to claim 5, it is characterised in that institute
The event for stating triggering visualization variable change includes：
Page events：Occur when system initialization or the switching page, full page refreshes invoking page instruction simultaneously；
Mouse event：The control function that can touch control, touching treatment function can be called its binding is changed during user's touching screen
Visualization variable；
Serial Port Event：Serial ports directly changes visualization variable by visualizing the register number bound in variable；
Timer event：Periodically change the visualization variable bound in it；
Command event：Instruction can directly change visualization variable.
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| CN110764866A (en) * | 2019-10-31 | 2020-02-07 | 浪潮云信息技术有限公司 | Method and system for realizing Angular responsive form control linkage |
| CN111813288A (en) * | 2020-07-08 | 2020-10-23 | 攀钢集团攀枝花钢钒有限公司 | Display method of HMI system for hot continuous rolling heating furnace |
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