CN107220064B - A kind of digital control system interface configuration development approach - Google Patents
A kind of digital control system interface configuration development approach Download PDFInfo
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- CN107220064B CN107220064B CN201710502700.4A CN201710502700A CN107220064B CN 107220064 B CN107220064 B CN 107220064B CN 201710502700 A CN201710502700 A CN 201710502700A CN 107220064 B CN107220064 B CN 107220064B
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Abstract
The invention discloses a kind of interface configuration development approaches of digital control system, including interface system is divided into multiple modules；Module is divided into multiple basic units, arranges the basic unit, systematic function unit collection；Abstract processing is carried out to the functional unit collection, encapsulation forms functional unit；Corresponding digital control system interface configuration exploitation environment is constructed, setting administrative unit is managed the functional unit of the module；Configuration configuration is carried out to functional unit by the administrative unit, constructs configuration interface；Dry run is carried out to the configuration interface that building is completed, confirms whether the configuration interface meets functional requirement；Configuration script is loaded, configuration interface is executed.The method of technical solution of the present invention, numerical control interface system is divided into figure, data and interactive module, the corresponding standalone feature component of each module is extracted, instantiation is carried out to functional unit in a manner of graph visualization and is combined with component, digital control system configuration interface can be rapidly constructed.
Description
Technical field
The invention belongs to digital control system human-machine interface configuration fields, and in particular to a kind of exploitation of digital control system interface configuration
Method.
Background technique
Configuration software can be realized monitoring and control to automation process and equipment.It can be from automation process and equipment
The middle various information of acquisition, and information is shown in a manner of graphical etc. be more readily understood, by important information with various
Means are transmitted to related personnel, execute necessary analysis processing and storage to information, issue control instruction etc..The group of man-machine interface
Numerous applications have been obtained in Automatic monitoring systems field in state development technique, and high efficiency and high scalability are wide
General approval.But in the exploitation of practical numerical control system interface, mostly still using the development mode of traditional coding type, configuration
Change interface development technology using less, also the technical solution of complete set not may be implemented configuration and melt hair at present, thus
Cause the development efficiency at digital control system interface low, flexibility and scalability is not high, poor user experience, is not able to satisfy digital control system and opens
Putting, intelligentized demand for development.
The core of configuration is the combination of functional unit, has only carried out graphical interfaces in existing digital control system configuration scheme
Configuration, the configurationization for not accounting for digital control system data and human-computer interaction realizes.Meanwhile configuration vector is relative closure,
It only saves the relevant configuration info of graphical interfaces, as a result causes the flexibility at configuration interface not high.Utilize configuration thought
The numerical control configuration interface developed, is directly based upon Automatic monitoring systems configuration software, due to automatically-monitored interface mostly
With having differences property of digital control system interface, the numerical control configuration interface of building is caused to be unable to satisfy the function of digital control system man-machine interface
And interaction demand.
Summary of the invention
Aiming at the above defects or improvement requirements of the prior art, the present invention provides a kind of interface configurations of digital control system to open
Forwarding method.Numerical control interface system is divided into figure, data and interactive module, extracts each mould by the method for technical solution of the present invention
The corresponding standalone feature component of block carries out parameterized combination to functional unit in a manner of graph visualization, rapidly constructs number
Control system configuration interface；Numerical control configuration interface editing is significantly increased as configuration interface carrier using open script simultaneously
Flexibility improves numerical control interface development efficiency and scalability.
To achieve the above object, according to one aspect of the present invention, a kind of interface configuration exploitation of digital control system is provided
Method, which is characterized in that including
S1 is divided into multiple modules according to function and/or design feature, by interface system；
S2 divides the basic unit in the module according to function and/or design feature according to granularity, arranges institute
State basic unit, systematic function unit collection；
S3 carries out abstract processing to the functional unit collection, and encapsulation forms functional unit, and the functional unit may be implemented
Specific function；
S4 constructs corresponding digital control system interface configuration and develops environment, functional unit of the setting administrative unit to the module
It is managed；
S5 carries out configuration configuration to functional unit by the administrative unit, constructs configuration interface；
S6 carries out dry run to the configuration interface that building is completed, and confirms whether the configuration interface meets functional requirement；
If satisfied, configuration info is stored in configuration script, and the script is placed in configuration running environment；If not satisfied, into
Enter step S5；
S7 loads configuration script, runs configuration interface.
As an optimal technical scheme of the invention, module described in step S1 include figure module, data module and
Interactive controlling module.
As an optimal technical scheme of the invention, administrative unit described in step S4 includes graphics management unit, number
According to administrative unit and interaction control unit；The graphics management Single Component Management figure module, the Data Management Unit manage number
According to module, the interaction control unit manages interactive controlling module.
As an optimal technical scheme of the invention, configuration described in step S5, which configures, includes,
S51 directly carries out parameter assignment to each functions of modules component control parameter；
S52 is stacked and/or is combined to graphic assembly in a manner of graph visualization；
S53 establishes the data connection between graphic assembly and data package；
S54 writes the corresponding interactive controlling script of graphic assembly.
As an optimal technical scheme of the invention, dry run described in step S6 includes, to the configuration interface
Dynamic authentication is carried out, operation data and/or operation logic are debugged.
In other words, the main technical solution of the present invention presses digital control system man-machine interface preferably by MVC design frame
According to function and structure feature, interface system is divided into and is existed including three figure module, data module and interactive controlling modules
Interior multiple modules.Dry run described in step S6 respectively includes carrying out dynamic authentication, and operation to the configuration interface
Data and/or operation logic are debugged.To these three modules according to certain granularity to the basic unit in module according to function
Can, structure in logic the characteristics of carry out basic unit division, according to functional similarity to each basic unit carry out function
It extracts, integration, constitutes multiple functional unit collection.Functional unit collection in module be abstracted simultaneously with the thought of Object-Oriented class
The combined interface for meeting specific specifications is provided, is encapsulated into can be realized the functional group of specific function, reusable, lower coupling
Part.
Corresponding digital control system interface configuration exploitation environment is constructed, provides individual administrative unit respectively to three modules
Functional unit is managed and safeguards, shape library managing graphic functions of modules component, data center management machine tool data module function
Energy component, the functional unit of interactive controlling centre management logic interaction.By corresponding administrative unit, functional unit configuration is matched
The instantiation for carrying out component is set, corresponding component instance object is generated.Graphic assembly is pulled in a manner of graph visualization
The stacking of formula with combine, and establish the data connection between graphic assembly and data package, write corresponding friendship for graphic assembly
Combination that these component objects parameterize is constructed configuration interface by mutually control script.
In configuration exploitation environment, the simulation of machine tool motion and process data is carried out to the configuration interface that building is completed, it is right
The graphical interfaces at configuration interface, functionality, interactive operation etc. carry out dynamic authentication, when dry run can pair it is corresponding
Data are debugged with operation logic.On the basis of configuration interface checking, then returned for being unsatisfactory for functional requirement configuration interface
Configuration configuration phase is returned to be adjusted.It, will be in configuration interface for meeting the configuration graphical interfaces of function and operation demand
The parameter and layout relationship of graphic assembly, the data definition of machine tool data component, the data connection relationship of interactive controlling component, with
And the configuration info of the whole such as event response and logic control order is all stored in the foot such as QML form in the form of element object
In this, each numerical control configuration picture corresponds to a script, by the way that configuration script is placed in configuration fortune in an automated manner
The operation deployment at configuration interface can be completed in row environment.After the completion of deployment, configuration running environment loads configuration script, by configuration
Script parsing is converted to configuration interface, executes to configuration interface, realizes the operation and maintenance of human-computer interaction interface.
According to the other side of technical solution of the present invention, a kind of interface configuration development system of digital control system is provided,
It is characterised in that it includes
System division module, for according to function and/or design feature, interface system to be divided into multiple modules；
Functional unit block, for the basic unit in the module according to function and/or design feature with specific grain
Degree is divided, and the basic unit, systematic function unit collection are arranged；
Unit package module, for carrying out abstract processing to the functional unit collection, encapsulation forms functional unit, the function
Specific function may be implemented in energy component；
Administrative unit is arranged to institute for constructing corresponding digital control system interface configuration exploitation environment in configuration environment module
The functional unit for stating module is managed；
Configuration configuration module is combined for carrying out configuration configuration to functional unit by the administrative unit with component, structure
Build configuration interface；
Dry run module, the configuration interface for completing to building carry out dry run, confirm that the configuration interface is
It is no to meet functional requirement；If satisfied, configuration info is stored in configuration script, and the script is placed in configuration environment；
If not satisfied, entering step S5；
Configuration operation module executes configuration interface for loading configuration script.
As an optimal technical scheme of the invention, multiple modules include figure module, data module and interactive controlling
Module.
As an optimal technical scheme of the invention, administrative unit include graphics management unit, Data Management Unit and
Interaction control unit；The graphics management Single Component Management figure module, the Data Management Unit manage data module, the friendship
Mutually control Single Component Management interactive controlling module.
As an optimal technical scheme of the invention, configuration configuration module includes,
Configuration configuration module, for directly carrying out parameter assignment to each functions of modules component control parameter；
Visual edit module, for carrying out parameter editor and stack of components to graphic assembly in a manner of graph visualization
And/or combination；
Data connection module, for establishing the data connection between graphic assembly and data package；
Script editor module, for writing the corresponding interactive controlling script of graphic assembly.
As an optimal technical scheme of the invention, dry run module includes,
Dynamic authentication module, for carrying out dynamic authentication to the configuration interface；
Debugging module, for being debugged to operation data and/or operation logic.
In general, through the invention it is contemplated above technical scheme is compared with the prior art, have below beneficial to effect
Fruit:
(1) the digital control system interface configuration development approach of technical solution of the present invention can in the operational process at configuration interface
To carry out the configuration editor again at configuration interface using text editor or visual configuration exploitation software, after the completion of editor
Running environment reloads configuration script, realizes " configuration when operation " of CNC Human-machine Interface；
(2) the digital control system interface configuration development approach of technical solution of the present invention, carries out numerical control human-computer interface system
Modular division, and basic unit is further divided into according to granularity, it is packaged management according to function, improves numerical control
The manageability at configuration interface；
(3) the digital control system interface configuration development approach of technical solution of the present invention, realizes digital control system data and numerical control
The modularization of man-machine interface interactive controlling improves the opening and flexibility at numerical control configuration interface；
(4) the digital control system interface configuration development approach of technical solution of the present invention, using open script to numerical control configuration
Interface is stored, and the portability of configuration interface deployment is promoted.
Detailed description of the invention
Fig. 1 is the flow chart of one embodiment that digital control system interface configuration of the invention melts forwarding method；
Fig. 2 is the numerical control configuration interface QML of one embodiment that digital control system interface configuration of the invention melts forwarding method
Configuration script example.
Specific embodiment
In order to make the objectives, technical solutions, and advantages of the present invention clearer, with reference to the accompanying drawings and embodiments, right
The present invention is further elaborated.It should be appreciated that the specific embodiments described herein are merely illustrative of the present invention, and
It is not used in the restriction present invention.As long as in addition, technical characteristic involved in the various embodiments of the present invention described below
Not constituting a conflict with each other can be combined with each other.The present invention is described in more detail With reference to embodiment.
As shown in Figure 1, a kind of digital control system configuration interface development side based on open script of technical solution of the present invention
The embodiment of method including the following steps:
(1) numerical control interface system can be divided into figure module, data according to functionality using MVC pattern in software design
Module, interactive controlling module three parts.Figure module mainly includes the graphical interfaces part at numerical control interface, i.e. composition graphical interfaces
All visualizations；Data module mainly includes part relevant with man-machine interface data, as machine tooling data, lathe are patrolled
Collect equipment (channel, axis, register, PLC) and the operating status of lathe etc..Interactive controlling module is mainly responsible for man-machine interactive phase
The part of pass, is independent from each other between figure and data module, and the data exchange between the two modules is by interactive controlling mould
Block realizes that interactive module is also responsible for the logical code etc. of processing human-computer interaction event response simultaneously.
(2) module of numerical control interface system is subjected to basic unit division, systematic function unit set.Basic unit divides
The basic unit of each module of interface system will be formed by referring to, according to the difference in terms of function and structure, pass through the side of division accordingly
Method will be extracted according to certain granularity of division with standalone feature and with the functional unit of other basic unit lower couplings.?
In partition process, the granularity of division of use is different, and the size of the basic unit of division is also different, and granularity of division is excessive to will lead to base
This unit configurability is poor, and the overall flexibility at configuration interface is not high；And undersized, then it is excessively multiple to will lead to interface system
Miscellaneous, maintainability is inadequate, and the selection of granularity of division should be selected according to module characteristic and partitioning standards.
(3) according to functional characteristics, the basic functional units in module are abstracted and are encapsulated in a manner of object-oriented,
Form functions of modules component.For figure module, according to numerical control system graph Interfacial Characteristics, using two kinds of granularity of division of thickness
Afterwards, figure module is divided into two kinds of component: Common Component and general purpose module.Common Component is commonly used in graphical interfaces
Functional unit such as coordinate show that program preview, file selection, data list, alarm indication, message notifying etc. is abstracted,
Corresponding configurable parameter is provided, reusable QML script component is packaged into；General purpose module mainly includes constituting graphical interfaces
Fundamental figure component such as text, lines, rectangle, picture and common status control and interactive controls, these basic modules can
Be implemented in combination arbitrary interface system, general purpose module is also to be encapsulated by Common Component, these general purpose modules be by after
Hold what the Item member in QML was usually realized.Modularization for machine tool data module, by by the structuring in digital control system
Data logically structure the characteristics of, be divided into channel, axis, cutter, tool magazine, parameter, register, the data cells such as PLC and
NCK key control unit, is packaged data cell in a manner of object-oriented, inherits the QObject in QML, constitutes number
According to class.Data class provides corresponding attribute and accesses to machine tool data, provides ad hoc approach for providing digital control system correlation
Access API.Interactive controlling modular assembly is converted to the logic interactive controlling that will be abstracted based on the specific form of expression.It hands over
Mutual control module is divided into two parts, a part of data connection for realizing figure module and data module, by digital control system number
It is changed into Binding value binding elements group in QML respectively according to the two ways " updating propelling movement type " of connection and " actively obtaining formula "
Part and Timer timer renovating component；Then for realizing the logic control of human-computer interaction, this is partially converted to for another part
To the event response at corresponding configuration interface, such as picture event, mouse event, KeyEvent, touch-screen event etc., by will be to thing
The response of part is converted into the function in command script i.e. QML to realize the modularization of this part.
(4) by step 3 realize three modules modularization after, build corresponding numerical control configuration development platform to its into
Row management.For numerical control configuration development platform still centered on these three modules, pel component constitutes the shape library of configuration platform, number
Data center part is constituted according to component, interactive component just constitutes interactive controlling part.
(5) by configuration development platform, parametrization configuration is carried out to component, is corresponding component pair by functional unit realification
As component object intercombination just constitutes numerical control configuration interface.Graphic assembly instantiation is completed by shape library, is opened in configuration
By from pulling corresponding pel component in shape library into configuration interface in hair ring border, by configure corresponding parameter or into
Row mouse action, to the position of pel, the visual attributes such as size are defined to realize instantiation, the figure according to man-machine interface
Display requires, by the mutual stacked combination of graphic assembly, to constitute the visuals of configuration human-machine interface.Pel example simultaneously
It is visual for changing with combined whole process, and the modification of primitive attribute can be reflected directly in the figure at configuration interface in building process
It with visualization portion when operation is with static consistency in the variation of shape, i.e. configuration interface building.Data center is responsible for reality
Existing data package object-instantiated, data center indirectly by data object management class, with factory's mould in software development
Formula instantiates to realize, so that (channel, axis, register are in number for quantity limitation logically of the realization to machine tool data object
Quantity is conditional in control system), i.e., drawn by transmitting corresponding Data Identification parameter such as channel number, axon, register it is inclined
Shifting amount etc. generates required data object to management class, passes through the data for the man-machine interface that the combination of data object is just constituted
Source.It is responsible for realizing the instantiation of interactive component in interactive controlling center.The instantiation of interactive component depends on pel component and data
Data connection between the two is realized using interactive component after the completion of object, pel component and data object instantiation, thus
Realize the instantiation of interactive component.Except data connection is established, user writes corresponding logic control order i.e. by interaction center
QML function completes the event response and interactive controlling at configuration interface, to realize the another form of reality of interactive component
Exampleization.The instantiation of interactive controlling component has relied on other two kinds of components in form, and is cross-module, therefore interaction
The instantiation process of component, the combination being also achieved that between the component instance object module of three kinds of modules, to realize group
The unitary construction process at state interface.
(6) on the basis of step 5, that is, configuration interface building after the completion of, by simulate digital control system operation, simulation plus
Work process and process data carry out runtime verification to configuration.If not meeting interface function demand, return step (5) into
The corresponding modification of row.If meet demand, it is QML script by configuration interface transformation, is configuration interface QML foot as shown in Figure 2
The logical relation of component object is converted to the object elements in QML script, interaction logic control according to tree structure by this example
Command script is converted to the function in QML.Whole configuration infos at configuration interface are all stored in QML script, a group
State picture corresponds to a configuration script.Configuration script is copied under the configuration script catalogue of configuration runs software, it can be complete
It is affixed one's name at configuration interface portion, to realize the expansion of configuration interface function.
(7) after completing the deployment of configuration interface, configuration script is read under configuration runs software to particular category, by configuration script
Parsing is converted into configuration interface, and then realizes the operation and human-computer interaction at numerical control configuration interface.Operational process at configuration interface
In, it can use text editor or visual configuration exploitation software carry out the configuration editor again at configuration interface, editor
Running environment reloads configuration script after the completion, realizes " configuration when operation " of CNC Human-machine Interface.
As it will be easily appreciated by one skilled in the art that the foregoing is merely illustrative of the preferred embodiments of the present invention, not to
The limitation present invention, any modifications, equivalent substitutions and improvements made within the spirit and principles of the present invention should all include
Within protection scope of the present invention.
Claims (10)
1. a kind of interface configuration development approach of digital control system, which is characterized in that including
S1 is divided into multiple modules according to function and/or design feature, by interface system；
S2 divides the basic unit in the module according to function and/or design feature according to granularity, arranges the base
This unit, systematic function unit collection；
S3 carries out abstract processing to the functional unit collection, and encapsulation forms functional unit, and the functional unit may be implemented specific
Function；
S4 constructs corresponding digital control system interface configuration and develops environment, and setting administrative unit carries out the functional unit of the module
Management；
S5 carries out configuration configuration to functional unit by the administrative unit, constructs configuration interface；
S6 carries out dry run to the configuration interface that building is completed, and confirms whether the configuration interface meets functional requirement；If full
Foot, configuration info is stored in configuration script, and the script is placed in configuration running environment；If not satisfied, entering step
Rapid S5；
S7 loads configuration script, runs configuration interface.
2. a kind of interface configuration development approach of digital control system according to claim 1, wherein module described in step S1
Including figure module, data module and interactive controlling module.
3. a kind of interface configuration development approach of digital control system according to claim 1 or 2, wherein described in step S4
Administrative unit includes graphics management unit, Data Management Unit and interaction control unit；The graphics management Single Component Management figure
Module, the Data Management Unit manage data module, and the interaction control unit manages interactive controlling module.
4. a kind of interface configuration development approach of digital control system according to claim 1 or 2, wherein described in step S5
Configuration configures,
S51 directly carries out parameter assignment to each functions of modules component control parameter；
S52 is stacked and/or is combined to graphic assembly in a manner of graph visualization；
S53 establishes the data connection between graphic assembly and data package；
S54 writes the corresponding interactive controlling script of graphic assembly.
5. a kind of interface configuration development approach of digital control system according to claim 1 or 2, wherein described in step S6
Dry run includes carrying out dynamic authentication and operation data to the configuration interface and/or operation logic being debugged.
6. a kind of interface configuration development system of digital control system, which is characterized in that including
System division module, for according to function and/or design feature, interface system to be divided into multiple modules；
Functional unit block, for being carried out to the basic unit in the module according to function and/or design feature according to granularity
It divides, arranges the basic unit, systematic function unit collection；
Unit package module, for carrying out abstract processing to the functional unit collection, encapsulation forms functional unit, the functional group
Specific function may be implemented in part；
Administrative unit is arranged to the mould for constructing corresponding digital control system interface configuration exploitation environment in configuration environment module
The functional unit of block is managed；
Configuration configuration module constructs configuration interface for carrying out configuration configuration to functional unit by the administrative unit；
Dry run module, the configuration interface for completing to building carry out dry run, confirm whether the configuration interface is full
Sufficient functional requirement；If satisfied, configuration info is stored in configuration script, and the script is placed in configuration running environment；
If not satisfied, entering step S5；
Configuration runs module, for loading configuration script, runs configuration interface.
7. a kind of interface configuration development system of digital control system according to claim 6, wherein the multiple module includes
Figure module, data module and interactive controlling module.
8. a kind of interface configuration development system of digital control system according to claim 6 or 7, wherein the administrative unit
Including graphics management unit, Data Management Unit and interaction control unit；The graphics management Single Component Management figure module, it is described
Data Management Unit manages data module, and the interaction control unit manages interactive controlling module.
9. a kind of interface configuration development system of digital control system according to claim 6 or 7, wherein the configuration configuration
Module includes,
Configuration assignment module, for directly carrying out parameter assignment to each functions of modules component control parameter；
Visual edit module, for being stacked and/or being combined to graphic assembly in a manner of graph visualization；
Data connection module, for establishing the data connection between graphic assembly and data package；
Script editor module, for writing the corresponding interactive controlling script of graphic assembly.
10. the interface configuration development system of a kind of digital control system according to claim 6 or 7, wherein the dry run
Module includes,
Dynamic authentication module, for carrying out dynamic authentication to the configuration interface；
Debugging module, for being debugged to operation data and/or operation logic.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101510151A (en) * | 2009-03-23 | 2009-08-19 | 国电南瑞科技股份有限公司 | Synthesis monitoring cross-platform configuration human-machine interface system |
| CN103345199A (en) * | 2013-06-19 | 2013-10-09 | 上海交通大学 | Numerically-controlled machine tool error compensation system and method based on human-computer interface secondary development |
| CN104731584A (en) * | 2015-02-26 | 2015-06-24 | 武汉爱科唯自动化科技有限公司 | Human-machine interface customizable configuration design method for open type numerical control system |
| CN105025254A (en) * | 2014-06-13 | 2015-11-04 | 深圳市景阳科技股份有限公司 | Multi-platform monitoring terminal system development method |
| CN105425752A (en) * | 2015-12-16 | 2016-03-23 | 天津市奥朗新能源科技有限公司 | Real-time monitoring system of pipe network and working method of same |
| CN106406854A (en) * | 2016-08-26 | 2017-02-15 | 福建新大陆电脑股份有限公司 | Computer monitoring configuration interface design method and system |
-
2017
- 2017-06-27 CN CN201710502700.4A patent/CN107220064B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101510151A (en) * | 2009-03-23 | 2009-08-19 | 国电南瑞科技股份有限公司 | Synthesis monitoring cross-platform configuration human-machine interface system |
| CN103345199A (en) * | 2013-06-19 | 2013-10-09 | 上海交通大学 | Numerically-controlled machine tool error compensation system and method based on human-computer interface secondary development |
| CN105025254A (en) * | 2014-06-13 | 2015-11-04 | 深圳市景阳科技股份有限公司 | Multi-platform monitoring terminal system development method |
| CN104731584A (en) * | 2015-02-26 | 2015-06-24 | 武汉爱科唯自动化科技有限公司 | Human-machine interface customizable configuration design method for open type numerical control system |
| CN105425752A (en) * | 2015-12-16 | 2016-03-23 | 天津市奥朗新能源科技有限公司 | Real-time monitoring system of pipe network and working method of same |
| CN106406854A (en) * | 2016-08-26 | 2017-02-15 | 福建新大陆电脑股份有限公司 | Computer monitoring configuration interface design method and system |
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