CN112068831A - Display system prototype configuration development tool - Google Patents
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Abstract
The invention discloses a display system prototype configuration development tool, which comprises a component library module, a configuration interface development environment module, a business logic model construction module, a simulation operation module and a program generation module, wherein the component library module comprises an icon library, a control library and a business logic library, and the configuration interface development environment module provides development environments of a middle layer and a configuration human-computer interface model, so that developers can perform layout, attribute configuration and interface binding on the icons and the controls to construct the configuration human-computer interface model; the service logic model building module is used for self-defining the service logic according to the function corresponding to the control to form a Simulink service logic model and storing the Simulink service logic model in a Simulink logic library; the simulation operation module is used for realizing the butt joint of the configuration human-computer interface model and the Simulink service logic model through the middle layer and carrying out simulation operation; the program generation module generates an executable program. The invention can improve the efficiency of the configuration development process.
Description
Technical Field
The invention belongs to the field of display system design, and particularly relates to prototype modeling of a display system, which can be used for human-computer interaction design and requirement confirmation of a system level.
Background
Along with the integration and comprehensive development of an airborne display system, the size of a display screen is larger and larger, and the information display content is increased gradually. System prototype modeling must be developed to confirm user requirements and interface design during the system design phase. In addition, because new interaction technologies such as touch control are applied to the cockpit, the human-computer interface has the potential personalized customization requirement.
The configuration software can enable the flight unit to conveniently realize the construction of a human-computer interface through a simple dragging process without much modification, so that a user participates in the design. The configuration software can realize the demonstration of a human-computer interface and an operation program of the display system, can collect various data in an automatic process, and displays the data in a more easily understood mode such as imaging and the like. The human-computer interface configuration development technology has been widely applied in the industrial field, and the high efficiency and high expansibility of the human-computer interface configuration development technology have been widely recognized. However, in the development of the onboard display system model, the application of the current complete configuration interface development technology is less, most of the technologies adopt drawing software to carry out interface design, the business logic still adopts the traditional coding development mode, the requirement on software skills is higher, and the user is difficult to participate in the interface design. Therefore, the development efficiency of the display system model is low, the flexibility, the expansibility and the reusability are not high, and the user experience is poor.
At present, the common SCADE Display and SCADE Suite software for avionics system development is mainly an integrated design environment for critical applications, covering demand management, model-based design, simulation, verification, and restrictable/certifiable level code generation. VAPS XT integration is based on a UML state diagram, and internal logic of the development instrument can be visualized; and the integration with a Simulink modeling tool is supported, so that the rapid development of the UA program is realized, and the automatic generation of codes and documents is supported. However, due to different target levels and complex system, more professional skills are required to learn, and the software does not perform configuration packaging on business logic. Therefore, the SCADE and VAPS XT are more suitable for application program software architecture design and development which needs airworthiness certification, and are not suitable for prototype development at a system level.
Huienming et al (huienming, yangjian, matengxiao, wangjie, wangping, wanghui macro-epitaxy. a numerical control system interface configuration development method, CN 107220064 a) propose an interface configuration development method for a numerical control system. Dividing a numerical control interface system into a graph module, a data module and an interaction module, extracting independent functional components corresponding to the modules, carrying out parameterization combination on the functional components in a graph visualization mode, and quickly constructing a configuration interface of the numerical control system; meanwhile, an open script is used as a configuration interface carrier. However, the method does not embody the modular simulation of the background service logic, and real data equipment must participate in the system architecture, so that the method has certain limitations. Meanwhile, the method is mainly oriented to the generation of a numerical control automation interface and is not suitable for an airborne display system human-computer interface with complex business logic.
Disclosure of Invention
Aiming at the prototype development requirement of the display system and the defects of the prior art, in order to realize the prototype modeling of the display system flexibly and efficiently and meet the requirements of flexible configuration and high reusability, the invention aims to provide a prototype configuration development tool of the display system, which realizes the configuration development of the prototype of the display system by dividing the prototype of the system into three modules of icons, controls and business logic, and respectively modeling and combining the modules. Meanwhile, the invention provides a configuration template of a prototype typical page of a display system aiming at different display proportions so as to improve the efficiency of a configuration development process.
The invention aims to be realized by the following technical scheme:
a display system prototype configuration development tool comprises a component library module, a configuration interface development environment module, a business logic model construction module, a simulation operation module and a program generation module;
the component library module comprises an icon library, a control library and a business logic library which are respectively used for storing icons, controls and business logic;
the configuration interface development environment module provides development environments of the middle layer and the configuration human-computer interface model, so that developers can perform layout, attribute configuration and interface binding on the icons and the controls to construct the configuration human-computer interface model;
the business logic model building module: the service logic model building module is associated with the Simulink, and the service logic is stored in the Simulink logic library through a Simulink service logic model formed after self-defining according to the function corresponding to the control and is mapped with the Simulink logic library through the service logic model building module in the same function calling mode;
a simulation operation module: the configuration human-computer interface model is connected with the Simulink service logic model in a butt joint mode through the middle layer, and simulation operation is carried out, so that whether the configuration interface meets the functional requirements or not is tested; the intermediate layer is used for processing, caching and analyzing output data of the Simulink business logic model, and then transmitting the data to the configuration human-computer interface model;
a program generation module: and generating an executable program after the simulation operation module completes the function test of the configuration interface.
The display system prototype configuration development tool provided by the invention disassembles the display system prototype, encapsulates the icons, the controls and the business logic, realizes the visual editing and building process of the display system prototype human-computer interface through the development interface of the tool, realizes the data transmission of the business logic and the human-computer interface through the intermediate layer of the tool, and improves the usability and efficiency of the system prototype development and the human-computer interface development.
Drawings
Fig. 1 is a schematic diagram showing a system prototype configuration development tool.
FIG. 2 is a schematic diagram of a human-machine interface configuration process.
FIG. 3 is a diagram illustrating the structural partitioning of various libraries according to the present invention.
FIG. 4 is a schematic engineering flow diagram of a simulation run module.
Detailed Description
For a better understanding of the present invention, the technical solutions of the present invention are further described below by means of the accompanying drawings and examples.
Referring to fig. 1, the display system prototype configuration development tool in this embodiment includes a component library module, a configuration interface development environment module, a business logic model building module, a simulation operation module, and a program generation module.
A component library module: the component library module comprises an icon library, a control library and a business logic library which are respectively used for storing icons, controls and business logic. The icons, the controls and the business logic are disassembled from the display system prototype, are respectively abstracted and packaged into components, and are stored into corresponding icon libraries, control libraries and business logic libraries, and all the icons, the controls and the business logic support dynamic expansion.
The icons are mainly static graphic parts in a human-computer interface part of a display system prototype, and are vector icons, namely all visualization units without dynamic behaviors forming the human-computer interface; the control is mainly a dynamic graphic part in a human-computer interface part of a display system prototype, namely all visual units with dynamic behaviors forming the human-computer interface, one control can be composed of a plurality of icons, and the control can call the icons in an icon library and is crosslinked with business logic in a business logic library, so that the purposes of free combination of resources and great enrichment of design styles are achieved; the business logic is mainly the business logic for driving a human-computer interface in the background part of the display system prototype, and a Simulink business logic model is adopted.
The specific disassembling process comprises the following steps: the method comprises the steps of splitting icons and controls of a human-computer interface according to a certain granularity, wherein the splitting principle is that functional units which have independent functions and are low in coupling degree with other functional units are extracted and packaged to form the controls, and the functional units with high coupling degree form the same control. For example, the roll pointer and sideslip indication are functionally different, but the motion characteristics of the sideslip indication are strongly correlated to the roll pointer, which can be combined together to develop one control. For another example, although the airspeed scale band and the altitude scale band have different functions, the airspeed scale band and the altitude scale band both belong to scale bands in characteristic, have scale bars and scale numbers, and can roll the characteristic, so that both the airspeed scale band and the altitude scale band can be classified as scale band controls.
And the icon library adopts two types of granularity of thickness division according to the characteristics of a human-computer interface of the display system. After division, two types of components are distinguished: general icons and special icons. The universal icon is an icon which is universal in a plurality of interfaces of the display system, such as a rectangle, a circle, a triangle, a cross and the like, is abstracted and encapsulated, corresponding configurable attribute parameters such as size, color and the like are provided, and the configuration is carried out on a visual configuration interface; the special icons are mainly icons used for specific pages, such as cursors, airplane symbols, wing symbols, splayed sticks and the like. The general icon and the special icon have no absolute difference and mainly depend on the number of times that the icons can be called.
The control library is divided into two types of components after adopting two types of coarse and fine granularity division according to the characteristics of a human-computer interface of a display system: general controls and special controls. The universal control is used for abstracting and packaging a universal basic unit with dynamic behaviors in a plurality of interfaces of the display system, such as buttons, pull-down menus, scroll bars, radio boxes, check boxes and the like, providing corresponding configurable attribute parameters, such as line thickness, alignment modes and the like, and configuring the universal basic unit on a visual configuration interface; the universal control is usually composed of any combination of universal icons in an icon library, such as texts, rectangles, circles and the like; the special control is mainly a control with a special complex function used by a specific page, such as an idle speed zone, a height zone and the like, is high in complexity, is generally formed by mixing general icons, special icons and the like, encapsulates an internal data interface thereof, exposes an external data interface, and provides a visual configuration interface for data binding and interface compilation.
The service logic library can be divided into a PFD service logic library, an ND service logic library, an EI service logic library and the like according to the functions of the display system. The PFD service logic library is used for building a modular model of functional logic corresponding to each control in PFD application, such as an airspeed zone logic library, an altitude zone logic library, a vertical velocity zone logic library, a pitch indication logic library, a roll indication logic library, an HSI compass logic library and the like; the ND service logic library is used for building a modular model of functional logics corresponding to each control in ND application, and comprises current flight plan display logics, standby flight plan display logics, weather radar information display logics, ground proximity warning information display logics, TCAS display logics and the like; the EI service logic library is used for building a modular model of functional logic corresponding to each control in EI application, and comprises main engine information display, secondary engine information display, fuel oil information display, undercarriage information display, flight control information display, environment control information display and the like. The specific division structure is shown in fig. 3.
A configuration interface development environment module: and development environments of the middle layer and the configuration human-computer interface model are provided, so that developers can flexibly configure properties and bind interfaces of the components to construct the configuration human-computer interface model. The configuration interface development environment module provides the following development environments:
1. tool bars: a variety of editing tools are provided, including file functions, editing functions, project functions, view functions, tool functions, window functions, help functions.
2. A component area: and displaying the icons, the controls and the business logic in the icon library, the control library and the business logic library. The component area provides simple icons for each icon, control and business logic, and developers can drag the icons, the controls and the business logic into the interface development area.
3. Engineering framework display area: and displaying the project file hierarchical structure.
4. Main interface framework display area: the hierarchical relationship of the configuration interface is displayed, and the hierarchical relationship also comprises names of all hierarchical controls, names of all hierarchical icons, locking functions of icons and controls, and functions of whether the icons and the controls are visible or not.
5. Component property region: and providing the property editing function of the component. Depending on the specific component type, the editable properties of the component property area may include component name, coordinate starting point, background, appearance, transparency, visibility, border thickness, line thickness, text content, font size, alignment style, alignment distance, width, height, and the like.
6. An interface development area: and the developer associates the control with the service logic in the interface development area to realize the development process of the configuration. The interface development area also provides configuration templates of typical human-computer interfaces (pages) of display systems in different proportions, such as 3: 4 vertical screen PFD page template, 16: 9 horizontal screen PFD page template, 4: 3-horizontal screen PFD page templates, each configuration template providing a general layout of a human-machine interface.
The development process of the developer performing the configuration in the configuration development environment module is as follows:
firstly, drawing the icons and the controls into an interface development area from the component area by a developer according to the requirements of the configuration human-computer interface model to perform page combination and layout. If the developer uses the configuration template, page style prototypes such as PFD, ND and the like can be quickly built by filling the control according to the prompt of the configuration template, the control can be arranged in order, for example, a height zone and a blank velocity zone can be aligned in the horizontal direction, and the posture ball is displayed in the central position of the ADI area. The designer builds a configuration human-computer interface model by stacking and combining the icons and the controls, and the configuration process of the human-computer interface is shown in fig. 2.
And step two, after the layout of the control and the icon is completed, performing data binding on the input interface of the icon and the output interface of the control in the interface development area, and performing data binding on the input interface of the control and the output interface of the business logic. The interface development area provides a series of visual binding processes: when a certain icon or control is selected by a right mouse button, an interface development area can automatically pop up an editing window for data binding, and each interface is manually configured and bound in the window.
And step three, completing parameter configuration of the component in the component attribute area, and storing the parameters into the digital dictionary. For example, the human-computer interface has a pitch control, and the pitch control has two input parameters: pitch and roll, then the pitch and roll parameters may be added to the data dictionary through the component property area. When the pitching control is actually used, the two parameters in the data dictionary and the corresponding input parameters in the interface program need to be bound, so that after the pitching service logic outputs data to the pitching and rolling in the data dictionary, the data is also assigned to the control through the interface program, and the pitching scale band of the pitching control is driven to roll or pitch. The data dictionary is part of the middle layer, and the related content of the middle layer is seen in the simulation operation module.
The business logic model building module: the service logic model building module is associated with the Simulink, the service logic is stored in the Simulink logic library through a Simulink service logic model formed after self-defining according to the function corresponding to the control, and is mapped with the Simulink logic library through the service logic model building module in the same function calling mode, namely the service logic component module calls the Simulink service logic model in the Simulink library by binding function names.
A simulation operation module: the configuration human-computer interface model and the Simulink service logic model are butted through the middle layer, and simulation operation is performed, so that whether the configuration interface meets the functional requirements or not is tested, as shown in FIG. 4.
The simulation operation module can process, cache and analyze output data of the Simulink business logic model through the middle layer, and then transmit the data to the configuration human-computer interface model, so that the developed human-computer interface model and the business logic model are crosslinked, and the Simulink business logic model drives the dynamic human-computer interface model. The middle layer comprises a real-time database, a data dictionary, an ICD interface program and a DDS communication layer. The real-time database is responsible for caching output data of the Simulink business logic model; the data dictionary is responsible for mapping data stored in the real-time database, the data mapping is essentially a data association process, and the data dictionary is formulated according to input and output parameters of a control in the control library; the interface program is responsible for analyzing the data format transmitted by the communication layer into the input data format of the man-machine interface model.
A program generation module: and after the simulation operation module finishes the function test of the configuration interface, an executable program is generated, so that the operation of the configuration interface and the demonstration of the dynamic human-computer interface are realized.
In summary, the purpose of the development tool for the display system configuration interface is to perform rapid development of a display system model. Graphical icons, controls, page templates, and business logic are provided in a configuration development environment. A user can select required components from libraries such as an icon library, a control library and the like, drag the components into a configuration development interface, configure the components through a visual configuration interface, and perform attribute parameterization configuration on all the components, such as the positions, sizes and the like of icons or controls, wherein the modification of attributes can be directly and visually reflected on the change of specific graphs of the configuration interface; and performing data configuration on all the components, such as data binding of the control and the data dictionary.
Claims (5)
1. The utility model provides a display system prototype configuration development tool, contains component library module, configuration interface development environment module, business logic model construction module, simulation operation module and program generation module, its characterized in that:
the component library module comprises an icon library, a control library and a business logic library which are respectively used for storing icons, controls and business logic;
the configuration interface development environment module provides development environments of the middle layer and the configuration human-computer interface model, so that developers can perform layout, attribute configuration and interface binding on the icons and the controls to construct the configuration human-computer interface model;
the service logic model building module is associated with the Simulink, and the service logic is stored in the Simulink logic library through a Simulink service logic model formed after self-defining according to the function corresponding to the control and is mapped with the Simulink logic library through the service logic model building module in the same function calling mode;
a simulation operation module: the configuration human-computer interface model is connected with the Simulink service logic model in a butt joint mode through the middle layer, and simulation operation is carried out, so that whether the configuration interface meets the functional requirements or not is tested; the intermediate layer is used for processing, caching and analyzing output data of the Simulink business logic model, and then transmitting the data to the configuration human-computer interface model;
a program generation module: and generating an executable program after the simulation operation module completes the function test of the configuration interface.
2. The prototype configuration development tool for display systems of claim 1, wherein the configuration interface development environment module provides development environments comprising:
tool bars: providing a plurality of editing tools, including a file function, an editing function, a project function, a view function, a tool function, a window function and a help function;
a component area: displaying icons, controls and business logics in an icon library, a control library and a business logic library, and dragging the icons, the controls and the business logics into an interface development area by developers;
engineering framework display area: displaying a project file hierarchical structure;
main interface framework display area: displaying the hierarchical relation of the configuration interface, and further comprising names of control elements of each hierarchy, names of icons of each hierarchy, locking functions of the icons and the control elements, and functions of the icons and the control elements whether to be visible or not;
component property region: providing a property editing function of the component;
an interface development area: and the developer associates the control with the service logic in the interface development area to realize the development process of the configuration.
3. The tool of claim 2, wherein the interface development area further provides configuration templates for typical human-machine interfaces of display systems in different scales, each configuration template providing a common layout of human-machine interfaces.
4. The prototype configuration development tool for display systems of claim 2, wherein the development process of the developers for configuration in the configuration development environment module is as follows:
firstly, drawing icons and controls from a component area into an interface development area for page combination and layout by developers according to the requirements of a configuration human-computer interface model;
step two, after the layout of the control and the icon is completed, data binding is carried out on an input interface of the icon and an output interface of the control in an interface development area, and data binding is carried out on the input interface of the control and an output interface of the business logic;
and step three, completing parameter configuration of the component in the component attribute area, and storing the parameters into the digital dictionary.
5. The tool of claim 1, wherein the intermediate layer comprises a real-time database, a data dictionary, an ICD interface program and a DDS communication layer; the real-time database is responsible for caching output data of the Simulink business logic model; the data dictionary is responsible for mapping data stored in the real-time database; the interface program is responsible for analyzing the data format transmitted by the DDS communication layer into the input data format of the human machine interface model.
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| JP2022112054A (en) * | 2021-01-21 | 2022-08-02 | キヤノンマーケティングジャパン株式会社 | Information processing apparatus, information processing method, and program |
| JP7376806B2 (en) | 2021-01-21 | 2023-11-09 | キヤノンマーケティングジャパン株式会社 | Information processing system, its control method and program |
| CN113741220A (en) * | 2021-11-04 | 2021-12-03 | 南京芯传汇电子科技有限公司 | Simulation platform for design prototype verification of aircraft cockpit display system |
| CN113741220B (en) * | 2021-11-04 | 2022-03-29 | 南京芯传汇电子科技有限公司 | Simulation platform for design prototype verification of aircraft cockpit display system |
| CN114137923A (en) * | 2021-11-29 | 2022-03-04 | 航天新长征大道科技有限公司 | Industrial production field data acquisition and control device |
| CN115185508A (en) * | 2022-05-20 | 2022-10-14 | 中核武汉核电运行技术股份有限公司 | Algorithm configuration tool and method based on graphic elements |
| CN115185508B (en) * | 2022-05-20 | 2024-06-11 | 中核武汉核电运行技术股份有限公司 | Algorithm configuration tool and method based on graphic elements |
| CN117908868A (en) * | 2023-12-25 | 2024-04-19 | 淮南万泰电子股份有限公司 | Configuration system based on ore-grade system |
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