CN109558637A - A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method - Google Patents
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method Download PDFInfo
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- CN109558637A CN109558637A CN201811275587.1A CN201811275587A CN109558637A CN 109558637 A CN109558637 A CN 109558637A CN 201811275587 A CN201811275587 A CN 201811275587A CN 109558637 A CN109558637 A CN 109558637A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F30/00—Computer-aided design [CAD]
- G06F30/10—Geometric CAD
- G06F30/15—Vehicle, aircraft or watercraft design
Abstract
The invention discloses a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design methods, including system requirement analysis, solution formulation, and software development, performance test, the unified standard of tenet of dynamic state diagram technology, cross-platform multiple terminals is applied and publication；Pass through tenet of dynamic state module package technique, according to existing tenet of dynamic state figure software specifications, for each system of navigation aircraft, production can be accurate, the clear module resource for showing aircraft system principle, later period directly uses the resource in library, it ensure that continuity and uniformity of the software in form and content, utilize GL Studio software, it is connected with HLA/DIS Simulation Application, C++ the and OpenGL source code of generation can be with isolated operation, it is embedded into it in other application program, mode is compiled by using cross-platform, software source codes using the production of tenet of dynamic state module library have the unrelated attribute of platform, it is compiled into different formats, it is published to computer, mobile phone, in the terminals such as plate.
Description
Technical field
The invention belongs to aircraft system emulation and training field more particularly to a kind of cross-platform interchange formula aircraft system dynamics
Principle diagram design method.
Background technique
With the development of domestic navigation industry, the training towards flight and maintenance is also more universal.In training process
In, the training to aircraft system principle is the key link of theoretical training and simulator training on operation.Aircraft system of opening the navigation or air flight dynamic
Schematic diagram is the important component of the training apparatus such as simulator, is for what trainee's dynamic clearly showed navigation aircraft
System principle.
The current domestic development ground zero in terms of aircraft tenet of dynamic state figure of opening the navigation or air flight, the technology of existing tenet of dynamic state figure are a variety of
Multiplicity, but without cross-platform generally applicable principle diagram technology, the level depth of product, UI show, platform base is all very different, respectively
The schematic diagram of the distinct device of kind platform needs individually to develop, and poor universality does not have portability, is the development of later period schematic diagram
The a large amount of wasting of resources is caused with development.
Therefore, the only way which must be passed that interactive cross-platform tenet of dynamic state figure is navigation training industry is designed and developed, correlation is utilized
Software and method are the intuitive and interactive presentation aircraft system principle of trainee, realize the principle that cross-platform can facilitate transplanting
Figure, can be used for a variety of training apparatus, different operating system platform and multiple terminal, make to navigation training industry with huge support
With to navigation development with great market value.
Summary of the invention
The present invention provides a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, it is intended to solve existing dynamic
The technology of schematic diagram is varied, but without cross-platform generally applicable principle diagram technology, and the level depth of product, UI show, platform
Basis is all very different, and the schematic diagram of the distinct device of various platforms needs individually to develop, and poor universality does not have portable
Property, the problem of causing a large amount of wasting of resources for the development of later period schematic diagram and development.
The present invention relates to a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design methods, include the following steps:
Step 1: system requirement analysis: concrete analysis is made according to navigation aircraft training requirement, clearly require emulation is
System principle；
Step 2: solution formulation: according to system requirement analysis in step 1, formulating development plan, determines each system dynamic
The form of expression of schematic diagram determines the simulated program of each system component, and material needed for collecting determines target software；
Step 3: software development: in conjunction with business software GL Studio and related software and plug-in unit, developing principle figure；
Step 4: performance test: tester is needed to test schematic diagram performance；
Step 5: it is deep the unified standard of tenet of dynamic state diagram technology: to show form, aircraft system logic in software content, UI
Unified general technology specification is made on degree；
Step 6: cross-platform multiple terminals application and publication: mode is compiled using cross-platform, is made for different
Use platform.
Preferably, software development uses tenet of dynamic state module package technique in the step 3.
Preferably, the tenet of dynamic state module package technique is guidance with executing model drive structure, designs engineering training
The Platform Independent Model of tenet of dynamic state figure, research make tenet of dynamic state figure software module unrelated with operation platform.
Preferably, according to the unified tenet of dynamic state G- Design specification in step 5, for each system of aircraft, integration
The module resource of aircraft system principle, these resource modules and the unrelated tenet of dynamic state of the platform can accurately, be clearly shown out
Module forms the general tenet of dynamic state module library of a unification.
Preferably, the tenet of dynamic state figure Platform Independent Model, using GL Studio software development.
Preferably, the cross-platform compiles mode, has using the software source codes that tenet of dynamic state module library makes
The unrelated attribute of platform uses platform for different.
Compared with prior art, the beneficial effects of the present invention are: using tenet of dynamic state module package technique, according to
Some tenet of dynamic state figure software specifications, for each system of navigation aircraft, production can accurately, clearly show aircraft system original
The module resource of reason, convenient in later tenet of dynamic state figure development process, using the resource in library, in a manner of " playing with building blocks "
Schematic diagram production is carried out to specific aircraft system, ensure that continuity and uniformity of the software in form and content., utilize
It is connected by GL Studio software with HLA/DIS Simulation Application, C++ the and OpenGL source code of generation can with isolated operation,
It is embedded into it in other application program, compiles mode by using cross-platform, made using tenet of dynamic state module library
Software source codes have the unrelated attribute of platform, be compiled into different formats, be published in the terminals such as computer, mobile phone, plate.
Detailed description of the invention
Fig. 1 is the overall plan figure of the embodiment of the present invention.
Fig. 2 is the software development flow figure of the embodiment of the present invention.
Fig. 3 is the system architecture diagram of the embodiment of the present invention.
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.
Embodiment 1
According to Fig. 1-3, the present invention provides a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, including such as
Lower step:
Step 1: system requirement analysis: concrete analysis is made according to navigation aircraft training requirement, clearly require emulation is
System principle；
Step 2: solution formulation: according to system requirement analysis in step 1, formulating development plan, determines each system dynamic
The form of expression of schematic diagram determines the simulated program of each system component, and material needed for collecting determines target software；
Step 3: software development: in conjunction with business software GL Studio and related software and plug-in unit, developing principle figure, according to
The scheme of formulation, developing principle figure are collected comprising picture, generate texture, UI design, name entity, creation component, design behavior
Event generates code, debugging component, again returns to UI design link if you need to change, is redesigned, when needing code to disclose
When changing, can change, store as .gls format, when being embedded in other applications, generation .dll or .so；It is inserted when as Active
Part is in use, be encapsulated as .cab file；When component independent operating, with the storage of .exe format.
Step 4: performance test: tester is needed to test schematic diagram performance；
Step 5: it is deep the unified standard of tenet of dynamic state diagram technology: to show form, aircraft system logic in software content, UI
Unified general technology specification is made on degree；
Step 6: cross-platform multiple terminals application and publication: mode is compiled using cross-platform, is made for different
With platform, the cross-terminal platform development technology of mainstream according to its implementation is roughly divided into cross-platform runtime engine and across flat at present
Platform application compiling two ways.This project compiles mode using cross-platform, is made using tenet of dynamic state module library
Software source codes there is the unrelated attribute of platform, for different exe, OFFICE using on platform, such as Windows system,
The compiling link device of multi-platform publication is supported in browser, iOS system, Android system, production.By being compiled into different formats,
It is published in the terminals such as computer, mobile phone, plate.
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, software development uses in step 3
Tenet of dynamic state module package technique is guidance with executing model drive structure (Model Driven Architecture, MDA),
The Platform Independent Model (PIM) of engineering training tenet of dynamic state figure is designed, it is soft that research makes tenet of dynamic state figure unrelated with operation platform
Part module.According to existing tenet of dynamic state figure software specifications, for each system of navigation aircraft, production can be accurate, clear
Show the module resource of aircraft system principle, these are formed with platform-independent tenet of dynamic state module, and a unification is general to be moved
State Schematic blocks library.In later tenet of dynamic state figure development process, using the resource in library, in a manner of " playing with building blocks " pair
Specific aircraft system carries out schematic diagram production, ensure that continuity and uniformity of the software in form and content.
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, the assembling of tenet of dynamic state moduleization
Technology is guidance with executing model drive structure, designs the Platform Independent Model of engineering training tenet of dynamic state figure, research production and operation
The unrelated tenet of dynamic state figure software module of platform.
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, according to the unification in step 5
Tenet of dynamic state G- Design specification integrates out the mould that can accurately, clearly show aircraft system principle for each system of aircraft
Block resource, these resource modules and the unrelated tenet of dynamic state module of the platform form the general tenet of dynamic state artwork of a unification
Block library includes data Layer needed for system, function presentation layer, human-computer interaction layer.It is each that navigation aircraft is developed using GL Studio
Class systematic schematic diagram shows each systematic schematic diagram state in function presentation layer, at the same build one with separate threads (or into
Journey) operation data communication pipeline, obtain the data of bottom data layer, user can interact behaviour to system in alternation of bed
Make.
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, the unrelated mould of tenet of dynamic state figure platform
Type utilizes GL Studio software development aircraft system tenet of dynamic state figure using GL Studio software development.GL Studio is
A kind of instrument simulation platform of profession, as the rapid prototyping tool of an independent platform, for create it is real-time, three-dimensional,
The interactive graphics interface of photo grade.It can be connected with HLA/DIS Simulation Application, C++ the and OpenGL source code of generation can be single
Solely operation, can also be embedded into other application program, avoid a large amount of cumbersome bottom OpenGL exploitations.
A kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, cross-platform compile mode,
Software source codes using the production of tenet of dynamic state module library have the unrelated attribute of platform, use platform for different, pass through volume
It is translated into different formats, is published in the terminals such as computer, mobile phone, plate.
Embodiment 2
According to Fig. 1-3, the present invention provides a typical navigation aircraft system tenet of dynamic state G- Design method, including walks as follows
It is rapid:
Step 1: system requirement analysis: concrete analysis is made according to navigation aircraft training requirement, clearly require emulation is
System principle；
Step 2: solution formulation: according to system requirement analysis in step 1, formulating development plan, determines each system dynamic
The form of expression of schematic diagram determines the simulated program of each system component, and material needed for collecting determines target software；
Step 3: software development: in conjunction with business software GL Studio and related software and plug-in unit, developing principle figure, according to
The scheme of formulation, developing principle figure are collected comprising picture, generate texture, UI design, name entity, creation component, design behavior
Event generates code, debugging component, again returns to UI design link if you need to change, is redesigned, when needing code to disclose
When changing, can change, store as .gls format, when being embedded in other applications, generation .dll or .so；It is inserted when as Active
Part is in use, be encapsulated as .cab file；When component independent operating, with the storage of .exe format.
Step 4: performance test: tester is needed to test schematic diagram performance；
Step 5: it is deep the unified standard of tenet of dynamic state diagram technology: to show form, aircraft system logic in software content, UI
Unified general technology specification is made on degree；
Step 6: cross-platform multiple terminals application and publication: mode is compiled using cross-platform, is made for different
With platform, the cross-terminal platform development technology of mainstream according to its implementation is roughly divided into cross-platform runtime engine and across flat at present
Platform application compiling two ways.This project compiles mode using cross-platform, is made using tenet of dynamic state module library
Software source codes there is the unrelated attribute of platform, for different exe, OFFICE using on platform, such as Windows system,
The compiling link device of multi-platform publication is supported in browser, iOS system, Android system, production.By being compiled into different formats,
It is published in the terminals such as computer, mobile phone, plate.
The typical aircraft system tenet of dynamic state G- Design method of opening the navigation or air flight of described one, software development is using dynamic in step 3
Schematic blocks package technique is guidance, design with executing model drive structure (Model Driven Architecture, MDA)
The Platform Independent Model (PIM) of engineering training tenet of dynamic state figure, research make tenet of dynamic state figure software mould unrelated with operation platform
Block.According to existing tenet of dynamic state figure software specifications, for each system of navigation aircraft, production can accurately, clearly be shown
The module resource of aircraft system principle, these form the general dynamic original of a unification with platform-independent tenet of dynamic state module
Manage module library.In later tenet of dynamic state figure development process, using the resource in library, to specific in a manner of " playing with building blocks "
Aircraft system carry out schematic diagram production, ensure that continuity and uniformity of the software in form and content.
The typical navigation aircraft system tenet of dynamic state G- Design method of described one, tenet of dynamic state moduleization assemble skill
Art is guidance with executing model drive structure, designs the Platform Independent Model of engineering training tenet of dynamic state figure, and research production and operation are flat
The unrelated tenet of dynamic state figure software module of platform.
The typical navigation aircraft system tenet of dynamic state G- Design method of described one, according to the unified dynamic in step 5
Principle diagram design specification integrates out the module money that can accurately, clearly show aircraft system principle for each system of aircraft
Source, these resource modules and the unrelated tenet of dynamic state module of the platform form the general tenet of dynamic state module of a unification
Library includes data Layer needed for system, function presentation layer, human-computer interaction layer.It is all kinds of that navigation aircraft is developed using GL Studio
Systematic schematic diagram shows each systematic schematic diagram state in function presentation layer, while building one with separate threads (or process)
The data communication pipeline of operation, obtains the data of bottom data layer, and user can interact operation to system in alternation of bed.
The typical navigation aircraft system tenet of dynamic state G- Design method of described one, tenet of dynamic state figure Platform Independent Model,
Using GL Studio software development, GL Studio software development aircraft system tenet of dynamic state figure is utilized.GL Studio is a kind of
The instrument simulation platform of profession, as the rapid prototyping tool of an independent platform, for creating real-time, three-dimensional, photo
The interactive graphics interface of grade.It can be connected with HLA/DIS Simulation Application, C++ the and OpenGL source code of generation can be transported individually
Row, can also be embedded into other application program, avoid a large amount of cumbersome bottom OpenGL exploitations.
The typical navigation aircraft system tenet of dynamic state G- Design method of described one, cross-platform compile mode, utilize
The software source codes of tenet of dynamic state module library production have the unrelated attribute of platform, platform are used for different, by being compiled into
Different formats is published in the terminals such as computer, mobile phone, plate.
In the description of the present invention, it is to be understood that, term " length ", " width ", "upper", "lower", "front", "rear",
The orientation or positional relationship of the instructions such as "left", "right", "vertical", "horizontal", "top", "bottom", "inner", "outside" is based on attached drawing institute
The orientation or positional relationship shown, is merely for convenience of description of the present invention and simplification of the description, rather than the dress of indication or suggestion meaning
It sets or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to limit of the invention
System.In addition, in the description of the present invention, the meaning of " plurality " is two or more, unless otherwise specifically defined.
Claims (6)
1. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method, which comprises the steps of:
Step 1: system requirement analysis: concrete analysis is made according to navigation aircraft training requirement, the system for clearly requiring emulation is former
Reason；
Step 2: solution formulation: according to system requirement analysis in step 1, development plan is formulated, determines each system tenet of dynamic state
The form of expression of figure determines the simulated program of each system component, and material needed for collecting determines target software；
Step 3: software development: in conjunction with business software GL Studio and related software and plug-in unit, developing principle figure；
Step 4: performance test: tester is needed to test schematic diagram performance；
Step 5: the unified standard of tenet of dynamic state diagram technology: show form, on aircraft system logical depth in software content, UI
Make unified general technology specification；
Step 6: cross-platform multiple terminals application and publication: compiling mode using cross-platform, flat for different uses
Platform.
2. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method according to claim 1, which is characterized in that institute
It states software development in step 3 and uses tenet of dynamic state module package technique.
3. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method according to claim 2, feature exist
In the tenet of dynamic state module package technique is guidance with executing model drive structure, design engineering training tenet of dynamic state figure
Platform Independent Model, research make tenet of dynamic state figure software module unrelated with operation platform.
4. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method according to claim 3, for aircraft
Each system, integrate out the module resource that can accurately, clearly show aircraft system principle, these resource modules and described flat
The unrelated tenet of dynamic state module of platform forms the general tenet of dynamic state module library of a unification.
5. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method according to claim 4, feature exist
In: the tenet of dynamic state figure Platform Independent Model, using GL Studio software development.
6. a kind of cross-platform interchange formula aircraft system tenet of dynamic state G- Design method according to claim 1, feature exist
In: the cross-platform compiles mode, and the software source codes using the production of tenet of dynamic state module library have the unrelated attribute of platform,
Platform is used for different.
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109987253A (en) * | 2019-04-17 | 2019-07-09 | 上海卡索航空科技有限公司 | A kind of aircraft cockpit instrument 2D the Realization of Simulation system |
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| US6405364B1 (en) * | 1999-08-31 | 2002-06-11 | Accenture Llp | Building techniques in a development architecture framework |
| CN101814024A (en) * | 2009-10-23 | 2010-08-25 | 深圳创维－Rgb电子有限公司 | Framework and tool for designing cross-platform 3D interface |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109987253A (en) * | 2019-04-17 | 2019-07-09 | 上海卡索航空科技有限公司 | A kind of aircraft cockpit instrument 2D the Realization of Simulation system |
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