CN113987829A - Simulation modeling supporting platform - Google Patents
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- CN113987829A CN113987829A CN202111329224.3A CN202111329224A CN113987829A CN 113987829 A CN113987829 A CN 113987829A CN 202111329224 A CN202111329224 A CN 202111329224A CN 113987829 A CN113987829 A CN 113987829A
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Abstract
The invention relates to a simulation modeling support platform, belongs to the field of simulation modeling, and solves the problems of weak man-machine interoperability and poor reusability of the conventional simulation modeling support platform. A simulation modeling support platform, comprising: the engineering management system is used for managing the engineering project corresponding to each simulation object; the template management system is used for managing template resources for simulation modeling, and the template resources comprise a module library, a component library, a template library and an algorithm library; the simulation model modeling system is used for generating and configuring a simulation model based on a current simulation object and the template resource; and the code generation and synchronization system is used for exporting the codes corresponding to the configured simulation models and realizing the synchronization between the exported codes and the configured simulation models. The platform can realize the full-flow management of the simulation modeling process, and meanwhile, the simulation modeling support platform designed by the invention has stronger human-computer interoperability and reusability and can meet the simulation modeling requirements of users.
Description
Technical Field
The invention relates to the technical field of simulation modeling, in particular to a simulation modeling supporting platform.
Background
With the development of computer technology, simulation technology has become a comprehensive technical subject which has important influence on the development and progress of human society. The modeling simulation method is richer, and the simulation model is required to have human-computer interoperability and reusability. Modeling simulation becomes an important link for evaluating product performance, and a simulation technology system is gradually standardized, layered and networked. With the continuous enrichment of the simulation application field and the improvement of the performance requirements of people on products, the product design and production gradually develops to the field of complex system science.
However, the existing simulation modeling support platform has the defects of weak man-machine interoperability, poor reusability and the like, and the use scene of the simulation modeling support platform is severely limited.
Disclosure of Invention
In view of the foregoing analysis, the embodiments of the present invention are directed to providing a simulation modeling support platform, so as to solve the problems of the existing simulation modeling support platform that human-machine interoperability is weak and reusability is poor.
The invention provides a simulation modeling support platform, which comprises:
the engineering management system is used for managing the engineering project corresponding to each simulation object;
the template management system is used for managing template resources for simulation modeling, and the template resources comprise a module library, a component library, a template library and an algorithm library;
the simulation model modeling system is used for generating and configuring a simulation model based on a current simulation object and the template resource;
and the code generation and synchronization system is used for exporting the codes corresponding to the configured simulation models and realizing the synchronization between the exported codes and the configured simulation models.
On the basis of the scheme, the invention also makes the following improvements:
further, the template library management system includes:
the component library management subsystem is used for displaying the components in the component library and the modules contained in the components in a list manner; managing the new creation, deletion, editing, viewing and grouping of the components;
the module library management subsystem is used for displaying the modules in the module library in a list mode and managing new creation, deletion, editing, viewing and grouping of the modules;
the template library management subsystem is used for displaying templates in the template library and components or modules contained in the templates in a list mode; managing the creation, deletion, editing, viewing and grouping of the templates;
the algorithm library management subsystem is used for displaying algorithm resources in the algorithm library in a list manner; and is also used for managing codes and introduction of the algorithms in the algorithm library.
Further, each component, module, template includes: basic description information and attribute information; wherein the content of the first and second substances,
the basic description information is added in the process of new creation or editing, and comprises the following steps: variable names, function names of the variables, variable types and variable annotations;
the attribute information is added in the simulation modeling process and comprises the following steps: input variable name, input variable type, output variable name, output variable type, variable value and corresponding algorithm.
Further, the generating a simulation model based on the current simulation object and the template resource includes:
selecting a module or a component matched with the current simulation object from the template resources;
and establishing the incidence relation between the selected components, the selected components and the selected modules or between the selected modules to generate a simulation model.
Further, the generating a simulation model based on the current simulation object and the template resource further includes:
selecting a template matched with the current simulation object from the template resources;
and according to the simulation requirement of the simulation object, performing adaptive adjustment on the selected template to generate a simulation model.
Further, the simulation model is configured by performing the following operations:
configuring attribute information of modules or components in the simulation model;
configuring a variable mapping relation between components, between components and modules or between modules in the simulation model according to the incidence relation between the components, between the components and the modules or between the modules and the modules in the simulation model;
thereby completing the configuration of the simulation model.
Further, the platform further comprises:
a visualization interface presentation system associated with the template library management system, the simulation model modeling system, and the code generation and synchronization system;
when the visual interface display system is called by the simulation model modeling system, the visual interface display system is used for displaying the template resources and providing an adding interface of the basic description information and the attribute information;
and when the visual interface display system is called by the code generation and synchronization system, the visual interface display system is used for displaying the codes corresponding to the simulation model and providing an editing interface of the codes.
Further, the project management system includes:
the engineering catalog display subsystem is used for displaying the engineering catalog and the templates, the components or the modules involved in each engineering project in a view form;
the project editing subsystem is used for creating, editing or deleting project projects;
and the unloading template subsystem is used for unloading the selected components or modules from the engineering catalog into reusable templates and storing the reusable templates into the template library.
Further, the simulation model modeling system includes:
the template configuration subsystem is used for realizing the configuration of the attribute information of the template by calling the visual interface display system;
the component configuration subsystem is used for realizing the configuration of the attribute information of the components by calling the visual interface display system;
the module configuration subsystem is used for realizing the configuration of the attribute information of the module by calling the visual interface display system;
and the association design subsystem is used for configuring the variable mapping relation between components, between components and modules or between modules in the simulation model.
Further, in the code generation and synchronization system, synchronization between the derived code and the configured simulation model includes:
after the exported codes are edited, the edited contents are analyzed and then stored in the corresponding simulation model;
after editing the simulation model and exporting the codes, the exported codes are synchronized with the corresponding simulation model.
Compared with the prior art, the invention can realize at least one of the following beneficial effects:
the simulation modeling support platform comprises the design of multiple links such as engineering management, template management, simulation model modeling, code generation and synchronization and the like in the simulation modeling process, and can realize the full-flow management of the simulation modeling process.
Meanwhile, technicians can edit each system in the platform, and the man-machine interoperability of the platform is effectively enhanced.
In addition, the platform can also multiplex partial models, and the reusability of the models is further enhanced.
Finally, the simulation modeling support platform provided by the invention has stronger human-computer interoperability and reusability, so that the use scene of the simulation modeling support platform can be expanded, and corresponding simulation modeling support platform support is provided for different simulation objects.
In the invention, the technical schemes can be combined with each other to realize more preferable combination schemes. Additional features and advantages of the invention will be set forth in the description which follows, and in part will be obvious from the description, or may be learned by practice of the invention. The objectives and other advantages of the invention will be realized and attained by the structure particularly pointed out in the written description and drawings.
Drawings
The drawings are only for purposes of illustrating particular embodiments and are not to be construed as limiting the invention, wherein like reference numerals are used to designate like parts throughout.
Fig. 1 is a schematic structural diagram of a simulation modeling support platform in embodiment 1 of the present invention;
fig. 2 is a schematic structural diagram of an engineering management system in embodiment 1 of the present invention;
FIG. 3 is a schematic structural diagram of a template library management system according to embodiment 1 of the present invention;
FIG. 4 is a schematic structural diagram of a simulation model modeling system according to embodiment 1 of the present invention;
fig. 5 is a flowchart of a simulation modeling method in embodiment 2 of the present invention.
Detailed Description
The accompanying drawings, which are incorporated in and constitute a part of this application, illustrate preferred embodiments of the invention and together with the description, serve to explain the principles of the invention and not to limit the scope of the invention.
Example 1
The embodiment 1 of the invention discloses a simulation modeling support platform, the structural schematic diagram of which is shown in figure 1, and the simulation modeling support platform comprises:
the engineering management system is used for managing the engineering project corresponding to each simulation object;
the template management system is used for managing template resources for simulation modeling, and the template resources comprise a module library, a component library, a template library and an algorithm library;
the simulation model modeling system is used for generating and configuring a simulation model based on a current simulation object and the template resource;
and the code generation and synchronization system is used for exporting the codes corresponding to the configured simulation models and realizing the synchronization between the exported codes and the configured simulation models.
Compared with the prior art, the simulation modeling support platform in the embodiment comprises the design of multiple links such as engineering management, template management, simulation model modeling, code generation and synchronization and the like in the simulation modeling process, and can realize the full-flow management of the simulation modeling process. Meanwhile, technicians can flexibly edit and process each system in the simulation modeling support platform according to the simulation requirements of the simulation object, and the human-computer interoperability of the simulation modeling support platform is effectively enhanced. In addition, the platform can also convert part of the simulation model into corresponding templates for multiplexing, so that the reusability of the model is further enhanced.
Preferably, the simulation modeling support platform in this embodiment further includes a visualization interface display system, which is used to provide data display support.
The following detailed description is made for each system of the simulation modeling support platform in this embodiment:
engineering management system
In the simulation modeling support platform in this embodiment, the engineering management system includes an engineering catalog display subsystem, an engineering editing subsystem, and a dump template subsystem; the structure schematic diagram is shown in fig. 2. Wherein the content of the first and second substances,
the engineering catalog display subsystem is used for displaying the engineering catalog and the templates, the components or the modules involved in each engineering project in a view form; illustratively, the function directory information may be presented in the form of a tree view. When the name of the engineering project is clicked, the structure of the engineering project can be displayed;
the project editing subsystem is used for creating, editing or deleting project projects;
and the unloading template subsystem is used for unloading the selected components or modules from the engineering catalog into reusable templates and storing the reusable templates into the template library, so that other projects can reuse the templates conveniently.
(II) visual interface display system
The visual interface display system is associated with the template library management system, the simulation model modeling system and the code generation and synchronization system; wherein the content of the first and second substances,
when the visual interface display system is called by the simulation model modeling system, the visual interface display system is used for displaying the template resources and providing an adding interface of the basic description information and the attribute information;
and when the visual interface display system is called by the code generation and synchronization system, the visual interface display system is used for displaying the codes corresponding to the simulation model and providing an editing interface of the codes.
(III) template library management system
In the simulation modeling support platform in the embodiment, the template library management system comprises a component library management subsystem, a module library management subsystem, a template library management subsystem and an algorithm library management subsystem; the structure schematic diagram is shown in fig. 3. Wherein the content of the first and second substances,
the component library management subsystem is used for displaying the components in the component library and the modules contained in the components in a list manner; managing the new creation, deletion, editing, viewing and grouping of the components; each component in the component library ultimately forms three files: the component information data stores files (. xml), the. h and. cpp files used to generate VC + +.
The module library management subsystem is used for displaying the modules in the module library in a list mode and managing new creation, deletion, editing, viewing and grouping of the modules; each module in the module library ultimately forms three files: module information data store files (. xml), h and cpp files used to generate VC + +.
The template library management subsystem is used for displaying templates in the template library and components or modules contained in the templates in a list mode; managing the creation, deletion, editing, viewing and grouping of the templates; each template in the template library ultimately forms three files: the template information data stores files (. xml), the. h and. cpp files used to generate VC + +.
The algorithm library management subsystem is used for displaying algorithm resources in the algorithm library in a list manner; and is also used for managing codes and introduction of the algorithms in the algorithm library. Illustratively, the algorithms are presented in the form of a list, and when a particular algorithm is clicked, the code and a particular introduction to the algorithm appear. The algorithm library may contain various integration algorithms, interpolation algorithms, etc. and when the engineering code is exported, the corresponding algorithm will be exported to the file.
Specifically, each component, module, template includes: basic description information and attribute information; wherein the content of the first and second substances,
the basic description information is added in the new creation or editing process, including but not limited to: variable name, function name of variable, variable type and variable annotation. Illustratively, the basic description information may further include information of a creator, creation time, and the like;
the attribute information is added in the simulation modeling process and comprises the following steps: the method comprises the following steps of inputting variable names, input variable types, output variable names, output variable types, variable values and current corresponding algorithms; storage of the output results may also be included.
It should be noted that the variable name, the input variable name, and the output variable name all need to comply with the corresponding naming specifications, and the corresponding types are noted.
(IV) simulation model modeling system
In the simulation modeling support platform in the embodiment, the simulation model modeling system includes a template configuration subsystem, an assembly configuration subsystem, a module configuration subsystem, and an associated design subsystem; the schematic structural diagram is shown in fig. 4, wherein,
the template configuration subsystem is used for realizing the configuration of the attribute information of the template by calling the visual interface display system;
the component configuration subsystem is used for realizing the configuration of the attribute information of the components by calling the visual interface display system;
the module configuration subsystem is used for realizing the configuration of the attribute information of the module by calling the visual interface display system;
and the association design subsystem is used for configuring the variable mapping relation between components, between components and modules or between modules in the simulation model. Illustratively, the components and the modules are connected through dragging connecting lines, and variable connecting information can be configured on the connecting lines.
It should be noted that, in the simulation model modeling system, the manner of generating the simulation model based on the current simulation object and the template resource includes:
the first mode is as follows:
selecting a module or a component matched with the current simulation object from the template resources;
and establishing the incidence relation between the selected components, the selected components and the selected modules or between the selected modules to generate a simulation model.
The second mode is as follows:
the generating a simulation model based on the current simulation object and the template resource further comprises:
selecting a template matched with the current simulation object from the template resources;
and according to the simulation requirement of the simulation object, performing adaptive adjustment on the selected template to generate a simulation model.
In the actual implementation process, a person skilled in the art can select a corresponding simulation model generation mode according to the difficulty of generating a simulation model, whether a ready-made template exists or not in the search, and the like.
In the simulation model modeling system, the simulation model is also configured by performing the operations of:
configuring attribute information of modules or components in the simulation model;
configuring a variable mapping relation between components, between components and modules or between modules in the simulation model according to the incidence relation between the components, between the components and the modules or between the modules and the modules in the simulation model;
thereby completing the configuration of the simulation model.
(V) code generation and synchronization system
In the simulation modeling support platform in the embodiment, the code generation and synchronization system comprises a code generation subsystem and a code synchronization subsystem; wherein the content of the first and second substances,
the code generation subsystem is used for exporting codes corresponding to the configured simulation model. Illustratively, after the path is selected, the model may be exported in the form of C + + code. Each component forms a C + + class that includes an h-file and a cpp-file, in which the corresponding variable and function name are implemented. The simultaneously derived C + + codes should be able to reflect the relationships between components and the relationships between modules in the model, including variable mapping relationships and the like.
The code synchronization subsystem is used for realizing synchronization between the derived code and the configured simulation model; in particular, the amount of the solvent to be used,
after the exported codes are edited, the edited contents are analyzed and then stored in the corresponding simulation model;
after editing the simulation model and exporting the codes, the exported codes are synchronized with the corresponding simulation model.
After the simulation model is configured, the code corresponding to the configured simulation model can be exported by using the code generation and synchronization system, and the export code and the configured simulation model are synchronized through the code synchronization subsystem.
Example 2
The embodiment 2 of the invention discloses a simulation modeling method, which is realized based on a simulation modeling support platform in the embodiment 1, and the flow chart is shown in fig. 5, and comprises the following steps:
step S1: selecting a simulation object, and creating a project corresponding to the simulation object;
step S2: generating and configuring a simulation model based on a current simulation object and template resources in the engineering project;
step S3: and exporting codes corresponding to the configured simulation models, and realizing synchronization between the exported codes and the configured simulation models.
The specific implementation process of the embodiment of the method may refer to the embodiment of the method, and this embodiment is not described again.
Those skilled in the art will appreciate that all or part of the processes for implementing the above embodiments may be implemented by a computer program, which is stored in a computer readable storage medium, to instruct associated hardware. The computer readable storage medium is a magnetic disk, an optical disk, a read-only memory or a random access memory.
The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any changes or substitutions that can be easily conceived by those skilled in the art within the technical scope of the present invention are included in the scope of the present invention.
Claims (10)
1. A simulation modeling support platform, the platform comprising:
the engineering management system is used for managing the engineering project corresponding to each simulation object;
the template management system is used for managing template resources for simulation modeling, and the template resources comprise a module library, a component library, a template library and an algorithm library;
the simulation model modeling system is used for generating and configuring a simulation model based on a current simulation object and the template resource;
and the code generation and synchronization system is used for exporting the codes corresponding to the configured simulation models and realizing the synchronization between the exported codes and the configured simulation models.
2. The simulation modeling support platform of claim 1, wherein the template library management system comprises:
the component library management subsystem is used for displaying the components in the component library and the modules contained in the components in a list manner; managing the new creation, deletion, editing, viewing and grouping of the components;
the module library management subsystem is used for displaying the modules in the module library in a list mode and managing new creation, deletion, editing, viewing and grouping of the modules;
the template library management subsystem is used for displaying templates in the template library and components or modules contained in the templates in a list mode; managing the creation, deletion, editing, viewing and grouping of the templates;
the algorithm library management subsystem is used for displaying algorithm resources in the algorithm library in a list manner; and is also used for managing codes and introduction of the algorithms in the algorithm library.
3. The simulation modeling support platform of claim 2,
each assembly, module, template all includes: basic description information and attribute information; wherein the content of the first and second substances,
the basic description information is added in the process of new creation or editing, and comprises the following steps: variable names, function names of the variables, variable types and variable annotations;
the attribute information is added in the simulation modeling process and comprises the following steps: input variable name, input variable type, output variable name, output variable type, variable value and corresponding algorithm.
4. The simulation modeling support platform of claim 3, wherein said generating a simulation model based on current simulation objects and said template resources comprises:
selecting a module or a component matched with the current simulation object from the template resources;
and establishing the incidence relation between the selected components, the selected components and the selected modules or between the selected modules to generate a simulation model.
5. The simulation modeling support platform of claim 3, wherein said generating a simulation model based on current simulation objects and said template resources further comprises:
selecting a template matched with the current simulation object from the template resources;
and according to the simulation requirement of the simulation object, performing adaptive adjustment on the selected template to generate a simulation model.
6. The simulation modeling support platform of claim 4 or 5, wherein the simulation model is configured by performing the operations of:
configuring attribute information of modules or components in the simulation model;
configuring a variable mapping relation between components, between components and modules or between modules in the simulation model according to the incidence relation between the components, between the components and the modules or between the modules and the modules in the simulation model;
thereby completing the configuration of the simulation model.
7. The simulation modeling support platform of claim 6, wherein said platform further comprises:
a visualization interface presentation system associated with the template library management system, the simulation model modeling system, and the code generation and synchronization system;
when the visual interface display system is called by the simulation model modeling system, the visual interface display system is used for displaying the template resources and providing an adding interface of the basic description information and the attribute information;
and when the visual interface display system is called by the code generation and synchronization system, the visual interface display system is used for displaying the codes corresponding to the simulation model and providing an editing interface of the codes.
8. The simulation modeling support platform of claim 7, wherein said engineering management system comprises:
the engineering catalog display subsystem is used for displaying the engineering catalog and the templates, the components or the modules involved in each engineering project in a view form;
the project editing subsystem is used for creating, editing or deleting project projects;
and the unloading template subsystem is used for unloading the selected components or modules from the engineering catalog into reusable templates and storing the reusable templates into the template library.
9. The simulation modeling support platform of claim 7, wherein the simulation model modeling system comprises:
the template configuration subsystem is used for realizing the configuration of the attribute information of the template by calling the visual interface display system;
the component configuration subsystem is used for realizing the configuration of the attribute information of the components by calling the visual interface display system;
the module configuration subsystem is used for realizing the configuration of the attribute information of the module by calling the visual interface display system;
and the association design subsystem is used for configuring the variable mapping relation between components, between components and modules or between modules in the simulation model.
10. The simulation modeling support platform of claim 7, wherein synchronization between the derived code and the configured simulation model in the code generation and synchronization system comprises:
after the exported codes are edited, the edited contents are analyzed and then stored in the corresponding simulation model;
after editing the simulation model and exporting the codes, the exported codes are synchronized with the corresponding simulation model.
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| CN117149359B (en) * | 2023-10-27 | 2024-01-26 | 大尧信息科技(湖南)有限公司 | Software definition simulation development platform and method for data chain equipment |
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