CN113420383B - Method for realizing virtual simulation and IETM mutual search positioning - Google Patents
Method for realizing virtual simulation and IETM mutual search positioning Download PDFInfo
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- CN113420383B CN113420383B CN202110798064.0A CN202110798064A CN113420383B CN 113420383 B CN113420383 B CN 113420383B CN 202110798064 A CN202110798064 A CN 202110798064A CN 113420383 B CN113420383 B CN 113420383B
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Abstract
The invention provides a method for realizing virtual simulation and IETM mutual search positioning, which comprises the following steps: packaging and integrating the virtual simulation system and an IETM reader; associating the three-dimensional models of the parts in the virtual simulation system with IETM data in an IETM reader by adopting SNS codes, and displaying all IETM data modules corresponding to the parts of each node in the SNS through a search module of the virtual simulation system; triggering one IETM data module in the virtual simulation system, wherein the IETM data module sends DMC information through a first sending message module in the virtual simulation system, and a second receiving message module of the IETM reader receives the DMC information and positions and displays the content of the corresponding IETM data module through a second positioning module; and triggering a virtual simulation hyperlink in the IETM reader, sending the corresponding SNS node information by the IETM reader through a second message sending module, receiving by the virtual simulation system through a first message receiving module, and displaying a virtual simulation model and related data corresponding to the SNS node through a first positioning module.
Description
Technical Field
The invention relates to the application field of virtual simulation technology in an interactive electronic technical manual, in particular to a method for realizing mutual searching and positioning of virtual simulation and IETM.
Background
Interactive Electronic Technical Manual (IETM) is an important information technology, new method and new means generated and developed under the drive of scientific and Technical development and the traction of information requirement. With the continuous development of the integrated security information technology, the IETM has received more and more attention in recent years. The IETM manufacturing platform is researched and developed by a plurality of matching design units in China, the application is more and more extensive, and more efficient, faster, systematic and standard maintenance guarantee, technical personnel training and user technical data management are provided for high and new technology industries taking information technology as a core.
Through investigation and research, the traditional data checking mode of the existing IETM is to check the needed technical data DM module layer by layer through a structural tree of equipment structural technical data, the operation process and the checking paper data are almost the same, and the traditional data checking mode is only an electronic technical manual, has the characteristics of certain light weight and interactivity, is suitable for professional technicians to quickly check related data, but is also used for checking and positioning and checking layer by layer through the interrelation of each layer of the equipment structural tree in the operation of some technical novices, and is more difficult to inquire if new equipment is not familiar or the interrelation and the common name of the equipment are not known, so that the characteristics of the IETM, such as accuracy, rapidness and system cannot be embodied.
In recent years, with the rapid development of virtual simulation technology, technologies such as VR and AR have become mature, and if a three-dimensional virtual simulation technology is used in combination with an IETM, the use efficiency, the use range, and the use depth of the IETM can be greatly improved.
Therefore, the invention provides a new method for realizing virtual simulation and IETM mutual search positioning.
Disclosure of Invention
In order to solve the above problems, the present invention provides a method for implementing virtual simulation and IETM mutual search and location, and a new method for implementing bidirectional communication, location, viewing and search functions between IETM technical data and a virtual simulation three-dimensional model structure.
In order to achieve the above purpose, the present invention provides the following technical solutions.
A method for realizing virtual simulation and IETM mutual search positioning comprises the following steps:
packaging and integrating the virtual simulation system and an IETM reader;
associating the three-dimensional models of the parts in the virtual simulation system with IETM data in the IETM reader by adopting SNS codes, and displaying all IETM data modules corresponding to the parts of each node in the SNS through a search module of the virtual simulation system;
triggering one IETM data module in the virtual simulation system, wherein the IETM data module sends DMC information through a first message sending module in the virtual simulation system; the IETM reader receives DMC information through a second message receiving module and displays the content of the corresponding IETM data module in a positioning mode through a second positioning module;
triggering the virtual simulation hyperlink in the IETM reader, and sending corresponding SNS node information by the IETM reader through a second message sending module; the virtual simulation system receives the SNS data through the first message receiving module, and displays a virtual simulation model and related data corresponding to the SNS node through the first positioning module.
Preferably, the method for packaging and integrating the virtual simulation system and the IETM reader comprises the following steps:
and packaging and integrating the virtual simulation resource file manufactured by unity3D and the IETM reader by using a programming language, and realizing parameter transmission between the virtual simulation model and the IETM reader by using the JS file.
Preferably, the method for associating the three-dimensional model of the part with the IETM data is as follows:
dividing a three-dimensional model structure directory tree in the virtual simulation system according to a project configuration directory tree in the IETM reader, and particularly dividing a target device into a system, a subsystem, a sub-subsystem, a device or a component; SNS codes distributed to each node of a three-dimensional model structure directory tree in the virtual simulation system are consistent with SNS codes of each node of a project configuration directory tree in the IETM reader.
Preferably, the process of triggering the IETM data module and sending DMC information includes:
triggering a certain component in a structural directory tree in the virtual simulation system and triggering a certain component on a three-dimensional model;
the virtual simulation system acquires the SNS code of the node of the component, executes search through a search module and displays all IETM data modules of the node component in a list form;
a certain IETM data module in the trigger list, a first send message module of the virtual emulation system passing DMC information of the IETM data module into the IETM reader.
Preferably, the triggering of the virtual simulation hyperlink and the sending of the SNS information includes:
and triggering a virtual simulation hyperlink of a certain part in the IETM reader, and transmitting SNS information in an information control code in the hyperlink to the virtual simulation system by the IETM reader through the second message sending module.
The invention has the beneficial effects that:
the invention provides a method for realizing virtual simulation and IETM mutual search and positioning, which realizes bidirectional interconnection and intercommunication of equipment and technical data, can directly and quickly position by clicking a three-dimensional model while quickly knowing the equipment structure through a three-dimensional virtual simulation technology, searches corresponding technical data, is relatively convenient and fast to operate, effectively improves the working efficiency of using the IETM, and can search the corresponding three-dimensional model at any time and position and display the three-dimensional model while checking text technical data. The method greatly improves the use efficiency, the use range and the use depth of the IETM by combining the IETM and the virtual simulation.
The invention is further described with reference to the following figures and examples.
Drawings
FIG. 1 is a schematic overall structure diagram of a method for implementing virtual simulation and IETM mutual search positioning according to an embodiment of the present invention;
FIG. 2 is a logic flow diagram of a method of implementing virtual emulation and IETM mutual search location in accordance with an embodiment of the present invention;
FIG. 3 is a schematic diagram of searching and locating IETM content by using a virtual simulation three-dimensional model according to an embodiment of the present invention;
FIG. 4 is a schematic diagram of searching and locating virtual simulation components through IETM content according to an embodiment of the present invention;
FIG. 5 is a content presentation diagram for locating IETM by using a virtual simulation three-dimensional model according to an embodiment of the present invention;
FIG. 6 is a presentation of virtual simulation components located by IETM content according to an embodiment of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the present invention more apparent, the present invention is described in further detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and do not limit the invention.
Examples
A method for implementing virtual simulation and IETM mutual search positioning, an overall structure schematic diagram and a logic flow diagram are respectively shown in fig. 1 and fig. 2, and the method comprises the following steps:
packaging and integrating the virtual simulation system and an IETM reader;
specifically, a programming language is used for packaging and integrating the virtual simulation resource file manufactured by unity3D and the IETM reader, and parameter transmission between the virtual simulation model and the IETM reader is realized through the JS file.
Associating the three-dimensional models of the parts in the virtual simulation system with IETM data in an IETM reader by adopting SNS codes, and displaying all IETM data modules corresponding to the parts of each node in the SNS through a search module of the virtual simulation system;
dividing a three-dimensional model structure directory tree in the virtual simulation system according to an item configuration directory tree in an IETM reader;
specifically, the IETM project configuration performs System, subsystem, device or component division on equipment according to a System division code (SNS) to perform System, subsystem, device or component division on target equipment;
SNS codes distributed to each node of a three-dimensional model structure directory tree in the virtual simulation system are consistent with SNS codes distributed to each node of a project configuration directory tree in an IETM reader.
(1) As shown in fig. 3, the method for searching and locating IETM content using a virtual simulation three-dimensional model comprises the following steps:
triggering one IETM data module, sending DMC information by the IETM data module through a first message sending module in the virtual simulation system, receiving the DMC information by an IETM reader through a second message receiving module, positioning and displaying the content of the corresponding IETM data module through a second positioning module;
specifically, a certain component is triggered in a structural directory tree in the virtual simulation system and a certain component is triggered on the three-dimensional model; the virtual simulation system acquires the SNS code of the node of the component, executes search through a search module and displays all IETM data modules of the node component in a list form; and a certain IETM data module in the trigger list, wherein a first sending message module of the virtual simulation system transfers the DMC information of the IETM data module to the IETM reader.
(2) As shown in fig. 4, the method for searching and locating a virtual simulation component by IETM contents includes the steps of:
and triggering a virtual simulation hyperlink in the IETM reader, sending corresponding SNS node information by the IETM reader through a second message sending module, receiving the information by the virtual simulation system through a first message receiving module, and displaying a virtual simulation model and related data corresponding to the SNS node through a first positioning module.
Specifically, the content page of the IETM reader triggers a virtual simulation hyperlink of a certain part, and the IETM reader transmits SNS information in an information control code in the hyperlink to the virtual simulation system through the second message sending module.
In the present embodiment, an example of a certain type of airplane will be described.
After logging in a JS-virtual simulation training technology platform, an interface displays a solid model of an airplane of a certain model in a full screen mode, moving, rotating and zooming operations are performed on each system and part three-dimensional simulation model of the airplane through man-machine interaction, all technical data related to each part can be extracted, simulated real-time operation training such as decomposition, disassembly and assembly and the like is performed on each part three-dimensional simulation model according to equipment standard operation specifications, and real-time operation training is examined.
As shown in fig. 5, the landing gear system is triggered on the aircraft three-dimensional model, the landing gear system three-dimensional model is highlighted in orange, the virtual simulation system obtains the SNS information of the landing gear system and searches all the IETM data modules of the landing gear system through the first search module, and the SNS information is displayed in the "technical data" list on the right side of the virtual simulation system interface.
Triggering a certain data module in the 'technical data' list, transmitting the DMC information of the data module to an IETM reader by virtual simulation, receiving the DMC information transmitted by the virtual simulation system by the IETM reader through a second message receiving module, and accurately positioning and displaying the data module which accords with the DMC information in the equipment structure directory tree through a second searching module and a second positioning module.
As shown in FIG. 6, the virtual emulation hyperlink "ICN-HHH-321100-A-000JS-00236-A-001-03 main landing gear (virtual emulation 1)" is triggered in the IETM data module contents, and the IETM reader passes the SNS information in the hyperlink to the virtual emulation system via the second messaging module.
The virtual simulation system receives SNS information transmitted by the IETM reader through the first message receiving module, and accurately positions and displays a part three-dimensional model of the SNS node, namely a main landing gear, in the equipment structure directory tree through the first searching module and the first positioning module.
The present invention is not limited to the above preferred embodiments, and any modifications, equivalent substitutions and improvements made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (2)
1. A method for realizing virtual simulation and IETM mutual search positioning is characterized by comprising the following steps:
packaging and integrating the virtual simulation system and an IETM reader;
associating the three-dimensional models of the parts in the virtual simulation system with IETM data in the IETM reader by adopting SNS codes, and displaying all IETM data modules corresponding to the parts of each node in the SNS through a search module of the virtual simulation system;
triggering one IETM data module in the virtual simulation system, wherein the IETM data module sends DMC information through a first message sending module in the virtual simulation system; the IETM reader receives DMC information through a second message receiving module and displays the content of a corresponding IETM data module in a positioning mode through a second positioning module;
triggering the virtual simulation hyperlink in the IETM reader, and sending corresponding SNS node information by the IETM reader through a second message sending module; the virtual simulation system receives the SNS information through a first message receiving module, and displays a virtual simulation model and related data corresponding to the SNS node through a first positioning module;
the method for packaging and integrating the virtual simulation system and the IETM reader comprises the following steps:
packaging and integrating the virtual simulation resource file manufactured by unity3D and the IETM reader by using a programming language, and realizing parameter transmission between the virtual simulation model and the IETM reader through the JS file;
triggering a virtual simulation hyperlink of a certain part in the IETM reader, and transmitting SNS information in an information control code in the hyperlink to the virtual simulation system by the IETM reader through the second message sending module;
the virtual simulation system receives SNS information transmitted by the IETM reader through the first message receiving module, and accurately positions and displays a part three-dimensional model of the SNS node in the equipment structure directory tree through the first searching module and the first positioning module;
the process of triggering the IETM data module and sending DMC information includes:
triggering a certain component in a structural directory tree in the virtual simulation system and triggering a certain component on a three-dimensional model;
the virtual simulation system acquires the SNS code of the node of the component, executes search through a search module and displays all IETM data modules of the node component in a list form;
triggering a certain IETM data module in the list, wherein a first sending message module of the virtual simulation system transfers DMC information of the IETM data module into the IETM reader.
2. The method for implementing virtual simulation and IETM mutual search positioning according to claim 1, wherein the association method of the three-dimensional model of the component and the IETM data is as follows:
dividing a three-dimensional model structure directory tree in the virtual simulation system according to a project configuration directory tree in the IETM reader, and particularly dividing a target device into a system, a subsystem, a sub-subsystem, a device or a component; SNS codes distributed to each node of a three-dimensional model structure directory tree in the virtual simulation system are consistent with SNS codes of each node of a project configuration directory tree in the IETM reader.
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