CN110989837A - Virtual reality system for passenger liner experience - Google Patents
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Abstract
The invention discloses a virtual reality system for a mail steamer experience, which comprises: the device comprises a data acquisition module, an information storage module, a parameter input module, a script analysis module, a scene rendering module, a control module, an operating handle and VR glasses. The invention combines the real-time and virtual reality technologies of the cruise ship, creates an information environment which enables the user to experience and operate in an immersion way and realizes man-machine interaction, and the user can carry out travel experience, cruise ship teaching and staff education and training by means of the virtual reality platform of the cruise ship, thereby greatly reducing the expense of the travel front-end business of the cruise ship and improving the experience and the impression of the cruise ship.
Description
Technical Field
The invention relates to the field of passenger liner simulation experience, in particular to a virtual reality system for passenger liner experience.
Background
With the rise of consumption demand and ocean tourism, the demand of cruise ship is vigorous, and the development of cruise ship industry is rapid. The cruise ship is a marine passenger ship which takes a ship as a carrier and integrates the functions of shipping, hotels and traveling. The cruise ship has the advantages of dense space, complex structure, numerous facilities and various airlines, and customers or service personnel need to be familiar with and accept the cruise mode of the cruise ship in a short time. However, consumers at the present stage have insufficient knowledge of the functions of facilities inside the cruise ship and travel routes, and mostly rely on text description, pictures or videos, for example, patent CN106408260A discloses a "setting method and a setting system of a cruise ship travel calendar", which displays and enriches the cruise ship travel information in a calendar form, changes a single display mode, and improves the browsing experience of users; patent CN104573837A discloses a room selection method and device for a cruise ship, which provides an intuitive room selection method for a cruise ship for identifying room locations, aiming at the disadvantage of selecting a room number of a cruise ship according to characters. Essentially, neither of the above patents addresses the shortcomings of users not contacting and experiencing the cruise ship "close by".
The existing front-end business related to the cruise of the cruise ship mainly comprises the aspects of propaganda experience of the cruise ship, student teaching of tourism major, education and training of cruise ship operators and the like, and the means for solving the front-end business adopts a mode of on-site investigation, training and teaching on the cruise ship, so that manpower, fund and time resources are wasted, potential safety hazards are increased possibly due to the fact that risk consciousness of personnel is not strong, and popularization and rapid development of cruise ship are indirectly hindered. Therefore, at present, a virtual simulation technology and equipment which can simulate the three-dimensional dynamic view of the cruise ship and realize the user interactive experience are urgently needed.
Disclosure of Invention
The invention aims to provide a virtual reality system for cruise ship experience, which aims to build a simulation platform for enhancing cruise ship user experience by relying on a virtual reality technology aiming at the defects of the conventional cruise ship experience, so that interaction between a user and a virtual cruise ship scene is realized for tourist experience, cruise ship teaching and education training, and nearly real cruise ship tourism, teaching and training experience is obtained.
To achieve the above object, the present invention provides a virtual reality system for a cruise experience, comprising:
the data acquisition module is used for acquiring three-dimensional data of the whole appearance, the interior and the periphery of a flight path of the cruise ship, character description data of scenes inside and outside the cruise ship and user behavior data related to virtual operation;
the information storage module is used for storing the script files related to the scene information and the user behavior data according to the acquired data;
the parameter input module is respectively connected with the data acquisition module and the information storage module and is used for inputting the three-dimensional data to the information storage module;
the script analysis module is connected with the information storage module and used for setting a virtual scene according to the script file;
the scene rendering module is connected with the script analysis module and used for rendering the virtual scene in real time;
the control module is arranged on an operation handle, is respectively connected with the scene rendering module and the information storage module, and is used for sending an operation instruction to perform virtual operation in the virtual scene and ensuring that the virtual operation corresponds to the user behavior data one to one;
and the VR glasses are connected with the control module and used for watching the virtual scene, and the control module ensures that the virtual operation is carried out synchronously with the virtual scene.
The virtual reality system for the passenger agent experience described above, wherein the information storage module includes:
the cruise module is used for storing script files for displaying the overview and the internal facility structure of the cruise;
the route simulation module is used for storing script files for displaying virtual scenes of cities along the route, ports and ashore of the mail steamer route;
the scene character introduction module is used for storing script files for displaying character introduction and cautions of the inside and outside scenes of the mail steamer;
and the operation data module is used for storing the script file of the user behavior data related to the virtual operation.
In the virtual reality system for the passenger liner experience, the information storage module is a host computer or a cloud server.
The virtual reality system for the passenger liner experience, wherein the VR glasses are connected with the control module through a wired or wireless connection.
The virtual reality system for the passenger liner experience is characterized in that the wireless connection is a bluetooth connection.
Compared with the prior art, the invention has the following beneficial effects:
the invention combines the real-time and virtual reality technologies of the cruise ship, creates an information environment which enables the user to experience and operate in an immersion way and realizes man-machine interaction, and the user can carry out travel experience, cruise ship teaching and staff education and training by means of the virtual reality platform of the cruise ship, thereby greatly reducing the expense of the travel front-end business of the cruise ship and improving the experience and the impression of the cruise ship.
Drawings
FIG. 1 is a schematic flow diagram of a virtual reality system for a cruise experience according to the present invention;
FIG. 2 is a schematic diagram of an embodiment of a virtual reality system for a cruise experience according to the present invention.
Detailed Description
The invention will be further described by the following specific examples in conjunction with the drawings, which are provided for illustration only and are not intended to limit the scope of the invention.
According to the virtual reality system 1 for the cruise ship 2 experience, the complete appearance of the cruise ship 2, the internal facility structure of the cruise ship 2 and the three-dimensional data of the cities along the way, at the port and on the shore of the cruise ship route of the cruise ship 2 are collected, then the scene interaction between a user and the virtual cruise ship 2 is realized in the virtual reality system 1 for the cruise ship 2 experience, and the experience of tourism, teaching and training of the cruise ship 2 close to reality is obtained.
In the present embodiment, the virtual reality system 1 for the cruise ship 2 experience includes: the system comprises a data acquisition module 11, a parameter input module 12, an information storage module 13, a script analysis module 14, a scene rendering module 15, a control module 16, an operating handle 17 and VR glasses 18.
The data acquisition module 11 is used for acquiring three-dimensional data of the whole appearance, the interior and the periphery of the airline of the cruise ship 2, character description data of scenes inside and outside the cruise ship 2, and user behavior data related to virtual operation, wherein the three-dimensional data can be acquired through on-site investigation and actual measurement or by means of a three-dimensional scanning device.
User behavior will be illustrated below by some specific examples: for example, there is a textual description of the external scene inside the cruise ship 2, such as the interior, here the hatch door, and elsewhere the steering wheel; outside here is a corridor bridge, somewhere a famous port, etc. The user clicks this point by operating handle 17 (bluetooth or gravity sensing), i.e. the user is described in text to assist in understanding the hatch, steering wheel, corridor bridge, a famous port, etc. These textual descriptions appear by clicking, which is a user action. In addition, a breakthrough game can be set through the scenes inside and outside the cruise ship 2, for example, when a person arrives at a certain place, the person needs to answer a question appearing in a virtual scene, and then the person can go to the next step, and the answer question is also a user behavior. For example, in the passenger cabin inside the cruise ship 2, the user can only rotate the door handle to access the inside of the passenger cabin to check the arrangement of various internal scenes of the cabin, and the rotating handle is also a user action. The above description is only for illustrative purposes and does not limit the technical scope of the present invention.
The information storage module 13 is used for storing the data obtained as the script file related to the scene information and the user behavior data. The parameter input module 12 is respectively connected to the data acquisition module 11 and the information storage module 13, and is configured to input the three-dimensional data to the information storage module 13. The script analysis module 14 is connected to the information storage module 13 and configured to perform virtual scene setting according to the script file. The scene rendering module 15 is connected to the script analyzing module 14, and is configured to render the virtual scene in real time.
The control module 16 is disposed on the operation handle 17, and is respectively connected to the scene rendering module 15 and the information storage module 13, and configured to issue an operation instruction to perform a virtual operation in the virtual scene, and ensure that the virtual operation corresponds to the user behavior data one to one. The user can realize virtual operations on the cruise ship 2 such as walking, swiping a card, opening a cabin door, consuming and the like under the virtual scene of the cruise ship 2 through the control module 16.
The VR glasses 18 are connected to the control module 16, and are configured to be worn by a user to view a virtual scene and experience a real scene, and the control module 16 ensures that virtual operations are performed in synchronization with the virtual scene, for example, after the user wears the VR glasses 18, the user's head rotates, and the control module 16 controls the virtual scene to rotate along with the virtual scene.
Further, the information storage module 13 includes: a cruise ship roaming module 131, a route simulation module 132, a scene text introduction module 133 and an operation data module 134. The cruise ship roaming module 131 is used for storing script files for displaying the overview and internal facility structure of the cruise ship 2; the airline simulation module 132 is used for storing script files for displaying virtual scenes of the cities along the way, at ports and on the shore of the airline of the cruise ship 2; the scene text introduction module 133 is used for storing script files for displaying text introduction and cautions of the external scenes in the cruise ship 2; the operation data module 134 is used to store script files for user behavior data regarding virtual operations.
Further, the information storage module 13 may be selected as a computer host or a cloud server. The VR glasses 18 and the control module 16 may be connected via a wired or wireless connection. Optionally, the wireless connection is a bluetooth connection.
In conclusion, the invention combines the real-time and virtual reality technologies of the mail steamer, creates an information environment which enables the user to experience and operate in an immersion way and realizes man-machine interaction, and the user can carry out travel experience, mail steamer teaching and staff education and training by means of the mail steamer virtual reality platform, thereby greatly reducing the expense of the travel front-end business of the mail steamer and improving the experience and the impression of the mail steamer.
While the present invention has been described in detail with reference to the preferred embodiments, it should be understood that the above description should not be taken as limiting the invention. Various modifications and alterations to this invention will become apparent to those skilled in the art upon reading the foregoing description. Accordingly, the scope of the invention should be determined from the following claims.
Claims (5)
1. A virtual reality system for a cruise experience, comprising:
the data acquisition module is used for acquiring three-dimensional data of the whole appearance, the interior and the periphery of a flight path of the cruise ship, character description data of scenes inside and outside the cruise ship and user behavior data related to virtual operation;
the information storage module is used for storing the script files related to the scene information and the user behavior data according to the acquired data;
the parameter input module is respectively connected with the data acquisition module and the information storage module and is used for inputting the three-dimensional data to the information storage module;
the script analysis module is connected with the information storage module and used for setting a virtual scene according to the script file;
the scene rendering module is connected with the script analysis module and used for rendering the virtual scene in real time;
the control module is arranged on an operation handle, is respectively connected with the scene rendering module and the information storage module, and is used for sending an operation instruction to perform virtual operation in the virtual scene and ensuring that the virtual operation corresponds to the user behavior data one to one;
and the VR glasses are connected with the control module and used for watching the virtual scene, and the control module ensures that the virtual operation is carried out synchronously with the virtual scene.
2. The virtual reality system for a cruise experience of claim 1, wherein the information storage module comprises:
the cruise module is used for storing script files for displaying the overview and the internal facility structure of the cruise;
the route simulation module is used for storing script files for displaying virtual scenes of cities along the route, ports and ashore of the mail steamer route;
the scene character introduction module is used for storing script files for displaying character introduction and cautions of the inside and outside scenes of the mail steamer;
and the operation data module is used for storing the script file of the user behavior data related to the virtual operation.
3. The virtual reality system for a mail-carrier experience of claim 1, wherein the information storage module is a host computer or a cloud server.
4. The virtual reality system for a cruise experience of claim 1, wherein the VR glasses and the control module are connected by a wired or wireless connection.
5. The virtual reality system for a cruise experience of claim 4, wherein the wireless connection is a Bluetooth connection.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201911202116.2A CN110989837B (en) | 2019-11-29 | 2019-11-29 | Virtual reality system for passenger liner experience |
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| CN201911202116.2A CN110989837B (en) | 2019-11-29 | 2019-11-29 | Virtual reality system for passenger liner experience |
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