CN103957243A - Virtual tourism method and system - Google Patents
Virtual tourism method and system Download PDFInfo
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- CN103957243A CN103957243A CN201410156510.8A CN201410156510A CN103957243A CN 103957243 A CN103957243 A CN 103957243A CN 201410156510 A CN201410156510 A CN 201410156510A CN 103957243 A CN103957243 A CN 103957243A
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Abstract
The invention discloses a virtual tourism method and system. The method includes the steps that a client transmits information of an access request put forward by a user through a browser to a server end, the server end processes the information of the access request and transmits feedback information to the client, and the client shows or plays the feedback information on the browser. According to the virtual tourism method and system, the user can carry out the process of virtual tourism through the browser on an electronic device, and the method and system are environmentally friendly and economical; cross-platform multi-device access of the virtual tourism function can be achieved, and the characteristics of being wide in coverage and high in releasing speed are achieved; the problem that information is not completely pushed in high concurrency is solved, and appointment reliability and safety are improved. Besides, by means of a server cluster and distribution cache technical framework, the performance bottleneck problem caused by high concurrency is solved. On the basis that the panoramic effect of a scene is achieved, a three-dimensional panoramic effect is achieved through a css33D technique, and a good special effect of virtual tourism is achieved.
Description
Technical field
The present invention relates to the virtual tourism technical field on electronic equipment, relate more specifically to a kind of virtual tourism method and system.
Background technology
Along with current living standard and people cultural spirit quality of the life is required growing, tourism becomes people enriches the common selection of one of free life.Before going on a tour, people can understand each sight spot situation by materials such as tourism books, tourism movie and television films, and along with the development of electronic device technology and Internet technology, obtaining travel information by the Internet also becomes the very convenient and effective approach of one.In addition, have in limited time at time energy or economic condition, carry out virtual tourism by electronic equipment and can be used as a kind of alternative.
The current existing electronic equipment virtual tourism technology often program based on particular virtual tourism realizes, and cannot offer the not user of installation procedure and use.Other virtual tourism application method and system be often based on panorama electronic map, must issue in advance relevant GIS-Geographic Information System (GIS), and generalized information system requires user to have relevant geographical aspect knowledge, is unfavorable for that third party accesses.In brief, existing most of realizing based on specific development tools and development language of realizing, require the environment of user's operation must have the environment that meets its use so just to cause the also extra operation of needs of user, existing system cannot be subscribed the information of relevant peripheral in browsing information, cannot realize cross-platform, many equipment access.Thereby, needing badly a kind ofly provides virtual tourism and user's requirement does not require, can realize zero installation zero and dispose, do not rely on the technology of particular system or equipment, to substitute the virtual tourism product based on specific development tools and development language, realize cross-platform, many equipment access, there is saving development cost.
Summary of the invention
Brief description of the drawings
Fig. 1 is the high-level schematic functional block diagram of virtual tour system of the present invention;
Fig. 2 is the flow chart of virtual tourism method of the present invention.
Description of reference numerals:
1-client
11-browser
12-processing unit
2-service end
21-Web application server
211-graphics processing unit
212-reservation processing unit
22-database server
23-Redis caching server
Embodiment
By describing technology contents of the present invention, structural feature in detail, being realized object and effect, below in conjunction with execution mode and coordinate accompanying drawing to be explained in detail.
Referring to Fig. 1, is the high-level schematic functional block diagram of virtual tour system of the present invention.Described virtual tour system comprises client 1 and service end 2; Described client 1 comprises browser 11 and processing unit 12; Service end 2 comprises database server 22 and Web Application Server 21; Database server 22 is for storing travel information, and described travel information comprises sight spot information, peripheral information or information on services.
Browser 11 in client 1 is for showing virtual trip interface and receiving the access request that user proposes.Virtual trip interface was made up of two stacked adding of drafting, lower floor is sight spot information layer, upper strata is peripheral information or information on services layer, and user can wait by click the operations such as operation is checked specifying information or amplification, dwindled, adjusting position, and proposes subscription services request.When user need to use virtual tourism service, as long as the access request proposing by browser 11, described access request may be inquiry sight spot, inquiry periphery or subscription services.Processing unit 12 proposes user accessing request information by browser 11 transfers to service end 2.Web Application Server 21 transfers travel information in database server 22, process described accessing request information obtains feedback information, and by transmission of feedback information to client 1; Processing unit 12 calls browser 11 to be shown or plays described feedback information.
Particularly, the access request proposing as user is that while inquiring about periphery, service end 2 is retrieved in database server 22 according to user's querying condition and returned using qualified information as transmission of feedback information to client 1, on browser 11, shows user.The peripheral information of inquiry can be the interested regional any information of user, and particularly the information relevant with tourism is as lodging information, admission ticket information, route information, Weather information, food and beverage sevice information etc.
Client 1 uses the 2D drawing technique of html5 that the travel informations such as peripheral information and subscription services information are plotted in to virtual trip interface, and by off-line caching technology, information is stored, also can allow user continue to access related pages to realize in suspension situation.
The access request proposing as user is that while inquiring about sight spot, service end 2 is retrieved in database server 22 according to user's querying condition and returned using qualified information as transmission of feedback information to client 1, on browser 11, shows user.These information are exactly sight spot information, can be sight spot Word message, sight spot image information, sight spot video information, sight spot magic lantern information or sight spot audio-frequency information.Wherein, sight spot image comprises sight spot two dimensional image or sight spot 3-D view, because sight spot two dimensional image is plane picture, comparatively dull and stereotyped and cannot give user's impression of solid more directly perceived, so when user has when required, service end 2 synthesizes sight spot 3-D view by elder generation sight spot two dimensional image, and transmits it to client 1, and client 1 is shown described sight spot 3-D view on browser 11.Particularly, the method that sight spot image is synthesized sight spot 3-D view by service end 1 is css33D conversion, employing be the graph drawing engine of increasing income, realize the 3D effect of 360 degree panorama sketch with this.More specifically, this technology by a certain scene up and down all around six two-dimension pictures be combined into a cuboid, adjust perspective perspective attribute and make visual angle be positioned at cuboid inside, user can see panorama by pulling screen viewing angle on browser 11, has effect on the spot in person.
In the time that the access request of user's proposition is subscription services, subscription services information is sent to service end 2 by client 1, described subscription services information is stored in RabbitMQ message queue by service end 2, and then the subscription services information in RabbitMQ message queue is sent to service provider by service end.It is high and give the problem that occurs that subscription information is lost that the method that this employing message queue mode solves reservation problem can effectively overcome multi-user.
In order to realize said process, the framework of service end 2 comprises Web Application Server 21, database server 22 and Redis caching server 23; Wherein Web Application Server 21 has comprised again graphics processing unit 211 and reservation processing unit 212.The work that sight spot two dimensional image is synthesized to sight spot 3-D view is completed by graphics processing unit 211; The processing of subscription services, storage and with the communication of service provider be to be completed by reservation processing unit 213.
Web Application Server 21 is realized by Linux virtual server LVS, is a Web Application Server load balancing cluster system with high availability feature.This load balancing cluster system can provide the load capacity being directly proportional to server node quantity, performance, effectively improves throughput, reliability, redundancy, the adaptability of service, and the ratio of performance to price is very high.Meanwhile, LVS utilizes low side devices to realize the effective way of high-end server performance.Described Web Application Server 21 adopts Web Cache(webpage buffer memory) carry out buffer memory page data, thus improve the response speed of the page.
Described Redis caching server 23 is high performance key-value pair storage system, by main Redis server with form from Redis server.Main Redis server is responsible for receiving the information from Web Application Server 1 and database server 22, and is synchronized to the server from Redis.
In the communication process of Redis caching server 23 and database server 22, also exist the effect that triggers server, this triggering server is mainly responsible for obtaining data and being write Redis caching server 23 from database server 22.
Database server 22 forms by main database server with from database server, main database server is mainly responsible for processing writing and trigger the data read work of server from the data of Web Application Server 21, and data are synchronized to from database server.
In the time of the transmission that is specifically related to travel information, Redis caching server 23 is for reading from database server and buffer memory travel information; In the time that the required travel information of Web Application Server 21 has been cached in Redis caching server 23, Web Application Server 21 is directly transferred described travel information from Redis caching server 23; In the time that the required travel information of Web Application Server 21 is not cached in Redis caching server 23, Web Application Server 21 is transferred described travel information from database server 22.
In sum, the framework of service end 2 is mainly to have solved high concurrent be with performance bottleneck problem by server cluster and distributed buffer Technical Architecture.
Certainly, information in database server 22 is carried out the typing of free data base administration side, be specially and gather sight spot information, peripheral information or information on services, the above-mentioned travel information that gathers gained is edited accordingly, be then stored in the database server 22 in service end 2.
Referring to Fig. 2, is the flow chart of virtual tourism method of the present invention.Described virtual tourism method comprises the steps:
S1, client propose user accessing request information by browser transfers to service end;
S2, service end process described accessing request information and by transmission of feedback information to client;
S3, client are shown or are play described feedback information on browser.
In step S1, the access request that user proposes by browser 11 may be inquiry sight spot, inquiry periphery or subscription services.The access request proposing as user is that while inquiring about periphery, service end 2 is retrieved in database server 22 according to user's querying condition and returned using qualified information as transmission of feedback information to client 1, on browser 11, shows user.Browser 11 provides virtual trip interface and receives user's operation.Described virtual trip interface was made up of two stacked adding of drafting, lower floor is sight spot information layer, upper strata is peripheral information or information on services layer, and user can wait by click the operations such as operation is checked specifying information or amplification, dwindled, adjusting position, and proposes subscription services request.
In addition, client 1 uses the 2D drawing technique of html5 that the travel informations such as peripheral information and subscription services information are plotted in to virtual trip interface, and by off-line caching technology, information is stored, also can allow user continue to access related pages to realize in suspension situation.
The peripheral information of user's inquiry can be the interested regional any information of user, and particularly the information relevant with tourism is as lodging information, admission ticket information, route information, Weather information, food and beverage sevice information etc.
The access request proposing as user is that while inquiring about sight spot, service end 2 is retrieved in database server 22 according to user's querying condition and returned using qualified information as transmission of feedback information to client 1, on browser 11, shows user.These information are exactly sight spot information, can be sight spot Word message, sight spot image information, sight spot video information, sight spot magic lantern information or sight spot audio-frequency information.Wherein, sight spot image comprises sight spot two dimensional image or sight spot 3-D view, because sight spot two dimensional image is plane picture, comparatively dull and stereotyped and cannot give user's impression of solid more directly perceived, so when user has when required, service end 2 synthesizes sight spot 3-D view by elder generation sight spot two dimensional image, and transmits it to client 1, and client 1 is shown described sight spot 3-D view on browser 11.Particularly, the method that sight spot image is synthesized sight spot 3-D view by service end 1 is css33D conversion, employing be the graph drawing engine of increasing income, realize the 3D effect of 360 degree panorama sketch with this.More specifically, this technology by a certain scene up and down all around six two-dimension pictures be combined into a cuboid, adjust perspective perspective attribute and make visual angle be positioned at cuboid inside, user can see panorama by pulling screen viewing angle on browser 11, has effect on the spot in person.
In the time that the access request of user's proposition is subscription services, subscription services information is sent to service end 2 by client 1, described subscription services information is stored in RabbitMQ message queue by service end 2, and then the subscription services information in RabbitMQ message queue is sent to service provider by service end.It is high and give the problem that occurs that subscription information is lost that the method that this employing message queue mode solves reservation problem can effectively overcome multi-user.
In order to realize said process, the framework of service end 2 comprises Web Application Server 21, database server 22 and Redis caching server 23; Wherein Web Application Server 21 has comprised again graphics processing unit 211 and reservation processing unit 212.The work that sight spot two dimensional image is synthesized to sight spot 3-D view is completed by graphics processing unit 211; The processing of subscription services, storage and with the communication of service provider be to be completed by reservation processing unit 213.
Web Application Server 21 is realized by Linux virtual server LVS, is a Web Application Server load balancing cluster system with high availability feature.This load balancing cluster system can provide the load capacity being directly proportional to server node quantity, performance, effectively improves throughput, reliability, redundancy, the adaptability of service, and the ratio of performance to price is very high.Meanwhile, LVS utilizes low side devices to realize the effective way of high-end server performance.Described Web Application Server 21 adopts Web Cache(webpage buffer memory) carry out buffer memory page data, thus improve the response speed of the page.
Described Redis caching server 23 is high performance key-value pair storage system, by main Redis server with form from Redis server.Main Redis server is responsible for receiving the information from Web Application Server 1 and database server 22, and is synchronized to the server from Redis.
In the communication process of Redis caching server 23 and database server 22, also exist the effect that triggers server, this triggering server is mainly responsible for obtaining data and being write Redis caching server 23 from database server 22.
Database server 22 forms by main database server with from database server, main database server is mainly responsible for processing writing and trigger the data read work of server from the data of Web Application Server 21, and data are synchronized to from database server.
In the time of the transmission that is specifically related to travel information, Redis caching server 23 is for reading from database server and buffer memory travel information; In the time that the required travel information of Web Application Server 21 has been cached in Redis caching server 23, Web Application Server 21 is directly transferred described travel information from Redis caching server 23; In the time that the required travel information of Web Application Server 21 is not cached in Redis caching server 23, Web Application Server 21 is transferred described travel information from database server 22.
In sum, the framework of service end 2 is mainly to have solved high concurrent be with performance bottleneck problem by server cluster and distributed buffer Technical Architecture.
Certainly, before step S1, also comprise travel information collection and be entered into database server 22 these steps, completed by data base administration side, be specially and gather sight spot information, peripheral information or information on services, the above-mentioned travel information that gathers gained is edited accordingly, be then stored in the database server 22 in service end 2.
The present invention is intended to realize makes user carry out the process of virtual tourism, not only environmental protection but also economy by the browser on electronic equipment.Carry out virtual tourism by browser, can realize cross-platform many equipment access of virtual tourism function, there is broad covered area, the fireballing feature of hair style; Adopt service end 2 to control the service logic of reservation simultaneously, solve high and give the incomplete problem of message push, strengthened reservation reliability, fail safe.Service end 2 is by adopting server cluster and distributed buffer Technical Architecture to solve high concurrent be with performance bottleneck problem.In the realization of sight spot panoramic effect, realize three-dimensional panorama effect by css33D technology, reach good virtual tourism special efficacy, reduce the requirement to technology, equipment and resource.
The foregoing is only embodiments of the invention; not thereby limit scope of patent protection of the present invention; every equivalent structure or conversion of equivalent flow process that utilizes specification of the present invention and accompanying drawing content to do; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (13)
1. a virtual tourism method, is characterized in that, comprises step:
Client proposes user accessing request information by browser transfers to service end;
Service end process described accessing request information and by transmission of feedback information to client;
Client is shown or is play described feedback information on browser.
2. virtual tourism method as claimed in claim 1, is characterized in that, described access request comprises inquiry sight spot, inquiry periphery or subscription services.
3. virtual tourism method as claimed in claim 2, is characterized in that, in the time that described access request is inquiry sight spot, feedback information comprises sight spot Word message, sight spot image information, sight spot video information, sight spot magic lantern information or sight spot audio-frequency information.
4. virtual tourism method as claimed in claim 3, is characterized in that, described sight spot image comprises sight spot two dimensional image or sight spot 3-D view;
Sight spot two dimensional image is synthesized sight spot 3-D view by service end, and described sight spot 3-D view is transferred to client, and client is shown described sight spot 3-D view on browser.
5. virtual tourism method as claimed in claim 4, is characterized in that, the method that sight spot image is synthesized sight spot 3-D view by service end is css33D conversion.
6. virtual tourism method as claimed in claim 1 or 2, is characterized in that, also comprises before step in step " client proposes user access request by browser transfers to service end ":
Gather sight spot information, peripheral information or information on services, and collection gained sight spot information, peripheral information or information on services are stored in to service end; Or
Gather and edit sight spot information, peripheral information or information on services, and by collection and edit gained sight spot information, peripheral information or information on services and be stored in service end.
7. virtual tourism method as claimed in claim 1 or 2, it is characterized in that, in the time that described access request is subscription services, subscription services information is sent to service end by client, described subscription services information is stored in RabbitMQ message queue by service end, and then the subscription services information in RabbitMQ message queue is sent to service provider by service end.
8. a virtual tour system, is characterized in that, comprises client and service end;
Client comprises browser and processing unit;
Service end comprises database server and Web Application Server;
Database server is used for storing travel information, and described travel information comprises sight spot information, peripheral information or information on services;
The access request that browser proposes for receiving user;
Processing unit proposes user accessing request information by browser transfers to service end;
Web Application Server transfers travel information in database server, process described accessing request information obtains feedback information, and by transmission of feedback information to client;
Processing unit is shown or is play described feedback information on browser.
9. virtual tour system as claimed in claim 8, is characterized in that, described access request comprises inquiry sight spot, inquiry periphery or subscription services.
10. virtual tour system as claimed in claim 8 or 9, is characterized in that, when described access request is during for inquiry sight spot, feedback information comprises sight spot Word message, sight spot image information, sight spot video information, sight spot magic lantern information or sight spot audio-frequency information; Described sight spot image information comprises sight spot two-dimensional image information or sight spot three-dimensional image information;
Web Application Server comprises graphics processing unit, and described graphics processing unit is for synthesizing sight spot 3-D view by the sight spot two dimensional image from database server.
11. virtual tour systems as claimed in claim 11, is characterized in that, the method that sight spot image is synthesized sight spot 3-D view by graphics processing unit is css33D conversion.
12. virtual tour systems as described in claim 9 or 10, is characterized in that, service end also comprises Redis caching server;
Redis caching server is for reading and buffer memory travel information from database server;
In the time that the required travel information of Web Application Server has been cached in Redis caching server, Web Application Server is directly transferred described travel information from Redis caching server; In the time that the required travel information of Web Application Server is not cached in Redis caching server, Web Application Server is transferred described travel information from database server.
13. virtual tour systems as described in claim 9 or 10, is characterized in that, described Web Application Server also comprises reservation processing unit;
In the time that the access request from client is subscription services, described subscription services information is stored in RabbitMQ message queue by reservation processing unit, and then the subscription services information in RabbitMQ message queue is sent to service provider by service end.
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| CN201410156510.8A CN103957243A (en) | 2014-04-18 | 2014-04-18 | Virtual tourism method and system |
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| CN201410156510.8A CN103957243A (en) | 2014-04-18 | 2014-04-18 | Virtual tourism method and system |
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| CN103957243A true CN103957243A (en) | 2014-07-30 |
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| CN201410156510.8A Pending CN103957243A (en) | 2014-04-18 | 2014-04-18 | Virtual tourism method and system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105740398A (en) * | 2016-01-28 | 2016-07-06 | 西藏自治区科技信息研究所 | Virtual tourism interactive platform |
| CN111176824A (en) * | 2018-11-12 | 2020-05-19 | 商派软件有限公司 | Method for processing high-concurrency activity registration |
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| US20100017238A1 (en) * | 2008-07-16 | 2010-01-21 | Microsoft Corporation | Travel management system |
| CN101937535A (en) * | 2010-09-21 | 2011-01-05 | 上海杰图度假网络科技有限公司 | Panoramic electronic map-based virtual tourism platform system |
| CN103187005A (en) * | 2011-12-30 | 2013-07-03 | 上海博泰悦臻电子设备制造有限公司 | Filed tourism landscape system |
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| US20100017238A1 (en) * | 2008-07-16 | 2010-01-21 | Microsoft Corporation | Travel management system |
| CN101937535A (en) * | 2010-09-21 | 2011-01-05 | 上海杰图度假网络科技有限公司 | Panoramic electronic map-based virtual tourism platform system |
| CN103187005A (en) * | 2011-12-30 | 2013-07-03 | 上海博泰悦臻电子设备制造有限公司 | Filed tourism landscape system |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN105740398A (en) * | 2016-01-28 | 2016-07-06 | 西藏自治区科技信息研究所 | Virtual tourism interactive platform |
| CN111176824A (en) * | 2018-11-12 | 2020-05-19 | 商派软件有限公司 | Method for processing high-concurrency activity registration |
| CN111176824B (en) * | 2018-11-12 | 2021-04-20 | 商派软件有限公司 | Method for processing high-concurrency activity registration |
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Application publication date: 20140730 |