CN105205194A - System and method for generating scenic area map - Google Patents
System and method for generating scenic area map Download PDFInfo
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- CN105205194A CN105205194A CN201410286859.3A CN201410286859A CN105205194A CN 105205194 A CN105205194 A CN 105205194A CN 201410286859 A CN201410286859 A CN 201410286859A CN 105205194 A CN105205194 A CN 105205194A
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Abstract
The invention discloses a method for generating a scenic area map. The method includes the following steps that geographical location information of a current location and an electronic map containing the current location are acquired; corresponding scenic area information and information of scenic spots in the scenic area are queried according to the geographical location information of the current location, wherein the scenic area information comprises geographical location information of the scenic area, and the scenic spot information comprises geographical location information of the scenic spots, the types of the scenic spots and image information of the scenic spots; two-dimensional image elements are drawn according to the types and the image information of the scenic spots; two-dimensional images of the scenic spots are correspondingly overlapped to the electronic map according to the geographical location information of the scenic spots to generate the scenic area map and display the scenic area map. The invention further provides a system for generating the scenic area map. The visual and vivid scenic area map can be provided for tourists.
Description
Technical field
The present invention relates to map generalization method electronically, particularly the generation system of scenic spot map and generation method.
Background technology
Nowadays, people for tourism to make earnest efforts degree more and more higher, the especially self-service trip of tourist attractions, that it changes the pattern that traditional guide guides, visitor can view and admire from main separation sight spot according to interest in scenic spot, and that designs scenic spot browses circuit, and the degree of depth understands the cultural connotation at scenic spot.
But be distributed in because scenic region guide map is normally scattered in whole scenic spot, self-service trip visitor is difficult to the sight spot information needed for Real-time Obtaining.Although by the program software that the portable electronic devices such as smart mobile phone, panel computer or navigating instrument are equipped with, as GoogleMap, Baidu's map etc., relevant electronic map information can be obtained, but these electronic charts do not mark in detail for the information at scenic spot substantially, a lot of region is blank.Even if electronic chart subscript is marked with partial data, also be only with written form mark sight name mostly, the sight spot of inner segmentation further does not but show in detail on electronic chart, therefore, an impression intuitively cannot be provided to visitor, for self-service trip visitor directive function little.
Summary of the invention
Fundamental purpose of the present invention aims to provide a kind of scenic spot map generation system and the generation method that intuitively can show scenic area and scenic spot distribution.
For reaching above-mentioned purpose, the invention provides the generation system of a kind of scenic spot map, comprising server end and client.Wherein, described server end comprises: the first receiving element, for receiving the geographical location information of the current location that described client sends; Query unit, for according to the geographical location information of described current location from the sight spot information scenic spot information corresponding to data base querying and this scenic spot, wherein said scenic spot information comprises the geographical location information at scenic spot, described sight spot information comprises the geographical location information at sight spot, the type at sight spot and the image information at sight spot; Drawing unit, for drawing the two-dimensional image elements at this sight spot according to the type at described sight spot and image information; And first transmitting element, for the geographical location information at the two-dimensional image elements at this sight spot and this sight spot of correspondence is sent to described client.Described client comprises: the second receiving element, for obtain from GPS described current location geographical location information, from electronic chart supplier obtain comprise current location electronic chart and obtain the two-dimensional image elements at described sight spot and the geographic position of correspondence from described first transmitting element; Second transmitting element, for being sent to described server end by the geographical location information of described current location; Processing unit, for being superimposed to described electronic chart to generate scenic spot map according to the geographical location information at described sight spot by the two-dimensional image elements of correspondence; And display unit, for showing described scenic spot map.
Preferably, described drawing unit comprises drafting module and adjusting module, and described drafting module is for inquiring about material database to choose the graphic element of the type corresponding to described sight spot; Described adjusting module forms the two-dimensional image elements at described sight spot for adjusting described graphic element with the image information making it and mate described sight spot.
Preferably, described drawing unit draws scenic spot background according to the geographical location information at described scenic spot; And draw the two-dimensional image elements at described sight spot according to the geographical location information at described sight spot and image information and be superimposed to described scenic spot background.
Preferably, described drawing unit comprises drafting module, the first adjusting module, the second adjusting module and synthesis module, and described drafting module is for inquiring about material database to choose the graphic element of the Background at described scenic spot and the type corresponding to described scenic spot; Described first adjusting module forms the two-dimensional image elements at described sight spot for adjusting described graphic element with the image information making it and mate this sight spot; Described second adjusting module is for adjusting the size of described Background and described two-dimensional image elements to make it corresponding with the geographic position at described scenic spot and the geographical location information at sight spot; Described synthesis module is used for described two-dimensional image elements to be superimposed to described Background accordingly.
Preferably, the described Background of the two-dimensional image elements superposing described sight spot and the scenic spot of correspondence and the geographical location information at sight spot are sent to described client by described first transmitting element; The described Background of the two-dimensional image elements superposing described sight spot is covered the corresponding part of described electronic chart to generate described scenic spot map according to the geographical location information at described scenic spot and sight spot by described processing unit.
Preferably, the instruction that described second transmitting element also sends a given query scope is to the first receiving element of described server end, and described query unit is according to the sight spot information in this scenic spot in scenic spot information corresponding to the geographic location information query of described current location and described instruction limited range.
Preferably, described sight spot information also comprises sight name, and described processing unit identifies described sight name on described two-dimensional image elements.
The invention allows for ground, a kind of scenic spot based on said system drawing generating method, comprise the following steps:
S1: the geographical location information obtaining current location from GPS by described second receiving element also obtains the electronic chart comprising current location;
S2: the geographical location information of described current location is sent to described server end by described second transmitting element;
S3: by described query unit according to the geographical location information of described current location from the sight spot information scenic spot information corresponding to data base querying and this scenic spot, wherein said scenic spot information comprises the geographical location information at scenic spot, described sight spot information comprises the geographical location information at sight spot, the type at sight spot and the image information at sight spot;
S4: the two-dimensional image elements being drawn this sight spot by described drawing unit according to the type at described sight spot and image information;
S5: the geographical location information at the two-dimensional image elements at this sight spot and this sight spot of correspondence is sent to described client by described first transmitting element;
S6: according to the geographical location information at described sight spot, the two-dimensional image elements of correspondence is superimposed to described electronic chart to generate scenic spot map by described processing unit, and is shown by described display unit.
Preferably, step S4 comprises further: inquiry material database is to choose the graphic element of the type corresponding to described sight spot; And adjust described graphic element with the image information making it and mate described sight spot and form the two-dimensional image elements at described sight spot.
Preferably, step S4 comprises further: inquiry material database is to choose the graphic element of the Background at described scenic spot and the type corresponding to described scenic spot; Adjusting described graphic element with the image information making it and mate this sight spot forms the two-dimensional image elements at described sight spot; Adjust the size of described Background and described two-dimensional image elements to make it corresponding with the geographic position at described scenic spot and the geographical location information at sight spot; And described two-dimensional image elements is superimposed to described Background accordingly.
Preferably, step S5 comprises further, by described first transmitting element, the described Background of the two-dimensional image elements superposing described sight spot and the scenic spot of correspondence and the geographical location information at sight spot is sent to described client; Step S6 comprises further and according to the geographical location information at described scenic spot and sight spot, the described Background of the two-dimensional image elements superposing described sight spot is covered the corresponding part of described electronic chart to generate described scenic spot map by described processing unit.
Scenic spot ground drawing generating method proposed by the invention and generation system, residing for visitor the geographical location information of current location just can draw out with the two dimensional image matched with outdoor scene be represent form scenic spot map and show on the portable electronic devices of visitor, sight spot impression intuitively can be provided thus.
Accompanying drawing explanation
Fig. 1 is the calcspar of the generation system of one embodiment of the invention scenic spot map;
The schematic diagram of the electronic chart that the generation system that Fig. 2 is one embodiment of the invention scenic spot map obtains;
The schematic diagram of the scenic spot map that the generation system that Fig. 3 is one embodiment of the invention scenic spot map generates;
Fig. 4 is the process flow diagram of one embodiment of the invention scenic spot ground map generalization method.
Embodiment
For making content of the present invention clearly understandable, below in conjunction with Figure of description, content of the present invention is described further.Certain the present invention is not limited to this specific embodiment, and the general replacement known by those skilled in the art is also encompassed in protection scope of the present invention.
Figure 1 shows that the calcspar of the generation system of scenic spot of the present invention map, the generation system of this scenic spot map comprises server end 100 and client 200.Server end 100 comprises the first receiving element 110, query unit 120, drawing unit 130 and the first transmitting element 140.Client comprises the second receiving element 210, processing unit 220, display unit 230 and the second transmitting element 240.
Wherein, the second receiving element 210 from GPS obtain current location geographical location information, from electronic chart supplier obtain comprise current location electronic chart and from server end obtain first transmitting element 140 send data.Second transmitting element 240 is connected with the second receiving element 210, the geographical location information of current location is sent to the first receiving element 110 of server end 100.The query unit 120 of server end is connected with the first receiving element 110, and it inquires about the sight spot information in corresponding scenic spot information and this scenic spot according to the geographical location information of current location from database.Here the scenic spot information stored in database comprises the geographical location information at scenic spot, and sight spot information then comprises the geographical location information at sight spot, the type at sight spot and the image information at sight spot.Drawing unit 130 is connected with query unit 120, draws the two-dimensional image elements at this sight spot according to the type at sight spot and image information.The geographical location information at the corresponding sight spot representated by this two dimensional image and this two-dimensional image elements and this pictorial element is sent to client by the first transmitting element 140.After second receiving element 210 of client receives above-mentioned data, according to these geographical location information, two dimensional image is superimposed to electronic chart to generate new scenic spot map by processing unit 220, and is shown by display unit 230.
Fig. 4 illustrates the process flow diagram that the map of the generation system of the scenic spot map in Fig. 1 generates, and is described in detail ground map generalization method in scenic spot of the present invention below with reference to Fig. 1 ~ Fig. 4.
first embodiment
First, as illustrated in the flow diagram of fig. 4, the second receiving element 210 obtains the geographical location information of current location and comprises the electronic chart (step 401) of current location.Concrete, the second receiving element 210 comprises GPS module, such as, receive the geographical location information (as gps coordinate) of reflection current location from GPS GPS.In addition, the second receiving element 210 can obtain by network the electronic chart comprising current location from map supply business, and can locate current location on this electronic chart by GPS GPS.Figure 2 shows that and can find the electronic chart comprising current location that the second receiving element 210 obtains from Fig. 2, only show the word of " Yongding Tulou local culture village " in this electronic chart, visitor cannot have gained some understanding to the concrete sight spot in this cultural village.
Next, the gps coordinate of current location is sent to the first receiving element 110 of server end by the second transmitting element 240.Server end can provide a set of restfulwebservice for client-access, and the second transmitting element sends data to the first receiving element of server end by this interface.Data transmission is realized by http agreement (bottom adopts TCP/IP).The query unit 120 of server end according to this geographical location information from the sight spot information (step 402) scenic spot information corresponding to data base querying and this scenic spot.Wherein, scenic spot information comprises the geographical location information (gps coordinate) at scenic spot, sight spot information comprises the geographical location information at sight spot, the type at sight spot is (as tower, building, the Architectural Equipments such as mausoleum, or trees, river, natural lands such as mountain peak) and the image information (the outdoor scene photo as shooting) at sight spot.Specifically, query unit 120 with the database with these scenic area and scenic spot information by network or otherwise connect, can search by search the information that information described in this database obtains the sight spot in scenic spot corresponding to current location and this scenic spot.It should be noted that the scenic spot of correspondence mentioned here can be the scenic spot comprising current location, also can be the scenic spot nearest apart from current location.In addition, the sight spot in scenic spot can be the whole sight spots in scenic spot, also can be the sight spot centered by current location in certain limit.For rear a kind of situation, second transmitting element 240 is while the gps coordinate sending current location, also can send the instruction (as within the scope of 5km) of a given query scope to the first receiving element 110, the transmission of instruction is also by http protocol transmission.So query unit 120 will according in the scenic spot of the gps coordinate inquiry correspondence of current location, the sight spot centered by current location within 5km scope.For example, if the gps coordinate of current location is 24 ° 39 ' 03.2 ' ' N, 116 ° 58 ' 25.8 ' ' E, query unit 120 finds after searching database that the scenic spot corresponding to this coordinate is Tulou scenic spot, Yongding, and this scenic spot comprises Zhen Cheng building, multiple Tulou such as Qing Chenglou, Fu Xinglou, Jing Yanglou.The information at all sight spots in scenic spot is searched if be set as, then search the gps coordinate scope at Tulou scenic spot, Yongding, the gps coordinate (geographical location information as Zhen Cheng building is 24 ° 38 ' 45.6 ' ' N, 116 ° 58 ' 27.6 ' ' E) of each Tulou of Tulou group, the image information of Tulou and the type (the present embodiment is building) at sight spot that unit 120 will store in acquisition data storehouse.
Afterwards, drawing unit 130 draws the two-dimensional image elements (step 403) at sight spot according to the type at sight spot and image information.Concrete, drawing unit comprises drafting module and adjusting module.Wherein drafting module inquiry material database is to choose the graphic element of the type corresponding to described sight spot, and adjusting module then adjusts graphic element makes it mate affecting information and forming the two-dimensional image elements at sight spot of sight spot.Store a large amount of graphic element corresponding with sight spot type in material database, the sight spot of same type can have multiple graph of a correspondence element.Such as, in the present embodiment, sight spot type is building, and the graphic element corresponding to building in material database comprises circular building, square building, two-layer circular building, two-layer square building etc.Drafting module selects the graphic element of applicable Tulou outdoor scene according to the image information at sight spot from material database, and the outward appearance as Zhen Cheng building is circular building, then select the graphic element in circular building.On the other hand, adjusting module makes the image information at itself and sight spot match to the graphic element adjustment representing each sight spot.Coupling mentioned here refers to the coupling of the color of graphic element.Such as, adjusting module identifies the exterior color at this sight spot from image information, then the profile of this graphic element and fill color are adjusted to corresponding color, to form two-dimensional image elements, as jpg form or png form.In addition, adjusting module also can have the function played up, in order to be played up by graphic element as hand drawing style, to meet the individual demand of the two-dimensional image elements drawn.
After the drafting completing two-dimensional image elements, the geographical location information (gps coordinate) at the sight spot representated by this two-dimensional image elements (as jpg form or png form) and two-dimensional image elements is sent to the second receiving element 210 of client by the first transmitting element 140 of server end.Afterwards, two-dimensional image elements is superimposed to electronic chart, to generate scenic spot map and to show (step 404) according to the geographical location information receiving sight spot by processing unit 220.Preferably, processing unit also optionally identifies the title at sight spot on two-dimensional image elements.Specifically, the sight spot information that query unit 120 is inquired about also can comprise sight name, and the title at this sight spot, while transmission sight spot two-dimensional image elements and corresponding gps coordinate, is still sent to client by the first transmitting element 140.After processing unit 220 identifies the title at sight spot on two-dimensional image elements, again two-dimensional image elements is covered the corresponding part in electronic chart, the scenic spot map of formation like this still adopts original electronic chart in other regions, then adopt newly-generated scenic spot map in the region relating to scenic spot, and still can keep the positioning function of original electronic chart.Wherein, processing unit 220 is such as CPU or microprocessor.Finally, this scenic spot map presents by the display unit 230 of client.As shown in Figure 4, the final scenic spot map presented contains the two-dimensional image elements of the Freehandhand-drawing form representing each sight spot, and two-dimensional image elements has also indicated the title at main sight spot, visitor according to the scenic spot map of this personalization can intuitively recognize in scenic spot sight spot distribution and appearance, especially self-service play scenic spot time more convenient.
second embodiment
The difference of the present embodiment and above-described embodiment is, the scenic spot map generated, except comprising the two-dimensional image elements at each sight spot, also comprises scenic spot background, makes scenic spot map whole style more consistent.Below will be described in detail to the present embodiment.
First, the second receiving element 210 obtains the geographical location information (gps coordinate) of current location and comprises the electronic chart (step S1) of current location.Next, the geographical location information of current location is sent to the first receiving element 110 of server end by the second transmitting element 240.The query unit 120 of server end according to this geographical location information from the sight spot information (step S2) scenic spot information corresponding to data base querying and this scenic spot.Above-mentioned steps is substantially identical with the first embodiment, and therefore not to repeat here.
Afterwards, drawing unit 130 draws two-dimensional image elements (step S3) according to the type at sight spot and image information.Concrete, drawing unit comprises drafting module, the first adjusting module, the second adjusting module and synthesis module.Wherein drafting module inquiry material database is to select the graphic element of the Background at scenic spot and the type corresponding to sight spot.Store a large amount of graphic element corresponding with sight spot type in material database, the sight spot of same type can have multiple graph of a correspondence element.Such as, in the present embodiment, sight spot type is building, and the icon corresponding to building comprises circular building, square building, two-layer circular building, two-layer square building etc.In addition, various scenic spots Background is also stored in material database.First drafting module selects scenic spot Background from material database, chooses green background image in the present embodiment as scenic spot background.Afterwards, drafting module selects the icon of applicable Tulou outdoor scene according to the image information at sight spot from material database, and the outward appearance as Zhen Cheng building is circular building, then select the graphic element in circular building.First adjusting module makes the image information at itself and sight spot match to the graphic element adjustment representing each sight spot.Such as, the first adjusting module identifies the exterior color at this sight spot from image information, then the profile of this pictorial element and fill color are adjusted to corresponding color, to form two-dimensional image elements.In addition, the first adjusting module also can have the function played up, in order to two-dimensional image elements to be played up the X-Y scheme into hand drawing style, to meet the individual demand of the two dimensional image drawn.The size of the second adjusting module to scenic spot Background and two-dimensional image elements adjusts on the other hand, makes it corresponding with the gps coordinate at scenic spot and the gps coordinate at sight spot.Namely the size of scenic spot background and sight spot two-dimensional image elements and position should with the coverage at actual scenic spot and sight spot and position proportional corresponding.If the gps coordinate coverage at such as sight spot comparatively large (be such as larger square), can suitably tune up the two-dimensional image elements at this sight spot.Finally, synthesis module is superimposed upon according to the two-dimensional image elements correspondence that the gps coordinate at sight spot and scenic spot is represented sight spot on the Background chosen, forms synthesising picture (picture format is such as jpg form or png form).As known from the above, in fact drawing unit 130 is equivalent to the map having repainted sight spot in scenic spot and this scenic spot, in its map drawn, each sight spot is also distribute according to actual geographic positional information, and the two-dimensional image elements at sight spot is consistent with outdoor scene appearance, preferably have more anthropomorphic hand drawing style characteristic.
After the synthesis completing two-dimensional image elements and scenic spot background, the geographical location information comprising the synthesising picture of two-dimensional image elements and scenic spot background and the sight spot of correspondence and scenic spot of synthesis is sent to the second receiving element 210 of client by the first transmitting element 140 of server end.Afterwards, processing unit 220 according to receive scenic spot and sight spot geographical location information by synthesis imaging importing to electronic chart, to generate scenic spot map (step S5).Preferably, processing unit 220 also optionally can identify the title at sight spot on 2d, and this step is identical with the first embodiment, and therefore not to repeat here.Processing unit is such as CPU or microprocessor.Finally, this scenic spot map presents by the display unit 230 of client.
In sum, scenic spot of the present invention map generation system and generation method solve the problem that existing electronic chart cannot be offered help to visitor about scene data deficiency in scenic spot, while vivo showing scenic spot information, the positioning function on map still can be kept normally to use by forming self-defining scenic spot map, providing convenience for visitor goes sight-seeing scenic spot.Client 200 of the present invention can be any mancarried device, as: mobile phone, IPAD etc., the function of client and server end is reached by hardware, software, firmware or its combination.
Although the present invention discloses as above with preferred embodiment; right described many embodiments are citing for convenience of explanation only; and be not used to limit the present invention; those skilled in the art can do some changes and retouching without departing from the spirit and scope of the present invention, and the protection domain that the present invention advocates should be as the criterion with described in claims.
Claims (10)
1. a generation system for scenic spot map, comprises server end and client, it is characterized in that,
Described server end comprises:
First receiving element, for receiving the geographical location information of the current location that described client sends;
Query unit, for according to the geographical location information of described current location from the sight spot information scenic spot information corresponding to data base querying and this scenic spot, wherein said scenic spot information comprises the geographical location information at scenic spot, described sight spot information comprises the geographical location information at sight spot, the type at sight spot and the image information at sight spot;
Drawing unit, for drawing the two-dimensional image elements at this sight spot according to the type at described sight spot and image information; And
First transmitting element, for being sent to described client by the geographical location information at the two-dimensional image elements at this sight spot and this sight spot of correspondence;
Described client comprises:
Second receiving element, for obtain from GPS described current location geographical location information, from electronic chart supplier obtain comprise current location electronic chart and obtain the two-dimensional image elements at described sight spot and the geographic position of correspondence from described first transmitting element;
Second transmitting element, for being sent to described server end by the geographical location information of described current location;
Processing unit, for being superimposed to described electronic chart to generate scenic spot map according to the geographical location information at described sight spot by the two-dimensional image elements of correspondence; And
Display unit, for showing described scenic spot map.
2. the generation system of scenic spot according to claim 1 map, is characterized in that, described drawing unit comprises:
Drafting module, for inquiring about material database to choose the graphic element of the type corresponding to described sight spot;
Adjusting module, forms the two-dimensional image elements at described sight spot for adjusting described graphic element with the image information making it and mate described sight spot.
3. the generation system of scenic spot according to claim 1 map, is characterized in that, described drawing unit comprises:
Drafting module, for inquiring about material database to choose the graphic element of the Background at described scenic spot and the type corresponding to described scenic spot;
First adjusting module, forms the two-dimensional image elements at described sight spot for adjusting described graphic element with the image information making it and mate this sight spot;
Second adjusting module, for adjusting the size of described Background and described two-dimensional image elements to make it corresponding with the geographic position at described scenic spot and the geographical location information at sight spot;
Synthesis module, for being superimposed to described Background accordingly by described two-dimensional image elements.
4. the generation system of scenic spot according to claim 3 map, is characterized in that, the described Background of the two-dimensional image elements superposing described sight spot and the scenic spot of correspondence and the geographical location information at sight spot are sent to described client by described first transmitting element; The described Background of the two-dimensional image elements superposing described sight spot is covered the corresponding part of described electronic chart to generate described scenic spot map according to the geographical location information at described scenic spot and sight spot by described processing unit.
5. the generation system of scenic spot according to claim 1 map, it is characterized in that, the instruction that described second transmitting element also sends a given query scope is to the first receiving element of described server end, and described query unit is according to the sight spot information in this scenic spot in scenic spot information corresponding to the geographic location information query of described current location and described instruction limited range.
6. the generation system of scenic spot according to claim 1 map, it is characterized in that, described sight spot information also comprises sight name, the geographical location information at the two-dimensional image elements at this sight spot and this sight spot of correspondence and sight name are sent to described client by described first transmitting element, and described processing unit identifies corresponding described sight name on described two-dimensional image elements.
7. the generation system of scenic spot according to claim 1 map generates a method for scenic spot map, it is characterized in that, comprises the following steps:
S1: obtain the geographical location information of current location by described second receiving element from GPS and obtain from electronic chart supplier and comprise the electronic chart of current location;
S2: the geographical location information of described current location is sent to described server end by described second transmitting element;
S3: by described query unit according to the geographical location information of described current location from the sight spot information scenic spot information corresponding to data base querying and this scenic spot, wherein said scenic spot information comprises the geographical location information at scenic spot, described sight spot information comprises the geographical location information at sight spot, the type at sight spot and the image information at sight spot;
S4: the two-dimensional image elements being drawn this sight spot by described drawing unit according to the type at described sight spot and image information;
S5: the geographical location information at the two-dimensional image elements at this sight spot and this sight spot of correspondence is sent to described client by described first transmitting element;
S6: according to the geographical location information at described sight spot, the two-dimensional image elements of correspondence is superimposed to described electronic chart to generate scenic spot map by described processing unit, and is shown by described display unit.
8. ground map generalization method in scenic spot according to claim 7, it is characterized in that, step S4 comprises further:
Inquiry material database is to choose the graphic element of the type corresponding to described sight spot; And
Adjusting described graphic element with the image information making it and mate described sight spot forms the two-dimensional image elements at described sight spot.
9. ground map generalization method in scenic spot according to claim 7, it is characterized in that, step S4 comprises further:
Inquiry material database is to choose the graphic element of the Background at described scenic spot and the type corresponding to described scenic spot;
Adjusting described graphic element with the image information making it and mate this sight spot forms the two-dimensional image elements at described sight spot;
Adjust the size of described Background and described two-dimensional image elements to make it corresponding with the geographic position at described scenic spot and the geographical location information at sight spot; And
Described two-dimensional image elements is superimposed to described Background accordingly.
10. ground map generalization method in scenic spot according to claim 7, is characterized in that,
Step S5 comprises further: by described first transmitting element, the described Background of the two-dimensional image elements superposing described sight spot and the scenic spot of correspondence and the geographical location information at sight spot are sent to described client;
Step S6 comprises further: according to the geographical location information at described scenic spot and sight spot, the described Background of the two-dimensional image elements superposing described sight spot is covered the corresponding part of described electronic chart to generate described scenic spot map by described processing unit.
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| CN108198099A (en) * | 2018-02-06 | 2018-06-22 | 上海尤卡城信息科技有限责任公司 | The guidance method and system of augmented reality, device, server and computer readable storage medium |
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