CN106934736A - A kind of scenic spot guidance method and device based on positioning service - Google Patents
A kind of scenic spot guidance method and device based on positioning service Download PDFInfo
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- CN106934736A CN106934736A CN201710190185.0A CN201710190185A CN106934736A CN 106934736 A CN106934736 A CN 106934736A CN 201710190185 A CN201710190185 A CN 201710190185A CN 106934736 A CN106934736 A CN 106934736A
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q50/00—Systems or methods specially adapted for specific business sectors, e.g. utilities or tourism
- G06Q50/10—Services
- G06Q50/14—Travel agencies
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
- G06Q10/00—Administration; Management
- G06Q10/04—Forecasting or optimisation specially adapted for administrative or management purposes, e.g. linear programming or "cutting stock problem"
- G06Q10/047—Optimisation of routes or paths, e.g. travelling salesman problem
Abstract
The present invention provides a kind of scenic spot guidance method and device based on positioning service.Methods described includes：S1, receives visitor's log-on message that client sends, and updates the flow of the people monitoring information in scenic spot, and obtain the weights distance in the scenic spot between each two sight spot；S2, based on the weights distance between each two sight spot, obtains sight spot V where the visitoriTo purpose sight spot VjOptimal guide's route, and to the client send scenic spot in flow of the people monitoring information and optimal guide's route；S3, obtains the user's operation information that the client sends, and guide's configured information is sent to the client after being analyzed to the operation information.The present invention calculates optimal path according to the flow of the people monitoring information in scenic spot, and recommends optimal guide's route to visitor, can effectively evade congestion, realizes actively guiding；Some methods for being available for visitor to operate are provided simultaneously, are that visitor can be actively engaged in game interactive, improve the interest of visit.
Description
Technical field
The present invention relates to scenic region guide field, more particularly, to a kind of scenic spot guidance method based on positioning service and
Device.
Background technology
At present, the guide to visitors service at scenic spot is roughly divided into the artificial explanation mode of guide, self-service guide to visitors two ways.Guide is artificial
Explanation mode, is difficult to control to the visit impression to visitor rare with high-quality guide and brings very big shadow for visitor crowd
Ring.Scenic spot signpost is a high level overview to scenic spot, and needs are regularly updated, safeguarded, be increased scenic spot basis and are set
The expense applied.Self-service guide to visitors becomes a kind of instantly most popular mode.
And in self-service guide to visitors, existing self-service Audio Guide only provides voice service, it is impossible to realize the display of picture, word
And multimedia broadcasting, reduce the Tourist Experience of visitor.And some APP guide to visitors softwares do not have and actively guide visitor
Toward the purpose in a certain place, and without game entertaining sense.
It is then desired to a kind of automatic guiding system of interesting active guiding type improves the Tourist Experience of visitor.
The content of the invention
The present invention provide it is a kind of overcome above mentioned problem or solve the above problems at least in part based on positioning service
Scenic spot guidance method and device.
According to an aspect of the present invention, there is provided a kind of scenic spot guidance method based on positioning service, including：
S1, receives visitor's log-on message that client sends, and updates the flow of the people monitoring information in scenic spot, and obtain described
Weights distance in scenic spot between each two sight spot；
S2, based on the weights distance between each two sight spot, obtains sight spot V where the visitoriTo purpose sight spot Vj's
Optimal guide's route, and flow of the people monitoring information and optimal guide's route in scenic spot are sent to the client；
S3, obtains the user's operation information that the client sends, and the backward visitor is analyzed to the operation information
Family end sends guide's configured information.
According to another aspect of the present invention, a kind of scenic spot tour guide device based on positioning service is also provided, including：
Receiver module is logged in, the visitor's log-on message for receiving client transmission updates the flow of the people monitoring in scenic spot
Information, and obtain the weights distance in the scenic spot between each two sight spot；
Optimal route module, for based on the weights distance between each two sight spot, obtaining sight spot where the visitor
ViTo purpose sight spot VjOptimal guide's route, and send the flow of the people monitoring information in scenic spot to the client and optimal lead
Trip route；And
Configured information module, for obtaining the user's operation information that the client sends, is carried out to the operation information
After analysis guide's configured information is sent to the client.
The present invention proposes a kind of scenic spot guidance method and device based on positioning service, according to visitor's log-on message, obtains
The weights distance between flow of the people monitoring information and sight spot in scenic spot, optimal guide's circuit is calculated based on weights distance, and to trip
The optimal guide's route of visitor, can effectively evade congestion, realize actively guiding；There is provided some in the present system is available for visitor simultaneously
The method of operation, is that visitor can be actively engaged in game interactive, improves the interest of guide.
Brief description of the drawings
Fig. 1 is a kind of scenic spot guidance method schematic flow sheet of the embodiment of the present invention；
Fig. 2 is embodiment of the present invention client login interface schematic diagram；
Fig. 3 is embodiment of the present invention client registers interface schematic diagram；
Fig. 4 is embodiment of the present invention client guide's route interface schematic diagram；
Fig. 5 is embodiment of the present invention client sight spot and booty place interface schematic diagram；
Fig. 6 seeks precious recommended route schematic diagram for embodiment of the present invention client；
Fig. 7 be the embodiment of the present invention it is optimal guide route calculation when scenic spot path schematic diagram.
Specific embodiment
With reference to the accompanying drawings and examples, specific embodiment of the invention is described in further detail.Hereinafter implement
Example is not limited to the scope of the present invention for illustrating the present invention.
As shown in figure 1, a kind of scenic spot guidance method based on positioning service, including：
S1, receives visitor's log-on message that client sends, and updates the flow of the people monitoring information in scenic spot, and obtain described
Weights distance in scenic spot between each two sight spot；
S2, based on the weights distance between each two sight spot, obtains sight spot V where the visitoriTo purpose sight spot Vj's
Optimal guide's route, and flow of the people monitoring information and optimal guide's route in scenic spot are sent to the client；
S3, obtains the user's operation information that the client sends, and the backward visitor is analyzed to the operation information
Family end sends guide's configured information.
Visitor's log-on message described in the present embodiment includes visitor's phone number, and scenic spot is obtained according to phone number statistical information
Number, further obtains the flow of the people monitoring information in scenic spot and the weights distance between sight spot, calculates optimal based on weights distance
Guide's circuit, and to the optimal guide's route of visitor, can effectively evade congestion, realize actively guiding；In the present system simultaneously
Some methods for being available for visitor to operate are provided, are that visitor can be actively engaged in game interactive, improve the interest of guide.
The present embodiment is particularly directed to a visitor by registering or logging in and after access system, what service end was produced one is
Row logic；Service end is identical to the logic that different visitor's access systems is produced.Used as generally speaking, service end services many simultaneously
Individual different visitor, is monitored to scenic spot flow of the people information in real time, the control letter that treatment different clients send in real time
Number.
In the present embodiment, the purpose sight spot VjIt refer to the sight spot comprising booty place.When with having multiple booty in scenic spot
During point, the present embodiment can be with more than one, then according to the method for the S2 to the purpose sight spot that visitor recommends, each purpose sight spot
Optimal guide's route can be calculated, then multiple purpose sight spots can be obtained by a plurality of optimal guide's route；Wherein each
On optimal guide's route, in addition to purpose sight spot, other sight spots can also include booty place on route.
In one embodiment, the S1 is further included：
S1.1, based on the statistics of mobile network's signaling platform, calculates visitor's number at each sight spot in scenic spot, obtains
Flow of the people monitoring information in the scenic spot；
S1.2, based on the flow of the people monitoring information, road between the degree of crowding at calculating scenic spot Zhong Ge sight spots and sight spot
The degree of crowding；
S1.3, based between the sight spot between the degree of crowding of road and the sight spot road actual range, obtain institute
State the weights distance between each two sight spot in scenic spot.
In the present embodiment, service end obtains scenic spot institute by the data interaction interface between mobile network's signaling platform
All kinds of signaling datas for needing, real-time traffic, the total number of persons, visitor's number at different sight spots and visitor's distribution in acquisition scenic spot is close
Degree information etc..After new visitor's access system, service end updates above- mentioned information.The renewal above- mentioned information can be
Visitor updates immediately after accessing；Can also be within the certain time interval cycle, periodically by flat with mobile network's signaling
Data interaction interface between platform updates the flow of the people monitoring information in scenic spot on the whole.According to the visitor people in the scenic spot
Number, can calculate the actual range of road between the degree of crowding at sight spot and the degree of crowding of road, and the combination sight spot, meter
Calculate the weights distance between two sight spots, the weights work as apart from concentrated expression it is actual between the foreground point degree of crowding and sight spot and
The degree of crowding, is that the optimal guide's route of subsequent calculations is prepared.
In one embodiment, the S2 is further included：
S2.1, when based on the sight spot Vi, obtain the sight spot ViThe adjacent sight spot of whole；
S2.2, based on each adjacent sight spot, when the degree of crowding at adjacent sight spot is less than congestion threshold, sets institute
State sight spot ViIt is the sight spot V with the distance at one adjacent sight spotiWith the weights distance between one adjacent sight spot；
S2.3, based on the sight spot ViWith the distance at one adjacent sight spot, the sight spot is obtained using Floyd algorithms
ViTo the purpose sight spot VjOptimal guide's route；
S2.4, the flow of the people monitoring information and optimal guide's route in the scenic spot are sent to the client.
Specifically, the sight spot ViThe adjacent sight spot of whole refer to：With the sight spot ViThere is the through sight spot of real road.
This implementation specifically describes how to calculate trip according to the degree of crowding of road between the degree of crowding at sight spot and sight spot
Optimal path of the sight spot to purpose sight spot where objective.When sight spot where with visitor is calculated as starting point, visitor described first
, that is, there is the through sight spot of real road at the adjacent sight spot of acquisition at place sight spot；Then set gradually sight spot where the visitor with
Distance between adjacent sight spot is its weights distance.
In the present embodiment, the distance does not refer to the actual range of road between sight spot, but calculated according to inventive algorithm
The need for and propose a conception of species, herein, the value of the distance is equal with the value of the weights distance.The distance is not only
Actual range with road is relevant, also relevant with the road degree of crowding, and the crowded of road is considered when optimal path is calculated
Degree, can effectively evade congestion in road.
In the present embodiment, the non-adjacent sight spot at sight spot where the visitor, because the non-adjacent sight spot and the visitor
Place sight spot does not have direct path, then the non-adjacent sight spot and the weights distance at sight spot where the visitor are infinity, its
Distance is also infinity.
It is and the booty place in order to be gone sight-seeing according to booty venue guiding visitor that the present embodiment calculates guide's route
It is to set according to actual needs, is generally arranged at a certain position in certain sight spot for being conducive to scenic spot management and shunting；Therefore
The guide's route for calculating all is to tend to booty place, such as destination is a booty place, or in a guide
Multiple booty places are distributed with route, and a certain theme can be generally embodied between one or more booty places, so may be used
To increase the interactive and interest of visit, tourist experience sense is improved.If the flow of the people on certain sight spot or guide's route is excessive,
Can not recommend, and recommend the less guide's route of flow of the people, such that it is able to a certain degree be to evade congestion, improve going out for visitor
Trip comfort level.
It is described to recommend the stream of people that guide's route is the sight spot and current each scenic spot being currently located based on visitor in the present embodiment
Amount monitoring and recommend, when visitor according to a certain route row to next sight spot when, according to next sight spot and the moment each scape
Area flow of the people monitoring and recommend, service end can be calculated automatically, adjustment recommend guide route, and in real time to client send out
Send, so as to guiding in real time visitor.
In one embodiment, the S2.2 also includes
When the degree of crowding at one adjacent sight spot is more than or equal to congestion threshold, the sight spot V is setiWith it is described
One distance at adjacent sight spot is infinity.
The present embodiment is designed to evade congestion, when the degree of crowding at adjacent sight spot is more than or equal to congestion threshold
When, the distance at sight spot where one adjacent sight spot and visitor is set to infinity, then when optimal path computation is carried out,
This road will not be selected, thus has evaded congestion.
In one embodiment, in the S2.3, the Floyd algorithms are implemented as：
Based on the sight spot ViTo purpose sight spot Vj, then adjacency matrix G [i, j]=d is set, wherein d is sight spot ViAnd sight spot
VjThe distance between；
Initialization insertion matrix D [i, j]=j, wherein, D [i, j] represents sight spot ViTo sight spot VjNeed the point for passing through；
Using the sight spot ViThe adjacent sight spot of whole, carry out insert point treatment, by following formula relatively insert point after distance with
The size of the d, obtains wherein minimum distance：
G [i, j]=min (G [i, j], G [i, k]+G [k, j]),
If the value of G [i, j] diminishes, then D [i, j]=k, otherwise D [i, j] are constant；Wherein, include in G at 2 points between most
The information on short-track road, and the information in shortest path footpath is then contained in D, update the insertion square finally according to result of calculation
Battle array.
The algorithm that the present embodiment is provided can calculate sight spot where the visitor to optimal between each booty place
Path, the calculating of the optimal path considers the degree of crowding of road between the degree of crowding at each sight spot and sight spot, Ke Yigui
Congestion is kept away, is a travel path of the most comfortable.
In one embodiment, guide is sent to the client after being analyzed the control signal described in S3 to refer to
Show that information includes：
When guide's route that the control signal is chosen for visitor, the guide route is sent to client
Detailed roadmap information；Or
When the control signal indicates for the sight spot that visitor chooses, send one sight spot to client and indicate
History culture information；Or
When the treasure map timestamp that the control signal is chosen for visitor, a booty icon is sent to client
It is corresponding to seek precious clue；Or
When the control signal is when seeking precious successful information of visitor, the incentive goods for sending the visitor to client are believed
Breath；
The present embodiment is corresponding with visitor's operation of client, when visitor is on optimal one guide road of route selection of conducting a sightseeing tour
During line, then the detailed roadmap information of the guide route, including the Tibetan on route guidance figure, route are sent to client
Precious quantity, the prompting of booty place etc..
When the control signal indicates for the sight spot that visitor chooses, correspondence client is that the touch screen point of visitor is moved to
A certain sight spot mark on the map of client scenic spot, then send the history culture information that one sight spot indicates to client,
Including history, science popularization, culture, personage and scenic spot introduce in any one or appoint it is various.
When the treasure map timestamp that visitor chooses, then precious line is sought to client transmission one booty icon is corresponding
Rope.
When visitor seeks precious success, service end extracts prize, and send to client according to certain rule in prize storehouse
The incentive goods information of the visitor.
In one embodiment, in the S1, the flow of the people monitoring information includes：Scenic spot Nei Ge sight spots and the people of road
The hierarchical monitoring information of flow, including：
When visitor's number of sight spot or road is more than first threshold, monitoring rank is serious crowded；
When visitor's number of sight spot or road is more than Second Threshold less than first threshold, monitoring rank is crowded；
When visitor's number of sight spot or road is more than three threshold values less than Second Threshold, monitoring rank is jogging；
When visitor's number of sight spot or road is less than three threshold values, monitoring rank is unimpeded.
In the present embodiment, the first threshold, Second Threshold and the 3rd threshold value can set according to the actual conditions at scenic spot
Put.For example, it is assumed that there is a saturation saturation at scenic spot, the first threshold can be defined for 1.5 times of saturation saturations, define institute
Second Threshold is stated for 1 times of saturation saturation, it is 0.8 times of saturation saturation to define the 3rd threshold value.
In one embodiment, the degree of crowding A at each sight spot described in S1.20Calculated by following formula：
Wherein, M is the number at sight spot described in certain moment, M0It is the momentary output at the sight spot, the momentary output M0Pass through
Following formula is obtained：
Wherein, S is the area at the sight spot, S0It is the floor space basic per capita at the sight spot.
Specifically, described in the S1.2 between sight spot road degree of crowding B0Calculated by following formula：
Wherein, the number between N is certain moment described two sight spots on road, N0For between described two sight spots road it is instantaneous
Capacity, the momentary output N0Obtained by following formula：
Wherein, the length of road, L between L is described two sight spots0It is the per capita length of road between described two sight spots
Degree.
The actual range of road between the length of road is two sight spots between the present embodiment, described two sight spots.
Specifically, weights distance described in the S1.3 is calculated by below equation：
Dij=B0×dij,
Wherein, DijIt is the weights distance between sight spot i and sight spot j, B0For the road between the sight spot i and sight spot j is gathered around
The degree of squeezing, dijIt is the actual range between the sight spot i and sight spot j.
In the present embodiment, a kind of algorithm of the weights distance between sight spot is given, it is necessary to consider when specific implementation
The degree of crowding at sight spot itself, can typically determine the weights distance between sight spot by following formula：
Above formula is represented, crowded described in the present embodiment when the degree of crowding at sight spot is more than or equal to certain congestion threshold
Threshold value is 1, then the distance between sight spot is set into infinity；When the degree of crowding at sight spot is less than certain congestion threshold, then
The product of the actual range of the road the distance between sight spot being set between the road degree of crowding and the sight spot between sight spot.
Client approach corresponding with a kind of scenic spot guidance method based on positioning service of the present invention, including：
C1, obtains the log-on message of visitor, and the log-on message of the visitor is sent to service end, and the log-on message includes
Visitor's phone number；
C2, receives the flow of the people monitoring information and optimal guide's route in the scenic spot that the service end sends, and shows scenic spot
Map, and in the position location of visitor described in the scenic spot map denotation；The flow of the people prison is shown on the scenic spot map
Control information and optimal guide's route；
C3, obtains the operation information of visitor, generates control signal, and send the control signal to the service end；Root
The guide's configured information returned according to the service end is shown.
Relative with the service end method, the present embodiment provides a kind of client approach of scenic spot guide, is equally pin
To visitor's registration or a series of logics for logging in client and producing.The C1 is corresponding with service end S1, the C2 with
Service end S2 is corresponding, and the C3 is corresponding with service end S3.
The present embodiment client shows scenic spot map, is vividly intuitively experienced for visitor provides, while client passes through GPS
Realize that visitor positions, by the position display of visitor itself on map, and the flow of the people monitoring information that service end is sent
And optimal guide's route is shown on map, is specifically included：
When the flow of the people monitoring rank of sight spot or road is serious crowded, brown is shown in window.
When the flow of the people monitoring rank of sight spot or road is crowded, show red in window.
When the flow of the people monitoring rank of sight spot or road is for jogging, show orange in window.
When the flow of the people monitoring rank of sight spot or road is unimpeded, green is shown in window.
Guide's configured information that the control signal and service end are returned includes：
When guide's route that the control signal is chosen for visitor, the guide route is sent to client
Detailed roadmap information；Or
When the control signal indicates for the sight spot that visitor chooses, send one sight spot to client and indicate
History culture information；Or
When the treasure map timestamp that the control signal is chosen for visitor, a booty icon is sent to client
It is corresponding to seek precious clue；Or
When the control signal is when seeking precious successful information of visitor, the incentive goods for sending the visitor to client are believed
Breath.
In one embodiment, sending the control signal to the service end described in C3 includes：
The pictorial information of camera scanning is obtained, the data that the pictorial information is stored are read；
Data based on the storage are identified, when the pictorial information matches a precious deposits picture, to the clothes
Business end sends seeks precious successful information.
The present embodiment specifically describes the generating process for seeking precious successful information in the control signal.
The present invention also provides a kind of scenic spot tour guide device based on positioning service, including：
Receiver module is logged in, the visitor's log-on message for receiving client transmission updates the flow of the people monitoring in scenic spot
Information, and obtain the weights distance in the scenic spot between each two sight spot；
Optimal route module, for based on the weights distance between each two sight spot, obtaining sight spot where the visitor
ViTo purpose sight spot VjOptimal guide's route, and send the flow of the people monitoring information in scenic spot to the client and optimal lead
Trip route；And
Configured information module, for obtaining the user's operation information that the client sends, is carried out to the operation information
After analysis guide's configured information is sent to the client.
In one embodiment, the login receiver module is further included：
Flow of the people monitoring unit, for the statistics based on mobile network's signaling platform, calculates each sight spot in scenic spot
Visitor's number, obtain the flow of the people monitoring information in the scenic spot；
Degree of crowding unit, for based on the flow of the people monitoring information, calculate the degree of crowding at scenic spot Zhong Ge sight spots with
And between sight spot road the degree of crowding；And
Right range cell, for based between the sight spot between the degree of crowding of road and the sight spot road reality
Distance, the weights distance in the acquisition scenic spot between each two sight spot.
In one embodiment, the optimal route module is further included：
Adjacent sight spot unit, for when based on the sight spot Vi, obtain the sight spot ViThe adjacent sight spot of whole；
Range cell, for based on each adjacent sight spot, when the degree of crowding at adjacent sight spot is less than congestion threshold
When, the sight spot V is setiIt is the sight spot V with the distance at one adjacent sight spotiWith the power between one adjacent sight spot
Value distance；
Computing unit, for based on the sight spot ViWith the distance at one adjacent sight spot, obtained using Floyd algorithms
The sight spot ViTo the purpose sight spot VjOptimal guide's route；
Transmitting element, for sending flow of the people monitoring information and the optimal guide in the scenic spot to the client
Route
In one embodiment, in the configured information module, it is described the control signal is analyzed after to described
Client sends guide's configured information to be included：
When guide's route that the control signal is chosen for visitor, the guide route is sent to client
Detailed roadmap information；Or
When the control signal indicates for the sight spot that visitor chooses, send one sight spot to client and indicate
History culture information；Or
When the treasure map timestamp that the control signal is chosen for visitor, a booty icon is sent to client
It is corresponding to seek precious clue；Or
When the control signal is when seeking precious successful information of visitor, the incentive goods for sending the visitor to client are believed
Breath.
In one embodiment, in the flow of the people monitoring unit, the flow of the people monitoring information includes：Each scape in scenic spot
The hierarchical monitoring information of the flow of the people of point and road, including：
When visitor's number of sight spot or road is more than first threshold, monitoring rank is serious crowded；
When visitor's number of sight spot or road is more than Second Threshold less than first threshold, monitoring rank is crowded；
When visitor's number of sight spot or road is more than three threshold values less than Second Threshold, monitoring rank is jogging；
When visitor's number of sight spot or road is less than three threshold values, monitoring rank is unimpeded.
In one embodiment, it is described monitoring and recommending module in, it is described it is optimal guide route for different themes visit
Route, each of which tour at least includes a booty place.
The present invention also provides a kind of client, including：
First acquisition module, the log-on message for obtaining visitor sends the log-on message of the visitor to service end, obtains
Include visitor's phone number to log-on message；
Display module, for receiving flow of the people monitoring information and optimal guide road in the scenic spot that the service end sends
Line, shows scenic spot map, and in the position location of visitor described in the scenic spot map denotation；Institute is shown on the scenic spot map
State flow of the people monitoring information and optimal guide's route；And
Second acquisition module, the operation information for obtaining visitor generates control signal, and send institute to the service end
State control signal；Shown according to guide's configured information that the service end is returned.
In one embodiment, it is described to send the control signal bag to the service end in second acquisition module
Include：
The pictorial information of camera scanning is obtained, the data that the pictorial information is stored are read；
Data based on the storage are identified, when the pictorial information matches a precious deposits picture, to the clothes
Business end sends seeks precious successful information.
The present invention also provides a kind of system, including a kind of service end and a kind of client.The service end is this hair
A kind of any specific embodiment of bright provided service end, the client is a kind of appointing for client provided by the present invention
One specific embodiment.
Below the specific embodiment of the invention is illustrated from an angle for tourist experience.
First, the client end AP P of system of the present invention is installed among a smart mobile phone, opens client end AP P, first
The login interface of user is shown, as shown in Figure 2；Unregistered new user is registered by cell-phone number, as shown in Figure 3.
By registering or logging in, server obtains the cell-phone number of the visitor, it is possible to which the position of monitor in real time visitor becomes
Change.
Client can be pointed out " opening positioning service allows games system to obtain the current location of visitor " after logging in.Open fixed
After the service of position, if visitor with scenic spot in the range of, client end AP P scenic spots entirety map, and it is current real geographical to position visitor
Position and it is displayed among map.
Click on the route button shown on display APP interfaces, n bar tour of the display comprising different themes, such as Fig. 4 institutes
Show, every route at least forgives at least one of a booty place, i.e., 54a, 54b, 54c and 54d as shown in Figure 5.
As shown in figure 5, judging whether touch screen point is moved to the sight spot that virtual precious deposits 53a, 53b, 53c, 53d are upper or show
On, if so, then showing that the virtual objects are corresponding seeks precious clue and corresponding scenic spot popular science knowledge.
Then visitor selects the place of sight spot interested and booty.Choose after finishing, sight spot can become red, You Kedian
Hit and seek precious button, one suitable route of system or recommendation is displayed on the map of scenic spot, as shown in Figure 6.
With the difference of sight spot position where visitor, navigation way can be adjusted according to the scenic spot degree of crowding at any time.When
When clicking on the small icon of precious deposits, the searching clue of precious deposits can be shown.When visitor player finds precious deposits, it is necessary to press identification by
Button.Photo is directed at mobile phone camera, how to be recognized successfully, then obtain corresponding reward, reward here refers to sight spot door
Ticket reward voucher, or corresponding souvenir etc..
Reward it can be seen that oneself being obtained is being harvested in unit, and clicking on use can exchange to corresponding location.
The present invention is described below by a specific embodiment based on the degree of crowding between the sight spot degree of crowding and sight spot,
The specific implementation process of optimal guide's route is calculated using Floyd algorithms.
As shown in Figure 7, it is assumed that a scenic spot, 6 sight spots, A, B, C, D, E, F are specifically included.A is sight spot where visitor, B,
Its adjacent sight spot of C, D, E, F；Numeral of each sight spot nearby in square frame is the degree of crowding at the sight spot, herein the degree of crowding=existing
Number/scenic spot saturation.Numeral between each sight spot on straight line is two sight spot distances, and distance=actual range * roads are gathered around herein
Squeeze degree, road crowding=existing number/road saturation.
C be booty place, that is, scenic spot popularization sight spot, that is to say purpose sight spot.Current embodiment require that calculating visitor
Optimal path between place sight spot A and booty sight spot C.Specific implementation is as follows：
1st, the crowding at sight spot is calculated according to the data for obtaining in real time first, the sight spot more than 1 will be connected
The equal assignment of distance of route is infinitely great.According to the crowding of E, F, D, B, C node, AE, EF, ED, DC, AD are entered as infinite
Greatly.
2nd, first according to Floyd algorithms, the route from A to C is respectively A → B → C, A → C, A → F → B → C.Take distance
Most short is optimal route.And other routes are preserved.
3rd, it is optimal route to take distance most short.Closest is A → B → C.So taking this route of A → B → C.Both avoided
It is crowded and be closest route.
4th, due to the dynamic change of visitor's number, this algorithm can real-time update route.
Calculate optimal guide's route be：Recommended route is A → B → C.
In sum, the present invention realizes guide's game system of a kind of service end based on positioning service and client interaction
System, using the Realtime Statistics of mobile network's signaling platform, obtains the flow of the people monitoring information in scenic spot, and real-time is high, accurate
True property is high；The degree of crowding between the sight spot degree of crowding and sight spot is calculated according to the flow of the people monitoring information, crowded journey is being considered
Optimal path is calculated between degree and sight spot in the case of actual range, and optimal guide's route is provided to visitor, can be effective
Evade congestion, realize actively guiding；Some methods for being available for visitor to operate are provided in the present system simultaneously, are that visitor can be actively
Game interactive is participated in, the interest of guide is improved, the deficiencies in the prior art is solved, with good beneficial effect.
Finally, the method for the present invention is only preferably embodiment, is not intended to limit the scope of the present invention.It is all
Within the spirit and principles in the present invention, any modification, equivalent substitution and improvements made etc. should be included in protection of the invention
Within the scope of.
Claims (10)
1. a kind of scenic spot guidance method, it is characterised in that including：
S1, receives visitor's log-on message that client sends, and updates the flow of the people monitoring information in scenic spot, and obtain the scenic spot
Weights distance between middle each two sight spot；
S2, based on the weights distance between each two sight spot, obtains sight spot V where the visitoriTo purpose sight spot VjIt is optimal
Guide's route, and flow of the people monitoring information and optimal guide's route in scenic spot are sent to the client；
S3, obtains the user's operation information that the client sends, and the backward client is analyzed to the operation information
Send guide's configured information.
2. the method for claim 1, it is characterised in that the S1 is further included：
S1.1, based on the statistics of mobile network's signaling platform, calculates visitor's number at each sight spot in scenic spot, obtains described
Flow of the people monitoring information in scenic spot；
S1.2, based on the flow of the people monitoring information, road gathers around between the degree of crowding at calculating scenic spot Zhong Ge sight spots and sight spot
The degree of squeezing；
S1.3, based between the sight spot between the degree of crowding of road and the sight spot road actual range, obtain the scape
Weights distance in area between each two sight spot.
3. the method for claim 1, it is characterised in that the S2 is further included：
S2.1, when based on the sight spot Vi, obtain the sight spot ViThe adjacent sight spot of whole；
S2.2, based on each adjacent sight spot, when the degree of crowding at adjacent sight spot is less than congestion threshold, sets the scape
Point ViIt is the sight spot V with the distance at one adjacent sight spotiWith the weights distance between one adjacent sight spot；
S2.3, based on the sight spot ViWith the distance at one adjacent sight spot, obtain the sight spot Vi using Floyd algorithms and arrive
The purpose sight spot VjOptimal guide's route；
S2.4, the flow of the people monitoring information and optimal guide's route in the scenic spot are sent to the client.
4. method as claimed in claim 3, it is characterised in that the S2.2 also includes
When the degree of crowding at one adjacent sight spot is more than or equal to congestion threshold, the sight spot V is setiWith it is one
The distance at adjacent sight spot is infinity.
5. the method for claim 1, it is characterised in that be analyzed to the control signal described in S3 backward described
Client sends guide's configured information to be included：
When guide's route that the control signal is chosen for visitor, the detailed of the guide route is sent to client
Thin roadmap information；Or
When the control signal indicates for the sight spot that visitor chooses, going through for one sight spot mark is sent to client
History cultural information；Or
When the treasure map timestamp that the control signal is chosen for visitor, one booty icon correspondence is sent to client
Seek precious clue；Or
When the control signal is when seeking precious successful information of visitor, the incentive goods information of the visitor is sent to client.
6. the method for claim 1, it is characterised in that in the S1, the flow of the people monitoring information includes：In scenic spot
The hierarchical monitoring information of the flow of the people of each sight spot and road, including：
When visitor's number of sight spot or road is more than first threshold, monitoring rank is serious crowded；
When visitor's number of sight spot or road is more than Second Threshold less than first threshold, monitoring rank is crowded；
When visitor's number of sight spot or road is more than three threshold values less than Second Threshold, monitoring rank is jogging；
When visitor's number of sight spot or road is less than three threshold values, monitoring rank is unimpeded.
7. method as claimed in claim 2, it is characterised in that the degree of crowding A at each sight spot described in S1.20By following formula meter
Calculate：
Wherein, M is the number at sight spot described in certain moment, M0It is the momentary output at the sight spot, the momentary output M0By following formula
Obtain：
Wherein, S is the area at the sight spot, S0It is the floor space basic per capita at the sight spot.
8. method as claimed in claim 2, it is characterised in that described in S1.2 between sight spot road degree of crowding B0Under
Formula is calculated：
Wherein, the number between N is certain moment described two sight spots on road, N0It is the momentary output of road between described two sight spots,
The momentary output N0Obtained by following formula：
Wherein, the length of road, L between L is described two sight spots0It is the per capita length of road between described two sight spots.
9. the method for claim 1, it is characterised in that weights distance described in S1.3 are calculated by below equation：
Dij=B0×dij,
Wherein, DijIt is the weights distance between sight spot i and sight spot j, B0It is the crowded journey of road between the sight spot i and sight spot j
Degree, dijIt is the actual range between the sight spot i and sight spot j.
10. a kind of scenic spot tour guide device, it is characterised in that including：
Receiver module is logged in, the visitor's log-on message for receiving client transmission updates the flow of the people monitoring information in scenic spot,
And obtain the weights distance in the scenic spot between each two sight spot；
Optimal route module, for based on the weights distance between each two sight spot, obtaining sight spot V where the visitoriTo mesh
Sight spot VjOptimal guide's route, and to the client send scenic spot in flow of the people monitoring information and optimal guide road
Line；And
Configured information module, for obtaining the user's operation information that the client sends, is analyzed to the operation information
Afterwards guide's configured information is sent to the client.
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