CN113626636A - Scenic spot tour route planning method and device and computer equipment - Google Patents
Scenic spot tour route planning method and device and computer equipment Download PDFInfo
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Abstract
The invention relates to the technical field of tourism service, and discloses a scenic spot tour route planning method, a scenic spot tour route planning device and computer equipment, wherein the scenic spot tour route planning method comprises the following steps: acquiring a tour scheme selected by a user; planning a preliminary tour route according to the tour scheme; obtaining the regional visiting duration of the visiting region according to the travel date; searching a route voice explanation and a regional voice explanation in an explanation library to form a scenic spot tour route; judging whether the current position of the user is on a scenic spot tour route or not; if not, predicting a target tour area of the user; searching and playing a route voice explanation corresponding to the traveling route in an explanation library; and updating the scenic spot tour route in real time. The scenic spot tour route planning method, the scenic spot tour route planning device and the computer equipment provided by the invention can be used for planning and updating the tour route of the scenic spot in real time according to the specific situation of the user, providing voice explanation for the user to know the scenic spot, so that the user can fully know the scenic spot, and the situations of multi-walk, repeated tour, lost and the like of the user are avoided.
Description
Technical Field
The invention relates to the technical field of travel service, in particular to a scenic spot tour route planning method and device and computer equipment.
Background
The scale of tourism industry in China is continuously enlarged, and the tourism informatization and intellectualization level is continuously improved. The tourism industry in China has entered a long-term rapidly growing uptake. Therefore, while the tourism industry is rapidly developing, high-quality tourism service is important.
Before going out for a tour, a tourist usually queries information of a tourist attraction on a website, but the information that the tourist can query on the website is limited and a lot of time and energy are consumed. Meanwhile, each scenic spot is provided with a plurality of visiting areas, the visiting route of the scenic spots cannot be planned for the tourists aiming at the actual situation of each scenic spot in the prior scenic spot, and the tourists cannot visit according to the situation of the users under the situation that the scenic spots are too large or the users are not aware of the scenic spots, so that the situations of multi-walk, repeated visiting, lost and the like of the users occur.
Disclosure of Invention
The invention provides a scenic spot tour route planning method, a scenic spot tour route planning device and computer equipment, which can plan and update tour routes of scenic spots in real time according to specific conditions of users, and simultaneously provide voice explanation for the users to know the scenic spots, so that the users can fully know the scenic spots, and the situations of multi-walking, repeated tour, lost and the like of the users are avoided.
The invention provides a scenic spot tour route planning method, which comprises the following steps:
acquiring a tour scheme selected by a user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
obtaining a plurality of tour areas according to the tour scheme, and planning a preliminary tour route according to the tour areas;
acquiring a trip date of a user, and obtaining the regional visiting duration of a visiting region according to the trip date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and leading the route voice explanation and the area voice explanation into a primary tour route to form a scenic spot tour route;
judging whether the current position of the user is on the scenic spot tour route or not;
if the current position of the user is not on the scenic spot tour route, predicting a target tour area of the user according to a travel route in a time period set by the user; wherein the target tour area is a tour area to which a user is going to go;
searching and playing a route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
Further, before the step of acquiring the tour scheme selected by the user, the method further includes:
acquiring the positions and the ranks of all tourist areas in the scenic spot; the ranking of the tourist areas is obtained according to the recorded historical passenger flow of each tourist area;
marking all the visiting areas on a scenic spot map, and displaying the scenic spot map at the front end;
defining a position set of a tour area selected by a user on the scenic spot map as a self-defined tour;
defining the position sets of all the tour areas on the scenic spot map as panoramic tours;
acquiring a plurality of pictures in the scenic spot user evaluation information on the tourist website;
identifying a plurality of pictures to obtain a plurality of areas to be browsed, and recording the identification times of the areas to be browsed;
defining a position set of the to-be-selected tour area with the identification times exceeding the set times as a target tour;
obtaining the ranking of all the tour areas of the user trip date in the previous year;
the set of positions of the tour area with the set value before ranking is defined as the human tour.
Further, before the step of obtaining the travel date of the user and obtaining the regional tour duration of the tour region according to the travel date, the method further includes:
obtaining a dead season time period and a busy season time period of a scenic spot;
recording the time length of the trip user visiting each visiting area in the last annual off-season time period as the off-season time length, and recording the time length of the trip user visiting each visiting area in the last annual peak season time period as the peak season time length;
calculating the average visit duration of each visit area in the next annual off-season time period according to the off-season time duration, and calculating the average visit duration of each visit area in the next annual high-season time period according to the high-season time duration;
and taking the average visit duration of each visit area in the last-year off-season time period as the off-season area visit duration of each visit area, and taking the average visit duration of each visit area in the last-year high-season time period as the high-season area visit duration of each visit area.
Further, before the step of searching for the corresponding route voice explanation and the corresponding area voice explanation in the explanation library according to the route and the area tour duration, and importing the route voice explanation and the area voice explanation into the preliminary tour route to form the scenic spot tour route, the method further comprises the following steps:
acquiring a route voice explanation of each route or a regional voice explanation of each touring area; the distance voice explanation or the regional voice explanation is voice data crawled from a tourist website or voice data pre-recorded by scenic spot workers, and the regional voice explanation of each tourist region comprises a plurality of voice data with different durations;
and associating the regional voice interpretations with different durations and corresponding tour regions and storing the regional voice interpretations into a pre-established interpretation library, and associating the route voice interpretations with corresponding route routes and storing the route voice interpretations into the pre-established interpretation library.
Further, after the step of determining whether the current position of the user is on the scenic spot tour route, the method further includes:
if the current position of the user is on the scenic spot tour route, playing corresponding distance voice explanation, and acquiring performance time tables and passenger flow volumes of tour areas which are not visited in the tour scheme;
judging whether the performance starting time closest to the current time is within a set time period or not;
if the performance starting time closest to the current time is within a set time period, taking the corresponding tour area as a first tour area; wherein the first tour area is a tour area to which a user is going to go in a tour plan;
if the performance starting time closest to the current time is not within the set time period, sequencing the unviewed visiting areas from small to large according to the passenger flow of the unviewed visiting areas, and acquiring the visiting area with the first rank as a first visiting area;
calculating the average tour duration of the first tour area in a set time period before the current time;
judging whether the difference value between the average tour time length of the first tour region and the regional tour time length of the first tour region is within a preset value or not;
and if the difference value between the average tour time length of the first tour area and the regional tour time length of the first tour area is not within a preset value, updating the regional voice explanation according to the average tour time length of the first tour area.
Further, the step of searching and playing the route voice explanation corresponding to the travel route in an explanation library according to the travel route includes:
searching a route matched with the position set of the traveling route in the scenic spot map to serve as a target route;
searching a route voice explanation matched with the target route in an explanation library to be used as the target route voice explanation;
obtaining the completed mileage of the route according to the current position and the traveling direction of the user;
calculating the traveling percentage of the user according to the completed mileage of the route or calculating the traveling time of the remaining mileage of the user;
determining a playing node of the target journey voice explanation according to the advancing percentage, or playing the target journey voice explanation according to the advancing time multiple speed of the remaining mileage; wherein the target course voice explanation multiple speed = target course voice explanation time/remaining mileage travel time.
Further, the step of matching the target tour area with the tour scheme to update the scenic tour route in real time includes:
judging whether the target tour area is in a tour scheme selected by a user;
if the target visiting area is in the visiting scheme selected by the user, the target visiting area is set to the top to form a scenic spot visiting route in a new arrangement sequence;
if the target tour area is not in the tour scheme selected by the user, judging whether the user selects the total tour time of the scenic spot;
if the user selects the total tour time of the scenic spot, calculating the remaining tour time of the user according to the total tour time, and replacing a tour scheme comprising the target tour area based on the remaining tour time;
and if the user does not select the total tour time of the scenic spot, replacing the tour scheme selected by the user with a panoramic tour.
The invention also provides a scenic spot tour route planning device, which comprises:
the first acquisition module is used for acquiring the tour scheme selected by the user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
the planning module is used for obtaining a plurality of tour areas according to the tour scheme and planning a preliminary tour route according to the tour areas;
the second acquisition module is used for acquiring the travel date of the user and obtaining the regional tour duration of the tour region according to the travel date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
the search module is used for searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and guiding the route voice explanation and the area voice explanation into a primary tour route so as to form a scenic spot tour route;
the judging module is used for judging whether the current position of the user is on the scenic spot tour route;
the prediction module is used for predicting a target tour area of the user according to a traveling route in a time period set by the user when the current position of the user is not on the tour route of the scenic spot; wherein the target tour area is a tour area to which a user is going to go;
the playing module is used for searching and playing the route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and the matching module is used for matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
The invention also provides a computer device comprising a memory and a processor, wherein the memory stores a computer program, and the processor implements the steps of the method when executing the computer program.
The invention also provides a computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the above-mentioned method.
The invention has the beneficial effects that:
determining tour areas which the user wants to go according to a tour scheme selected by the user, planning a preliminary tour route according to the positions of the tour areas, judging whether the user is in a slack season or a busy season according to the trip date of the user, determining corresponding route voice explanation and area voice explanation, and combining the route voice explanation and the area voice explanation with the preliminary tour route to form a scenic spot tour route; when a user enters a scenic spot and starts real-time tour, and the user is not on a planned scenic spot tour route, determining a new route voice explanation according to a real-time traveling route and a position of the user, and predicting a target tour area of the user so as to update the scenic spot tour route in real time; therefore, the invention can plan the tour route of the scenic spot for the user according to the actual situation of each scenic spot in the scenic spot and the situation of the user, so that the user can fully know the scenic spot, and the situations of multi-walk, repeated tour, lost and the like of the user are avoided.
Drawings
Fig. 1 is a schematic flow chart of a method according to an embodiment of the present invention.
Fig. 2 is a schematic structural diagram of an apparatus according to an embodiment of the present invention.
Fig. 3 is a schematic diagram of an internal structure of a computer device according to an embodiment of the present invention.
The implementation, functional features and advantages of the objects of the present invention will be further explained with reference to the accompanying drawings.
Detailed Description
It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
As shown in fig. 1, the present invention provides a scenic spot tour route planning method, which includes:
s1, acquiring a tour scheme selected by a user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
s2, obtaining a plurality of tour areas according to the tour scheme, and planning a preliminary tour route according to the tour areas;
s3, obtaining the travel date of the user, and obtaining the regional tour duration of the tour region according to the travel date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
s4, searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and leading the route voice explanation and the area voice explanation into a primary tour route to form a scenic spot tour route;
s5, judging whether the current position of the user is on the scenic spot tour route;
s6, if the current position of the user is not on the scenic spot tour route, predicting the target tour area of the user according to the travel route in the time period set by the user; wherein the target tour area is a tour area to which a user is going to go;
s7, searching and playing a route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and S8, matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
As described in the above step S1, a plurality of sets of tour schemes are created in advance, wherein a panoramic tour is all the tour areas in the tour area; the target tour is one or more most distinctive or famous tour areas in the tour region, and the most famous tour areas can be obtained by crawling picture data from a tour website; the people visiting area is one or more visiting areas visited by most people in the visiting tourist attraction, and the people visiting area can be obtained according to the passenger flow of the historical visiting area or the passenger flow of the visiting area on the same day; the user-defined tour is information such as names, pictures, duration, brief introduction and the like provided for all tour areas of the user for the user to select, and the user determines that the selected tour area is a user-defined tour scheme. In addition, the tour scheme is not limited to panoramic tour, target tour, people tour, and user-defined tour, and other tour schemes may be available, which are not limited herein.
As described in the step S2, the map of the scenic spot is obtained, after the user selects the tour scheme, the position of the tour area in the tour scheme can be known according to the tour scheme selected by the user, the tour areas are marked on the map, and meanwhile, each road of the scenic spot is recorded on the map, so that when the tour area is marked on the map, the road (i.e., route) between every two scenic spots can be known, the tour areas are sorted by distance (from small to large), after the sorting, the shortest road between every two adjacent tour areas is obtained, and the road is used as the route visited by the user, thereby completing the planning of the preliminary tour route. Meanwhile, after sequencing the tour areas in the tour scheme, the distance between every two adjacent tour areas is acquired, and when the distance between every two adjacent tour areas exceeds a set distance (3 kilometers), the schedule and the commuting time of the ferry vehicle in the scenic spot are acquired and are guided into a preliminary tour route, so that a user can know the distance and the commuting condition.
As described in step S3, the trip date of the user is obtained, and it is determined that the trip date of the user belongs to the off-season time period or the high-season time period set in the scenic spot; meanwhile, the average visiting duration of each visiting area in the off-season time period is calculated in advance according to the visiting duration of each user in the off-season time period in the last year in the scenic spot, and the average visiting duration of each visiting area in the busy-season time period is calculated according to the visiting duration of each user in the visiting area in the busy-season time period in the last year in the scenic spot; when the trip date of the user is in the off-season time period, the obtained regional visit duration of the visit region is the off-season regional visit duration; and when the trip date of the user is in the time period of the busy season, the obtained regional visit duration of the visit region is the regional visit duration of the busy season.
As described in step S4, an explanation library is created in advance, in which the route voice explanation of each route is stored, the regional voice explanation of each visiting region, and the regional voice explanation further includes the voice explanation with different durations; the distance voice explanation and the regional voice explanation are voice data crawled from a tourist website or voice data pre-recorded by a scenic spot manager. Corresponding voice explanation can be matched in the explanation library through the route and the tour area in the initial tour route, and the matched voice explanation is guided into the corresponding position in the initial tour route, so that the planning of the tour route of the whole scenic spot is completed.
As described in step S5, the scenic spot tour route includes the tour area and the route, the position of the scenic spot tour route is listed as a position set, and whether the current position of the user is on the scenic spot tour route can be known by determining whether the current position of the user is in the position set.
As described in the above step S6, when the user is not on the scenic spot tour route, the current position of the user is matched with other areas on the scenic spot map (i.e., areas other than the scenic spot tour route), which road the user is on is determined, and the end point of the road is determined according to the walking direction of the user, and the tour area where the end point arrives is the predicted target tour area of the user.
As described in step S7, the current road (i.e., the travel route) of the user is matched in the scenic spot map, and then the user searches in the pre-created explanation library according to the travel route, and directly plays the voice explanation of the searched route, so that the user can know the condition of the travel route in time.
As described in the step S8, after the target tour area is obtained, the target tour area is matched with the tour plan, that is, it is determined whether the target tour area is within the tour plan selected by the user, if so, the sequence of tour areas in the tour route of the scenic spot is adjusted, and if not, an appropriate tour route of the scenic spot is planned again for the user according to the target tour area and the rest of the tour time of the user for the user to refer to.
In one embodiment, the step of acquiring the tour schedule selected by the user further comprises:
s01, acquiring the positions and the ranks of all the tour areas in the scenic spot; the ranking of the tourist areas is obtained according to the recorded historical passenger flow of each tourist area;
s02, marking all the tour areas on a scenic spot map, and displaying the scenic spot map at the front end;
s03, defining the position set of the tour area selected by the user on the scenic spot map as a self-defined tour;
s04, defining the position sets of all the tour areas on the scenic spot map as a panoramic tour;
s05, obtaining a plurality of pictures in the scenic spot user evaluation information on the tourist website;
s06, identifying the pictures to obtain a plurality of areas to be visited, and recording the identification times of the areas to be visited;
s07, defining a position set of the to-be-selected tour area with the identification times exceeding the set times as a target tour;
s08, obtaining the ranking of all the tour areas of the user trip date in the previous year;
and S09, defining the position set of the tour area with the value set before ranking as the human tour.
As described in the above steps S01-S09, the positions and ranking conditions of all the visiting areas in the scenic spot are obtained, and the ranking may be obtained according to the recorded historical passenger flow volume of each visiting area, or may be obtained according to the real-time passenger flow volume on the same day of the user' S trip. All the tour areas are marked on the scenic spot map, and the scenic spot map is displayed at the front end, so that a user can see the rough situation of the scenic spot and the distribution situation of the tour areas in the scenic spot, the user can conveniently select the tour areas, the position set of the tour areas selected by the user on the scenic spot map is defined as a self-defined tour, and the position set of all the tour areas on the scenic spot map is defined as a panoramic tour. Crawling a plurality of pictures in the scenic spot user evaluation information from the tourist website, then identifying the pictures, comparing the pictures with pictures of a plurality of angles of each area shot in advance, or carrying out characteristic identification on the pictures to obtain a to-be-selected tour area in the pictures, and simultaneously recording the identification times of the plurality of to-be-selected tour areas, wherein the to-be-selected tour area with the most identification times is the most famous area of the scenic spot, so that a position set of the to-be-selected tour area with the identification times exceeding the set times (50 times and capable of being adjusted according to specific conditions) is defined as a target tour. The method comprises the steps of obtaining the ranking of all the visiting areas of the user's travel date in the previous year in the scenic spot, sequencing the visiting areas according to the passenger flow conditions of all the areas of the scenic spot of the user's travel date in the previous year, and defining the position set of the visiting areas with the set numerical values (3, which can be adjusted according to specific conditions) before ranking as the people visit.
In an embodiment, before the step of obtaining the travel date of the user and obtaining the regional tour duration of the tour region according to the travel date, the method further includes:
s031, obtain the dead season time quantum and the peak season time quantum of the scenic spot;
s032, recording the time length of the user who goes out to visit each visiting area in the last annual off-season time period as the off-season time length, and recording the time length of the user who goes out to visit each visiting area in the last annual peak season time period as the peak season time length;
s033, calculating the average visiting time length of each visiting area in the first annual off-season time period according to the off-season time length, and calculating the average visiting time length of each visiting area in the first annual high-season time period according to the high-season time length;
s034, taking the average visiting time of each visiting area in the last-year off-season time period as the visiting time of each visiting area in the off-season time period, and taking the average visiting time of each visiting area in the last-year high-season time period as the visiting time of each visiting area in the high-season area.
As described in the foregoing steps 031-S034, the dead season time period and the dead season time period set in the scenic spot are obtained, the time length for the user who travels in the dead season time period of the previous year to visit each visiting area is counted as dead season time length, both the dead season time length and the dead season time length are a table, the time lengths for the user and each visiting area are recorded, one of the areas is selected, the dead season is selected, the sum of the time lengths for the user who visits the area is counted, the number of the users is divided, the dead season average visiting time length of the area is obtained, and the average visiting time lengths of other visiting areas and the dead season time period of the scenic spot are calculated in the same manner as described above. And finally, taking the average visit duration of each visit area in the last-year off-season time period as the off-season area visit duration of each visit area, and taking the average visit duration of each visit area in the last-year high-season time period as the high-season area visit duration of each visit area, so as to obtain the area visit duration of the visit area in the travel scheme selected by the user according to the off-season area visit duration, the high-season area visit duration and the user's travel date.
In one embodiment, before the steps of searching for the corresponding route voice explanation and the corresponding area voice explanation in an explanation library according to the route and the area tour duration, and importing the route voice explanation and the area voice explanation into a preliminary tour route to form a scenic spot tour route, the method further includes:
s041, obtaining route voice explanation of each route or regional voice explanation of each tour region; the distance voice explanation or the regional voice explanation is voice data crawled from a tourist website or voice data pre-recorded by scenic spot workers, and the regional voice explanation of each tourist region comprises a plurality of voice data with different durations;
and S042, associating a plurality of regional voice interpretations with different time lengths and corresponding tour regions, storing the regional voice interpretations into a pre-established interpretation library, and associating the route voice interpretations with corresponding route routes and storing the route voice interpretations into the pre-established interpretation library.
As described in the above step S041-S042, the voice data of each tour area of the tour area is crawled from the website, each tour area has a plurality of voice data with different durations, or the tour area staff records the voice data with different durations in each tour area in advance, records the voice data on each route, uses the voice data as voice explanation, and stores the voice explanation in the explanation library created in advance in association with each tour area, so that the corresponding voice explanation can be found in the explanation library according to the route and the tour area in the tour route of the tour area. The regional speech explanation with the same time length as the regional tour time length can be found according to the difference of the regional tour time length, so that the speech explanation can be matched with the user tour time length, and idle time is avoided.
In one embodiment, after the step of determining whether the current position of the user is on the scenic spot tour route, the method further comprises:
s51, if the current position of the user is on the scenic spot tour route, playing a corresponding route voice explanation, and acquiring the performance time list and the passenger flow volume of the tour area which is not visited in the tour scheme;
s52, judging whether the performance starting time closest to the current time is within a set time period;
s53, if the performance starting time closest to the current time is within a set time period, taking the corresponding tour area as a first tour area; wherein the first tour area is a tour area to which a user is going to go in a tour plan;
s54, if the performance starting time closest to the current time is not within the set time period, sequencing the unviewed visiting areas from small to large according to the passenger flow of the unviewed visiting areas, and acquiring the first ranked visiting area as a first visiting area;
s55, calculating the average tour duration of the first tour area in a set time period before the current time;
s56, judging whether the difference value between the average tour time length of the first tour region and the regional tour time length of the first tour region is within a preset value;
and S57, if the difference between the average tour time length of the first tour area and the area tour time length of the first tour area is not within a preset value, updating the area voice explanation according to the average tour time length of the first tour area.
As described in the above steps S51-S57, when the current position of the user is on the scenic spot tour route, the corresponding route speech interpretation in the scenic spot tour route is played, the performance schedule and the passenger flow of the tour areas not visited in the tour schedule are acquired, if there is an area with performance in the tour areas not visited, the performance start time closest to the current time is acquired, whether the performance start time closest to the current time is within the set time period is determined, if within the set time period, the performance may need to be watched first, so the tour area corresponding to the performance is taken as the first tour area, and the sequence of the first tour area is adjusted to the forefront of the sequence. If the performance starting time closest to the current time is not within the set time period or no performance area exists in the visited areas, sequencing the visited areas which are not visited from small to large according to the passenger flow of the visited areas which are not visited, and acquiring the first-ranked visited areas as first visited areas, wherein the passenger flow can be historical passenger flow or the passenger flow of the user on the same day of travel.
After the first tour area is obtained, calculating the average tour duration of the first tour area in a set time period (20 minutes which can be adjusted according to specific conditions) before the current time, calculating the average tour duration of the first tour area by dividing the sum of the tour durations of each user in 20 minutes by the number of the users, judging whether the difference between the average tour duration of the first tour area and the area tour duration of the first tour area is within a preset value (10 minutes which can be adjusted according to specific conditions), if so, indicating that the time duration difference is not large, adopting the existing area voice explanation in the tour route of the tour area, if not, indicating that the time duration difference is large, updating the area voice explanation according to the average tour duration of the first tour area, namely, searching the voice explanation corresponding to the average tour duration of the first tour area in an explanation library to replace the original area voice explanation, as a new speech interpretation to match the real-time tour duration, avoiding idle time.
In one embodiment, the step of searching and playing a route speech explanation corresponding to the travel route in an explanation library according to the travel route includes:
s71, searching a route matched with the position set of the traveling route in the scenic spot map as a target route;
s72, searching a route voice explanation matched with the target route in an explanation library to be used as the target route voice explanation;
s73, obtaining the completed mileage of the route according to the current position and the traveling direction of the user;
s74, calculating the traveling percentage of the user according to the completed mileage of the journey route, or calculating the traveling time of the remaining mileage of the user;
s75, determining a playing node of the target journey voice explanation according to the advancing percentage, or playing the target journey voice explanation according to the advancing time multiple speed of the remaining mileage; wherein the target course voice explanation multiple speed = target course voice explanation time/remaining mileage travel time.
As described in the above steps S71-S75, the corresponding route is matched in the scenic spot map according to the travel route in the time period set by the user, that is, the travel route of the user is a road, the matched route is a complete road, and the starting point and the ending point are both the visiting areas. The matched route is used as a target route, and further a route voice explanation matched with the target route can be searched in an explanation library and used as a target route voice explanation; obtaining the finished mileage of the route according to the current position and the advancing direction of the user, namely the walking part of the route where the current position of the user is; dividing the mileage of the walked part by the total mileage of the route to obtain the traveling percentage of the user, or calculating the traveling time of the remaining mileage according to the average speed in a time period set by the user, wherein the remaining mileage = the total mileage of the route-the mileage of the walked part; determining a playing node of the target route voice explanation according to the traveling percentage, namely if the traveling percentage is 20% and the route voice explanation lasts for 20 minutes, starting to play the route voice explanation from the 4 th minute so that the user can know the position condition in real time and the target route voice explanation is just played and finished when the user finishes the route; or playing the target distance voice explanation according to the speed of the travel time of the remaining distance, wherein the speed of the target distance voice explanation = the time of the target distance voice explanation/the travel time of the remaining distance, namely when the travel time of the remaining distance is 10 minutes and the distance voice explanation lasts for 20 minutes, playing the target distance voice explanation at 2 times so that the target distance voice explanation is just played when the user finishes the distance.
In one embodiment, the step of matching the target tour area with the tour scheme to update the scenic tour route in real time comprises:
s81, judging whether the target tour area is in the tour scheme selected by the user;
s82, if the target tour area is in the tour scheme selected by the user, setting the target tour area to the top to form a scenic spot tour route in a new arrangement sequence;
s83, if the target tour area is not in the tour scheme selected by the user, judging whether the user selects the total tour time of the scenic spot;
s84, if the user selects the total tour time of the scenic spot, calculating the remaining tour time of the user according to the total tour time, and replacing the tour scheme including the target tour area based on the remaining tour time;
and S85, if the user does not select the total tour time of the scenic spot, replacing the tour scheme selected by the user with a panoramic tour.
As described in the above steps S81-S85, after the target tour area to which the user is going is predicted, it is determined whether the target tour area is within the tour scheme selected by the user, and when the target tour area is within the tour scheme selected by the user, it indicates whether the user wishes to visit the sights listed in the scheme, and only the tour order is different, so that the target tour area is placed on top, that is, the target tour area is placed in the first tour area, and the other tour areas are followed to form a tour route of the new arrangement order, and a new route is planned according to the tour area of the new arrangement order, and at the same time, a voice explanation of the route corresponding to the new route is searched in the explanation library, so that the user can travel according to the new route. When the target tour area is not in the tour scheme selected by the user, it indicates that the user may not want to visit according to the set tour route of the scenic spot, or the user has a new tour area after arriving at the scenic spot, at this time, it is determined whether the user selects the total tour time of the scenic spot, that is, an instruction for selecting the total tour time of the scenic spot is sent to the user before entering the scenic spot, wherein the instruction includes a plurality of times, or the user inputs the tour time by himself, if the user selects or inputs the total tour time of the scenic spot, the remaining tour time of the user is calculated according to the total tour time, the remaining tour time of the user = the total tour time-the tour time, and the tour time = the current time-the time when the user enters the scenic spot; the remaining tour time of the user is obtained. Acquiring a plurality of tour schemes comprising a target tour area, and calculating tour time in the tour schemes, wherein the tour time in the tour schemes = tour time of each area + travel time of each journey, the tour time of each area adopts visit duration of a dead season area or visit duration of a busy season area, and the dead season or the busy season is determined according to a user trip date; and when the difference value between the tour time in the tour scheme and the rest tour time of the user is within a set range, adopting the tour scheme, and planning the tour scheme into a new scenic spot tour route to be pushed to the user for the user to refer to. And sending an instruction for selecting the total tour time of the scenic spot to the user before entering the scenic spot, and if the user does not select the total tour time of the scenic spot, indicating that the user may have enough time to tour the scenic spot, therefore, replacing the tour scheme selected by the user with panoramic tour, and planning a new tour route of the scenic spot by the panoramic tour and pushing the new tour route to the user for the user to refer.
As shown in fig. 2, the present invention also provides a scenic spot tour route planning apparatus, including:
the first acquisition module 1 is used for acquiring a tour scheme selected by a user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
the planning module 2 is used for obtaining a plurality of tour areas according to the tour scheme and planning a preliminary tour route according to the tour areas;
the second obtaining module 3 is configured to obtain a trip date of the user, and obtain an area tour duration of the tour area according to the trip date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
the search module 4 is used for searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and guiding the route voice explanation and the area voice explanation into a primary tour route to form a scenic spot tour route;
the judging module 5 is used for judging whether the current position of the user is on the scenic spot tour route;
the prediction module 6 is used for predicting a target tour area of the user according to a travel route in a time period set by the user when the current position of the user is not on the tour route of the scenic spot; wherein the target tour area is a tour area to which a user is going to go;
the playing module 7 is used for searching and playing the route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and the matching module 8 is used for matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
In one embodiment, further comprising:
the position acquisition module is used for acquiring the positions and the ranks of all the tour areas in the scenic spot; the ranking of the tourist areas is obtained according to the recorded historical passenger flow of each tourist area;
the map marking module is used for marking all the visiting areas on a scenic spot map and displaying the scenic spot map at the front end;
the user-defined tour definition module is used for defining a position set of a tour area selected by a user on the scenic spot map as a user-defined tour;
the panoramic tour definition module is used for defining the position set of all the tour areas on the scenic spot map as a panoramic tour;
the picture acquisition module is used for acquiring a plurality of pictures in the scenic spot user evaluation information on the tourist website;
the identification module is used for identifying a plurality of pictures to obtain a plurality of tourist areas to be selected and recording the identification times of the plurality of tourist areas to be selected;
the target tour definition module is used for defining a position set of the to-be-selected tour area with the identification times exceeding the set times as a target tour;
the ranking acquisition module is used for acquiring the ranking of all the tour areas of the user trip date in the previous year;
and the popularity tour definition module is used for defining the position set of the tour area with the set value before ranking as popularity tour.
In one embodiment, further comprising:
the time period acquisition module is used for acquiring the off-season time period and the peak-season time period of the scenic spot;
the time length recording module is used for recording the time length of the trip user visiting each visiting area in the last annual off-season time period as the off-season time length and recording the time length of the trip user visiting each visiting area in the last annual peak season time period as the peak season time length;
the average visit duration calculation module is used for calculating the average visit duration of each visit area in the next annual off-season time period according to the off-season time duration and calculating the average visit duration of each visit area in the next annual high-season time period according to the high-season time duration;
and the module is used for taking the average visit duration of each visit area in the last annual off-season time period as the off-season area visit duration of each visit area, and taking the average visit duration of each visit area in the last annual active season time period as the active season area visit duration of each visit area.
In one embodiment, further comprising:
the voice explanation acquisition module is used for acquiring the route voice explanation of each route or the regional voice explanation of each touring area; the distance voice explanation or the regional voice explanation is voice data crawled from a tourist website or voice data pre-recorded by scenic spot workers, and the regional voice explanation of each tourist region comprises a plurality of voice data with different durations;
and the storage module is used for associating the regional voice explanation with different durations with the corresponding touring region and storing the regional voice explanation into a pre-established explanation library, and associating the route voice explanation with the corresponding route and storing the route voice explanation into the pre-established explanation library.
In one embodiment, further comprising:
the performance time acquisition module is used for playing corresponding distance voice explanation when the current position of the user is on the scenic spot tour route, and acquiring performance time tables and passenger flow of tour areas which are not visited in the tour scheme;
the performance starting time judging module is used for judging whether the performance starting time closest to the current time is within a set time period;
the first tour area module is used for taking the corresponding tour area as a first tour area when the performance starting time closest to the current time is within a set time period; wherein the first tour area is a tour area to which a user is going to go in a tour plan;
the sequencing module is used for sequencing the unvisited visiting areas from small to large according to the passenger flow of the unvisited visiting areas when the performance starting time closest to the current time is not within a set time period, and acquiring the first ranked visiting area as a first visiting area;
the first tour area calculation module is used for calculating the average tour duration of the first tour area in a set time period before the current time;
the difference value judging module is used for judging whether the difference value between the average tour time length of the first tour area and the regional tour time length of the first tour area is within a preset value or not;
and the updating module is used for updating the regional voice explanation according to the average tour duration of the first tour region when the difference value between the average tour duration of the first tour region and the regional tour duration of the first tour region is not within a preset value.
In one embodiment, the playing module 7 includes:
a route matching unit for searching a route matching the position set of the travel route in a scenic spot map as a target route;
the distance voice explanation searching unit is used for searching distance voice explanation matched with the target distance route in the explanation library to be used as target distance voice explanation;
the completed mileage unit is used for obtaining the completed mileage of the journey route according to the current position and the traveling direction of the user;
the percentage calculation unit is used for calculating the traveling percentage of the user according to the completed mileage of the journey route or calculating the traveling time of the remaining mileage of the user;
the playing node unit is used for determining a playing node of the target journey voice explanation according to the advancing percentage or playing the target journey voice explanation according to the advancing time multiple speed of the remaining mileage; wherein the target course voice explanation multiple speed = target course voice explanation time/remaining mileage travel time.
In one embodiment, the matching module 8 includes:
the tour scheme judging unit is used for judging whether the target tour area is in the tour scheme selected by the user;
the top setting unit is used for setting the top of the target tour area to form a scenic spot tour route in a new arrangement sequence when the target tour area is in a tour scheme selected by a user;
a total tour duration judging unit, configured to judge whether the user selects total tour time of the scenic spot when the target tour area is not within the tour scheme selected by the user;
a remaining tour time unit, configured to calculate, when a user selects a total tour time of a scenic spot, a remaining tour time of the user according to the total tour time, and replace a tour scheme including the target tour area based on the remaining tour time;
and the panoramic tour replacing unit is used for replacing the tour scheme selected by the user into the panoramic tour when the user does not select the total tour time of the scenic spot.
The above units and modules are all used for correspondingly executing each step in the scenic spot tour route planning method, and the specific implementation manner thereof is described with reference to the above method embodiment, and is not described again here.
As shown in fig. 3, the present invention also provides a computer device, which may be a server, and the internal structure of which may be as shown in fig. 3. The computer device includes a processor, a memory, a network interface, and a database connected by a system bus. Wherein the computer designed processor is used to provide computational and control capabilities. The memory of the computer device comprises a nonvolatile storage medium and an internal memory. The non-volatile storage medium stores an operating system, a computer program, and a database. The memory provides an environment for the operation of the operating system and the computer program in the non-volatile storage medium. The database of the computer device is used to store all the data required for the process of the scenic spot tour route planning method. The network interface of the computer device is used for communicating with an external terminal through a network connection. The computer program is executed by a processor to implement a scenic spot tour route planning method.
Those skilled in the art will appreciate that the architecture shown in fig. 3 is only a block diagram of some of the structures associated with the disclosed aspects and is not intended to limit the computing devices to which the disclosed aspects may be applied.
An embodiment of the present application further provides a computer-readable storage medium, on which a computer program is stored, and the computer program, when executed by a processor, implements any one of the above scenic spot tour route planning methods.
It will be understood by those skilled in the art that all or part of the processes of the methods of the above embodiments may be implemented by hardware associated with instructions of a computer program, which may be stored on a non-volatile computer-readable storage medium, and when executed, may include processes of the above embodiments of the methods. Any reference to memory, storage, database, or other medium provided herein and used in the examples may include non-volatile and/or volatile memory. Non-volatile memory can include read-only memory (ROM), Programmable ROM (PROM), Electrically Programmable ROM (EPROM), Electrically Erasable Programmable ROM (EEPROM), or flash memory. Volatile memory can include Random Access Memory (RAM) or external cache memory. By way of illustration and not limitation, RAM is available in a variety of forms such as Static RAM (SRAM), Dynamic RAM (DRAM), Synchronous DRAM (SDRAM), double-rate SDRAM (SSRSDRAM), Enhanced SDRAM (ESDRAM), synchronous link (Synchlink) DRAM (SLDRAM), Rambus Direct RAM (RDRAM), direct bus dynamic RAM (DRDRAM), and memory bus dynamic RAM (RDRAM).
It should be noted that, in this document, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, apparatus, article, or method that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, apparatus, article, or method. Without further limitation, an element defined by the phrase "comprising an … …" does not exclude the presence of other like elements in a process, apparatus, article, or method that includes the element.
The above description is only a preferred embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes, which are made by using the contents of the present specification and the accompanying drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (10)
1. A scenic spot tour route planning method, comprising:
acquiring a tour scheme selected by a user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
obtaining a plurality of tour areas according to the tour scheme, and planning a preliminary tour route according to the tour areas;
acquiring a trip date of a user, and obtaining the regional visiting duration of a visiting region according to the trip date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and leading the route voice explanation and the area voice explanation into a primary tour route to form a scenic spot tour route;
judging whether the current position of the user is on the scenic spot tour route or not;
if the current position of the user is not on the scenic spot tour route, predicting a target tour area of the user according to a travel route in a time period set by the user; wherein the target tour area is a tour area to which a user is going to go;
searching and playing a route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
2. The scenic spot tour route planning method according to claim 1, wherein the step of obtaining a user-selected tour plan is preceded by:
acquiring the positions and the ranks of all tourist areas in the scenic spot; the ranking of the tourist areas is obtained according to the recorded historical passenger flow of each tourist area;
marking all the visiting areas on a scenic spot map, and displaying the scenic spot map at the front end;
defining a position set of a tour area selected by a user on the scenic spot map as a self-defined tour;
defining the position sets of all the tour areas on the scenic spot map as panoramic tours;
acquiring a plurality of pictures in the scenic spot user evaluation information on the tourist website;
identifying a plurality of pictures to obtain a plurality of areas to be browsed, and recording the identification times of the areas to be browsed;
defining a position set of the to-be-selected tour area with the identification times exceeding the set times as a target tour;
obtaining the ranking of all the tour areas of the user trip date in the previous year;
the set of positions of the tour area with the set value before ranking is defined as the human tour.
3. The scenic spot tour route planning method according to claim 1, wherein before the step of obtaining a travel date of the user and obtaining an area tour duration of the tour area according to the travel date, the method further comprises:
obtaining a dead season time period and a busy season time period of a scenic spot;
recording the time length of the trip user visiting each visiting area in the last annual off-season time period as the off-season time length, and recording the time length of the trip user visiting each visiting area in the last annual peak season time period as the peak season time length;
calculating the average visit duration of each visit area in the next annual off-season time period according to the off-season time duration, and calculating the average visit duration of each visit area in the next annual high-season time period according to the high-season time duration;
and taking the average visit duration of each visit area in the last-year off-season time period as the off-season area visit duration of each visit area, and taking the average visit duration of each visit area in the last-year high-season time period as the high-season area visit duration of each visit area.
4. The scenic spot tour route planning method according to claim 1, wherein before the steps of finding corresponding route voice explanation and regional voice explanation in an explanation library according to a route and the regional tour duration, and importing the route voice explanation and the regional voice explanation into a preliminary tour route to form a scenic spot tour route, the method further comprises:
acquiring a route voice explanation of each route or a regional voice explanation of each touring area; the distance voice explanation or the regional voice explanation is voice data crawled from a tourist website or voice data pre-recorded by scenic spot workers, and the regional voice explanation of each tourist region comprises a plurality of voice data with different durations;
and associating the regional voice interpretations with different durations and corresponding tour regions and storing the regional voice interpretations into a pre-established interpretation library, and associating the route voice interpretations with corresponding route routes and storing the route voice interpretations into the pre-established interpretation library.
5. The scenic spot tour route planning method according to claim 1, wherein the step of determining whether the current position of the user is on the scenic spot tour route further comprises:
if the current position of the user is on the scenic spot tour route, playing corresponding distance voice explanation, and acquiring performance time tables and passenger flow volumes of tour areas which are not visited in the tour scheme;
judging whether the performance starting time closest to the current time is within a set time period or not;
if the performance starting time closest to the current time is within a set time period, taking the corresponding tour area as a first tour area; wherein the first tour area is a tour area to which a user is going to go in a tour plan;
if the performance starting time closest to the current time is not within the set time period, sequencing the unviewed visiting areas from small to large according to the passenger flow of the unviewed visiting areas, and acquiring the visiting area with the first rank as a first visiting area;
calculating the average tour duration of the first tour area in a set time period before the current time;
judging whether the difference value between the average tour time length of the first tour region and the regional tour time length of the first tour region is within a preset value or not;
and if the difference value between the average tour time length of the first tour area and the regional tour time length of the first tour area is not within a preset value, updating the regional voice explanation according to the average tour time length of the first tour area.
6. The scenic spot tour route planning method according to claim 1, wherein the step of searching and playing a route voice explanation corresponding to the travel route in an explanation library according to the travel route comprises:
searching a route matched with the position set of the traveling route in the scenic spot map to serve as a target route;
searching a route voice explanation matched with the target route in an explanation library to be used as the target route voice explanation;
obtaining the completed mileage of the route according to the current position and the traveling direction of the user;
calculating the traveling percentage of the user according to the completed mileage of the route or calculating the traveling time of the remaining mileage of the user;
determining a playing node of the target journey voice explanation according to the advancing percentage, or playing the target journey voice explanation according to the advancing time multiple speed of the remaining mileage; wherein the target course voice explanation multiple speed = target course voice explanation time/remaining mileage travel time.
7. The scenic spot tour route planning method according to claim 1, wherein the step of matching the target tour area with the tour scheme to update the scenic spot tour route in real time comprises:
judging whether the target tour area is in a tour scheme selected by a user;
if the target visiting area is in the visiting scheme selected by the user, the target visiting area is set to the top to form a scenic spot visiting route in a new arrangement sequence;
if the target tour area is not in the tour scheme selected by the user, judging whether the user selects the total tour time of the scenic spot;
if the user selects the total tour time of the scenic spot, calculating the remaining tour time of the user according to the total tour time, and replacing a tour scheme comprising the target tour area based on the remaining tour time;
and if the user does not select the total tour time of the scenic spot, replacing the tour scheme selected by the user with a panoramic tour.
8. A scenic spot tour route planning apparatus, comprising:
the first acquisition module is used for acquiring the tour scheme selected by the user; the touring scheme comprises panoramic touring, target touring, popularity touring and custom touring;
the planning module is used for obtaining a plurality of tour areas according to the tour scheme and planning a preliminary tour route according to the tour areas;
the second acquisition module is used for acquiring the travel date of the user and obtaining the regional tour duration of the tour region according to the travel date; the regional visit duration comprises a dead season regional visit duration and a busy season regional visit duration;
the search module is used for searching corresponding route voice explanation and area voice explanation in an explanation library according to the route and the area tour duration, and guiding the route voice explanation and the area voice explanation into a primary tour route so as to form a scenic spot tour route;
the judging module is used for judging whether the current position of the user is on the scenic spot tour route;
the prediction module is used for predicting a target tour area of the user according to a traveling route in a time period set by the user when the current position of the user is not on the tour route of the scenic spot; wherein the target tour area is a tour area to which a user is going to go;
the playing module is used for searching and playing the route voice explanation corresponding to the traveling route in an explanation library according to the traveling route;
and the matching module is used for matching the target tour area with the tour scheme so as to update the tour route of the scenic spot in real time.
9. A computer device comprising a memory and a processor, the memory storing a computer program, wherein the processor implements the steps of the method of any one of claims 1 to 7 when executing the computer program.
10. A computer-readable storage medium, on which a computer program is stored, which, when being executed by a processor, carries out the steps of the method of any one of claims 1 to 7.
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