CN115204678A - Tourist evaluation and analysis system based on scenic spot tourism platform - Google Patents
Tourist evaluation and analysis system based on scenic spot tourism platform Download PDFInfo
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Abstract
The invention discloses a tourism evaluation and analysis system based on a scenic spot tourism platform. The scenic spot tourism evaluation and analysis system based on the scenic spot tourism platform comprises a scenic spot project passenger flow monitoring module, a scenic spot project passenger flow analysis and guide module, a scenic spot project heat analysis module, a scenic spot project safety analysis module, a scenic spot comprehensive evaluation display module, a scenic spot safety early warning terminal and a database; according to the method, the game behavior safety index, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item in each playing item of the target scenic spot are obtained through comprehensive analysis, the equipment safety index corresponding to each playing item in the target scenic spot is obtained, the equipment safety of each playing item of the target scenic spot is analyzed through multiple dimensions, the representativeness and the reference of the equipment safety detection result are improved, the accident of the scenic spot is avoided, and further data support is provided for the maintenance of each playing item of the subsequent target scenic spot.
Description
Technical Field
The invention belongs to the technical field of tourism evaluation and analysis, and relates to a tourism evaluation and analysis system based on a scenic spot tourism platform.
Background
Along with the continuous satisfaction of people's material culture, more and more people like the demand of pursuing spiritual civilization, so the tourism industry is constantly developed vigorously in recent years, and the tourist selects the scenic spot and mainly carries out comprehensive selection through relevant evaluation information in the scenic spot platform, thereby highlighting the importance of scenic spot tourism evaluation.
At present, evaluation on each playing item in a scenic spot is mainly achieved through subjective feeling of a visitor on the playing of the tourist, and the evaluation has one-sidedness, and obviously, the evaluation management on each playing item in the scenic spot also has the following defects:
1. when analyzing and evaluating all the play items in the scenic spot, the subjective feeling of the tourists on the play items is only used as the evaluation of all the play items, the authenticity of evaluation information cannot be guaranteed, the combination analysis is not carried out by combining the service life and the maintenance record integrity of all the play items, the referential performance is not strong, a correct and reliable basis cannot be provided for evaluating all the play items, and a certain difference exists between the evaluation result and the actual states of the play items;
2. potential risks may occur to each playing item due to the service life and other reasons of each playing item in the scenic spot, the service life, the maintenance state and the like of equipment in each playing item in the scenic spot are not analyzed at present, the safety consistency of the scenic spot items is the primary concern of tourists, and the analysis and evaluation are not performed at present, so that the safety of the tourists in playing cannot be guaranteed, and the playing risks of the tourists in the playing process cannot be eliminated;
3. when evaluating current scenic spot, mainly evaluate through each visitor's angle of playing, belong to the evaluation mode of randomness, on the one hand can't ensure the authenticity of visitor's evaluation for the referential of scenic spot evaluation result is not enough, and on the other hand, do not monitor the visitor in-process of playing, can't show the visitor and play the data at the true recreation of each item process of playing, thereby can't avoid the negative effects that malicious evaluation caused the scenic spot, also can't ensure the value nature of scenic spot evaluation result simultaneously.
Disclosure of Invention
In view of the problems in the prior art, the present invention provides a tourism evaluation analysis system based on a scenic spot tourism platform, which is used for solving the technical problems.
In order to achieve the above objects and other objects, the present invention adopts the following technical solutions:
the invention provides a scenic spot tourism platform-based tourism evaluation and analysis system, which comprises a scenic spot project passenger flow monitoring module, a scenic spot project passenger flow analysis and guide module, a scenic spot project heat analysis module, a scenic spot project safety analysis module, a scenic spot comprehensive evaluation and display module, a scenic spot safety early warning terminal and a database, wherein the scenic spot project passenger flow monitoring module is used for monitoring the scenic spot project passenger flow;
the scenic spot project passenger flow monitoring module is used for collecting passenger flow corresponding to each playing project of a target scenic spot through an infrared passenger flow counter arranged in an entrance area where each playing project of the target scenic spot is located, numbering each playing project in the target scenic spot according to a preset sequence, sequentially marking the number as 1,2,. I,. M, and sending the collected passenger flow of each playing project of the target scenic spot to the scenic spot project passenger flow analysis and guide module;
the scenic spot project passenger flow volume analysis and guidance module is used for analyzing the passenger flow volume corresponding to each playing project of the target scenic spot according to the received passenger flow volume corresponding to each playing project of the target scenic spot, so that the saturation of the tourists of each playing project of the target scenic spot is obtained, the number of saturated projects of the target scenic spot is confirmed, and the tourists are guided to each saturated project;
the scenic spot project popularity analysis module is used for carrying out video acquisition on the playing behaviors of the tourists through cameras arranged in the region where each playing project of the target scenic spot is located, so that the tourists concentration rate corresponding to each playing project is obtained through analysis, and then the popularity index corresponding to each playing project of the target scenic spot is obtained through comprehensive analysis according to the passenger flow corresponding to each playing project and the tourists concentration rate corresponding to each playing project;
the scenic spot project safety analysis module is used for acquiring actions of tourists in various devices of various playing projects of a target scenic spot through high-definition cameras arranged in various devices of various playing projects of the target scenic spot, and extracting a maintenance record and a service life of each playing project of the target scenic spot from a database, so that equipment safety indexes corresponding to various playing projects in the target scenic spot are obtained through analysis;
the scenic spot comprehensive evaluation display module is used for comprehensively calculating a comprehensive experience evaluation index corresponding to the target scenic spot according to the popularity index corresponding to each playing item of the target scenic spot and the equipment safety index corresponding to each playing item, and performing background display;
the scenic spot project early warning terminal is used for sending an early warning instruction to a safety manager corresponding to a play project of a target scenic spot to perform early warning when the equipment safety index corresponding to the play project reaches an early warning value;
the database is used for storing standard tourist saturation of each playing item of the target scenic spot, standard tourist concentration rate corresponding to each playing item, reference concentration hand behaviors corresponding to each playing item and names and positions corresponding to each playing item, and is also used for storing dangerous behavior actions of the tourists corresponding to the target scenic spot in each playing item device and maintenance record tables and service life corresponding to each playing item of the target scenic spot.
According to a preferred embodiment, the specific analysis process of the guest saturation of each playing item in the target scenic spot comprises the following steps:
a1, recording the passenger flow of each playing item in the acquired target scenic spot as E i Wherein i represents a number corresponding to each playing item in the target scenic spot, and i =1, 2.... M;
a2, using a calculation formula
Calculating to obtain the guest saturation phi of each playing item in the target scenic spot i Of which is E' i Showing the amount of permitted passenger traffic for each play item in the set target scenic spot.
According to a preferred embodiment, the determining the number of saturation projects of the target scenic spot and guiding tourists for each saturation project are specifically performed as follows:
comparing the saturation of the tourists of each playing item in the scenic spot with the standard saturation of each playing item in the target scenic spot stored in the database, if the saturation of the tourists corresponding to a certain playing item in the target scenic spot is greater than or equal to the standard saturation of the playing item in the target scenic spot, judging the playing item as a saturated item, otherwise, judging the playing item as an idle item, counting the number of saturated items and the number of idle items in the target scenic spot, and extracting the number corresponding to each saturated item and each idle item;
extracting corresponding guest saturation degrees corresponding to the idle items based on the numbers corresponding to the idle items, sequencing the guest saturation degrees corresponding to the idle items from small to large to obtain a display sequence corresponding to the idle items, and extracting names and positions corresponding to the idle items from a database according to the numbers corresponding to the idle items;
and based on the numbers corresponding to the saturated projects, extracting the positions corresponding to the saturated projects from the database, and the numbers corresponding to the broadcasting devices and the LED display screens in the positions corresponding to the saturated projects, and starting the corresponding LED display screens and the broadcasting devices in the positions of the saturated projects to sequentially display and broadcast according to the display sequence, the names and the positions corresponding to the idle projects, so as to guide the tourists in the saturated projects.
According to a preferred embodiment, the specific analysis process of the visitor concentration rate corresponding to each playing item includes the following steps:
b1, dividing the video of the playing behavior in the area where each playing item in the target scenic spot is located into images of each playing behavior according to a preset time length;
b2, identifying the number of tourists from each playing behavior image, focusing each playing behavior image on the hand position of each visitor to obtain the hand behaviors corresponding to each visitor, matching and comparing the hand behaviors with reference concentration hand behaviors corresponding to each playing item stored in a database, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are successfully matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is concentrated on the visitor, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are failed to be matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is a non-concentration visitor, and counting the corresponding playing number and the non-concentration number of the visitor in each visitor behavior image in the playing item;
b3, based on the number of the concentrated tourists and the non-concentrated tourists corresponding to each visitor behavior image in each playing itemNumber of guests, by calculation formula
Calculating to obtain the concentration rate delta of the tourists corresponding to each playing item i Wherein j is a number corresponding to each guest behavior image in each playing item, and j =1,2 ij Expressed as the number of the corresponding concentration tourists in the j-th tourist behavior image in the ith item of the target scenic spot, R ij Is represented as the corresponding number of non-concentration tourists, K ', in the j-th tourist behavior image in the ith item of the target scenic spot' i And showing the reference concentration ratio corresponding to each playing item in the set target scenic spot.
According to a preferred embodiment, the specific analysis process of the popularity index corresponding to each playing item in the target scenic spot is as follows:
using a formula of calculation
Calculating to obtain a heat index eta corresponding to each playing item in the target scenic spot i Wherein phi 'is' i Standard visitor saturation, δ ', expressed as ith Play item of target scenic spot' i The standard visitor concentration rate corresponding to the ith playing item of the target scenic spot is expressed, a1 and a2 are respectively expressed as the playing item popularity evaluation influence weight corresponding to the visitor saturation and the visitor concentration rate, and a1+ a2=1.
According to a preferred embodiment, the analyzing step obtains the equipment safety index corresponding to each playing item in the target scenic spot, and the specific analyzing process is as follows:
dividing the video of the game behavior of the tourists collected in each game item device of the target scenic spot into game behavior action images, extracting the game behavior actions of the games in each game item device of the target scenic spot, analyzing the game behavior action images to obtain the game behavior safety index corresponding to each tourists in each game item of the target scenic spot, and recording the game behavior safety index as beta id Wherein d represents a number corresponding to each guest, and d =1, 2.. A.p;
maintenance record and use according to each play item of target scenic spotThe age limit is respectively analyzed to obtain the maintenance evaluation coefficient of each playing item in the target scenic spot and the service life evaluation coefficient of each playing item in the target scenic spot, and the service life evaluation coefficients are respectively recorded as theta i And
based on the game behavior safety index corresponding to each visitor in each playing item of the target scenic spot, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item of the target scenic spot, the calculation formula is utilized
Calculating to obtain the equipment safety index tau corresponding to each playing item in the target scenic spot i Wherein, b1, b2 and b3 respectively represent the game behavior safety index corresponding to each visitor in each playing item, the maintenance evaluation coefficient and the service life evaluation coefficient corresponding to each playing item in the target scenic spot, and b1+ b2+ b3=1.
According to a preferred embodiment, the game behavior safety index corresponding to each visitor in each playing item of the target scenic spot specifically comprises the following analysis processes:
comparing each game behavior action of the game in each playing item device of the target scenic spot with the corresponding guest dangerous behavior action of the target scenic spot in each playing item device stored in the database, if the game behavior action of a guest in a playing item is matched and matched with the corresponding guest dangerous behavior action in the playing item device, judging that the playing behavior of the guest in the playing item is dangerous, further recording the corresponding playing safety index of the guest in the playing item as alpha, otherwise, judging that the playing behavior safety behavior of the guest in the playing item is corresponding, and recording the corresponding playing safety index of the guest in the playing item as alpha', thereby obtaining the corresponding game behavior safety index beta of each guest in each playing item of the target scenic spot id ，β id Takes a value of alpha or alpha ', and alpha'>α。
According to a preferred embodiment, the maintenance evaluation coefficient of each play item in the target scenic spot is calculated by the following formula:
extracting the maintenance times and maintenance times corresponding to the playing items of the target scenic spot according to the maintenance record table of the playing items of the target scenic spot, and utilizing a calculation formula
Calculating and obtaining the maintenance evaluation coefficient theta of each playing item in the target scenic spot i Wherein, Q i Expressed as maintenance times, Q 'of each play item of the target scenic spot' i Expressed as the permitted maintenance times, W, corresponding to each play item of the stored target scenic spot i Is represented by the maintenance frequency, W ', of each game item in the target scenic spot' i Expressed as standard maintenance frequency corresponding to each playing item of the stored target scenic spot, h1 and h2 are respectively expressed as influence weights corresponding to the maintenance frequency and the maintenance frequency of each playing item of the set target scenic spot, and h1+ h2=1.
According to a preferred embodiment, the service life evaluation coefficient of each play item in the target scenic spot is calculated according to the following formula:
extracting the service life corresponding to each playing item in the target scenic spot according to the service life of each playing item in the target scenic spot, and utilizing a calculation formula
Calculating to obtain the service life evaluation coefficient of each playing item in the target scenic spot
Wherein N is i Is expressed as the service life, N 'of each play item device in the target scenic spot' i Indicating the permitted usage age corresponding to each play item of the stored target scenic spot.
According to a preferred embodiment, the comprehensive experience evaluation index corresponding to the target scenic spot is analyzed in the following specific steps:
according to the popularity index corresponding to each playing item in the target scenic spot and the equipment safety index corresponding to each playing item, the method utilizesFormula for calculation
Calculating to obtain a comprehensive experience evaluation index corresponding to the target scenic spot
Wherein c1 and c2 are respectively expressed as coefficient factors corresponding to the popularity index corresponding to each play item of the target scenic spot and the equipment safety index corresponding to each play item, and c1+ c2=1.
As mentioned above, the tourism evaluation analysis system based on the scenic spot tourism platform provided by the invention at least has the following beneficial effects:
(1) According to the scenic spot tourism evaluation analysis system based on the scenic spot tourism platform, the evaluation coefficient corresponding to each playing item of the target scenic spot is obtained through analysis by obtaining the popularity of each playing item of the target scenic spot, the actions of tourists in each device of each playing item, the maintenance record table and the service life of each playing item, and then the comprehensive state of the target scenic spot is evaluated, so that on one hand, the problem that the scenic spot is excessively limited by the prior art is effectively solved, meanwhile, the rationality and the accuracy of each playing item evaluation of the target scenic spot are improved, the reference of the evaluation result is strong, a reliable reference is provided for the evaluation result of each playing item of the target scenic spot, the evaluation error is reduced, on the other hand, the tourists are intelligently guided from each saturated item to an idle item, the accident occurrence of the scenic spot is avoided, the pressure of each playing item of the target scenic spot is relieved, and the safety of the scenic spot is improved;
(2) According to the method, the game behavior safety index, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item in each playing item of the target scenic spot are obtained, the equipment safety index corresponding to each playing item in the target scenic spot is obtained through comprehensive analysis and calculation, and the equipment safety of each playing item in the target scenic spot is analyzed through multiple dimensions, so that the representativeness and the reference of the equipment safety detection result are improved, the equipment safety comprehensive analysis of each playing item in the target scenic spot is realized, and further, data support is provided for the maintenance of each playing item in the subsequent target scenic spot;
(3) According to the invention, through collecting and analyzing each game behavior action of the game in each game item device of the target scenic spot, the real game data of the game in each game item process of the tourist is shown, the negative influence of malicious evaluation on the scenic spot is avoided to a certain extent, and meanwhile, the authenticity of the scenic spot evaluation result is also ensured.
Drawings
The invention is further illustrated by means of the attached drawings, but the embodiments in the drawings do not constitute any limitation to the invention, and for a person skilled in the art, other drawings can be obtained on the basis of the following drawings without inventive effort.
FIG. 1 is a schematic diagram of the connection of the modules of the system of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Referring to fig. 1, a tourism evaluation and analysis system based on a scenic spot tourism platform includes a scenic spot project passenger flow monitoring module, a scenic spot project passenger flow analysis and guidance module, a scenic spot project heat analysis module, a scenic spot project safety analysis module, a scenic spot comprehensive evaluation display module, a scenic spot safety early warning terminal and a database.
The system comprises a scenic spot project passenger flow monitoring module, a scenic spot comprehensive evaluation display module, a scenic spot project heat analysis module, a scenic spot project safety analysis module, a database, a scenic spot safety early warning terminal and a scenic spot project safety analysis module, wherein the scenic spot project passenger flow monitoring module is connected with the scenic spot project passenger flow analysis and guide module, the scenic spot comprehensive evaluation display module is respectively connected with the scenic spot project heat analysis module and the scenic spot project safety analysis module, the database is respectively connected with the scenic spot project passenger flow analysis and guide module, the scenic spot project heat analysis module and the scenic spot project safety analysis module, and the scenic spot safety early warning terminal is connected with the scenic spot project safety analysis module.
The scenic spot project passenger flow monitoring module is used for collecting passenger flow corresponding to each playing project of a target scenic spot through an infrared passenger flow counter arranged in an entrance area where each playing project of the target scenic spot is located, numbering the playing projects in the target scenic spot according to a preset sequence, sequentially marking the playing projects as 1,2,. I,. M, and sending the collected passenger flow of each playing project of the target scenic spot to the scenic spot project passenger flow analysis and guide module.
And the scenic spot project passenger flow volume analysis and guide module is used for analyzing the passenger flow volume corresponding to each playing project of the target scenic spot according to the received passenger flow volume corresponding to each playing project of the target scenic spot, so that the saturation of the tourists of each playing project of the target scenic spot is obtained, the number of saturated projects of the target scenic spot is confirmed, and the tourists are guided to each saturated project.
In the aforementioned guest saturation of each playing item in the target scenic spot, the specific analysis process includes the following steps:
recording passenger flow of each playing item in a target scenic spot, wherein i represents a number corresponding to each playing item in the target scenic spot, and i =1, 2.... M;
and A2, calculating the saturation of the tourists of each playing item in the target scenic spot by using a calculation formula, wherein the saturation is expressed as the set allowable passenger flow of each playing item in the target scenic spot.
The aforementioned determination of the number of saturated projects in the target scenic spot and the guidance of tourists for each saturated project are specifically performed as follows:
comparing the saturation of the tourists of each playing item in the scenic spot with the standard saturation of each playing item in the target scenic spot stored in the database, if the saturation of the tourists corresponding to a certain playing item in the target scenic spot is greater than or equal to the standard saturation of the playing item in the target scenic spot, judging the playing item as a saturated item, otherwise, judging the playing item as an idle item, counting the number of saturated items and the number of idle items in the target scenic spot, and extracting the number corresponding to each saturated item and each idle item;
based on the numbers corresponding to the idle items, extracting the corresponding tourist saturation degrees corresponding to the idle items, sequencing the tourist saturation degrees corresponding to the idle items from small to large to obtain a display sequence corresponding to the idle items, and simultaneously extracting the names and the positions corresponding to the idle items from the database according to the numbers corresponding to the idle items;
based on the numbers corresponding to the saturated projects, extracting the positions corresponding to the saturated projects, the numbers corresponding to the broadcasting devices and the LED display screens in the positions corresponding to the saturated projects from the database, and starting the corresponding LED display screens and the broadcasting devices in the positions of the saturated projects to sequentially display and broadcast according to the display sequence, the names and the positions corresponding to the idle projects, so as to guide the tourists in the saturated projects;
the LED display screens are respectively arranged at places needing to display scenic spot warning information and guide information, such as various playing item entrances, turnout junctions, toilet identification positions and the like in scenic spots, and the broadcasting equipment is sequentially arranged according to preset intervals.
The scenic spot project heat analysis module is used for carrying out video acquisition on the playing behaviors of the tourists through the cameras arranged in the region where each playing project of the target scenic spot is located, so that the tourists concentration rate corresponding to each playing project is obtained through analysis, and then the heat index corresponding to each playing project of the target scenic spot is obtained through comprehensive analysis according to the passenger flow corresponding to each playing project and the tourists concentration rate corresponding to each playing project.
The above-mentioned concentration rate of the guest corresponding to each play item includes the following steps:
b1, dividing the video of the playing behavior in the area where each playing item in the target scenic spot is located into images of each playing behavior according to a preset time length;
b2, identifying the number of tourists from each playing behavior image, focusing each playing behavior image on the hand position of each visitor to obtain the hand behaviors corresponding to each visitor, matching and comparing the hand behaviors with reference concentration hand behaviors corresponding to each playing item stored in a database, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are successfully matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is concentrated on the visitor, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are failed to be matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is a non-concentration visitor, and counting the corresponding playing number and the non-concentration number of the visitor in each visitor behavior image in the playing item;
wherein the hand behaviors corresponding to the tourists are played in a non-focused mode, and comprise mobile phone playing, snack eating and the like;
b3, based on the number of the tourists concentrating on the playing and the number of the tourists not concentrating on the playing in the behavior images of the tourists in the playing items, calculating the formula
Calculating to obtain the concentration rate delta of the tourists corresponding to each playing item i Wherein j is a number corresponding to each guest behavior image in each playing item, and j =1,2 ij Expressed as the number of the concentration tourists corresponding to the jth tourist behavior image in the ith item of the target scenic spot, R ij Is represented as the corresponding number of non-concentration tourists, K 'in the jth tourist behavior image in the ith item of the target scenic spot' i The reference concentration ratio corresponding to each playing item in the set target scenic spot is shown.
The specific analysis process of the popularity index corresponding to each playing item in the target scenic spot is as follows:
using a formula of calculation
Calculating to obtain a heat index eta corresponding to each playing item in the target scenic spot i Wherein, phi' i Standard visitor saturation, δ ', expressed as ith Play item of target scenic spot' i The standard visitor concentration rate corresponding to the ith playing item of the target scenic spot is represented, and a1 and a2 are respectively represented as the playing item popularity evaluation influence weight corresponding to the visitor saturation and the visitor concentration rateAnd a1+ a2=1.
The scenic spot project safety analysis module is used for acquiring actions of tourists in various devices of various playing projects of the target scenic spot through the high-definition cameras arranged in the various devices of the playing projects of the target scenic spot, and extracting a maintenance record and a service life of each playing project of the target scenic spot from the database, so that the equipment safety index corresponding to each playing project in the target scenic spot is obtained through analysis.
The above analysis obtains the device safety index corresponding to each play item in the target scenic spot, and the specific analysis process is as follows:
dividing the video of the game behavior of the tourists collected in each game item device of the target scenic spot into game behavior action images, extracting the game behavior actions of the games in each game item device of the target scenic spot, analyzing the game behavior action images to obtain the game behavior safety index corresponding to each tourists in each game item of the target scenic spot, and recording the game behavior safety index as beta id Wherein d represents a number corresponding to each guest, and d =1, 2.. P;
according to the maintenance record and the service life of each play item in the target scenic spot, respectively analyzing and obtaining the maintenance evaluation coefficient of each play item in the target scenic spot and the service life evaluation coefficient of each play item in the target scenic spot, and respectively recording the maintenance evaluation coefficient and the service life evaluation coefficient as theta i And
based on the game behavior safety index corresponding to each visitor in each playing item of the target scenic spot, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item of the target scenic spot, the calculation formula is utilized
Calculating to obtain the equipment safety index tau corresponding to each playing item in the target scenic spot i Wherein b1, b2 and b3 respectively represent the game behavior safety index corresponding to each visitor in each playing item, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item in the target scenic spot, and b1+ b2+ b3= the influence factor corresponding to each of the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item, and1。
the above-mentioned game behavior safety index corresponding to each visitor in each playing item of the target scenic spot has a specific analysis process as follows:
comparing each game behavior action of the game in each playing item device of the target scenic spot with the corresponding guest dangerous behavior action of the target scenic spot in each playing item device stored in the database, if the game behavior action of a guest in a playing item is matched and matched with the corresponding guest dangerous behavior action in the playing item device, judging that the playing behavior of the guest in the playing item is dangerous, further recording the corresponding playing safety index of the guest in the playing item as alpha, otherwise, judging that the playing behavior safety behavior of the guest in the playing item is corresponding, and recording the corresponding playing safety index of the guest in the playing item as alpha', thereby obtaining the corresponding game behavior safety index beta of each guest in each playing item of the target scenic spot id ，β id Is alpha or alpha ', and alpha'>α。
According to the embodiment of the invention, the real playing data of the tourists in the playing project process is shown by collecting and analyzing the game behavior and actions of the game in the playing project equipment of the tourists in the target scenic spot, so that the negative influence of malicious evaluation on the scenic spot is avoided to a certain extent, and meanwhile, the authenticity of the scenic spot evaluation result is ensured.
The maintenance evaluation coefficient of each play item in the target scenic spot is calculated according to the following formula:
extracting the maintenance times and times corresponding to each playing item in the target scenic spot according to the maintenance record table of each playing item in the target scenic spot, and utilizing a calculation formula
Calculating and obtaining the maintenance evaluation coefficient theta of each playing item in the target scenic spot i Wherein Q is i Is expressed as the maintenance times, Q ', of each item played in the target scenic spot' i Expressed as the permitted maintenance times, W, corresponding to each play item of the stored target scenic spot i Is shown asNumber of maintenance times, W ', of each item played in target scenic spot' i Expressed as standard maintenance frequency corresponding to each playing item of the stored target scenic spot, h1 and h2 are respectively expressed as influence weights corresponding to the maintenance frequency and the maintenance frequency of each playing item of the set target scenic spot, and h1+ h2=1.
The service life evaluation coefficient of each playing item in the target scenic spot is calculated according to the following formula:
extracting the service life corresponding to each playing item in the target scenic spot according to the service life of each playing item in the target scenic spot, and utilizing a calculation formula
Calculating to obtain the service life evaluation coefficient of each playing item in the target scenic spot
Wherein N is i Is expressed as the service life, N 'of each play item device in the target scenic spot' i Indicating the permitted usage age corresponding to each play item of the stored target scenic spot.
According to the embodiment of the invention, the game behavior safety index, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item in each playing item of the target scenic spot are obtained, the equipment safety index corresponding to each playing item in the target scenic spot is obtained through comprehensive analysis and calculation, and the equipment safety of each playing item in the target scenic spot is analyzed through multiple dimensions, so that the representativeness and the reference of the equipment safety detection result are improved, the equipment safety comprehensive analysis of each playing item in the target scenic spot is realized, and further, data support is provided for the maintenance of each playing item in the subsequent target scenic spot.
And the comprehensive assessment display module of the scenic spot is used for comprehensively calculating a comprehensive experience assessment index corresponding to the target scenic spot according to the popularity index corresponding to each playing item of the target scenic spot and the equipment safety index corresponding to each playing item, and displaying the comprehensive experience assessment index in a background.
The above-mentioned comprehensive experience evaluation index corresponding to the target scenic spot has the following specific analysis process:
according to the popularity index corresponding to each playing item in the target scenic spot and the equipment safety index corresponding to each playing item, a calculation formula is utilized
Calculating to obtain a comprehensive experience evaluation index corresponding to the target scenic spot
Wherein c1 and c2 are respectively expressed as coefficient factors corresponding to the popularity index corresponding to each playing item of the target scenic spot and the equipment safety index corresponding to each playing item, and c1+ c2=1.
And the scenic spot project early warning terminal is used for sending an early warning instruction to a safety manager corresponding to a certain playing project of the target scenic spot to perform early warning when the equipment safety index corresponding to the playing project reaches an early warning value.
The database is used for storing standard tourist saturation of each playing item of the target scenic spot, standard tourist concentration rate corresponding to each playing item, each reference concentration hand behavior corresponding to each playing item, and name and position corresponding to each playing item, and is also used for storing dangerous behavior actions of the tourists corresponding to the target scenic spot in each playing item device and maintenance record tables and service life corresponding to each playing item of the target scenic spot.
According to the scenic spot tourism evaluation analysis system based on the scenic spot tourism platform, the evaluation coefficients corresponding to the various playing items of the target scenic spot are obtained through analysis by obtaining the popularity of the various playing items of the target scenic spot, the actions of tourists in various devices of the various playing items, the maintenance record table and the service life of the various playing items, and then the comprehensive scenic spot state of the target scenic spot is evaluated.
The foregoing is merely exemplary and illustrative of the principles of the present invention and various modifications, additions and substitutions of the specific embodiments described herein may be made by those skilled in the art without departing from the principles of the present invention or exceeding the scope of the claims set forth herein.
Claims (10)
1. The utility model provides a tourism evaluation analytic system based on scenic spot tourism platform which characterized in that: the system comprises a scenic spot project passenger flow monitoring module, a scenic spot project passenger flow analysis and guide module, a scenic spot project heat analysis module, a scenic spot project safety analysis module, a scenic spot comprehensive evaluation display module, a scenic spot safety early warning terminal and a database;
the scenic spot project passenger flow monitoring module is used for collecting passenger flow corresponding to each playing project of a target scenic spot through an infrared passenger flow counter arranged in an entrance area where each playing project of the target scenic spot is located, numbering each playing project in the target scenic spot according to a preset sequence, sequentially marking the number as 1,2,. I,. M, and sending the collected passenger flow of each playing project of the target scenic spot to the scenic spot project passenger flow analysis and guide module;
the scenic spot project passenger flow volume analysis and guidance module is used for analyzing the passenger flow volume corresponding to each playing project of the target scenic spot according to the received passenger flow volume corresponding to each playing project of the target scenic spot, so that the saturation of the tourists of each playing project of the target scenic spot is obtained, the number of saturated projects of the target scenic spot is confirmed, and the tourists are guided to each saturated project;
the scenic spot project popularity analysis module is used for carrying out video acquisition on the playing behaviors of the tourists through cameras arranged in the region where each playing project of the target scenic spot is located, so that the tourists concentration rate corresponding to each playing project is obtained through analysis, and then the popularity index corresponding to each playing project of the target scenic spot is obtained through comprehensive analysis according to the passenger flow corresponding to each playing project and the tourists concentration rate corresponding to each playing project;
the scenic spot project safety analysis module is used for acquiring actions of tourists in various devices of various playing projects of a target scenic spot through high-definition cameras arranged in various devices of various playing projects of the target scenic spot, and extracting a maintenance record and a service life of each playing project of the target scenic spot from a database, so that equipment safety indexes corresponding to various playing projects in the target scenic spot are obtained through analysis;
the scenic spot comprehensive evaluation display module is used for comprehensively calculating a comprehensive experience evaluation index corresponding to the target scenic spot according to the popularity index corresponding to each playing item of the target scenic spot and the equipment safety index corresponding to each playing item, and performing background display;
the scenic spot project early warning terminal is used for sending an early warning instruction to a safety manager corresponding to a play project of a target scenic spot to perform early warning when the equipment safety index corresponding to the play project reaches an early warning value;
the database is used for storing standard tourist saturation of each playing item of the target scenic spot, standard tourist concentration rate corresponding to each playing item, reference concentration hand behaviors corresponding to each playing item and names and positions corresponding to each playing item, and is also used for storing dangerous behavior actions of the tourists corresponding to the target scenic spot in each playing item device and maintenance record tables and service life corresponding to each playing item of the target scenic spot.
2. The tourism evaluation analysis system based on the scenic spot tourism platform according to claim 1, characterized in that: the specific analysis process of the guest saturation of each playing item in the target scenic spot comprises the following steps:
a1, recording the passenger flow of each playing item in the acquired target scenic spot as E i Wherein i represents a number corresponding to each playing item in the target scenic spot, and i =1, 2.... M;
a2, using a calculation formula
Calculating to obtain the guest saturation phi of each playing item in the target scenic spot i Of which is E' i Showing the amount of permitted passenger traffic for each play item in the set target scenic spot.
3. The tourism evaluation analysis system based on the scenic spot tourism platform as claimed in claim 2, wherein: the method comprises the following steps of confirming the number of saturated projects of a target scenic spot, and guiding tourists for each saturated project, wherein the specific execution process comprises the following steps:
comparing the saturation of the tourists of each playing item in the scenic spot with the standard saturation of each playing item in the target scenic spot stored in the database, if the saturation of the tourists corresponding to a certain playing item in the target scenic spot is greater than or equal to the standard saturation of the playing item in the target scenic spot, judging the playing item as a saturated item, otherwise, judging the playing item as an idle item, counting to obtain the number of saturated items and the number of idle items in the target scenic spot, and extracting the numbers corresponding to the saturated items and the idle items;
extracting corresponding guest saturation degrees corresponding to the idle items based on the numbers corresponding to the idle items, sequencing the guest saturation degrees corresponding to the idle items from small to large to obtain a display sequence corresponding to the idle items, and extracting names and positions corresponding to the idle items from a database according to the numbers corresponding to the idle items;
and based on the numbers corresponding to the saturated items, extracting the positions corresponding to the saturated items, the broadcasting equipment and the numbers corresponding to the LED display screens in the positions corresponding to the saturated items from the database, and starting the corresponding LED display screens and the broadcasting equipment in the positions of the saturated items to sequentially display and broadcast according to the display sequence, the name and the positions corresponding to the idle items, so as to guide the tourists in the saturated items.
4. The tourism evaluation analysis system based on the scenic spot tourism platform according to claim 1, characterized in that: the specific analysis process of the concentration rate of the tourists corresponding to each playing item comprises the following steps:
b1, dividing the video of the playing behavior in the area where each playing item in the target scenic spot is located into images of each playing behavior according to a preset time length;
b2, identifying the number of tourists from each playing behavior image, focusing each playing behavior image on the hand position of each visitor to obtain the hand behaviors corresponding to each visitor, matching and comparing the hand behaviors with reference concentration hand behaviors corresponding to each playing item stored in a database, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are successfully matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is concentrated on the visitor, if the hand behaviors corresponding to each visitor in a certain visitor behavior image in the playing item are failed to be matched with the reference concentration playing hand behaviors in the playing item, judging that the visitor in the visitor behavior image in the playing item is a non-concentration visitor, and counting the corresponding playing number and the non-concentration number of the visitor in each visitor behavior image in the playing item;
b3, based on the number of the tourists concentrating on the playing and the number of the tourists not concentrating on the playing in the behavior images of the tourists in the playing items, calculating the formula
Calculating to obtain the concentration rate delta of the tourists corresponding to each playing item i Wherein j is a number corresponding to each guest behavior image in each playing item, and j =1,2 ij Expressed as the number of the corresponding concentration tourists in the j-th tourist behavior image in the ith item of the target scenic spot, R ij Is represented as the corresponding number of non-concentration tourists, K ', in the j-th tourist behavior image in the ith item of the target scenic spot' i And showing the reference concentration ratio corresponding to each playing item in the set target scenic spot.
5. The scenic spot travel platform based travel evaluation analysis system of claim 1, wherein: the specific analysis process of the popularity index corresponding to each playing item in the target scenic spot is as follows:
using a formula of calculation
Calculating to obtain a heat index eta corresponding to each playing item in the target scenic spot i Wherein, phi' i Standard visitor saturation, δ 'expressed as the ith play item of the target scenic spot' i The standard visitor concentration rate corresponding to the ith playing item of the target scenic spot is expressed, a1 and a2 are respectively expressed as the playing item popularity evaluation influence weight corresponding to the visitor saturation and the visitor concentration rate, and a1+ a2=1.
6. The scenic spot travel platform based travel evaluation analysis system of claim 1, wherein: the equipment safety index corresponding to each playing item in the target scenic spot is obtained through analysis, and the specific analysis process is as follows:
dividing the video of the game behavior of the tourists collected in each playing item device of the target scene area into each game behavior action image, extracting each game behavior action of the game in each playing item device of the target scene area from the video, analyzing and obtaining the game behavior safety index corresponding to each tourists in each playing item of the target scene area, and recording the game behavior safety index as beta id Wherein d represents a number corresponding to each guest, and d =1, 2.. A.p;
according to the maintenance record and the service life of each play item in the target scenic spot, respectively analyzing and obtaining the maintenance evaluation coefficient of each play item in the target scenic spot and the service life evaluation coefficient of each play item in the target scenic spot, and respectively recording the maintenance evaluation coefficient and the service life evaluation coefficient as theta i And
based on the game behavior safety index corresponding to each visitor in each playing item of the target scenic spot, the maintenance evaluation coefficient and the service life evaluation coefficient of each playing item of the target scenic spot, the calculation formula is utilized
Calculating to obtain the equipment safety index tau corresponding to each playing item in the target scenic spot i Wherein, b1, b2 and b3 respectively represent the game behavior safety index corresponding to each visitor in each playing item, the maintenance evaluation coefficient and the service life evaluation coefficient corresponding to each playing item in the target scenic spot, and b1+ b2+ b3=1.
7. The tourism evaluation analysis system based on the scenic spot tourism platform of claim 6, wherein: the game behavior safety index corresponding to each visitor in each playing item of the target scenic spot specifically comprises the following analysis processes:
comparing each game behavior action of the game in each playing item device of the target scenic spot with the corresponding guest dangerous behavior action of the target scenic spot in each playing item device stored in the database, if the game behavior action of a guest in a playing item is matched and matched with the corresponding guest dangerous behavior action in the playing item device, judging that the playing behavior of the guest in the playing item is dangerous, further recording the corresponding playing safety index of the guest in the playing item as alpha, otherwise, judging that the playing behavior safety behavior of the guest in the playing item is corresponding, and recording the corresponding playing safety index of the guest in the playing item as alpha', thereby obtaining the corresponding game behavior safety index beta of each guest in each playing item of the target scenic spot id ，β id Is alpha or alpha ', and alpha'>α。
8. The scenic spot travel platform based travel evaluation analysis system of claim 6, wherein: the maintenance evaluation coefficient of each playing item in the target scenic spot is specifically calculated by the following formula:
extracting the maintenance times and maintenance times corresponding to the playing items of the target scenic spot according to the maintenance record table of the playing items of the target scenic spot, and utilizing a calculation formula
Calculating and obtaining the maintenance evaluation coefficient theta of each playing item in the target scenic spot i Wherein Q is i Is expressed as the maintenance times, Q ', of each item played in the target scenic spot' i Expressed as the permitted maintenance times, W, corresponding to each play item of the stored target scenic spot i Expressed as the number of maintenance times, W, of each play item in the target scenic spot i ' is expressed as a standard maintenance frequency corresponding to each play item of the stored target scenic spot, h1 and h2 are expressed as influence weights corresponding to the maintenance frequency and the maintenance frequency of each play item of the set target scenic spot, respectively, and h1+ h2=1.
9. The tourism evaluation analysis system based on the scenic spot tourism platform of claim 6, wherein: the service life evaluation coefficient of each playing item in the target scenic spot is specifically calculated according to the following formula:
extracting the service life corresponding to each playing item in the target scenic spot according to the service life of each playing item in the target scenic spot, and utilizing a calculation formula
Calculating to obtain the service life evaluation coefficient of each playing item in the target scenic spot
Wherein N is i Is expressed as the service life, N 'of each game item device in the target scenic region' i Indicating the permitted usage age corresponding to each play item of the stored target scenic spot.
10. The tourism evaluation analysis system based on the scenic spot tourism platform according to claim 1, characterized in that: the comprehensive experience evaluation index corresponding to the target scenic spot is analyzed in the following specific process:
according to the popularity index corresponding to each playing item in the target scenic spot and the equipment safety index corresponding to each playing item, a calculation formula is utilized
Calculating to obtain a comprehensive experience evaluation index corresponding to the target scenic spot
Wherein c1 and c2 are respectively expressed as coefficient factors corresponding to the popularity index corresponding to each playing item of the target scenic spot and the equipment safety index corresponding to each playing item, and c1+ c2=1.
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