Amusement park management method and device
A management method and management device technology, applied in data processing applications, sensing record carriers, resources, etc., can solve the problems of a large number of management personnel, prone to errors, and large management costs, so as to improve overall efficiency, reduce management costs, and labor costs. The effect of reducing the number of interventions
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Embodiment 1
[0073] Such as figure 1 As shown, the amusement park management method provided in this embodiment may include:
[0074] Step S101, acquiring the number of tourists queuing corresponding to each target amusement facility.
[0075] Generally, there are a variety of amusement facilities in the playground, such as roller coasters, big pendulums, high-altitude vertical lifts, surf houses, etc. Tourists can choose their favorite amusement facilities according to their hobbies.
[0076] In this embodiment, it is first necessary to complete the counting of the queued tourists of each target amusement facility, and this counting process can be carried out through figure 2 The shown step S201 and step S202 are completed, and can also be completed by Figure 4 The steps S401 and S402 shown are completed.
[0077] Step S201, collecting images of the queue of tourists in front of the target amusement facility in real time through the camera.
[0078] One or more surveillance cameras ...
Embodiment 2
[0104] This embodiment provides a further solution on the basis of the amusement park management method provided in Embodiment 1. In this implementation, before step S104 determines the guiding scheme for transferring tourists from the first amusement facility to the second amusement facility, Also includes such as Figure 6 The process shown:
[0105] Step S601, obtaining the single running time of each target amusement facility;
[0106] Step S602, adjusting the corresponding first index according to the single running time of each target amusement facility to obtain an adjusted first index.
[0107] The adjusted first index is negatively correlated with the single running time, that is, the longer the single running time, the smaller the adjusted first index; conversely, the shorter the single running time, the adjusted first index is larger, in this embodiment, for the sake of simplicity, the quotient of the expected waiting time and the single running time may be used a...
Embodiment 3
[0112] This embodiment provides a further solution on the basis of the amusement park management method provided in Embodiment 1. In this implementation, step S104 determines that the guiding scheme for transferring tourists from the first amusement facility to the second amusement facility includes the following: Figure 7 The process shown:
[0113] Step S701, calculating the matching degree between each of the first amusement facilities and each of the second amusement facilities.
[0114] The matching degree is used to characterize the degree of similarity between two amusement facilities, and is determined by the type of the amusement facility, suitable crowd and thrilling degree.
[0115] The types of amusement facilities can be divided into sightseeing cars, scooters, overhead tour cars, gyroscopes, flying towers, carousels, self-controlled aircraft, water amusement facilities, unpowered amusement facilities, racing cars (similar to There are also small trains, bumper ...
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