CN116567403B

CN116567403B - Photo delivery method and device of self-help camera, electronic equipment and storage medium

Info

Publication number: CN116567403B
Application number: CN202310830494.5A
Authority: CN
Inventors: 朱锦钊; 王娇
Original assignee: Guangzhou Fangtu Technology Co ltd
Current assignee: Guangzhou Fangtu Technology Co ltd
Priority date: 2023-07-07
Filing date: 2023-07-07
Publication date: 2023-09-08
Anticipated expiration: 2043-07-07
Also published as: CN116567403A

Abstract

The application provides a photo throwing method, a photo throwing device, electronic equipment and a storage medium of a self-service photo taking machine, which are applied to the technical field of information processing, and are used for sending first prompt information about whether a user is willing to share after the user shoots a first photo, determining a pre-throwing mode according to content information of the first photo if the user agrees to share, acquiring a pre-throwing photo demand in the pre-throwing mode, sending second prompt information about whether to continuously shoot a second photo to the user when the number of the first photo is insufficient, generating a pre-throwing short photo according to the first photo and the second photo if the user agrees to shoot, and pushing the pre-throwing mode comprising the pre-throwing short photo to an operator. So as to achieve the beneficial effects that when propaganda is carried out on the self-help photo taking machine, the photos which can be selectively put in are various, the updating is convenient, the putting in content is rich, and the popularization of the self-help photo taking machine is facilitated.

Description

Photo delivery method and device of self-help camera, electronic equipment and storage medium

Technical Field

The present application relates to the field of information processing technologies, and in particular, to a method and an apparatus for delivering a photograph of a self-service camera, an electronic device, and a storage medium.

Background

The self-service camera on the market is controlled through intelligent light, and multiple backgrounds are switched, and AI beauty technique can provide the shooting experience of photo level for the user, simultaneously, the self-service camera still has multiple certificate to shoot concurrently, prints the function such as self-service, reaches the effect of multi-functional self-service shooting, all has the installation in a plurality of cities. Currently, in order to promote the self-service photo taking machine in a large amount, an operator usually adopts a mode of putting advertisements to attract clients, for example, selects to put exquisite photos specially made by the operator in places with large traffic of people such as a mall, a subway and the like, so as to attract the clients to take photos by using the self-service photo taking machine. The releasing mode requires that operators can make exquisite photos for releasing in advance, the photos can be selected from the photos made in advance during releasing, the selection range is small, frequent updating of the photos is difficult to achieve, in addition, when the operators conduct advertising with the photos, the content which can be presented by the photos is single, the photos lack of diversity, and the photos are not widely popularized by using a self-help photo taking machine.

Therefore, when the self-help photo taking machine is publicized in the prior art, the problems that the selectivity of the photo to be put in is small, the updating is difficult, the put-in content is single, and the popularization effect of the self-help photo taking machine is not ideal are solved.

Disclosure of Invention

In view of the shortcomings of the prior art, the application provides a photo delivery method and device of a self-help camera, electronic equipment and a storage medium, which are applied to the technical field of information processing. After the user willingness to share the first photo is obtained, the content information of the first photo is analyzed to determine the pre-release mode of the photo. And then acquiring the demand of the pre-cast photos in the pre-cast mode, if the number of the first photos is smaller than the demand of the pre-cast photos, reminding the user to continuously shoot the second photos so that the number of the photos available for casting acquired by the equipment meets the demand of making the short photos, if the user does not agree to continuously shoot, storing the first photos in a photo material library for standby, and if the user agrees to agree, generating the pre-cast short photos by the first photos and the second photos, and pushing the pre-cast short photos to an operator to improve the popularization effect.

In a first aspect, the present application provides a method for delivering photos of a self-service camera, the method comprising the steps of:

a1: after the user takes the first photo, sending first prompt information of whether the user is willing to share the first photo or not;

A2: when first feedback information which is fed back by a user according to the first prompt information and is willing to share the first photo is received, acquiring content information of the first photo, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age bracket information;

a3: determining a pre-release mode of the first photo according to the content information, wherein the pre-release mode comprises at least one of release time, release place and release frequency;

a4: acquiring a pre-release photo demand corresponding to a pre-release mode;

a5, when the number of the first photos is smaller than the demand of the pre-put photos, calculating the difference value of the number of the first photos and the demand of the pre-put photos;

a6: sending second prompt information of a second photo, which is equal to the difference of the photos and is different from the first photo in portrait posture information, to a user;

a7: acquiring second feedback information fed back by the user according to the second prompt information, and storing the first photo in a photo material library when the second feedback information is that the user is unwilling to take the second photo;

a8: when the second feedback information is that the user is willing to take a second photo, acquiring the second photo;

A9: and generating pre-cast short pieces according to the second photos and the first photos, and pushing a pre-cast mode comprising the pre-cast short pieces to an operator.

According to the photo throwing method of the self-service photo taking machine, after the user takes the first photo, the self-service photo taking machine sends the first prompt information to the user, then obtains the first feedback information which is fed back by the user according to the first prompt information and is willing to share or not, when the first feedback information is willing to share, obtains the content information of the first photo, analyzes according to the content information to obtain the pre-throwing mode of the first photo corresponding to the content information, and adopts the photo which the user is willing to share for popularization, so that the cost of specially manufacturing propaganda photos can be saved, and determines the pre-throwing mode aiming at the content information of the first photo, and the pertinence of propaganda can be improved. Comparing the quantity of the first photos with the pre-throwing photo demand quantity corresponding to the pre-throwing mode, when the quantity of the first photos is smaller than the pre-throwing photo demand quantity, the quantity of the first photos is insufficient to form short photos for throwing propaganda, throwing conditions are not met, the photo difference quantity of the first photos and the pre-throwing photo demand quantity can be calculated, second prompt information of whether the user is willing to shoot a second photo or not is sent to the user, then second feedback information fed back by the user according to the second prompt information is obtained, when the second feedback information is unwilling to shoot the second photo, the first photo is stored in a photo material library, the material library which can be used for throwing the photo can be effectively enriched, and timely updating of the throwing photo is facilitated; when the user is willing to take the second photo, the second photo is obtained, the pre-release short photo can be generated according to the second photo and the first photo so as to enrich the diversity of advertisement propaganda, and then the pre-release mode comprising the pre-release short photo is pushed to the operator so as to facilitate the advertisement to be released to the operator according to the pushed pre-release mode. Therefore, the method has the beneficial effects that when the self-help photo taking machine is publicized, the photos which can be selectively put in are various, the updating is convenient, the putting in content is rich, and the popularization of the self-help photo taking machine is facilitated.

Preferably, in the photo delivery method of a self-service camera provided by the present application, after the step A7, the method further includes:

a71: obtaining a photo to be released corresponding to a pre-releasing mode of the first photo from a photo material library;

and A72, when the sum of the first photo and the number of the photos to be put is greater than or equal to the demand of the pre-put photos, generating a second pre-put short-photo according to the first photo and the photos to be put, and pushing a pre-put mode comprising the second pre-put short-photo to an operator.

When the sum of the first photo and the number of the to-be-put photos is larger than or equal to the demand of the to-be-put photos, the to-be-put photos can be selected from the to-be-put photos to form second to-be-put short photos, the to-be-put mode comprising the second to-be-put short photos is pushed to an operator, the time for manufacturing the photos is saved, and the to-be-put photos and the first photo in the photo material library to form second to-be-put short photos, so that the diversity of put contents can be enriched, and the utilization rate of the photos is improved.

Preferably, in the photo delivery method of a self-service camera provided by the present application, the step A8 includes:

A81: when the second feedback information is that the user is willing to take a second photo, pushing a shooting template which is the same as the subject information of the first photo to the user;

a82: obtaining a to-be-selected photo continuously shot by a plurality of users according to a shooting template;

a83: and screening out the to-be-selected photos with the same quantity as the difference value of the photos according to the plurality of to-be-selected photos, wherein the to-be-selected photos with different portrait posture information from the first photo are second photos.

In order to ensure that the second photo continuously shot by the user can be shot in a pre-shooting mode of the first photo, when the user is willing to shoot the second photo, a shooting template which is the same as the subject information of the first photo is pushed to the user, meanwhile, the shooting template is provided for the user by the equipment, and the shooting efficiency of the user can be improved. When a user shoots by using the shooting template, a plurality of to-be-selected photos can be shot, the equipment identifies the portrait posture information of each to-be-selected photo, and selects a sufficient number of to-be-selected photos which are different from the portrait posture information of the first photo as second photos so as to enrich the content for putting the photos.

Preferably, in the photo delivery method of a self-service camera provided by the present application, the step A3 includes:

A31: according to the corresponding analysis of each item of content information, obtaining a plurality of alternative delivery modes of the first photo corresponding to the content information;

a32: acquiring a first delivery schedule of short pieces to be delivered corresponding to each alternative delivery mode;

a33: and screening out the optimal alternative delivery mode according to the first delivery arrangement plan to serve as a pre-delivery mode of the first photo.

In order to obtain the preferred pre-release mode, multiple corresponding alternative release modes can be obtained according to each item of content information in the first photo, each alternative release mode corresponds to a first release schedule of short photos to be released, and if the number of short photos to be released in the first release schedule is smaller or the release waiting time of the first photo is shorter, the alternative release mode corresponding to the first release schedule can be preferably used as the pre-release mode, so that the pre-release mode of the first photo can be screened out according to the first release schedule.

Preferably, in the photo delivery method of a self-service camera provided by the present application, the step a33 includes:

a331, respectively acquiring the number of various short pieces to be released corresponding to a plurality of alternative releasing modes in the first releasing schedule according to the first releasing schedule;

A332, comparing the number of the short pieces to be put, and correspondingly obtaining the alternative putting mode with the minimum number of the short pieces to be put as the pre-putting mode.

Preferably, in the photo delivery method of a self-service camera provided by the present application, the step a33 further includes:

a333: according to the first delivery arrangement plan, respectively acquiring the delivery waiting time of a plurality of alternative delivery modes of the first photo;

a334: and comparing the throwing waiting time, and correspondingly acquiring the alternative throwing mode with the shortest throwing waiting time as the pre-throwing mode of the first photo.

Preferably, in the photo delivery method of a self-service camera provided by the present application, the step a31 includes:

a311, acquiring a delivery place corresponding to the theme information in a preset range according to the theme information of the first photo, wherein the theme information comprises parent-child themes;

a312, determining the delivery time according to the crowd active time of the delivery place;

and A313, analyzing according to the delivery place and the delivery time to obtain an alternative delivery mode of the first photo.

In a second aspect, the present application provides a photo delivery device for a self-service camera, the device comprising:

the first reminding module is: the method comprises the steps that after a user takes a first photo, first prompt information of whether the user is willing to share the first photo is sent to the user;

A first acquisition module: when receiving first feedback information which is fed back by a user according to first prompt information and is willing to share the first photo, acquiring content information of the first photo, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age group information;

an analysis and determination module: the method comprises the steps of determining a pre-release mode of a first photo according to content information, wherein the pre-release mode comprises at least one of release time, release place and release frequency;

and a second acquisition module: the method comprises the steps of obtaining a pre-release photo demand corresponding to a pre-release mode;

the calculating module is used for calculating the difference value of the number of the first photos and the pre-putting photo demand when the number of the first photos is smaller than the pre-putting photo demand;

and a second reminding module: the second prompt information is used for sending second pictures which are equal to the pictures in number and different from the first pictures in terms of portrait posture information or not to the user;

and a third acquisition module: the method comprises the steps of acquiring second feedback information fed back by a user according to second prompt information, and storing a first photo in a photo material library when the second feedback information is that the user is unwilling to take the second photo;

A fourth acquisition module: the method comprises the steps that when second feedback information is that a user is willing to take a second photo, the second photo is obtained;

pushing and delivering module: and the pre-release method is used for generating pre-release short pictures according to the second pictures and the first pictures and pushing the pre-release modes comprising the pre-release short pictures to operators.

In a third aspect, the application provides an electronic device comprising a processor and a memory storing computer readable instructions which, when executed by the processor, perform the steps of the method as provided in the first aspect above.

In a fourth aspect, the present application provides a computer readable storage medium having stored thereon a computer program which when executed by a processor performs the steps of the method as provided in the first aspect above.

The beneficial effects are that: according to the photo throwing method, the device, the electronic equipment and the storage medium of the self-service photo taking machine, after the user takes the first photo, the self-service photo taking machine sends the first prompt information to the user, then the first feedback information which is fed back by the user according to the first prompt information and is willing to share is obtained, when the first feedback information is willing to share, the content information of the first photo is obtained, the pre-throwing mode of the first photo corresponding to the content information is obtained according to the content information analysis, the photo which the user is willing to share is adopted for popularization, the cost for specially manufacturing propaganda photos can be saved, and the pre-throwing mode is determined according to the content information of the first photo, so that the pertinence of propaganda can be improved. Comparing the quantity of the first photos with the pre-throwing photo demand quantity corresponding to the pre-throwing mode, when the quantity of the first photos is smaller than the pre-throwing photo demand quantity, the quantity of the first photos is insufficient to form short photos for throwing propaganda, throwing conditions are not met, the photo difference quantity of the first photos and the pre-throwing photo demand quantity can be calculated, second prompt information of whether the user is willing to shoot a second photo or not is sent to the user, then second feedback information fed back by the user according to the second prompt information is obtained, when the second feedback information is unwilling to shoot the second photo, the first photo is stored in a photo material library, the material library which can be used for throwing the photo can be effectively enriched, and timely updating of the throwing photo is facilitated; when the user is willing to take the second photo, the second photo is obtained, the pre-release short photo can be generated according to the second photo and the first photo so as to enrich the diversity of advertisement propaganda, and then the pre-release mode comprising the pre-release short photo is pushed to the operator so as to facilitate the advertisement to be released to the operator according to the pushed pre-release mode. Therefore, the method has the beneficial effects that when the self-help photo taking machine is publicized, the photos which can be selectively put in are various, the updating is convenient, the putting in content is rich, and the popularization of the self-help photo taking machine is facilitated.

Drawings

Fig. 1 is a schematic flow chart of a photo delivery method of a self-service camera according to an embodiment of the present application.

Fig. 2 is a schematic structural diagram of a photo delivery device of a self-service camera according to an embodiment of the present application.

Fig. 3 is a schematic structural diagram of an electronic device provided by the present application.

Description of the reference numerals: 201. a first reminding module; 202. a first acquisition module; 203. an analysis determination module; 204. a second acquisition module; 205. a computing module; 206. a second reminding module; 207. a third acquisition module; 208. a fourth acquisition module; 209. pushing a throwing module; 3. an electronic device; 301. a processor; 302. a memory; 303. a communication bus.

Description of the embodiments

The following description of the embodiments of the present application will be made clearly and completely with reference to the accompanying drawings, in which it is apparent that the embodiments described are only some embodiments of the present application, but not all embodiments. The components of the embodiments of the present application generally described and illustrated in the figures herein may be arranged and designed in a wide variety of different configurations. Thus, the following detailed description of the embodiments of the application, as presented in the figures, is not intended to limit the scope of the application, as claimed, but is merely representative of selected embodiments of the application. All other embodiments, which can be made by a person skilled in the art without making any inventive effort, are intended to be within the scope of the present application.

It should be noted that: like reference numerals and letters denote like items in the following figures, and thus once an item is defined in one figure, no further definition or explanation thereof is necessary in the following figures.

The following disclosure provides many different embodiments or examples for accomplishing the objectives of the present application and solving the problems of the prior art. At present, when a self-help camera is popularized by factories on the market, specially-made exquisite photos are often put in places with large flow of people such as shopping malls, subways and squares, but the putting mode has the problems that the selectivity of the photos for putting is small, the photos are not easy to update, and the putting content is single. Aiming at the problem, the application provides a photo throwing method and device of a self-help camera, electronic equipment and a storage medium, which specifically comprise the following steps:

referring to fig. 1, an embodiment of the present application provides a photo delivery method of a self-service camera, which is applied to the technical field of information processing. After the user willingness to share the first photo is obtained, the content information of the first photo is analyzed to determine the pre-release mode of the photo. And then acquiring the demand of the pre-cast photos in the pre-cast mode, if the number of the first photos is smaller than the demand of the pre-cast photos, reminding the user to continuously shoot the second photos so that the number of the photos available for casting acquired by the equipment meets the demand of making the short photos, if the user does not agree to continuously shoot, storing the first photos in a photo material library for standby, and if the user agrees to agree, generating the pre-cast short photos by the first photos and the second photos, and pushing the pre-cast short photos to an operator to improve the popularization effect.

The photo throwing method of the self-service camera comprises the following steps:

a4: acquiring a pre-release photo demand corresponding to a pre-release mode;

In step A1, the first photo is included in a photo that is currently taken by the user using the self-service camera. In practical application, after the user finishes taking the first photo, the user clicks a button for completing shooting through the interactive interface, and when the self-help camera recognizes that the user triggers the button for completing shooting, the self-help camera sends a prompt box to the user, and displays first prompt information about whether the user is willing to share the first photo or not. The user can select yes or no according to own wish, the yes indicates that the user is willing to share the first photo, the no indicates that the user is unwilling to share the first photo, further, in order to improve the enthusiasm of user sharing, when the self-service photo taking machine sends the first prompt information, the first photo can be displayed on the interactive interface, the user can select a satisfactory photo from the first photo as the first photo willing to share, then click yes, in the process, the user can select all photos which are shot to be used as the first photo willing to share, and can select part of photos from the photos which are shot to be used as the first photo willing to share.

In step A2, the first feedback information includes a sharing wish of the user and a first photo that the user is willing to share. In practical application, after the user completes the selection of the first photo and clicks the "yes" (willing to share) interaction button, the self-service camera obtains the content information of the first photo according to the first feedback information fed back by the user, where the content information at least includes the subject information, shooting location information, portrait posture information, portrait gender information and portrait age information of the photo, and the image recognition module and the positioning module built in the self-service camera obtain the content information (the shooting location information is obtained by the positioning module, and other content information is obtained by the image recognition module). The first photo may include a plurality of different photos, such as different theme information and different portrait posture information, and in the actual use process, the user may include a plurality of photographers, so that the portrait gender information and the portrait age information of the plurality of first photos may also be different, and the self-service camera may respectively obtain the content information of the plurality of first photos.

In the step A3, the putting time refers to a time period in which the first photo can be put; the delivery place is in a delivery range selected in advance by an operator, and if the delivery range selected in advance by the operator is city M and city N, the delivery place is only selected in city M and city N; the release frequency is the number of times the first photo can be released in the release time, for example, the release time is 8 to 11 am on 16 days of 2023, 6 months, and the release frequency is 5 times.

In some preferred embodiments, in order to determine the most suitable pre-placement mode of the first photo, enhance pertinence of advertisement placement, and improve effectiveness of advertisement placement, the step A3 includes:

Wherein, the delivery mode corresponding to each item of content information is an alternative delivery mode. Each alternative delivery mode is correspondingly stored with short sheets to be delivered, the first delivery arrangement is designed as a set delivery mode of the short sheets to be delivered, for example, one alternative delivery mode in the first photos is to deliver the first photos on a parent square of an M1 area in a city M at a total delivery frequency of 20 times within the delivery time of 18:00 to 18:15 pm every day from 16 days of 6 months of 2023 to 16 days of 7 months of 2023. The self-service photo taking machine at least comprises two databases, namely photo putting libraries, used for storing generated short photos to be put in preparation, and another photo material library, used for storing first photos which are willing to share by users but are insufficient for generating the pre-put short photos. The self-service photo taking machine is obtained by inquiring in a photo delivery warehouse, under the same delivery mode, 20 groups of short photos to be delivered are reserved for delivery, the duration of each group of short photos to be delivered is 30s, and the first delivery schedule of the 20 groups of short photos to be delivered is 1 day to deliver 1. Similarly, an alternative delivery mode suitable for the first photo can be determined according to each item of content information of the first photo, from the alternative delivery mode, the alternative delivery mode with more suitable conditions can be further compared and selected as a pre-delivery mode, the delivery efficiency of the first photo is improved, and the maximization of the benefit of advertisement delivery of the first photo is realized.

0033. Wherein, in some specific embodiments, the a31 step comprises:

In practical application, the preset range is a range preset by an operator and capable of advertising. The determining the pre-delivery mode of the first photo according to the content information of the first photo may be determining a delivery location according to the subject information of the first photo, for example: if the subject information of the first photo is a parent-child subject, a putting place can be selected according to the parent-child subject, a parent-child park in a preset range, a surrounding square of the kindergarten, a community square and other places with more infants or children can be selected as the putting place, then the putting time can be selected according to the determined putting place, and in practical application, the putting time can be determined according to the determined people group active time in the putting place, such as the morning or evening. The method for determining the delivery time according to the crowd activity time of the delivery place can be as follows: and dispatching investigators by operators to research all the dischargeable places in a preset range, storing the sorted crowd activity time forms in the background of the self-help camera, wherein in the crowd activity time forms, the dischargeable places and the dischargeable time have a corresponding relationship, and after the dischargeable places are determined, the self-help camera can directly determine the dischargeable time according to the contents of the forms.

In some preferred embodiments, the delivery location may also be determined according to the information of the location of the first photo, for example, when the information of the location of the first photo is M1, when the photo is promoted, the first photo may be selected to be delivered to N1 point of a city different from M1 point, so as to protect privacy security of the user, considering privacy of the user (the user may not be willing to deliver the photo near the area where the user lives). Similarly, the delivery place and/or delivery time and/or delivery frequency can be respectively determined according to the portrait posture information, the portrait gender information and the portrait age bracket information. Thus, the corresponding alternative delivery mode can be determined according to each item of content information. For example, the releasing frequency of the first photo can be determined according to whether the portrait posture information is clear, and if the portrait in the portrait posture information is clear and correct, the releasing frequency of the first photo can be improved; the delivery location may also be selected according to portrait gender information, such as: if the sex information is female, the first photo can be selected to be put in a putting place with fewer female photos in a preset range, then the putting time is determined according to the determined active time of the group of people in the putting place, and further the putting frequency is determined according to the putting time and the duration of the short pieces; the time of putting in can also be determined according to the information of the portrait age range, if the portrait age range is identified to be between 7 and 10 years old, the time of holiday is summer holiday considering that the user at the stage is a child, so that the time of putting in can be determined to be between 7 and 8 months and between 1 and 2 months.

Wherein, in some specific embodiments, the a33 step comprises:

In practical application, in order to enrich the delivery content of each delivery location and ensure the diversity of delivering photos, an alternative delivery mode with the least number of short clips to be delivered can be selected as a pre-delivery mode, for example: an alternative delivery mode of the first photo is as follows: the delivery time is 2023, 6, 16, to 2023, 7, 16, 18:00 to 18:15 afternoon, and the delivery place is M1; the self-service photo taking machine obtains 30 groups of short pictures to be put in, which are stored in the database under the same putting mode. In another alternative delivery mode, the delivery time of the first photo is 2023, 6, 16, and 2023, 7, 16, and 18:00 to 18:15 pm every day, and the delivery place is N1 point; in this way, the self-service photo taking machine obtains 5 groups of short photos to be put in, and in order to improve the diversity of the N1 point put in content, the first photo can be put in the N1 point.

Wherein, in other preferred embodiments, the a33 step comprises:

In order to ensure the novel effect of advertisement delivery, the advertisement should be updated in time, so after the first photo available for delivery is obtained, the first photo needs to be delivered in time, and when the pre-delivery mode is selected, the alternative delivery mode with the shortest delivery waiting time length is obtained as the pre-delivery mode of the first photo. For example: an alternative delivery mode of the first photo is as follows: the administration time is 2023, 6 months, 16 days to 2023, 7 months, 16 days, 18:00 to 18:15 afternoon each day, the administration place is M2 points, and the administration frequency is 20 times. The self-service photographing device obtains 20 groups of short pictures to be put in the same mode from the database, the duration of the short pictures to be put in is 30s, the first putting schedule is to put in a group of short pictures to be put in each day, and the self-service photographing device can calculate that the putting waiting duration of the first pictures is 20 days. In another alternative delivery mode of the first photo, the delivery time is 2023, 6 months, 16 days to 2023, 7 months, 16 days, 18:00 to 18:15 pm each day, the delivery place is N2 points, the delivery frequency is 10 times, the number of short photos to be delivered in the mode is 20 groups, the duration of the short photos to be delivered is 30s, the first delivery schedule is to deliver two groups of short photos to be delivered each day, and the delivery waiting duration of the first photo is 10 days. In the same way, each alternative delivery mode can be calculated to correspond to one delivery waiting time, and the alternative delivery mode with the shortest delivery waiting time can be selected from the alternative delivery modes as the pre-delivery mode of the first photo, so that the delivery efficiency of the first photo is improved.

In other specific embodiments, under the condition of comprehensively considering the advertisement cost, the situation that the number of short pieces to be put is large and the waiting time is long can also exist, and at this time, the alternative putting mode with the waiting time is selected as the pre-putting mode. For example: in practical application, the M3 point advertisement putting cost is high, and the N3 point advertisement putting cost is low. For cost reasons for advertisement delivery, when the operator purchases the advertisement delivery time, the advertisement delivery time at M3 point will be less than the advertisement delivery time at N3, e.g., the operator purchases any ten consecutive days at M3 point, delivers advertisements in the time period of 18:00 to 18:15 pm every day, purchases any 30 consecutive days at N3 point, advertisement is put in the time period of 18:00 to 18:15 in afternoon every day, in order to enrich propaganda content as much as possible, an operator sets shorter short-cut short-cuts in a charging expensive M3 point, for example, one group of short-cut short-cuts is 6 seconds in duration, and the frequency of each group of short-cut short-cuts is 10 times, so that more groups of short-cuts are put in the shorter putting time as much as possible; and setting short pieces with longer time length at the N3 point with relatively low cost, for example, setting the time length of one group of short pieces to be 30s, and setting the frequency of each group of short pieces to be 20 times, so that the photos can be fully promoted. In the two different alternative throwing modes, the short pieces to be thrown in the M3 point are 30 groups, the short pieces to be thrown in the N3 point are 10 groups, the throwing waiting time of the first photo thrown in the M3 point is 2 days, the throwing waiting time of the first photo thrown in the B3 point is 10 days, the number of the short pieces to be thrown in the M3 point is more than the number of the short pieces to be thrown in the N3 point by comparison, but the throwing waiting time of the first photo thrown in the M3 point is less than the throwing waiting time of the first photo thrown in the N3 point, and the N3 point with shorter throwing waiting time can be selected from the throwing waiting time as the throwing place of the first photo.

In other preferred embodiments, the delivery waiting time of the first photo in each alternative delivery mode may also be determined according to a specific holiday or activity in actual application, for example: the operator sets the priority of the short pictures to be put according to the recent special holiday or activity (for example, taking the father as the special holiday), for example, the putting priority of the photos with the specified subject information as the father is higher than the putting priority of the photos with other subject information. The self-service photo taking machine identifies that the theme information of the first photo is a father-node theme, various alternative delivery modes determined according to the content information relate to relevant delivery places of the father node, delivery time and delivery frequency, in one alternative delivery mode, for example, in the delivery mode, if the delivery place is M4, short sheets to be delivered of M4 points do not exist in short sheets to be delivered related to the father-node theme, in another alternative delivery mode, the delivery place is N4 points, short sheets of 5 groups of father-node themes exist in the short sheets to be delivered of N4 points, the method can judge according to the delivery priority set by an operator in advance, when the first photo is delivered in the alternative delivery mode corresponding to the M4 points, the duration of delivery waiting is the least (the priority is the highest without waiting), when the first photo is delivered in the alternative delivery mode corresponding to the N4 points, after the first photo is delivered, the first photo can be delivered only after the 5 groups of father-node themes are delivered, the waiting duration corresponding to the other alternative delivery modes is calculated according to the same mode, and the duration of the first photo can be used as the first photo delivery duration of the first photo.

In step A4, the obtaining manner of the demand of the pre-cast photo may be: the method comprises the steps that an operator investigates in a preset throwing range in advance and obtains advertisement throwing expense prices of throwing places in the preset throwing range, in a throwing place with high expense, the operator can set throwing shortages with short time to throw richer photo contents in a limited throwing time, in a throwing place with low expense, the operator can set throwing shortages with long time so that photos are fully exposed, and a shortages duration table is formulated according to the set shortages, wherein in order to ensure that the photos can be captured into clear pictures by human eyes during throwing, the stay time of each photo for forming the shortages in the shortages is at least 0.5s (the stay time can be set to any value by the operator according to actual conditions), and the pre-throwing photo demand required by throwing the shortages in each throwing place can be calculated according to the duration of the shortages and the stay time of the photos. If the length of the short film put in the M1 point is 6s, each photo in the short film stays for 0.5 seconds, and the pre-put photo demand corresponding to the mode is 12. And storing the preset short-film duration table in a database of the automatic photographing machine, determining the short-film duration according to the putting place in the pre-putting mode after determining the pre-putting mode of the first photo, and inquiring the demand of the pre-putting photo.

In step A5, when the number of the first photos is smaller than the pre-cast photo demand, a photo difference between the number of the first photos and the pre-cast photo demand is calculated, so that the subsequent self-service photo taking machine can obtain enough photos to form a short photo capable of being cast. It can be understood that after the step A4, when the number of the first photos is greater than or equal to the pre-cast photo requirement, photos with the number equal to the pre-cast photo requirement can be directly selected from the first photos to directly form pre-cast short photos, and a pre-cast mode including the pre-cast short photos is pushed to an operator.

In step A6, in order to finally form a short film with uniform style but changed style, when the number of the first photos is insufficient to generate the pre-cast short film, the self-service photo taking machine can send a second prompt message in the form of a prompt box to the user, wherein the second prompt message is whether the second photo with the same number as the difference value of the photos is willing to be taken or not and the portrait posture information is different from the first photo. In order to improve the enthusiasm of the user for shooting, remark information can be sent in the process, and the remark information can be: if the user is willing to take the second photo, a certain taking preference can be provided for the user, and a specific preference mode can be formulated by an operator. By the aid of the method for encouraging the user to take the second photo, enough photo materials which can be put in can be obtained, and the turnover of the self-service photo taking machine can be improved.

In step A7, the user may select the "yes" or "no" button through the interactive interface to feedback the second feedback information about whether the user is willing to take the second photo, and if the user is unwilling to take the second photo, the first photo may be stored in the photo material library, so as to facilitate timely update of the released photo.

0046. In some specific embodiments, in order to better utilize the materials in the photo material library, the step A7 further includes:

In practical application, the photos to be put corresponding to the pre-putting mode of the first photo can be obtained from the photo material library, when the sum of the first photo and the number of the photos to be put is greater than or equal to the demand of the photos to be put, a sufficient number of photos and the first photo can be selected from the photos to be put to form second pre-putting short photos, the pre-putting mode including the second pre-putting short photos is pushed to an operator, the time for manufacturing the photos is saved, the photos to be put and the first photo in the photo material library are utilized to form the second pre-putting short photos, the diversity of put contents can be enriched, and the utilization rate of the photos is improved.

In step A8, when the user wishes to take the second photograph, the self-service camera can obtain the second photograph, so as to facilitate the formation of the pre-cast short-cut with the first photograph.

Wherein, in some preferred embodiments, in order to facilitate obtaining uniform style photos, forming consecutive tabs, the step A8 includes:

In practical application, in order to ensure that the second photo continuously shot by the user can be shot in a pre-shot mode of the first photo, when the user is willing to shoot the second photo, a shooting template which is the same as the subject information of the first photo is pushed to the user, meanwhile, the shooting template is provided for the user by the equipment, and the shooting efficiency of the user can be improved. When a user shoots by using the shooting template, a plurality of to-be-selected photos can be shot, the equipment identifies the portrait posture information of each to-be-selected photo, and selects a sufficient number of to-be-selected photos which are different from the portrait posture information of the first photo as second photos so as to enrich the content for putting the photos.

In the step A9, the pre-release short film is generated according to the second photo and the first photo, and a pre-release mode including the pre-release short film is pushed to an operator, so that the operator can determine whether to release according to a mode recommended by the self-service camera, the pressure of manually making a release mode can be reduced, and the release efficiency is improved.

According to the photo throwing method of the self-service photo taking machine, after the user takes the first photo, the self-service photo taking machine sends the first prompt information to the user, then obtains the first feedback information which is fed back by the user according to the first prompt information and is willing to share or not, when the first feedback information is willing to share, obtains the content information of the first photo, analyzes according to the content information to obtain the pre-throwing mode of the first photo corresponding to the content information, and adopts the photo which the user is willing to share for popularization, so that the cost for specially manufacturing the propaganda photo can be saved, and determines the pre-throwing mode according to the content information of the first photo, and the pertinence of propaganda can be improved. Comparing the quantity of the first photos with the pre-throwing photo demand quantity corresponding to the pre-throwing mode, when the quantity of the first photos is smaller than the pre-throwing photo demand quantity, the quantity of the first photos is insufficient to form short photos for throwing propaganda, throwing conditions are not met, the photo difference quantity of the first photos and the pre-throwing photo demand quantity can be calculated, second prompt information of whether the user is willing to shoot a second photo or not is sent to the user, then second feedback information fed back by the user according to the second prompt information is obtained, when the second feedback information is unwilling to shoot the second photo, the first photo is stored in a photo material library, the material library which can be used for throwing the photo can be effectively enriched, and timely updating of the throwing photo is facilitated; when the user is willing to take the second photo, the second photo is obtained, the pre-release short photo can be generated according to the second photo and the first photo so as to enrich the diversity of advertisement propaganda, and then the pre-release mode comprising the pre-release short photo is pushed to the operator so as to facilitate the advertisement to be released to the operator according to the pushed pre-release mode. Therefore, the method has the beneficial effects that when the self-help photo taking machine is publicized, the photos which can be selectively put in are various, the updating is convenient, the putting in content is rich, and the popularization of the self-help photo taking machine is facilitated.

Referring to fig. 2, the present application provides a photo delivery device of a self-service camera, which includes:

the first reminder module 201: the method comprises the steps that after a user takes a first photo, first prompt information of whether the user is willing to share the first photo is sent to the user;

the first acquisition module 202: when receiving first feedback information which is fed back by a user according to first prompt information and is willing to share the first photo, acquiring content information of the first photo, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age group information;

the analysis determination module 203: the method comprises the steps of determining a pre-release mode of a first photo according to content information, wherein the pre-release mode comprises at least one of release time, release place and release frequency;

the second acquisition module 204: the method comprises the steps of obtaining a pre-release photo demand corresponding to a pre-release mode;

a calculating module 205, configured to calculate a photo difference between the number of the first photos and the pre-cast photo demand when the number of the first photos is smaller than the pre-cast photo demand;

the second reminder module 206: the second prompt information is used for sending second pictures which are equal to the pictures in number and different from the first pictures in terms of portrait posture information or not to the user;

The third acquisition module 207: the method comprises the steps of acquiring second feedback information fed back by a user according to second prompt information, and storing a first photo in a photo material library when the second feedback information is that the user is unwilling to take the second photo;

a fourth acquisition module 208: the method comprises the steps that when second feedback information is that a user is willing to take a second photo, the second photo is obtained;

push drop module 209: and the pre-release method is used for generating pre-release short pictures according to the second pictures and the first pictures and pushing the pre-release modes comprising the pre-release short pictures to operators.

In practical application, after the user finishes taking the first photo, the user clicks a button for completing taking the first photo through the interactive interface, and when the self-help camera recognizes that the user triggers the button for completing taking the first photo, the self-help camera triggers the first reminding module 201 to send a prompt box to the user and displays first prompt information about whether the user is willing to share the first photo or not. The user may select "yes" or "no" according to his own wish, where "yes" indicates that the user is willing to share the first photo, and "no" indicates that the user is unwilling to share the first photo, further, in order to improve the enthusiasm of sharing by the user, when the first reminding module 201 sends the first reminding information, the first photo may be displayed on the interactive interface, the user may select a satisfactory photo from the first photo as the first photo willing to share, and then click "yes", where in this process, the user may select all the photos that are completed to be taken as the first photo willing to share, and may also select a part of photos from the photos that are completed to be taken as the first photo willing to share.

In practical application, after the user completes the selection of the first photo and clicks the "yes" (willing to share) interaction button, the first obtaining module 202 obtains the content information of the first photo according to the first feedback information fed back by the user, where the content information at least includes the subject information, the shooting location information, the portrait posture information, the portrait gender information and the portrait age group information of the photo, and the first obtaining module 202 may be an image recognition module and a positioning module (where the shooting location information is obtained by the positioning module and other content information is obtained by the image recognition module). The first photo may include a plurality of different photos, such as different theme information and different portrait posture information, and in the actual use process, the user may include a plurality of photographers, so that the portrait gender information and the portrait age information of the plurality of first photos may also be different, and the self-service camera may respectively obtain the content information of the plurality of first photos.

In practical application, the analysis determining module 203 obtains the pre-release mode from the content information in the first photo through analysis, which may be: according to the corresponding analysis of each item of content information, multiple alternative delivery modes of the first photo corresponding to the content information are obtained, then a first delivery schedule of the short photo to be delivered corresponding to each alternative delivery mode is obtained, and the optimal alternative delivery mode is further selected according to the first delivery schedule to serve as a pre-delivery mode of the first photo, for example: an alternative way of putting in the first photo is to put in the first photo on the parent-child squares of the M1 area in the city M with a putting frequency of 20 times in total within the putting time of 18:00 to 18:15 pm every day from 16 th month of 2023 year 6 to 16 th month of 2023 year 7. The analysis determining module 203 obtains through querying in a photo delivery library, under the same delivery mode, 20 groups of short pieces to be delivered are reserved for delivery, the duration of each group of short pieces to be delivered is 30s, and the first delivery schedule of the 20 groups of short pieces to be delivered is 1 day to deliver. Similarly, the analysis determining module 203 can determine an alternative delivery mode suitable for the first photo according to each item of content information of the first photo, and can further compare and select an alternative delivery mode with more suitable conditions as a pre-delivery mode, so that the delivery efficiency of the first photo is improved, and the maximization of the benefit of advertising of the first photo is realized.

In practical application, determining the pre-release manner of the first photo according to the content information of the first photo may determine a release place according to the subject information of the first photo, for example: if the subject information of the first photo is a parent-child subject, a putting place can be selected according to the parent-child subject, parent-child parks, kindergarten peripheral squares, community squares and other places with more children or children in a preset range can be selected as the putting place, then the putting time and the putting frequency can be selected according to the determined putting place, and in practical application, the putting time can be determined according to the determined crowd activity time in the putting place, such as the morning or the evening. The method for determining the delivery time according to the crowd activity time of the delivery place can be as follows: and dispatching investigators by operators to research all the dischargeable places in a preset range, storing the sorted crowd activity time forms in the background of the self-help camera, wherein in the crowd activity time forms, the dischargeable places and the dischargeable time have a corresponding relationship, and after the dischargeable places are determined, the self-help camera can directly determine the dischargeable time according to the contents of the forms.

In practical application, in order to enrich the delivery content of each delivery location and ensure the diversity of delivering photos, an alternative delivery mode with the least number of short clips to be delivered can be selected as a pre-delivery mode, for example: an alternative delivery mode of the first photo is as follows: the delivery time is 2023, 6, 16, to 2023, 7, 16, 18:00 to 18:15 afternoon each day, and the delivery place is M1 point. The self-service photo taking machine obtains 30 groups of short pictures to be put in, which are stored in the database under the same putting mode. In another alternative delivery mode, the delivery time of the first photo is 2023, 6, 16, and 2023, 7, 16, and 18:00 to 18:15 pm every day, and the delivery place is N1. In this way, the self-service photo taking machine obtains 5 groups of short photos to be put in, and in order to improve the diversity of the N1 point put in content, the first photo can be put in the N1 point.

In practical application, in order to ensure a novel effect of advertisement delivery, the advertisement should be updated in time, so after a first photo available for delivery is obtained, the first photo needs to be delivered in time, and when a pre-delivery mode is selected, an alternative delivery mode with the shortest delivery waiting time is obtained as the pre-delivery mode of the first photo. For example: an alternative delivery mode of the first photo is as follows: the administration time is 2023, 6 months, 16 days to 2023, 7 months, 16 days, 18:00 to 18:15 afternoon each day, the administration place is M2 points, and the administration frequency is 20 times. The self-service photographing device obtains 20 groups of short pictures to be put in the same mode from the database, the duration of the short pictures to be put in is 30s, the first putting schedule is to put in a group of short pictures to be put in each day, and the self-service photographing device can calculate that the putting waiting duration of the first pictures is 20 days. In another alternative delivery mode of the first photo, the delivery time is 2023, 6 months, 16 days to 2023, 7 months, 16 days, 18:00 to 18:15 pm each day, the delivery place is N2 points, the delivery frequency is 10 times, the number of short photos to be delivered in the mode is 20 groups, the duration of the short photos to be delivered is 30s, the first delivery schedule is to deliver two groups of short photos to be delivered each day, and the delivery waiting duration of the first photo is 10 days. In the same way, each alternative delivery mode can be calculated to correspond to one delivery waiting time, and the alternative delivery mode with the shortest delivery waiting time can be selected from the alternative delivery modes as the pre-delivery mode of the first photo, so that the delivery efficiency of the first photo is improved.

In practical applications, the second obtaining module 204 may be a query module in the self-service camera, and obtains the pre-release photo requirement by querying a short-photo duration table that is pre-established by an operator and stored in a database.

In practical applications, the calculating module 205 may be a module with a calculating function in the self-service camera, and is configured to calculate a difference between the number of the first photos and the required amount of the pre-delivered photos, where the calculating mode is that the required amount of the pre-delivered photos-the number of the first photos=the difference of the photos.

In practical applications, in order to form the short film with uniform style and varying style, when the number of the first photos is insufficient to generate the pre-cast short film, the second reminding module 206 may send the second reminding information of the second photos with the same number of willing to shoot as the difference value of the photos and different portrait posture information from the first photos in the form of a reminding frame. In order to improve the enthusiasm of the user to shoot, the second reminding module 206 may further send remark information in the process, where the remark information may be: if the user is willing to take the second photo, a certain taking preference can be provided for the user, and a specific preference mode can be formulated by an operator. By the aid of the method for encouraging the user to take the second photo, enough photo materials which can be put in can be obtained, and the turnover of the self-service photo taking machine can be improved.

In practical application, the user may select the "yes" or "no" button through the interactive interface to feedback the second feedback information about whether the user is willing to take the second photo, and the third obtaining module 207 obtains the second feedback information, and if the user is unwilling to take the second photo, the first photo may be stored in the photo material library, so as to be helpful for timely updating of the released photo. More specifically, the third obtaining module 207 may obtain, from the photo material library, a photo to be released corresponding to the pre-releasing mode of the first photo, and when the sum of the number of the first photo and the number of the photo to be released is greater than or equal to the required number of the photo to be released, select a sufficient number of photos from the photo to be released and the first photo to form a second pre-releasing short photo, and push the pre-releasing mode including the second pre-releasing short photo to the operator, so as to save the time for making the photo, and utilize the photo to be released and the first photo in the photo material library to form the second pre-releasing short photo, so that the diversity of the released content can be enriched, and the utilization rate of the photo is improved.

In practical application, in order to ensure that the second photo continuously shot by the user can be shot in a pre-shot mode of the first photo, when the user is willing to shoot the second photo, a shooting template which is the same as the subject information of the first photo is pushed to the user, meanwhile, the shooting template is provided for the user by the equipment, and the shooting efficiency of the user can be improved. When a user shoots by using the shooting template, a plurality of to-be-selected photos can be shot, the equipment identifies the portrait posture information of each to-be-selected photo, and the fourth acquisition module 208 can select a sufficient number of to-be-selected photos which are different from the portrait posture information of the first photo as second photos so as to enrich the content for putting the photos.

In practical application, the push delivery module 209 generates a pre-delivery short film according to the second photo and the first photo, and pushes a pre-delivery mode including the pre-delivery short film to an operator, so that the operator can decide whether to deliver according to a mode recommended by the self-service camera, thereby reducing the pressure of manually making a delivery mode and improving the delivery efficiency.

As can be seen from the above, according to the photo throwing device of the self-service photo taking machine provided by the application, after the user takes the first photo, the self-service photo taking machine sends the first prompt information to the user, then obtains the first feedback information which is fed back by the user according to the first prompt information and is willing to share or not, when the first feedback information is willing to share, obtains the content information of the first photo, analyzes according to the content information to obtain the pre-throwing mode of the first photo corresponding to the content information, and adopts the photo which the user is willing to share for popularization, so that the cost of specially manufacturing the propaganda photo can be saved, and determines the pre-throwing mode according to the content information of the first photo, thereby improving the pertinence of propaganda. Comparing the quantity of the first photos with the pre-throwing photo demand quantity corresponding to the pre-throwing mode, when the quantity of the first photos is smaller than the pre-throwing photo demand quantity, the quantity of the first photos is insufficient to form short photos for throwing propaganda, throwing conditions are not met, the photo difference quantity of the first photos and the pre-throwing photo demand quantity can be calculated, second prompt information of whether the user is willing to shoot a second photo or not is sent to the user, then second feedback information fed back by the user according to the second prompt information is obtained, when the second feedback information is unwilling to shoot the second photo, the first photo is stored in a photo material library, the material library which can be used for throwing the photo can be effectively enriched, and timely updating of the throwing photo is facilitated; when the user is willing to take the second photo, the second photo is obtained, the pre-release short photo can be generated according to the second photo and the first photo so as to enrich the diversity of advertisement propaganda, and then the pre-release mode comprising the pre-release short photo is pushed to the operator so as to facilitate the advertisement to be released to the operator according to the pushed pre-release mode. Therefore, the method has the beneficial effects that when the self-help photo taking machine is publicized, the photos which can be selectively put in are various, the updating is convenient, the putting in content is rich, and the popularization of the self-help photo taking machine is facilitated.

Referring to fig. 3, fig. 3 is a schematic structural diagram of an electronic device according to an embodiment of the present application, and the present application provides an electronic device 3, including: processor 301 and memory 302, the processor 301 and memory 302 being interconnected and in communication with each other by a communication bus 303 and/or other form of connection mechanism (not shown), the memory 302 storing computer readable instructions executable by the processor 301, which when executed by an electronic device, the processor 301 executes the computer readable instructions to perform the methods in any of the alternative implementations of the above embodiments to perform the functions of: after the user takes the first photo, sending first prompt information of whether the user is willing to share the first photo or not; when first feedback information which is fed back by a user according to the first prompt information and is willing to share the first photo is received, acquiring content information of the first photo, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age bracket information; determining a pre-release mode of the first photo according to the content information, wherein the pre-release mode comprises at least one of release time, release place and release frequency; acquiring a pre-release photo demand corresponding to a pre-release mode; when the number of the first photos is smaller than the pre-cast photo demand, calculating a photo difference value of the number of the first photos and the pre-cast photo demand; sending second prompt information of a second photo, which is equal to the difference of the photos and is different from the first photo in portrait posture information, to a user; acquiring second feedback information fed back by the user according to the second prompt information, and storing the first photo in a photo material library when the second feedback information is that the user is unwilling to take the second photo; when the second feedback information is that the user is willing to take a second photo, acquiring the second photo; and generating pre-cast short pieces according to the second photos and the first photos, and pushing a pre-cast mode comprising the pre-cast short pieces to an operator.

An embodiment of the present application provides a computer readable storage medium having stored thereon a computer program which, when executed by a processor, performs a method in any of the alternative implementations of the above embodiments to implement the following functions: after the user takes the first photo, sending first prompt information of whether the user is willing to share the first photo or not; when first feedback information which is fed back by a user according to the first prompt information and is willing to share the first photo is received, acquiring content information of the first photo, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age bracket information; determining a pre-release mode of the first photo according to the content information, wherein the pre-release mode comprises at least one of release time, release place and release frequency; acquiring a pre-release photo demand corresponding to a pre-release mode; when the number of the first photos is smaller than the pre-cast photo demand, calculating a photo difference value of the number of the first photos and the pre-cast photo demand; sending second prompt information of a second photo, which is equal to the difference of the photos and is different from the first photo in portrait posture information, to a user; acquiring second feedback information fed back by the user according to the second prompt information, and storing the first photo in a photo material library when the second feedback information is that the user is unwilling to take the second photo; when the second feedback information is that the user is willing to take a second photo, acquiring the second photo; and generating pre-cast short pieces according to the second photos and the first photos, and pushing a pre-cast mode comprising the pre-cast short pieces to an operator.

The computer readable storage medium may be implemented by any type or combination of volatile or non-volatile Memory devices, such as static random access Memory (Static Random Access Memory, SRAM for short), electrically erasable Programmable Read-Only Memory (Electrically Erasable Programmable Read-Only Memory, EEPROM for short), erasable Programmable Read-Only Memory (Erasable Programmable Read Only Memory, EPROM for short), programmable Read-Only Memory (ROM for short), magnetic Memory, flash Memory, magnetic disk, or optical disk.

In the embodiments provided in the present application, it should be understood that the disclosed apparatus and method may be implemented in other manners. The above-described apparatus embodiments are merely illustrative, for example, the division of the units is merely a logical function division, and there may be other manners of division in actual implementation, and for example, multiple units or components may be combined or integrated into another system, or some features may be omitted, or not performed. Alternatively, the coupling or direct coupling or communication connection shown or discussed with each other may be through some communication interface, device or unit indirect coupling or communication connection, which may be in electrical, mechanical or other form.

Further, the units described as separate units may or may not be physically separate, and units displayed as units may or may not be physical units, may be located in one place, or may be distributed over a plurality of network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution of this embodiment.

Furthermore, functional modules in various embodiments of the present application may be integrated together to form a single portion, or each module may exist alone, or two or more modules may be integrated to form a single portion.

In this document, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions.

The above description is only an example of the present application and is not intended to limit the scope of the present application, and various modifications and variations will be apparent to those skilled in the art. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present application should be included in the protection scope of the present application.

Claims

1. A method for delivering a photograph of a self-service camera, the method comprising:

a1: after a user takes a first photo, sending first prompt information of whether the user is willing to share the first photo or not to the user;

a2: when receiving first feedback information which is fed back by the user according to the first prompt information and is willing to share the first photo, acquiring content information of the first photo, wherein the content information at least comprises subject information, shooting place information, portrait posture information, portrait gender information and portrait age bracket information of the photo;

a4: acquiring a pre-release photo demand corresponding to the pre-release mode;

a5, when the number of the first photos is smaller than the pre-cast photo demand, calculating a photo difference value of the number of the first photos and the pre-cast photo demand;

a6: sending second prompt information of a second photo, which is equal to the photo difference in number and different from the first photo in portrait posture information, to the user;

A7: acquiring second feedback information fed back by the user according to the second prompt information, and storing the first photo in a photo material library when the second feedback information is that the user is unwilling to take a second photo;

a9: and generating a pre-release short film according to the second photo and the first photo, and pushing the pre-release mode comprising the pre-release short film to an operator.

2. The method for delivering photos of a self-service camera as claimed in claim 1, further comprising, after step A7:

a71: acquiring a photo to be released corresponding to the pre-releasing mode of the first photo from the photo material library;

and A72, when the sum of the first photo and the photo to be put is greater than or equal to the pre-put photo demand, generating a second pre-put short photo according to the first photo and the photo to be put, and pushing the pre-put mode comprising the second pre-put short photo to an operator.

3. The method for delivering photos of a self-service camera as claimed in claim 1, wherein the step A8 comprises:

a82: obtaining a plurality of to-be-selected photos continuously shot by the user according to the shooting template;

a83: and screening out the to-be-selected photos with the same quantity as the difference value of the photos according to the plurality of to-be-selected photos, wherein the to-be-selected photos with different portrait posture information from the first photo are the second photo.

4. The method for delivering photos of a self-service camera as claimed in claim 1, wherein the step A3 comprises:

a31: obtaining a plurality of alternative delivery modes of the first photo corresponding to the content information according to the content information correspondence analysis;

5. The method for delivering pictures to a self-service camera as defined in claim 4, wherein said step a33 comprises:

A332, comparing the numbers of the short pieces to be put, and correspondingly obtaining the alternative putting mode with the minimum number of the short pieces to be put as the pre-putting mode.

6. The method for delivering pictures to a self-service camera as defined in claim 4, wherein said step a33 comprises:

a333: respectively acquiring the delivery waiting time lengths of a plurality of alternative delivery modes of the first photo according to the first delivery arrangement plan;

a334: and comparing the throwing waiting time length, and correspondingly acquiring the alternative throwing mode with the shortest throwing waiting time length as the pre-throwing mode of the first photo.

7. The method for delivering pictures to a self-service camera as defined in claim 4, wherein said step a31 comprises:

and A313, analyzing and obtaining an alternative delivery mode of the first photo according to the delivery place and the delivery time.

8. A photo delivery device for a self-service camera, the device comprising:

a first acquisition module: the method comprises the steps that when first feedback information which is fed back by a user according to first prompt information and is willing to share the first photo is received, content information of the first photo is obtained, wherein the content information at least comprises subject information of the photo, shooting place information, portrait posture information, portrait gender information and portrait age group information;

an analysis and determination module: the pre-release mode is used for determining the first photo according to the content information, and comprises at least one of release time, release place and release frequency;

and a second acquisition module: the method comprises the steps of obtaining a pre-release photo demand corresponding to the pre-release mode;

the calculating module is used for calculating the difference value of the number of the first photos and the pre-cast photo demand when the number of the first photos is smaller than the pre-cast photo demand;

and a second reminding module: the second prompt information is used for sending whether the user is willing to take a second photo with the same quantity as the difference quantity of the photos and the portrait posture information is different from the first photo;

And a third acquisition module: the second feedback information is used for acquiring second feedback information fed back by the user according to the second prompt information, and when the second feedback information is that the user is unwilling to take a second photo, the first photo is stored in a photo material library;

a fourth acquisition module: the method comprises the steps that when the second feedback information is that the user is willing to take a second photo, the second photo is obtained;

9. An electronic device comprising a processor and a memory storing computer readable instructions which, when executed by the processor, perform the steps of the method of any of claims 1-7.

10. A computer readable storage medium, on which a computer program is stored, characterized in that the computer program, when being executed by a processor, performs the steps of the method according to any of claims 1-7.