CN114548460A - Graphical interface layout method and system based on user data - Google Patents

Graphical interface layout method and system based on user data Download PDF

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CN114548460A
CN114548460A CN202210179531.6A CN202210179531A CN114548460A CN 114548460 A CN114548460 A CN 114548460A CN 202210179531 A CN202210179531 A CN 202210179531A CN 114548460 A CN114548460 A CN 114548460A
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陈玉林
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Inner Mongolia Chengpin Technology Co ltd
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Abstract

The application relates to a graphical interface layout method and a graphical interface layout system based on user data, wherein the method comprises the steps of obtaining user positioning information of a user; acquiring site positioning information of an epidemic prevention site; planning a preselected moving route according to the user positioning information and the station positioning information; judging whether the preselected moving route meets a preset portable condition or not; if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface; if not, folding or hiding a selection control corresponding to the epidemic prevention site on the graphical interface; when a trigger instruction of a selection control corresponding to an epidemic prevention site is obtained, accumulating the times of the trigger instruction and generating a registration number; and generating a preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention sites. The application has the advantages of accurately reporting epidemic prevention materials, reducing the phenomenon of insufficient or waste of epidemic prevention materials and improving the distribution efficiency.

Description

Graphical interface layout method and system based on user data
Technical Field
The present application relates to the field of graphical interface layout, and in particular, to a graphical interface layout method and system based on user data.
Background
At present, epidemic prevention consumables are often needed to protect medical care personnel and detected personnel in a highly pathogenic medical care environment, because the epidemic prevention consumables can not be used for a long time, the epidemic prevention consumables need to be replenished frequently, when the replenishment quantity is large, waste is easily caused, and when the replenishment quantity is small, the personal safety of the personnel can not be guaranteed.
The supplement amount of the existing epidemic prevention consumables is mainly reported by referring to the population number of local areas so as to ensure that each area can obtain corresponding material guarantee. When epidemic prevention consumables are left, the consumables are transported and supplied to other areas in time, and therefore material waste is reduced.
In view of the above-mentioned related technologies, the inventor believes that, due to the fact that the population flow is large in some cities, especially in the first-line city, and the population change between different areas is large and often does not match the counted numbers, the distribution of the materials is too much or not enough, and the transportation and the labor costs are delayed and the distribution efficiency is not high due to the fact that the materials are transported and complemented back and forth.
Disclosure of Invention
In order to accurately report epidemic prevention materials, reduce the phenomenon of insufficient or waste of epidemic prevention materials and improve distribution efficiency, the application provides a graphical interface layout method based on user data.
The graphical interface layout method based on the user data adopts the following technical scheme:
a graphical interface layout method based on user data comprises the following steps:
acquiring user positioning information of a user;
acquiring site positioning information of an epidemic prevention site;
planning a preselected moving route according to the user positioning information and the station positioning information;
judging whether the preselected moving route meets a preset portable condition or not;
if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding a selection control corresponding to the epidemic prevention site on the graphical interface;
when a trigger instruction of a selection control corresponding to an epidemic prevention site is obtained, accumulating the times of the trigger instruction and generating a registration number;
and generating a preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention sites.
By adopting the technical scheme, the preselected moving route is determined according to the position of the user and the position set by the website, and then part of epidemic prevention websites are selected as options according to the preselected moving route for the user to select, so that the selection freedom and the portability of the user are improved, and meanwhile, the selection controls of other epidemic prevention websites are folded or hidden, so that the selection interference on the user is reduced, the large-range flow of population during epidemic prevention is reduced, and the management and control are facilitated; and finally, all epidemic prevention sites selected by the user are counted, so that the predicted flow and the total flow of each epidemic prevention site can be calculated according to the registration number, and the supply amount of the epidemic prevention materials is calculated according to the predicted flow and the total flow, so that the epidemic prevention materials are accurately reported, the phenomenon of insufficient or waste of the epidemic prevention materials is reduced, the distribution efficiency is improved, and the workload of later-stage material transfer is reduced.
Preferably, after the step of obtaining the user positioning information of the user;
generating a population distribution map according to the user positioning information of all users, wherein positioning points of all users are marked on the population distribution map;
determining a plurality of centralized points according to the distribution condition of the positioning points, determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening condition, and generating site positioning information.
By adopting the technical scheme, the user uploads the positioning information in a software mode, the system selects a plurality of concentration points through the generated population distribution diagram to serve as alternative addresses of epidemic prevention sites, and then specific epidemic prevention sites are determined through preset screening conditions, so that the epidemic prevention sites can be arranged in regions with concentrated population, the travel distance of the user is reduced, the population flowing range is narrowed, and the development of prevention and control work is facilitated.
Preferably, the preset screening conditions in the step of determining the coordinates of the epidemic prevention site on the population distribution map according to the preset screening conditions include one or more of a control area, a user expected travel situation and an expected traffic situation;
in the step of determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening conditions, the method further comprises the following steps:
acquiring the area coordinate range of the prevention and control area, and judging whether the concentration point falls within the area coordinate range or on the boundary;
if yes, screening out the concentration point;
if not, the concentration point is reserved.
By adopting the technical scheme, the prevention and control area can be conveniently matched with the prevention and control work in consideration, personal hidden dangers caused by the fact that personnel outside the prevention and control area enter the prevention and control area are avoided, the expected travel condition of a user can know the possible positions of the user in each time period, such as the positions appearing at a working place, at night and the like in the daytime, the epidemic prevention sites are set according to the requirements of the user, the expected traffic condition can avoid the epidemic prevention sites from appearing at the place with traffic jam, and the situation of travel is influenced due to the deteriorated traffic.
Preferably, in the step of displaying the selection control corresponding to the epidemic prevention site on the graphical interface, the method further includes:
acquiring configuration information of the epidemic prevention site, wherein the configuration information comprises personnel configuration and equipment configuration;
calculating the receiving capacity of the epidemic prevention site according to the configuration information;
calculating the priority value of the epidemic prevention site according to the receiving capacity and the registration number of the epidemic prevention site at the current moment;
and sequencing the plurality of epidemic prevention sites according to the priority values, and adjusting the recommendation ranking of the corresponding selection control in real time according to the sequencing.
By adopting the technical scheme, the number of personnel, the number of equipment and the like of the epidemic prevention site can influence the receiving capacity of the epidemic prevention site, so that the receiving capacity needs to be defined according to the actual allocation condition, and then the corresponding ranking is displayed on the software of the epidemic prevention site selected by the user, so that the reservation intention of the user can be guided, and the epidemic prevention site is not easy to be over saturated to influence the working efficiency and the user experience.
Preferably, before the step of displaying the selection control corresponding to the epidemic prevention site on the graphical interface, the method further includes:
displaying time shaft controls corresponding to different time periods on the graphical interface;
when a trigger signal corresponding to any time period on the time axis control is acquired, the control is selected according to the reverse sequence arrangement of the personnel saturation;
the acquisition mode of the personnel saturation comprises the following steps:
acquiring the reservation time of the previous user during registration, and dividing the registration number into time period reservation numbers corresponding to different time periods according to the reservation time;
acquiring the receiving capacity of the epidemic prevention site, and dividing the receiving capacity into time period receiving quantities corresponding to different time periods according to the working time of the epidemic prevention site;
and calculating the personnel saturation of the epidemic prevention site in the time period according to the time period reservation number and the time period receiving amount in the same time period.
By adopting the technical scheme, the user can conveniently know the personnel saturation of the epidemic prevention sites in each time period before reservation through the time axis control, so that the proper epidemic prevention sites can be selected according to the travel time of the user, and meanwhile, overlarge pressure on the epidemic prevention sites can not be caused.
Preferably, acquiring the personnel saturation of the epidemic prevention site;
judging whether the personnel saturation is in a normal interval or not;
if the saturation is not in the normal interval, judging whether the saturation of the personnel is higher than the upper limit value of the normal interval;
if yes, splitting the epidemic prevention site into at least two alternative sites;
if not, directly entering the alternative site;
acquiring site positioning information and time period reservation numbers of all the alternative sites;
matching other alternative sites according to site positioning information and the time-interval reservation number, and screening out a group of alternative sites, wherein the group at least comprises two alternative sites;
screening out reserved sites according to the configuration information and the registration number of the optional sites;
acquiring contact ways of users who reserve other alternative sites in the group but do not arrive, and generating a migration list;
and sending migration information to the corresponding user according to the migration list.
By adopting the technical scheme, when the personnel saturation is too high, the receiving pressure of the epidemic prevention site is over high, the epidemic prevention site is split into at least two alternative sites, and then the alternative sites are matched with other alternative sites with insufficient personnel saturation, epidemic prevention sites with excessive people flow are differentiated, and epidemic prevention sites with insufficient people flow are combined, so that the reasonable configuration of resources is realized; when the prevention and control later stage, most of the users who make an appointment already complete the cooperation work, the workload of the epidemic prevention site is greatly reduced, and the vacant medical resource waste is reduced through the combination of the epidemic prevention sites.
Preferably, after the step of generating the preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention site, the method further comprises the following steps:
acquiring the number of registered and arrived completion users of the current epidemic prevention site;
calculating reservation allowance according to the registration number and the number of finished users, and calculating material demand according to the reservation allowance;
obtaining the material surplus of epidemic prevention materials of the current epidemic prevention site;
judging whether the material allowance is smaller than the material demand;
if so, generating a migration list according to the material allowance, the material demand, the reservation allowance and the contact way of the user;
and sending migration information to the corresponding user according to the migration list.
By adopting the technical scheme, when the epidemic prevention site starts to operate, whether the distributed materials are matched with the number of reserved people or not is calculated, and when the reservation allowance is large, the user who has reserved and does not arrive is prompted to change or move in advance, so that the situations of queuing, congestion and the like are avoided.
Preferably, after the step of judging whether the preselected moving route meets the preset portable condition, the method further comprises:
acquiring a region coordinate range of a prevention and control region;
judging whether the user is currently located in the prevention and control area or not according to the user positioning information and the area coordinate range of the user;
if the user is located in the control area, displaying an abnormal control, wherein the abnormal control is used for responding to a trigger signal of the user to send an application instruction to the epidemic prevention site meeting the conditions;
if the user is not located in the prevention and control area, judging whether the corresponding preselected moving route intersects with the area coordinate range;
if yes, the pre-selected moving route does not meet the preset portable condition.
By adopting the technical scheme, personnel in a general prevention and control area need to carry out door-to-door work or epidemic prevention sites are arranged in the prevention and control area, the personnel are prevented from being separated from the prevention and control area, application collection of users can be realized through the abnormal control at the moment, the users are informed of the epidemic prevention sites to carry out timely processing, and the users not in the prevention and control area need to carry out screening of moving routes to reduce contact with the prevention and control area.
Preferably, the step of generating the preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention sites further includes:
acquiring identity information of all users in the current area and generating comprehensive data;
acquiring registration identity information of the user recorded in the registration number and generating registration data;
screening users who do not register according to the comprehensive data and the registration data, and generating a notification list;
acquiring a contact way of a user in a notification list;
and sending prompt information according to the notification list and the contact way.
By adopting the technical scheme, the users who do not reserve are automatically selected, automatic notification is realized, the workload of searching and offline access one by one is reduced, and the working efficiency is improved.
In a second aspect, in order to accurately report epidemic prevention materials, reduce the phenomenon of insufficient or waste epidemic prevention materials, and improve the distribution efficiency, the application provides a graphical interface layout system based on user data, which adopts the following technical scheme:
a graphical interface layout system based on user data applies the graphical interface layout method based on user data, and comprises the following steps:
the positioning acquisition module is used for acquiring user positioning information of a user and acquiring site positioning information of an epidemic prevention site;
the route planning module is connected with the positioning acquisition module and used for planning a preselected moving route according to the user positioning information and the station positioning information;
the condition judgment module is connected with the route planning module and is used for judging whether the preselected moving route meets the preset portable condition or not;
if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding a selection control corresponding to the epidemic prevention site on the graphical interface;
the registration counting module is connected with the condition judging module and used for accumulating the times of the trigger instruction and generating registration numbers when the trigger instruction of the selection control corresponding to the epidemic prevention site is obtained;
and the reporting module is connected with the registration counting module and used for generating a reporting list of epidemic prevention materials according to the registration number of the epidemic prevention sites.
By adopting the technical scheme, the preselected mobile route is determined by the positioning acquisition module and the route planning module, and then partial epidemic prevention sites are selected as options according to the preselected mobile route for selection of a user, so that the selection freedom and the portability of the user are improved, meanwhile, other epidemic prevention sites are screened out by the condition judgment module, and the selection control is folded or hidden, so that the selection interference on the user is reduced, the large-range population flow during epidemic prevention is reduced, and the control is convenient; and finally, all epidemic prevention sites selected by the user are counted by the registration counting module, so that the predicted flow and the total flow of each epidemic prevention site can be calculated according to the registration number, and the supply amount of the epidemic prevention materials is calculated by the reporting module according to the predicted flow and the total flow, so that the epidemic prevention materials are accurately reported, the phenomena of insufficient or waste of the epidemic prevention materials are reduced, the distribution efficiency is improved, and the workload of later-stage material transfer is reduced.
In summary, the present application includes at least one of the following beneficial technical effects:
1. the method comprises the steps of determining a preselected moving route according to the position of a user and the position set by a website, selecting part of epidemic prevention websites as selection items according to the preselected moving route for the user to select, so that the selection freedom and the portability of the user are improved, and meanwhile, selecting controls of other epidemic prevention websites are folded or hidden, so that the selection interference on the user is reduced, the large-scale population flow during epidemic prevention is reduced, and the control is facilitated; finally, all epidemic prevention sites selected by the user are counted, so that the predicted flow and the total flow of each epidemic prevention site can be calculated according to the registration number, and the supply amount of the epidemic prevention materials is calculated according to the predicted flow and the total flow, so that the epidemic prevention materials are accurately reported, the phenomenon of insufficient or waste of the epidemic prevention materials is reduced, the distribution efficiency is improved, and the workload of later-stage material transfer is reduced;
2. the user uploads the positioning information in a software mode, the system selects a plurality of concentration points through the generated population distribution diagram to serve as alternative addresses of epidemic prevention sites, and then specific epidemic prevention sites are determined through preset screening conditions, so that the epidemic prevention sites can be arranged in regions with concentrated population, the travel distance of the user is reduced, the population flowing range is narrowed, and the development of prevention and control work is facilitated;
3. the number of people and the number of equipment of the epidemic prevention site can affect the receiving capacity of the epidemic prevention site, so that the receiving capacity needs to be planned according to the actual deployment situation, and then the corresponding ranking is displayed on the software of the epidemic prevention site selected by the user, so that the reservation intention of the user can be guided, and the epidemic prevention site is not easy to be over saturated to affect the working efficiency and the user experience.
Drawings
Fig. 1 is a flowchart of a method for user data-based graphical interface layout according to an embodiment of the present application.
Fig. 2 is a partial flowchart of a method for user data-based graphical interface layout according to an embodiment of the present application, which mainly shows a screening method for saturation of a reference person.
Fig. 3 is a partial flowchart of a graphical interface layout method based on user data according to an embodiment of the present application, which mainly shows a selection and combination manner of alternative sites.
Fig. 4 is a schematic diagram of a user graphical interface reference of software applying a graphical interface layout method based on user data according to an embodiment of the present application.
Detailed Description
The present application is described in further detail below with reference to the accompanying drawings.
The embodiment of the application discloses a graphical interface layout method based on user data. Referring to fig. 1, the graphical interface layout method based on user data mainly comprises the steps of information acquisition operation, epidemic prevention site determination operation, epidemic prevention site selection operation, migration operation, data statistics and the like, and referring to fig. 1, the specific steps are as follows:
step S100: performing an information collection operation, comprising steps S110-S120:
step S110: and acquiring user positioning information of the user.
Specifically, a user logs in software through an intelligent terminal such as a mobile phone, uploads a positioned position coordinate after logging in through an account, and binds personal information of the user to generate user positioning information.
Step S120: acquiring site positioning information of the epidemic prevention site, and executing epidemic prevention site determination operation, wherein the method specifically comprises the following steps of S121-S123:
step S121: generating a population distribution map according to the uploaded user positioning information;
specifically, a population distribution map is generated by importing all uploaded positioning coordinates of the users into a GIS map of the current area, and positioning points of the users are marked on the population distribution map.
Step S122: and determining a plurality of concentration points according to the distribution condition of the positioning points, and determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening condition.
Specifically, the areas with concentrated positioning points represent relatively concentrated population, and can be used as preselected epidemic prevention sites, for example, when the number of positioning points in a certain area exceeds a set number, for example, exceeds 1000, concentration points can be set, but these concentration points need to be screened according to preset screening conditions, unreasonable epidemic prevention sites are screened out, and finally, suitable epidemic prevention sites are obtained, and the preset screening conditions can be roughly divided into the following three types:
firstly, a prevention and control area: the control area refers to an area where a patient is present and needs to be treated and observed, and thus a boundary thereof can be marked by a plurality of continuous coordinate points in order to avoid spreading of a pathogenic region caused by the flow of nearby people. The acquisition mode of the prevention and control area is generally specified manually, and boundary coordinate points are provided to form an area coordinate range corresponding to the prevention and control area. The user in the prevention and control district can make statistics of alone, adopts modes such as setting up solitary epidemic prevention website to manage, does not carry out data acquisition sharing with the user outside the prevention and control district to this gets rid of the influence of the concentration point in the prevention and control district, avoids the personnel outside the prevention and control district to get into in the prevention and control district and cause the personal hidden danger.
Secondly, the user forecasts the travel condition: the method comprises the steps that an information input frame for a user to input expected travel places of a plurality of time periods or time points is displayed on a graphical interface, the information input frame comprises positioning controls at the beginning of the time periods, the user can select an address expected to appear in each time period according to actual travel time selection, then the coordinates of the places are input in a map point selection mode, and each time period corresponds to one address. The background respectively counts the positioning points according to the time periods, then selects the epidemic prevention sites according to the time periods and the places of the personnel gathering, and selects the open time periods of the epidemic prevention sites. For example, the epidemic prevention site is arranged at the site A in the daytime, and the epidemic prevention site is arranged at the site B in the evening, so that the epidemic prevention site is set according to the requirements of users.
Thirdly, the predicted traffic situation: the main references are whether the user is convenient to travel and the traffic jam condition, for example, the system can be arranged in a place with developed traffic and no traffic jam, and an epidemic prevention station is prevented from being present in the place with the traffic jam, so that the traffic deterioration is caused and the traveling condition is influenced. The acquisition mode is as follows: the method comprises the steps of obtaining traffic records in the past set period, conducting estimation according to a selected date to generate an estimated traffic condition, wherein the set period can be taken from the previous week and the like, the traffic records mainly comprise actual parameters such as traffic flow and the like, then conducting regular estimation according to whether the current day is weekend or not to generate the estimated traffic condition, and finally excluding unsuitable concentration points according to the parameters, for example, excluding the concentration points if the traffic jam frequency near the concentration points is high.
Step S123: and screening the concentration points to form epidemic prevention sites, and generating corresponding site positioning information.
Step S200: and executing selection operation of epidemic prevention sites, and planning a preselected moving route according to the user positioning information and the site positioning information.
Specifically, after the epidemic prevention stops are determined, the background determines a plurality of preselected moving routes to each epidemic prevention stop according to the positioning input by the user and the nearby epidemic prevention stops, such as all epidemic prevention stops within a five-kilometer square circle range, and moving routes for different vehicles, such as bus routes, can also be added.
Step S210: judging whether the preselected moving route meets a preset portable condition or not;
if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding the selection control corresponding to the epidemic prevention site on the graphical interface.
Specifically, the preset portable condition includes two parameters, namely, a reservation condition and whether the user passes through a prevention and control area.
The reservation condition means that after a user registers and selects a certain epidemic prevention site, a reservation number is added on the epidemic prevention site, each epidemic prevention site has a fixed receiving capacity to represent the receiving capacity, when the reservation number exceeds the receiving capacity of the epidemic prevention site in a certain time period, the preset portable condition is not met, at the moment, a selection control corresponding to the epidemic prevention site can be hidden, and the reservation condition is displayed when the epidemic prevention site opens and puts down a batch of reservation titles.
The receiving capacity obtaining mode comprises the following steps: firstly, acquiring configuration information of an epidemic prevention site, wherein the configuration information comprises personnel configuration and equipment configuration; and calculating the receiving capacity of the epidemic prevention site according to the configuration information.
Specifically, the fixed number of people and the fixed number of equipment have fixed reception capacity, and the site scale and the like can also be used as one of the reference elements, and specifically, reference and estimation can be performed according to previous experiments or actual data.
The judgment and processing mode related to the control area is as the step SB1-SB 4;
SB 1: acquiring the area coordinate range of a prevention and control area;
SB 2: and judging whether the user is currently located in the prevention and control area or not according to the user positioning information and the area coordinate range of the user.
Specifically, when the user positioning coordinate falls within the area coordinate range or on the boundary, the user positioning coordinate is located in the control area.
SB 3: and if the user is located in the control area, displaying an abnormal control, wherein the abnormal control is used for responding to a trigger signal of the user so as to send an application instruction to the epidemic prevention site meeting the conditions.
Specifically, personnel in the control area need go on the house and handle or establish epidemic prevention website in the control area for use, avoid personnel to break away from the control area, if the user is uploading the location back, the location is located the control area, then can jump out unusual controlling part on original software interface, covers other function controlling parts. When the user triggers the abnormal control on the graphical interface, the background sends the application instruction to the specified epidemic prevention site according to the control area in which the user is positioned, namely, assigns the epidemic prevention site exclusive to the control area and the like to perform corresponding coordination work on the user.
SB 4: if the user is not located in the prevention and control area, judging whether the corresponding preselected moving route is crossed with the area coordinate range of the prevention and control area;
if yes, the pre-selection moving route does not meet the preset portable condition.
Specifically, if the preselected movement path passes through the prevention and control area, or the start point and/or the end point thereof is located in the prevention and control area, the preset portability condition is not satisfied.
In the interface where the selection control is located, different epidemic prevention sites can be screened, so that a user can conveniently and reasonably select the epidemic prevention sites according to the situation of the epidemic prevention sites and the situation of the user, specifically, the steps S220-S230;
s220: calculating the priority value of the epidemic prevention site according to the receiving capacity and the registration number of the epidemic prevention site at the current moment;
s230: and sequencing the plurality of epidemic prevention sites according to the priority values, and adjusting the recommendation ranking of the corresponding selection control in real time according to the sequencing.
Specifically, when the ratio of the number of registered epidemic prevention sites to the reception capacity exceeds a predetermined value, for example, exceeds 90%, the higher the ratio is, the lower the priority value is, and the overall relationship is negative. After the priority value ranking is determined, the selection controls corresponding to the epidemic prevention sites are rearranged on the graphical interface, for example, from top to bottom and from left to right, and icons of the selection controls of the preferences are displayed in an enlarged manner, so that the user can be guided to perform the best selection conveniently.
Considering that the user can make reasonable reservations for the epidemic prevention sites when determining the travel time of the user, the screening of the time periods is increased, referring to fig. 2, the steps are as follows, i.e., S240-S250:
s240: displaying time shaft controls corresponding to different time periods on the graphical interface;
s250: and when the trigger signal corresponding to any time period on the time axis control is acquired, the controls are selected according to the reverse sequence arrangement of the personnel saturation.
Specifically, the time axis control may select the time period in a sliding manner, or may adopt a form of a plurality of linearly arranged time period sub-controls, where each time period sub-control corresponds to one time period. When a user clicks a certain time period sub-control, namely a certain time period is selected, the selection controls corresponding to the epidemic prevention sites are rearranged on the graphical interface, for example, from top to bottom and from left to right, icons of the selection controls of the preferences are amplified and displayed, and the user is guided to perform optimal selection conveniently.
Wherein, the acquisition mode of the personnel saturation is as steps SA1-SA 3;
SA 1: acquiring the reservation time of the previous user during registration, and dividing the registration number into time period reservation numbers corresponding to different time periods according to the reservation time;
SA 2: acquiring the receiving capacity of the epidemic prevention site, and dividing the receiving capacity into time period receiving quantities corresponding to different time periods according to the working time of the epidemic prevention site;
SA 3: and calculating the personnel saturation of the epidemic prevention site in the time period according to the time period reservation number and the time period receiving amount in the same time period.
Specifically, the previous user refers to a user who has already reserved before the current user, and the reservation time is increased when the user makes a reservation, for example, in a range of 9: 00-11: 00 arrives at the epidemic prevention site A, and when at least one user finishes the reservation, the registration number can be divided into time period reservation numbers corresponding to different time periods according to the reservation time. Similarly, the receiving capacity is divided according to a plurality of time periods, and the personnel saturation is obtained by the ratio of the time period reduced number to the time period receiving quantity.
S300: referring to fig. 3, a migration operation is performed, and after the personnel saturation is obtained, splitting and combining of epidemic prevention sites can be performed according to the personnel saturation so as to reduce the waste of the whole medical resources and epidemic prevention resources, specifically, steps S310-S370;
s310: acquiring the personnel saturation of the epidemic prevention site;
s320: judging whether the personnel saturation is in a normal interval or not;
if the saturation is not in the normal interval, judging whether the saturation of the personnel is higher than the upper limit value of the normal interval;
if yes, splitting the epidemic prevention site into at least two alternative sites;
if not, directly entering the alternative site.
Specifically, the normal interval may be specified manually, for example, the lower limit value is 50%, the upper limit value is 95%, when the lower limit value is less than 50%, it indicates that the epidemic prevention site is idle, and when the upper limit value is more than 95%, it indicates that the receiving load is large. The alternative site refers to an epidemic prevention site waiting for combination. When the personnel saturation is far higher than 95%, the splitting can be continued on an alternative station with higher personnel saturation until the personnel saturation is lower than 50%. The personnel saturation can also take all the residual registration numbers at the later stage of the epidemic prevention site as reference, and is not limited to a certain time period.
S330: acquiring site positioning information and time-interval reduced numbers of all the alternative sites;
s340: matching other alternative sites according to site positioning information and the time-interval reservation number, and screening out a group of alternative sites, wherein the group at least comprises two alternative sites;
s350: screening out reserved sites according to the configuration information and the registration number of the alternative sites;
specifically, the reserved site generally refers to an epidemic prevention site with the highest overall evaluation under a preset screening condition, for example, an epidemic prevention site with the most portable traffic, less possibility of congestion, the largest population density and a distance from a prevention and control area can be generally evaluated according to a weighting algorithm, so that the only reserved site with the best score is obtained.
S360: acquiring contact ways of users who reserve other alternative sites in the group but do not arrive, and generating a migration list;
s370: and sending migration information to the corresponding user according to the migration list.
Specifically, after the reserved site is determined, the alternative sites that need to be merged to the reserved site need to be canceled from being opened, and the selection controls corresponding to the merged alternative sites are also hidden on the graphical interface of the user side. Meanwhile, relevant parameters of the site, such as personnel saturation and time period reservation, are kept to be updated synchronously. And the user who has subscribed the combined alternative site and does not arrive is notified by the background, such as short message, telephone notification, etc., and the user is informed to reserve the site for cooperation.
S400: when a trigger instruction of a selection control corresponding to an epidemic prevention site is obtained, accumulating the times of the trigger instruction and generating a registration number;
s410: and generating a preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention sites.
Specifically, when the user clicks the selection control, the background counts a trigger instruction once, and the number of the registered records is increased by one. The first-round registration number is settled before the epidemic prevention site is opened, epidemic prevention materials are reported according to the first-round registration number and are distributed to the corresponding epidemic prevention site, and the comprehensive consideration can be specifically carried out according to parameters such as personnel saturation and the like. After the subsequent epidemic prevention sites are put into use, the registration number is updated at intervals, for example, every other day, and the registration is carried out again to supply epidemic prevention materials.
After the epidemic prevention sites are put into use, each epidemic prevention site can adjust the final receiving capacity of the epidemic prevention sites according to the situations such as the residual situation of materials, the registration number and the like, and the steps are S420-S460:
s420: acquiring the number of registered and arrived completion users of the current epidemic prevention site;
s430: calculating reservation allowance according to the registration number and the number of finished users, and calculating material demand according to the reservation allowance;
s440: obtaining the material allowance of epidemic prevention materials of the current epidemic prevention site;
s450: judging whether the material allowance is smaller than the material demand;
if so, generating a migration list according to the material allowance, the material demand, the reservation allowance and the contact way of the user;
s460: and sending migration information to the corresponding user according to the migration list.
Specifically, when the registered user arrives at the epidemic prevention site, the epidemic prevention material is used or appointed to be used, and the background modifies the reservation state of the user into the completion state. Meanwhile, the material allowance of the epidemic prevention materials is synchronously reduced, and the material demand is estimated according to the number of the reserved persons who do not arrive yet, so that when the material allowance is smaller than the material demand, the fact that the remaining epidemic prevention materials are not enough to support all users is shown. Therefore, the background preferentially selects a batch of users with the latest appointment time to enter the migration list until the material allowance is equal to or larger than the material demand, and the migrated object is the epidemic prevention site with the material allowance larger than the material demand.
S500: finally, data statistics can be performed according to the actual working condition of epidemic prevention, and meanwhile, unregistered and non-arriving users are screened out for notification, as shown in steps S510-S540.
S510: acquiring identity information of all users in the current area and generating comprehensive data;
specifically, the comprehensive data can be directly imported, and can be queried and imported according to related resources such as census and social security.
S520: acquiring registration identity information of the user recorded in the registration number and generating registration data;
s530: and screening out users who do not register according to the comprehensive data and the registration data, and generating a notification list.
Specifically, the unregistered user refers to a user who has not yet reserved, and includes a user who has reserved but does not arrive on time, and all of the users are merged into the notification list.
S540: and acquiring the contact way of the user in the notification list, and sending prompt information according to the notification list and the contact way.
Specifically, for the user who makes a reservation but does not arrive on time, the prompt message mainly includes the epidemic prevention place and time reserved by the user, and for the user who does not make a reservation, the user can provide the website or APP download address for logging in the graphical interface.
S600: and performing data statistics operation, counting all registered and all arrived users, performing grouping record according to time intervals and epidemic prevention sites, recording the consumption of epidemic prevention resources, and generating a statistical report.
Specifically, the statistical report can facilitate the more comprehensive data reference of the next background, and the data reference can be used as the reference for site selection of the epidemic prevention site, the reference for epidemic prevention material distribution and the like.
The main graphical interface of the user side is shown in fig. 4.
The present embodiment further provides a graphical interface layout system based on user data, including:
the positioning acquisition module is used for acquiring user positioning information of a user and acquiring site positioning information of an epidemic prevention site;
the route planning module is connected with the positioning acquisition module and used for planning a preselected moving route according to the user positioning information and the station positioning information;
the condition judgment module is connected with the route planning module and is used for judging whether the preselected moving route meets the preset portable condition or not;
if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding the selection control corresponding to the epidemic prevention site on the graphical interface;
the registration counting module is connected with the condition judging module and used for accumulating the times of the trigger instruction and generating registration numbers when the trigger instruction of the selection control corresponding to the epidemic prevention site is obtained; and
and the reporting module is connected with the registration counting module and used for generating a reporting list of epidemic prevention materials according to the registration number of the epidemic prevention sites.
The graphical interface layout system further comprises:
the distribution graph generating module is used for generating a population distribution graph according to the user positioning information of all the users, and positioning points of all the users are marked on the population distribution graph; and
and the site determining module is connected with the distribution map generating module, determines a plurality of concentration points according to the distribution conditions of the positioning points, determines the coordinates of the epidemic prevention sites on the population distribution map according to preset screening conditions, and generates site positioning information.
The graphical interface layout system further comprises:
and the capacity calculation module is used for acquiring configuration information of the epidemic prevention site, wherein the configuration information comprises personnel configuration and equipment configuration, and calculating the receiving capacity of the epidemic prevention site according to the configuration information. And
and the sequencing module is connected with the capacity calculation module and used for calculating the priority value of the epidemic prevention site according to the receiving capacity and the registration number of the epidemic prevention site at the current moment, sequencing the plurality of epidemic prevention sites according to the priority value and adjusting the recommendation ranking of the corresponding selection control in real time according to the sequencing.
The graphical interface layout system further comprises:
the time screening module is used for displaying time shaft controls corresponding to different time periods on the graphical interface; and when the trigger signal corresponding to any time period on the time axis control is acquired, the controls are selected according to the reverse sequence arrangement of the personnel saturation.
The graphical interface layout system further comprises:
the station standby module is used for judging whether the personnel saturation is in a normal interval or not;
if the saturation is not in the normal interval, judging whether the saturation of the personnel is higher than the upper limit value of the normal interval;
if yes, splitting the epidemic prevention site into at least two alternative sites;
if not, directly entering the alternative site.
The reservation selection module is connected with the station candidate module and used for acquiring station positioning information and time-interval reservation numbers of all candidate stations, matching other candidate stations according to the station positioning information and the time-interval reservation numbers and screening out a group of candidate stations, wherein the group at least comprises two candidate stations; and screening out reserved sites according to the configuration information and the registration number of the alternative sites. And
the migration module is connected with the contact ways of the users who reserve the missed alternative sites in the acquisition group except the reserved site to generate a migration list; and sending migration information to the corresponding user according to the migration list.
The graphical interface layout system further comprises:
the optimization distribution module is used for acquiring the number of registered and arrived completion users of the current epidemic prevention site; calculating reservation allowance according to the registration number and the number of finished users, and calculating material demand according to the reservation allowance; and obtaining the material surplus of the epidemic prevention materials of the current epidemic prevention site; judging whether the material allowance is smaller than the material demand;
if so, generating a migration list according to the material allowance, the material demand, the reservation allowance and the contact way of the user;
and sending migration information to the corresponding user according to the migration list.
The implementation principle of the graphical interface layout method based on the user data in the embodiment of the application is as follows: the background firstly acquires the position of the user, and then determines the position of the epidemic prevention site according to the positioning point of the existing user. When the user logs in again, the system determines the preselected moving route of the user, then selects part of epidemic prevention sites as selection controls according to the screened moving route for the user to select, so that the selection freedom degree and the portability of the user are improved, and meanwhile, the selection controls of other epidemic prevention sites are folded or hidden, so that the selection interference on the user is reduced, the large-range population flow during epidemic prevention is reduced, and the control is convenient.
Generally, when the epidemic prevention work progresses to the later stage, the number of users for receiving by the epidemic prevention site is reduced, and the epidemic prevention site can be combined by taking the personnel saturation as the reference standard, so that the waste of medical resources and epidemic prevention resources is reduced.
And finally, all epidemic prevention sites selected by the users are counted, so that the predicted flow and the total flow of each epidemic prevention site can be calculated according to the registration number, and the supply amount of the epidemic prevention materials is calculated according to the predicted flow and the total flow, so that the epidemic prevention materials are accurately reported, the phenomena of insufficient or waste of the epidemic prevention materials are reduced, the distribution efficiency is improved, and the workload of material transfer in the later period is reduced.
The above embodiments are preferred embodiments of the present application, and the protection scope of the present application is not limited by the above embodiments, so: all equivalent changes made according to the structure, shape and principle of the present application shall be covered by the protection scope of the present application.

Claims (10)

1. A graphical interface layout method based on user data is characterized in that: the method comprises the following steps:
acquiring user positioning information of a user;
acquiring site positioning information of an epidemic prevention site;
planning a preselected moving route according to the user positioning information and the station positioning information;
judging whether the preselected moving route meets a preset portable condition or not;
if yes, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding a selection control corresponding to the epidemic prevention site on the graphical interface;
when a trigger instruction of a selection control corresponding to an epidemic prevention site is obtained, accumulating the times of the trigger instruction and generating a registration number;
and generating a preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention sites.
2. A graphical interface layout method based on user data according to claim 1, characterized by: after the step of obtaining user positioning information of the user;
generating a population distribution map according to the user positioning information of all users, wherein positioning points of all users are marked on the population distribution map;
determining a plurality of centralized points according to the distribution condition of the positioning points, determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening condition, and generating site positioning information.
3. A graphical interface layout method based on user data according to claim 2, characterized in that: the preset screening conditions in the step of determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening conditions comprise one or more of a control area, a user expected travel situation and an expected traffic situation;
in the step of determining the coordinates of the epidemic prevention sites on the population distribution map according to the preset screening conditions, the method further comprises the following steps:
acquiring the area coordinate range of the prevention and control area, and judging whether the concentration point falls within the area coordinate range or on the boundary;
if yes, screening out the concentration point;
if not, the concentration point is reserved.
4. A graphical interface layout method based on user data according to claim 1, characterized by: in the step of displaying the selection control corresponding to the epidemic prevention site on the graphical interface, the method further comprises the following steps:
acquiring configuration information of the epidemic prevention site, wherein the configuration information comprises personnel configuration and equipment configuration;
calculating the receiving capacity of the epidemic prevention site according to the configuration information;
calculating the priority value of the epidemic prevention site according to the receiving capacity and the registration number of the epidemic prevention site at the current moment;
and sequencing the plurality of epidemic prevention sites according to the priority values, and adjusting the recommendation ranking of the corresponding selection control in real time according to the sequencing.
5. A graphical interface layout method based on user data according to claim 4, characterized in that: before the step of displaying the selection control corresponding to the epidemic prevention site on the graphical interface, the method further comprises the following steps:
displaying time shaft controls corresponding to different time periods on the graphical interface;
when a trigger signal corresponding to any time period on the time axis control is acquired, the control is selected according to the reverse sequence arrangement of the personnel saturation;
the acquisition mode of the personnel saturation comprises the following steps:
acquiring the reservation time of the previous user during registration, and dividing the registration number into time period reservation numbers corresponding to different time periods according to the reservation time;
acquiring the receiving capacity of the epidemic prevention site, and dividing the receiving capacity into time period receiving quantities corresponding to different time periods according to the working time of the epidemic prevention site;
and calculating the personnel saturation of the epidemic prevention site in the time period according to the time period reservation number and the time period receiving amount in the same time period.
6. A graphical interface layout method based on user data according to claim 5, characterized in that: acquiring the personnel saturation of the epidemic prevention site;
judging whether the personnel saturation is in a normal interval or not;
if the saturation is not in the normal interval, judging whether the saturation of the personnel is higher than the upper limit value of the normal interval;
if yes, splitting the epidemic prevention site into at least two alternative sites;
if not, directly entering the alternative site;
acquiring site positioning information and time-interval reduced numbers of all the alternative sites;
matching other alternative sites according to site positioning information and the time-interval reservation number, and screening out a group of alternative sites, wherein the group at least comprises two alternative sites;
screening out reserved sites according to the configuration information and the registration number of the alternative sites;
acquiring contact ways of users who reserve other alternative sites in the group but not reach, and generating a migration list;
and sending migration information to the corresponding user according to the migration list.
7. A graphical interface layout method based on user data according to claim 1, characterized by: after the step of generating the preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention site, the method further comprises the following steps:
acquiring the number of registered and arrived completion users of the current epidemic prevention site;
calculating reservation allowance according to the registration number and the number of finished users, and calculating material demand according to the reservation allowance;
obtaining the material surplus of epidemic prevention materials of the current epidemic prevention site;
judging whether the material allowance is smaller than the material demand;
if yes, generating a migration list according to the material allowance, the material demand, the reservation allowance and the contact way of the user;
and sending migration information to the corresponding user according to the migration list.
8. A graphical interface layout method based on user data according to claim 1, characterized by: after the step of judging whether the preselected moving route meets the preset portable condition, the method further comprises the following steps:
acquiring a region coordinate range of a prevention and control region;
judging whether the user is currently located in the prevention and control area or not according to the user positioning information and the area coordinate range of the user;
if the user is located in the control area, displaying an abnormal control, wherein the abnormal control is used for responding to a trigger signal of the user to send an application instruction to the epidemic prevention site meeting the conditions;
if the user is not located in the prevention and control area, judging whether the corresponding preselected moving route intersects with the area coordinate range;
if yes, the pre-selected moving route does not meet the preset portable condition.
9. A graphical interface layout method based on user data according to claim 1, characterized by: in the step of generating the preparation list of the epidemic prevention materials according to the registration number of the epidemic prevention site, the method further comprises the following steps:
acquiring identity information of all users in the current area and generating comprehensive data;
acquiring registration identity information of the user recorded in the registration number and generating registration data;
screening users who do not register according to the comprehensive data and the registration data, and generating a notification list;
acquiring a contact way of a user in a notification list;
and sending prompt information according to the notification list and the contact way.
10. A graphical interface layout system based on user data, which is implemented by applying the graphical interface layout method based on user data of any one of claims 1 to 9, and comprises:
the positioning acquisition module is used for acquiring user positioning information of a user and acquiring site positioning information of an epidemic prevention site;
the route planning module is connected with the positioning acquisition module and used for planning a preselected moving route according to the user positioning information and the station positioning information;
the condition judgment module is connected with the route planning module and is used for judging whether the preselected moving route meets the preset portable condition or not;
if so, displaying a selection control corresponding to the epidemic prevention site on the graphical interface;
if not, folding or hiding a selection control corresponding to the epidemic prevention site on the graphical interface;
the registration counting module is connected with the condition judging module and used for accumulating the times of the trigger instruction and generating registration numbers when the trigger instruction of the selection control corresponding to the epidemic prevention site is obtained;
and the reporting module is connected with the registration counting module and used for generating a reporting list of epidemic prevention materials according to the registration number of the epidemic prevention sites.
CN202210179531.6A 2022-02-25 2022-02-25 Graphical interface layout method and system based on user data Pending CN114548460A (en)

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