CN113099037A - System and method for automatically switching caller identification interface according to weather - Google Patents
System and method for automatically switching caller identification interface according to weather Download PDFInfo
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Abstract
The invention discloses a system and a method for automatically switching a caller identification interface according to weather, belongs to the field of communication, relates to a caller identification technology, and is used for solving the problem of accurately displaying weather and accessory environment information of a caller area and a call connection area; the weather forecast of each region is screened through the weather acquisition module, and a proper weather forecast standard is selected according to the number and the coverage degree of local weather forecast stations to carry out pushing, so that accurate pushing is realized, meanwhile, the service environment of a user is displayed through the real-time acquisition unit and the detail supplement unit, so that the user can judge the environment of the other side according to the environment, and further, the communication efficiency is improved.
Description
Technical Field
The invention belongs to the field of communication, relates to a caller identification technology, and particularly relates to a system and a method for automatically switching a caller identification interface according to weather.
Background
The "caller identification" is also called "Calling number display" (Calling Identity Delivery). The method is divided into two types: one is on-hook state (onhook), i.e. when user A makes a call to user B, user B telephone can receive the information of telephone number of user A of incoming call party from the exchange and display the telephone number; the other is an off-hook state (offhook), namely, when the users A and B are in a call, the user C calls the user B, when the user B hears a prompt tone and can receive the telephone number of the user C, the user B can select a call object according to the requirement, but with the popularization of the 5G technology, the caller ID is endowed with more functions, and how to accurately display weather and accessory environment information of a caller ID area and a call connection area becomes a problem to be solved at present.
Disclosure of Invention
The invention aims to provide a system and a method for automatically switching a caller identification interface according to weather, which are used for solving the problem of accurately displaying weather and accessory environment information of a caller area and a call connection area.
The purpose of the invention can be realized by the following technical scheme:
a system for automatically switching a caller identification interface according to weather comprises a weather acquisition module, a call preparation module and a caller identification module;
the weather obtaining module is set to obtain weather forecast;
the call preparation module is set to select the weather condition in the weather forecast as a display trigger condition;
the caller identification module is set to play the prestored animation according to the display triggering condition.
Furthermore, the weather acquisition module comprises a data access unit, a data comparison unit, an area screening unit and a real-time acquisition unit;
the data access unit is used for acquiring weather forecast condition data in the Internet, specifically, mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network are cloned in a mirror image mode, and a weather forecast comparison table is generated after weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network are acquired;
the data comparison unit is used for comparing data information in the weather forecast comparison table and generating area forecast information, specifically, the weather forecast comparison table is obtained and compared through a weather selection model, and the weather selection model comprises a receiving layer, an investigation layer and an output layer;
the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the area;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as a weather prediction table;
when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
the output layer is used for outputting a weather prediction table.
Further, the area screening unit is used for acquiring the number and coordinate information of the weather monitoring stations in the area and generating an area screening map, specifically, acquiring the monitoring position coordinates and the monitoring range of the weather monitoring stations in the area through municipal planning of the area; and (5) obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius.
Further, the real-time acquisition unit is used for acquiring an acquisition map of acquisition nodes in a region, specifically, acquiring position coordinates of the acquisition nodes and an acquisition range of the acquisition unit;
acquiring an acquisition graph by taking the position coordinate of the acquisition node as a circle center and the acquisition range as a radius;
the acquisition node is a sensor with light sensing function and can perform data transmission.
Furthermore, the caller identification module comprises a positioning unit, a detail supplementing unit and a corresponding unit;
the positioning unit is used for positioning the calling mobile phone and the called mobile phone, and specifically, acquiring an access position coordinate of a signal access base station of the calling mobile phone and a sending position coordinate of a signal sending base station of the called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
and respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring.
Further, the detail supplementing unit is used for acquiring the recording authority of the calling mobile phone and the called mobile phone, recording when the calling mobile phone calls and the called mobile phone rings, and acquiring the volume of the recording file.
Further, the corresponding unit is configured to correspond the signal screening circle to a weather prediction table, and acquire the weather prediction table of the area corresponding to the signal screening circle, specifically, acquire a circle center position coordinate of the signal screening circle, input the circle center position coordinate into positioning software, acquire an area to which the circle center position coordinate belongs, and acquire the weather prediction table of the corresponding area in the weather acquisition module.
Further, the animation switching module comprises a storage unit, a calling unit, a real-time generating unit and a display unit;
the storage unit is used for storing the caller identification animation;
the calling unit is used for acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to the current time point and matching a corresponding caller identification animation.
Further, the real-time generation unit is used for acquiring the volume of the recording file and the illumination intensity value of the acquisition node, and adjusting the display screens of the calling mobile phone and the called mobile phone according to the volume and the light intensity information, specifically, displaying a waveform diagram of the real-time volume on the display screens of the calling mobile phone and the called mobile phone; the brightness of display screens of a calling mobile phone and a called mobile phone is adjusted by obtaining the illumination intensity values collected by the collection nodes in the signal screening circle, and when a plurality of collection nodes exist in the signal screening circle, the collection mean value of the collection nodes is selected as the illumination intensity value;
the display unit is used for acquiring the mobile phone display permission of the calling mobile phone and the called mobile phone and displaying the display information in the calling unit and the real-time generation unit.
A method for automatically switching caller identification interfaces according to weather comprises the following steps:
the method comprises the following steps: cloning mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network in a mirror image mode, generating a weather forecast comparison table after acquiring weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network, and comparing through a weather selection model to generate a weather forecast table;
a1: the weather selection model comprises a receiving layer, an investigation layer and an output layer;
a2: the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the region;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
a3: the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as weather forecast tables
A31: when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
a32: when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
a33: when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
a4: the output layer is used for outputting a weather prediction table;
step two: acquiring monitoring position coordinates and monitoring ranges of weather monitoring stations in a region through municipal planning of the region; obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius;
step three: acquiring the position coordinates of the acquisition nodes and the acquisition range of the acquisition unit, and acquiring an acquisition graph by taking the position coordinates of the acquisition nodes as the circle center and the acquisition range as the radius;
step four: acquiring an access position coordinate of a signal access base station of a calling mobile phone and a sending position coordinate of a signal sending base station of a called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring;
step five: acquiring the circle center position coordinates of the signal screening circle, inputting the circle center position coordinates into positioning software, acquiring the region to which the circle center position coordinates belong, and acquiring a weather prediction table of the corresponding region in a weather acquisition module;
step six: acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to a current time point, and matching corresponding caller identification animation, a real-time volume oscillogram and display screen brightness;
step seven: and displaying the incoming call display animation, the real-time volume oscillogram and the brightness of the display screen as output items.
Compared with the prior art, the invention has the beneficial effects that:
the weather forecast of each region is screened through the weather acquisition module, and a proper weather forecast standard is selected according to the number and the coverage degree of local weather forecast stations to carry out pushing, so that accurate pushing is realized, meanwhile, the service environment of a user is displayed through the real-time acquisition unit and the detail supplement unit, so that the user can judge the environment of the other side according to the environment, and further, the communication efficiency is improved.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions in the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and for those skilled in the art, other drawings can be obtained according to the drawings without creative efforts.
Fig. 1 is a schematic block diagram of the present invention.
Detailed Description
In order to make the objects, technical solutions and advantages of the embodiments of the present invention more apparent, the technical solutions of the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings of the embodiments of the present invention, and it is obvious that the described embodiments are some, but not all embodiments of the present invention. All other embodiments, which can be obtained by a person skilled in the art without any inventive step based on the embodiments of the present invention, are within the scope of the present invention.
Thus, the detailed description of the embodiments of the present invention provided in the following drawings is not intended to limit the scope of the invention as claimed, but is merely representative of selected embodiments of the invention.
As shown in fig. 1, a system for automatically switching caller id display interfaces according to weather includes a weather obtaining module, a call preparation module and a caller id display module;
the weather obtaining module is set to obtain weather forecast;
the call preparation module is set to select the weather condition in the weather forecast as a display trigger condition;
the caller identification module is set to play the prestored animation according to the display triggering condition.
The weather acquisition module comprises a data access unit, a data comparison unit, a region screening unit and a real-time acquisition unit;
the data access unit is used for acquiring weather forecast condition data in the Internet, specifically, mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network are cloned in a mirror image mode, and a weather forecast comparison table is generated after weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network are acquired;
the data comparison unit is used for comparing data information in the weather forecast comparison table and generating area forecast information, specifically, the weather forecast comparison table is obtained and compared through a weather selection model, and the weather selection model comprises a receiving layer, an investigation layer and an output layer;
the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the region;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as a weather prediction table;
when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
the output layer is used for outputting the weather prediction table.
The regional screening unit is used for acquiring the number and coordinate information of the weather monitoring stations in the region and generating a regional screening chart, and specifically, acquiring the monitoring position coordinates and the monitoring range of the weather monitoring stations in the region through municipal planning of the region; and (5) obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius.
The real-time acquisition unit is used for acquiring an acquisition map of acquisition nodes in a region, specifically, acquiring position coordinates of the acquisition nodes and an acquisition range of the acquisition unit;
acquiring an acquisition graph by taking the position coordinate of the acquisition node as a circle center and the acquisition range as a radius;
the collection node is a sensor with light sensing function and can conduct data transmission.
The caller identification module comprises a positioning unit, a detail supplementing unit and a corresponding unit;
the positioning unit is used for positioning the calling mobile phone and the called mobile phone, and specifically, acquiring an access position coordinate of a signal access base station of the calling mobile phone and a sending position coordinate of a signal sending base station of the called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
and respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring.
The detail supplementing unit is used for acquiring the recording authority of the calling mobile phone and the called mobile phone, recording when the calling mobile phone calls and the called mobile phone rings, and acquiring the volume of the recording file.
The corresponding unit is used for corresponding the signal screening circle with the weather prediction table to obtain the weather prediction table of the area corresponding to the signal screening circle, and specifically, obtaining the circle center position coordinates of the signal screening circle, inputting the circle center position coordinates into positioning software to obtain the area to which the circle center position coordinates belong, and obtaining the weather prediction table of the corresponding area in the weather obtaining module.
The animation switching module comprises a storage unit, a calling unit, a real-time generation unit and a display unit;
the storage unit is used for storing the caller identification animation;
the calling unit is used for acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to the current time point and matching a corresponding caller identification animation.
The real-time generating unit is used for acquiring the volume of the recording file and the illumination intensity value of the acquisition node, and adjusting display screens of the calling mobile phone and the called mobile phone according to the volume and the light intensity information, specifically, displaying a oscillogram of the real-time volume on the display screens of the calling mobile phone and the called mobile phone; the brightness of display screens of a calling mobile phone and a called mobile phone is adjusted by obtaining the illumination intensity values collected by the collection nodes in the signal screening circle, and when a plurality of collection nodes exist in the signal screening circle, the collection mean value of the collection nodes is selected as the illumination intensity value;
the display unit is used for acquiring the mobile phone display permission of the calling mobile phone and the called mobile phone and displaying the display information in the calling unit and the real-time generation unit.
A method for automatically switching caller identification interfaces according to weather comprises the following steps:
the method comprises the following steps: cloning mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network in a mirror image mode, generating a weather forecast comparison table after acquiring weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network, and comparing through a weather selection model to generate a weather forecast table;
a1: the weather selection model comprises a receiving layer, an investigation layer and an output layer;
a2: the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the region;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
a3: the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as weather forecast tables
A31: when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
a32: when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
a33: when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
a4: the output layer is used for outputting a weather prediction table;
step two: acquiring monitoring position coordinates and monitoring ranges of weather monitoring stations in a region through municipal planning of the region; obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius;
step three: acquiring the position coordinates of the acquisition nodes and the acquisition range of the acquisition unit, and acquiring an acquisition graph by taking the position coordinates of the acquisition nodes as the circle center and the acquisition range as the radius;
step four: acquiring an access position coordinate of a signal access base station of a calling mobile phone and a sending position coordinate of a signal sending base station of a called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring;
step five: acquiring the circle center position coordinates of the signal screening circle, inputting the circle center position coordinates into positioning software, acquiring the region to which the circle center position coordinates belong, and acquiring a weather prediction table of the corresponding region in a weather acquisition module;
step six: acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to a current time point, and matching corresponding caller identification animation, a real-time volume oscillogram and display screen brightness;
step seven: and displaying the incoming call display animation, the real-time volume oscillogram and the brightness of the display screen as output items.
The above formulas are all calculated by taking the numerical value of the dimension, the formula is a formula which obtains the latest real situation by acquiring a large amount of data and performing software simulation, and the preset parameters in the formula are set by the technical personnel in the field according to the actual situation.
In the embodiments provided by the present invention, it should be understood that the disclosed apparatus, device and method can be implemented in other ways. For example, the above-described apparatus embodiments are merely illustrative, and for example, the division of the modules is only one logical functional division, and there may be other divisions when the actual implementation is performed; the modules described as separate parts may or may not be physically separate, and parts displayed as modules may or may not be physical units, may be located in one place, or may be distributed on a plurality of network units. Some or all of the modules may be selected according to actual needs to achieve the purpose of the method of the embodiment.
It will also be evident to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, and that the present invention may be embodied in other specific forms without departing from the spirit or essential attributes thereof.
The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein. Any reference signs in the claims shall not be construed as limiting the claim concerned.
Furthermore, it is obvious that the word "comprising" does not exclude other elements or steps, and the singular does not exclude the plural. A plurality of units or means recited in the system claims may also be implemented by one unit or means in software or hardware. The terms second, etc. are used to denote names, but not any particular order.
Finally, it should be noted that the above examples are only intended to illustrate the technical process of the present invention and not to limit the same, and although the present invention has been described in detail with reference to the preferred embodiments, it will be understood by those skilled in the art that modifications or equivalent substitutions may be made to the technical process of the present invention without departing from the spirit and scope of the technical process of the present invention.
Claims (10)
1. A system for automatically switching caller identification interfaces according to weather is characterized by comprising a weather acquisition module, a call preparation module and a caller identification module;
the weather obtaining module is set to obtain weather forecast;
the call preparation module is set to select the weather condition in the weather forecast as a display trigger condition;
the caller identification module is set to play the prestored animation according to the display triggering condition.
2. The system for automatically switching the caller identification interface according to the weather as claimed in claim 1, wherein the weather obtaining module comprises a data access unit, a data comparison unit, a region screening unit and a real-time acquisition unit;
the data access unit is used for acquiring weather forecast condition data in the Internet, specifically, mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network are cloned in a mirror image mode, and a weather forecast comparison table is generated after weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network are acquired;
the data comparison unit is used for comparing data information in the weather forecast comparison table and generating area forecast information, specifically, the weather forecast comparison table is obtained and compared through a weather selection model, and the weather selection model comprises a receiving layer, an investigation layer and an output layer;
the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the area;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as a weather prediction table;
when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
the output layer is used for outputting a weather prediction table.
3. The system for automatically switching caller identification interfaces according to weather of claim 2, wherein the area screening unit is used for acquiring the number and coordinate information of weather monitoring stations in a region and generating an area screening map, and specifically, acquiring the monitoring position coordinates and monitoring range of the weather monitoring stations in the region through municipal planning of the region; and (5) obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius.
4. The system for automatically switching caller identification interfaces according to the weather as claimed in claim 2, wherein the real-time acquisition unit is configured to acquire an acquisition map of acquisition nodes in a region, specifically, position coordinates of the acquisition nodes and an acquisition range of the acquisition unit;
acquiring an acquisition graph by taking the position coordinate of the acquisition node as a circle center and the acquisition range as a radius;
the acquisition node is a sensor with light sensing function and can perform data transmission.
5. The system for automatically switching the caller identification interface according to the weather of claim 2, wherein the caller identification module comprises a positioning unit, a detail supplementing unit and a corresponding unit;
the positioning unit is used for positioning the calling mobile phone and the called mobile phone, and specifically, acquiring an access position coordinate of a signal access base station of the calling mobile phone and a sending position coordinate of a signal sending base station of the called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
and respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring.
6. The system as claimed in claim 5, wherein the detail supplement unit is configured to obtain the recording authority of the calling handset and the called handset, record the sound when the calling handset rings and obtain the volume of the recording file.
7. The system according to claim 5, wherein the corresponding unit is configured to correspond the signal filtering circle to the weather prediction table to obtain the weather prediction table of the area corresponding to the signal filtering circle, specifically, to obtain the center position coordinates of the signal filtering circle, input the center position coordinates into the positioning software to obtain the area to which the center position coordinates belong, and obtain the weather prediction table of the corresponding area in the weather obtaining module.
8. The system for automatically switching the caller identification interface according to the weather of claim 2, wherein the animation switching module comprises a storage unit, a calling unit, a real-time generation unit and a display unit;
the storage unit is used for storing the caller identification animation;
the calling unit is used for acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to the current time point and matching a corresponding caller identification animation.
9. The system for automatically switching the caller identification interface according to the weather as claimed in claim 8, wherein the real-time generating unit is configured to obtain the volume of the recording file and the illumination intensity value of the collecting node, and adjust the display screens of the calling mobile phone and the called mobile phone according to the volume and the illumination intensity information, specifically, display a waveform diagram of the real-time volume on the display screens of the calling mobile phone and the called mobile phone; the brightness of display screens of a calling mobile phone and a called mobile phone is adjusted by obtaining the illumination intensity values collected by the collection nodes in the signal screening circle, and when a plurality of collection nodes exist in the signal screening circle, the collection mean value of the collection nodes is selected as the illumination intensity value;
the display unit is used for acquiring the mobile phone display permission of the calling mobile phone and the called mobile phone and displaying the display information in the calling unit and the real-time generation unit.
10. A method for automatically switching caller identification interfaces according to weather is characterized by comprising the following steps:
the method comprises the following steps: cloning mirror image websites of a first-level weather forecast network, a second-level weather forecast network and a third-level weather forecast network in a mirror image mode, generating a weather forecast comparison table after acquiring weather forecast conditions in the mirror image websites of the first-level weather forecast network, the second-level weather forecast network and the third-level weather forecast network, and comparing through a weather selection model to generate a weather forecast table;
a1: the weather selection model comprises a receiving layer, an investigation layer and an output layer;
a2: the receiving layer is used for receiving the weather forecast comparison table and classifying the forecast information in the weather forecast comparison table according to the area numbers of all areas, wherein the classification result is area-first-level weather forecast condition-second-level weather forecast condition-third-level weather forecast condition; the unit of the region is the city level;
the primary weather forecast condition is a 24-hour forecast condition in a primary weather forecast network corresponding to the region;
the secondary weather forecast condition is a 24-hour forecast condition in a secondary weather forecast network corresponding to the area;
the third-level weather forecast condition is a 24-hour forecast condition in a third-level weather forecast network corresponding to the area;
a3: the investigation layer is used for acquiring the same forecast result in the weather forecast condition and generating investigation results, specifically, acquiring a first-level weather forecast condition, a second-level weather forecast condition and a third-level weather forecast condition, and arranging according to time points;
selecting the weather forecast condition with the highest occurrence frequency in the same time point as a pushed weather forecast condition, and selecting the pushed weather forecast conditions corresponding to all time points as weather forecast tables
A31: when the highest-frequency weather forecast condition does not occur in the same time point, when the area screening circle of the area screening graph covers more than or equal to 70% of the area, selecting a three-level weather forecast condition as a push weather forecast condition;
a32: when the area of the area screening graph coverage signal screening circle of the area is smaller than 70% and larger than 40%, selecting a secondary weather forecast condition as a push weather forecast condition;
a33: when the area of the area screening graph coverage signal screening circle of the area is less than 40%, selecting a first-level weather forecast condition as a push weather forecast condition;
a4: the output layer is used for outputting a weather prediction table;
step two: acquiring monitoring position coordinates and monitoring ranges of weather monitoring stations in a region through municipal planning of the region; obtaining a region screening graph by taking the monitoring position coordinate as the original point monitoring range position radius;
step three: acquiring the position coordinates of the acquisition nodes and the acquisition range of the acquisition unit, and acquiring an acquisition graph by taking the position coordinates of the acquisition nodes as the circle center and the acquisition range as the radius;
step four: acquiring an access position coordinate of a signal access base station of a calling mobile phone and a sending position coordinate of a signal sending base station of a called mobile phone;
acquiring a signal screening ring through the access position coordinate and the sending position coordinate, specifically, acquiring the farthest receiving communication distance of a base station of a signal access base station and the farthest transmitting communication distance of the base station of a signal sending base station;
respectively taking the coordinates of the access position and the sending position as original points, and taking the farthest receiving communication distance of the base station and the farthest transmitting communication distance of the base station as radiuses to obtain a signal screening ring;
step five: acquiring the circle center position coordinates of the signal screening circle, inputting the circle center position coordinates into positioning software, acquiring the region to which the circle center position coordinates belong, and acquiring a weather prediction table of the corresponding region in a weather acquisition module;
step six: acquiring a weather prediction table of a corresponding area, reading a pushed weather forecast condition corresponding to a current time point, and matching corresponding caller identification animation, a real-time volume oscillogram and display screen brightness;
step seven: and displaying the incoming call display animation, the real-time volume oscillogram and the brightness of the display screen as output items.
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