CN114627747B - Hail suppression schematic drawing manufacturing method and terminal - Google Patents
Hail suppression schematic drawing manufacturing method and terminal Download PDFInfo
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- CN114627747B CN114627747B CN202210168179.6A CN202210168179A CN114627747B CN 114627747 B CN114627747 B CN 114627747B CN 202210168179 A CN202210168179 A CN 202210168179A CN 114627747 B CN114627747 B CN 114627747B
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- 238000004519 manufacturing process Methods 0.000 title claims abstract description 19
- 238000010586 diagram Methods 0.000 claims abstract description 45
- 230000002265 prevention Effects 0.000 claims description 77
- 238000000034 method Methods 0.000 claims description 12
- 238000004590 computer program Methods 0.000 claims description 8
- 238000005259 measurement Methods 0.000 claims description 8
- 238000012545 processing Methods 0.000 claims description 6
- 239000003086 colorant Substances 0.000 claims description 4
- 238000012805 post-processing Methods 0.000 claims description 4
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Abstract
The invention provides a hail suppression schematic drawing manufacturing method and a terminal, which are used for acquiring hail cloud data, personnel gathering point data and operation point data; initializing the hail cloud data, the personnel gathering point data and the operation point data; drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram; determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram; the invention helps commander judge whether hail suppression operation is needed, which operation point is needed to operate, when hail suppression operation is needed to be unfolded, and once presents data of various dimensions, can acquire information of various dimensions, and improves efficiency and accuracy of hail suppression operation.
Description
Technical Field
The invention relates to the field of weather modification, in particular to a hail suppression schematic drawing manufacturing method and a hail suppression schematic drawing terminal.
Background
The hail disaster has great harm to agriculture, and even threatens the life safety of personnel under the condition of large hail volume, so the hail disaster prevention and control is an important role in artificial weather, along with the remarkable status and improvement of the antiaircraft hail and rocket hail prevention in artificial weather operation, under the condition of having hardware required by hail prevention, how to use the hardware to achieve the best prevention and control effect, and how to make an operation plan to realize the development of the artificial weather hail prevention operation, help commanders to quickly know adjustable resources, realize quicker and accurate hail prevention, and become the problem to be solved in the industry.
Disclosure of Invention
The technical problems to be solved by the invention are as follows: the hail suppression schematic drawing manufacturing method and the hail suppression schematic drawing terminal are provided, and the hail suppression operation efficiency and accuracy are improved.
In order to solve the technical problems, the invention adopts a technical scheme that:
a hail suppression schematic drawing manufacturing method comprises the following steps:
hail cloud data, personnel gathering point data and operation point data are acquired;
initializing the hail cloud data, the personnel gathering point data and the operation point data;
drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
and determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram.
In order to solve the technical problems, the invention adopts another technical scheme that:
a hail suppression schematic drawing making terminal comprising a memory, a processor and a computer program stored on the memory and operable on the processor, wherein the processor implements the following steps when executing the computer program:
hail cloud data, personnel gathering point data and operation point data are acquired;
initializing the hail cloud data, the personnel gathering point data and the operation point data;
drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
and determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram.
The invention has the beneficial effects that: the hail cloud data, the personnel gathering point data and the operation point data are acquired and initialized and then are drawn on the same geographic information schematic diagram, and target operation point data are marked, so that basic data required by hail suppression operation are displayed on one diagram, a commander is helped to judge whether hail suppression operation is required or not, operation is performed through which operation point, when hail suppression operation is required to be unfolded, data of multiple dimensions are displayed at one time, multi-dimensional information can be acquired, and the efficiency and the precision of hail suppression operation are improved.
Drawings
FIG. 1 is a flow chart of steps of a hail suppression schematic diagram making method according to an embodiment of the invention;
fig. 2 is a schematic structural view of a hail suppression schematic drawing manufacturing terminal according to an embodiment of the present invention;
FIG. 3 is a representation of a hail suppression schematic of an embodiment of the present invention;
description of the reference numerals:
1. hail suppression schematic drawing manufacturing terminal; 2. a processor; 3. a memory.
Detailed Description
In order to describe the technical contents, the achieved objects and effects of the present invention in detail, the following description will be made with reference to the embodiments in conjunction with the accompanying drawings.
Referring to fig. 1, a method for manufacturing a hail suppression schematic diagram is characterized by comprising the steps of:
hail cloud data, personnel gathering point data and operation point data are acquired;
initializing the hail cloud data, the personnel gathering point data and the operation point data;
drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
and determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram.
From the above description, the beneficial effects of the invention are as follows: the hail cloud data, the personnel gathering point data and the operation point data are acquired and initialized and then are drawn on the same geographic information schematic diagram, and target operation point data are marked, so that basic data required by hail suppression operation are displayed on one diagram, a commander is helped to judge whether hail suppression operation is required or not, operation is performed through which operation point, when hail suppression operation is required to be unfolded, data of multiple dimensions are displayed at one time, multi-dimensional information can be acquired, and the efficiency and the precision of hail suppression operation are improved.
Further, initializing the hail cloud data, the personnel gathering point data and the operation point data includes:
performing latitude and longitude field attribute setting on the hail cloud data, the personnel gathering point data and the operation point data according to a 2000 geodetic coordinate system standard;
and processing hail cloud data, personnel gathering point data and operation point data after finishing the setting of the longitude and latitude field attribute, and processing to obtain a geographic information data format with consistent spatial attribute identification.
As can be seen from the above description, the coordinates of hail cloud data, personnel gathering point data and operation point data are standardized and output through a unified geographic information data format, so that subsequent operations such as drawing through a geographic information system are facilitated, and migration and storage of original data are facilitated.
Further, the method also comprises the step of acquiring the current authority area;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram comprises the following steps:
and displaying the current authority area on the geographic information schematic diagram, and marking the personnel gathering point data and the operation point data in the current authority area.
According to the description, the current authority area is obtained and displayed, and the personnel gathering point data and the operation point data in the current authority area are not marked particularly, so that a commander can intuitively perceive the adjustable resources in the current authority range and the range, namely the personnel gathering point, which is a part needing to pay attention to, and the commander can conveniently further make hail suppression operation decisions.
Further, after initializing the hail cloud data, the personnel gathering point data and the operation point data, the method comprises the following steps:
obtaining a prevention and control warning area according to the operation point data;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram comprises the following steps:
and displaying the prevention and control warning area on the geographic information schematic diagram.
According to the above description, the hail disaster seriously affects the life and property safety of personnel, so that the prevention and control warning area is arranged at the operation point and displayed, and a commander can intuitively know whether the hail cloud enters the corresponding prevention and control warning area or not by combining hail cloud data displayed on the geographic information schematic diagram, so that important attention is paid, a time scale is provided for timely carrying out various operations at the command operation point, and the prevention and control practice of the hail disaster is avoided being missed.
Further, the obtaining the prevention and control guard area according to the operation point data includes:
dividing a first prevention and control warning area, a second prevention and control warning area and a third prevention and control warning area according to the distance between the first prevention and control warning area and the center point of the operation point data;
the displaying the prevention and control warning area on the geographic information schematic diagram comprises the following steps:
and marking the first prevention and control warning area, the second prevention and control warning area and the third prevention and control warning area respectively by using different colors.
From the above description, the prevention and control guard area is further subdivided according to the distance from the personnel gathering point, and marked with different colors, the distances from the personnel gathering point are different, the emergency degree is also different, and the refined subareas provide further decision references for the commander.
Further, the acquiring hail cloud data, personnel gathering point data and working point data includes:
acquiring the hail cloud data in real time;
acquiring preset personnel gathering point data and operation point data;
the step of obtaining the prevention and control guard zone according to the personnel gathering point data further comprises the following steps:
and judging whether the hail cloud position is overlapped with the prevention and control warning area according to the hail cloud data, if so, judging the overlapping grade, and sending operation data corresponding to the overlapping grade.
From the above description, it can be seen that the overlapping grade is obtained according to the overlapping condition of hail cloud data and the prevention and control warning area, and different operation data are sent according to different overlapping grades, the overlapping grade reflects the urgent degree of prevention and control, and the commander is prompted to perform different operations according to different overlapping grades, so that the working pressure of the commander is reduced.
Further, when the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data are drawn on the same geographic information schematic diagram, the method further comprises the following steps:
acquiring the position of each data acquisition point and the measurement data corresponding to the data acquisition point;
and displaying the operation point data and the measurement data through a table.
As can be seen from the above description, the operation point data and the measurement data are displayed through the table, and the detailed data cannot be displayed on the geographic information diagram, so that the table matched with the geographic information diagram is provided to further display detailed data, and further data support is provided for how to perform hail suppression operation.
Further, the method also comprises the step of acquiring data of a specific operation control area;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram further comprises the following steps:
and drawing the data of the control area of the specific operation on the geographical information schematic diagram.
From the above description, a specific operation control area is set and displayed, so that further reference is provided for commanders to command hail suppression operation.
Further, the specific operation control area data comprises a forbidden area and a range circle.
From the above description, the forbidden region and the range ring are displayed on the geographic information schematic diagram, and the commander can perform corresponding adjustment when commanding, so as to improve the precision of hail suppression operation.
Referring to fig. 2, a hail suppression schematic drawing making terminal includes a memory, a processor and a computer program stored in the memory and capable of running on the processor, wherein the processor implements the following steps when executing the computer program:
hail cloud data, personnel gathering point data and operation point data are acquired;
initializing the hail cloud data, the personnel gathering point data and the operation point data;
drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
and determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram.
The invention has the beneficial effects that: the hail cloud data, the personnel gathering point data and the operation point data are acquired and initialized and then are drawn on the same geographic information schematic diagram, and target operation point data are marked, so that basic data required by hail suppression operation are displayed on one diagram, a commander is helped to judge whether hail suppression operation is required or not, operation is performed through which operation point, when hail suppression operation is required to be unfolded, data of multiple dimensions are displayed at one time, multi-dimensional information can be acquired, and the efficiency and the precision of hail suppression operation are improved.
The method and the terminal for manufacturing the hail suppression schematic drawing can be suitable for the situation that hail suppression operation is required, and visual support data are provided for the hail suppression operation, and the method and the terminal are described in the following specific embodiments:
referring to fig. 1, a first embodiment of the present invention is as follows:
a hail suppression schematic drawing manufacturing method comprises the following steps:
hail cloud data, personnel gathering point data and operation point data are acquired;
s1, hail cloud data, personnel gathering point data and operation point data are obtained;
in an alternative embodiment, the personnel gathering points comprise residential points, oil and gas stations, service areas, schools, roads, and crop gathering points;
s2, initializing hail cloud data, personnel gathering point data and operation point data, wherein the steps include:
performing latitude and longitude field attribute setting on the hail cloud data, the personnel gathering point data and the operation point data according to a 2000 geodetic coordinate system standard;
processing hail cloud data, personnel gathering point data and operation point data after finishing the setting of longitude and latitude field attributes, and processing to obtain geographic information data formats with consistent spatial attribute identifiers;
in an optional implementation manner, the geographic information data format is shp format, and further comprises the steps of storing processed hail cloud data, personnel gathering point data and operation point data into a database, and using professional geographic information software to connect the database for reading data, wherein the database can be a MySQL database;
s3, drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
s4, determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram;
wherein, still include between S2 and the S3:
s020, obtaining a prevention and control warning area according to the operation point data, wherein the prevention and control warning area comprises:
acquiring longitude and latitude coordinates of a center point of the operation point according to the operation point data;
dividing a first prevention and control warning area, a second prevention and control warning area and a third prevention and control warning area according to the distance between the first prevention and control warning area and the center point of the operation point; the distances between the first prevention and control warning area, the second prevention and control warning area and the third prevention and control warning area and the center point of the operation point are gradually reduced;
in an alternative embodiment, 120-80km from the center point of the operation point is a first prevention and control guard zone, and 80-50km from the center point of the operation point is a second prevention and control guard zone; 50-5km from the center point of the operation point is a third prevention and control guard zone;
also included between S3 and S4 is:
s030, displaying the prevention and control warning area on the geographic information schematic diagram; specifically, the first prevention and control warning area, the second prevention and control warning area and the third prevention and control warning area are marked by different colors respectively;
in an optional implementation manner, post-processing is further included on the geographic information schematic, for example, post-processing is performed through refined drawing software, and printing and browsing of the geographic information schematic are facilitated, wherein the post-processing includes breadth adjustment, color adjustment, saturation modification and the like.
The second embodiment of the invention is as follows:
a hail suppression schematic drawing manufacturing method, which is different from the first embodiment in that:
s1 comprises the following steps:
acquiring the hail cloud data in real time;
acquiring preset personnel gathering point data and operation point data;
s020 further comprises:
s021, judging whether the hail cloud position overlaps with the prevention and control warning area according to the hail cloud data, if so, judging the overlapping grade, and sending operation data corresponding to the overlapping grade, wherein the operation data comprises the following steps:
s0211, acquiring longitude and latitude position data of the hail cloud according to the hail cloud data; judging whether the longitude and latitude position data of the hail cloud is overlapped with the prevention and control warning area, if so, executing S0212;
s0212, judging which prevention and control warning area the longitude and latitude position data of the hail cloud overlap with, and obtaining an overlapping grade according to the distance between the prevention and control warning area and the center point of the operation point;
if the hail cloud is overlapped with the plurality of prevention and control warning areas, determining an overlapping level according to the prevention and control warning area closest to the center point of the operation point;
s0213, sending the operation data corresponding to the overlapped level to an operation point;
if the longitude and latitude positions of the hail cloud overlap with the first prevention and control warning area, and the first prevention and control warning area is farthest from the center point of the operation point, setting the operation data as "hail prevention operation personnel arrive at the operation point and start filling hail prevention operation ammunition"; the longitude and latitude positions of the hail cloud are overlapped with the second prevention and control warning areas, the distances between the second prevention and control warning areas and the center point of the operation point are ordered from large to small to form second positions, and then the operation data are set as 'hail prevention operation personnel fill hail prevention operation ammunition, and hail prevention operation ammunition firing preparation' is carried out; the longitude and latitude positions of the hail cloud are overlapped with a third prevention and control warning area, the third prevention and control warning area is nearest to the center point of the operation point, and the operation data is set as 'shooting hail prevention operation ammunition';
namely, according to the number of the prevention and control guard areas, the operation content is split into operation data with corresponding number, the operation data are combined into a complete operation content, and the control of the time point of operation is realized;
in an alternative embodiment, during the operation, the position information of the rocket and the antiaircraft gun for sending the hail suppression operation bomb is acquired in real time, and whether the target position is reached is judged.
The third embodiment of the invention is;
the distinguishing features of the hail suppression schematic drawing manufacturing method from the first embodiment or the second embodiment are that:
the method also comprises the steps of obtaining the current authority area and the data of the specific operation control area;
the specific operation control area comprises an injection forbidding area and a range ring, namely the operation point hail suppression operation ammunition should not relate to the injection forbidding area, and the range ring related to other operation point hail suppression operation ammunition should be avoided as much as possible, so that the high-efficiency utilization of the artificial weather ammunition is realized;
in an optional implementation manner, after the current authority area is acquired, initializing the current authority area in the same way as S2;
s3 further comprises:
drawing data of a control area of a specific operation on the geographic information schematic diagram;
acquiring the position of each data acquisition point and the measurement data corresponding to the data acquisition point; in an alternative embodiment, the data acquisition point is a radar site, and the position of the radar site and the measurement data corresponding to the radar site, such as the moving direction and the moving speed of hail cloud, are obtained;
displaying the operation point data and the measurement data through a table;
the step S3 includes:
displaying a current authority area on the geographic information schematic diagram, and marking the personnel gathering point data and the operation point data in the current authority area;
in an alternative embodiment, only the personnel gathering point data and the operation point data in the current authority area are displayed; the information irrelevant to the current authority area of the current commander is eliminated, so that the decision-making efficiency of the commander is improved;
if the current authority area is a city, marking the personnel gathering point data and the operation point data in the range of the city, or displaying the personnel gathering point data and the operation point data in the range of the city only on a map.
Referring to fig. 2, a fourth embodiment of the present invention is as follows:
the hail suppression schematic drawing making terminal 1 comprises a processor 2, a memory 3 and a computer program stored on the memory 3 and capable of running on the processor 2, wherein the processor 2 realizes the steps in the first embodiment when executing the computer program.
In summary, the invention provides a hail suppression schematic drawing manufacturing method and a terminal, which acquire data through multiple dimensions and initialize the data so that the data can be represented in a coordinate system, thus a commander can intuitively acquire basic data required by the command and the decision efficiency of the commander is improved; different warning areas are divided according to the positions of the operation points, different operations are automatically determined according to the relative distance between the hail cloud position and the position of the prevention and control warning area to automatically prompt, workload of commanders is further reduced, timely references are provided for the commanders, the commanders can be prevented from missing important decision time points, meanwhile, hail prevention operation contents are split according to the number of the prevention and control warning areas, each detail time point is conveniently mastered, fault tolerance is improved, failure of hail prevention operation caused by missing of the important time points is avoided, and final imaging is processed, so that the commanders can print more conveniently, habit that part of commanders are used to mark on the graph directly is improved, and use experience is improved.
The foregoing description is only illustrative of the present invention and is not intended to limit the scope of the invention, and all equivalent changes made by the specification and drawings of the present invention, or direct or indirect application in the relevant art, are included in the scope of the present invention.
Claims (7)
1. The hail suppression schematic drawing manufacturing method is characterized by comprising the following steps of:
hail cloud data, personnel gathering point data and operation point data are acquired;
initializing the hail cloud data, the personnel gathering point data and the operation point data;
drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram;
determining target operation point data in the operation point data according to the hail cloud data and the personnel gathering point data, and marking the target operation point data on the geographic information schematic diagram;
further comprises:
post-processing the geographic information schematic diagram through refined drawing software;
after initializing the hail cloud data, the personnel gathering point data and the operation point data, the method comprises the following steps:
obtaining a prevention and control warning area according to the operation point data;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram comprises the following steps:
displaying the prevention and control warning area on the geographic information schematic diagram;
the obtaining the prevention and control guard zone according to the operation point data comprises the following steps:
dividing a first prevention and control warning area, a second prevention and control warning area and a third prevention and control warning area according to the distance between the first prevention and control warning area and the center point of the operation point data;
the displaying the prevention and control warning area on the geographic information schematic diagram comprises the following steps:
marking the first prevention and control warning area, the second prevention and control warning area and the third prevention and control warning area respectively by using different colors;
the acquiring hail cloud data, personnel gathering point data and operation point data comprises the following steps:
acquiring the hail cloud data in real time;
acquiring preset personnel gathering point data and operation point data;
the step of obtaining the prevention and control guard zone according to the operation point data further comprises the following steps:
and judging whether the hail cloud position is overlapped with the prevention and control warning area according to the hail cloud data, if so, judging the overlapping grade, and sending operation data corresponding to the overlapping grade.
2. The hail suppression schematic production method according to claim 1, wherein initializing the hail cloud data, the personnel gathering point data and the operation point data comprises:
performing latitude and longitude field attribute setting on the hail cloud data, the personnel gathering point data and the operation point data according to a 2000 geodetic coordinate system standard;
and processing hail cloud data, personnel gathering point data and operation point data after finishing the setting of the longitude and latitude field attribute, and processing to obtain a geographic information data format with consistent spatial attribute identification.
3. The hail suppression schematic production method according to claim 1, further comprising obtaining a current authority area;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram comprises the following steps:
and displaying the current authority area on the geographic information schematic diagram, and marking the personnel gathering point data and the operation point data in the current authority area.
4. The method for manufacturing a hail suppression schematic according to claim 1, wherein when the initialized hail cloud data, personnel gathering point data and operation point data are drawn on the same geographical information schematic, further comprising:
acquiring the position of each data acquisition point and the measurement data corresponding to the data acquisition point;
and displaying the operation point data and the measurement data through a table.
5. The hail suppression schematic production method according to claim 1, further comprising acquiring data of a specific operation control area;
the step of drawing the initialized hail cloud data, the initialized personnel gathering point data and the initialized operation point data on the same geographic information schematic diagram further comprises the following steps:
and drawing the data of the control area of the specific operation on the geographical information schematic diagram.
6. The hail suppression schematic of claim 5, wherein the specific operation control zone data includes a forbidden zone and a range circle.
7. A hail suppression schematic drawing making terminal comprising a memory, a processor and a computer program stored on the memory and operable on the processor, wherein the processor, when executing the computer program, implements the steps of a hail suppression schematic drawing making method as claimed in any one of claims 1-6.
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