CN114491187B - Intelligent natural resource monitoring integrated system - Google Patents

Intelligent natural resource monitoring integrated system Download PDF

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CN114491187B
CN114491187B CN202210068453.2A CN202210068453A CN114491187B CN 114491187 B CN114491187 B CN 114491187B CN 202210068453 A CN202210068453 A CN 202210068453A CN 114491187 B CN114491187 B CN 114491187B
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natural resource
password
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CN114491187A (en
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李爱迪
孙芬
杨凯
孙俊
郑财贵
朱慧
高彦梅
邹富
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Chongqing Planning And Natural Resources Investigation And Monitoring Institute
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    • G06—COMPUTING; CALCULATING OR COUNTING
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    • G06F16/90—Details of database functions independent of the retrieved data types
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    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/953—Querying, e.g. by the use of web search engines
    • G06F16/9537—Spatial or temporal dependent retrieval, e.g. spatiotemporal queries
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    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
    • G06F16/90—Details of database functions independent of the retrieved data types
    • G06F16/95—Retrieval from the web
    • G06F16/953—Querying, e.g. by the use of web search engines
    • G06F16/9538—Presentation of query results
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
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Abstract

The invention provides an intelligent natural resource monitoring integrated system, which comprises a platform login module, an import and upload module and a pattern spot generation module; the data output end of the platform login module is connected with the data input end of the import and upload module, and the data output end of the import and upload module is connected with the data input end of the pattern spot generation module; the platform login module is used for logging in the natural resource intelligent management platform; the import uploading module is used for uploading the imported collected data to the natural resource intelligent management platform; and the pattern spot generation module is used for processing the uploaded data by the intelligent natural resource management platform to obtain a pattern spot map. The invention can safely upload the acquired data to the natural resource intelligent management platform and display each pattern spot on the map in different colors.

Description

Intelligent natural resource monitoring integrated system
Technical Field
The invention relates to the technical field of natural resources, in particular to an intelligent monitoring integrated system for natural resources.
Background
In order to implement ecological civilization construction and establish the requirements of a natural resource investigation monitoring system, the intelligent monitoring work of natural resources is widely explored and implemented in all nationwide provinces at present. The natural resource intelligent monitoring is regularly developed for dynamically mastering the change condition of natural resources, the natural resource monitoring target relates to various aspects of natural resources such as land, mineral products, forest, grassland, water, wetland, sea island and the like, and needs to be applied to advanced technologies of various industries such as GIS technology, unmanned aerial vehicles, internet +, cloud computing and the like, however, if the acquired data cannot be displayed in a map form by the natural resource intelligent management platform, the situation of knowing the natural resources is very fuzzy.
Disclosure of Invention
The invention aims to at least solve the technical problems in the prior art, and particularly creatively provides an intelligent natural resource monitoring integrated system.
In order to achieve the above purpose, the invention provides an intelligent natural resource monitoring integrated system, which comprises a platform login module, an import and upload module and a pattern spot generation module;
the data output end of the platform login module is connected with the data input end of the import and upload module, and the data output end of the import and upload module is connected with the data input end of the spot generation module;
the platform login module is used for logging in the natural resource intelligent management platform;
the import uploading module is used for uploading the imported collected data to the natural resource intelligent management platform;
and the pattern spot generation module is used for processing the uploaded data by the intelligent natural resource management platform to obtain a pattern spot map.
In a preferred embodiment of the present invention, the uploading module comprises the following steps:
s21, storing the imported collected data in a temporary storage folder, counting the number of files of the imported collected data, and recording the number as p;
s22, recording the size of each imported file, and constructing a folder to be uploaded according to the number and the size of the files;
s23, compressing each folder to be uploaded to obtain a compressed file to be uploaded;
and S24, uploading all the to-be-uploaded compressed packets to a natural resource intelligent management platform.
In a preferred embodiment of the present invention, the importing and uploading module further includes step S25, where the natural resource intelligent management platform decompresses the received uploaded compressed file; the method for decompressing the received uploaded compressed file by the intelligent natural resource management platform comprises the following steps:
s251, the natural resource intelligent management platform numbers the received uploaded compressed files, and the numbers are respectively L 1 、L 2 、L 3 、……、L l ；L l Indicating a received 1 st upload compressed file, L 2 Indicating a received 2 nd upload compressed file, L 3 Indicating a received 3 rd upload compressed file, L l The method comprises the steps of representing a received first uploaded compressed file, wherein l represents the total number of the received uploaded compressed files of a natural resource intelligent management platform; let l' =1;
s252, uploading the compressed file L to the I l′ Executing an integrity algorithm operation to obtain a name integrity code; the method for obtaining the complete name code comprises the following steps:
Figure BDA0003481129180000021
wherein, integrity Quality Algorithm < > represents an Integrity Algorithm, and preferably adopts an MD5 Algorithm.
Figure BDA0003481129180000022
Indicating the l' uploading of the compressed file;
L l′ indicating the l' name complete code;
s253, judging L l′ Upload compressed file L with the L l′ Whether the file names of (1) are consistent:
if L is l′ Upload compressed file L with the L l′ If the file names are consistent, executing the next step;
if L is l′ Upload compressed file L with the L l′ If the file names are not consistent, the first file name isL' uploading compressed file L l′ Screening, namely re-requesting the terminal to send the compressed file to be uploaded corresponding to the file name;
s254, judging the relation between l 'and l':
if l' is not less than l, executing the next step;
if l ' < Q, then l ' = l ' +1;
s255, establishing a merged folder, and moving all files in the uploaded compressed file after decompression to the merged folder.
In a preferred embodiment of the present invention, the pattern spot generation module comprises the following steps:
s31, generating a map template;
s32, identifying the coordinate points obtained by analysis on the map template to form identification points;
s33, determining the center coordinates of all the circle to be defined by taking the radius as r and defining that the number of the identification points is more than or equal to u;
s34, judging
Figure BDA0003481129180000031
And D 0 The relationship of (1):
if it is
Figure BDA0003481129180000032
Less than or equal to D 0 ，
Figure BDA0003481129180000033
Is shown as
Figure BDA0003481129180000034
Centre distance between circle and circle of the eta circle, D 0 Represents a preset circle center distance threshold value,
Figure BDA0003481129180000035
is shown as
Figure BDA0003481129180000036
The coordinates of the center of the circle (x) η ,y η ) Circle representing the circle defined by the eta circleHeart coordinate, then
Figure BDA0003481129180000037
The circle and the eta circle are drawn to the same figure spot;
if it is
Figure BDA0003481129180000038
Greater than D 0 If it is, then it will not
Figure BDA0003481129180000039
The circle and the eta circle are drawn to the same figure spot;
and S35, dyeing all the spots.
In a preferred embodiment of the present invention, the method for dyeing the pattern spots in step S3 is:
Figure BDA00034811291800000310
wherein, O represents the dyeing digit of one of R, G and B components in RGB; generally, 8 is taken.
int () represents a rounding function;
Area n represents the area of the nth pattern spot;
n represents the total number of the image spots;
m represents the amount of staining.
In a preferred embodiment of the present invention, the platform login module comprises the following steps:
s11, logging in a webpage to obtain a user name and a user password input by a user;
s12, preprocessing the input user name and the user password by the login webpage to obtain a preprocessed user name and a preprocessed password;
and S13, sending the preprocessed user name, the preprocessed password and the equipment ID number of the login webpage equipment to a natural resource intelligent management platform for verification.
In a preferred embodiment of the present invention, step S13 includes the following steps:
s131, after the natural resource intelligent management platform receives the pre-processing user name and the pre-processing password sent by the sending terminal and the equipment ID number of the login webpage equipment, the natural resource intelligent management platform takes the received pre-processing user name as a search word, and judges whether a storage user name consistent with the search word exists in a user database or not:
if the user database has a stored user name consistent with the search word, executing the next step;
if the user database does not have a stored user name consistent with the search word, prompting that the input user name is incorrect on the login webpage, and asking for re-inputting the correct user name;
s132, extracting a storage password and a storage ID which are stored in a database and are associated with the received preprocessed user name, and judging whether the equipment ID number of the received login webpage equipment is consistent with the storage ID:
if the received equipment ID number of the login webpage equipment is consistent with the storage ID, executing the next step;
if the received equipment ID number of the login webpage equipment is inconsistent with the stored ID, the equipment ID number of the login webpage equipment needs to be verified by sending a short message;
s133, judging whether the received preprocessed password is consistent with the stored password:
if the received preprocessing password is consistent with the stored password, the verification is passed, and the natural resource intelligent management platform is logged in;
if the received preprocessing password is inconsistent with the stored password, the input user password is prompted to be incorrect on the login webpage, and the correct user password is input again.
In a preferred embodiment of the present invention, the method for obtaining the preprocessed user name in step S12 includes the following steps:
s121, counting the total number of all user name characters;
s122, for the a' th user name character A in all the user name characters a″′ Conversion into a character string A a″ ′；
S123, converting the character string A a″ ' converting to a string of comparable size;
s124, judging the relationship between a' and a:
if a' is more than or equal to a, executing the next step;
if a "" < a, a "" = a "" +1, return to step S122;
s125, the character string is processed
Figure BDA0003481129180000051
Arranging the character strings in the order from small to large
Figure BDA0003481129180000052
Arranged in character strings
Figure BDA0003481129180000053
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ″；
S127, converting the character string A f "conversion to a string of comparable size;
s128, judging the relationship between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the step S122 is returned;
s129, character string
Figure BDA0003481129180000054
Arranging the character strings in the order from small to large
Figure BDA0003481129180000055
Arranged in character strings
Figure BDA0003481129180000056
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a).
In a preferred embodiment of the present invention, the method for obtaining the pre-processing password in step S12 includes the following steps:
s121, counting the total number of all password characters;
s122, aiming at the a' th password character A in all password characters a″′ Conversion into a character string A a″ ′；
S123, converting the character string A a″ ' conversion to comparable size strings;
s124, judging the relationship between a' and a:
if a' is more than or equal to a, executing the next step;
if a "" < a, a "" = a "" +1, return to step S122;
s125, the character string
Figure BDA0003481129180000061
Arranging the character strings in the order from small to large
Figure BDA0003481129180000062
Arranged in character strings
Figure BDA0003481129180000063
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ″；
S127, converting the character string A f "conversion to a string of comparable size;
s128, judging the relationship between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the process returns to step S122;
s129, character string
Figure BDA0003481129180000064
Arranging the character strings in the order from small to large
Figure BDA0003481129180000065
Arranged in character strings
Figure BDA0003481129180000066
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a).
The invention also discloses an intelligent monitoring and integrating method for natural resources, which comprises the following steps:
s1, logging in a natural resource intelligent management platform;
s2, uploading the imported collected data to a natural resource intelligent management platform;
and S3, the natural resource intelligent management platform processes the uploaded data to obtain the map spot map.
In conclusion, due to the adoption of the technical scheme, the method and the system can safely upload the acquired data to the natural resource intelligent management platform and display each pattern spot on the map in different colors.
Additional aspects and advantages of the invention will be set forth in part in the description which follows and, in part, will be obvious from the description, or may be learned by practice of the invention.
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The above and/or additional aspects and advantages of the present invention will become apparent and readily appreciated from the following description of the embodiments, taken in conjunction with the accompanying drawings of which:
FIG. 1 is a schematic block diagram of the process of the present invention.
Detailed Description
Reference will now be made in detail to embodiments of the present invention, examples of which are illustrated in the accompanying drawings, wherein like or similar reference numerals refer to the same or similar elements or elements having the same or similar function throughout. The embodiments described below with reference to the accompanying drawings are illustrative only for the purpose of explaining the present invention, and are not to be construed as limiting the present invention.
The invention discloses an intelligent natural resource monitoring and integrating system, which comprises a platform login module, an import and upload module and a pattern spot generation module;
the data output end of the platform login module is connected with the data input end of the import and upload module, and the data output end of the import and upload module is connected with the data input end of the spot generation module;
the platform login module is used for logging in the natural resource intelligent management platform;
the import uploading module is used for uploading the imported collected data to the natural resource intelligent management platform;
and the pattern spot generation module is used for processing the uploaded data by the intelligent natural resource management platform to obtain a pattern spot map.
In a preferred embodiment of the present invention, the importing and uploading module includes the following steps:
s21, storing the imported collected data in a temporary storage folder, counting the number of files of the imported collected data, and recording the number as P, wherein the number is P 1 、P 2 、P 3 、……、P p ，P 1 Denotes the 1 st import file, P 2 Denotes the 2 nd import file, P 3 Denotes the 3 rd import file, P p Representing the p-th import file;
s22, recording the size of each imported file, and constructing a folder to be uploaded according to the number and the size of the files; the method specifically comprises the following steps:
s221, the file P is processed 1 、P 2 、P 3 、……、P p S is obtained according to the arrangement of the file sizes from large to small 1 、S 2 、S 3 、……、S 4 ，S 1 Representing a document P 1 、P 2 、P 3 、……、P p Arranging the files according to the sizes of the files from large to small and then arranging the files at the 1 st bit, S 2 Representing a document P 1 、P 2 、P 3 、……、P p The files in the 2 nd bit after being arranged according to the sizes of the files from large to small, S 3 Represents a file P 1 、P 2 、P 3 、……、P p The files in the 3 rd bit after being arranged according to the sizes of the files from large to small, S p Represents a file P 1 、P 2 、P 3 、……、P p Arranging files in the p-th order according to the sizes of the files from large to small; let q =1; s =1;
s222, establishing a qth folder to be uploaded, and adding S s Moving to the qth folder to be uploaded;
Figure BDA0003481129180000082
indicating the document S at the S-th bit after arrangement s The size of (a) is (b),
s223, adding S s+1 Moving to the qth folder to be uploaded; judging the size between PresetSize and Presetspace:
if the PresetSize is not more than the Presetspace, the PresetSize represents the size of a folder in the current folder, and the Presetspace represents the size of a preset uploading file;
Figure BDA0003481129180000081
indicating the file S at the S +1 th bit after arrangement s+1 The size of (d); s = s +1;
if PresetSize > PresetSpace, then S is added s+1 Moving the file from the qth file to be uploaded to a temporary storage file; s = s +1; t = s;
s224, judging whether the temporary storage folder contains files:
if the temporary storage folder contains files, executing the next step;
if the temporary storage folder does not have files, ending the process;
s225, judging the relation between S and p:
if s is more than or equal to p, q = q +1; s = t min ；t min Min { t }, where min represents the minimum value in the set, and { t } represents the set of values t, and the process returns to step S222;
if S < p, the process returns to step S223.
S23, compressing each folder to be uploaded to obtain a compressed file to be uploaded; the method specifically comprises the following steps:
s231, acquiring the number of the folders to be uploaded, and recording the number as Q, wherein Q is the number of the folders to be uploaded respectively 1 、q 2 、q 3 、……、q Q ，q 1 Represents the 1 st folder to be uploaded, q 2 Represents the 2 nd folder to be uploaded, q 3 Represents the 3 rd folder to be uploaded, q Q Representing the Q & ltth & gt folder to be uploaded; let Q' =1;
s232, for the Q' th folder Q to be uploaded Q′ Compressing to obtain the Q' th compressed file to be uploaded
Figure BDA0003481129180000091
S233, executing integrity algorithm operation on the Q' th compressed file to be uploaded to obtain an integral name code; the method for obtaining the complete name code comprises the following steps:
Figure BDA0003481129180000092
wherein, integrity Quality Algorithm < > represents an Integrity Algorithm, and preferably adopts an MD5 Algorithm.
Figure BDA0003481129180000093
Representing a Q' th compressed file to be uploaded;
Figure BDA0003481129180000094
represents the Q' th complete name code;
s233, using the Q 'complete name code obtained in the step S233 as the Q' compressed file to be uploaded
Figure BDA0003481129180000095
The compressed file name of (2); judging the relation between Q' and Q:
if Q' is more than or equal to Q, ending;
if Q ' < Q, Q ' = Q ' +1;
and S24, uploading all the to-be-uploaded compressed packets to a natural resource intelligent management platform.
In a preferred embodiment of the present invention, the importing and uploading module further includes step S25, where the natural resource intelligent management platform decompresses the received uploaded compressed file; the method for decompressing the received uploaded compressed file by the intelligent natural resource management platform comprises the following steps:
s251, the natural resource intelligent management platform numbers the received uploaded compressed files, and the numbers are respectively L 1 、L 2 、L 3 、……、L l ；L l Indicating a received 1 st upload compressed file, L 2 Indicating a received 2 nd upload compressed file, L 3 Indicating a received 3 rd upload compressed file, L l The method comprises the steps of representing a received first uploaded compressed file, wherein l represents the total number of the received uploaded compressed files of a natural resource intelligent management platform; let l' =1;
s252, uploading the compressed file L to the L l′ Executing an integrity algorithm operation to obtain a name integrity code; the method for obtaining the complete name code comprises the following steps:
Figure BDA0003481129180000096
wherein, integrity Quality Algorithm < > represents an Integrity Algorithm, and preferably adopts an MD5 Algorithm.
Figure BDA0003481129180000101
Indicating the l' uploading of the compressed file;
L l′ indicating the l' name complete code;
s253, judging L l′ Upload compressed file L with the L l′ Whether the file names of (1) are consistent:
if L is l′ Upload compressed file L with the L l′ If the file names of the files are consistent, execution is performedThe next step;
if L is l′ Upload compressed file L with the L l′ If the file names are not consistent, the first' uploaded compressed file L is l′ Screening, namely re-requesting the terminal to send the compressed file to be uploaded corresponding to the file name;
s254, judging the relation between l 'and l':
if l' is more than or equal to l, executing the next step;
if l ' < Q, then l ' = l ' +1;
s255, establishing a merging folder, and moving all the files in the decompressed uploaded compressed files into the merging folder.
In a preferred embodiment of the present invention, the pattern spot generation module comprises the following steps:
s31, generating a map template;
s32, identifying the coordinate points obtained by analysis on the map template to form identification points;
s33, determining the center coordinates of all the circle to be determined by taking the radius as r and the number of the circle identification points to be determined to be more than or equal to u;
s34, judging
Figure BDA0003481129180000102
And D 0 The relationship of (1):
if it is
Figure BDA0003481129180000103
Less than or equal to D 0 ，
Figure BDA0003481129180000104
Is shown as
Figure BDA0003481129180000105
The distance between the circle center and the eta circle center, D 0 Represents a preset circle center distance threshold value,
Figure BDA0003481129180000106
is shown as
Figure BDA0003481129180000107
The coordinates of the center of the circle (x) η ,y η ) Representing the centre coordinates of the eta circle, then
Figure BDA0003481129180000108
The circle and the eta circle are drawn to the same figure spot;
if it is
Figure BDA0003481129180000109
Greater than D 0 If it is, then not
Figure BDA00034811291800001010
The circle and the eta circle are drawn to the same figure spot;
s35, staining all the spots.
In a preferred embodiment of the present invention, the platform login module comprises the following steps:
s11, logging in a webpage to obtain a user name and a user password input by a user;
s12, the login webpage preprocesses the input user name and the user password to obtain a preprocessed user name and a preprocessed password;
and S13, sending the preprocessed user name, the preprocessed password and the equipment ID number of the login webpage equipment to a natural resource intelligent management platform for verification.
The invention also discloses an intelligent monitoring and integrating method for natural resources, which comprises the following steps as shown in figure 1:
s1, logging in a natural resource intelligent management platform;
s2, uploading the imported collected data to a natural resource intelligent management platform;
and S3, the natural resource intelligent management platform processes the uploaded data to obtain the map spot map.
In a preferred embodiment of the present invention, step S2 includes the following steps:
s21, storing the imported collected data in a temporary storage folder, and counting the imported collected dataThe number of files (1) is recorded as P and is respectively P 1 、P 2 、P 3 、……、P p ，P 1 Denotes the 1 st import File, P 2 Denotes the 2 nd import file, P 3 Denotes the 3 rd import file, P p Representing a pth import file;
s22, recording the size of each imported file, and constructing a folder to be uploaded according to the number and the size of the files; the method specifically comprises the following steps:
s221, the file P is processed 1 、P 2 、P 3 、……、P p S is obtained according to the arrangement of the file sizes from large to small 1 、S 2 、S 3 、……、S 4 ，S 1 Representing a document P 1 、P 2 、P 3 、……、P p Arranging the files according to the sizes of the files from large to small and then arranging the files at the 1 st bit, S 2 Representing a document P 1 、P 2 、P 3 、……、P p The files in the 2 nd bit after being arranged according to the sizes of the files from large to small, S 3 Represents a file P 1 、P 2 、P 3 、……、P p The files in the 3 rd bit after being arranged according to the sizes of the files from large to small, S p Representing a document P 1 、P 2 、P 3 、……、P p Arranging files in the p-th order according to the sizes of the files from large to small; let q =1; s =1;
s222, establishing a qth folder to be uploaded, and adding S s Moving to the qth folder to be uploaded;
Figure BDA0003481129180000111
indicating the document S at the S-th bit after arrangement s The size of (a) is (b),
s223, adding S s+1 Moving to the qth folder to be uploaded; judging the size between PresetSize and Presetspace:
if the PresetSize is not more than the PresetSpace, the PresetSize represents the size of a folder in the current folder, and the PresetSpace represents the size of a preset uploading file;
Figure BDA0003481129180000121
indicating the file S at the S +1 th bit after arrangement s+1 The size of (d); s = s +1;
if PresetSize > PresetSpace, then S is added s+1 Moving the file from the qth file to be uploaded to a temporary storage file; s = s +1; t = s;
s224, judging whether the temporary storage folder contains files:
if the temporary storage folder contains files, executing the next step;
if the temporary storage folder does not have files, ending the process;
s225, judging the relation between S and p:
if s is larger than or equal to p, q = q +1; s = t min ；t min Min { t }, where min represents the minimum value in the set, and { t } represents the set of values t, and the process returns to step S222;
if S < p, the process returns to step S223.
S23, compressing each folder to be uploaded to obtain a compressed file to be uploaded; the method specifically comprises the following steps:
s231, acquiring the number of the folders to be uploaded, and recording the number as Q, wherein Q is the number of the folders to be uploaded respectively 1 、q 2 、q 3 、……、q Q ，q 1 Represents the 1 st folder to be uploaded, q 2 Represents the 2 nd folder to be uploaded, q 3 Represents the 3 rd folder to be uploaded, q Q Representing the Q & ltth & gt folder to be uploaded; let Q' =1;
s232, for the Q' th folder Q to be uploaded Q′ Compressing to obtain a Q' th file to be uploaded
Figure BDA0003481129180000122
S233, executing integrity algorithm operation on the Q' compressed file to be uploaded to obtain an integral name code; the method for obtaining the complete name code comprises the following steps:
Figure BDA0003481129180000123
wherein, integrity Quality Algorithm < > represents an Integrity Algorithm, and preferably adopts an MD5 Algorithm.
Figure BDA0003481129180000124
Representing a Q' th compressed file to be uploaded;
Figure BDA0003481129180000125
represents the Q' th complete name code;
s233, using the Q 'complete name code obtained in the step S233 as the Q' compressed file to be uploaded
Figure BDA0003481129180000131
The compressed file name of (2); judging the relation between Q' and Q:
if Q' is more than or equal to Q, ending;
if Q ' < Q, Q ' = Q ' +1;
and S24, uploading all the to-be-uploaded compressed packets to a natural resource intelligent management platform.
In a preferred embodiment of the present invention, step S2 further includes step S25, where the natural resource intelligent management platform decompresses the received uploaded compressed file; the method for decompressing the received uploaded compressed file by the intelligent natural resource management platform comprises the following steps:
s251, the natural resource intelligent management platform numbers the received uploaded compressed files, and the numbers are respectively L 1 、L 2 、L 3 、……、L l ；L l Indicating a received 1 st upload compressed file, L 2 Indicating a received 2 nd upload compressed file, L 3 Indicating a received 3 rd upload compressed file, L l The method comprises the steps of representing a received first uploaded compressed file, wherein l represents the total number of the received uploaded compressed files of a natural resource intelligent management platform; let l' =1;
s252, uploading the compressed file L to the L l′ Executing an integrity algorithm operation to obtain a name integrity code; get its nameThe method for weighing the complete code comprises the following steps:
Figure BDA0003481129180000132
wherein, integrity Quality Algorithm < > represents an Integrity Algorithm, and preferably adopts an MD5 Algorithm.
Figure BDA0003481129180000133
Indicating the l' uploading of the compressed file;
L l′ indicating the l' name complete code;
s253, judging L l′ Upload compressed file L with the L l′ Whether the file names of (1) are consistent:
if L is l′ Upload compressed file L with the L l′ If the file names are consistent, executing the next step;
if L is l′ Upload compressed file L with the L l′ If the file names are not consistent, the first' upload compressed file L l′ Screening, namely re-requesting the terminal to send the compressed file to be uploaded corresponding to the file name;
s254, judging the relation between l 'and l':
if l' is not less than l, executing the next step;
if l ' < Q, then l ' = l ' +1;
s255, establishing a merged folder, and moving all files in the uploaded compressed file after decompression to the merged folder.
In a preferred embodiment of the present invention, step S3 includes the following steps:
s31, generating a map template;
s32, identifying the coordinate points obtained by analysis on the map template to form identification points;
s33, determining the center coordinates of all the circle to be determined by taking the radius as r and the number of the circle identification points to be determined to be more than or equal to u;
s34, judging
Figure BDA0003481129180000141
And D 0 The relationship of (1):
if it is
Figure BDA0003481129180000142
Less than or equal to D 0 ，
Figure BDA0003481129180000143
Denotes the first
Figure BDA0003481129180000144
The distance between the circle center and the eta circle center, D 0 Represents a preset circle center distance threshold value,
Figure BDA0003481129180000145
is shown as
Figure BDA0003481129180000146
The coordinates of the center of the circle (x) η ,y η ) Representing the centre coordinates of the circle of the nth circle, then
Figure BDA0003481129180000147
The circle and the eta circle are drawn to the same figure spot;
if it is
Figure BDA0003481129180000148
Greater than D 0 If it is, then not
Figure BDA00034811291800001410
The circle and the eta circle are drawn to the same figure spot;
and S35, dyeing all the spots.
In a preferred embodiment of the present invention, the method for dyeing the pattern spots in step S35 is:
Figure BDA0003481129180000149
wherein, O represents the dyeing digit of one of R, G and B components in RGB; generally, 8 is taken.
int () represents a rounding function;
Area n represents the area of the nth pattern spot;
n represents the total number of the image spots;
m represents the amount of staining.
In a preferred embodiment of the present invention, step S1 includes the following steps:
s11, logging in a webpage to obtain a user name and a user password input by a user;
s12, the login webpage preprocesses the input user name and the user password to obtain a preprocessed user name and a preprocessed password;
and S13, sending the preprocessed user name, the preprocessed password and the equipment ID number of the login webpage equipment to the natural resource intelligent management platform for verification.
In a preferred embodiment of the present invention, step S13 includes the following steps:
s131, after the natural resource intelligent management platform receives the preprocessed user name and the preprocessed password sent by the sending terminal and the equipment ID number of the login webpage equipment, the natural resource intelligent management platform takes the received preprocessed user name as a search word, and judges whether a stored user name consistent with the search word exists in a user database or not:
if the stored user name consistent with the search word exists in the user database, executing the next step;
if the stored user name consistent with the search word does not exist in the user database, prompting that the input user name is incorrect on the login webpage, and asking for inputting the correct user name again;
s132, extracting a storage password and a storage ID which are stored in a database and are associated with the received preprocessed user name, and judging whether the equipment ID number of the received login webpage equipment is consistent with the storage ID:
if the received equipment ID number of the login webpage equipment is consistent with the storage ID, executing the next step;
if the received equipment ID number of the login webpage equipment is inconsistent with the stored ID, a short message is sent to verify the equipment ID number of the login webpage equipment;
s133, judging whether the received preprocessing password is consistent with the stored password:
if the received preprocessing password is consistent with the stored password, the authentication is passed, and the natural resource intelligent management platform is logged in;
if the received preprocessing password is inconsistent with the stored password, the input user password is prompted to be incorrect on the login webpage, and the correct user password is input again.
In a preferred embodiment of the present invention, the method for obtaining the preprocessed user name in step S12 includes the following steps:
s121, counting the total number of all user name characters, recording as a, and respectively recording as A 1 、A 2 、A 3 、……、A a Wherein A is 1 Representing the 1 st username character, A, of all username characters 2 Representing the 2 nd username character of all username characters, A 3 Representing the 3 rd username character, A, of all username characters a Representing the a-th username character of all username characters; a. The a′ ≠A a″ ，A a′ Indicating the a' th username character, A, of all username characters a″ Represents the a "th username character, a '≠ a", a' =1, 2, 3, 8230; \8230; a, a =1, 2, 3, \8230; 8230; a, a ″ =1, 2, 3, \ 8230; a; let a' =1;
s122, for the a' th user name character A in all the user name characters a″′ Conversion into a character string A a″ ', will the a' th username character A a″′ Conversion into a character string A a″ The method of' is:
A a″ ′＝One-to-one Mapping Algorithm<A a″′ >，
wherein, one-to-One Mapping Algorithm < > represents a transformation Algorithm, and preferably adopts an MD5 Algorithm.
A a″ ' means to changeChanging character strings;
A a″′ represents the a' ″ -th username character of all username characters;
s123, converting the character string A a″ ' conversion to a character string of comparable size, character string A a″ The' method of transforming to a comparison string of comparable size is:
Figure BDA0003481129180000161
wherein,
Figure BDA0003481129180000162
represents a character string A a″ ' total number of bits;
A a″′,b ' expression string A a″ ' counting the value of the character corresponding to the b-th bit from left to right;
||A a″ ' | | represents a character string A a″ ' the corresponding carry;
Figure BDA0003481129180000163
represents | | | A a″ ' | | of
Figure BDA0003481129180000164
The power;
Figure BDA0003481129180000165
representing a conversion string A a″ ' the corresponding comparison string;
s124, judging the relation between a' and a:
if a' is more than or equal to a, executing the next step;
if a "" < a, a "" = a "" +1, return to step S122;
s125, the character string
Figure BDA0003481129180000171
According to the size from small to largeThe order of (a) and (b) are arranged,
Figure BDA0003481129180000172
representing a transform string A 1 ' the corresponding comparison string of characters,
Figure BDA0003481129180000173
representing a conversion string A 2 ' the corresponding comparison string of characters,
Figure BDA0003481129180000174
representing a conversion string A 3 ' the corresponding comparison string of characters,
Figure BDA0003481129180000175
representing a conversion string A a ' the corresponding comparison character string; will character string
Figure BDA0003481129180000176
Arranged in character strings
Figure BDA0003481129180000177
Figure BDA0003481129180000178
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); obtaining the original sequence of all the user name characters; let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ", will character string A f ' conversion to character conversion string A f The method comprises the following steps:
A f ″＝One-to-one Mapping Algorithm<A f ′>，
wherein, the One-to-One Mapping Algorithm < > represents a transformation Algorithm, and preferably adopts an MD5 Algorithm.
A f "represents a character transformation string;
A f ' means to changeChanging character strings;
s127, converting the character string A f "conversion to a string of comparable size, string A f "the method of converting to a comparable size character comparison string is:
Figure BDA0003481129180000179
wherein,
Figure BDA00034811291800001710
represents a character string A f "total number of bits;
A f,d "represents a character string A f "the numerical value of the character corresponding to the d-th digit from left to right;
||A f "| | denotes a character string A f "the corresponding carry;
Figure BDA00034811291800001711
represents | | | A f Of | |)
Figure BDA00034811291800001712
The power;
Figure BDA00034811291800001713
representing a character conversion string A f "the corresponding character comparison string;
s128, judging the relationship between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the step S122 is returned;
s129, character string
Figure BDA0003481129180000181
Arranged in the order from small to large,
Figure BDA0003481129180000182
representing a character conversion string A 1 "the corresponding character comparison string(s),
Figure BDA0003481129180000183
representing a character conversion string A 2 "the corresponding character comparison string(s),
Figure BDA0003481129180000184
representing a character conversion string A 3 "the corresponding character comparison string(s),
Figure BDA0003481129180000185
representing a character conversion string A a "corresponding character comparison string, comparing the character strings
Figure BDA0003481129180000186
Arranged in character strings
Figure BDA0003481129180000187
Figure BDA0003481129180000188
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); obtaining the rearrangement sequence of all the user name characters; the characters in each original order correspond to the characters in the rearranged order. And obtaining the position of the input user name character in the original sequence through the input user name character, wherein the character in the rearrangement sequence corresponding to the position is the preprocessed user name character corresponding to the input user name character.
For example, assume that all username characters (not limited to including upper case letters A-Z, lower case letters a-Z, numbers 0-9, special characters, etc.) are 1, 2, 3, 4, 5, a, b, c, d, e,
through steps S121 to S125 of the present invention, the original sequence of the characters is assumed as:
d a 3 4 c 2 b 5 1 e
through steps S126 to S129 of the present invention, the character rearrangement sequence is assumed to be:
e 2 c 4 a 5 b 3 d 1
assuming that the input user name is 123aa, the preprocessing user name is d5c22; assuming that the input user name is bb23ca, preprocessing the user name as bb5ca2; assuming that the input user name is 12cba3aa, the preprocessing user name is d5ab2c22.
In a preferred embodiment of the present invention, the method for obtaining the pre-processing password in step S12 includes the following steps:
s121, counting the total number of all password characters, and recording the total number as a which is A respectively 1 、A 2 、A 3 、……、A a Wherein A is 1 Representing the 1 st of all password characters, A 2 Representing the 2 nd password character of the total password characters, A 3 Representing the 3 rd of all password characters, A a Representing the a-th password character of all password characters; a. The a′ ≠A a″ ，A a′ Representing the a' th password character, A, of all password characters a″ Represents the a ' th password character, a ' ≠ a ', a ' =1, 2, 3, 8230; \8230; a, a ' =1, 2, 3, \8230; 8230; a; let a' =1;
s122, for the a' th password character A in all password characters a″′ Conversion into a character string A a″ ', the a' th password character A a″′ Conversion into a character string A a″ The method of' is:
A a″ ′＝One-to-one Mapping Algorithm<A a″′ >，
wherein, one-to-One Mapping Algorithm < > represents a transformation Algorithm, and preferably adopts an MD5 Algorithm.
A a″ ' represents a transform string;
A a ″ ′ represents the a' ″ -th password character of all the password characters;
s123, converting the character string A a″ ' conversion to a character string of comparable size, character string A a″ ' the method of transforming to a comparison string of comparable size is:
Figure BDA0003481129180000191
wherein,
Figure BDA0003481129180000192
represents a character string A a″ ' total number of bits;
A a″′,b ' representation character string A a″ ' counting the number of the character corresponding to the b-th bit from left to right;
||A a″ ' | | represents a character string A a″ ' the corresponding carry;
Figure BDA0003481129180000193
represents | | | A a″ ' | | of
Figure BDA0003481129180000194
The power;
Figure BDA0003481129180000195
representing a conversion string A a″ ' the corresponding comparison character string;
s124, judging the relationship between a' and a:
if a' > a is equal to or more than a, executing the next step;
if a ""' < a, a "" = a "" +1, return to step S122;
s125, the character string
Figure BDA0003481129180000196
Arranged in the order from small to large,
Figure BDA0003481129180000197
representing a transform string A 1 ' the corresponding comparison string of characters,
Figure BDA0003481129180000198
representing a conversion string A 2 ' the corresponding comparison string of characters,
Figure BDA0003481129180000199
representing a conversion string A 3 ' the corresponding comparison string of characters,
Figure BDA00034811291800001913
representing a transform string A a ' the corresponding comparison character string; will character string
Figure BDA00034811291800001910
Arranged in character strings
Figure BDA00034811291800001911
Figure BDA00034811291800001912
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); obtaining the original sequence of all password characters; let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ", will character string A f ' conversion to character conversion string A f The method comprises the following steps:
A f ″＝One-to-one Mapping Algorithm〈A f ′〉，
wherein, one-to-One Mapping Algorithm < > represents a transformation Algorithm, and preferably adopts an MD5 Algorithm.
A f "represents a character conversion string;
A f ' represents a transform string;
s127, converting the character string A f "conversion to a character string of comparable size, character string A f "the method of converting to a character comparison string of comparable size is:
Figure BDA0003481129180000201
wherein,
Figure BDA0003481129180000202
represents a character string A f "total number of bits;
A f,d "represents a character string A f "the value of the character corresponding to the d-th digit from left to right;
||A f "| | denotes a character string A f "the corresponding carry;
Figure BDA0003481129180000203
represents | | | A f Of | |)
Figure BDA0003481129180000204
The power;
Figure BDA0003481129180000205
representing a character conversion string A f "the corresponding character comparison string;
s128, judging the relationship between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the step S122 is returned;
s129, character string
Figure BDA0003481129180000206
Arranged in the order from small to large,
Figure BDA0003481129180000207
representing a character conversion string A 1 "the corresponding character comparison string(s),
Figure BDA0003481129180000208
representing a character conversion string A 2 "the corresponding character comparison string(s),
Figure BDA0003481129180000209
representing a character conversion string A 3 "the corresponding character comparison string(s),
Figure BDA00034811291800002010
representing a character conversion string A a Comparing the corresponding characters to strings
Figure BDA00034811291800002011
Arranged in character strings
Figure BDA00034811291800002012
Figure BDA00034811291800002013
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); obtaining the rearrangement sequence of all password characters; each character in the original order corresponds to a character in the rearranged order. The positions of the input user password characters in the original sequence are obtained through the input user password characters, and the characters in the rearrangement sequence corresponding to the positions are the preprocessed password characters corresponding to the input user password characters.
While embodiments of the present invention have been shown and described, it will be understood by those of ordinary skill in the art that: various changes, modifications, substitutions and alterations can be made to the embodiments without departing from the principles and spirit of the invention, the scope of which is defined by the claims and their equivalents.

Claims (9)

1. An intelligent natural resource monitoring integrated system is characterized by comprising a platform login module, an import and upload module and a pattern spot generation module;
the data output end of the platform login module is connected with the data input end of the import and upload module, and the data output end of the import and upload module is connected with the data input end of the spot generation module;
the platform login module is used for logging in the natural resource intelligent management platform;
the import uploading module is used for uploading the imported collected data to the natural resource intelligent management platform;
the pattern spot generation module is used for processing the uploaded data by the intelligent natural resource management platform to obtain a pattern spot map; the method for obtaining the map spot map comprises the following steps:
s31, generating a map template;
s32, identifying the coordinate points obtained by analysis on a map template to form identification points;
s33, determining the center coordinates of all the circle to be determined by taking the radius as r and the number of the circle identification points to be determined to be more than or equal to u;
s34, judging
Figure FDA0003881372590000011
And D 0 The relationship of (1):
if it is
Figure FDA0003881372590000012
Less than or equal to D 0 ，
Figure FDA0003881372590000013
Is shown as
Figure FDA0003881372590000014
The distance between the circle center and the eta circle center, D 0 Represents a preset circle center distance threshold value,
Figure FDA0003881372590000015
Figure FDA0003881372590000016
is shown as
Figure FDA0003881372590000017
Circle center coordinates (x) of circle η ,y η ) Representing the centre coordinates of the circle of the nth circle, then
Figure FDA0003881372590000018
The circle and the eta circle are drawn to the same figure spot;
if it is
Figure FDA0003881372590000019
Greater than D 0 If it is, then not
Figure FDA00038813725900000110
The circle and the eta circle are drawn to the same figure spot;
and S35, dyeing all the spots.
2. The intelligent natural resource monitoring integrated system according to claim 1, wherein the uploading module comprises the following steps:
s21, storing the imported collected data in a temporary storage folder, counting the number of files of the imported collected data, and recording the number as p;
s22, recording the size of each imported file, and constructing a folder to be uploaded according to the number and the size of the files;
s23, compressing each folder to be uploaded to obtain a compressed file to be uploaded;
and S24, uploading all the to-be-uploaded compressed packets to a natural resource intelligent management platform.
3. The intelligent natural resource monitoring and integration system according to claim 2, wherein the uploading module further includes a step S25, in which the intelligent natural resource management platform decompresses the received uploaded compressed file; the method for decompressing the received uploaded compressed file by the intelligent natural resource management platform comprises the following steps:
s251, the natural resource intelligent management platform numbers the received uploaded compressed files, and the numbers are respectively L 1 、L 2 、L 3 、……、L l ；L l Indicating the received 1 st upload compressed file, L 2 Indicating a received 2 nd upload compressed file，L 3 Indicating a received 3 rd upload compressed file, L l The method comprises the steps of representing a received first uploaded compressed file, wherein l represents the total number of the received uploaded compressed files of a natural resource intelligent management platform; let l' =1;
s252, uploading the compressed file L to the L l′ Executing the integrity algorithm operation to obtain a name integrity code; the method for obtaining the complete name code comprises the following steps:
Figure FDA0003881372590000021
wherein Integrity Quality Algorithm < > represents an Integrity Algorithm;
Figure FDA0003881372590000022
express the l' uploading of compressed files;
L l′ indicating the l' name complete code;
s253, determine L l′ Upload compressed file L with the L l′ Whether the file names of (1) are consistent:
if L is l′ Upload compressed file L with the L l′ If the file names are consistent, executing the next step;
if L is l′ Upload compressed file L with the L l′ If the file names are not consistent, the first' uploaded compressed file L is l′ Screening, and requesting the terminal to send the compressed file to be uploaded corresponding to the file name again;
s254, judging the relation between l' and l:
if l' is not less than l, executing the next step;
if l ' < l, l ' = l ' +1;
s255, establishing a merged folder, and moving all files in the uploaded compressed file after decompression to the merged folder.
4. The intelligent natural resource monitoring integrated system of claim 1, wherein the method for dyeing the pattern spots in step S3 is:
Figure FDA0003881372590000031
wherein, O represents the dyeing digit of one of R, G and B components in RGB;
int () represents a rounding function;
Area n represents the area of the nth pattern spot;
n represents the total number of the pattern spots;
m represents the amount of staining.
5. The intelligent natural resource monitoring and integration system of claim 1, wherein the platform login module comprises the following steps:
s11, logging in a webpage to obtain a user name and a user password input by a user;
s12, preprocessing the input user name and the user password by the login webpage to obtain a preprocessed user name and a preprocessed password;
and S13, sending the preprocessed user name, the preprocessed password and the equipment ID number of the login webpage equipment to the natural resource intelligent management platform for verification.
6. The intelligent natural resource monitoring integrated system according to claim 5, wherein step S13 includes the following steps:
s131, after the natural resource intelligent management platform receives the preprocessed user name and the preprocessed password sent by the sending terminal and the equipment ID number of the login webpage equipment, the natural resource intelligent management platform takes the received preprocessed user name as a search word, and judges whether a stored user name consistent with the search word exists in a user database or not:
if the stored user name consistent with the search word exists in the user database, executing the next step;
if the stored user name consistent with the search word does not exist in the user database, prompting that the input user name is incorrect on the login webpage, and asking for inputting the correct user name again;
s132, extracting a storage password and a storage ID which are stored in a database and associated with the received preprocessed user name, and judging whether the equipment ID number of the received login webpage equipment is consistent with the storage ID:
if the received equipment ID number of the login webpage equipment is consistent with the storage ID, executing the next step;
if the received equipment ID number of the login webpage equipment is inconsistent with the stored ID, the equipment ID number of the login webpage equipment needs to be verified by sending a short message;
s133, judging whether the received preprocessing password is consistent with the stored password:
if the received preprocessing password is consistent with the stored password, the authentication is passed, and the natural resource intelligent management platform is logged in;
if the received preprocessing password is inconsistent with the stored password, the input user password is prompted to be incorrect on the login webpage, and the correct user password is input again.
7. The intelligent natural resource monitoring integrated system according to claim 5, wherein the method for obtaining the preprocessed user name in step S12 comprises the following steps:
s121, counting the total number of all user name characters;
s122, for the a' th user name character A in all the user name characters a″′ Conversion into a character string A a″′ ′；
S123, converting the character string A a″′ ' conversion to comparable size strings;
s124, judging the relationship between a' and a:
if a' > a is equal to or more than a, executing the next step;
if a "" < a, a "" = a "" +1, return to step S122;
s125, the character string
Figure FDA0003881372590000041
According to the followingArranging the character strings in the order of small to large
Figure FDA0003881372590000042
Arranged in character strings
Figure FDA0003881372590000043
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ″；
S127, converting the character string A f "conversion to a string of comparable size;
s128, judging the relation between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the process returns to step S122;
s129, character string
Figure FDA0003881372590000051
Arranging the character strings in the order from small to large
Figure FDA0003881372590000052
Arranged in character strings
Figure FDA0003881372590000053
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a).
8. The intelligent natural resource monitoring and integration system according to claim 5, wherein the method for obtaining the pre-processing password in step S12 comprises the following steps:
s121, counting the total number of all password characters;
s122, aiming at the a' th password character A in all password characters a″′ Conversion into a character string A a″′ ′；
S123, converting the character string A a″′ ' converting to a string of comparable size;
s124, judging the relation between a' and a:
if a' > a is equal to or more than a, executing the next step;
if a "" < a, a "" = a "" +1, return to step S122;
s125, the character string
Figure FDA0003881372590000054
Arranging the character strings in the order from small to large
Figure FDA0003881372590000055
Arranged in character strings
Figure FDA0003881372590000056
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a); let f =1;
s126, the character string A is processed f ' conversion to character conversion string A f ″；
S127, converting the character string A f "conversion to a string of comparable size;
s128, judging the relation between f and a:
if f is more than or equal to a, executing the next step;
if f is less than a, f = f +1, and the process returns to step S122;
s129, character string
Figure FDA0003881372590000057
Arranging the character strings in the order from small to large
Figure FDA0003881372590000061
Arranged in character strings
Figure FDA0003881372590000062
The corresponding character A 1 、A 2 、A 3 、……、A a As character A 1 、A 2 、A 3 、……、A a The order of (a).
9. An intelligent natural resource monitoring and integrating method is characterized by comprising the following steps:
s1, logging in a natural resource intelligent management platform;
s2, uploading the imported collected data to a natural resource intelligent management platform;
s3, the natural resource intelligent management platform processes the uploaded data to obtain a map spot map; the method for obtaining the map of the image spot comprises the following steps:
s31, generating a map template;
s32, identifying the coordinate points obtained by analysis on a map template to form identification points;
s33, determining the center coordinates of all the circle to be defined by taking the radius as r and defining that the number of the identification points is more than or equal to u;
s34, judging
Figure FDA0003881372590000063
And D 0 The relationship of (c):
if it is
Figure FDA0003881372590000064
Less than or equal to D 0 ，
Figure FDA0003881372590000065
Denotes the first
Figure FDA0003881372590000066
The distance between the circle center and the eta circle center, D 0 Represents a preset circle center distance threshold value,
Figure FDA0003881372590000067
Figure FDA0003881372590000068
denotes the first
Figure FDA0003881372590000069
Circle center coordinates (x) of circle η ,y η ) Representing the centre coordinates of the eta circle, then
Figure FDA00038813725900000610
The circle and the eta circle are drawn to the same figure spot;
if it is
Figure FDA00038813725900000611
Greater than D 0 If it is, then not
Figure FDA00038813725900000612
The circle and the eta circle are drawn to the same figure spot;
s35, staining all the spots.
CN202210068453.2A 2022-01-20 2022-01-20 Intelligent natural resource monitoring integrated system Active CN114491187B (en)

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