CN117472917A - Ocean node acquisition data storage system, method, equipment and storage medium - Google Patents
Ocean node acquisition data storage system, method, equipment and storage medium Download PDFInfo
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Abstract
The invention belongs to the technical field of geophysical exploration, and discloses a marine node acquisition data storage system which comprises an arrangement management module, a storage module and a storage module, wherein the arrangement management module is used for acquiring network measurement pile number information and pile number coordinate information of a marine node and acquiring marine node ID information through an RFID module; a mapping relation database module for establishing the mapping relation between the network pile number information of the ocean node and the ocean node ID information; the node management module is used for setting a data downloading and storing mode and downloading and storing the data acquired by the ocean nodes; the data management module is used for extracting and combining the downloaded marine node acquisition data according to the data downloading and storing mode; the invention also discloses a method, equipment and a storage medium for storing the marine node acquisition data. The invention is used for orderly and efficiently recycling, storing and managing the mass marine node acquired data, and provides guarantee for subsequent further data processing.
Description
Technical Field
The invention belongs to the technical field of geophysical exploration, and relates to a marine node acquisition data storage system, a marine node acquisition data storage method, marine node acquisition data storage equipment and a marine node acquisition data storage medium.
Background
The marine node (Ocean Bottom Node, OBN) seismic exploration is a broadband, wide-azimuth, high-density and high-precision seismic exploration integrated technology, is suitable for various waters and complex terrains, has high cable-free acquisition efficiency and low cost, can acquire large-channel number and high-density signals, is accurate in positioning, flexible in construction, high in acquisition signal quality, deeper in detection stratum, more comprehensive in geological structure understanding, can image transverse waves, and accurate in crack prediction, and represents the development direction of the marine exploration technology.
Although the marine node seismic exploration realizes high-density acquisition of large number of channels and no cable construction, the marine node acquisition system has large recovery data amount, and the recovered marine nodes can be mapped to corresponding measuring nets during arrangement so as to correspond the downloaded marine node acquisition data with real arrangement position coordinates, and further the next processing is performed. Because the number of the arranged and recovered ocean nodes is large, if the data is not efficiently and orderly managed for downloading, massive data can be extremely messy and numerous, and the construction efficiency is affected. Therefore, orderly management of the downloaded original data is required to further improve the efficiency.
Disclosure of Invention
The invention aims to provide a marine node acquisition data storage system which is used for realizing orderly recovery management of marine node acquisition data;
the invention further aims to provide a marine node acquisition data storage method for solving the problems of orderly and efficient storage and management of mass raw data of the marine node, and facilitating subsequent further data processing;
it is yet another object of the present invention to provide a marine node acquisition data storage device and storage medium.
The technical scheme adopted by the invention for realizing the purposes is as follows:
a marine node acquisition data storage system comprising: the system comprises an arrangement management module, a mapping relation database module, a node management module and a data management module;
the arrangement management module is used for importing an SPS file and acquiring network measurement pile number information and pile number coordinate information of the ocean node according to the SPS file; when the ocean nodes are received and released through the RFID module, the RFID electronic tag of each ocean node is scanned, and ocean node ID information is obtained;
the network pile number measurement information comprises a line number and a point number;
the mapping relation database module is used for establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information, generating a mapping relation file and storing the mapping relation file in the mapping relation database so as to realize network measurement layout management of ocean node arrangement;
the node management module is used for setting a data downloading and storing mode, judging whether to read the mapping relation database according to the selected data downloading and storing mode, and downloading and storing the data acquired by the ocean nodes;
the data management module judges the selected data downloading storage mode, acquires data for the downloaded ocean nodes according to the data downloading storage mode, manually or automatically maps the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information, matches the pile number coordinates for the ocean nodes according to the network measurement pile number information of the ocean nodes and the ocean node ID information, and performs extraction and combination processing to generate a shot set, a channel set and a continuous channel set file.
The data downloading storage mode comprises a full-array downloading storage mode and a survey line downloading storage mode;
the node management module does not read the mapping relation database in the full-array download storage mode, and all marine node acquisition data are uniformly downloaded and stored under a set path;
the method comprises the steps of downloading and storing ocean node acquisition data according to a survey line classification in a survey line downloading and storing mode, in the mode, reading a mapping relation database by a node management module, associating survey line numbers and measuring point numbers for each ocean node, establishing a survey line number path and a measuring point number path according to different survey lines when the ocean node acquisition data is downloaded, downloading and storing the ocean node acquisition data of all the survey lines under the survey line number path according to one survey line number path of each survey line, and downloading and storing the ocean node acquisition data in the survey line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node.
The invention also provides a method for storing the marine node acquired data, which comprises the following steps:
downloading data, acquiring network measurement pile number information and pile number coordinate information of the ocean node through an arrangement management module, and acquiring ocean node ID information through an RFID module; establishing a mapping relation between the network pile number information of the ocean node and the ocean node ID information through a mapping relation database module, generating a mapping relation file and storing the mapping relation file in a mapping relation database; setting a data downloading storage mode through a node management module, downloading the data acquired by the ocean nodes according to the selected data downloading storage mode, and storing the downloaded data into a corresponding downloading path according to the data downloading storage mode;
the network pile number measurement information comprises a line number and a point number;
the data downloading and storing modes comprise a full-array downloading and storing mode and a survey line downloading and storing mode;
the node management module does not read the mapping relation database in the full-array download storage mode, and all marine node acquisition data are uniformly downloaded and stored under a set path;
a line downloading storage mode, in which the node management module reads a mapping relation database, associates a line number and a measuring point number for each ocean node, establishes a line number path and a measuring point number path according to different lines when downloading the ocean node acquisition data, wherein each line is a line number path, all the ocean node acquisition data of the line are downloaded and stored under the line number path, and then the ocean node acquisition data in the line number path is downloaded and stored under the corresponding measuring point number path according to the measuring point number associated with the ocean node;
data processing, namely judging a selected data downloading storage mode through a data management module, acquiring data for downloaded ocean nodes, if the data are in the full-array downloading storage mode, manually mapping the mapping relation between the network pile number information of the ocean nodes and the ocean node ID information in the data management module, matching pile number coordinates for the ocean nodes according to the network pile number information of the ocean nodes and the ocean node ID information, and then extracting and combining to generate a shot set, a trace set and a continuous trace set file;
if the data management module is in the survey line downloading storage mode, the data management module automatically maps the mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information, matches the pile number coordinates for the ocean node according to the network measurement pile number information of the ocean node and the ocean node ID information, and then extracts and combines the pile number coordinates to generate a shot set, a track set and a continuous track set file.
By way of limitation, the method comprises the following specific steps:
s101, starting to run the step S102 and the step S108 in parallel;
s102, operating a permutation management module;
s103, acquiring an SPS file, importing the SPS file into the arrangement management module, and acquiring network measurement pile number information of the ocean node of each measuring line according to the SPS file;
s104, starting the RFID module;
s105, when the ocean nodes are received and released through the RFID module, the RFID electronic tag of each ocean node is scanned, and ocean node ID information is obtained;
s106, operating a mapping relation database module, and establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information to generate a mapping relation file;
s107, storing the mapping relation file in a mapping relation database;
s108, operating a node management module;
s109, setting a data downloading storage mode through a node management module;
s110, the node management module judges the selected data downloading storage mode, and if the data downloading storage mode is the full-array downloading storage mode, the step S115 is skipped; if the test line download storage mode is adopted, jumping to the step S111;
s111, downloading in a line downloading storage mode, reading a mapping relation database by a node management module, associating a line number and a measuring point number for each ocean node, establishing a line number path and a measuring point number path according to different lines when the ocean node is downloaded to acquire data, downloading and storing the ocean node acquired data of all the lines under the line number path, downloading and storing the ocean node acquired data in the line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node, and jumping to the step S112;
s112, judging the selected data downloading storage mode through the data management module, if the data downloading storage mode is the full-arrangement downloading storage mode, jumping to the step S116; if the test line download storage mode is adopted, the step S113 is skipped;
s113, collecting data of the downloaded ocean nodes, automatically mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information by a data management module, and jumping to the step S114;
s114, matching pile number coordinates for the ocean nodes according to the network measuring pile number information and the ocean node ID information of the ocean nodes, extracting and combining, and jumping to the step S117 after the extraction and combining are completed;
s115, downloading in a full-array downloading storage mode, wherein the node management module does not read the mapping relation database, all marine node acquisition data are uniformly downloaded and stored under a set path, and the step S112 is skipped;
s116, collecting data of the downloaded ocean nodes, manually mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information in a data management module, and jumping to the step S114;
s117, ending.
The invention also provides a storage device comprising a processor and a memory for storing at least one section of computer program loaded by the processor and executing the marine node acquisition data storage method.
The invention also provides a storage medium for storing at least one section of computer program for executing the marine node acquisition data storage method.
Compared with the prior art, the technical proposal adopted by the invention has the following technical progress:
(1) The invention realizes orderly and efficient storage and management of mass marine node acquired data, and provides guarantee for subsequent further data processing;
(2) The invention sets the data download storage mode through the node management module, can carry out different storage management on the survey line download storage mode or the full-array download storage mode, sets different storage paths and stores data;
(3) When the data processing is carried out through the data management module, different mapping management is respectively carried out according to different data downloading and storing modes, coordinates are matched for ocean nodes, and further data extraction and combination processing is carried out;
in summary, the invention is used for realizing the orderly recovery management of the collected data of the ocean nodes and improving the working efficiency.
Drawings
FIG. 1 is a block diagram showing the construction of embodiment 1 of the present invention;
FIG. 2 is a flow chart of the method of embodiment 2 of the present invention;
FIG. 3 (a) is a schematic diagram showing the storage path of the full-array download storage mode according to embodiment 2 of the present invention;
FIG. 3 (b) is a schematic diagram showing a storage path of a line download storage mode according to embodiment 2 of the present invention;
FIG. 4 is a schematic diagram of a memory device in embodiment 3 of the present invention;
fig. 5 is a schematic diagram showing the structure of a computer storage medium in embodiment 3 of the present invention.
Detailed Description
The invention will be better explained by the following detailed description of the embodiments with reference to the drawings.
Embodiment 1A marine node acquisition data storage System
As shown in fig. 1, the present embodiment is a marine node acquisition data storage system, where the marine node is configured to acquire seismic data at the ocean floor, and provide a data source for the marine node acquisition system.
The embodiment comprises the following steps: the system comprises an arrangement management module, a mapping relation database module, a node management module and a data management module.
The arrangement management module is used for importing an SPS file and acquiring network measurement pile number information and pile number coordinate information of the ocean node according to the SPS file; when the ocean nodes are received and released through the RFID module, the built-in RFID electronic tag of each ocean node is scanned, the ocean node ID information is obtained, and the network measurement pile number information comprises a line measurement number and a point measurement number.
And the mapping relation database module is used for establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information, generating a mapping relation file and storing the mapping relation file in the mapping relation database to realize network measurement layout management of the ocean node arrangement.
The node management module is used for setting a data downloading and storing mode, judging whether to read the mapping relation database according to the selected data downloading and storing mode, and downloading and storing the data acquired by the ocean nodes.
The data downloading and storing modes comprise a full-array downloading and storing mode and a survey line downloading and storing mode:
and in the full-array downloading storage mode, the node management module does not read the mapping relation database, and all marine node acquisition data are uniformly downloaded and stored to a set path.
The method comprises the steps of downloading and storing ocean node acquisition data according to a survey line classification in a survey line downloading and storing mode, in the mode, reading a mapping relation database by a node management module, associating survey line numbers and measuring point numbers for each ocean node, establishing a survey line number path and a measuring point number path according to different survey lines when the ocean node acquisition data is downloaded, downloading and storing the ocean node acquisition data of all the survey lines under the survey line number path according to one survey line number path of each survey line, and downloading and storing the ocean node acquisition data in the survey line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node.
The data management module judges the selected data downloading storage mode, acquires data for the downloaded ocean nodes according to the data downloading storage mode, manually or automatically maps the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information, matches the pile number coordinates for the ocean nodes according to the network measurement pile number information of the ocean nodes and the ocean node ID information, and performs extraction and combination processing to generate a shot set, a channel set and a continuous channel set file.
Embodiment 2A method of collecting data from a sea node
As shown in fig. 2, the present embodiment is a method for storing data collected by an ocean node, the method comprising:
downloading data, acquiring network measurement pile number information and pile number coordinate information of the ocean node through an arrangement management module, and acquiring ocean node ID information through an RFID module; establishing a mapping relation between the network pile number information of the ocean node and the ocean node ID information through a mapping relation database module, generating a mapping relation file and storing the mapping relation file in a mapping relation database; setting a data downloading storage mode through a node management module, downloading the data acquired by the ocean nodes according to the selected data downloading storage mode, and storing the downloaded data into a corresponding downloading path according to the data downloading storage mode; the network pile number measurement information comprises a line number and a point number;
the data downloading and storing modes comprise a full-array downloading and storing mode and a survey line downloading and storing mode:
the node management module does not read the mapping relation database, and all marine node acquisition data are directly and uniformly downloaded and stored under a set path;
a test line downloading storage mode, in which, the node management module reads a mapping relation database, associates a test line number and a test point number for each ocean node, and establishes a test line number path and a test point number path according to different test lines when downloading the ocean node data, wherein each test line has a test line number path, the ocean node data of all the test lines is downloaded and stored under the test line number path, and then the ocean node data in the test line number path is downloaded and stored under the corresponding test point number path according to the test point number associated with the ocean node;
fig. 3 (a) is a schematic diagram showing the storage paths of the full-array download storage mode of the present embodiment and the line download storage mode of fig. 3 (b). The download storage path of the full-array download storage mode is as follows: engineering path- > download path- > node path- > file set; the download storage path of the survey line download storage mode is: engineering path- > line number path- > download path- > station number path- > file set; for example: engineering path \l3537 (line number) \download \p5260 (line number) -000001 (node ID) \downloaded file set;
the data processing, judge the data download storage mode selected through the data management module, gather the data to the ocean node downloaded, if it is the full-array download storage mode, because the node management module does not read the mapping relation of the network pile number information of ocean node and ocean node ID information in the mapping relation database, is the ocean node acquisition data of direct download, therefore need to map manually in the data management module, import the mapping relation file, set up the mapping relation of the network pile number information of ocean node and ocean node ID information; matching pile number coordinates for the ocean nodes according to the network measuring pile number information and the ocean node ID information of the ocean nodes, and then extracting and combining to generate a shot set, a track set and a continuous track set file;
if the data management module is in a survey line downloading storage mode, because the node management module has read a mapping relation database, establishes a downloading path according to the relation between the ocean node and the survey net pile number information, and then downloads the ocean node acquisition data, the data management module can directly identify the relation between the ocean node and the survey net pile number information, automatically map the mapping relation between the survey net pile number information of the ocean node and the ocean node ID information, match the pile number coordinates for the ocean node according to the survey net pile number information of the ocean node and the ocean node ID information, and then extract and combine the information to generate a shot set, a track set and a continuous track set file.
Specifically, the method comprises the following specific processes:
s101, starting to run the step S102 and the step S108 in parallel;
s102, operating a permutation management module;
s103, acquiring an SPS file, importing the SPS file into the arrangement management module, and acquiring network measurement pile number information of the ocean node of each measuring line according to the SPS file;
s104, starting the RFID module;
s105, when the ocean nodes are received and released through the RFID module, the RFID electronic tag of each ocean node is scanned, and ocean node ID information is obtained;
s106, operating a mapping relation database module, and establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information to generate a mapping relation file;
s107, storing the mapping relation file in a mapping relation database;
s108, operating a node management module;
s109, setting a data downloading storage mode through a node management module;
s110, the node management module judges the selected data downloading storage mode, and if the data downloading storage mode is the full-array downloading storage mode, the step S115 is skipped; if the test line download storage mode is adopted, jumping to the step S111;
s111, downloading in a line downloading storage mode, reading a mapping relation database by a node management module, associating a line number and a measuring point number for each ocean node, establishing a line number path and a measuring point number path according to different lines when the ocean node is downloaded to acquire data, downloading and storing the ocean node acquired data of all the lines under the line number path, downloading and storing the ocean node acquired data in the line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node, and jumping to the step S112;
s112, judging the selected data downloading storage mode through the data management module, if the data downloading storage mode is the full-arrangement downloading storage mode, jumping to the step S116; if the test line download storage mode is adopted, the step S113 is skipped;
s113, collecting data of the downloaded ocean nodes, automatically mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information by a data management module, and jumping to the step S114;
s114, matching pile number coordinates for the ocean nodes according to the network measuring pile number information and the ocean node ID information of the ocean nodes, extracting and combining, and jumping to the step S117 after the extraction and combining are completed;
s115, downloading in a full-array downloading storage mode, wherein the node management module does not read the mapping relation database, all marine node acquisition data are uniformly downloaded and stored under a set path, and the step S112 is skipped;
s116, collecting data of the downloaded ocean nodes, manually mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information in a data management module, and jumping to the step S114;
s117, ending.
Embodiment 3 an ocean node acquisition data storage device and storage medium
Based on the same inventive concept, as shown in fig. 4, the present embodiment provides a storage device including: at least a processor and a memory for storing at least one segment of a computer program loaded by the processor and executing the marine node acquisition data storage method of embodiment 2.
Based on the same inventive concept, as shown in fig. 5, the present embodiment further provides a computer readable storage medium for storing at least one section of computer program for executing the marine node acquisition data storage method of embodiment 2.
Finally, it should be noted that, as will be appreciated by those skilled in the art, all or part of the procedures in implementing the methods of the embodiments described above may be implemented by a computer program for instructing relevant hardware, and the program may be stored in a computer readable storage medium, and the program may include the procedures of the embodiments of the methods described above when executed.
Further, it should be appreciated that the computer-readable storage medium (e.g., memory) herein can be either volatile memory or nonvolatile memory, or can include both volatile and nonvolatile memory.
Those of skill would further appreciate that the various illustrative logical blocks, modules, circuits, and algorithm steps described in connection with the disclosure herein may be implemented as electronic hardware, computer software, or combinations of both. To clearly illustrate this interchangeability of hardware and software, various illustrative components, blocks, modules, circuits, and steps have been described above generally in terms of their functionality. Whether such functionality is implemented as software or hardware depends upon the particular application and design constraints imposed on the overall system. Skilled artisans may implement the described functionality in varying ways for each particular application, but such implementation decisions should not be interpreted as causing a departure from the scope of the present disclosure.
It should be noted that the foregoing description is only a preferred embodiment of the present invention, and is not intended to limit the present invention, but the present invention is described in detail with reference to the foregoing embodiment, and it will be apparent to those skilled in the art that modifications may be made to the technical solutions described in the foregoing embodiments, or equivalents may be substituted for some of the technical features thereof. Any modification, equivalent replacement, improvement, etc. made within the spirit and principle of the present invention should be included in the protection scope of the present invention.
Claims (6)
1. A marine node acquisition data storage system, comprising: the system comprises an arrangement management module, a mapping relation database module, a node management module and a data management module;
the arrangement management module is used for importing an SPS file and acquiring network measurement pile number information and pile number coordinate information of the ocean node according to the SPS file; when the ocean nodes are received and released through the RFID module, the RFID electronic tag of each ocean node is scanned, and ocean node ID information is obtained;
the network pile number measurement information comprises a line number and a point number;
the mapping relation database module is used for establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information, generating a mapping relation file and storing the mapping relation file in the mapping relation database so as to realize network measurement layout management of ocean node arrangement;
the node management module is used for setting a data downloading and storing mode, judging whether to read the mapping relation database according to the selected data downloading and storing mode, and downloading and storing the data acquired by the ocean nodes;
the data management module judges the selected data downloading storage mode, acquires data for the downloaded ocean nodes according to the data downloading storage mode, manually or automatically maps the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information, matches the pile number coordinates for the ocean nodes according to the network measurement pile number information of the ocean nodes and the ocean node ID information, and performs extraction and combination processing to generate a shot set, a channel set and a continuous channel set file.
2. The marine node acquisition data storage system of claim 1, wherein the data download storage modes include a full rank download storage mode and a survey line download storage mode;
the node management module does not read the mapping relation database in the full-array download storage mode, and all marine node acquisition data are uniformly downloaded and stored under a set path;
the method comprises the steps of downloading and storing ocean node acquisition data according to a survey line classification in a survey line downloading and storing mode, in the mode, reading a mapping relation database by a node management module, associating survey line numbers and measuring point numbers for each ocean node, establishing a survey line number path and a measuring point number path according to different survey lines when the ocean node acquisition data is downloaded, downloading and storing the ocean node acquisition data of all the survey lines under the survey line number path according to one survey line number path of each survey line, and downloading and storing the ocean node acquisition data in the survey line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node.
3. A method of marine node acquisition data storage, the method comprising:
downloading data, acquiring network measurement pile number information and pile number coordinate information of the ocean node through an arrangement management module, and acquiring ocean node ID information through an RFID module; establishing a mapping relation between the network pile number information of the ocean node and the ocean node ID information through a mapping relation database module, generating a mapping relation file and storing the mapping relation file in a mapping relation database; setting a data downloading storage mode through a node management module, downloading the data acquired by the ocean nodes according to the selected data downloading storage mode, and storing the downloaded data into a corresponding downloading path according to the data downloading storage mode;
the network pile number measurement information comprises a line number and a point number;
the data downloading and storing modes comprise a full-array downloading and storing mode and a survey line downloading and storing mode;
the node management module does not read the mapping relation database in the full-array download storage mode, and all marine node acquisition data are uniformly downloaded and stored under a set path;
a line downloading storage mode, in which the node management module reads a mapping relation database, associates a line number and a measuring point number for each ocean node, establishes a line number path and a measuring point number path according to different lines when downloading the ocean node acquisition data, wherein each line is a line number path, all the ocean node acquisition data of the line are downloaded and stored under the line number path, and then the ocean node acquisition data in the line number path is downloaded and stored under the corresponding measuring point number path according to the measuring point number associated with the ocean node;
data processing, namely judging a selected data downloading storage mode through a data management module, acquiring data for downloaded ocean nodes, if the data are in the full-array downloading storage mode, manually mapping the mapping relation between the network pile number information of the ocean nodes and the ocean node ID information in the data management module, matching pile number coordinates for the ocean nodes according to the network pile number information of the ocean nodes and the ocean node ID information, and then extracting and combining to generate a shot set, a trace set and a continuous trace set file;
if the data management module is in the survey line downloading storage mode, the data management module automatically maps the mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information, matches the pile number coordinates for the ocean node according to the network measurement pile number information of the ocean node and the ocean node ID information, and then extracts and combines the pile number coordinates to generate a shot set, a track set and a continuous track set file.
4. A method for storing marine node acquisition data according to claim 3, wherein the method comprises the following specific steps:
s101, starting to run the step S102 and the step S108 in parallel;
s102, operating a permutation management module;
s103, acquiring an SPS file, importing the SPS file into the arrangement management module, and acquiring network measurement pile number information of the ocean node of each measuring line according to the SPS file;
s104, starting the RFID module;
s105, when the ocean nodes are received and released through the RFID module, the RFID electronic tag of each ocean node is scanned, and ocean node ID information is obtained;
s106, operating a mapping relation database module, and establishing a mapping relation between the network measurement pile number information of the ocean node and the ocean node ID information according to the network measurement pile number information of the ocean node and the ocean node ID information to generate a mapping relation file;
s107, storing the mapping relation file in a mapping relation database;
s108, operating a node management module;
s109, setting a data downloading storage mode through a node management module;
s110, the node management module judges the selected data downloading storage mode, and if the data downloading storage mode is the full-array downloading storage mode, the step S115 is skipped; if the test line download storage mode is adopted, jumping to the step S111;
s111, downloading in a line downloading storage mode, reading a mapping relation database by a node management module, associating a line number and a measuring point number for each ocean node, establishing a line number path and a measuring point number path according to different lines when the ocean node is downloaded to acquire data, downloading and storing the ocean node acquired data of all the lines under the line number path, downloading and storing the ocean node acquired data in the line number path under the corresponding measuring point number path according to the measuring point number associated with the ocean node, and jumping to the step S112;
s112, judging the selected data downloading storage mode through the data management module, if the data downloading storage mode is the full-arrangement downloading storage mode, jumping to the step S116; if the test line download storage mode is adopted, the step S113 is skipped;
s113, collecting data of the downloaded ocean nodes, automatically mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information by a data management module, and jumping to the step S114;
s114, matching pile number coordinates for the ocean nodes according to the network measuring pile number information and the ocean node ID information of the ocean nodes, extracting and combining, and jumping to the step S117 after the extraction and combining are completed;
s115, downloading in a full-array downloading storage mode, wherein the node management module does not read the mapping relation database, all marine node acquisition data are uniformly downloaded and stored under a set path, and the step S112 is skipped;
s116, collecting data of the downloaded ocean nodes, manually mapping the mapping relation between the network measurement pile number information of the ocean nodes and the ocean node ID information in a data management module, and jumping to the step S114;
s117, ending.
5. A storage device comprising a processor and a memory for storing at least one segment of a computer program loaded by the processor and executing a marine node acquisition data storage method as claimed in claim 3 or 4.
6. A storage medium for storing at least one segment of a computer program for performing a marine node acquisition data storage method as claimed in claim 3 or 4.
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