CN108182185A - A kind of farming land geochemical information system - Google Patents
A kind of farming land geochemical information system Download PDFInfo
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- CN108182185A CN108182185A CN201611121251.0A CN201611121251A CN108182185A CN 108182185 A CN108182185 A CN 108182185A CN 201611121251 A CN201611121251 A CN 201611121251A CN 108182185 A CN108182185 A CN 108182185A
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Abstract
The invention discloses a kind of farming land geochemical information systems, it is related to software application technology field, it is characterized in that the system includes supporting subsystem, information retrieval subsystem, statistical analysis subsystem, interface operation displaying subsystem, it is attached between modules by effective logical relation.Advantage:Data loading flow is improved, orderly management is carried out to field operation gathered data, builds unified spatial data display platform;Integrated retrieval is carried out to spatial data and attribute data, and the spatial position of retrieval result and analysis attribute are shown respectively, reaches the retrieval effectiveness of " What You See Is What You Get ";The retrieving of farming land Geochemical Assessment information is optimized, promotes recall precision, optimization retrieval result displaying;Comprehensive analysis is carried out to farming land geochemical information, step generation work report promotes working efficiency;Spatial distribution, change in depth, time change prediction are carried out to farming land geochemical information.
Description
Technical field
The present invention relates to software application technology fields, specifically a kind of that spatial data and attribute data are integrated
Retrieval, and the spatial position of retrieval result and analysis attribute are shown respectively, reach the retrieval effectiveness of " What You See Is What You Get ",
The retrieving of farming land Geochemical Assessment information is optimized, promotes recall precision, optimization retrieval result displaying, to agriculture
Land used geochemical information carries out comprehensive analysis, and step generation work report promotes working efficiency, farming land geochemistry is believed
Breath carries out spatial distribution, change in depth, a kind of farming land geochemical information system of time change prediction.
Background technology
There are the two kinds of understandings of narrow sense and broad sense in smart city.Smart city in the narrow sense is referred to based on Internet of Things, is led to
Thingsization, interconnected, intelligent mode are crossed, allows each function running coordinated with each other in city, is integrated with wisdom technology height, intelligence
The efficient convenience-for-people urban development new model for main feature of the high-end development of intelligent industry, intelligence s ervice, essence is more thorough
It perceives, more extensive connection, more collect the calculating for neutralizing and more having depth, wisdom gene is implanted into for urban tissue.It is sensu lato
Smart city refers to " development is more scientific, and management is more efficient, and society is more harmonious, and life is finer " for target, with from top to bottom,
Based on organized information system based on WebGIS, more there is more perfect perception in entire city, cognition, study, growth, innovation, determines
A kind of completely new urban morphology of plan, ability of regulation and control and consciousness of behavior.
Can be to the description of " smart city " concept according to Chinese wisdom engineering research more authoritative at present:" wisdom city
City is the current whole world around urban-rural integration development, urban sustainable development development, people's livelihood core demand these development factors, will be first
Effective integration is carried out into information technology and advanced Urban Management service theory, by the geography in city, resource, environment, warp
The systems such as Ji, society carry out digital networked management, to urban infrastructure, basic environment, production and living related industry and
The multi-party bit digitizing of facility, the real-time of informationization handles and application, and more succinct, efficient, spirit is provided for Urban Governance and operation
Decision support living and action tool provide more convenient, efficient, flexible innovation operation and clothes for city public administration and service
Business pattern ".
And smart city is both controlled from weighing corresponding society in impression and experience of the people to own existence and state of development
Peace, consumption and house, people's livelihood service, social security, health care and health, education and culture, employment and income etc.
People's livelihood angle considers;Again from the reasonable utilization of land resources, the layout of urban construction, the overall management of the urban area, public safety pipe
Reason, traffic management, emergency command management, energy-saving and emission-reduction management, infrastructure management, social management, community management, enterprise
Economic transition and the management view of the smart city of service etc. consider;Also to prove civilization, propagation city image from improving
And the social responsibility angle of maintenance to equity responsibility etc. considers.And the construction of smart city is be unable to do without to inside and outside city
Soil planned and integrated, there is also the need to the farming land earth carry out Chemical Evaluation.
(Farming land Geochemical Assessment information)Land quality is a kind of synthesized attribute of complexity in soil.World's grain farmer's group
It knits and land quality is defined as:Meet the land comprehensive attribute of Land-Use suitability or duration.Geological Survey in China
Office《The requirement of land quality geochemistry assessment technology》(2008)Definition to land quality is:In the range of the ecosystem, dimension
Hold the productivity, environmental protection quality and the animals and plants and human health that promotes, holding or improvement air or the energy of water quality of biology
Power.Although the statement defined difference, intension is basically identical, i.e., land quality is to show that soil meets over a period to come
The degree of different purposes or under the conditions of certain purposes, the degree whether suitable and suitable to the purposes.In recent years, with
Attention and research to soil quality, Soil Quality Indexes are included into the research category of land quality, and are commented as land quality
One of key problem of valency.
Currently, it is domestic mainly to carry out soil quality evaluation work from two angles:When Farmland Grading, first, soil matter
Measure geochemistry assessment.The Agricultural Land Gradation organized and completed by Ministry of Land and Resources during 1999-2009, be after
After clay detailed Investigation finds out farming land quantity and ownership, complete investigation and the work of scientific quantification are carried out to agricultural geological measuring, stressed
From the angle research land quality of the production capacity in soil.Since 2008, the soil organized by China Geological Survey Bureau
Quality geochemistry evaluation work is the new developing field for development of the national economy service, stresses the angle research soil from element
Geological measuring.This two work benefit our pursuits to the method and technology of soil quality evaluation, have accumulated experience, but both are commented
Valency method is had their own advantages again with insufficient, and especially each evaluation cannot all be fully contemplated by the intension of land quality.Therefore, carry out agriculture
The survey, research and analysis of land used land quality Geochemical Assessment information, it will help promote soil work in-depth effectively sharp with achievement
With.
It at present, can be effectively special by the data content based on business datum and form there are no a kind of computer system
Property, set different statistical models.In the gatherer process of agricultural geological measuring Geochemical Assessment information, the data of evaluation information
The result is that a range intervals, the setting of statistical model is both the optimization to such statistical requirements, meets actual queries statistics model
The statistical demand enclosed.
Invention content
To solve the above-mentioned problems, the technical program provides a kind of farming land geochemical information system, and field operation is adopted
Sample data, sample analysis data are merged, structure farming land Geochemical Assessment subject data warehouse;Improve data loading stream
Journey carries out orderly management to field operation gathered data, builds unified spatial data display platform;To spatial data and attribute number
According to integrated retrieval is carried out, and the spatial position of retrieval result and analysis attribute are shown respectively, reach " What You See Is What You Get "
Retrieval effectiveness;The retrieving of farming land Geochemical Assessment information is optimized, promotes recall precision, optimization retrieval knot
Fruit shows;Comprehensive analysis is carried out to farming land geochemical information, step generation work report promotes working efficiency;To agricultural
Ground geochemical information carries out spatial distribution, change in depth, time change prediction.
To achieve the above object, the present invention provides a kind of farming land geochemical information system, wherein, the system packet
It includes:Supporting subsystem, information retrieval subsystem, statistical analysis subsystem, interface operation displaying subsystem, subsystems
Between connection relation be:Supporting subsystem is to the data of field data acquisition, sample analysis data is arranged, merges, coordinate
Conversion and storage;The data of storage are loaded, are configured, created and issue Map Services, Map Services are managed;It is right
The operational order that interface operation displaying subsystem is sent out is responded, and the displaying content, displaying range to spatial data are controlled
System, and displaying content color rendering scheme is presented;Retrieval model is established to the data item of storage, retrieving is carried out
Optimization;Information retrieval subsystem shows that the search condition set in subsystem receives to interface operation, passes through retrieval model
Parameter setting model configuration, generation retrieval request parameter are carried out to search condition, retrieval request parameter is transmitted to service branch
Processing is carried out in chapelet system and obtains data research result, data research result is matched, is merged, correction processing, will be located
Data research result after reason feeds back to interface operation displaying subsystem and is presented;Information retrieval subsystem is to interface operation exhibition
Show that the search condition set in subsystem is received, carrying out model to search condition by the parameter setting of retrieval model matches
It puts, generate retrieval request parameter, retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data retrieval
As a result, matched, merged to data research result, correction processing, by treated, data research result feeds back to interface behaviour
Make displaying subsystem to be presented;Interface operation shows subsystem:The access process of user is verified, to the function of user
It is classified, is configured, loaded using list;It creates operational order and handles, respectively to supporting subsystem, information retrieval
System, statistical analysis subsystem send operational order, and operating result is received and is presented.
A kind of farming land geochemical information system, wherein, the supporting subsystem:Data to field data acquisition,
Sample analysis data is arranged, is merged, coordinate is converted and storage;The data of storage are loaded, are configured, created and are issued
Map Services are managed Map Services;The operational order sent out to interface operation displaying subsystem responds, to space
Displaying content, the displaying range of data are controlled, and displaying content color rendering scheme is presented;To the data of storage
Item establishes retrieval model, and retrieving is optimized;The supporting subsystem includes data preparation module, Map Services
Management module, space map operation module, retrieval model management module, subject data warehouse and authority setting management module;Its
In:
The data preparation module:Data, sample analysis data to field data acquisition generate valid data into data preparation;It is right
Valid data are arranged, are merged, coordinate conversion generation performance data, and performance data is directed into subject data warehouse;
The Map Services management module:Spatial data after handling, merging and primary spatial data are loaded, are configured,
Map Services after establishment are configured, issued, are managed;
The space map operation module:The operational order of spatial data operation submodule is responded, generates spatial data
Page presentation content, figure layer to spatial data, displaying range control, map service graph layer rendering scheme are added
It carries, generates legend;
The retrieval model management module:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieving mould
Shape parameter is parsed, and generates query statement, the retrieval model of establishment is managed;
The subject data warehouse:Field data acquisition data, sample analysis data, base map data after being merged to processing store
And management is standardized to the data after storage;
The authority setting management module:Resource, function to system access priority assignation, to the displaying name of system function
Title, icon, content, classification are managed.
A kind of farming land geochemical information system, wherein, the data preparation module:Data, sample to field data acquisition
This analysis data generate valid data into data preparation;Valid data are arranged, are merged, coordinate conversion generation achievement number
According to performance data is directed into subject data warehouse;Data preparation module includes:Data cleansing submodule, data preparation
Module, data coordinates transform subblock and data import submodule, wherein:
The data cleansing submodule:Data, sample analysis data to field data acquisition carry out data cleansing, reject junk data
Redundant data is dispelled, generates valid data;
The data preparation submodule:Data preparation, fusion are carried out to the valid data of generation;
The data coordinates transform subblock:It requires to sit reduced data according to service class base library data coordinate system
Mark conversion, forms the data under unified coordinate system;
The data import submodule:It will handle, the data after fusion are directed into subject data warehouse.
A kind of farming land geochemical information system, wherein, the Map Services management module:After handling, merging
Spatial data and primary spatial data are loaded, are configured, and the Map Services after establishment are configured, issue, are managed;Map
Service management module includes:Map Services create submodule, Map Services publication submodule and Map Services management submodule;Its
In:
The Map Services create submodule:Spatial data after handling, merging and primary spatial data are loaded, pair plus
Spatial data after load carries out figure layer configuration, is system creation Map Services;
The Map Services issue submodule:Map Services after establishment are issued, service type is matched and emptied according to the map
Between data displaying range, map load mode is optimized;
The Map Services manage submodule:Map Services after publication are managed.
A kind of farming land geochemical information system, wherein, the space map operation module:To spatial data operator
The operational order of module is responded, and generates the page presentation content of spatial data, figure layer to spatial data, displaying range into
Row control, loads map service graph layer rendering scheme, generates legend;Space map operation module includes:Figure layer controls
Submodule, map planning submodule, screen coordinate transform subblock, Map Services response submodule and legend generation submodule;
Wherein:
The figure layer control submodule:The map data mining platform supported spatial data operation submodule loads, and passes through selection
Figure layer content shown in corresponding map data mining platform control spatial data operation submodule;
The map plans submodule:The operation language of reception space data manipulation submodule enables, and is enabled according to operation language in figure layer
Hold and carry out plane-generating planning figure layer displaying content;
The screen coordinate transform subblock:The base view coordinate system of page presentation is made marks convert with spatial data and is obtained
It obtains spatial data displaying range and proposes request of data to Map Services response submodule, service response submodule is anti-according to the map
The spatial data of feedback carries out coordinate system conversion, generates page presentation content and is presented in spatial data operates submodule;
The Map Services respond submodule:The request of data that screen coordinate transform subblock is sent out is received, according to spatial data
Displaying range is scheduled the spatial data in the range of this, and the spatial data after scheduling is fed back to act coordinate and converts submodule
Block carries out coordinate conversion;The operational order of reception space data manipulation submodule, according to the spatial data included in operational order
Figure layer content calls legend generation submodule;
The legend generates submodule:The service request that Map Services response submodule is sent out is received, invocation map service is matched
Confidence ceases, and loads the color rendering scheme of Map Services figure layer content, generates legend, and feeds back to spatial data operation submodule
Block.
A kind of farming land geochemical information system, wherein, the retrieval model management module:To subject data warehouse
Data content carries out the establishment of retrieval model, and retrieval model parameter is parsed, and query statement is generated, to the retrieval mould of establishment
Type is managed;Retrieval model management module includes:Retrieval model creates submodule, retrieval model analyzing sub-module and retrieval mould
Type manages submodule;Wherein:
The retrieval model creates submodule:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieval
The type of support, resultant content are set;
The retrieval model analyzing sub-module:The retrieval parameter inputted to retrieval model decomposes, to the parameter after decomposition
Content carries out Context resolution, and generates data query sentence corresponding with retrieval parameter;
The retrieval model manages submodule:The retrieval model of establishment is managed.
A kind of farming land geochemical information system, wherein, the authority setting management module:Resource, work(to system
Can access priority assignation, and the displaying title of system function, icon, content, classification are managed;Authority setting management
Module includes:Rights management submodule, function management submodule, wherein:
The rights management submodule:System resource, the access rights of function are configured, generation System right management row
Table, and System right management list is stored into subject data warehouse;
The function management submodule:System function configuration is configured, generates the configuration content of system function, and will configuration
In content storage to subject data warehouse.
A kind of farming land geochemical information system, wherein, described information retrieval subsystem:Subsystem is shown to interface operation
The search condition set in system is received, and model configuration, generation are carried out to search condition by the parameter setting of retrieval model
Retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data research result by retrieval request parameter, right
Data research result is matched, is merged, correction processing, and by treated, data research result feeds back to interface operation displaying
System is presented;Information retrieval subsystem includes:Attribute conditions setting module, spatial dimension setting module, service-seeking are anti-
Present module and retrieval result Fusion Module;Wherein:
The attribute conditions setting module:The attribute conditions of interface operation module setting are obtained, are set according to the parameter of retrieval model
The fixed attribute conditions to after acquisition carry out model configuration, and propose retrieval request to service-seeking feedback module;
The spatial dimension setting module:The spatial dimension that interface operation module is chosen is obtained, is set according to the parameter of retrieval model
The fixed spatial dimension to after acquisition carries out model configuration, and proposes retrieval request to service-seeking feedback module;
The service-seeking feedback module:Receive the retrieval request that sends out of attribute conditions setting module, and by retrieval request parameter
It is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, using data query sentence to theme
Data warehouse carries out data retrieval, obtains attribute data retrieval result, and feed back to interface operation module;Reception space range is set
The retrieval request that cover half block is sent out, and retrieval request parameter is transmitted in retrieval model management module and carries out processing acquisition accordingly
Data query sentence, using data query sentence to subject data warehouse carry out data retrieval, obtain spatial data retrieval knot
Fruit, and feed back to interface operation module;The retrieval request that attribute conditions setting module and spatial dimension setting module are sent out is received,
And retrieval request parameter is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, use number
Data retrieval is carried out to subject data warehouse according to query statement, obtains integrated data retrieval as a result, by integrated data retrieval result
Retrieval result Fusion Module is fed back to be handled;
The retrieval result Fusion Module:The integrated data retrieval of service-seeking feedback module is received as a result, and to integrated data
Retrieval result carries out result matching, fusion, correction processing, forms the number after space figure layer and the fusion of matching attribute information
According to retrieval result and feed back to interface operation module.
A kind of farming land geochemical information system, wherein, the retrieval result Fusion Module:Receive service-seeking feedback
The integrated data retrieval of module is as a result, and handle the matching of integrated data retrieval result progress result, fusion, correction, formation sky
Between figure layer and matching attribute information fusion after data research result and feed back to interface operation module;Retrieval result is melted
Molding block includes:Information result matched sub-block, information result fusion submodule and information result correct submodule;Wherein:
Described information result matched sub-block:Receive the attribute data retrieval result and space number of service-seeking feedback module transmission
According to retrieval result, attribute data retrieval result and spatial data retrieval result are matched, generation preliminary matches will be as a result, and will
Preliminary matches result is sent to information result fusion submodule and is handled;
Described information result merges submodule:The preliminary matches of information result matched sub-block transmission are received as a result, to complete
The data information matched is merged, and is retrieved corresponding spatial data and attribute data respectively to the data of Incomplete matching and is carried out
Fusion forms the data research result after space figure layer and the fusion of matching attribute information;
Described information result corrects submodule:To the space figure layer after fusion and the data after the fusion of matching attribute information
Retrieval result carries out result verification, by the correct data feedback of verification result to interface operation module.
A kind of farming land geochemical information system, wherein, the statistical analysis subsystem:Reception interface operation displaying
Space range information transmitted by system carries out Area length resolving to space range information, obtains area and length sequences;It is right
Sample analysis data in space range information is analyzed and evaluated, and obtains single pollution assessment result;To single pollution assessment result
Space overlapping, fusion, comprehensive analysis, generation comprehensive analysis report are carried out, and comprehensive analysis report is sent to interface operation exhibition
Show subsystem;Interpolation analysis, codomain division, color rendering are carried out to single pollution assessment result, generation contour analysis is as a result, simultaneously
Contour analysis result is sent to interface operation displaying subsystem;Single pollution assessment result is arranged, generates single-factor
Evaluation result with depth and time change trend analysis figure, and by trend analysis figure be sent to interface operation displaying subsystem;
The statistical analysis subsystem includes:Spatial dimension chooses module, spatial measuring module, single pollution assessment module, overall merit
Module, contour analysis module and single-factor trend module;Wherein:
The spatial dimension chooses module:The space range information request that reception space range set module is chosen, to space model
It encloses information and is combined setting, the space range information of generating structure, and be sent to spatial measuring module;Reception space range
The space range information request that setting module is chosen, is combined space range information setting, the space model of generating structure
Information is enclosed, and is sent to single pollution assessment module;
The spatial measuring module:Reception space range chooses the space range information for the structuring that module is sent, to space model
It encloses information and carries out area and length resolving, generate the calculation result in the spatial dimension, and calculation result is fed back into interface behaviour
Make module;
The single pollution assessment module:Reception space range chooses the space range information that module is sent, to space range information
It is resolved, generates spatial dimension calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, generated
Single pollution assessment by single pollution assessment result as a result, be sent to overall merit module;Reception space range chooses what module was sent
Space range information resolves space range information, generates spatial dimension calculation result, and to the sample in the spatial dimension
This analysis data are analyzed and evaluated, and generation single pollution assessment by single pollution assessment result as a result, be sent to contour analysis mould
Block;Reception space range chooses the space range information that module is sent, and space range information is resolved, and generates spatial dimension
Calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, single pollution assessment is obtained as a result, by Dan Yin
Sub- evaluation result is sent to single-factor trend module;
The overall merit module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment result
Space overlapping, fusion, comprehensive analysis are carried out, proposes evaluation opinion, generation comprehensive analysis report is sent to interface operation module;
The contour analysis module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carries out interpolation analysis, codomain divides, color rendering, and generation contour analysis is as a result, and be sent to interface operation module;
The single-factor trend module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, and generates single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend point
Analysis figure, and single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend analysis chart are sent out
It send to business information and operates submodule.
A kind of farming land geochemical information system, wherein, the overall merit module:Receive single pollution assessment module hair
For the single pollution assessment sent as a result, carrying out space overlapping, fusion, comprehensive analysis to single pollution assessment result, proposition evaluation opinion is raw
It is reported into comprehensive analysis, is sent to interface operation module;Overall merit module includes:Single pollution assessment merges submodule and synthesis
Analyze submodule;Wherein:
The single pollution assessment merges submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single-factor
Evaluation result carries out space overlapping, fusion, obtains multi-factorial evaluation fusion results and is sent to comprehensive analysis submodule;
The comprehensive analysis submodule:The multi-factorial evaluation fusion results that single pollution assessment fusion submodule is sent are received, to commenting
Valency fusion results carry out comprehensive analysis, propose evaluation opinion, and generation comprehensive analysis report is sent to business information operation submodule
Block.
A kind of farming land geochemical information system, wherein, the contour analysis module:Receive single pollution assessment module
The single pollution assessment of transmission is as a result, carry out single pollution assessment result interpolation analysis, codomain divides, color rendering, generation equivalence
Line analysis is as a result, and be sent to interface operation module;Contour analysis module includes:Interpolation analysis submodule, isopleth generation
Submodule and color rendering submodule;Wherein:
The interpolation analysis submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carry out interpolation analysis, generation interpolation analysis as a result, and be sent to isopleth generation submodule;
The isopleth generates submodule:The interpolation analysis of interpolation analysis submodule transmission is received as a result, to interpolation analysis result
Codomain division is carried out, generates the isopleth and contour surface of interpolation result, and isopleth and contour surface are sent to color rendering
Module;
The color rendering submodule:Isopleth and contour surface that isopleth generation submodule is sent are received, in contour surface
Figure carries out color rendering and loads isopleth, and generation contour analysis by contour analysis result as a result, and be sent to space
Data manipulation submodule.
A kind of farming land geochemical information system, wherein, the single-factor trend module:Receive single pollution assessment module
The single pollution assessment of transmission is as a result, analyze single pollution assessment result, generation single pollution assessment result change in depth trend
Analysis chart and single pollution assessment result time trend analysis chart, and by single pollution assessment result change in depth trend analysis figure
Business information operation submodule is sent to single pollution assessment result time trend analysis chart;Single-factor trend module packet
It includes:Change in depth submodule, time change submodule;Wherein:
The change in depth submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, generation single pollution assessment result with change in depth change in depth trend analysis figure, and by change in depth trend
Analysis chart is sent to business information operation submodule;
The time change submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, the time trend analysis chart that changes over time of generation single pollution assessment result, and by time trend
Analysis chart is sent to business information operation submodule.
A kind of farming land geochemical information system, wherein, the interface operation shows subsystem:Access to user
Cheng Jinhang is verified, the function of user using list is classified, be configured, is loaded;It creates operational order and handles, respectively to clothes
Business support subsystem, information retrieval subsystem, statistical analysis subsystem send operational order, and operating result is received and is in
It is existing;Interface operation displaying subsystem includes:Subscriber authentication module, interface operation module;Wherein:
The subscriber authentication module:User's access process is verified, user function using list is classified, is configured,
Loading;
The interface operation module:Operation generation instruction, respectively to space map operation module, spatial dimension setting module, category
Property condition setting module send instruction, operating result is received and is presented.
A kind of farming land geochemical information system, wherein, the interface operation module:Operation generation instruction, respectively to
Space map operation module, spatial dimension setting module, attribute conditions setting module send instruction, and operating result is received
And it presents;Interface operation module includes:Spatial data operation submodule, business information operation submodule, fuse information operator
Module;Wherein:
The spatial data operates submodule:Spatial data is operated, spatial data operational order is generated, by spatial data
Operational order sends map planning submodule, legend generation submodule, figure layer control submodule and is handled respectively;Receive screen
Coordinate transform subblock, legend generation submodule, figure layer control submodule, color rendering submodule, service-seeking feedback module
Feedback result and presentation;
The business information operates submodule:Business datum is operated, business information operational order is generated, by business information
Operational order is sent to attribute conditions setting module and is handled;Receive comprehensive analysis submodule, change in depth submodule, time
Change the feedback result of submodule and presentation;
The fuse information operates submodule:Mixing operation instruction is generated, mixing operation instruction is respectively sent to spatial dimension
Setting module and attribute conditions setting module, to the data research result after space figure layer and the fusion of matching attribute information
It is received and is presented.
A kind of farming land geochemical information system, wherein, the Map Services management after described pair of publication includes:To publication
Map Services afterwards carry out startup management, the Map Services after publication are carried out deletion management, to the Map Services after publication into
Row stops management;The retrieval model management includes:Deletion management, the retrieval model to establishment are carried out to the retrieval model of establishment
It carries out priority management, stopping management being carried out to the retrieval model of establishment;The field data acquisition data include:Field data acquisition is adopted
Sampling point, the spatial information of monitoring point, acquisition information;The access rights setting is divided into administrator access and ordinary user visits
Ask permission;The data research result includes:Spatial data retrieval result, attribute data retrieval result, space figure layer and therewith
Data research result after matched attribute information fusion;It is described that operating result presentation is included in interface:Space figure layer and
Data research result, comprehensive analysis report after matching attribute information fusion, change in depth trend analysis figure, time become
Change trend analysis figure, attribute data retrieval result, the presentation of spatial data retrieval result or the combination of its multiple result are presented, be in
Existing mode is presented or combination result for single result and presents.
It can be seen that:
Technical solution in the embodiment of the present invention can merge field operation sampled data, sample analysis data, and structure is agricultural
Ground Geochemical Assessment subject data warehouse;Data loading flow is improved, orderly management, structure are carried out to field operation gathered data
Unified spatial data display platform;Integrated retrieval is carried out, and respectively to the sky of retrieval result to spatial data and attribute data
Between position and analysis attribute be shown, reach the retrieval effectiveness of " What You See Is What You Get ";To farming land Geochemical Assessment information
Retrieving optimize, promoted recall precision, optimization retrieval result displaying;Farming land geochemical information is integrated
Analysis, step generation work report, promotes working efficiency;To farming land geochemical information carry out spatial distribution, change in depth,
Time change is predicted.
Description of the drawings
Fig. 1 is the structure diagram of farming land geochemical information system provided in the embodiment of the present invention;
Fig. 2 is the supporting subsystem structure schematic diagram in the embodiment of the present invention;
Fig. 3 is the data preparation modular structure schematic diagram in the embodiment of the present invention;
Fig. 4 is the Map Services management module structure diagram in the embodiment of the present invention;
Fig. 5 is the space map operation modular structure schematic diagram in the embodiment of the present invention;
Fig. 6 is the retrieval model management module structure diagram in the embodiment of the present invention;
Fig. 7 is the authority setting management module structure diagram in the embodiment of the present invention;
Fig. 8 is the information retrieval subsystem structure schematic diagram in the embodiment of the present invention;
Fig. 9 is the retrieval result Fusion Module structure diagram in the embodiment of the present invention;
Figure 10 is the statistical analysis subsystem structure schematic diagram in the embodiment of the present invention;
Figure 11 is the overall merit modular structure schematic diagram in the embodiment of the present invention;
Figure 12 is the contour analysis modular structure schematic diagram in the embodiment of the present invention;
Figure 13 is the single-factor trend module structure diagram in the embodiment of the present invention;
Figure 14 is that the interface operation in the embodiment of the present invention shows subsystem structure schematic diagram;
Figure 15 is the interface operation modular structure schematic diagram in the embodiment of the present invention.
Specific embodiment
In order to which those skilled in the art is made to more fully understand the present invention program, below in conjunction with attached drawing and specific implementation
Example comes that the present invention will be described in detail, and illustrative examples of the invention and explanation are for explaining the present invention, but be not intended as herein
Limitation of the invention.
Embodiment 1:
Fig. 1 is the structure diagram of farming land geochemical information system provided in this embodiment, as shown in Figure 1, a kind of agricultural
Ground geochemical information system, the wherein system include:Supporting subsystem, information retrieval subsystem, statistical analysis subsystem
It unites, interface operation displaying subsystem, the connection relation between subsystems is:Supporting subsystem is to the number of field data acquisition
It arranged, merged according to, sample analysis data, coordinate conversion and storage;The data of storage are loaded, are configured, are created simultaneously
Map Services are issued, Map Services are managed;The operational order sent out to interface operation displaying subsystem responds, right
Displaying content, the displaying range of spatial data are controlled, and displaying content color rendering scheme is presented;To storage
Data item establishes retrieval model, and retrieving is optimized;Information retrieval subsystem shows in subsystem interface operation and sets
Fixed search condition is received, and model configuration is carried out to search condition by the parameter setting of retrieval model, generation retrieval is asked
Parameter is sought, retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data research result, data are examined
Hitch fruit is matched, is merged, correction processing, will treated data research result feeds back to interface operation shows subsystem into
Row is presented;Information retrieval subsystem shows that the search condition set in subsystem receives to interface operation, by retrieving mould
The parameter setting of type carries out search condition model configuration, generation retrieval request parameter, and retrieval request parameter is transmitted to service
Processing is carried out in support subsystem and obtains data research result, data research result is matched, is merged, correction processing, it will
Treated, and data research result feeds back to that interface operation displaying subsystem is presented;Interface operation shows subsystem:To with
The access process at family is verified, the function of user using list is classified, be configured, is loaded;It creates operational order and locates
Reason sends operational order, to operating result to supporting subsystem, information retrieval subsystem, statistical analysis subsystem respectively
It is received and is presented.
A kind of farming land geochemical information system as shown in Figure 2, wherein the supporting subsystem:Field operation is adopted
The data of collection, sample analysis data are arranged, are merged, coordinate is converted and storage;The data of storage are loaded, are configured,
It creates and issues Map Services, Map Services are managed;The operational order sent out to interface operation displaying subsystem carries out
Response, displaying content, displaying range to spatial data control, and displaying content color rendering scheme is presented;
Retrieval model is established to the data item of storage, retrieving is optimized;The supporting subsystem includes data preparation
Module, Map Services management module, space map operation module, retrieval model management module, subject data warehouse and permission are set
Determine management module;Wherein:
The data preparation module:Data, sample analysis data to field data acquisition generate valid data into data preparation;It is right
Valid data are arranged, are merged, coordinate conversion generation performance data, and performance data is directed into subject data warehouse;
The Map Services management module:Spatial data after handling, merging and primary spatial data are loaded, are configured,
Map Services after establishment are configured, issued, are managed;
The space map operation module:The operational order of spatial data operation submodule is responded, generates spatial data
Page presentation content, figure layer to spatial data, displaying range control, map service graph layer rendering scheme are added
It carries, generates legend;
The retrieval model management module:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieving mould
Shape parameter is parsed, and generates query statement, the retrieval model of establishment is managed;
The subject data warehouse:Field data acquisition data, sample analysis data, base map data after being merged to processing store
And management is standardized to the data after storage;
The authority setting management module:Resource, function to system access priority assignation, to the displaying name of system function
Title, icon, content, classification are managed.
A kind of farming land geochemical information system as shown in Figure 3, wherein the data preparation module:To field data acquisition
Data, sample analysis data into data preparation, generate valid data;Valid data are arranged, are merged, coordinate conversion life
Into performance data, performance data is directed into subject data warehouse;Data preparation module includes:Data cleansing submodule, number
Submodule is imported according to submodule, data coordinates transform subblock and data are arranged, wherein:
The data cleansing submodule:Data, sample analysis data to field data acquisition carry out data cleansing, reject junk data
Redundant data is dispelled, generates valid data;
The data preparation submodule:Data preparation, fusion are carried out to the valid data of generation;
The data coordinates transform subblock:It requires to sit reduced data according to service class base library data coordinate system
Mark conversion, forms the data under unified coordinate system;
The data import submodule:It will handle, the data after fusion are directed into subject data warehouse.
A kind of farming land geochemical information system as shown in Figure 4, wherein the Map Services management module:To place
Spatial data and primary spatial data after reason, fusion are loaded, are configured, and the Map Services after establishment are configured, are sent out
Cloth, management;Map Services management module includes:Map Services create submodule, Map Services publication submodule and Map Services
Manage submodule;Wherein:
The Map Services create submodule:Spatial data after handling, merging and primary spatial data are loaded, pair plus
Spatial data after load carries out figure layer configuration, is system creation Map Services;
The Map Services issue submodule:Map Services after establishment are issued, service type is matched and emptied according to the map
Between data displaying range, map load mode is optimized;
The Map Services manage submodule:Map Services after publication are managed.
A kind of farming land geochemical information system as shown in Figure 5, wherein the spatially graphic operation module:To space
The operational order of data manipulation submodule is responded, and generates the page presentation content of spatial data, figure layer to spatial data,
Displaying range is controlled, and map service graph layer rendering scheme is loaded, and generates legend;Space map operation module packet
It includes:Figure layer control submodule, map planning submodule, screen coordinate transform subblock, Map Services response submodule and legend
Generate submodule;Wherein:
The figure layer control submodule:The map data mining platform supported spatial data operation submodule loads, and passes through selection
Figure layer content shown in corresponding map data mining platform control spatial data operation submodule;
The map plans submodule:The operation language of reception space data manipulation submodule enables, and is enabled according to operation language in figure layer
Hold and carry out plane-generating planning figure layer displaying content;
The screen coordinate transform subblock:The base view coordinate system of page presentation is made marks convert with spatial data and is obtained
It obtains spatial data displaying range and proposes request of data to Map Services response submodule, service response submodule is anti-according to the map
The spatial data of feedback carries out coordinate system conversion, generates page presentation content and is presented in spatial data operates submodule;
The Map Services respond submodule:The request of data that screen coordinate transform subblock is sent out is received, according to spatial data
Displaying range is scheduled the spatial data in the range of this, and the spatial data after scheduling is fed back to act coordinate and converts submodule
Block carries out coordinate conversion;The operational order of reception space data manipulation submodule, according to the spatial data included in operational order
Figure layer content calls legend generation submodule;
The legend generates submodule:The service request that Map Services response submodule is sent out is received, invocation map service is matched
Confidence ceases, and loads the color rendering scheme of Map Services figure layer content, generates legend, and feeds back to spatial data operation submodule
Block.
A kind of farming land geochemical information system as shown in Figure 6, wherein the retrieval model management module:To theme
The data content of data warehouse carries out the establishment of retrieval model, and retrieval model parameter is parsed, and generates query statement, to wound
The retrieval model built is managed;Retrieval model management module includes:Retrieval model creates submodule, retrieval model parsing submodule
Block and retrieval model management submodule;Wherein:
The retrieval model creates submodule:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieval
The type of support, resultant content are set;
The retrieval model analyzing sub-module:The retrieval parameter inputted to retrieval model decomposes, to the parameter after decomposition
Content carries out Context resolution, and generates data query sentence corresponding with retrieval parameter;
The retrieval model manages submodule:The retrieval model of establishment is managed.
A kind of farming land geochemical information system as shown in Figure 7, wherein the authority setting management module:To system
Resource, function access priority assignation, the displaying title of system function, icon, content, classification are managed;Permission
Setting management module includes:Rights management submodule, function management submodule, wherein:
The rights management submodule:System resource, the access rights of function are configured, generation System right management row
Table, and System right management list is stored into subject data warehouse;
The function management submodule:System function configuration is configured, generates the configuration content of system function, and will configuration
In content storage to subject data warehouse.
A kind of farming land geochemical information system as shown in Figure 8, wherein described information retrieval subsystem:Interface is grasped
The search condition for making to set in displaying subsystem is received, and model is carried out to search condition by the parameter setting of retrieval model
Retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data inspection by configuration, generation retrieval request parameter
Rope is as a result, matching data research result, being merged, correction processing, data research result feeds back to interface by treated
Operation displaying subsystem is presented;Information retrieval subsystem includes:Attribute conditions setting module, spatial dimension setting module,
Service-seeking feedback module and retrieval result Fusion Module;Wherein:
The attribute conditions setting module:The attribute conditions of interface operation module setting are obtained, are set according to the parameter of retrieval model
The fixed attribute conditions to after acquisition carry out model configuration, and propose retrieval request to service-seeking feedback module;
The spatial dimension setting module:The spatial dimension that interface operation module is chosen is obtained, is set according to the parameter of retrieval model
The fixed spatial dimension to after acquisition carries out model configuration, and proposes retrieval request to service-seeking feedback module;
The service-seeking feedback module:Receive the retrieval request that sends out of attribute conditions setting module, and by retrieval request parameter
It is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, using data query sentence to theme
Data warehouse carries out data retrieval, obtains attribute data retrieval result, and feed back to interface operation module;Reception space range is set
The retrieval request that cover half block is sent out, and retrieval request parameter is transmitted in retrieval model management module and carries out processing acquisition accordingly
Data query sentence, using data query sentence to subject data warehouse carry out data retrieval, obtain spatial data retrieval knot
Fruit, and feed back to interface operation module;The retrieval request that attribute conditions setting module and spatial dimension setting module are sent out is received,
And retrieval request parameter is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, use number
Data retrieval is carried out to subject data warehouse according to query statement, obtains integrated data retrieval as a result, by integrated data retrieval result
Retrieval result Fusion Module is fed back to be handled;
The retrieval result Fusion Module:The integrated data retrieval of service-seeking feedback module is received as a result, and to integrated data
Retrieval result carries out result matching, fusion, correction processing, forms the number after space figure layer and the fusion of matching attribute information
According to retrieval result and feed back to interface operation module.
A kind of farming land geochemical information system as shown in Figure 9, wherein the retrieval result Fusion Module:Receive clothes
The integrated data retrieval of query feedback module of being engaged in is as a result, and carry out integrated data retrieval result result matching, fusion, at correction
Reason, the data research result formed after space figure layer and the fusion of matching attribute information simultaneously feed back to interface operation module;
Retrieval result Fusion Module includes:Information result matched sub-block, information result fusion submodule and information result correct submodule
Block;Wherein:
Described information result matched sub-block:Receive the attribute data retrieval result and space number of service-seeking feedback module transmission
According to retrieval result, attribute data retrieval result and spatial data retrieval result are matched, generation preliminary matches will be as a result, and will
Preliminary matches result is sent to information result fusion submodule and is handled;
Described information result merges submodule:The preliminary matches of information result matched sub-block transmission are received as a result, to complete
The data information matched is merged, and is retrieved corresponding spatial data and attribute data respectively to the data of Incomplete matching and is carried out
Fusion forms the data research result after space figure layer and the fusion of matching attribute information;
Described information result corrects submodule:To the space figure layer after fusion and the data after the fusion of matching attribute information
Retrieval result carries out result verification, by the correct data feedback of verification result to interface operation module.
A kind of farming land geochemical information system as shown in Figure 10, wherein the statistical analysis subsystem:Receive boundary
Space range information transmitted by face operation displaying subsystem, carries out Area length resolving to space range information, obtains area
And length sequences;Sample analysis data in space range information is analyzed and evaluated, obtains single pollution assessment result;To list
Factor evaluation result carries out space overlapping, fusion, comprehensive analysis, generation comprehensive analysis report, and comprehensive analysis is reported and is sent
Subsystem is shown to interface operation;Interpolation analysis is carried out to single pollution assessment result, codomain divides, color rendering, generation equivalence
Line analysis by contour analysis result as a result, and be sent to interface operation displaying subsystem;Single pollution assessment result is carried out whole
Reason generates trend analysis figure of the single pollution assessment result with depth and time change, and trend analysis figure is sent to interface behaviour
Make displaying subsystem;The statistical analysis subsystem includes:Spatial dimension chooses module, spatial measuring module, single pollution assessment
Module, overall merit module, contour analysis module and single-factor trend module;Wherein:
The spatial dimension chooses module:The space range information request that reception space range set module is chosen, to space model
It encloses information and is combined setting, the space range information of generating structure, and be sent to spatial measuring module;Reception space range
The space range information request that setting module is chosen, is combined space range information setting, the space model of generating structure
Information is enclosed, and is sent to single pollution assessment module;
The spatial measuring module:Reception space range chooses the space range information for the structuring that module is sent, to space model
It encloses information and carries out area and length resolving, generate the calculation result in the spatial dimension, and calculation result is fed back into interface behaviour
Make module;
The single pollution assessment module:Reception space range chooses the space range information that module is sent, to space range information
It is resolved, generates spatial dimension calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, generated
Single pollution assessment by single pollution assessment result as a result, be sent to overall merit module;Reception space range chooses what module was sent
Space range information resolves space range information, generates spatial dimension calculation result, and to the sample in the spatial dimension
This analysis data are analyzed and evaluated, and generation single pollution assessment by single pollution assessment result as a result, be sent to contour analysis mould
Block;Reception space range chooses the space range information that module is sent, and space range information is resolved, and generates spatial dimension
Calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, single pollution assessment is obtained as a result, by Dan Yin
Sub- evaluation result is sent to single-factor trend module;
The overall merit module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment result
Space overlapping, fusion, comprehensive analysis are carried out, proposes evaluation opinion, generation comprehensive analysis report is sent to interface operation module;
The contour analysis module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carries out interpolation analysis, codomain divides, color rendering, and generation contour analysis is as a result, and be sent to interface operation module;
The single-factor trend module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, and generates single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend point
Analysis figure, and single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend analysis chart are sent out
It send to business information and operates submodule.
A kind of farming land geochemical information system as shown in figure 11, wherein the overall merit module:Receive Dan Yin
The single pollution assessment that sub- evaluation module is sent carries as a result, to single pollution assessment result progress space overlapping, fusion, comprehensive analysis
Go out evaluation opinion, generation comprehensive analysis report is sent to interface operation module;Overall merit module includes:Single pollution assessment melts
Zygote module and comprehensive analysis submodule;Wherein:
The single pollution assessment merges submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single-factor
Evaluation result carries out space overlapping, fusion, obtains multi-factorial evaluation fusion results and is sent to comprehensive analysis submodule;
The comprehensive analysis submodule:The multi-factorial evaluation fusion results that single pollution assessment fusion submodule is sent are received, to commenting
Valency fusion results carry out comprehensive analysis, propose evaluation opinion, and generation comprehensive analysis report is sent to business information operation submodule
Block.
A kind of farming land geochemical information system as shown in figure 12, wherein the contour analysis module:It receives single
The single pollution assessment that factor evaluation module is sent is as a result, carry out single pollution assessment result interpolation analysis, codomain divides, color wash with watercolours
Dye, generation contour analysis is as a result, and be sent to interface operation module;Contour analysis module includes:Interpolation analysis submodule,
Isopleth generates submodule and color rendering submodule;Wherein:
The interpolation analysis submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carry out interpolation analysis, generation interpolation analysis as a result, and be sent to isopleth generation submodule;
The isopleth generates submodule:The interpolation analysis of interpolation analysis submodule transmission is received as a result, to interpolation analysis result
Codomain division is carried out, generates the isopleth and contour surface of interpolation result, and isopleth and contour surface are sent to color rendering
Module;
The color rendering submodule:Isopleth and contour surface that isopleth generation submodule is sent are received, in contour surface
Figure carries out color rendering and loads isopleth, and generation contour analysis by contour analysis result as a result, and be sent to space
Data manipulation submodule.
A kind of farming land geochemical information system as shown in fig. 13 that, wherein the single-factor trend module:It receives single
The single pollution assessment that factor evaluation module is sent is as a result, analyze single pollution assessment result, generation single pollution assessment result
Change in depth trend analysis figure and single pollution assessment result time trend analysis chart, and single pollution assessment result depth is become
Change trend analysis figure and single pollution assessment result time trend analysis chart is sent to business information operation submodule;Single-factor
Trend module includes:Change in depth submodule, time change submodule;Wherein:
The change in depth submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, generation single pollution assessment result with change in depth change in depth trend analysis figure, and by change in depth trend
Analysis chart is sent to business information operation submodule;
The time change submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, the time trend analysis chart that changes over time of generation single pollution assessment result, and by time trend
Analysis chart is sent to business information operation submodule.
A kind of farming land geochemical information system as shown in figure 14, wherein the interface operation shows subsystem:It is right
The access process of user is verified, the function of user using list is classified, be configured, is loaded;Create operational order simultaneously
Processing sends operational order to supporting subsystem, information retrieval subsystem, statistical analysis subsystem respectively, operation is tied
Fruit is received and is presented;Interface operation displaying subsystem includes:Subscriber authentication module, interface operation module;Wherein:
The subscriber authentication module:User's access process is verified, user function using list is classified, is configured,
Loading;
The interface operation module:Operation generation instruction, respectively to space map operation module, spatial dimension setting module, category
Property condition setting module send instruction, operating result is received and is presented.
A kind of farming land geochemical information system as shown in figure 15, wherein the interface operation module:Operation generation
Instruction sends instruction, to operation to space map operation module, spatial dimension setting module, attribute conditions setting module respectively
As a result it is received and is presented;Interface operation module includes:Spatial data operation submodule, melts business information operation submodule
Close information operation submodule;Wherein:
The spatial data operates submodule:Spatial data is operated, spatial data operational order is generated, by spatial data
Operational order sends map planning submodule, legend generation submodule, figure layer control submodule and is handled respectively;Receive screen
Coordinate transform subblock, legend generation submodule, figure layer control submodule, color rendering submodule, service-seeking feedback module
Feedback result and presentation;
The business information operates submodule:Business datum is operated, business information operational order is generated, by business information
Operational order is sent to attribute conditions setting module and is handled;Receive comprehensive analysis submodule, change in depth submodule, time
Change the feedback result of submodule and presentation;
The fuse information operates submodule:Mixing operation instruction is generated, mixing operation instruction is respectively sent to spatial dimension
Setting module and attribute conditions setting module, to the data research result after space figure layer and the fusion of matching attribute information
It is received and is presented.
In specific embodiment, the Map Services management after described pair of publication includes:Map Services after publication are opened
Dynamic management carries out the Map Services after publication deletion management, carries out stopping management to the Map Services after publication.
In specific embodiment, the retrieval model management includes:Deletion management is carried out to the retrieval model of establishment, to creating
Retrieval model carry out priority management, stopping management being carried out to the retrieval model of establishment.
In specific embodiment, the field data acquisition data include:The sampled point of field data acquisition, the spatial information of monitoring point,
Acquire information.
In specific embodiment, the access rights setting is divided into administrator access and ordinary user's access rights.
In specific embodiment, the data research result includes:Spatial data retrieval result, attribute data retrieval result,
Data research result after space figure layer and the fusion of matching attribute information.
It is described that operating result presentation is included in interface in specific embodiment:Space figure layer and matching attribute
Information fusion after data research result, comprehensive analysis report, change in depth trend analysis figure, time trend analysis chart,
The presentation of spatial data retrieval result or the combination of its multiple result is presented in attribute data retrieval result, and the mode of presentation is single
One result is presented or combination result and presents.
Illustrated below with specific embodiment:
Fig. 1 is the structure diagram of farming land geochemical information system provided in this embodiment, as shown in Figure 1, a kind of agricultural
Ground geochemical information system, the wherein system include:Supporting subsystem, information retrieval subsystem, statistical analysis subsystem
It unites, interface operation displaying subsystem, the connection relation between subsystems is:Supporting subsystem is to the number of field data acquisition
It arranged, merged according to, sample analysis data, coordinate conversion and storage;The data of storage are loaded, are configured, are created simultaneously
Map Services are issued, Map Services are managed;The operational order sent out to interface operation displaying subsystem responds, right
Displaying content, the displaying range of spatial data are controlled, and displaying content color rendering scheme is presented;To storage
Data item establishes retrieval model, and retrieving is optimized;Information retrieval subsystem shows in subsystem interface operation and sets
Fixed search condition is received, and model configuration is carried out to search condition by the parameter setting of retrieval model, generation retrieval is asked
Parameter is sought, retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data research result, data are examined
Hitch fruit is matched, is merged, correction processing, will treated data research result feeds back to interface operation shows subsystem into
Row is presented;Information retrieval subsystem shows that the search condition set in subsystem receives to interface operation, by retrieving mould
The parameter setting of type carries out search condition model configuration, generation retrieval request parameter, and retrieval request parameter is transmitted to service
Processing is carried out in support subsystem and obtains data research result, data research result is matched, is merged, correction processing, it will
Treated, and data research result feeds back to that interface operation displaying subsystem is presented;Interface operation shows subsystem:To with
The access process at family is verified, the function of user using list is classified, be configured, is loaded;It creates operational order and locates
Reason sends operational order, to operating result to supporting subsystem, information retrieval subsystem, statistical analysis subsystem respectively
It is received and is presented.
A kind of farming land geochemical information system as shown in Figure 2, wherein the supporting subsystem:Field operation is adopted
The data of collection, sample analysis data are arranged, are merged, coordinate is converted and storage;The data of storage are loaded, are configured,
It creates and issues Map Services, Map Services are managed;The operational order sent out to interface operation displaying subsystem carries out
Response, displaying content, displaying range to spatial data control, and displaying content color rendering scheme is presented;
Retrieval model is established to the data item of storage, retrieving is optimized;The supporting subsystem includes data preparation
Module, Map Services management module, space map operation module, retrieval model management module, subject data warehouse and permission are set
Determine management module;Wherein:
The data preparation module:To the sample point data of field data acquisition, data of monitoring point, sampled point sample analysis data, prison
Measuring point sample analysis data generates valid data into data preparation;Valid data are arranged, are merged, coordinate conversion generation
Performance data is directed into subject data warehouse by performance data;
The Map Services management module:To sampled point, monitoring point, achievement graph, administrative division Data Data loaded, wash with watercolours
Color is contaminated, the Map Services after establishment are shown with range configuration, data slicer processing, publication, management;
The space map operation module:The operational order of spatial data operation submodule is responded, generates spatial data
Page presentation content, figure layer to spatial data, displaying range control, map service graph layer rendering scheme are added
It carries, generates legend;
The retrieval model management module:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieving mould
Shape parameter is parsed, and generates query statement, the retrieval model of establishment is managed;
The subject data warehouse:Field data acquisition data, sample analysis data, base map data after being merged to processing store
And management is standardized to the data after storage;
The authority setting management module:Resource, function to system access priority assignation, to the displaying name of system function
Title, icon, content, classification are managed.
A kind of farming land geochemical information system as shown in Figure 3, wherein the data preparation module:To field data acquisition
Data, sample analysis data into data preparation, generate valid data;Valid data are arranged, are merged, coordinate conversion life
Into performance data, performance data is directed into subject data warehouse;Data preparation module includes:Data cleansing submodule, number
Submodule is imported according to submodule, data coordinates transform subblock and data are arranged, wherein:
The data cleansing submodule:By the topsoil sample point data result of field data acquisition and Tianjin administrative division data
It is compared, removes the data of coordinate mistake;Topsoil sample point data, topsoil sampled point sample to field data acquisition
Analysis data are verified, and removal sample number repeated data, sample number variance data carry out preliminary screening to data, obtain
To valid data;
The data preparation submodule:Data preparation is carried out to the valid data of generation, according to sample number into spectrum, sample collection depth
Data correlation, fusion are carried out to topsoil sample point data and topsoil sampled point sample analysis data, form fusion number
According to;
The data coordinates transform subblock:Coordinate conversion is carried out to topsoil sample point data, by geographic coordinate system
(WGS84 geographic coordinate systems)Be converted to plane coordinate system(Nineteen ninety Tianjin random right angle coordinate system), generate topsoil and adopt
Sampling point is put in storage data;
The data import submodule:Topsoil sampled point storage data are imported into subject data warehouse;
A kind of farming land geochemical information system as shown in Figure 4, wherein the Map Services management module:To sampled point,
Monitoring point, achievement graph, administrative division data are loaded, are configured, and the Map Services after establishment are configured, issue, are managed
Reason;Map Services management module includes:Map Services create submodule, Map Services publication submodule and Map Services management
Module;Wherein:
The Map Services create submodule:Sampled point, monitoring point, achievement graph, administrative division data are loaded respectively,
And according to sampled point, monitoring point classification of type, achievement graph grade, administrative division subregion carry out color rendering, converting attribute word
Section displaying content, preserves configuration result, creates Map Services.
The Map Services issue submodule:By the sampled point created, monitoring point, achievement graph, administrative division data
Map Services are issued, and the displaying range of spatial data is respectively configured, and achievement graph, administrative division Map Services are cut
Piece processing, promotes Map Services response speed.
The Map Services manage submodule:To after publication sampled point, monitoring point, achievement graph, administrative division data
Map Services are managed, startup, pause including Map Services, delete operation.
A kind of farming land geochemical information system as shown in Figure 5, wherein the spatially graphic operation module:To space
The operational order of data manipulation submodule is responded, and generates the page presentation content of spatial data, figure layer to spatial data,
Displaying range is controlled, and map service graph layer rendering scheme is loaded, and generates legend;Space map operation module packet
It includes:Figure layer control submodule, map planning submodule, screen coordinate transform subblock, Map Services response submodule and legend
Generate submodule;Wherein:
The figure layer control submodule:The map data mining platform of sampled point, monitoring point, achievement graph, administrative division data is added
It carries, the instruction of figure layer update displaying topsoil monitoring point that reception space data manipulation submodule is sent stops to other ground
The data update response of figure service, only carries out topsoil monitoring point data update response, and topsoil is monitored and is counted
Submodule is operated according to spatial data is fed back to;
The map plans submodule:The spatial dimension four of reception space data manipulation submodule to change information, displaying ratio
Ruler information, displaying map data mining platform carry out Planning changes to original displaying range, new displaying range are generated, by new displaying model
It encloses, show that engineer's scale information, displaying map data mining platform are sent to screen coordinate transform subblock;
The screen coordinate transform subblock:Receive the displaying range, displaying engineer's scale information, exhibition of map planning submodule transmission
Show map data mining platform, carry out base view coordinate system to displaying range converts with spatial data coordinate system, obtains spatial data exhibition
Demonstration is enclosed, and spatial data being shown, range, displaying engineer's scale information, displaying map data mining platform are sent to Map Services response submodule
Block;The spatial data of Map Services response submodule feedback is received, and carries out spatial data coordinate system and base view coordinate system
Conversion generates page presentation content and is presented in spatial data operates submodule;
The Map Services respond submodule:Receive spatial data displaying range, the displaying that screen coordinate transform subblock is sent out
Engineer's scale information, displaying map data mining platform show range to being somebody's turn to do under the correspondence engineer's scale of all displaying figure layers according to spatial data
In the range of spatial data be scheduled and render, and the spatial data after rendering is fed back into an act coordinate transform subblock;It connects
The operational order of spatial data operation submodule is received, according to the spatial data figure layer content included in operational order, legend is given birth to
It is called into submodule;
The legend generates submodule:Receive the finger of displaying topsoil monitoring point legend that Map Services response submodule is sent out
It enables, calls the configuration information of surface layer soil monitoring point Map Services, load the color rendering scheme of Map Services figure layer content, it is raw
Into legend, and feed back to spatial data operation submodule.
A kind of farming land geochemical information system as shown in Figure 6, wherein the retrieval model management module:To theme
The data content of data warehouse carries out the establishment of retrieval model, and retrieval model parameter is parsed, and generates query statement, to wound
The retrieval model built is managed;Retrieval model management module includes:Retrieval model creates submodule, retrieval model parsing submodule
Block and retrieval model management submodule;Wherein:
The retrieval model creates submodule:To sampled point, monitoring point, result map number of packages according to according to constituent content, constituent content
Grade creates retrieval model.The type that setting model is supported includes numerical intervals retrieval, grade interval retrieval;Numerical intervals are retrieved
The interval value of constituent content is retrieved in support, and grade interval retrieval is supported to examine the interval value of constituent content grade
Rope;The setting of resultant content is included:Set the displaying accuracy of constituent content, the text conversion of constituent content grade;
The retrieval model analyzing sub-module:Retrieval parameter is decomposed, decomposition result include retrieval figure layer, retrieval elements,
Section, retrieval ordering field, page presentation entry, spatial dimension are retrieved, decomposition result is combined, is added according to retrieval model
Data retrieval setting is carried, generates corresponding data query sentence;
The retrieval model manages submodule:The retrieval model of establishment is managed.
A kind of farming land geochemical information system as shown in Figure 7, wherein the authority setting management module:To system
Resource, function access priority assignation, the displaying title of system function, icon, content, classification are managed;Permission
Setting management module includes:Rights management submodule, function management submodule, wherein:
The rights management submodule:It is administrator, ordinary user by delineation of power according to the demand of system;Administrator
The function of system is configured in User support, and ordinary user supports the functional use of institute in addition to system administration;
The function management submodule:Administrator to sampling point information management menu submenu and submenu icon,
Text, on-link mode (OLM), functional response mode, putting in order is configured update.
A kind of farming land geochemical information system as shown in Figure 8, wherein described information retrieval subsystem:Interface is grasped
The search condition for making to set in displaying subsystem is received, and model is carried out to search condition by the parameter setting of retrieval model
Retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition data inspection by configuration, generation retrieval request parameter
Rope is as a result, matching data research result, being merged, correction processing, data research result feeds back to interface by treated
Operation displaying subsystem is presented;Information retrieval subsystem includes:Attribute conditions setting module, spatial dimension setting module,
Service-seeking feedback module and retrieval result Fusion Module;Wherein:
The attribute conditions setting module:The attribute retrieval condition of interface operation module setting is obtained, in attribute retrieval condition
Topsoil monitoring point, nitrogen, upper limit value 100, lower limiting value 70, displaying entry 15, sort field date collected information
It is combined using agreement separator, obtains the retrieval parameter for meeting retrieval model requirement, and mould is fed back to service-seeking
Block proposes retrieval request;
The spatial dimension setting module:The Tianjin administrative division range information that interface operation module is chosen is obtained, with space
Range acquisition modes are classified;Spatial dimension, the name of administrative division selected by record are chosen by administrative division list mode
Claim, administrative division list is chosen mode code and the administrative division title " Tianjin " chosen carries out group using agreement separator
It closes;The retrieval parameter for meeting retrieval model requirement is obtained, and retrieval request is proposed to service-seeking feedback module;
The service-seeking feedback module:Receive the retrieval request that sends out of attribute conditions setting module, and by retrieval request parameter
In topsoil monitoring point, nitrogen, upper limit value 100, lower limiting value 70, displaying entry 15, sort field date collected letter
Breath, which is transmitted in retrieval model management module, carries out corresponding data query sentence " SELECT TOP (15) * of processing acquisition
FROM FX_BCTRJCD WHERE N contents>HLCL(70)AND N contents< HLCL(100)ORDER BY CYRQ ", make
Data retrieval is carried out to subject data warehouse with the data query sentence, obtains attribute data retrieval result, and feed back to interface
Operation module;The retrieval request that reception space range set module is sent out, and by the administrative division list in retrieval request parameter
Selection mode code and the administrative division title chosen, which are transmitted in retrieval model management module, carries out the corresponding number of processing acquisition
According to query statement " SELECT TOP (1000) * FROM JCD_BCTR WHERE QH LIKE ' % Tianjin % ' ORDER BY
CYRQ " carries out data retrieval to subject data warehouse using data query sentence, obtains spatial data retrieval as a result, and feeding back
To interface operation module;The retrieval request that attribute conditions setting module and spatial dimension setting module are sent out is received, and will retrieval
Required parameter, which is transmitted in retrieval model management module, carries out the corresponding data query sentence of processing acquisition, uses data query language
Sentence pair subject data warehouse carries out data retrieval, obtains integrated data retrieval as a result, integrated data retrieval result is fed back to inspection
Hitch fruit Fusion Module is handled;
The retrieval result Fusion Module:The integrated data retrieval of service-seeking feedback module is received as a result, and to integrated data
Retrieval result carries out carrying out result matching, fusion, correction processing according to sample number into spectrum field, and generation spatial dimension is in Tianjin
Domain, attribute conditions are nitrogen element content in 70 and 100(Milligram)Between topsoil data of monitoring point and feed back to interface behaviour
Make module.
A kind of farming land geochemical information system as shown in Figure 9, wherein the retrieval result Fusion Module:Receive clothes
The integrated data retrieval for query feedback module of being engaged in is as a result, and to integrated data retrieval result carried out according to sample number into spectrum field
As a result match, merge, correction processing, generation spatial dimension Tianjin administrative region of a city, attribute conditions for nitrogen element content in 70 and 100
(Milligram)Between topsoil data of monitoring point and feed back to interface operation module;Retrieval result Fusion Module includes:Information
As a result matched sub-block, information result fusion submodule and information result correct submodule;Wherein:
Described information result matched sub-block:Receive the attribute data retrieval result and space number of service-seeking feedback module transmission
According to retrieval result, to attribute data retrieval result and spatial data retrieval result according to topsoil monitoring point sampled data and table
The associate field sample number into spectrum field of layer soil monitoring point sample analysis data is matched, and generation preliminary matches will be as a result, and will
Preliminary matches result is sent to information result fusion submodule and is handled;
Described information result merges submodule:The preliminary matches of information result matched sub-block transmission are received as a result, to complete
The data information matched is merged, and the data inconsistent to sample number into spectrum retrieve corresponding spatial data and attribute data simultaneously respectively
It is merged, forms the data research result after space figure layer and the fusion of matching attribute information;
Described information result corrects submodule:Result is carried out to the data research result after fusion and carries out steric requirements and attribute item
The verification of part, by spatial dimension Tianjin administrative region of a city, attribute conditions for nitrogen element content in 70 and 100(Milligram)Between topsoil
Earth data of monitoring point feeds back to interface operation module.
A kind of farming land geochemical information system as shown in Figure 10, wherein the statistical analysis subsystem:Receive boundary
Space range information transmitted by face operation displaying subsystem, carries out Area length resolving to space range information, obtains area
And length sequences;Sample analysis data in space range information is analyzed and evaluated, obtains single pollution assessment result;To list
Factor evaluation result carries out space overlapping, fusion, comprehensive analysis, generation comprehensive analysis report, and comprehensive analysis is reported and is sent
Subsystem is shown to interface operation;Interpolation analysis is carried out to single pollution assessment result, codomain divides, color rendering, generation equivalence
Line analysis by contour analysis result as a result, and be sent to interface operation displaying subsystem;Single pollution assessment result is carried out whole
Reason generates trend analysis figure of the single pollution assessment result with depth and time change, and trend analysis figure is sent to interface behaviour
Make displaying subsystem;The statistical analysis subsystem includes:Spatial dimension chooses module, spatial measuring module, single pollution assessment
Module, overall merit module, contour analysis module and single-factor trend module;Wherein:
The spatial dimension chooses module:The space range information request that reception space range set module is chosen, to space model
It encloses information and is combined setting, the space range information of generating structure, and be sent to spatial measuring module;Reception space range
The space range information request that setting module is chosen, is combined space range information setting, the space model of generating structure
Information is enclosed, and is sent to single pollution assessment module;
The spatial measuring module:Reception space range chooses the space range information for the structuring that module is sent, to space model
It encloses information to be resolved, obtains corresponding spatial dimension figure, area is carried out to spatial dimension figure and length resolves, generation should
Calculation result in spatial dimension, and calculation result is fed back into interface operation module;
The single pollution assessment module:Reception space range chooses the space range information that module is sent, to space range information
It resolving, obtains corresponding spatial dimension figure, achievement graph information is carried out spatial position with spatial dimension figure is superimposed,
The content of each evaluation points, the spatial position distribution situation included in achievement graph and achievement graph after being chosen.It will be single
Factor evaluation result is respectively sent to overall merit module, contour analysis module, single-factor trend module;
The overall merit module:The single pollution assessment that single pollution assessment module sends is received as a result, according to comprehensive evaluation model,
Single pollution assessment result is screened, space overlapping, fusion, comprehensive analysis are carried out to the single pollution assessment result after screening,
It is proposed evaluation opinion, generation comprehensive analysis report is sent to interface operation module;
The contour analysis module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carries out interpolation analysis, codomain divides, color rendering, and generation contour analysis is as a result, and be sent to interface operation module;
The single-factor trend module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is divided according to classification units, and is ranked up according to sampling depth and date collected, and generation single pollution assessment result is deep
Spend analysis of trend figure and single pollution assessment result time trend analysis chart, and by single pollution assessment result change in depth
Trend analysis figure and single pollution assessment result time trend analysis chart are sent to business information operation submodule.
A kind of farming land geochemical information system as shown in figure 11, wherein the overall merit module:Receive Dan Yin
The single pollution assessment that sub- evaluation module is sent screens single pollution assessment result as a result, according to comprehensive evaluation model, to sieve
Single pollution assessment result after choosing carries out space overlapping, fusion, comprehensive analysis, proposes evaluation opinion, and generation comprehensive analysis is reported,
It is sent to interface operation module;Overall merit module includes:Single pollution assessment merges submodule and comprehensive analysis submodule;Its
In:
The single pollution assessment merges submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to wherein wrapping
Each evaluation points contained are screened according to the Analysis on Soil fertility model of setting, obtain soil nutrient overall merit achievement, organic matter
8 kinds of factor, the full nitrogen factor, the full phosphorus factor, the full potassium factor, the alkali-hydrolyzable nitrogen factor, the available potassium factor, available phosphorus factor single pollution assessments
Information carries out color rendering to the single pollution assessment information after screening, obtains 8 kinds of single pollution assessment figures respectively;To 8 kinds of single-factors
Evaluation information is counted, and obtains land use situation, the single pollution assessment information content grade statistical conditions of classification units;It is right
8 kinds of single pollution assessment information of classification units are weighted comparison, rating, and the Analysis on Soil fertility evaluation for obtaining classification units is melted
Close result;Analysis on Soil fertility evaluation fusion results are sent to comprehensive analysis submodule;
The comprehensive analysis submodule:The multi-factorial evaluation fusion results that single pollution assessment fusion submodule is sent are received, to fertilizer
Power assay fusion results carry out color rendering, obtain Analysis on Soil fertility map of Complex evaluation;Fusion results are evaluated to Analysis on Soil fertility
It carries out grade to summarize, obtains Analysis on Soil fertility integrated level statistical conditions, and according to grade statistical conditions, propose evaluation opinion;It will
Analysis on Soil fertility map of Complex evaluation, integrated level statistical conditions, 8 kinds of single pollution assessment figures, evaluation information content rating statistical conditions
Summarized, generation Analysis on Soil fertility report, Analysis on Soil fertility report is sent to business information operation submodule.
A kind of farming land geochemical information system as shown in figure 12, wherein the contour analysis module:Receive single-factor
The nitrogen evaluation result that evaluation module is sent carries out nitrogen evaluation result Kriging regression, codomain divides, record nitrogen member
Cellulose content grade and nitrogen element content value, and color rendering is carried out, generation nitrogen element content contour analysis is as a result, and be sent to
Interface operation module;Contour analysis module includes:Interpolation analysis submodule, isopleth generation submodule and color rendering submodule
Block;Wherein:
The interpolation analysis submodule:The nitrogen evaluation result that single pollution assessment module is sent is received, is evaluated according to nitrogen
As a result point bit distribution situation selects Kriging regression method, calculates distribution situation of the nitrogen in spatial dimension, generates interpolation
Analysis result, and interpolation analysis result is sent to isopleth generation submodule;
The isopleth generates submodule:The interpolation analysis of interpolation analysis submodule transmission is received as a result, obtaining interpolation analysis knot
The maximum value and minimum value of nitrogen element content in fruit, divide the codomain section of nitrogen element content, and obtain drawing for rule
Divide range, codomain division is carried out to interpolation analysis result using range is divided, obtain nitrogen element content grade, generation nitrogen contains
Isopleth and nitrogen grade contour surface are measured, and content rating and content value are stored in isopleth and contour surface, it will be equivalent
Line and contour surface are sent to color rendering submodule;
The color rendering submodule:Isopleth and contour surface that isopleth generation submodule is sent are received, in contour surface
Figure carries out color rendering according to nitrogen element content grade, loads isopleth, and mark nitrogen element content value, preserves operation knot
Fruit, and isoline map service is updated, isoline map address of service as a result, and be sent to by generation nitrogen contour analysis
Spatial data operates submodule.
A kind of farming land geochemical information system as shown in fig. 13 that, wherein the single-factor trend module:It receives single
The single pollution assessment that factor evaluation module is sent is as a result, divide single pollution assessment result according to classification units, to grading
The single-factor content information of unit is ranked up according to sampling depth and sampling time, generates single pollution assessment result change in depth
Trend analysis figure and single pollution assessment result time trend analysis chart, and single pollution assessment result change in depth trend is divided
Analysis figure and single pollution assessment result time trend analysis chart are sent to business information operation submodule;Single-factor trend module
Including:Change in depth submodule, time change submodule;Wherein:
The change in depth submodule:The nitrogen evaluation result that single pollution assessment module is sent is received, nitrogen is evaluated and is tied
Fruit is divided according to classification units, and the nitrogen element content information in same sampling time is ranked up according to sampling depth, raw
Into nitrogen evaluation result with the change in depth trend analysis figure of change in depth, and change in depth trend analysis figure is sent to industry
Information of being engaged in operation submodule;
The time change submodule:The nitrogen evaluation result that single pollution assessment module is sent is received, nitrogen is evaluated and is tied
Fruit is divided according to classification units, and the nitrogen element content information of same depth is ranked up according to the sampling time, generates nitrogen
The time trend analysis chart that element evaluation result changes with the sampling time, and time trend analysis chart is sent to industry
Information of being engaged in operation submodule.
A kind of farming land geochemical information system as shown in figure 14, wherein the interface operation shows subsystem:It is right
The access process of user is verified, the function of user using list is classified, be configured, is loaded;Create operational order simultaneously
Processing sends operational order to supporting subsystem, information retrieval subsystem, statistical analysis subsystem respectively, operation is tied
Fruit is received and is presented;Interface operation displaying subsystem includes:Subscriber authentication module, interface operation module;Wherein:
The subscriber authentication module:Using system distribute username and password send out log-in instruction, to username and password into
Row verification after verification, loads the feature list and the Resources list that user can access, including sampled point in system interface
Information management, farming land essential information, farming land quality information, statistical analysis and application, land quality monitoring, system administration,
System maintenance function;Sampling point information management is ranked up, the submenu of sampling point information management is classified, sets son
Menu is responded in spatial data operates submodule and business information operation submodule.
The interface operation module:Operation generation instruction, sets mould to space map operation module, spatial dimension respectively
Block, attribute conditions setting module send instruction, and operating result is received and is presented.
A kind of farming land geochemical information system as shown in figure 15, wherein the interface operation module:Figure layer control,
Legend generation, translation, scaling, range selection operation generation instruction, set mould to space map operation module, spatial dimension respectively
Block, attribute conditions setting module send instruction, and operating result is received and is presented;Interface operation module includes:Space number
According to operation submodule, business information operation submodule, fuse information operation submodule;Wherein:
The spatial data operates submodule:Including map operation device and graphic result responsor.Map operation device is received to sky
Between show content operation, generate spatial data operational order;Receive the operation translated to spatial data displaying content, root
Engineer's scale is shown according to current spatial data, to being recorded when spatial dimension four to the change information of displaying content, by space model
It encloses four and is sent to map planning submodule to change information, displaying engineer's scale information, displaying map data mining platform;Receive displaying topsoil
The instruction of earth monitoring point legend sends instructions to legend generation submodule;Receive figure layer update displaying topsoil monitoring point
Instruction, send instructions to figure layer control submodule;The Tianjin administrative division range information chosen is received, and is sent respectively
To spatial dimension setting module and fuse information operation submodule;Graphic result responsor receives the instruction of other modules transmission,
Instruction is responded, and updates spatial data displaying content;The instruction that screen coordinate transform subblock is sent is received, to space
Data displaying content is updated;The legend that legend generation submodule is sent is received, carries out loading displaying;Receive figure layer control
The map data mining platform that module is sent is updated spatial data displaying content;Receive the isopleth that color rendering submodule is sent
Map Services address carries out loading displaying to map address of service;Receive the spatial data retrieval knot of service-seeking feedback module
Fruit carries out loading displaying to retrieval result.
The business information operates submodule:Including business operation device, business result responsor, result follower.Business
Operator receives the operation to business information, generates business information operational order;It receives and search condition is monitored for topsoil
Point nitrogen element content is in 70 and 100(Milligram)Between setting, by topsoil monitoring point, nitrogen, upper limit value 100, lower limit
Value 70, sort field date collected, displaying entry 15 are sent to attribute conditions setting module and are handled;Business result responds
Device receives the feedback result of comprehensive analysis submodule, change in depth submodule, time change submodule, and is presented;It receives
Analysis on Soil fertility report is sent to result follower by the Analysis on Soil fertility report that comprehensive analysis submodule is sent;Business result receives
The nitrogen change in depth trend analysis figure that change in depth submodule is sent, is presented;Receiving time variation submodule is sent
Nitrogen time trend analysis chart, presented;As a result follower receives the fertility point that business result responsor is sent
Analysis report exports Analysis on Soil fertility report to outside system.
The fuse information operates submodule:The Tianjin administrative division range that reception space data manipulation submodule is sent
The topsoil monitoring point of information and business information operation submodule transmission, nitrogen, upper limit value 100, lower limiting value 70, sequence word
15 section date collected, page presentation entry search conditions, docking, which collects mail to cease, is merged, and the information after fusion is sent respectively
To spatial dimension setting module and attribute conditions setting module;Receive space figure layer that retrieval result Fusion Module sends and therewith
Data research result and presentation after matched attribute information fusion;
Aforementioned System describe and structure diagram be provided only as illustrative example and its be not intended to need or it is implicit must
The step of must aforesaid operations or various aspects being performed with given sequence.As it will be appreciated by those skilled in the art that, can be with
Perform the sequence of the frame in terms of foregoing in any order.Such as " thereafter ", the word of " then ", " following " or the like is simultaneously
It is not intended to the sequence of limitation operation or step;These words are only used for description of the guiding reader's traversal to method.It is in addition, any to power
Profit requires the singular reference of element, for example, not being interpreted the element being limited to list using article "a", "a" or "the"
Number.
Various illustrative boxes, module, circuit and the algorithm steps described with reference to aspect disclosed herein
To be implemented as electronic hardware, computer software or combination.In order to clearly show that the interchangeability between hardware and software, on
Text has carried out general description to various illustrative components, frame, module, circuit and step around its function.As for this work(
It can be implemented as hardware and also be implemented as software, depending on specifically application and the design constraint applied to whole system.It is ripe
Experienced technical staff can be directed to each specific application, and described function is realized in a manner of flexible, still, this reality
Existing decision should not be interpreted as causing disengaging protection scope of the present invention.
Technical solution in the embodiment of the present invention can merge field operation sampled data, sample analysis data, structure
Farming land Geochemical Assessment subject data warehouse;Data loading flow is improved, orderly management is carried out to field operation gathered data,
Build unified spatial data display platform;Integrated retrieval is carried out, and respectively to retrieval result to spatial data and attribute data
Spatial position and analysis attribute be shown, reach the retrieval effectiveness of " What You See Is What You Get ";To farming land Geochemical Assessment
The retrieving of information optimizes, and promotes recall precision, optimization retrieval result displaying;Farming land geochemical information is carried out
Comprehensive analysis, step generation work report, promotes working efficiency;Spatial distribution, depth are carried out to farming land geochemical information
Variation, time change prediction.
The foregoing description of disclosed aspect is provided, so that any person skilled in the art can realize or use this hair
It is bright.To those skilled in the art, the various modifications in terms of these will be apparent, and defined herein total
Body principle can also be applied to other embodiments in the case of without deviating from the spirit and scope of the disclosed invention.Therefore, this hair
It is bright to be not intended to be limited to aspect given herein, but it is consistent with principle disclosed herein and novel feature with meeting most wide
Range.
Claims (16)
1. a kind of farming land geochemical information system, it is characterised in that:The system includes:Supporting subsystem, information inspection
Large rope system, statistical analysis subsystem, interface operation displaying subsystem, the connection relation between subsystems are:Supporting
Subsystem is to the data of field data acquisition, sample analysis data is arranged, merge, coordinate is converted and storage;To the data of storage
It loaded, be configured, created and issue Map Services, Map Services are managed;Interface operation displaying subsystem is sent out
Operational order responded, displaying content to spatial data, displaying range control, and to showing content color rendering
Scheme is presented;Retrieval model is established to the data item of storage, retrieving is optimized;Information retrieval subsystem is to boundary
The search condition set in face operation displaying subsystem is received, and search condition is carried out by the parameter setting of retrieval model
Retrieval request parameter is transmitted in supporting subsystem and carries out processing acquisition number by model configuration, generation retrieval request parameter
According to retrieval result, data research result is matched, is merged, correction processing, data research result is fed back to by treated
Interface operation displaying subsystem is presented;Information retrieval subsystem shows the search condition set in subsystem to interface operation
It is received, model configuration, generation retrieval request parameter carries out search condition by the parameter setting of retrieval model, will retrieve
Required parameter, which is transmitted in supporting subsystem, carries out processing acquisition data research result, to data research result progress
Match, merge, correction processing, it will treated that data research result feeds back to that interface operation displaying subsystem is presented;Interface
Operation displaying subsystem:The access process of user is verified, the function of user using list is classified, is configured, is added
It carries;It creates operational order and handles, sent respectively to supporting subsystem, information retrieval subsystem, statistical analysis subsystem
Operational order receives operating result and is presented.
A kind of 2. farming land geochemical information system according to claim 1, it is characterised in that supporting
System:Data, sample analysis data to field data acquisition are arranged, are merged, coordinate is converted and storage;To the data of storage into
Row loading, configuration, create and issue Map Services, Map Services are managed;Interface operation displaying subsystem is sent out
Operational order is responded, and the displaying content, displaying range to spatial data control, and to displaying content color rendering side
Case is presented;Retrieval model is established to the data item of storage, retrieving is optimized;The supporting subsystem packet
Include data preparation module, Map Services management module, space map operation module, retrieval model management module, subject data storehouse
Library and authority setting management module;Wherein:
The data preparation module:Data, sample analysis data to field data acquisition generate valid data into data preparation;It is right
Valid data are arranged, are merged, coordinate conversion generation performance data, and performance data is directed into subject data warehouse;
The Map Services management module:Spatial data after handling, merging and primary spatial data are loaded, are configured,
Map Services after establishment are configured, issued, are managed;
The space map operation module:The operational order of spatial data operation submodule is responded, generates spatial data
Page presentation content, figure layer to spatial data, displaying range control, map service graph layer rendering scheme are added
It carries, generates legend;
The retrieval model management module:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieving mould
Shape parameter is parsed, and generates query statement, the retrieval model of establishment is managed;
The subject data warehouse:Field data acquisition data, sample analysis data, base map data after being merged to processing store
And management is standardized to the data after storage;
The authority setting management module:Resource, function to system access priority assignation, to the displaying name of system function
Title, icon, content, classification are managed.
3. a kind of farming land geochemical information system according to claim 2, it is characterised in that:The data preparation mould
Block:Data, sample analysis data to field data acquisition generate valid data into data preparation;Valid data are arranged, are melted
It closes, coordinate conversion generation performance data, performance data is directed into subject data warehouse;Data preparation module includes:Data
It cleans submodule, data preparation submodule, data coordinates transform subblock and data and imports submodule, wherein:
The data cleansing submodule:Data, sample analysis data to field data acquisition carry out data cleansing, reject junk data
Redundant data is dispelled, generates valid data;
The data preparation submodule:Data preparation, fusion are carried out to the valid data of generation;
The data coordinates transform subblock:It requires to sit reduced data according to service class base library data coordinate system
Mark conversion, forms the data under unified coordinate system;
The data import submodule:It will handle, the data after fusion are directed into subject data warehouse.
4. a kind of farming land geochemical information system according to claim 2, it is characterised in that:The Map Services pipe
Manage module:Spatial data after handling, merging and primary spatial data are loaded, are configured, to the Map Services after establishment
It is configured, issued, managed;Map Services management module includes:Map Services create submodule, Map Services publication submodule
Submodule is managed with Map Services;Wherein:
The Map Services create submodule:Spatial data after handling, merging and primary spatial data are loaded, pair plus
Spatial data after load carries out figure layer configuration, is system creation Map Services;
The Map Services issue submodule:Map Services after establishment are issued, service type is matched and emptied according to the map
Between data displaying range, map load mode is optimized;
The Map Services manage submodule:Map Services after publication are managed.
5. a kind of farming land geochemical information system according to claim 2, it is characterised in that:The space map behaviour
Make module:The operational order of spatial data operation submodule is responded, the page presentation content of spatial data is generated, to sky
Between data figure layer, displaying range controlled, map service graph layer rendering scheme is loaded, generate legend;Spatially
Graphic operation module includes:Figure layer control submodule, map planning submodule, screen coordinate transform subblock, Map Services response
Submodule and legend generation submodule;Wherein:
The figure layer control submodule:The map data mining platform supported spatial data operation submodule loads, and passes through selection
Figure layer content shown in corresponding map data mining platform control spatial data operation submodule;
The map plans submodule:The operation language of reception space data manipulation submodule enables, and is enabled according to operation language in figure layer
Hold and carry out plane-generating planning figure layer displaying content;
The screen coordinate transform subblock:The base view coordinate system of page presentation is made marks convert with spatial data and is obtained
It obtains spatial data displaying range and proposes request of data to Map Services response submodule, service response submodule is anti-according to the map
The spatial data of feedback carries out coordinate system conversion, generates page presentation content and is presented in spatial data operates submodule;
The Map Services respond submodule:The request of data that screen coordinate transform subblock is sent out is received, according to spatial data
Displaying range is scheduled the spatial data in the range of this, and the spatial data after scheduling is fed back to act coordinate and converts submodule
Block carries out coordinate conversion;The operational order of reception space data manipulation submodule, according to the spatial data included in operational order
Figure layer content calls legend generation submodule;
The legend generates submodule:The service request that Map Services response submodule is sent out is received, invocation map service is matched
Confidence ceases, and loads the color rendering scheme of Map Services figure layer content, generates legend, and feeds back to spatial data operation submodule
Block.
6. a kind of farming land geochemical information system according to claim 2, it is characterised in that:The retrieval model pipe
Manage module:The establishment of retrieval model is carried out to the data content in subject data warehouse, retrieval model parameter is parsed, is generated
Query statement is managed the retrieval model of establishment;Retrieval model management module includes:Retrieval model creates submodule, inspection
Rope model analyzing submodule and retrieval model management submodule;Wherein:
The retrieval model creates submodule:The establishment of retrieval model is carried out to the data content in subject data warehouse, to retrieval
The type of support, resultant content are set;
The retrieval model analyzing sub-module:The retrieval parameter inputted to retrieval model decomposes, to the parameter after decomposition
Content carries out Context resolution, and generates data query sentence corresponding with retrieval parameter;
The retrieval model manages submodule:The retrieval model of establishment is managed.
7. a kind of farming land geochemical information system according to claim 2, it is characterised in that:The authority setting pipe
Manage module:Resource, function to system access priority assignation, to the displaying title of system function, icon, content, classification
It is managed;Authority setting management module includes:Rights management submodule, function management submodule, wherein:
The rights management submodule:System resource, the access rights of function are configured, generation System right management row
Table, and System right management list is stored into subject data warehouse;
The function management submodule:System function configuration is configured, generates the configuration content of system function, and will configuration
In content storage to subject data warehouse.
8. a kind of farming land geochemical information system according to claim 1, it is characterised in that:Described information retrieval
System:The search condition set in subsystem, which receives, to be shown to interface operation, by the parameter setting of retrieval model to inspection
Rope condition carries out model configuration, generation retrieval request parameter, and retrieval request parameter is transmitted in supporting subsystem and is carried out
Processing obtains data research result, and data research result is matched, is merged, correction processing, will treated data retrieval
As a result interface operation displaying subsystem is fed back to be presented;Information retrieval subsystem includes:Attribute conditions setting module, space
Range set module, service-seeking feedback module and retrieval result Fusion Module;Wherein:
The attribute conditions setting module:The attribute conditions of interface operation module setting are obtained, are set according to the parameter of retrieval model
The fixed attribute conditions to after acquisition carry out model configuration, and propose retrieval request to service-seeking feedback module;
The spatial dimension setting module:The spatial dimension that interface operation module is chosen is obtained, is set according to the parameter of retrieval model
The fixed spatial dimension to after acquisition carries out model configuration, and proposes retrieval request to service-seeking feedback module;
The service-seeking feedback module:Receive the retrieval request that sends out of attribute conditions setting module, and by retrieval request parameter
It is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, using data query sentence to theme
Data warehouse carries out data retrieval, obtains attribute data retrieval result, and feed back to interface operation module;Reception space range is set
The retrieval request that cover half block is sent out, and retrieval request parameter is transmitted in retrieval model management module and carries out processing acquisition accordingly
Data query sentence, using data query sentence to subject data warehouse carry out data retrieval, obtain spatial data retrieval knot
Fruit, and feed back to interface operation module;The retrieval request that attribute conditions setting module and spatial dimension setting module are sent out is received,
And retrieval request parameter is transmitted in retrieval model management module and carries out the corresponding data query sentence of processing acquisition, use number
Data retrieval is carried out to subject data warehouse according to query statement, obtains integrated data retrieval as a result, by integrated data retrieval result
Retrieval result Fusion Module is fed back to be handled;
The retrieval result Fusion Module:The integrated data retrieval of service-seeking feedback module is received as a result, and to integrated data
Retrieval result carries out result matching, fusion, correction processing, forms the number after space figure layer and the fusion of matching attribute information
According to retrieval result and feed back to interface operation module.
9. a kind of farming land geochemical information system according to claim 8, it is characterised in that:The retrieval result is melted
Mold block:The integrated data retrieval of service-seeking feedback module is received as a result, and carrying out result to integrated data retrieval result
Match, merge, correction processing, the data research result formed after space figure layer and the fusion of matching attribute information is simultaneously fed back to
Interface operation module;Retrieval result Fusion Module includes:Information result matched sub-block, information result fusion submodule and information
As a result submodule is corrected;Wherein:
Described information result matched sub-block:Receive the attribute data retrieval result and space number of service-seeking feedback module transmission
According to retrieval result, attribute data retrieval result and spatial data retrieval result are matched, generation preliminary matches will be as a result, and will
Preliminary matches result is sent to information result fusion submodule and is handled;
Described information result merges submodule:The preliminary matches of information result matched sub-block transmission are received as a result, to complete
The data information matched is merged, and is retrieved corresponding spatial data and attribute data respectively to the data of Incomplete matching and is carried out
Fusion forms the data research result after space figure layer and the fusion of matching attribute information;
Described information result corrects submodule:To the space figure layer after fusion and the data after the fusion of matching attribute information
Retrieval result carries out result verification, by the correct data feedback of verification result to interface operation module.
10. a kind of farming land geochemical information system according to claim 1, it is characterised in that:The statistical analysis
Subsystem:Space range information transmitted by reception interface operation displaying subsystem, Area length is carried out to space range information
It resolves, obtains area and length sequences;Sample analysis data in space range information is analyzed and evaluated, obtains single-factor
Evaluation result;Space overlapping, fusion, comprehensive analysis are carried out to single pollution assessment result, generation comprehensive analysis is reported, and will be comprehensive
Analysis report is sent to interface operation displaying subsystem;Interpolation analysis is carried out to single pollution assessment result, codomain divides, color wash with watercolours
Dye, generation contour analysis by contour analysis result as a result, and be sent to interface operation displaying subsystem;To single pollution assessment
As a result it is arranged, generates trend analysis figure of the single pollution assessment result with depth and time change, and trend analysis figure is sent out
It send to interface operation and shows subsystem;The statistical analysis subsystem includes:Spatial dimension choose module, spatial measuring module,
Single pollution assessment module, overall merit module, contour analysis module and single-factor trend module;Wherein:
The spatial dimension chooses module:The space range information request that reception space range set module is chosen, to space model
It encloses information and is combined setting, the space range information of generating structure, and be sent to spatial measuring module;Reception space range
The space range information request that setting module is chosen, is combined space range information setting, the space model of generating structure
Information is enclosed, and is sent to single pollution assessment module;
The spatial measuring module:Reception space range chooses the space range information for the structuring that module is sent, to space model
It encloses information and carries out area and length resolving, generate the calculation result in the spatial dimension, and calculation result is fed back into interface behaviour
Make module;
The single pollution assessment module:Reception space range chooses the space range information that module is sent, to space range information
It is resolved, generates spatial dimension calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, generated
Single pollution assessment by single pollution assessment result as a result, be sent to overall merit module;Reception space range chooses what module was sent
Space range information resolves space range information, generates spatial dimension calculation result, and to the sample in the spatial dimension
This analysis data are analyzed and evaluated, and generation single pollution assessment by single pollution assessment result as a result, be sent to contour analysis mould
Block;Reception space range chooses the space range information that module is sent, and space range information is resolved, and generates spatial dimension
Calculation result, and the sample analysis data in the spatial dimension is analyzed and evaluated, single pollution assessment is obtained as a result, by Dan Yin
Sub- evaluation result is sent to single-factor trend module;
The overall merit module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment result
Space overlapping, fusion, comprehensive analysis are carried out, proposes evaluation opinion, generation comprehensive analysis report is sent to interface operation module;
The contour analysis module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carries out interpolation analysis, codomain divides, color rendering, and generation contour analysis is as a result, and be sent to interface operation module;
The single-factor trend module:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, and generates single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend point
Analysis figure, and single pollution assessment result change in depth trend analysis figure and single pollution assessment result time trend analysis chart are sent out
It send to business information and operates submodule.
11. a kind of farming land geochemical information system according to claim 10, it is characterised in that:The overall merit
Module:The single pollution assessment of single pollution assessment module transmission is received as a result, carrying out space overlapping to single pollution assessment result, melting
It closes, comprehensive analysis, proposes evaluation opinion, generation comprehensive analysis report is sent to interface operation module;Overall merit module packet
It includes:Single pollution assessment merges submodule and comprehensive analysis submodule;Wherein:
The single pollution assessment merges submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single-factor
Evaluation result carries out space overlapping, fusion, obtains multi-factorial evaluation fusion results and is sent to comprehensive analysis submodule;
The comprehensive analysis submodule:The multi-factorial evaluation fusion results that single pollution assessment fusion submodule is sent are received, to commenting
Valency fusion results carry out comprehensive analysis, propose evaluation opinion, and generation comprehensive analysis report is sent to business information operation submodule
Block.
12. a kind of farming land geochemical information system according to claim 10, it is characterised in that:The isopleth point
Analyse module:The single pollution assessment of single pollution assessment module transmission is received as a result, carrying out interpolation analysis, value to single pollution assessment result
Domain divides, color rendering, and generation contour analysis is as a result, and be sent to interface operation module;Contour analysis module includes:It inserts
Value analysis submodule, isopleth generation submodule and color rendering submodule;Wherein:
The interpolation analysis submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit carry out interpolation analysis, generation interpolation analysis as a result, and be sent to isopleth generation submodule;
The isopleth generates submodule:The interpolation analysis of interpolation analysis submodule transmission is received as a result, to interpolation analysis result
Codomain division is carried out, generates the isopleth and contour surface of interpolation result, and isopleth and contour surface are sent to color rendering
Module;
The color rendering submodule:Isopleth and contour surface that isopleth generation submodule is sent are received, in contour surface
Figure carries out color rendering and loads isopleth, and generation contour analysis by contour analysis result as a result, and be sent to space
Data manipulation submodule.
13. a kind of farming land geochemical information system according to claim 10, it is characterised in that:The single-factor becomes
Gesture module:The single pollution assessment of single pollution assessment module transmission is received as a result, analyzing single pollution assessment result, generation is single
Factor evaluation result change in depth trend analysis figure and single pollution assessment result time trend analysis chart, and single-factor is commented
Valency result change in depth trend analysis figure and single pollution assessment result time trend analysis chart are sent to business information operation
Submodule;Single-factor trend module includes:Change in depth submodule, time change submodule;Wherein:
The change in depth submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, generation single pollution assessment result with change in depth change in depth trend analysis figure, and by change in depth trend
Analysis chart is sent to business information operation submodule;
The time change submodule:The single pollution assessment of single pollution assessment module transmission is received as a result, to single pollution assessment knot
Fruit is analyzed, the time trend analysis chart that changes over time of generation single pollution assessment result, and by time trend
Analysis chart is sent to business information operation submodule.
14. a kind of farming land geochemical information system according to claim 1, it is characterised in that:The interface operation
Show subsystem:The access process of user is verified, the function of user using list is classified, be configured, is loaded;Wound
It builds operational order and handles, sending operation to supporting subsystem, information retrieval subsystem, statistical analysis subsystem respectively refers to
It enables, operating result is received and is presented;Interface operation displaying subsystem includes:Subscriber authentication module, interface operation module;
Wherein:
The subscriber authentication module:User's access process is verified, user function using list is classified, is configured,
Loading;
The interface operation module:Operation generation instruction, respectively to space map operation module, spatial dimension setting module, category
Property condition setting module send instruction, operating result is received and is presented.
15. a kind of farming land geochemical information system according to claim 14, it is characterised in that:The interface operation
Module:Operation generation instruction, sends out respectively to space map operation module, spatial dimension setting module, attribute conditions setting module
Instruction is sent, operating result is received and is presented;Interface operation module includes:Spatial data operation submodule, business information
Operate submodule, fuse information operation submodule;Wherein:
The spatial data operates submodule:Spatial data is operated, spatial data operational order is generated, by spatial data
Operational order sends map planning submodule, legend generation submodule, figure layer control submodule and is handled respectively;Receive screen
Coordinate transform subblock, legend generation submodule, figure layer control submodule, color rendering submodule, service-seeking feedback module
Feedback result and presentation;
The business information operates submodule:Business datum is operated, business information operational order is generated, by business information
Operational order is sent to attribute conditions setting module and is handled;Receive comprehensive analysis submodule, change in depth submodule, time
Change the feedback result of submodule and presentation;
The fuse information operates submodule:Mixing operation instruction is generated, mixing operation instruction is respectively sent to spatial dimension
Setting module and attribute conditions setting module, to the data research result after space figure layer and the fusion of matching attribute information
It is received and is presented.
16. a kind of farming land geochemical information system according to claim 1-15, it is characterised in that:Described pair of publication
Map Services management afterwards includes:Map Services after publication are carried out with startup management, the Map Services after publication are deleted
Except management, stopping management being carried out to the Map Services after publication;The retrieval model management includes:To the retrieval model of establishment into
Row deletes management, carries out priority management to the retrieval model of establishment, carries out stopping management to the retrieval model of establishment;It is described outer
Industry gathered data includes:The sampled point of field data acquisition, the spatial information of monitoring point, acquisition information;The access rights setting point
For administrator access and ordinary user's access rights;The data research result includes:Spatial data retrieval result, attribute
Data research result after data research result, space figure layer and the fusion of matching attribute information;It is described right in interface
Operating result presentation includes:Data research result, comprehensive analysis report after space figure layer and the fusion of matching attribute information
Announcement, change in depth trend analysis figure, time trend analysis chart, attribute data retrieval result, to spatial data retrieval result
It presents or the combination of its multiple result is presented, the mode of presentation is presented or combination result for single result and presents.
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Cited By (3)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109726256A (en) * | 2018-12-18 | 2019-05-07 | 中煤航测遥感集团有限公司 | Earth science data apparatus for management of information and earth science data information management system |
CN112667736A (en) * | 2020-12-23 | 2021-04-16 | 山东鲁能软件技术有限公司 | Digital operation management system |
CN112819964A (en) * | 2021-04-02 | 2021-05-18 | 国家基础地理信息中心 | Spatial data processing method and system and electronic equipment |
Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101599142A (en) * | 2009-07-07 | 2009-12-09 | 武汉大学 | Land evaluation index classification quantitative method based on spatial data field |
CN101630382A (en) * | 2009-07-07 | 2010-01-20 | 武汉大学 | Multi-scale and multi-purpose land evaluation method and system |
CN101650748A (en) * | 2009-09-14 | 2010-02-17 | 杨敬锋 | Soil quality evaluation method and system |
CN103714244A (en) * | 2013-12-08 | 2014-04-09 | 同济大学 | Land use mixing degree evaluation method based on land use compatibility |
CN105787802A (en) * | 2016-02-22 | 2016-07-20 | 中国农业大学 | Organic farm site selection method and system |
-
2016
- 2016-12-08 CN CN201611121251.0A patent/CN108182185B/en active Active
Patent Citations (5)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN101599142A (en) * | 2009-07-07 | 2009-12-09 | 武汉大学 | Land evaluation index classification quantitative method based on spatial data field |
CN101630382A (en) * | 2009-07-07 | 2010-01-20 | 武汉大学 | Multi-scale and multi-purpose land evaluation method and system |
CN101650748A (en) * | 2009-09-14 | 2010-02-17 | 杨敬锋 | Soil quality evaluation method and system |
CN103714244A (en) * | 2013-12-08 | 2014-04-09 | 同济大学 | Land use mixing degree evaluation method based on land use compatibility |
CN105787802A (en) * | 2016-02-22 | 2016-07-20 | 中国农业大学 | Organic farm site selection method and system |
Cited By (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
CN109726256A (en) * | 2018-12-18 | 2019-05-07 | 中煤航测遥感集团有限公司 | Earth science data apparatus for management of information and earth science data information management system |
CN112667736A (en) * | 2020-12-23 | 2021-04-16 | 山东鲁能软件技术有限公司 | Digital operation management system |
CN112667736B (en) * | 2020-12-23 | 2023-05-23 | 山东鲁能软件技术有限公司 | Digital operation management system |
CN112819964A (en) * | 2021-04-02 | 2021-05-18 | 国家基础地理信息中心 | Spatial data processing method and system and electronic equipment |
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