CN106548278A - A kind of high standard capital farmland construction Project Areas preferably automatedization computational methods - Google Patents
A kind of high standard capital farmland construction Project Areas preferably automatedization computational methods Download PDFInfo
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Abstract
The invention discloses a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods, including optimization evaluating system is built, and raw data acquisition, four steps such as project appraisal classification and the optimization classification of high standard basic farmland Project Areas.Data operation treatment effeciency of the present invention is high, data handling procedure is considerable just, it is affected by human factors little, so as to can effectively improve the accuracy and reliability of farmland project appraisal result, labor intensity, the job costs of farmland evaluation and test work can be separately effectively reduced simultaneously, the purpose for improving work efficiency is reached simultaneously, in addition, it is also beneficial to farmland evaluation result data to realize digitized conversion, preserve and transmit, reaches convenience, stability and the reliability for improving farmland evaluation result data exchange and storage.
Description
Technical field
The present invention relates to a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods, category farmland design rule
Draw technical field.
Background technology
With《High standard capital farmland construction standard》（TD/T 1033-2012）Issuing and implementation.At present in high standard
The aspects such as the suitability evaluation and Location Selection of Construction Project of capital farmland construction project have been carried out correlational study, but whole evaluation
, from assessment indicator system foundation, model construction, suitability classification up to Project Areas addressing, whole calculating process is very multiple for process
It is miscellaneous, but at this stage, the research in terms of China's high standard capital farmland construction is the calculating work by the use of ArcGIS as auxiliary
Tool, inreal is combined with GIS-Geographic Information System, and evaluation procedure is extremely loaded down with trivial details, therefore, for the person that reduces related work
Working strength, improve the scientific and reasonability of high standard capital farmland construction project site selection, high standard basic farmland item
The research that preferred automatization of mesh area obtains is imperative.
At this stage, to high standard capital farmland construction suitability evaluation often by manually setting up high standard basic farmland
Build suitability evaluation index system and the weight of determination evaluation index is calculated by artificial combination.Using Arcgis and
Excel forms build comprehensive index assessment model and high standard capital farmland construction suitability are evaluated, and by high standard base
This farmland construction suitability is divided into that height is suitable, moderate is suitable, it is low it is suitable, be not suitable for four grades.
To the estimation of stability in high standard basic farmland space often by manually setting up high standard capital farmland construction
Spatial stability assessment indicator system, determines the weight of evaluation index using Subjective-objective Combination enabling legislation.Mould is evaluated by building
Type is to manually utilizing computer software, man-machine interaction to be evaluated, and passes through Arcgis by high standard capital farmland construction space
Stability is divided into that highly stable, moderate is stable, low stable and unstable four grades.
High standard capital farmland construction Project Areas optimization model is by building coupling degree model, using for reference conventional coupling
Close degrees of coordination judgment criteria, determine high standard capital farmland construction complexity, i.e., possess substantially, slightly transform, renovating comprehensively,
It is not suitable for building.And at this stage, often through manually being carried out using computer, basis after multiple computing is final to be counted the structure of model
Calculate result and determine its coupling degree, then classification is manually combined by Arcgis and excel to which on this basis and is returned
Class collects, and determines high standard capital farmland construction complexity finally according to its summarized results.
The content of the invention
The invention aims to provide a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods.
To reach above-mentioned purpose, the present invention is implemented according to technical scheme below：
A kind of high standard capital farmland construction Project Areas preferably automatedization computational methods, comprise the steps：
The first step, builds optimization evaluating system, constructs in computer systems first excellent for capital farmland construction Project Areas
Select the automation data arithmetic system stand-by of automatization's evaluation and test；
Second step, raw data acquisition, it is first determined farmland item area to be evaluated, then respectively by on-site data gathering,
Government administration section data of literatures and survey region Land_use change change data, survey region land control planning and its number
According to storehouse, survey region dem data, survey region overall plan for land use and its data base, survey region Farmland Grading into
Really, each relevant evaluation meter in the range of farmland item area to be evaluated is obtained in terms of second soil survey information of survey region three
Supplemental characteristic is calculated, in the optimization evaluating system that then Various types of data for collecting is separately input to constructed by the first step, and root
Classification storage is carried out to each data of typing according to data type；
3rd step, project appraisal classification, the relevant evaluation of the farmland item area to be evaluated being entered into according to second step in system
Calculating parameter data, calculate ginseng to the relevant evaluation of farmland item area to be evaluated using the optimization evaluating system that the first step builds
Number data carry out calculation process, and realization carries out Adaptability Evaluation and estimation of stability operation to farmland item area to be evaluated, its
During middle Adaptability Evaluation, two are carried out to the farmland item area to be evaluated determined in the first step according to administration cell and ground class unit
Level is divided, wherein class dividing elements when, according to being divided for basic farmland institute possession class；
4th step, high standard basic farmland Project Areas optimization classification, according to the mutual evaluating data that the 3rd step computing draws, to ginseng
With the projects evaluated successively according to coupling degree, couple develop in harmony type and high standard capital farmland construction complexity
Evaluated and tested, and finally drawn high standard basic farmland Project Areas optimization classification concrete outcome.
Further, the automatization for the evaluation and test of farmland construction Project Areas preferably automatedization for building in the described first step
Data operation system is to be formed based on the interactive exploitation of Arcengine secondary development and .net language, and is built based on SQL platforms
Database system.
Further, built in the first step passed through by operator when data operation is carried out in the 3rd described step
Report control platform for the automation data arithmetic system of farmland construction Project Areas preferably automatedization evaluation and test is directly operated, and is led to
Cross the automation data arithmetic system for the evaluation and test of farmland construction Project Areas preferably automatedization built in the first step and pass through system
The database system for carrying, directly reads evaluation indice, selects taken evaluation index, afterwards using Arcengine with
.net language realizes the weight of the evaluation index determined to the Evaluation formula combined with entropy assessment using analytic hierarchy process (AHP)
And build the algorithm realization of comprehensive index assessment model.
Further, when carrying out estimation of stability in the 3rd described step, built for farmland by what is built in the first step
If the database system of the automation data arithmetic system of Project Areas preferably automatedization evaluation and test, directly reads evaluation index
Collection, the method for interacting exploitation by Arcengine and .net language after reading are realized to being determined using Subjective-objective Combination enabling legislation
The algorithm of the weight and structure evaluation model of ideal point and natural breakpoint method of evaluation index is realized.
Further, in the 3rd described step, Adaptability Evaluation and estimation of stability operation are concretely comprised the following steps：
（1）Build assessment indicator system：
Evaluation points are chosen：Data set is defined, using SQL statement connection system background data base, selects evaluation points to generate new
Data set；
Evaluation index is calculated：Calculating process is realized using C# .NET language, the evaluation index for calculating is generated into new data set
Warehouse-in；
（2）Suitability evaluation criterion：Newly-generated data set is read using pointer, then data set utilization is write
Standardisation process carry out the process of suitability evaluation criterionization, and new standardized data collection is put in storage；
（3）Suitability evaluation index weights assignment；
（4）Comprehensive evaluation model is chosen：Connection sql data bases, choose the evaluation model in storehouse according to actual result；
（5）Suitability evaluation is classified：Comprehensive evaluation result is read, and suitability evaluation classification is carried out using nature breakpoint method.
Further, in the 3rd described step, ground class dividing elements and administration cell are divided and are concretely comprised the following steps：
（1）Each item area map in farmland to be evaluated is first loaded into, and says each item area map in farmland to be evaluated for base
In the automation data arithmetic system of this farmland construction Project Areas preferably automatedization evaluation and test, component layer is preserved temporarily, Ran Houyou
Whether automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization judges current map content
For sky, if it is empty, the automation data arithmetic system homepage for the evaluation and test of capital farmland construction Project Areas preferably automatedization is returned,
Next step is carried out otherwise；
（2）The original data source of association second step collection selects to evaluate in the figure layer of current farmland item area map place to be evaluated
Hold；
（3）By the automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization to current layer
Each related data carries out computing screening, and obtains unique value according to figure layer data field；
（4）The item area cartographic evaluation value in farmland to be evaluated corresponding to the current layer is derived, is then reverted to（1）Step
In, carry out other item area map datum in farmland to be evaluated and process, and it is until preferred for capital farmland construction Project Areas
In the automation data arithmetic system of automatization's evaluation and test, the item area map datum in farmland all to be evaluated of typing is processed and is completed
After terminate the operation；
（5）Will（4）The item area cartographic evaluation value in farmland each to be evaluated for obtaining is respectively divided into separate evaluation unit, and
Say that evaluation location contents is exported and standby.
Further, in the 4th described step, when carrying out the optimization classification of high standard basic farmland Project Areas, pass through
Arcengine and .net language carries out integrated realization to building coupling degree model using many algorithms, and according to its remittance
Overall result automatically determines high standard capital farmland construction complexity.
Data operation treatment effeciency of the present invention is high, and data handling procedure is considerable just, be affected by human factors it is little, so as to can
The accuracy and reliability of farmland project appraisal result are improved effectively, while can separately effectively reduce the labor that work is evaluated and tested in farmland
Fatigue resistance, job costs, while reaching the purpose for improving work efficiency, in addition, are also beneficial to farmland evaluation result data
Realize digitized conversion, preserve and transmit, reach improve the convenience of farmland evaluation result data exchange and storage, stability and
Reliability.
Description of the drawings
With reference to the accompanying drawings and detailed description describing the present invention in detail
Fig. 1：For the automation data arithmetic system structure chart of capital farmland construction Project Areas preferably automatedization evaluation and test；
Fig. 2：Suitability evaluation module workflow diagram；
Fig. 3：Estimation of stability workflow diagram；
Fig. 4：Project decision design process decision chart；
Fig. 5：High standard basic farmland Project Areas preferred flow charts of the present invention.
Specific embodiment
Technological means, creation characteristic, reached purpose and effect to make present invention realization is easy to understand, with reference to
Specific embodiment, is expanded on further the present invention.
As shown in Fig. 1-5, a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods, including it is as follows
Step：
The first step, builds optimization evaluating system, constructs in computer systems first excellent for capital farmland construction Project Areas
Select the automation data arithmetic system stand-by of automatization's evaluation and test, the system be based on Arcengine secondary development and
.net the interactive exploitation of language is formed, and builds the database system based on SQL platforms；
Second step, raw data acquisition, it is first determined farmland item area to be evaluated, then respectively by on-site data gathering,
Government administration section data of literatures and survey region Land_use change change data, survey region land control planning and its number
According to storehouse, survey region dem data, survey region overall plan for land use and its data base, survey region Farmland Grading into
Really, each relevant evaluation meter in the range of farmland item area to be evaluated is obtained in terms of second soil survey information of survey region three
Supplemental characteristic is calculated, in the optimization evaluating system that then Various types of data for collecting is separately input to constructed by the first step, and root
Classification storage is carried out to each data of typing according to data type；
3rd step, project appraisal classification, the relevant evaluation of the farmland item area to be evaluated being entered into according to second step in system
Calculating parameter data, calculate ginseng to the relevant evaluation of farmland item area to be evaluated using the optimization evaluating system that the first step builds
Number data carry out calculation process, and realization carries out Adaptability Evaluation and estimation of stability operation to farmland item area to be evaluated, its
During middle Adaptability Evaluation, two are carried out to the farmland item area to be evaluated determined in the first step according to administration cell and ground class unit
Level is divided, wherein class dividing elements when, according to being divided for basic farmland institute possession class, wherein Adaptability Evaluation and surely
Qualitative evaluation operation is concretely comprised the following steps：
（1）Build assessment indicator system：
Evaluation points are chosen：Data set is defined, using SQL statement connection system background data base, selects evaluation points to generate new
Data set；
Evaluation index is calculated：Calculating process is realized using C# .NET language, the evaluation index for calculating is generated into new data set
Warehouse-in；
（2）Suitability evaluation criterion：Newly-generated data set is read using pointer, then data set utilization is write
Standardisation process carry out the process of suitability evaluation criterionization, and new standardized data collection is put in storage；
（3）Suitability evaluation index weights assignment；
（4）Comprehensive evaluation model is chosen：Connection sql data bases, choose the evaluation model in storehouse according to actual result；
（5）Suitability evaluation is classified：Comprehensive evaluation result is read, and suitability evaluation classification is carried out using nature breakpoint method；
Ground class dividing elements and administration cell are divided and are concretely comprised the following steps：
（1）Each item area map in farmland to be evaluated is first loaded into, and says each item area map in farmland to be evaluated for base
In the automation data arithmetic system of this farmland construction Project Areas preferably automatedization evaluation and test, component layer is preserved temporarily, Ran Houyou
Whether automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization judges current map content
For sky, if it is empty, the automation data arithmetic system homepage for the evaluation and test of capital farmland construction Project Areas preferably automatedization is returned,
Next step is carried out otherwise；
（2）The original data source of association second step collection selects to evaluate in the figure layer of current farmland item area map place to be evaluated
Hold；
（3）By the automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization to current layer
Each related data carries out computing screening, and obtains unique value according to figure layer data field；
（4）The item area cartographic evaluation value in farmland to be evaluated corresponding to the current layer is derived, is then reverted to（1）Step
In, carry out other item area map datum in farmland to be evaluated and process, and it is until preferred for capital farmland construction Project Areas
In the automation data arithmetic system of automatization's evaluation and test, the item area map datum in farmland all to be evaluated of typing is processed and is completed
After terminate the operation；
（5）Will（4）The item area cartographic evaluation value in farmland each to be evaluated for obtaining is respectively divided into separate evaluation unit, and
Say that evaluation location contents is exported and standby；
4th step, high standard basic farmland Project Areas optimization classification, according to the mutual evaluating data that the 3rd step computing draws, to ginseng
With the projects evaluated successively according to coupling degree, couple develop in harmony type and high standard capital farmland construction complexity
Evaluated and tested, and finally drawn high standard basic farmland Project Areas optimization classification concrete outcome, carried out high standard basic farmland
During the optimization classification of Project Areas, carried out to building coupling degree model using many algorithms by Arcengine and .net language
Integration is realized, and automatically determines high standard capital farmland construction complexity according to its summarized results.
In the present embodiment, in the 3rd described step when data operation is carried out, built in the first step passed through by operator
The report control platform of automation data arithmetic system for the evaluation and test of farmland construction Project Areas preferably automatedization directly operated,
By building in the first step it is
The database system that carries of system, directly reads evaluation indice, selects taken evaluation index, afterwards using Arcengine with
.net language realizes the weight of the evaluation index determined to the Evaluation formula combined with entropy assessment using analytic hierarchy process (AHP)
And build the algorithm realization of comprehensive index assessment model.
In the present embodiment, when carrying out estimation of stability in the 3rd described step, by building in the first step for farmland
The database system of the automation data arithmetic system of construction project area preferably automatedization evaluation and test, directly reads evaluation index
Collection, the method for interacting exploitation by Arcengine and .net language after reading are realized to being determined using Subjective-objective Combination enabling legislation
The algorithm of the weight and structure evaluation model of ideal point and natural breakpoint method of evaluation index is realized.
Data operation treatment effeciency of the present invention is high, and data handling procedure is considerable just, be affected by human factors it is little, so as to can
The accuracy and reliability of farmland project appraisal result are improved effectively, while can separately effectively reduce the labor that work is evaluated and tested in farmland
Fatigue resistance, job costs, while reaching the purpose for improving work efficiency, in addition, are also beneficial to farmland evaluation result data
Realize digitized conversion, preserve and transmit, reach improve the convenience of farmland evaluation result data exchange and storage, stability and
Reliability.
It should be understood by those skilled in the art that, the present invention is not restricted to the described embodiments, above-described embodiment and explanation
Merely illustrating the principles of the invention described in book, without departing from the spirit and scope of the present invention, the present invention also has
Various changes and modifications, these changes and improvements are both fallen within scope of the claimed invention.The claimed scope of the invention
By appending claims and its equivalent thereof.
Claims (7)
1. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods, it is characterised in that described high standard
Capital farmland construction Project Areas preferably automatedization computational methods comprise the steps：
The first step, builds optimization evaluating system, constructs in computer systems first excellent for capital farmland construction Project Areas
Select the automation data arithmetic system stand-by of automatization's evaluation and test；
Second step, raw data acquisition, it is first determined farmland item area to be evaluated, then respectively by on-site data gathering,
Government administration section data of literatures and survey region Land_use change change data, survey region land control planning and its number
According to storehouse, survey region dem data, survey region overall plan for land use and its data base, survey region Farmland Grading into
Really, each relevant evaluation meter in the range of farmland item area to be evaluated is obtained in terms of second soil survey information of survey region three
Supplemental characteristic is calculated, in the optimization evaluating system that then Various types of data for collecting is separately input to constructed by the first step, and root
Classification storage is carried out to each data of typing according to data type；
3rd step, project appraisal classification, the relevant evaluation of the farmland item area to be evaluated being entered into according to second step in system
Calculating parameter data, calculate ginseng to the relevant evaluation of farmland item area to be evaluated using the optimization evaluating system that the first step builds
Number data carry out calculation process, and realization carries out Adaptability Evaluation and estimation of stability operation to farmland item area to be evaluated, its
During middle Adaptability Evaluation, two are carried out to the farmland item area to be evaluated determined in the first step according to administration cell and ground class unit
Level is divided, wherein class dividing elements when, according to being divided for basic farmland institute possession class；
4th step, high standard basic farmland Project Areas optimization classification, according to the mutual evaluating data that the 3rd step computing draws, to ginseng
With the projects evaluated successively according to coupling degree, couple develop in harmony type and high standard capital farmland construction complexity
Evaluated and tested, and finally drawn high standard basic farmland Project Areas optimization classification concrete outcome.
2. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, the automation data computing system for the evaluation and test of farmland construction Project Areas preferably automatedization built in the described first step
System is to be formed based on the interactive exploitation of Arcengine secondary development and .net language, and builds the system background based on SQL platforms
Data base.
3. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, in the 3rd described step when data operation is carried out, what is built in the first step passed through by operator builds for farmland
If the report control platform of the automation data arithmetic system of Project Areas preferably automatedization evaluation and test is directly operated, by the first step
The system carried by system for the automation data arithmetic system of farmland construction Project Areas preferably automatedization evaluation and test for building
Background data base, directly reads evaluation indice, selects taken evaluation index, is realized using Arcengine and .net language afterwards
The weight and structure of the evaluation index determined to the Evaluation formula combined with entropy assessment using analytic hierarchy process (AHP) is comprehensive
The algorithm of index assessment model is realized.
4. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, it is when carrying out estimation of stability in the 3rd described step, excellent for farmland construction Project Areas by building in the first step
The database system of the automation data arithmetic system of automatization's evaluation and test is selected, evaluation indice is directly read, is led to after reading
The method for crossing the interaction exploitation of Arcengine and .net language realizes the power to evaluation index is determined using Subjective-objective Combination enabling legislation
The algorithm of weight and structure evaluation model of ideal point and natural breakpoint method is realized.
5. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, Adaptability Evaluation and estimation of stability operation concretely comprises the following steps in the 3rd described step：
（1）Build assessment indicator system：
Evaluation points are chosen：Data set is defined, using SQL statement connection system background data base, selects evaluation points to generate new
Data set；
Evaluation index is calculated：Calculating process is realized using C# .NET language, the evaluation index for calculating is generated into new data set
Warehouse-in；
（2）Suitability evaluation criterion：Newly-generated data set is read using pointer, then data set utilization is write
Standardisation process carry out the process of suitability evaluation criterionization, and new standardized data collection is put in storage；
（3）Suitability evaluation index weights assignment；
（4）Comprehensive evaluation model is chosen：Connection sql data bases, choose the evaluation model in storehouse according to actual result；
（5）Suitability evaluation is classified：Comprehensive evaluation result is read, and suitability evaluation classification is carried out using nature breakpoint method.
6. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, in the 3rd described step, ground class dividing elements and administration cell are divided and concretely comprised the following steps：
（1）Each item area map in farmland to be evaluated is first loaded into, and says each item area map in farmland to be evaluated for base
In the automation data arithmetic system of this farmland construction Project Areas preferably automatedization evaluation and test, component layer is preserved temporarily, Ran Houyou
Whether automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization judges current map content
For sky, if it is empty, the automation data arithmetic system homepage for the evaluation and test of capital farmland construction Project Areas preferably automatedization is returned,
Next step is carried out otherwise；
（2）The original data source of association second step collection selects to evaluate in the figure layer of current farmland item area map place to be evaluated
Hold；
（3）By the automation data arithmetic system for the evaluation and test of capital farmland construction Project Areas preferably automatedization to current layer
Each related data carries out computing screening, and obtains unique value according to figure layer data field；
（4）The item area cartographic evaluation value in farmland to be evaluated corresponding to the current layer is derived, is then reverted to（1）Step
In, carry out other item area map datum in farmland to be evaluated and process, and it is until preferred for capital farmland construction Project Areas
In the automation data arithmetic system of automatization's evaluation and test, the item area map datum in farmland all to be evaluated of typing is processed and is completed
After terminate the operation；
（5）Will（4）The item area cartographic evaluation value in farmland each to be evaluated for obtaining is respectively divided into separate evaluation unit, and
Say that evaluation location contents is exported and standby.
7. a kind of high standard capital farmland construction Project Areas preferably automatedization computational methods according to claim 1, which is special
Levy and be, in the 4th described step, when carrying out the optimization classification of high standard basic farmland Project Areas, by Arcengine and .net
Language carries out integrated realization to building coupling degree model using many algorithms, and automatically determines height according to its summarized results
Standard capital farmland construction complexity.
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| CN110298520A (en) * | 2018-03-21 | 2019-10-01 | 重庆师范大学 | A kind of farmland construction difficulty determines method |
| CN110503283A (en) * | 2018-05-18 | 2019-11-26 | 重庆师范大学 | A kind of appraisal procedure of the comprehensive effect of county domain high standard capital farmland construction |
| CN112907088A (en) * | 2021-03-03 | 2021-06-04 | 杭州诚智天扬科技有限公司 | Parameter adjustment method and system of score clearing model |
| CN113361899A (en) * | 2021-06-01 | 2021-09-07 | 中煤航测遥感集团有限公司 | Farmland planning processing method and device, electronic equipment and readable storage medium |
| CN116342072A (en) * | 2023-05-22 | 2023-06-27 | 四川华恒升科技发展有限公司 | High-standard farmland construction project design system and method based on artificial intelligence |
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| CN110503283A (en) * | 2018-05-18 | 2019-11-26 | 重庆师范大学 | A kind of appraisal procedure of the comprehensive effect of county domain high standard capital farmland construction |
| CN112907088A (en) * | 2021-03-03 | 2021-06-04 | 杭州诚智天扬科技有限公司 | Parameter adjustment method and system of score clearing model |
| CN112907088B (en) * | 2021-03-03 | 2024-03-08 | 杭州诚智天扬科技有限公司 | Parameter adjustment method and system for score-clearing model |
| CN113361899A (en) * | 2021-06-01 | 2021-09-07 | 中煤航测遥感集团有限公司 | Farmland planning processing method and device, electronic equipment and readable storage medium |
| CN116342072A (en) * | 2023-05-22 | 2023-06-27 | 四川华恒升科技发展有限公司 | High-standard farmland construction project design system and method based on artificial intelligence |
| CN116342072B (en) * | 2023-05-22 | 2023-08-08 | 四川华恒升科技发展有限公司 | High-standard farmland construction project design system and method based on artificial intelligence |
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