CN113191472A - Method for constructing and identifying spatial development code pattern map of villages and towns, scanning module and storage medium - Google Patents
Method for constructing and identifying spatial development code pattern map of villages and towns, scanning module and storage medium Download PDFInfo
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Abstract
The invention relates to a method for constructing and identifying a spatial development code pattern map of a village and town community, a scanning module and a storage medium, belonging to the technical field of urban and rural planning and comprising the following steps: acquiring historical annual data of a target area; the method comprises the following steps of (1) classifying into a production catalog, an ecological catalog and a living catalog; drawing the data of each level of subdirectories in a square two-dimensional frame by closed feature symbols, and connecting the associated subdirectories by solid lines; converting the attributes of the villages and the towns into two-dimensional codes, and drawing the two-dimensional codes in a square two-dimensional frame to form a village and town community space development code-shape map; constructing a nationwide village and town community space development code-pattern atlas set; and scanning the village and town community space development code pattern atlas and the two-dimensional code to obtain village and town community information of the target area in the (n-i) th year, and scanning and comparing at least two target areas to obtain a similar development rule. The method can map the village and town community information, perform mapping comparison and information extraction, and can accurately find out similar laws of village and town development.
Description
Technical Field
The invention relates to the field of urban and rural planning, in particular to a method for constructing a spatial development code pattern map of a village community and an application thereof.
Background
The urban and rural planning is an important basis for urban and rural construction space layout, resource environment and historical culture protection and human living environment improvement, and is an important means for realizing comprehensive sustainable development of economic society in urban and rural areas. Scientific data identification and development rule classification of village and town community development can effectively promote novel urbanization construction, promote the formulation of village and town space development direction and political policy, are key problems of village and town community space development, are restricted by multiple factors such as regional nature, cultural structure and economic conditions, and are always a complex and difficult-to-solve nonlinear composite action process. Along with the rapid development of the community space of the villages and towns, contradictions between different development directions and optimization targets are increasingly prominent, and how to determine a scientific and reasonable village and towns community space development state identification method and a plurality of village and towns community space development rules under different time and space in the future to realize scientific intervention of the village and towns community space development directions is a key problem which needs to be solved urgently in the field of urban and rural planning at present.
The traditional method for obtaining the spatial development law of the villages and towns depending on remote sensing data and field visit consumes a large amount of manpower and material resources, and the village and towns under different time and space are difficult to transversely compare, so that the workload is large, and the spatial development law of the villages and towns is difficult to accurately obtain; the analysis of the village and town community space development rule is limited to one or more aspects, the hierarchy and the relevance of the village and town system space planning are ignored, the problem of obvious direction ambiguity exists, and the practical guiding significance for the village and town space development planning construction is small.
Disclosure of Invention
In order to solve the problems, the invention provides a method for constructing and identifying a code-shaped map of village and town community space development, a scanning module and a storage medium, wherein the code-shaped map is adopted to construct and identify village and town community development data in different time and space, scientific and reasonable data identification and development rule extraction analysis are systematically and scientifically provided for village and town space development, and theoretical guidance is provided for urban and rural development optimization configuration.
The technical scheme adopted by the invention is that the method for constructing and identifying the spatial development code pattern atlas of the villages and small towns is characterized by comprising the following steps,
step 1, acquiring annual data of the development history of the space of villages and towns in a target area, setting the year to be the nth year, the next year to be the (n + 1) th year, the last year to be the (n-1) th year, and so on, wherein the (n-i) th year is the current year of the history before the i year, n and i are integers more than or equal to 1, and i is less than n;
step 4, drawing the subdirectory data of each level of the production directory, the living directory and the ecological directory in a square two-dimensional frame in a form of closed characteristic symbols; connecting the sub-directories of different levels in the square two-dimensional frame, which are related to each other, by using a solid line; converting the names, the positions, the administrative membership, the postcodes and the real-time of village and town communities in the target area into two-dimensional codes, and drawing the two-dimensional code graphs in the square two-dimensional frame to obtain the spatial development code-shape atlas of the village and town communities in the nth-i year of the target area;
step 5, constructing the village and town community space development code pattern atlas from the (n-i + 1) th year to the nth year of the target area according to the steps from the step 1 to the step 4;
step 6, according to the method of the step 1 to the step 5, building the village and town community space development code pattern atlas from the nth-i year to the nth year of each region in the country, and building a nationwide village and town space code pattern atlas;
step 7, scanning the village and town community space development code-shape atlas of the target area by a scanning device to obtain village and town community information of the target area in the nth-i year, wherein the village and town community information comprises graphical information of production, ecology, industrial structure in life, ecosystem composition, living facility perfection degree and habitability of corresponding village and town communities, and scanning the two-dimensional codes in the village and town community space development code-shape atlas to obtain village and town community names, positions, administrative membership, postal codes and real-time corresponding to the village and town community space development code-shape atlas;
and 8, sequentially scanning at least two village and town community space development code-shape maps, and carrying out classification comparison on at least two target areas corresponding to the village and town community space development code-shape maps to obtain a development similarity rule of the target areas. And carrying out information identification, extraction and comparison on the development code pattern maps of the at least two scanned village and town community spaces, and inducing the difference and similarity of the development of the at least two village and town community spaces.
Further, the first-level classification for classifying the production catalog, the living catalog and the ecological catalog step by step is that the production catalog is divided into three types of tree-shaped subdirectories including a first-product catalog, a second-product catalog and a third-product catalog according to an industrial structure, the first-product catalog is an industry for producing agricultural land, the second-product catalog is an industry for constructing and producing industrial and mining land, and the third-product catalog is an industry related to service industry; the living directory is divided into six sub-directories of a residential directory, a tourism and entertainment directory, a cultural and sports directory, a transportation and trip directory, a daily service directory and an infrastructure directory according to living function requirements; the ecological directory is divided into two types of subdirectories, namely a natural ecological directory and an artificial ecological directory according to a forming mode.
Specifically, the agricultural first-yield catalogue is divided into the following categories according to agricultural product types and production modes: seven subdirectories of a field planting catalogue, a facility greenhouse catalogue, an animal husbandry catalogue, a fruit tree forestry catalogue, an aquaculture catalogue, a fishery fishing catalogue and an edible fungus catalogue; the agricultural second-generation catalog is divided into seven subdirectories of a wood processing catalog, a building construction catalog, a mining processing catalog, a food processing catalog, an industrial manufacturing catalog, a seedling breeding catalog and a feed processing catalog according to agricultural production purposes; the three-yield map is divided into four subdirectories, namely an agricultural material sales directory, a storage service directory, a logistics transportation directory and a farmland service directory according to agricultural production application; the artificial ecological directory is divided into six subdirectories of an artificial forest directory, an ecological park directory, an artificial canal directory, a green belt directory, a reservoir directory and a dune directory according to the ecological form, and the natural ecological map is divided into eight subdirectories of a sand directory, a grassland directory, a wetland directory, a forest directory, a river directory, a mountain directory, a beach directory and a lake directory according to the ecological form; the tourism and entertainment map is divided into three subdirectories of a scenic spot directory, a square park directory and a cinema KTV directory according to the use form, the cultural education directory is divided into three subdirectories of a middle school and primary school directory, an activity center directory and a temple church map according to the use form, the transportation trip directory is divided into three subdirectories of a route station directory, a road network density directory and a traffic vehicle map according to the transportation mode, the daily service directory is divided into four subdirectories of a postal express directory, a hairdressing directory, a catering and lodging directory and a supermarket store directory according to the use form, and the infrastructure directory is divided into four subdirectories of a water supply and power supply directory, a gas heating directory, a sewage treatment directory and a wireless broadband directory according to the use form. And further classifying the subdirectories of each level on the basis of the classification to obtain the subdirectories of multiple levels.
Furthermore, the inside of the village and town community space development code-shape graph is composed of the closed characteristic symbols and the connecting lines, three directories of production, ecology and life are used as starting points, each subdirectory is provided with the corresponding closed characteristic symbol at a fixed position, the position of each type of closed characteristic symbol and the position of the connecting lines are fixed in all the village and town community code-shape graphs, the closed characteristic symbols are filled with colors, the solid characteristic symbols are used for indicating that corresponding subdirectory information exists in the local place for a long time, the connecting lines between the closed characteristic symbols and the superior subdirectories are solid lines, the semi-filled characteristic symbols are used for indicating that temporary or seasonal existence exists, uncertainty exists, and the connecting lines between the closed characteristic symbols and the superior subdirectories are dotted lines; the hollow characteristic symbols are used for indicating that the corresponding subdirectory information history exists once but does not exist at present, and connecting lines do not exist between the subdirectories; and the solid line connecting lines of the sub-directories which are mutually associated at different levels in the square two-dimensional frame are divided into thick lines, medium lines and thin lines according to the thickness degree, the thick lines represent that lower sub-directories in the two connected sub-directories occupy important weight in the target area, the medium lines represent that lower sub-directories in the two connected sub-directories occupy secondary weight in the target area, and the thin lines represent that lower sub-directories in the connected sub-directories occupy small weight in the target area.
Temporary or seasonal presence means that in the annual cycle, it is present only in a certain or some specific time periods, and other time periods are not present, such as a bee-keeping subdirectory, a geological disaster subdirectory, a construction project subdirectory, a temporary house subdirectory, etc.;
further, the area of the village and town community space development code pattern map is divided into a first area, a second area, a third area and a fourth area, wherein the first area is the production catalog information; the second area is the ecological directory information; the three areas are the living directory information; the four areas are two-dimensional code areas.
Preferably, the two-dimensional code area is positioned at the right lower part of the village and town community space development code pattern map.
Further, the target areas corresponding to the code pattern maps developed by the village and town community spaces may be at least two target areas in the same space and at different times, or at least two target areas in the same time and different spaces, or at least two target areas in different times and different spaces.
In another aspect of the invention, a village and town community space development code pattern atlas scanning module is provided, which comprises an identification module, a comparison module and an analysis module;
the identification module is used for identifying the village and town community space development code pattern map of the target area to obtain village and town community place names, positions, administrative membership, postcodes and real-time of the target area corresponding to the village and town community space development map;
the comparison module is used for identifying and comparing the same information or similar information in the village and town community space development code pattern maps of the at least two target areas;
the analysis module is used for analyzing the same information or similar information in the code-shape maps of the space development of the at least two target village and town communities and obtaining the development paths or similar rules of the at least two target village and town communities.
In another aspect of the present invention, a storage medium is provided, where a computer program or a cloud storage program is stored, and when the computer program or the cloud storage program is executed by a processor, the steps of constructing and identifying the code shape graph of the village and town community space development are realized.
In another aspect of the present invention, an apparatus is provided, which when executing the computer program or the cloud storage program, implements the steps of constructing and identifying the code-shape graph of the village and town community space development.
The invention has the beneficial effects that:
1. the method comprises the steps of carrying out code-shape mapping on village and town space development form information, and establishing a method means for rapidly obtaining village and town space development information of a corresponding area by scanning a code-shape map;
2. the comprehensive information of the spatial development of the villages and the towns is finely contained based on the omnibearing classification and refinement of the spatial development production, ecology and life of the villages and the towns, and the scheme of exploring the spatial development rule of the villages and the towns based on one aspect or only a few aspects in the traditional technology is served;
3. the development rules of a plurality of village and town community spaces are extracted under different development time and space, the correlation of the development rules is analyzed, and scientific technical means are provided for the field of urban and rural planning and development.
Drawings
FIG. 1 is a schematic flow chart of a method for constructing a code pattern map based on the spatial development of villages and towns communities according to the present invention;
FIG. 2 is a classification of spatial development data of villages and small towns as root directory according to three aspects of production, ecology and life;
FIG. 3 is a XX village and town community space development code pattern map.
Detailed Description
The present invention will be described in further detail with reference to the accompanying drawings and examples for the purpose of facilitating understanding and practicing the invention by those skilled in the art, it being understood that the examples described herein are for the purpose of illustration and explanation only and are not intended to limit the invention.
The invention provides a method for constructing a spatial development code pattern map of a village community, which is characterized by comprising the following steps of:
s100, acquiring annual data of spatial development history of villages and towns in an XX area, setting that the year is the nth year, the next year is the (n + 1) th year, the last year is the (n-1) th year, and so on, wherein the (n-i) th year is the current year of history before the current i year, n and i are integers more than or equal to 1, and i is less than n;
s200, selecting spatial development data of villages and towns in the n-i year of the XX area, classifying the spatial development data as root directories according to three aspects of production, ecology and life, and dividing the spatial development data into a production directory 110, an ecology directory 210 and a life directory 310;
s300, classifying the production directory, the living directory and the ecological directory step by step, and establishing a multi-level subdirectory respectively taking the production directory, the ecological directory and the living directory as root directories;
the first-level classification for classifying the production directory 110, the ecological directory 210 and the living directory 310 step by step is that the production directory 110 is divided into three types of tree-shaped subdirectories of first-product, second-product and third-product according to the industrial structure, wherein the first product is the industry for producing in the agricultural land, the second product is the industry for constructing and producing in the industrial and mining land, and the third product is the industry related to the service industry; the living directory 310 is divided into six sub-directories, namely a residential directory, a travel entertainment directory, a cultural sports directory, a trip directory, a daily service directory and an infrastructure directory according to living function requirements; the ecological directory 210 is divided into two categories of subdirectories, a natural ecological directory and an artificial ecological directory, according to a formation manner. For example, the classification scheme shown in fig. 2.
The agricultural first-yield catalogue is divided into the following categories according to agricultural product types and production modes: seven subdirectories of a field planting catalogue, a facility greenhouse catalogue, an animal husbandry catalogue, a fruit tree forestry catalogue, an aquaculture catalogue, a fishery fishing catalogue and an edible fungus catalogue; the agricultural second-generation catalog is divided into seven subdirectories of a wood processing catalog, a building construction catalog, a mining processing catalog, a food processing catalog, an industrial manufacturing catalog, a seedling breeding catalog and a feed processing catalog according to agricultural production purposes; the three-product map is divided into four subdirectories, namely an agricultural material sales directory, a storage service directory, a logistics transportation directory and a farmland service directory according to agricultural production application; the artificial ecological directory is divided into six subdirectories of an artificial forest directory, an ecological park directory, an artificial canal directory, a green belt directory, a reservoir directory and a soil dune directory according to the ecological form, and the natural ecological map is divided into eight subdirectories of a sand directory, a grassland directory, a wetland directory, a forest directory, a river directory, a mountain directory, a beach directory and a lake directory according to the ecological form; the tourism and entertainment directory is divided into three subdirectories of scenic spot directory, plaza park directory and cinema KTV directory according to the use form, the cultural education directory is divided into three subdirectories of middle and primary school directory, activity center directory and temple church directory according to the use form, the traffic trip directory is divided into three subdirectories of line station directory, road network density directory and traffic vehicle directory according to the traffic form, the daily service directory is divided into four subdirectories of express directory, hairdressing directory, catering and accommodation directory and supermarket store directory according to the use, and the infrastructure directory is divided into four subdirectories of water supply and power supply directory, gas heating directory, sewage treatment directory and wireless broadband directory according to the use form. On the basis of the division, subdirectories of each level are further divided.
S400, respectively drawing the subdirectory data of each level of the three categories of the production directory 110, the ecological directory 210 and the living directory 310 in a square two-dimensional frame in a closed characteristic symbol mode; connecting the sub-directories of different levels in the square two-dimensional frame, which are related to each other, by using a solid line; converting the names, the positions, the administrative membership, the postcodes and the real-time of village and town communities in the target area into two-dimensional codes, and drawing the two-dimensional code graphs in the square two-dimensional frame to obtain the spatial development code-shape atlas of the village and town communities in the nth-i year of the target area;
fig. 3 is a spatial development map of XX village and town community, as shown in the figure, the inside of the spatial development code map of the village and town community is composed of the closed characteristic symbol 010 and the connecting line 020, three directories of production, ecology and life are used as starting points, each subdirectory has the corresponding closed characteristic symbol 010 at a fixed position, the position of each type of closed characteristic symbol 010 and the position of the connecting line 020 are fixed in all the code maps of the village and town community, the closed characteristic symbols are filled with colors, the solid characteristic symbol 011 represents that corresponding subdirectory information exists locally for a long time, the connecting line between the subdirectory and an upper level is a solid line 021, the half-filled characteristic symbol 012 represents that temporary or seasonal exists, uncertainty exists, and the connecting line between the subdirectory and the upper level is a dotted line 022; the hollow characteristic symbol 013 indicates that the corresponding subdirectory information history exists once but does not exist currently, and a connecting line does not exist between the subdirectories; the subdirectory solid line connecting lines which are mutually associated at different levels in the square two-dimensional frame are divided into a thick line 0211, a medium line 0212 and a thin line 0213 according to the thickness degree, the thick line 0211 represents that lower subdirectories in the two connected subdirectories occupy important weight in the target area, the medium line 0212 represents that lower subdirectories in the two connected subdirectories occupy secondary weight in the target area, and the thin line 0213 represents that lower subdirectories in the connected subdirectories occupy small proportion in the target area.
The area of the village and town community space development code pattern map is divided into a first area 1, a second area 2, a third area 3 and a fourth area 4, wherein the first area is production catalogue information; the second zone 2 is ecological directory information; three areas 3 are life directory information; four zones 4 are two-dimensional code zones
The two-dimensional code area is preferably positioned at the right lower part of the village and town community space development code pattern map.
S500, constructing a village and town community space development code pattern map of a target area from the (n-i + 1) th year to the nth year according to the steps of S100-S400;
s600, according to the steps of S100-S500, building the village and town community space development code pattern atlas from n-i year to n year of each region in the country, and building a nationwide village and town space code pattern atlas;
s700, scanning the village and town community space development code-shaped map of the target area by a scanning device to obtain village and town community information of the target area in the nth-i year, wherein the village and town community information comprises graphical information of production, ecology, industrial structure in life, ecosystem composition, living facility perfection degree and habitability of corresponding village and town communities, and scanning the two-dimensional codes in the village and town community space development code-shaped map to obtain village and town community names, positions, administrative membership, postal codes and real-time corresponding to the village and town community space development code-shaped map;
s800, scanning at least two village and town community space development code pattern maps in sequence, and carrying out classification comparison on at least two target areas corresponding to the village and town community space development code pattern maps to obtain a development similarity rule of the target areas.
And carrying out information identification, extraction and comparison on the development code pattern maps of the at least two scanned village and town community spaces, and inducing the difference and similarity of the development of the at least two village and town community spaces.
The target areas corresponding to the at least two village and town community space development code pattern maps can be at least two target areas in the same space and different time, or at least two target areas in the same time and different space, or at least two target areas in different time and different space.
In another aspect of this embodiment, a scanning module for a spatial development code pattern map of a village and town community is provided, which includes an identification module, a comparison module, and an analysis module,
the identification module is used for identifying the village and town community space development code pattern map of the target area to obtain village and town community place names, positions, administrative membership, postcodes and real-time of the target area corresponding to the village and town community space development map;
the comparison module is used for identifying and comparing the same information or similar information in the village and town community space development code pattern maps of the at least two target areas;
the analysis module is used for analyzing the same information or similar information in the code-shape maps of the space development of the at least two target village and town communities and obtaining the development paths or similar rules of the at least two target village and town communities.
In another aspect of the present embodiment, a storage medium is provided, where a computer program or a cloud storage program is stored, and when the computer program or the cloud storage program is executed by a processor, the steps of constructing and identifying the code shape graph of the village and town community space development are implemented.
In another aspect of the present embodiment, an apparatus is provided, which when executing the computer program or the cloud storage program, implements the steps of constructing and identifying the code-shape graph of the village and town community space development.
Claims (10)
1. A method for constructing and identifying a spatial development code-pattern atlas of a village and town community is characterized by comprising the following steps:
step 1, acquiring annual data of the development history of the space of villages and towns in a target area, setting that the year is the nth year, the next year is the (n + 1) th year, the last year is the (n-1) th year, and so on, wherein the (n-i) th year is the current year of the history before the i year, n and i are integers more than or equal to 1, and i is less than n;
step 2, selecting the spatial development data of the villages and towns in the (n-i) th year, classifying the spatial development data as root catalogs according to three aspects of production, ecology and life, and dividing the spatial development data into a production catalog, an ecology catalog and a life catalog;
step 3, classifying the production directory, the living directory and the ecological directory step by step, and establishing a multi-level subdirectory respectively taking the production directory, the ecological directory and the living directory as root directories;
step 4, drawing the subdirectory data of each level of the production directory, the living directory and the ecological directory in a square two-dimensional frame in a form of closed characteristic symbols; connecting the sub-directories of different levels in the square two-dimensional frame, which are related to each other, by using a solid line; converting the names, the positions, the administrative membership, the postcodes and the real-time of village and town communities in the target area into two-dimensional codes, and drawing the two-dimensional code graphs in the square two-dimensional frame to obtain the spatial development code-shape atlas of the village and town communities in the nth-i year of the target area;
step 5, constructing the village and town community space development code pattern atlas from the (n-i + 1) th year to the nth year of the target area according to the steps from the step 1 to the step 4;
step 6, according to the steps from step 1 to step 5, building the village and town community space development code pattern atlas from n-i year to n year of each region in the country, and building a nationwide village and town space code pattern atlas;
step 7, scanning the village and town community space development code-shape atlas of the target area by a scanning device to obtain village and town community information of the target area in the nth-i year, wherein the village and town community information comprises graphical information of production, ecology, industrial structure in life, ecosystem composition, living facility perfection degree and habitability of corresponding village and town communities, and scanning the two-dimensional codes in the village and town community space development code-shape atlas to obtain village and town community names, positions, administrative membership, postal codes and real-time corresponding to the village and town community space development code-shape atlas;
and 8, sequentially scanning at least two village and town community space development code-shape maps, and carrying out classification comparison on at least two target areas corresponding to the village and town community space development code-shape maps to obtain a development similarity rule of the target areas.
2. And carrying out information identification, extraction and comparison on the development code pattern maps of the at least two scanned village and town community spaces, and inducing the difference and similarity of the development of the at least two village and town community spaces.
3. The method for constructing and identifying the code-pattern atlas for the community space development in villages and towns as claimed in claim 1, wherein the first-level classification for classifying the production directory, the living directory and the ecological directory step by step is that the production directory is divided into three types of tree-shaped subdirectories including a first-product directory, a second-product directory and a third-product directory according to an industrial structure, the first-product directory is an industry for producing agricultural land, the second-product directory is an industry for constructing and producing industrial and mining land, and the third-product directory is an industry related to service industry; the living directory is divided into six sub-directories of a residential directory, a tourism and entertainment directory, a cultural and sports directory, a transportation and trip directory, a daily service directory and an infrastructure directory according to living function requirements; the ecological directory is divided into two types of subdirectories, namely a natural ecological directory and an artificial ecological directory according to a forming mode.
4. The method for constructing and identifying the village and town community space development code-shape atlas as claimed in claim 1 or 2, wherein the inside of the village and town community space development code-shape atlas is composed of the closed characteristic symbols and the connecting lines, three catalogs for production, ecology and life are taken as starting points, each subdirectory has a corresponding closed characteristic symbol at a fixed position, the position of each type of closed characteristic symbol and the position of the connecting line are fixed in all the village and town community code-shape atlases, the closed characteristic symbols are filled with colors, the solid characteristic symbols represent that corresponding subdirectory information exists locally for a long time, the connecting lines between the subdirectories and an upper level are solid lines, the semi-filled characteristic symbols represent temporary or seasonal existence, uncertainty exists, and the connecting lines between the subdirectories and the upper level are broken lines; the hollow characteristic symbols are used for indicating that the corresponding subdirectory information history exists once but does not exist at present, and connecting lines do not exist between the subdirectories; and the solid line connecting lines of the sub-directories which are mutually associated at different levels in the square two-dimensional frame are divided into thick lines, medium lines and thin lines according to the thickness degree, the thick lines represent that lower sub-directories in the two connected sub-directories occupy important weight in the target area, the medium lines represent that lower sub-directories in the two connected sub-directories occupy secondary weight in the target area, and the thin lines represent that lower sub-directories in the connected sub-directories occupy small weight in the target area.
5. The method for constructing and identifying the code-shape atlas for the village and town community space development according to claim 3, wherein the area of the code-shape atlas for the village and town community space development is divided into a first area, a second area, a third area and a fourth area, wherein the first area is the production catalogue information; the second area is the ecological directory information; the three areas are the living directory information; the four areas are two-dimensional code areas.
6. The method for constructing and identifying the village and town community space development code-shape atlas as claimed in claim 4, wherein the two-dimensional code region is positioned at the lower right of the village and town community space development code-shape atlas.
7. The method for constructing and identifying a code-shape atlas for spatial development of villages and towns as claimed in claim 1, wherein the target areas corresponding to at least two code-shape atlases for spatial development of villages and towns may be at least two target areas in the same space and at different times, or at least two target areas in the same time and at different spaces, or at least two target areas in different times and at different spaces.
8. A village and town community space development code pattern atlas scanning module is characterized in that the scanning module comprises an identification module, a comparison module and an analysis module,
the identification module is used for identifying the village and town community space development code pattern map of the target area to obtain village and town community place names, positions, administrative membership, postcodes and real-time of the target area corresponding to the village and town community space development map;
the comparison module is used for identifying and comparing the same information or similar information in the village and town community space development code pattern maps of the at least two target areas;
the analysis module is used for analyzing the same information or similar information in the code-shape maps of the space development of the at least two target village and town communities and obtaining the development paths or similar rules of the at least two target village and town communities.
9. A storage medium having stored thereon a computer program or a cloud storage program, which when executed by a processor, performs the steps of the method of any one of claims 1, 3 to 7.
10. An apparatus arranged to perform the steps of the method of any one of claims 1 and 3 to 7 when executing the computer program of claim 9.
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6029165A (en) * | 1997-11-12 | 2000-02-22 | Arthur Andersen Llp | Search and retrieval information system and method |
| CN105761192A (en) * | 2016-02-19 | 2016-07-13 | 北京舜土国源信息技术有限公司 | Intelligent method and intelligent integrated system for village-town area land use planning |
| CN105931014A (en) * | 2016-04-13 | 2016-09-07 | 中国农业大学 | Gridding management service system and method for town community |
| CN106408202A (en) * | 2016-09-29 | 2017-02-15 | 山东建筑大学 | Integrated usefulness assessment method for key infrastructure in clustered towns |
| CN106447578A (en) * | 2016-09-29 | 2017-02-22 | 山东建筑大学 | Town cluster major infrastructure space effectiveness evaluation method |
| CN111984702A (en) * | 2020-08-17 | 2020-11-24 | 北京大学深圳研究生院 | Method, device, equipment and storage medium for analyzing spatial evolution of village and town settlement |
-
2021
- 2021-06-02 CN CN202110612006.4A patent/CN113191472B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US6029165A (en) * | 1997-11-12 | 2000-02-22 | Arthur Andersen Llp | Search and retrieval information system and method |
| CN105761192A (en) * | 2016-02-19 | 2016-07-13 | 北京舜土国源信息技术有限公司 | Intelligent method and intelligent integrated system for village-town area land use planning |
| CN105931014A (en) * | 2016-04-13 | 2016-09-07 | 中国农业大学 | Gridding management service system and method for town community |
| CN106408202A (en) * | 2016-09-29 | 2017-02-15 | 山东建筑大学 | Integrated usefulness assessment method for key infrastructure in clustered towns |
| CN106447578A (en) * | 2016-09-29 | 2017-02-22 | 山东建筑大学 | Town cluster major infrastructure space effectiveness evaluation method |
| CN111984702A (en) * | 2020-08-17 | 2020-11-24 | 北京大学深圳研究生院 | Method, device, equipment and storage medium for analyzing spatial evolution of village and town settlement |
Non-Patent Citations (3)
| Title |
|---|
| 张洪;孙雨茜;司家慧;: "基于知识图谱法的国际生态旅游研究分析", 自然资源学报, no. 02 * |
| 张贝贝;崔东旭: "济南历城区农村人居环境评价及对策研究", 2017中国城市规划年会 * |
| 王宏;崔东旭;: "基于健康需求特征的济南居住社区建成环境研究", 城市发展研究, no. 03 * |
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