Parameterized planning plot building model automatic generation system

Abstract

The invention relates to a parameterized planning plot building model automatic generation system. The system comprises a parameterized UI interface control module; a plot boundary and retreat module used for generating a retreat boundary according to the corresponding retreat red line distance; a road network generation module used for generating a road network; a plot division and classification module used for dividing and classifying the road blocks; a building matching and rectangular contour optimization module used for optimizing building matching and rectangular contours; a plot ratio control module used for controlling the plot ratio; a greening generation module used for generating greening; a technical and economic index calculation module used for calculating technical and economic indexes of plot planning; an investment estimation module; and an index floating window display module. According to the system, the plot planning building model is automatically generated, the urban planning process can be benefited from a more accurate data analysis result to a greater extent, and decision makers can apply more energy to the data analysis result by reducing artificial deviations and errors.

Description

technical field [0001] The invention relates to the technical field of building model generation for plot planning, in particular to a parameterized system for automatically generating building models for planning plots. Background technique [0002] At present, the automation of geocomputation technology is at the forefront of research and application. By assisting basic data management and processing, geocomputation technology can effectively mine the hidden patterns behind the data and provide reliable decision support. However, building, displaying, communicating and adding based on The 3D planning process of rule modeling is still a very complicated and difficult work. [0003] Geography has always been highly forward-looking in the development of algorithms that deal with large and complex data sets in a timely manner. The field of geography began to discuss parallel computing as early as the 1990s, and formed a subfield of geographic computing. According to Stan O. A...

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Problems solved by technology

[0002] At present, the automation of geocomputation technology is at the forefront of research and application. By assisting basic data management and processing, geocomputation technology can effectively mine the hidden patterns behind the data and provide reliable decision support. However, building, displaying, communicating and adding based on The 3D planning process of rule-based modeling is still a very complex and difficult task

[0003] Geography has always been highly forward-looking in the development of algorithms that deal with large and complex data sets in a timely manner. The field of geography began to discuss parallel computing as early as the 1990s, and formed a subfield of geographic computing. According to Stan O. According to Penshaw's definition, geocomputing means "the application of computational science paradigms to study various forms of geographical phenomena, including physical systems and anthropological systems". Parallel algorithms can greatly improve the efficiency of operations. However, even though Turton and Openshaw proposed the concept of "parallel thinking" in 1998, this concept has not yet received sufficient attention in the research field.

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