Abstract
Huizhou architecture is the most important Chinese ancient architecture. Being a traditional architecture, Huizhou architecture has always maintained a unique artistic style of elegance, simplicity, richness, and integration. Huizhou landscape is an essential embodiment of Huizhou culture. The landscape and pattern of Huizhou villages are the external manifestations of Huizhou culture symbols. This architecture needs to be preserved using multimedia technology and geographic information system. This paper uses these systems to extract the landscape image and develop three-dimensional Huizhou village’s modeling methods with automation, high efficiency, and low cost. It has realized the functions of landscape information query, high-dimensional measurement, terrain analysis, visibility analysis, and virtual roaming of Huipai village. This modeling has specific promotion effects on landscape spatial analysis, landscape planning, ecological protection, natural and cultural inheritance, and tourism development.
Highlights
Introduction eHuizhou village landscape is a multifunctional socialized landscape carrier composed of the human landscape and natural landscape formed in a specific time and space environment
In viewing point reconstruction techniques (VPRT), the 3D image is reconstructed by extracting one pixel from each corresponding elemental image of the lenslet array [10]. is paper uses multimedia technology and geographic information system to extract the landscape image and develop three-dimensional modeling methods of Huizhou villages with automation, high efficiency, and low cost. It has realized the functions of landscape information query, high-dimensional measurement, terrain analysis, visibility analysis, and virtual roaming of Huipai village
Multimedia attribute information can be collected in various ways, including text, photos, graphics, audio, video, and animation, and this information is checked, organized, and processed. e rich data types of multimedia geographic information systems, integrating sound, image, picture, and text, are necessary to integrate database technology and multimedia technology
Summary
Up some conclusions and offers some suggestions as to future research topics [12]. 2. 2. Overview and Development of Multimedia Technology and Geographic Information Systems. Multimedia technology uses computers to comprehensively process text, graphics, images, sounds, animations, videos, and other types of information to establish logical relationships and human-computer interaction. Multimedia attribute information can be collected in various ways, including text, photos, graphics, audio, video, and animation, and this information is checked, organized, and processed. E rich data types of multimedia geographic information systems, integrating sound, image, picture, and text, are necessary to integrate database technology and multimedia technology. Conventional database access is generally more detailed information such as text, numbers, and dates For multimedia information such as images, sounds, movies, and the like, the database cannot be directly accessed due to the field type’s limitation [24]. If the unknown parameters are unchanged, there is a parametric equation
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