A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Optimization Design of Landscape Space Environment Based on Stereoscopic Imaging Technology
The so-called garden refers to the specific natural environment and recreational environment cultivated. In modern cities, the main forms of garden are generally parks and some protected areas, while the garden landscape generally refers to the trees, water bodies, buildings, or natural or artificial scenery in the garden. After the industrialization of modern cities, the original natural environment has been destroyed, and people need garden landscapes to meet their spiritual needs and outing experiences. Therefore, this article aimed to optimize the spatial environment design of garden landscapes, and the design tool is three-dimensional imaging technology.
Optimization Design of Landscape Space Environment Based on Stereoscopic Imaging Technology
The so-called garden refers to the specific natural environment and recreational environment cultivated. In modern cities, the main forms of garden are generally parks and some protected areas, while the garden landscape generally refers to the trees, water bodies, buildings, or natural or artificial scenery in the garden. After the industrialization of modern cities, the original natural environment has been destroyed, and people need garden landscapes to meet their spiritual needs and outing experiences. Therefore, this article aimed to optimize the spatial environment design of garden landscapes, and the design tool is three-dimensional imaging technology.
Optimization Design of Landscape Space Environment Based on Stereoscopic Imaging Technology
Wang, Yuyan (author)
2023-10-17
217163 byte
Conference paper
Electronic Resource
English
Landscape combined-type stereoscopic greening smart system
| European Patent Office | 2015
Landscape Visualization in High Resolution Stereoscopic Visualization Environments
| British Library Conference Proceedings | 2008