Abstract
Abstract Condensing the multi-dimensional digital model of green urban design, and constructing a digital method system of it progressively layer by layer. Based on this research background, the dissertation designs the spatial form of landscape architecture based on the data visualisation of nonlinear technology. The article uses the colour zoning method to design the actual scene of the garden landscape with nonlinear parameteriszation. The simulation result analyses that the proposed nonlinear algorithm has realised the efficiency improvement purpose of landscape architecture design.
Highlights
Before the emergence of landscape ecology, the status of landscape architecture belonged to architecture
This paper proposes a multi-dimensional nonlinear landscape design method based on parameterised models to improve the quantitative analysis ability
This paper proposes a multi-dimensional nonlinear landscape design method based on a parameterised model to extract a multi-dimensional nonlinear landscape view model
Summary
Before the emergence of landscape ecology, the status of landscape architecture belonged to architecture. With the emergence of landscape ecology, the discipline of landscape architecture has gradually moved towards a self-independent development path Landscape architecture in this period went hand in hand with architecture and urban planning, and each developed in its professional field [1]. Information technology has developed database technology, artificial intelligence, expert system, remote sensing technology, geographic information system, global positioning system, computer-aided decision-making system, automatic control technology, monitoring technology, multimedia technology, computer network technology and other applications These technologies have widely influenced all aspects of people’s lives. The multi-dimensional nonlinear landscape design method is of great significance in improving the rationality of architectural design and improving the living environment of human settlements [3]. This paper proposes a multi-dimensional nonlinear landscape design method based on parameterised models to improve the quantitative analysis ability
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