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Full Description
This book conducts a study on parametric landscape architecture planning and design. Starting from the interpretation of the parametric design mechanism, it discusses the landscape architecture planning and design process under a coupled framework. It explores the parametric landscape architecture planning and design process and system, constructs a parametric landscape architecture planning and design platform, and based on the parametric design process, establishes a parametric evaluation and planning design model for landscape architecture. Finally, practical case studies are presented to demonstrate the application of the parametric design models.
The research in this book ranges from theory to practice, aiming to systematically improve the parametric research in the field of landscape architecture. It explores the theoretical and methodological system of parametric design unique to landscape architecture.
Readers will gain a deep understanding of the basic principles and mechanisms of parametric design, as well as how to optimize the design process using parametric methods. They will also acquire knowledge of modern methods and technologies in landscape architecture design. The organization of the book is clear and logical, making it easier for readers to grasp the core concepts. Logical diagrams summarizing key points between theoretical sections enhance readability and comprehension. The practical case studies in the book demonstrate the application of parametric design models in real projects, helping readers convert theoretical knowledge into practical skills, thereby improving design efficiency and the quality of outcomes.
Contents
Chapter 1. Parametric Design in Landscape Architecture.- Chapter 2. Mechanisms of Parametric Landscape Architecture Planning and Design.- Chapter 3. Construction of the Parametric Landscape Architecture Planning and Design System.- Chapter 4. Ecological Sensitive Assessment Model .- Chapter 5. Land use Suitability Assessment Model .- Chapter 6. Project Location Selection Model.- Chapter 7. Road Route Selection Model.- Chapter 8. Simulating Natural Waterscape Construction Model.- Chapter 9. Vertical Design Model.



