4/10/2023 0 Comments Landscape design software free![]() ![]() optimized the design of small urban green space by using parametric design, thus effectively expanding the cooling range of green space. In order to achieve urban heat mitigation, Park et al. used parametric technology to build a unified system for the optimization of landscape architecture, thus effectively improving the performance of landscape architecture design. optimized the landscape elements of the humid subtropical residential area by using parametric design in view of the thermal comfort problem in the subtropical area, thereby enhancing the comfort of the residential area. In view of the solar radiation problem of urban boulevards, Shareef used the way of parametric landscape design to effectively improve the heat of the boulevards and enhance comfort. In order to maintain the temperature of urban buildings, Loh and Bhiwapurkar used the actual function of parametric design to re-optimize the facade architecture of buildings, thus strengthening the insulation role of urban buildings. Veisi and Shakibamanesh optimized the distance between urban buildings and the location of units by using parametric design to solve the problem of the solar radiation range of urban unit communities, thus effectively improving the comfort of residential buildings. innovatively designed the habitat of coelenterates with parametric software to effectively reduce the threat to the survival of this type of birds in view of the decline in the structure of major habitats. Therefore, the majority of domestic and foreign scholars have carried out in-depth analysis on it. With the development of the landscape design discipline and parameterization, parameterized design has gradually become a new design method with objectivity, logic, and order, and its concept has gradually been integrated into landscape design. The essence of landscape design is to discuss the relationship between the human living environment and nature, and the name of landscape design has a long history. The purpose of the study is to improve the social and economic benefits of landscape architecture and promote its economic development while ensuring its environmental sustainability. Different from the traditional parametric design method, GIS technology can explore the seemingly disordered landscape system of traditional landscape design and understand its logic and internal relationship. Under this background, this research selected geographic information system (GIS) technology in the parametric design software and applied it to the optimization design of the traditional garden landscape. combined parametric design with visual language, thus effectively promoting the improvement of architectural computing design. realized the landscape sustainable development of professional communities in Israel through parametric design. ![]() realized the digital planning of the urban landscape by using parametric technology to enhance the ecological value of the city. At the same time, its internal complexity and inclusiveness also promote the reform of traditional design methods. In addition, parametric design, as a new design method with strong logic and science, has been widely used in landscape design with its unique functionality. The development of computer technology promotes the coming of the digital and information age, and parametric design, as the most important technology in the information age, has gradually become more widely used in some design fields. In summary, parameterized optimization of traditional landscape design can effectively improve its social, environmental, and economic benefits and has good practical value. Among the social benefits, the weight of increasing employment opportunities was the largest at 0.36. At the same time, the return on investment reached 26.17%, far exceeding the expected 20%. In the evaluation of the economic benefits of gardens, the economic income of gardens in the past 8 years generally increased, reaching the highest of 3.5795 billion yuan, with a growth rate of 78.92%. In the evaluation of landscape environmental benefits, after the optimization of landscape greening by parametric design, the air cleanliness and living comfort were generally improved, compared with those before optimization, and the highest values were 11.97 ± 6.01 and 5.86 ± 2.11 respectively. The overall score was 7.28, showing a high scientific nature. The actual analysis results showed that the evaluation result of parametric design had the highest score of 7.71 in behavioral perception. Therefore, the GIS (geographic information systems) technology of parametric software was applied to the optimization of traditional landscape architecture, and its practical application quality was discussed. Parametric design, with its unique scientific and logical nature, is gradually applied in the field of landscape design. ![]()
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