7621
Gullin
스케치 렌더링 v2
스타일: 삽화-현실적인 판타지 40
모드: 정밀 개념
창의성: 100
예술성: 35%
시점: 매크로 샷,새의 눈으로 본 전경
조명: 스트로브 라이트
다운로드
7621
Gullin
2024-11-14
The image shows a futuristic waterfront complex designed to respond to climate change and potential sea level rise. The structures are tall and sleek, with curved and aerodynamic shapes reminiscent of natural forms. Each building appears elevated or on floating platforms, adapting to the possibility of flooding and allowing for greater resilience against high tides. The buildings are clad in reflective surfaces and solar panels, optimizing the capture of renewable energy. Additionally, there are wind energy generators visible around the complex, suggesting a sustainable approach that harnesses both wind and sunlight. The landscape surrounding the structures is lush and flood-resistant, with native vegetation that helps improve air quality and regulate ambient temperature. Paths and walkways wind through the greenery, creating pedestrian-friendly green spaces between the buildings. The design also includes integrated canals and docks, allowing for boat access and creating natural wat
답글
7621
Gullin
2024-11-14
Set of futuristic buildings located on the banks of a body of water. The structures are large, aerodynamics and have a curved and fluid shape that could be inspired by natural elements such as shells or fins, which suggests a design with aerodynamic efficiency, possibly thought to minimize the impact of the wind or capture energy more effectively. The surfaces of the buildings seem to be covered with panels that could be solar, which would contribute to the generation of clean energy. The environment around buildings is designed with large green areas, trails and vegetation, which could help reduce heat islands and improve air quality. The high road that connects the buildings seems to have a design that adapts to the landscape, and the water around could act as a natural temperature regulator. This architectural set could be designed to face the effects of climate change, taking advantage of renewable energy, reducing energy consumption through aerodynamic forms and using vegetation a
답글
conjunto de edificios futuristas ubicados a orillas de un cuerpo de agua. Las estructuras son grandes, aerodinámicas y tienen una forma curva y fluida que podría estar inspirada en elementos naturales
대형 이미지
슬라이드
비교
7621
Gullin
스케치 렌더링 v2
스타일: 삽화-현실적인 판타지 40
모드: 정밀 개념
창의성: 100
예술성: 35%
시점: 매크로 샷,새의 눈으로 본 전경
조명: 스트로브 라이트
다운로드
7621
Gullin
2024-11-14
The image shows a futuristic waterfront complex designed to respond to climate change and potential sea level rise. The structures are tall and sleek, with curved and aerodynamic shapes reminiscent of natural forms. Each building appears elevated or on floating platforms, adapting to the possibility of flooding and allowing for greater resilience against high tides. The buildings are clad in reflective surfaces and solar panels, optimizing the capture of renewable energy. Additionally, there are wind energy generators visible around the complex, suggesting a sustainable approach that harnesses both wind and sunlight. The landscape surrounding the structures is lush and flood-resistant, with native vegetation that helps improve air quality and regulate ambient temperature. Paths and walkways wind through the greenery, creating pedestrian-friendly green spaces between the buildings. The design also includes integrated canals and docks, allowing for boat access and creating natural wat
답글
7621
Gullin
2024-11-14
Set of futuristic buildings located on the banks of a body of water. The structures are large, aerodynamics and have a curved and fluid shape that could be inspired by natural elements such as shells or fins, which suggests a design with aerodynamic efficiency, possibly thought to minimize the impact of the wind or capture energy more effectively. The surfaces of the buildings seem to be covered with panels that could be solar, which would contribute to the generation of clean energy. The environment around buildings is designed with large green areas, trails and vegetation, which could help reduce heat islands and improve air quality. The high road that connects the buildings seems to have a design that adapts to the landscape, and the water around could act as a natural temperature regulator. This architectural set could be designed to face the effects of climate change, taking advantage of renewable energy, reducing energy consumption through aerodynamic forms and using vegetation a
답글

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