designer wooden flat roof carport for 2 car near very realistic wooden garden studio
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wooden flat roof designer carport near very realistic wooden garden studio
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designer wooden garden studio with flat roof for disabled people with wheelchair and ramp
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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designer wooden garden studio with flat roof with terrace for people with Reduced Mobility
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:In the design for this single family house the sloping site is used as a device for programmatic and volumetric organization. A box-like volume bifurcates into two separate volumes; one seamlessly following the northern slope; the other lifted above the hill creating a covered parking space and generating a split-level internal organization. The volumetric transition is generated by a set of five parallel walls that rotate along a horizontal axis from vertical to horizontal. The ruled surface maintaining this transition is repeated five times in the building. From inside the huge window strips from floor to ceiling allow a fluid continuity between interior and landscape. From the exterior the reflective glass seams to become one with its surroundings.
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:In the design for this single family house the sloping site is used as a device for programmatic and volumetric organization. A box-like volume bifurcates into two separate volumes; one seamlessly following the northern slope; the other lifted above the hill creating a covered parking space and generating a split-level internal organization. The volumetric transition is generated by a set of five parallel walls that rotate along a horizontal axis from vertical to horizontal. The ruled surface maintaining this transition is repeated five times in the building. From inside the huge window strips from floor to ceiling allow a fluid continuity between interior and landscape. From the exterior the reflective glass seams to become one with its surroundings.
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:In the design for this single family house the sloping site is used as a device for programmatic and volumetric organization. A box-like volume bifurcates into two separate volumes; one seamlessly following the northern slope; the other lifted above the hill creating a covered parking space and generating a split-level internal organization. The volumetric transition is generated by a set of five parallel walls that rotate along a horizontal axis from vertical to horizontal. The ruled surface maintaining this transition is repeated five times in the building. From inside the huge window strips from floor to ceiling allow a fluid continuity between interior and landscape. From the exterior the reflective glass seams to become one with its surroundings.
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:In the design for this single family house the sloping site is used as a device for programmatic and volumetric organization. A box-like volume bifurcates into two separate volumes; one seamlessly following the northern slope; the other lifted above the hill creating a covered parking space and generating a split-level internal organization. The volumetric transition is generated by a set of five parallel walls that rotate along a horizontal axis from vertical to horizontal. The ruled surface maintaining this transition is repeated five times in the building. From inside the huge window strips from floor to ceiling allow a fluid continuity between interior and landscape. From the exterior the reflective glass seams to become one with its surroundings.
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Draw me a picture of the highway kilometers and highway service areas. The pictures should be realistic. 1. There is a parking shed inside, with charging piles under the shed and solar photovoltaic panels on the shed. 2. There is a service area building with solar photovoltaic panels on the roof. 3. There is a highway. There are solar photovoltaic panels on the slope of the highway roadbed and solar photovoltaic panels under the slope.
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Draw me a picture of the highway kilometers and highway service areas. The pictures should be realistic. 1. There is a parking shed inside, with charging piles under the shed and solar photovoltaic panels on the shed. 2. There is a service area building with solar photovoltaic panels on the roof. 3. There is a highway. There are solar photovoltaic panels on the slope of the highway roadbed and solar photovoltaic panels under the slope.
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Draw me a picture of the highway kilometers and highway service areas. The pictures should be realistic. 1. There is a parking shed inside, with charging piles under the shed and solar photovoltaic panels on the shed. 2. There is a service area building with solar photovoltaic panels on the roof. 3. There is a highway. There are solar photovoltaic panels on the slope of the highway roadbed and solar photovoltaic panels under the slope.
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Draw me a picture of the highway kilometers and highway service areas. The pictures should be realistic. 1. There is a parking shed inside, with charging piles under the shed and solar photovoltaic panels on the shed. 2. There is a service area building with solar photovoltaic panels on the roof. 3. There is a highway. There are solar photovoltaic panels on the slope of the highway roadbed and solar photovoltaic panels under the slope.
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Draw me a picture of the highway kilometers and highway service areas. The pictures should be realistic. 1. There is a parking shed inside, with charging piles under the shed and solar photovoltaic panels on the shed. 2. There is a service area building with solar photovoltaic panels on the roof. 3. There is a highway. There are solar photovoltaic panels on the slope of the highway roadbed and solar photovoltaic panels under the slope.
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