daylighting techniques used in architecture to bring natural light into buildings. Each technique is illustrated with a simple diagram and a brief description. Let's explore each method: Overall Title and Author: * "DAYLIGHTING": This is the main title, clearly indicating the image's subject is about strategies for using natural light in buildings. * "@\_iarchitect": This is likely the creator's handle or watermark, pointing to the source of the guide, potentially from a social media platform focused on architecture or design. Daylighting Methods Illustrated: * "ATRIUM" (Top Left): * Architectural Element: An Atrium is depicted as a large, open central space within a building, often extending through multiple stories. * Light Source: "GLASS" is labeled above the atrium roof. The diagram shows sunlight entering through a glazed (glass) roof over the atrium. * Light Distribution: Yellow rays illustrate sunlight streaming directly into the atrium space from above. * Function: Atriums are designed to bring daylight deep into the core of a building, providing natural illumination to multiple floors around the central open space. * "LIGHT DUCT" (Top Right): * Architectural Element: A Light Duct (or light tube/pipe) is shown as a narrow, vertical shaft running from the roof down into the interior space. * Light Source: "REFLECTORS" are labeled within the light duct. The diagram shows sunlight entering at the top and being bounced down the duct by internal reflectors. * Light Distribution: Yellow rays illustrate sunlight being channeled down the duct and then diffused into the room below. * Function: Light ducts are used to bring daylight into interior spaces that are far from windows or exterior walls. They use reflective surfaces to efficiently transmit sunlight downwards. * "CLERESTORY" (Bottom Left): * Architectural Element: A Clerestory window is shown as a high window set above eye level. It's positioned at the top of