generate a hyper realistic photorealistic architectural rendering based strictly on the provided 3d model image maintain the exact same structural composition geometry proportions camera angle and perspective the building boundaries must not be altered upgrade all surfaces with highly detailed pbr materials the top cantilevered volume should feature vertical timber slats with warm natural wood grain and subtle physical depth the main structural frames must be rendered as smooth exposed concrete with realistic micro textures and slight weathering transform the cyan planes into floor to ceiling highly reflective architectural glass showing sheer white curtains inside and reflecting the outside environment the front door should be rich natural wood with a sleek metallic handle integrate the building into a luxurious residential neighborhood context replace the flat green areas with a realistic manicured lawn replace the flat gray foreground with a textured asphalt street add specific entourage on the far right edge of the frame introduce a tall mature royal palm tree inside the open carport on the left park two highly detailed luxury vehicles side by side a black mercedes maybach sedan on the left and a silver porsche sports car on the right in the background on both the left and right sides add glimpses of neighboring residential houses to establish a realistic neighborhood context set the lighting to a clear sunny day with a vibrant blue sky apply bright directional sunlight casting sharp deep shadows ensure the cantilevered volume casts a heavy shadow over the carport and the parked cars crucially generate distinct dappled shadows of unseen palm fronds cascading across the asphalt street in the immediate foreground to create depth and environmental realism render in a high end architectural photography style cinematic realism keeping vertical lines straight avoid any structural distortion hallucinated geometries cartoonish aesthetics or flat shading ensure the core architectural layout remains strictly identical to the input image
