transform this existing 3d view into a high end photorealistic architectural render without altering the geometry proportions scale layout or any elements of the 3d model do not add remove move resize or redesign any objects do not modify walls openings furniture or architectural details improve only lighting materials textures and rendering quality add subtle natural daylight entering from the window on the right side of the camera creating soft shadows realistic light bounce and physically accurate global illumination keep the overall image bright neutral and not overly warm maintain an office like atmosphere with a slight domestic feel there is an existing pendant lamp above the table define it precisely as the compendium pendant lamp by luceplan in a steel finish enhance material realism and subtle reflections without changing its position scale or form on the right wall preserve the existing vertical steel radiator and enhance its material realism with accurate reflections and surface detail only use natural color balance realistic reflections and high end architectural visualization quality keep the original camera angle and framing unchanged strictly preserve the original geometry dimensions proportions position and shape of the table do not move scale reshape replace or reinterpret the table or any other object in the scene the table is made of natural light oak wood update the table material to physically accurate pbr light oak with natural subtle wood grain appropriate for light oak correct roughness and low to medium reflectivity matte to satin finish no gloss no polish gentle color variation and realistic wood depth accurate response to artificial lighting with soft highlights only do not change the table color tone beyond natural light oak do not add patterns stains or stylization do not affect surrounding materials lighting setup or scene composition all other objects materials geometry lighting and camera angle must remain strictly unchanged the goal is a clean natural photorealistic light oak table surface consistent with a high end architectural visualization
