create an ultra photorealistic architectural visualization with the visual quality of a professional 3ds max corona renderer workflow preserve the exact architecture geometry proportions camera composition and design of the original image do not redesign or alter the building use physically accurate realistic materials with natural imperfections and subtle variations realistic concrete wood stone glass metal fabric and other surfaces materials should have correct roughness reflections refraction texture scale and physically accurate responses to light avoid overly clean artificial glossy or cgi looking materials use natural daylight with physically accurate global illumination soft indirect lighting realistic light bounce subtle ambient occlusion accurate shadows and natural contrast create realistic sunlight and sky illumination with soft believable shadow transitions the final image should look like a high end professional architectural visualization rendered in 3ds max with corona renderer photorealistic cinematic but natural physically correct lighting realistic reflections realistic glass detailed textures subtle imperfections accurate color response realistic exposure and white balance use a realistic full frame architectural camera with natural perspective and no excessive wide angle distortion maintain the original camera angle and composition include subtle real world details that improve realism without changing the design slight material imperfections natural surface variation realistic reflections subtle dirt and weathering where appropriate believable contact shadows and fine details avoid cartoon appearance excessive hdri look oversaturated colors excessive contrast plastic looking materials fake reflections unrealistic shadows excessive sharpening artificial glow heavy bloom lens distortion fantasy lighting and generic cgi appearance final result indistinguishable from a high quality photograph of a real architectural project comparable to a professionally produced 3ds max corona renderer architectural visualization
