image type hyper realistic interior architectural render editorial style scene framing maintain exactly the same composition camera position proportions and elements as the reference image frontal view eye level camera approx 1 60 m neutral lens 35 50mm no distortion transformation day night key instruction convert the scene into a night interior atmosphere while preserving all materials geometry and composition lighting critical remove daylight influence completely eliminate the diagonal sunlight and shadows from the reference image main light source warm indirect ambient lighting soft and diffused coming from interior sources not visible mirror maintain and slightly enhance the warm perimeter backlight around the circular mirror it should become the primary focal light creating a soft halo on the textile wall additional lighting behavior very soft low intensity fill light to gently reveal materials wardrobe floor pouf no harsh shadows subtle gradients intimate atmosphere overall mood warm calm intimate evening interior no overexposure no strong contrast materials preserve exactly keep all materials exactly as in the reference image wood wardrobe vanity floor natural matte slightly reflective tactile grain textile wall warm beige soft and uniform texture mirror clean reflection now darker and more subdued due to night conditions metal handles matte dark finish pouf soft grey fabric slightly darker in low light color atmosphere warm color temperature approx 2700k 3000k muted tones slightly darker overall exposure soft shadows no crushed blacks elegant quiet editorial night ambiance style high end editorial interior photography minimal atmospheric intimate poetic and restrained quality ultra realistic high resolution physically accurate materials pbr clean global illumination adapted to low light conditions no noise no artifacts restrictions do not modify composition or materials do not introduce new elements or light fixtures do not create dramatic or cinematic lighting avoid excessive contrast or artificial effects