using the attached image as the exact reference for building geometry proportions window door placement roof shape and cladding layout recreate this exact same modular home as an ultra realistic photograph keep everything identical to the reference image same mono pitch roof shape and slope anthracite ral 7016 standing seam metal with a 30 cm roof overhang on all sides same vertical lariks tone wood cladding on the left portion of the facade around the entrance door and windows same horizontal dark anthracite kitami oak cladding on the right portion of the facade same window and door positions sizes and dark aluminum frame color ral 7016 same overall building proportions and camera angle three quarter exterior view ultra realism requirements critical the final image must look like a real photograph taken with a professional camera e g canon eos r5 35mm lens not a 3d render not a cgi product visualization not a clean sterile studio model add realistic material imperfections subtle wood grain variation and slight color inconsistency between cladding planks faint dust weathering on the lower facade near ground level natural reflections and slight smudges on glass subtle metal sheen variation on the roof and window frames not a flat uniform color ground replace the flat white gray studio background with a real mown green lawn garden setting with individual grass blades slight unevenness and a natural shadow contact where the building meets the ground lighting real outdoor sunlight daytime with soft natural shadows cast by the building and roof overhang onto the facade and ground subtle ambient occlusion in corners and under the eave natural sky reflection in the glazing depth of field very slight natural background softness grass distant trees as in real outdoor photography avoid plastic looking materials perfectly uniform textures sterile white gray background flat cgi lighting overly sharp edges with no material grain result should be indistinguishable from an actual on site photograph of a completed building not a rendered visualization