use the attached image as the exact architectural reference everything related to the fa ade design is already correct do not change fa ade geometry proportions structural rhythm tectonic hierarchy material palette brick appearance limestone appearance timber appearance glazing proportions fa ade depth architectural language the only modification required is create an architectural tectonic cut through visualization focused on a single fa ade portion the objective is to reveal the construction logic and material assembly of the fa ade not the entire building section camera framing focus only on level 1 and level 2 one fa ade bay maximum partial adjacent bay if required for context do not show the entire building height multiple floor repetitions ground floor roof three storey section the camera should be much closer to the fa ade focused on the window assembly focused on the fa ade build up focused on the relationship between brick limestone timber and glazing the image should read as a tectonic fa ade study a construction layer visualization a material assembly investigation cut through content reveal brick fa ade build up insulation layers structural frame slab edge window installation glazing build up limestone interfaces timber frame integration interior wall build up ceiling build up only the elements necessary to understand the fa ade construction materials maintain exactly light ceramic brick honed limestone very light timber clear glazing materials must remain identical to the reference image visual style photorealistic architectural tectonic visualization not a technical drawing not a construction detail not a full building section think enlarged fa ade fragment 1 20 architectural detail rendered as architecture high end tectonic study realistic materials realistic shadows realistic depth critical control do not redesign the fa ade do not change materials do not modify proportions do not invent architectural elements only zoom into a single fa ade fragment and reveal its construction logic through a highly realistic tectonic cut through visualization
