preserve the exact fa ade composition geometry proportions tectonic hierarchy joints fa ade rhythms and depth relationships this is a material replacement study only no redesign no reinterpretation no geometry modifications no landscape addition the fa ade is composed of 7 strict architectural depth planes ordered from foreground to background these planes are additionally organized through two independent tectonic systems horizontal architectural elements vertical architectural elements maintain the original architectural hierarchy and independence between structural vertical elements horizontal framing elements all material transitions between horizontal and vertical systems must remain sharp precise and fully controlled plane 1 foreground cornices horizontal elements considered ground floor l shaped horizontal lintels level 2 horizontal cornices keep completely unchanged limestone material colour texture joints geometry depth proportions maintain the current limestone joints exactly as existing plane 2 main structural columns vertical elements considered ground floor limestone columns upper t shaped structural columns from level 1 to level 3 ground floor keep completely unchanged limestone material colour texture joints geometry level 1 to level 3 replace the current limestone cladding of the t shaped columns with bright ceramic brick architectural reference bright ceramic brick similar to goldstein heather architecture projects in west london material characteristics refined light beige ceramic brick soft chalky mineral appearance lightly glazed ceramic surface subtle handcrafted appearance slight handmade irregularity calm and uniform fa ade reading slightly washed light beige tone elegant contemporary london masonry language dry matte ceramic appearance soft diffuse reflections refined crafted texture without rustic expression subtle random distribution of slightly darker beige bricks occasional warmer and darker tonal variations controlled non uniform brick tonality for realistic masonry appearance subtle colour variation natural ceramic firing variation joint characteristics very thin horizontal mortar joints thin vertical joints low contrast off white mortar mortar colour very close to the brick tone nearly flush joint appearance joints must remain visually subtle minimal shadow between bricks brick geometry precise linear brick coursing controlled alignment slight handmade imperfection slightly softened brick edges subtle dimensional variation full pieces when the elements are 200 mm thick refined crafted appearance without rustic texture slight irregularity between individual brick pieces slight variation in brick extrusion and edge sharpness avoid perfectly machine made appearance avoid deep dark joints very strong brick contrast overly perfect repetitive brick patterns rustic brick appearance red orange brick tones heavy handcrafted deformation highly reflective ceramic finish deep recessed mortar joints overly homogeneous brick colour artificial cgi brick repetition maintain exactly t shaped geometry structural reading depth tectonic hierarchy joint alignments fa ade proportions introduce subtle random darker brick pieces throughout the fa ade to create a more realistic and naturally fired ceramic appearance while maintaining an overall calm and uniform architectural reading plane 3 secondary vertical framework vertical elements considered secondary vertical fins between the main structural columns located from level 1 to level 3 replace with bright ceramic brick matching exactly the same material and properties as plane 2 upper levels architectural reference bright ceramic brick similar to goldstein heather architecture projects in west london important plane 3 must remain ceramic brick material plane 3 must match exactly the same materiality texture colour palette mortar joints brick geometry tonal variation and ceramic appearance as plane 2 upper levels use exactly the same ceramic brick material brick coursing mortar colour joint thickness brick proportions handcrafted irregularity tonal variation firing variation reflectivity level matte ceramic appearance plane 3 must behave as a direct continuation of plane 2 vertical brick system do not apply pigmented concrete limestone olive green aluminum any material from plane 4 plane 5 plane 6 or plane 7 plane 3 brick fins must remain visually dominant over plane 5 recessed jambs maintain exactly geometry fa ade rhythm spacing depth proportions tectonic reading plane 4 horizontal beam layer horizontal elements considered horizontal beams framed between plane 2 and plane 3 elements located at bottom of level 1 between level 1 and level 2 top of level 2 bottom of level 3 replace with light beige pigmented concrete material characteristics polished light beige pigmented concrete exposed mineral aggregates clearly visible throughout the surface natural stone additives visible within the concrete matrix varied aggregate sizes distributed irregularly tonal variation between aggregates and cement paste warm light beige concrete base tone soft creamy mineral appearance lightly polished terrazzo like concrete finish refined cast concrete expression elegant monolithic appearance soft diffuse reflections tactile mineral depth naturally heterogeneous material reading imperfections and colour variation realistic handcrafted cast concrete appearance visible porosity and micro texture premium architectural concrete quality surface behaviour polished but not glossy soft satin reflection mineral depth visible under light aggregates must remain legible from medium viewing distance natural variation across the surface calm and refined material appearance avoid flat uniform concrete colour overly smooth cgi concrete artificial homogeneous texture glossy polished stone appearance excessive terrazzo contrast repetitive aggregate pattern perfectly uniform aggregate distribution plastic looking concrete finish maintain exactly geometry beam thickness joints depth tectonic alignment plane 5 recessed window jambs vertical elements considered recessed vertical window jamb surfaces located behind plane 4 horizontal beams located at level 1 level 2 level 3 replace with light beige pigmented concrete material characteristics polished light beige pigmented concrete exposed mineral aggregates clearly visible throughout the surface natural stone additives visible within the concrete matrix varied aggregate sizes distributed irregularly tonal variation between aggregates and cement paste warm light beige concrete base tone soft creamy mineral appearance lightly polished terrazzo like concrete finish refined cast concrete expression elegant monolithic appearance soft diffuse reflections tactile mineral depth naturally heterogeneous material reading imperfections and colour variation realistic handcrafted cast concrete appearance visible porosity and micro texture premium architectural concrete quality surface behaviour polished but not glossy soft satin reflection mineral depth visible under light aggregates must remain legible from medium viewing distance natural variation across the surface calm and refined material appearance avoid flat uniform concrete colour overly smooth cgi concrete artificial homogeneous texture glossy polished stone appearance excessive terrazzo contrast repetitive aggregate pattern perfectly uniform aggregate distribution plastic looking concrete finish important plane 5 recessed jambs must remain visually independent from the aluminum window system the beige pigmented concrete of plane 5 must clearly frame the olive green aluminum system plane 5 must remain fully legible as an independent recessed architectural layer positioned between plane 4 horizontal concrete beams and plane 6 plane 7 aluminum window system do not visually merge plane 5 with plane 6 aluminum lintels plane 7 aluminum window frames glazing system plane 5 concrete jambs must remain clearly visible around the full perimeter of the window openings maintain strong tectonic separation between recessed concrete jambs and deepest aluminum window system do not extend plane 4 plane 5 material onto plane 1 limestone cornices plane 2 brick structural columns plane 3 brick secondary fins plane 6 window lintel plane 7 aluminum window system ground floor glazing profiles glazing mullions glazing frames glass maintain exactly geometry depth fa ade hierarchy tectonic transitions plane 6 deepest window lintel horizontal elements considered horizontal window lintels located at top of level 1 top of level 2 top of level 3 replace with dark muted olive green matte powder coated aluminum panel material characteristics dark muted olive green matte powder coated aluminum low reflectivity soft diffuse reflections maintain exactly window lintel geometry depth relationships plane 7 window system elements considered upper level window framing system upper level window mullions ground floor glazing profiles ground floor glazing framing system material characteristics dark muted olive green matte powder coated aluminum low reflectivity elegant contemporary framing refined slim aluminum profiles soft diffuse reflections important ground floor glazing profiles must match exactly the same olive green aluminum material colour finish and reflectivity as the upper level window systems in addition add a double door opening in the middle of the three span so that it looks the entrance of the building keep glazing exactly unchanged critical architectural control maintain strict foreground to background tectonic reading 1 limestone foreground cornices 2 vertical ceramic brick structural columns 3 vertical ceramic brick secondary fins 4 light beige pigmented concrete horizontal beams 5 light beige pigmented concrete recessed jambs 6 dark muted olive green aluminum window lintel 7 dark muted olive green aluminum frames layer and glazing preserve all fa ade joints and depth separations exactly no simplification of tectonic layering no modification of architectural composition no change in lighting no change in camera framing no landscape avoid luxury cgi appearance material replacement only
