3rd Year Project Book

I ncommens ur abi l i t yofPr es enceandAbs ence L i am Bonnarand Rober tS edgwi ck

Cont ent s : Pl ay1

Pl ay2

1. 1S i t eS ur veyi ng 1. 2S i t eS ur veyi ngPl an 1. 3T AN/ MDVEl evat i ons 1. 4T AN/ MDVRooms 1. 5T AN/ MDVF l oor s 1. 6T AN/ MDVCor r i dor s 1. 7T AN/ MDVWi ndows 1. 8Pl anCompar i s on 1. 9Pl ansandS ect i onsT AN 1. 10T AN/ MDVPl anI nver s ePl an 1. 11HumanasS cal ar 1. 12Pr es entt oAbs ent 1. 13F l oodi ngPr es ent 1. 14F l oodi ngAbs ent 1. 15S uppos i ngGr i ds 1. 16MDVComponentPl ay 1. 17T ANComponentPl ay 1. 18F l ui dBl ocks

2. 1ComponentPl ayS weepi ng 2. 2ComponentPl ayS weepi ng2 2. 3S pl i t t i ngS ur f aces 2. 4WaveS weepandS ect i oni ng 2. 5Wat erT r ace 2. 6F i l l i ngaS pace 2. 7ComponentandAr r angement 2. 8ComponentandAr r angement2 2. 9ComponentandAr r angement3 2. 10Al l Ar r angement s

Pl ay3 3. 0Cont ex tPl an 3. 1Ci t y,Ar ea,S i t eCont ex t 3. 2S t r i at i onsonS i t e 3. 3F l oodi ngS i t e,Aer i al Vi ew 3. 4WaveDi s t or t i onofS t r i at i ons 3. 5Cr eat i ngS ur f ace 3. 6Ani mat i onS pl i t s 3. 7Coal es cenceofS ys t ems 3. 8S t r i pDevel opment 3. 9Al l Hous esi nPl an 3. 10S ect i onT hr oughS i t e 3. 11Hous ePl ans 3. 12T echni cal S ect i onofRoof 3. 13Hous ei x 3. 14Acces sandCi r cul at i onDi agr am 3. 15Cycl eEnt r yt oS i t e,I nf l ow 3. 16I nf l ow Cycl ePat h 3. 17Vi ew f r om Br i dge

Pl ay1 Cons i der i ngt hehi s t or yofdomes t i cT hi ckandT hi n;i nacas t l econt ex tt hi cks pacemus t becr eat edf r om t hi ckmas sduet omat er i al cons t r ai nt sont hear chi t ect ,i nt heMai s onde Ver r e600yearl at er, t hi cks pacei scr eat edf r om t hi nel ement s .Her ewecont es tt hi sr eal i t y ands eet het hi ckasoccupyabl eandt het hi nass ur f ace.

S i t eS ur veyi ng TT +T . t 2 [ 1. 1] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

S ket chS ur veyPl an TT +T . t 2 [ 1. 2] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVEl evat i ons TT +T . t 2 [ 1. 3] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVRooms TT +T . t 2 [ 1. 4] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVF l oor s TT +T . t 2 [ 1. 5] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVCor r i dor TT +T . t 2 [ 1. 6] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVWi ndows TT +T . t 2 [ 1. 7] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Pl anCompar i s on TT +T . t 2 [ 1. 8] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Pl ansandS ect i onsT AN TT +T . t 2 [ 1. 9] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T AN/ MDVPl an+I nver s ePl an TT +T . t 2 [ 1. 10] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

HumanasS cal ar TT +T . t 2 [ 1. 11] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Pr es entt oAbs ent TT +T . t 2 [ 1. 12] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

F l oodi ngPr es ent TT +T . t 2 [ 1. 13] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

F l oodi ngAbs ent TT +T . t 2 [ 1. 14] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

S uppos i ngS ur f aces TT +T . t 2 [ 1. 15] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

MDVComponentPl ay TT +T . t 2 [ 1. 16] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

T ANComponentPl ay TT +T . t 2 [ 1. 17] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

F l ui dBl ocks TT +T . t 2 [ 1. 18] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

ComponentPl aySweepi ng TT +T . t 2 [ 2. 1] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

ComponentPl aySweepi ng TT +T . t 2 [ 2. 2] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

S pl i t t i ngS ur f aces TT +T . t 2 [ 2. 3] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

WaveS weep+S ect i oni ng TT +T . t 2 [ 2. 4] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Wat ert r aces TT +T . t 2 [ 2. 5] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

F i l l i ngaS pace TT +T . t 2 [ 2. 6] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Component s+Ar r angement TT +T . t 2 [ 2. 7] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Component s+Ar r angement TT +T . t 2 [ 2. 8] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Component s+Ar r angement TT +T . t 2 [ 2. 9] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Al l Ar r angement s TT +T . t 2 [ 2. 10] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Pl ay3 Pr evi ouspl aysl edust ous ewat erasat ool f ordevel opi ngat ect oni cl anguages i ncei t canbeanywher ewi t hi ni t scont ai nerbutatanyonepoi nti ti ss omewher e.Wer eal i z ed t hatt heabs entcanbeus edt ounder s t andt hepr es entbutt heyar ebot hi ncommens ur abl e. I nPl ay3,t hi sl anguagei sus edt ovi s ual i s et r acesoff l ow,decons t r uct i onandr econs t r uct i on ofwavesandani nt er act i onwi t ht heex i s t i ngs i t e.I neachs ys t em anot hers ys t em i sabs ent . CADi sus edt opr oces scol l ectandcompar et hes ei ncommens ur abl edat as et sand coal es cei nt ot ownhous i ng.

Cont ex tPl an TT +T . t 2 [ 3. 0] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Cont ex t

S t r i at i onsonS i t e TT +T . t 2 [ 3. 2] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

F l oodi ngS i t eAer i alVi ew TT +T . t 2 [ 3. 3] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

WaveDi s t or t i onofS t r i at i ons TT +T . t 2 [ 3. 4] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Cr eat i ngS ur f ace TT +T . t 2 [3. 5] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Cr eat i ngs ur f ace TT +T . t 2 [ 3. 5] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Ani mat i onS pl i t s TT +T . t 2 [ 3. 6] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Coal es cenceofS ys t ems TT +T . t 2 [ 3. 7] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

S t r i pDevel opment TT +T . t 2 [ 3. 8] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Al l Hous esi nPl an,s cal e1: 250 TT +T . t 2 [ 3. 9] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

S ect i onT hr oughS i t e

Hous ePl an

T echni cal S ect i onofRoof TT +T . t 2 [ 3. 12] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Hous ei x TT +T . t 2 [ 3. 13] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

3. 14]

Cycl eEnt r yt oS i t eI NF L OW TT +T . t 2 [ 3. 15] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

I nf l ow Cycl ePat h TT +T . t 2 [ 3. 16] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

Vi ew f r om Br i dge TT +T . t 2 [ 3. 17] L B+RS

T HROUGHT HI CKANDT HI Nt ake2 I ncommens ur abi l i t yofPr es enceandAbs ence

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3rd Year Project Book

Published on May 14, 2011

Play I saw us surveying precedents of "Thick" & "Thin" architecture (Tantallon Castle vs. Maison de Verre). Play II established a way to connect the two, we started looking at the 'space' of the building as apposed to the 'mass'. The investigation of the inbetween space used CGI water as a measuring tool. Play III put the theory into practice on a CAD model of the site; Roseburn Terrace, adjacent to the 'Innocent Railway' cycle path. No cars are allowed on the site so the main access point was from the cycle path, hence we used the cycle path entrances as entry points for the water in our CGI animations. We traced the maximum displacement of the water at each of the 10 site sections; joining these to become a fluid landscape. The 3 main events in the the water flow - inflow, reaction to the container wall, and the outflow - were used to define purpose of areas of the site - Way in, living area, way out respectively.

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