Architectural Portfolio LI Hiu Tik UClan. Year Two
P.2
INTRODUCTION STANLEY
NORTH OF HONG KONG ISLAND Brief
As a continuation of my research, analysis and experimentation into the reconfiguration of site, , design a museum with community facilities. The museum should house a collection relating to the site and the research completed in previous study.
Objective
In order to raise the consciousness of protecting stanley natural environment. The design is aim at amplify stanley's unpleasant circumstances, include, the government place the murray building into stanley without discourse with the community, the development of new promenade and rebuild the stanley mall. These kind of activity is to dismantle the instinctive character of stanley which is caused a lot of interruption within this community. Therefore, the museum is designed to evoke the awareness of insufficent communication between government and resident as well as enhance the bonding of people who are living and traveling in this community by the experiment of different artifacts. This kind of experiment help to identify a series of architectural principles which is include proportion, spatial motion, shadow and etc.
P.3
SITE PLAN
P.4
Diagram1 CARMELITE MONASTERY
BLOCK A
TOP OF BLOCK C TOP OF BLOCK A TOP OF BLOCK B
TOWARD CAUSEWAY BAY
BLOCK B
STANLEY VILLAGE ROAD
BLOCK C
BLOCK B
NEW PROMENADE
ADJACENT BUILDING
WONG MA KOK ROAD STANLEY BEACH ROAD
STANLEY BEACH ROAD
BLOCK A SIDE IS NEARBY HIGH LEVEL ROADWAY; BLOCK B IS NEXT TO LOW LEVEL ROADWAY
IN FRONT OF BLOCK C, THERE IS STANLEY BEACH ROAD AND WONG MA KOK ROAD
THREE CONTEXTURAL FACTORS EMPHASIZE THREE SITE VECTOR
INTERSECTION LINE IS PRODUCED AS A JUSTIFICATION OF CENTRE POINT
CARMELITE MONASTERY
MAIN BEACH
BLOCK A
BLOCK B
STANLEY VILLAGE ROAD
BLOCK C
BLOCK B
CENTRE POINT OF SITE A HAVE DIVERSE VECTOR WHICH IS TOWARD DIFFERENT PART OF STANLEY
ADJACENT BUILDING
WONG MA KOK ROAD STANLEY BEACH ROAD
DIFFERENT FLOOR DESIGN TO ACCOMMODATE FUNCTIONAL REQUIREMENT
STANLEY BEACH ROAD
A CONTINUOUS PLATFORM HAS CREATED TO ALLOW PEOPLE HAVE DIFFERENT VIEWING ANGLES
NEW TON'S LAWS OF MOTION: F=MA FIRST LAW: WHEN VIEWED IN AN INERTIAL REFERENCE FRAME, AN OBJECT EITHER REMAINS AT REST OR CONTINUES TO MOVE AT A CONSTANT VELOCITY, UNLESS ACTED UPON BY A FORCE SECOND LAW: THE VECTOR SUM OF THE FORCES F ON AN OBJECT IS EQUAL TO THE MASS M OF THAT OBJECT MULTIPLIED BY THE ACCELERATION VECTOR A OF THE OBJECT: F=MA THIRD LAW: WHEN ONE BODY EXERTS A FORCE ON A SECOND BODY, THE SECOND BODY SIMULTANEOUSLY EXERTS A FORCE EQUAL IN MAGNITUDE AND OPPOSITE IN DIRECTION ON THE FIRST BODY SPATIAL NETWORK EACH SPACE EXERTS THE VECTOR TOWARD DIFFERENT SPACE. ACCORDING TO NEWTON'S LAWS OF MOTION; THE SECOND BODY EXERTS A VECTOR IN MAGNITUDE AND OPPOSITE IN DIRECTION ON THE FIRST BODY THOSE VECTOR HAVE INFLUENCE OF SPATIAL NETWORK WHICH IS PROVIDE BASIC CONDITION TO REFORM THE ATMOSPHERE AND PRINCIPALS LIGHT AND DARKNESS ARE THE MEDIA TO ALTER SPATIAL VECTOR; THEY GIVE THE NEW DEFINITION OF SPACE
A SPACE EXISTS WHEN ONE TAKES INTO CONSIDERATION VECTORS OF DIRECTION, VELOCITIES, AND TIME VARIABLES. THUS SPACE IS COMPOSED OF INTERSECTIONS OF MOBILE ELEMENTS
EQUAL ECHO IS PRODUCED BY EQUAL VECTOR
THREE VECTORS OF CENTRE POINT IS ENHANCED BY STANLEY'S SETTING. ECHO BECOME MORE UNEQUAL
BY ''SPATIAL STORY'' Michel de Certeau
VECTOR AND ECHO CAN BE ALTERED BY THE PURIFICATION PROCESS THROUGH THE DELIMITATION OF LIGHT AND DARKNESS IN AN ENCLOSED AREA
Diagram to show the relationship between human and wave frequency SPATIAL VECTOR
A POINT WITH VECTOR TOWARD ANY DIRECTION ACTION & REACTION
AS A SPACE GAMMA WAVES HYPER BRAIN ACTIVITY GREAT FOR LEARNING
BETA WAVES WE ARE BUSILY ENGAGED IN ACTIVITIES AND CONVERSATION
ONE DIRECTION AND LONG DISTANCE ALPHA WAVES VERY RELAXED DEEPENING INTO MEDITATION
TWO DIRECTIONS THETA WAVES DROWSY AND DRIFTING DOWN INTO SLEEP AND DREAMS
DELTA WAVES DEEPLY ASLEEP AND NOT DREAMING
P.5
Diagram2 CARMELITE MONASTERY
PURPOSED NEW BUILDING
backdrop study PURPOSED NEW BUILDING
CARMELITE MONASTERY
perpendicular to stanley village road
offset the site boundary
divide into three direction
perpendicular to stanley beach road
adjust the size of backdrop
offset the site boundary
proportionate
perpendicular to adjacent building
perpendicular to adjacent building
offset the site boundary
proportionate
adjust the size of backdrop
adjust the size of backdrop
orientation
proportionate
orientation
proportionate
orientation and juxtaposing the backdrop
PURPOSED NEW BUILDING 36째
CARMELITE MONASTERY
24째
49째
Visual angle study
PURPOSED NEW BUILDING
ADJACENT BUILDING
STANLEY BEACH ROAD
PURPOSED NEW BUILDING
proportionate
narrow path perpendicular to stanley beach road juxtaposing the backdrop
ADJACENT BUILDING
STANLEY BEACH ROAD
PURPOSED NEW BUILDING
proportionate ADJACENT BUILDING
STANLEY BEACH ROAD
PURPOSED NEW BUILDING
create narrow path behind the backdrop
juxtaposing the backdrop and improve the permeability of design
ADJACENT BUILDING
STANLEY BEACH ROAD
attach to the site boundary ADJACENT BUILDING
21째
Visual angle study carmelite monastery
backdrop
adjacent building
proposed design
path
offset the pattern by varies direction and juxtaposing the backdrop
P.6
STUDY MODEL AND EXPERIMENT 1
Cardboard and clay models are used to carry out the experiment of spatial transformation. The shadow is constantly delimitated its area on the backdrop.
P.7
STUDY MODEL AND EXPERIMENT 2
Cardboard model to perform triangulate lattice structural system with serveral slabs to create the circulation Shadow is the integration of light and darkness, which is transformed to this experiment as well as find out what's the effect and relationship between the shadow and human. A digital portrait is took in order to experience this relationship. Dark and light is represent two side of humanity.
P.8
STUDY MODEL AND EXPERIMENT 3
The vegatations cladding are designed to respond stanley natural landscape. The water-color sketch of bottom right is illustrated the design concept.
P.9
PERSPECTIVE
Internal view
DAYLIGHT PENETRATE INTO HOLE
P.10
GROUND FLOOR PLAN
P.11
ROOF AND OTHERS
Roof plan P.12
RAMP UP
RAMP UP
UP
MP
UP
UP
RA
LIFT
P UP RAM
P UP RAM
DN 45
27
P M RA
P M RA MP
RA
LIFT
LIFT
LIFT
DN 45
27
MP
RA
MP
UP
RA
RA
MP
UP
RA
MP
UP
UP
UP
UP
UP
FIRST FLOOR PLAN SCALE 1:100
FIRST FLOOR PLAN SCALE 1:100
SECOND FLOOR PLAN SCALE 1:100
SECOND FLOOR PLAN SCALE 1:100
STRUCTURE
Metal mesh attach to lattice structural system which is allow the clay tile assemble on internal and external facade. Moreover, this method allow to create horizontal lines as like as the physical model
Exterior metal mesh Exterior: Clay cladding attach to metal mesh
This model is demonstated the structural arrangement building facade, include clay, metal mesh and lattice structural system
Main metal lattice structural system
3D Model to demonstrate clay tiles pattern:
Reference: Red tiles are assembled on the roof
Interior metal mesh Interior: Clay cladding attach to metal mesh P.13
HISTORICAL DEVELOPMENT OF STANLEY
1842s
First Opium War
1941s
Battle of Hong Kong
British Barracks Village
Janpanese line of advance
Tai Tam Bay
British's garrison is dispatched to stanley for Hong Kong Island has ceded to British after 1st Opium war
Stanley Bay
Invasion from Imperial Janpan. The British, Canadians, Indians and the Hong Kong volunteer defence forces are unitized to resist the Japanese invasion Former stanley is a fishing village, where still living in ordinary culture and traditional life style.
British front line
Today, Stanley has became an international tourist spot since there are diverse culture, such as historical heritage and fascinate coastline.
4 1
6 2
7
5 3
1950
1960
Large squatter camps developed throughout stanley that is providing homes for continously growing immigrants
Stanley's layout has became more dense. A lot more people start to construct building along with coastline
The Public estate development is a new habitations idea to accommodate raising population by maximize the possibility of land use
1995
Estate development seems to be paused.
1970
Compare to 1960s, this is illustration of building develop condition. Another phrase of public development is start. The population is increased
2000
1980
1990
There are new developments in stanley, include the luxury development neaby Maryknoll accomadtion and main beach
There are merely a few new building in th period.
2010s layout plan almost remain the same as 2005s
Since 2005s, Stanley seems to remain their building density
2005
2010
2015
Major historical building 1. Tin Hau Temple 1767s
2. Old Police Station 1856s
3. St. Stephen college 1929s
4. Maryknoll Accmmdation 1935s
5. Pat Kan UK 1936s
6. Carmelite Monastery 1936s
7. St. Anne's Catholic Church 1946s
P.14
SAMPLING
Tensile fabric structure
Zinc plate roof The definitions of old and new stanley are impiled through two different type of materials. Zinc plate have already became redundant material but its contribution of earily building design is definately admited because it is low cost and high strengthen, Which is provide certain flexibility to resident to build in early Hong Kong.
P.15
RECONFIGURATION N
G1 G2 G3
1
2
3
4
Three grid lines are composed; G1(Blue) is perpendicular to the coastline of Stanley Bay; G2(red) is perpendicular 5 to Tai Tam Bay(Main beach); G3(Yellow) is the axis of mountain from Northwest to Southeast.
This model is inspired by the image of top left, which is took from site A. The image has impiled the meaning of contradictions and evoke my compassion to find out who destory this tree; it means to figure out the answer of '' why there are rocks inside broken tree trunk'' Then, this event became the clue of how to reconfigurate three samples. In order to raises the message of environmental protections. The physical model and digital technology have combined to create this dramatic collage. P.16
TREE BARK PATTERN BY PHOTOSHOP 1
2
3
4
5
6
7
8
9
10
11
12
1. Paper Bark Tree( Myrtaceae) 2. Sweet Gum(Hamamelidaceae) 3. Flame Tree(Caesalpiniaceae) 4. Autumn Maple(Euphorbiaceae) 5. Arecaceae(Palmae) 6. Orchid Tree(Caesalpiniaceae) 7. Bottle Palm(Arecaceae) 8. Norfolk Island Pine(Araucariaceae) 9. Frangipani(Apocynaceae) 10.Golden Rain Tree(Sapindaceae) 11.Sunshine Tree(Caesalpiniaceae) 12.Autumn Maple(Euphorbiaceae)
Different plant's species have rooted in stanley for a long time, which activated constantly renewal of cityscape. Plant's transmutation has created diverse image within the area; leaves fall; Branch posture; Tree bark peeling; has initated environmental transformation with the climate change. Thereby, the entire street's atmosphere and perspective is defined by natural elements; this imagery is to refresh people mentality and provide relaxation guildance to the dramatic metropolitan.
P.17
TREE BARK PATTERN BY PENCIL
SECTION BY PENCIL
GRADIENT OF TREE BARK SECTION
P.18
Semester Two Design project
The model is trying to explore the secret of randomness by the intersection of linear element that penetrate the concrete hole.
EXISTENTIAL ACTIVITY
video: https://youtu.be/nrBKdrHr348
NAM CHEONG STREET STREET LINK TO MTR AP LIU STREET STREET SURROUNDING THE PEI HO STREET CENTRE SPACE ALLOW THE CHANGING ACTIVITY FOAM BOX AND SIGNAGE LAY ON STREET
SITTING ON STILTS CHAT ON STREET
BUILDING
BUILDING
BUILDING
BUILDING
PARKING SPACE APPEAR ON STREET STALL BECOME ARTIFACT
BUILDING
BUILDING
SELLING JADE OUTSIDE OF THE VACANT SHOP
BUILDING
BUILDING
SOCIAL NETWORK
ALLEY
CROWD
ETHNNIC MINORITY
OLD TENMENT
CONTEMPORARY CONFIGURATION 2 1
3
4
TEMPORARY CONFIGURATION
1.WEST KOWLOON CENTRE/GOVERNMENT 2.GOLDEN CENTRE 3.PEI HO STREET MARKET/SPORT CENTRE 4.NAM CHEONG STREET
Connection MTR Station
MOBILITY TO STATIC -MUTUAL COVENANT -CROSS FRONTIER
NAM CHEONG STREET:
-A PARK IS DESIGNED AT THE CENTER OF STREET -TWO DIFFERENT ATMOSPHERE OF SHAM SHUI PO -PLATFORM-ENCOURAGE THE INTERACTION
Study Model
Building Technology Informed facade study report LI Hiu Tik 157218463 Uclan
Climatic Data
Hong Kong Weather data Month
Mean Daily Maximum (deg.C)
Mean (deg.C)
Mean Daily Minimum (deg.C)
Mean Relative Humidity (%)
Total Rainfall (mm)
Prevailing Wind Direction (degrees)
Wind Speed (km/h)
January
19.6
16.4
13.8
71
23.6
80
8.5
February
20.2
17.3
15.0
77
25.6
90
8.8
March
22.4
19.7
17.4
79
69.9
100
9.0
April
25.3
22.9
20.8
83
157.6
110
8.7
May
28.3
25.9
23.9
84
308.3
110
8.5
June
29.8
27.7
25.8
85
476.8
110
8.1
July
30.6
28.3
26.2
83
368.3
110
8.4
August
30.8
28.2
26.0
83
394.0
120
7.9
September
30.2
27.5
25.2
78
328.0
100
9.6
October
28.2
25.3
22.9
71
61.8
100
10.3
November
25.2
22.0
19.5
70
36.9
90
10.0
December
21.4
18.1
15.4
67
28.8
90
8.9
Mean/Total
26.0
23.3
21.0
77
2279.6
100
8.9
It is between July to September, the means daily maximum temperature are above 30 deg.C which is start to drop down after September. From November, the mean daily minimum temperature is decreased till to February. Regarding to humidity, June has 85% humidity which is highest and December has lowest humidity, it is 67%. In adittion, June has highest rainfall, it is 23mm and December has lowest rainfall, it is 476.8mm. Moreover, the prevailing wind direction over the years are mostly blowing between the angle of 80 to 110, which is either Northeast or Southeast.
http://www.hko.gov.hk/wxinfo/pastwx/ywx2015c_uc.htm
Wind rose diagram
N Through out the year, most of the time, the wind is blowing from east, the speed is around 25km/hours. In summer, there are two prevailing wind direction, which are east and west, its speed is around 20km/hours. In winter, the prevailing wind direction is east, its speed is around 10 to 25km/hours.
Summe
r
Winter & Summer
太 陽 周 年 路 徑 圖 （ 詳 盡 版 ） Paths of the Sun throughout the Year (Full version)
Shadow study
32
0
A l t i t u d e 仰 角
B
30
日期 Date ▼ :00
19
50
290
21 / 6 /7
40
:00
09:0
70
00 16:
18
0
A
/8
:0 17
23
08
280
/4
:0 0
19
07 :0 0
C
300
060
60
:00
20
0
05
0
10
06
070
330
22
0
080
340
0
04
2 1/ 6 / 5 20
20
0
10:00
/3
11:00
12:00
80
14:00
13:00
15:00
22
►
►
►
►
►
►
►
►
►
►
►
►
►
0
22/11 21/12
250
▲ 日期 Date
0
13
23
0
240
120
110
23/1
260
►
►
►
►
►
►
►
20/1
►
►
2
►
100
►
19/
/9
西 Ｗ 270
WINTER SOLAR INFLUENCE 東 Ｅ 090
From the traditional perspective, we often percerived shadow as a kind of medium to reflect an object. In fact, this design is go to release the shadow of power. It means that the shadow could make a node point in the community; the shadow could intervene our home space; the shadow could alter the cityscape and so on.
020
030
31
The relationship between solar path and the proposed building is investigated and illustrated through the diagram that show as below. The study indicated the length of the shadow when there is the sunlight project onto the building in different season. Moreover, the study have found out the length of shadow is significantly changed between summer and winter after it have incorporated Hong Kong solar path. The former have highest altitude, the latter have lowest altitude.
方位角 Azimuth 北 Ｎ 360 350 010
Key plan
22
Building height: A: 38500 (approx.) B: 33400 (approx.) C: 29500 (approx.)
0
0
210
14 200
190
南 Ｓ 180
170
160
150
以上的太陽路徑圖方便讀者找尋年內不同時刻的太陽方位角和仰角。藍色弧形線標誌著十二個中氣當天不同 N 時刻的太陽位置，十二個中氣按順時針方向排列，依次序由東側的大寒（20/1）開始，經過春分（20/3）、 夏至（21/6），轉到西側的大暑（22/7），最後於冬至（21/12）終結。最上方藍色弧形線上標籤了夏至日由 06:00 至 19:00 香港時間的整鐘點。由這些時間標籤，向下延伸了兩組藍色曲線呈閉合的「8」字形，實線標 誌了上半年直到夏至期間各天的整鐘點；虚線則適用於夏至及冬至期間。用戶按照定好的日子和時間，就可 以分別從放射線及同心圓環線讀取方位角和仰角。
Altitude
Winter-12noon Azimuth 175.4° Altitude 45.2°
θ
Winter-9am Azimuth 130.2° Altitude 25°
The above Sun Path Diagram can be used to read the solar azimuth and altitude for Hong Kong throughout the year. The blue arcs mark Sun positions on 12 major Solar Terms with date sequence in clockwise direction starting from Severe Cold (20/1) labelled on the eastern flank, moving upward to Vernal Equinox (20/3), Summer Solstice (21/6), then Great Heat (22/7) labelled on the western flank, and ending at the Winter Solstice (21/12). The uppermost blue arc is marked with clock hour from 06:00 to 19:00 HKT. There are two sets of blue curves extending from these time labels, forming closed loops with the shape of "8". The solid curves mark the clock hour for the first half of the year up to Summer Solstice, and the dotted curves for the period between Summer Solstice and Winter Solstice. Once the date and time are located, user can read the azimuth from radial lines and altitude from the concentric circles.
Winter-3pm Azimuth 224.9° Altitude 29.7°
Shadow
Building
θ
Summer-9am Azimuth 86.5 Altitude 43°
Azimuth
Building
θ
Summer-12noon Azimuth 127° Altitude 81.2°
N
Summer-3pm Azimuth 268.1° Altitude 54.2° Solar path
θ
Interior shadow study
This study is to determine how to integrate the dark and light in this space. However, the final design has only used one skylight on top of the tower. In order to ampify the signifiance of the natural light the design is only allow one light source to penetrate into the building.
Psychrometric Chart
The psychrometric chart diagram would provide the guidance to define the comfortability. In summer, the mean temperature is 28.3 and relative humuity is 83% which is out of the comfort zone. According to the diagram, it suggests that the design would use natural or mechanical ventilation to maintain the comfort of the environment. In winter, the mean temperature is 16.4, it is would not suitable for the living of human. According to the diagram, it would suggest the building would use passive solar heating to maintain the comfort of environment. In addition, if the temperature is higher than 7 and the relative humidity is lower than 20 percent, it is recommended to used evaporative cooling to maintain the comfort of the space.
Experimental Design
City as an artifect, it is a metaphor that is used to describe this city or community is undergo the evolution of stanley tectonic environment, such were inporportionate murray buildings to dismantle the harmony of stanley sea front and scale down the building of previously built, this tiny alteration would seems to change stanley's perspective which is designated by the political aspect instead of the decision that made from local resident. Therefore, the design is aim to create a sculptural form in order to provke the discussion of status quo of stanley. As the design has shown in the plan, those three blocks are represent different direction from causeway bay, stanley market, stanley main beach. Those are represent the connection with local community and they are all come up with the result of historical development.
CAR PARK
CAR PARK
D. CAFE
F.
STORE
M.
VOID / SHOW ROOM
COMMON AREA
VOID / SHOW ROOM
LIFT
47
UP
MP
RA
RAMP UP
P
VOID
5U
When we imagine the space of this building through the graph, we would find that there is a huge morphing tower which is accommodate a kind of griant transforming space in inside and outside of building. The inside would be designed to provide dark space together with only one skylight on top. That kind of space would go beyond the superfical of current tectonic environment, simultaneously, it is pushing the existing build environs to its limit as well as inspire the people to compare their build environment by designated contrast which are respectively formed and being juxtaposed in a short distance.
3U
P
COMMON AREA
UP
OFFICE
Detail of facade
This detail is to design the assembly of cladding. It is proposed to use plain tile as the method of assembly and this method also create horizontal line on the exterior which have already shown in the 1 to 200 physical model.
As the design is a curvy form, thus, it is proposed to use trIangular structural system in order to translate the curvature into different surface. Those surface would give advantages to the assembly of stone tile cladding system. The cladding system is hang on the steel rod which is welded onto the main structure as well. The steel rod would provide the freedom of stone tile fabrication and freeze the trangulate restriction casued by main structure system. In addition, the main structure would also carry the loading of interior walk way which is transfered the loading through the cantilever structure. Moreover, the cladding system have designed to incorporate with building service requirement (water pipe, ventilation and etc.)
Main structure
Secondary structure
Clay tile
Building Service (water pipe)
Physical model
Base on previous design of building facade, the study has to carry out the fabrication of 1 to 10 physical model which is aim at comprehend the sequence of assembly and the materiality. They are essential element to constitute designated spatial atmosphere. During the process of fabrication, it finds that the plain tile is diffcult to install. However, the steel rod have increased its flexability, on the other words, it is facilitate the process of construction and reduce the time cost.
Sectional diagram
Air outlet
Detail bold-up model
Air inlet
Air inlet
Skylight Air inlet
This building is design to ventilate through the centre tower, it is provide so called as the stack effect to transit the thermal mass from exhibition area and open area.
Research
Clay brick http://www.archdaily.com/778158/in-detail-heat-dispersing-brick-developed-in-colombia
The street of sham shui po is graphically re-ordered together with different artifects in order to signify different street, it is the contrast to high similiarity of the region.
SOLID
DEDUCTIVE
INDUCTIVE
ABDUCTIVE
FOLDING STAIRCASE STEP1
FOLDING STAIRCASE STEP2
FOLDING STAIRCASE STEP3
FOLDING STAIRCASE STEP4
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N O C SE EN AT H L ITC AL K W ND SS R A LA O G LO F
D N O C SE
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SCENE ONE DEPICTS LIVABLE SPACE FOR THE MAGICIAN, IT IS NORTHEAST VIEW AND LOCATED AT THE FIRST FLOOR. THIS FLOOR WOULD ENCLOSED BY THE FOLDING BLACK PLASTIC CURTAIN. THE CURTAIN IS CLOSED IN ORDER TO RESIST BAD CLIMATE.
NORTH
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PRACTICE MAGIC
NORTH
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LIU
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NORTH
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NORTH
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CA
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LIFT
CA
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PA
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P RO LAN OM T
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UPPER LEVEL KEY PLAN
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FIRST FLOOR KEY PLAN
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SECOND FLOOR