Architect · BIM Specialist · Design Computation Expert
Xiaotian Huang
XIAOTIAN (FURION) HUANG
Architect (CA) Design Computation Expert BIM Specialist
As a designer, I create intriguing spaces from strong, clear, and thoughtful concepts. As an architect, I realize superb ideas through crafted building assemblies and details, which spearheaded my interest in specializing in facade development. As a computational design expert and BIM coordinator, I champion an integrated design process with environmental analysis, generative design tools and interoperability workflow amongst multiple design platforms. I visualize designs through innovative representations such as augmented reality. I also have experience in traditional and digital fabrication techniques. As a gaming enthusiast, I model 3D assets and compose scripts.
Cell: 626-708-8246 Email: furion1986@gmail.com
CONTENTS
PROFESSIONAL EXPERIENCE HANGZHOU TENNIS CENTER ALIBABA XIXI CAMPUS TENCENT GUANGZHOU HEADQUARTERS SOUTHERN CALIFORNIA LIFE SCIENCE COMPANY LEXINGTON CONVENTION CENTER & RUPP ARENA SWIRE TWO TAIKOO PLACE SUNING SOCCER STADIUM VIVO SHENZHEN HEADQUARTERS JAMSIL OLYMPIC STADIUM RENOVATION HANA HEADQUARTERS NBBJ DIGITAL TRAININGS & RESEARCHES LONGNAN GARDEN SOCIAL HOUSING #5
06 12 18 24 30 38 42 48 56 64 74 80
ACADEMIC RESEARCH FORM & ALGORITHM FIBROUS ASSEMBLAGES
86 90
GAME MODDING RISE AND FALL OF USURPER: A MOD OF SID MEIER’S CIVILIZATION VI PROJECT METROPOLIS: A MOD OF SID MEIER’S CIVILIZATION VI
96 98
using UnityEngine.XR.MagicLeap;
namespace MagicLeap { /// <summary> /// Updates the transform an color on /// </summary> public class RaycastPlaneVivo : MonoBe { #region Private Variables [SerializeField, Tooltip("The refe private BaseRaycast _raycast;
[SerializeField, Tooltip("The defa private float _defaultDistance = 9
[SerializeField, Tooltip("When ena private bool _scaleWhenClose = tru // Stores default color private Color _color; // Stores result of raycast private bool _hit = false; // Stores Renderer component private Renderer _render; #endregion #region Public Properties /// <summary> /// Gettor for _hit. /// </summary> public bool Hit { get { return _hit; } } public GameObject prefab; #endregion
#region Unity Methods /// <summary> /// Initializes variables and make /// </summary> void Awake() { // Check if the Layer is set t if (gameObject.layer == LayerM { Collider[] colliders = Get
// Disable any active coll foreach (Collider collider { collider.enabled = fal }
}
// Warn user if any collid if (colliders.Length > 0) { Debug.LogWarning("Coll object's layer to some }
if (_raycast == null) { Debug.LogError("Error: Ray enabled = false; return; }
//_render = GetComponent<Rende //if (_render == null) //{
HANGZHOU TENNIS CENTER DESIGN
NBBJ
PROJECT YEAR: 2014 PROJECT LOCATION: Hangzhou, China ON PROJECT STAGE: Construction Document Review PROJECT STATUS: Completed ROLE ON THE TEAM: Designer, Design Computation Lead RESPONSIBILITY / CONTRIBUTION Coordinated with local design institute on facade construction details, optimized paneling for both perforated panel surfaces and kalzip surfaces.
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“Petal” Primitive Geometry Perforated Panelization
Kalzip Panelization
Facade Panelization for Construction
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ALIBABA XIXI CAMPUS DESIGN COMPUTATION - BIM
NBBJ
PROJECT YEAR: 2014-2015 PROJECT LOCATION: Hangzhou, China ON PROJECT STAGE: Design Competition, Schematic Design PROJECT STATUS: Completed ROLE ON THE TEAM: Designer, Design Computation Lead RESPONSIBILITY / CONTRIBUTION: Applied environmental analysis combined with parametric design workflow on facade design during competition stage. Provided solid proof of energy saving from facade design, the biggest contribution in winning the project. Developed interoperability workflow during SD, ensuring a detailed documentation which thoroughly conveys the design intent. Resolved facade details and code alginment issues concerning facade design.
PUBLICATION: “Performative Morphogenesis” An excerpt and lecture in the Facade Tectonic Institute (FTI) 2016 World Congress Proceedings in Los Angeles.
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Digital Workflow
Facade Documentations 14
Environmental Analysis Integrated into Generative Facade Design
Interoperability Script to Sync Grasshopper Data into Revit
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TENCENT GUANGZHOU HEADQUARTERS DESIGN - DESIGN COMPUTATION
NBBJ
PROJECT YEAR: 2015-2016
PROJECT LOCATION: Guangzhou, China
ON PROJECT STAGE: Design Competition
ROLE ON THE TEAM: Designer, Design Computation Lead RESPONSIBILITY / CONTRIBUTION: Integrated heat gain and view analysis into computational design method and generated a unique facade design that was specific to the project site, climate zone and local conditions. Worked closely with visualization company and tailored the rendering images for client presentation.
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Tower: Solar & View Analysis
Podium: View Analysis 20
Podium Facade Details
Geometry Controls of Tower Unitized Facade Panel
West Elevation View 21
SOUTHERN CALIFORNIA LIFE SCIENCE COMPANY
DESIGN - BIM
NBBJ
PROJECT YEAR: 2016 PROJECT LOCATION: California, USA
ON PROJECT STAGE: Construction Document
PROJECT STATUS: Completed ROLE ON THE TEAM: Designer, Design Computation Lead RESPONSIBILITY / CONTRIBUTION: Designed and developed the ceiling in public spaces within building 27. Developed ceiling assembly details that ensured lighting fixture, fire sprinkler head, and various ceiling elements’ seamless integration. Modeled ceiling elements in Revit and drafted construction documents based on Revit model.
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523 WEST 6TH STREET, SUITE 300 LOS ANGELES, CALIFORNIA 90014 PHONE 213 243 3333 FAX 213 402 2912
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ELECTRICAL: TAFT ELECTRIC CO. 1964 Eastman Ave. Ventura, CA 93003 T: 805.604.0121
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ACOUSTICAL: VENEKLASEN ASSOCIATES 1711 16th Street Santa Monica, CA 90404 T: 310.450.1733
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STRUCTURAL ENGINEER: NABIH YOUSEF ASSOCIATES 550 South Hope Street, Suite 1700 Los Angeles, CA 90071 T: 213.362.0707 MECHANICAL/PLUMBING: LIMBACH 12442 Knott Street, Garden Grove, CA 92841 T: 714.653.7065
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CONSTRUCTION: HATHAWAY DINWIDDIE 811 Wilshire Boulevard Suite 1500 Los Angeles, CA 90017 T: 213.236.0500
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FIRE LIFE SAFETY, BLDG CODE: JENSEN HUGHES 1000 Whilshire Boulevard, Suite 260 Los Angeles, CA 90017 T: 213.412.1400
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5/8" GYP. BD. CEILING
ISSUE MARK
24" X 24" SUSPENDED CEILING PANEL SYSTEM
DATE 9/21/2016
MECHANICAL DIFFUSER - SUPPLY
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100% DD
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MECHANICAL DIFFUSER - SUPPLY ABOVE WOOD SLAT CEILING
DESCRIPTION
MECHANICAL DIFFUSER - RETURN MECHANICAL DIFFUSER - EXHAUST
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12/6/2016 11:49:19 AM BIM 360://101557.27 - Amgen 16/ANGO_B27-L23_AR_MD_00.rvt
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MECHANICAL DIFFUSER - EXHAUST
DRAWN BY:
PROJ. ARCH.:
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DATE:
2016-09-21
Author
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523 WEST 6TH STREET, SUITE 300 LOS ANGELES, CALIFORNIA 90014 PHONE 213 243 3333 FAX 213 402 2912
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ACOUSTICAL: VENEKLASEN ASSOCIATES 1711 16th Street Santa Monica, CA 90404 T: 310.450.1733
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FIRE LIFE SAFETY, BLDG CODE: JENSEN HUGHES 1000 Whilshire Boulevard, Suite 260 Los Angeles, CA 90017 T: 213.412.1400
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STRUCTURAL ENGINEER: NABIH YOUSEF ASSOCIATES 550 South Hope Street, Suite 1700 Los Angeles, CA 90071 T: 213.362.0707
ELECTRICAL: TAFT ELECTRIC CO. 1964 Eastman Ave. Ventura, CA 93003 T: 805.604.0121
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CONSTRUCTION: HATHAWAY DINWIDDIE 811 Wilshire Boulevard Suite 1500 Los Angeles, CA 90017 T: 213.236.0500
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12/6/2016 11:54:34 AM BIM 360://101557.27 - Amgen 16/ANGO_B27-L23_AR_MD_00.rvt
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COLLABORATION ROOM 3F14
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DRAWN BY:
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L02-D
L01-D
DATE
L03-D
M L01-D
L01-D
L01-D
MARK
L06-D FOCUS BOOTH STAIR-3 L05-D L06-D 3F11 ST3-3 FOCUS BOOTH 3F12 COLLABORATION ROOM FOCUS BOOTH M 3F08 3F10 L06-D COLLABORATION COLLABORATION L06-D L24-D L24-D L24-D ROOM ROOM FOCUS BOOTH 3F06 3F05 3F07 FOCUS BOOTH L05-D 3F09 L06-D
FOCUS BOOTH 3F13 L24-D
COLLABORATION RL24-D OOM FOCUS BOOTH 3F04 3F03 FOCUS BOOTH 3F02 L24-D L24-D
L01-D
P
L01-D M
L03-D
L03-D
L02-D L01-D
M
L01-D
M
L07-D
L10-D
PAVILION HUB 3FL01A-D 01
L03-D
R
L01A-D
L03-D
L03-D
AL1-03 A
F
E
D
LED LIGHT ARRAY MOUNTED TO WALL BEHIND GLASS WALL
LED LIGHT ARRAY MOUNTED TO WALL BEHIND GLASS WALL FRY REGLET DRM-150-75
1 FULL HEIGHT 1/2'' MONOLITHIC TEMPERED GLASS WALL
FINISH FACE OF EXISTING WALL FINISH OF ALL WALL SURFACES INSIDE THE BOX SHOULD BE FLAT WHITE (PT4F)
2
FINISH FACE OF EXISTING WALL
FINISH OF ALL WALL SURFACES INSIDE THE BOX SHOULD BE FLAT W (PT4F)
4" MIN 4 1/2" MIN.
SE D2
GLASS FURRING SOFFIT DETAIL
A9-24
GLASS FURRING S
D2
SCALE: 3" = 1'-0"
A9-24
SCALE: 3" = 1'-0"
2
FOR CONTINUATION OF PARTITION FRAMING, PROVIDE SAME SIZE, GA, & STUD SPACING AS PTN TYPE. SEE HEADER STUD FRAMING DETAIL AT OPENING
3
FOR CONTINUATION OF PA FRAMING, PROVIDE SAME SIZ STUD SPACING AS PTN TY A7-11 3 HEADER STUD FRAMING D O
FOR TOP HUNG METAL STUD FRAMING, PROVIDE METAL BRACING. SEE DETAIL C2 A9-14
7"
T
D6 A9-12
ELEV: SEE RCP
SE 5/8" G
3"
5/8" GYP. CLG 'C' METRAL TRIM, PAINTED TO MATCH GRID
3
D4
'C' METRAL TRIM, P TO MATC
LAY-IN ACOUST. CLG SYSTEM
3"
GYP CLG TO ACP TRANSITION
A9-24
D4
SCALE: 1 1/2" = 1'-0"
GYBP4CLCG30T3O2_A2C
A9-24 S SCALE: 1 1/2
A9-24
NOTE : STAIRS, BE
ENLARGE
1
4
A1-23
SCA
12 GA. WIRE, TYP. SUPPLY DIFFUSER MOUNTED ABOVE SCHEDULED CEILING. PROVIDE QUANTITY OF DIFFUSERS AS REQUIRED FOR CFM LOSS THRU GRILL. MECHANICAL ENGINEER TO CONFIRM 1" THICK ACOUSTICAL MATERIAL, ABOVE WOOD GRILLE. OMIT AT HVAC LOCATIONS (BY ACOUSTICAL CLG SUB-CONTRACTOR)
1'-0" OC (TYP.)
ACOUSTICAL CEILING GRID SUPPORT PER MANUFACTURE'S REQUIREMENTS. GAP PER MANUFACTURE'S INSTRUCTIONS
4
+12' - 0" A.F.F. 1"
ALIGN
EQ EQ
SCHEDULED CEILING FIRE SPRINKLER HEAD
5
F5
EQ EQ NOTE: REMOVE WOOD SLATS AS REQUIRED FOR SPRINKLER HEAD PLACEMENT. TRIM ALL EDGES TO BE AT 90 DEGREES TYPICAL WHERE CUTS OCCUR.
C3032_210_WOOD CEILING SECTION DETAIL @ HVAC DIFFUSER
A9-24
F5
SCALE: 3" = 1'-0"
ALIGN
+12' - 0" A.F.F. VARIES SEE RCP. NOTE: REMOVE WOOD SLATS AS REQUIRED FOR SPRINKLER HEAD PLACEMENT. TRIM ALL EDGES TO BE AT 90 DEGREES TYPICAL WHERE CUTS LINE OF WALL OR SOFFIT AS OCCUR. OCCURS
SCHEDULED CEILING FIRE SPRINKLER HEAD
C3032_210_WOOD CEILING SECTION DETAIL @ HVAC DIFFUSER
A9-24
B5
SCALE: 3" = 1'-0"
C3032_2
A9-24
S
5
2
F6
DD L3 Atrium Section Perspective
A1-23
18 GA METAL ANGLE TYP
SCALE:
6" TYP.
CABLE MOUNTED PENDANT LIGHT FIXTURE - VERIFY DIMENSIONS - ELEVATIONS TBD
EQ
18 GA METAL ANGLE TYP
6" TYP.
PAINTED (FLAT BLACK) METAL REVEAL EQ
18 GA METAL ANGLE TYP PAINTED (FLAT BLACK) METAL REVEAL SUSPENDED ACOUSTICAL PANEL CEILING SYSTEM WITH BLACK SUSPENSION GRID, BLACK EDGE TRIM, AND BLACK PANELS
2"
2"
2"
6
6"
2"
6"
ALIGN
gen 16/ANGO_B27-L23_AR_MD_00.rvt
12/6/2016 11:53:40 AM BIM 360://101557.27 - Amgen 16/ANGO_B27-L23_AR_MD_00.rvt
METAL ANGLE TYP
ALIGN
ALIGN
ALIGN SUSPENDED DYPSUM BOARD CEILING SYSTEM METAL TRIM W/ BLACK FIN
ALIGN
LINEAR WOOD CEILING ATTACHED TO SUSPENDED ACOUSTICAL PANEL SUSPENSION SYSTEM SUSPENDED DYPSUM BOARD CEILING SYSTEM SUSPENDED DYPSUM BOARD CEILING SYSTEM
NOTE: SEE D6/A9-24 FOR REVEAL CONSTRUCTION
6
DRYWALL CEILLIIG NG HTRFEIXVTEUARLE AT CEILING REVEAL SCALE: 1'-0" G63" =A9-24 3" = 1'-0" Ceiling @ Lighting Typ.SCALE: Wood
A9-24
E
F
Fixture
F6 D
NLG @ LINEAR WOOD CEILING DRYWDA6LLDCREYILWINAGLLRCEEVILEIA
A9-24
A9-24 SCALE: 3" = 1'-0" SCALE: 3" = 1'-0"
E
D6 Typ. Wood Ceiling @ Drywall Ceiling C
2 DRYWBA6LL CC3E0IL3I2N_G
A9-24
A9-24 S SCALE: 3" = 1'-0"
27 D
LEXINGTON CONVENTION CENTER & RUPP ARENA DESIGN COMPUTATION - BIM
NBBJ
PROJECT YEAR: 2016-2017 PROJECT LOCATION: Lexington, KY, USA ON PROJECT STAGES: Schematic Design, Design Development PROJECT STATUS: Under Construction
ROLE ON THE TEAM: Designer, Design Computation Lead, BIM Coordinator RESPONSIBILITY / CONTRIBUTION: Designed overall massing and architecture design through SD. Developed interoperability workflow and managed BIM coordination through DD. Crafted curtain wall panel families for Rupp Arena facade, and composed Grasshopper/Dynamo/ Python scripts for generating, updating and revising the curtain wall panels. Coordinated with structure and facade consultants on solutions to realize the complex geometries in the facade design. Developed typical details as well as critical connections.
30
CUT LENGTH
1
0 E GL AN
LINE OF BEAM
3
1B
4' - 0" TYP
1A
2
12' - 0" TYP
2 = MULTIPLE PANEL CUTS, SEE DETAIL DWGS D
00 overview : terminology PANEL GLAZING TYPES
MARK
DATE
DESCRIPTION
FP-1
E
GRID
R5
F.O. FACAD
facade roof line
4' - 0" TYP
A
F.O. STEEL
12' - 0" TYP
2' - 0"
ROOF AREA DIVIDER SEE ROOF PLAN
8"
AT Sim TOGGLE GLAZED FRAMING
G8 AE544
Sim AT COLD FORMED METAL FRAMING
G3
4"
4"
4"
FRAMING
AE544
METAL PLATE WET SEAL SYSTEM
COLD-FORMED METAL FRAMING
B
FS
14"
FS
GL-2
facade cant angle
FP-1
FS
MF
4"
C
MF
GL-2
facade fold
2
3
3.4
4
H2
H3
H3.4
H4
D
FS
5
6
6.8
28.5 H5
H6 28
H6.8
7 H7 27 A9 AE351
7.8
8
8.8
H7.8
H8 26
H8.8
GL-2
9
9.8
H9
H9
10
H9.8 9.8
10
11
H9.8
H10
H11
H10
16 H16
14
15
16
H14
H15
H16
17 A6 AE351 A6
panel rotation angle
18-R
H17
H18
17
18-R
H17
H18
C1 / AE340-A
GLASS GLAZING
F3.1_LCC 971' - 6"
4"
FACADE DESIGNATIONS facade numbering
METAL PLATE COPING
METAL PLATE WALL PANELS
METAL PLATE WALL PANELS
D10
A9 AE549
FS
Sim
SIM
AE552
AE541
C345L
SEAM
8
ALUMINUM-FRAMED ENTRANCE DOOR
FS
G10
C345K
Sim
C345N
A3 AE544
A5
5 4
SIM
AE542-A
A1
Sim
AE551
A9 AE552
1
2
G2 / AE241-A G1 / AE241-B
SEAM
0
GLASS GLAZING GL-2
AE549 ARCHITECTURALLY EXPOSED STRUCTURAL STEEL INTUMESCENT FIRE-RESISTIVE COATING
A3
Sim
AE544 A8 AE543
Sim
Sim
3
FACADE PANEL LAYOUTS & SCHEDULES RUPP ARENA PEDESTRIAN BRIDGE
A10
G10
A1
AE340-A
SIM
AE541
F2.1_LCC 953' - 6"
θ
SIM
A8
Sim
AE543
F4.0_ARENA 983' - 6"
K10
SIM
F3.1_LCC 971' - 6"
AE541
AE542-A
ARCHITECTURALLY EXPOSED STRUCTURAL STEEL INTUMESCENT FIRE-RESISTIVE COATING
TOGGLE GLAZED FRAMING SYSTEM
A6 AE340-A
UNDERGROUND DUCTWORK GRADE BEAM
F2.2_ARENA 957' - 0"
CAISSON FOUNDATION
F2.1_LCC 953' - 6"
Sim
SLOPE
AE551
F1.1_LCC ENTRY 938' - 6"
ALUMINUM-FRAMED ENTRANCE DOOR
A
WIND GIRT
E5
Sim
G10 AE542-A
SIM
AE551
A9
AE251 map 00 overview : process ION - A
TOGGLE GLAZED FRAMING SYSTEM
C6
F5.0_ARENA 1006' - 8"
C240B
LASS GLAZING GL-1
A5
F6.0_UPPER BOWL 1027' - 6"
DWG. primary view
7 C345M
Sim
AE544
FS
INSULATED BLANK OFF PANEL BEYOND
4 / 13 / 2018
Sim
PARTIAL SHADOWBOX AT FENESTRATION ABOVE TOP OF STEEL TYPICAL
PANEL MODULE RUNS CONTINUOUS ALIGN PANEL JOINTS ACROSS FACADE FOLD LINES, TYPICAL
G7
FS
G3
SPANDREL PANEL
AE544
6
FS
DATE
PANEL MODULE RUNS CONTINUOUS ALIGN PANEL JOINTS ACROSS FACADE FOLD LINES, TYPICAL
Sim
Sim
AE543 TOGGLE GLAZED FRAMING SYSTEM
LOUVER LV-3
15' - 1 3/4"
G3
AE544
F8
FORMED METAL WALL PANEL
C240A
METAL PLATE COPING Sim
STRUCTURAL STEEL SPRAYED FIRE-RESISTIVE MATERIAL
B
101152.01 AE548
FS
FS
15 H15
13
H13
?
FS
A8
14 H14
H13
12
R5_ARENA ROOF 1046' - 2"
AE544
FS
13
H12
H12
PROJECT NUMBER
FS
FS
Sim
INSULATED SPANDREL PANEL
FS
G8
12
H11
AE351
FS
FS
BID SET
11
R
R
9
G2 / AE241-A G1 / AE241-B
FS
F4.0_ARENA 983' - 6"
A6 AE340-B
4"
facade corner
FS
Designer
Author
4"
facade belt line
PROJ.ARCH
DRAWN BY
4"
FS
R3_LCC ROOF 994' - 3"
PLANS
INSULATED SPANDREL PANEL
FS
FS
VARIES AT EACH FACADE REFER TO DIMENSION CONTROL
GLASS GLAZING
FP-1
FS
INTUMESCENT FIRE-RESISTIVE COATING
27"
MF
ARCHITECTURALLY EXPOSED STRUCTURAL STEEL
ϕ
4"
4"
MF
TOGGLE GLAZED FRAMING SYSTEM
C
FS
FS
FRAMI NG TRANS SEE ELEVAITION VARIES TIONS
AE551
SHEET NUMBER
F1.1_LCC ENTRY 938' - 6"
Sim TOGGLE GLAZED FRAMING SYSTEM CW-2
FOR FACADE MASSING AND DIMENSION CONTROL DRAWINGS, RUPP Arena REFER TO : A8 / GI101 & G8 / GI101
Rupp Facade Design Challenges
11
C1
WALL SECTION AT RUPP CONCOURSE
AE340-A
1/2" = 1'-0"
12
04
FACADE PANEL OPTIMIZATION +
DESIGN INPUTS
01
PARAMETRIC BUILDING MASSING
02
UNROLLING FACADE TO 2D
03
FACADE PANELIZATION
06
FENESTRATION PATTERN MAPPING
07
+
08
STRUCTURAL DESIGN GEOMETRY
D
LE
AB
DIS
EXISTING CONTEXT STRUCTURAL GRIDS
05
DATA ANALYSIS AND EXPORT +
3D FACADE COMPONENTS +
Rhinoceros 3D Grasshopper Galapagos FLUX.io Revit Dynamo Photoshop Excel
RUPP Arena
Workflow and Tool Uses 32
STRUCTURAL CENTERLINE MODEL
STRUCTURAL CONSULTANT WORK FLOW
+
+
FACADE DOCUMENTATION MODEL
E
05 structure : 3D structural preview bent upper member bent lower member roofline beam beltline beam
"fold" member
lower facade columns diagonal bracing members standard members "tree branch" member corner member "tree root" member
RUPP Arena
06
fenestration : photoshop mapping
Parametric Structure Solution photoshop file included 100% black and white registration swatches to calibrate the grasshopper value sampling process and maintain consistency between multiple options
Photoshop to Rhino with real time image mapping Panel types are driven by a image created with Photoshop that is referenced into the Grasshopper definition. Panel variations and opening sizes can be “painted” onto the unrolled surfaces - each time the image file is saved, Grasshopper updates the window distribution. This process was inspired by the Denny Substation work flow used at the NBBJ Seattle office
RUPP Arena
Facade Fenestration Mapping
33
57;3
58;3
59;3
60;3
61;3
07 analysis : outputs
62;3
63;3
64;3
65;3
66;3
64;4
65;4
66;4
64;5
65;5
66;5
64;6
65;6
66;6
64;7
65;7
66;7
oversized panel placement points trimmed panel nodes (relative to oversized panel center-point)
57;4
58;4
59;4
60;4
61;4
62;4
63;4
grasshopper data tree address
57;5
58;5
;5 glazing type [final 59 value]
60;5
61;5
62;5
glazing type [raw value from photoshop] glazing type [matched value from paired neighbor]
57;6
58;6
;5 panel serial number 63 (documentation)
panel cut configuration optimized cut pattern type
59;6
60;6
61;6
62;6
framing system (curtain wall vs stud framed metal panel)
63;6
sequential serial number (dynamo tracking)
panel application
Facade Panel “Baked-in” Parameters
57;7
07 analysis : export 58;7
59;7
60;7
61;7
63;7
Data was originally transmitted from grasshopper to dynamo using the FLUX plug-in. Automated process to write / update Excel data table
RUPP Arena
57
62;7
57;8
58;8
59;8
60;8
61;8
62;8
63;8
64;8
65;8
66;8
57;9
58;9
59;9
60;9
61;9
62;9
63;9
64;9
65;9
66;9
58;10
59;10
60;10
57;10
58
Parameters are collected and combined into one master data table. Once in Dynamo, the59 data can be parsed into the 60 correct parameters using the Revit serial number field as a lookup key.
61
61;10
62
62;10
Data Transfer via Excel Sheets RUPP Arena
08 components : adaptive component family Revit Adaptive component uses oversized panels points from grasshopper to located panel in space and define the work-plane of the panel
determined by panel glazing type
Second set of trimmed panel points control void sweeps that cut away from full sized panel geometry in Revit family
34
Adaptive Component Family Crafting RUPP Arena
63
63;10
64
64;10
65
65;10
66
66;10
08 components : linked files metal panel sub framing
.sat import from Rhino
stud framed wall assembly (sheathing, studs, interior gypsum board)
.sat import from Rhino
toggle glazed framing mullions & interior metal skin
.sat import from Rhino
exterior facade panels and glazing
Revit adaptive component families with panel data
facade massing geometry for 3D survey point documentation
.sat import from Rhino
base architectural Revit models
Facade BIM Model Composition
UPP Arena
07 08
AA
09
0
A
0
A
0
A
0
B
0
A
0
A
N/A N/A N/A N/A N/A N/A
AA
10
0
B
AA
11
0
A
N/A
5
AA
12
1A
A
N/A
N/A
48.00
CFMF
5
CC
N/A
48.00
CFMF
5
CC
03
N/A
48.00
CFMF
5
CC
04
N/A
48.00
CFMF
5
CC
05
N/A
48.00
CFMF
5
CC
06
N/A
48.00
A A A
0
A
0
P
05
0
A
N/A
N/A
48.00
CFMF
5
S
11
0
C
N/A
N/A
48.00
TGFS
5
W
05
0
A
N/A
N/A
48.00
CFMF
5
P
06
0
B
N/A
N/A
48.00
CFMF
5
S
12
0
C
N/A
N/A
48.00
TGFS
5
W
06
0
A
N/A
N/A
48.00
CFMF
A
3.696
50.191
N/A N/A N/A N/A
46.83
N/A
N/A
48.00
CFMF
1A
C
150.099
A
150.099
11.544
A
3.696
122.229
CFMF
5
N/A
48.00
CFMF
5
N/A
48.00
CFMF
5
N/A
48.00
CFMF
5
N/A
48.00
CFMF
5
E
10
E
12
E
13
E
5
14
E
C
0
C
0
D
0
C
0
C
N/A
N/A
N/A
48.00
N/A
48.00
N/A
48.00
N/A
16
1A
A
179.493
63.952
EE
01
1B(XL)
A
3.696
122.185
TGFS
48.00
N/A
N/A N/A 179.493
E
5
48.00
5
05
0
06
0
TGFS
5
HH
10
1A
TGFS
5
J
01
1B(XL)
48.00
TGFS
5
J
02
0
TGFS
5
J
03
0
N/A N/A
48.00
N/A
N/A
48.00
TGFS
5
J
05
0
B
N/A
N/A
48.00
TGFS
5
J
06
0
C
TGFS
48.00 48.00
5 5 5
TGFS
5
TGFS
5
P
07
P
10
C
0
B C
N/A
48.00 48.00 48.00
13
S
A
179.493
S
14
1A
A
179.493
99.944
5
T
01
1B
A
3.696
266.207
351.943
46.72
TGFS
06.61 22.11
CUT DIST
AREA
GLAZING
1A
CUT DIST
5 5
TGFS
5
W
07
TGFS
5
W
08
CFMF
5
W
09
TGFS
5
T
02
0
A
N/A
N/A
48.00
CFMF
5
W
10
5
T
03
0
A
N/A
N/A
48.00
CFMF
5
W
11
0
A
0
A
0
A
0
A
0
B
N/A
N/A
N/A N/A N/A
CFMF CFMF
12
1A
A
179.493
279.941
T
05
0
A
N/A
N/A
48.00
CFMF
5
W
13
1A
A
179.493
27.942
T
06
0
A
N/A
N/A
48.00
CFMF
5
X
01
1B
A
3.696
410.196
02
1B
A
3.696
50.202
0
A
N/A
N/A
48.00
CFMF
5
T
08
0
B
N/A
N/A
48.00
CFMF
5
X
03
0
A
N/A
N/A
48.00
CFMF
03
0
A
N/A
N/A
48.00
CFMF
5
T
09
0
A
N/A
N/A
48.00
TGFS
5
X
04
0
A
N/A
N/A
48.00
CFMF
N/A
48.00
N/A
48.00
TGFS
5
D
01
1B(XL)
A
3.696
122.241
41.30
TGFS
5
EE
05
0
B
N/A
N/A
48.00
TGFS
5
N/A
47.14
TGFS
5
D
02
0
A
N/A
N/A
48.00
TGFS
5
EE
06
0
C
N/A
N/A
48.00
TGFS
5
N/A
40.53
TGFS
5
D
03
0
B
N/A
N/A
48.00
TGFS
5
EE
07
0
B
N/A
N/A
48.00
TGFS
5
G
15
G
16
1A
01
1B
GG
1A
A
179.493
A
179.493
27.951
A
3.696
194.180
279.950
39.09 00.52 31.71
TGFS
5
J
10
TGFS
5
J
11
CFMF
5
J
12
N/A
N/A
48.00
CFMF
T
12
0
A
N/A
0
A
N/A
N/A
48.00
CFMF
5
Q
07
0
A
N/A
N/A
48.00
CFMF
5
T
13
1A
A
179.493
207.943
25.89
TGFS
5
X
08
0
A
N/A
N/A
48.00
CFMF
0
A
N/A
N/A
48.00
CFMF
5
Q
08
0
B
N/A
N/A
48.00
TGFS
5
U
01
1B(XL)
A
3.696
122.207
41.31
CFMF
5
X
09
0
A
N/A
N/A
48.00
CFMF
3.696
266.174
22.11
CFMF
5
M
05
N/A
48.00
CFMF
N/A
48.00
CFMF
5
M
06
N/A
48.00
CFMF
A
N/A
N/A
48.00
CFMF
5
J
13
A
N/A
N/A
48.00
CFMF
5
J
14
1A 1B
0
B
0
D
10
0
A
N/A
N/A
5
BB
01
1B
A
3.696
194.191
31.71
CFMF
5
D
09
5
BB
02
0
A
N/A
N/A
N/A
48.00
CFMF
5
D
10
N/A
N/A
17.52 09.85 02.36
48.00
TGFS
5
D
06
TGFS
5
D
07
TGFS
5
CFMF
D
5
D
08
0
C
0
C
0
11
N/A N/A
C
0
C
0
C
N/A
N/A
48.00
TGFS
5
EE
10
1A
N/A
48.00
TGFS
5
EE
11
1A
01
1B
N/A
N/A N/A
48.00
TGFS
5
F
N/A
48.00
TGFS
5
F
02
0
N/A
48.00
TGFS
5
F
03
0
A
179.493
TGFS
5
GG
04
A
179.493
135.937
12.22
TGFS
5
GG
05
A
3.696
194.235
387.936
31.70
47.96
TGFS
5
GG
N/A
N/A
48.00
TGFS
5
GG
07
N/A
N/A
48.00
TGFS
5
GG
08
0
A
N/A
B
0
N/A
B
0
D
0
C
N/A
N/A
48.00
CFMF
5
JJ
01
N/A
48.00
CFMF
5
JJ
02
N/A
N/A
48.00
N/A
N/A
TGFS
48.00
N/A
48.00
5
JJ
A
0
03
A
0
N/A
A
N/A
TGFS
5
JJ
04
1A
A
150.099
TGFS
5
JJ
05
1A
C
150.099
1A
C
150.099
A
150.099
32.080
A
3.696
338.224
196.617
47.98
141.771
38.12
5
M
07
TGFS
5
M
08
TGFS
5
M
09
A A
0
N/A N/A
C
0
B C
N/A
N/A
48.00
CFMF
5
Q
09
48.00
CFMF
5
Q
10
48.00
TGFS
5
Q
0
11
B
0
B
0
C
N/A
N/A
N/A
48.00
N/A
N/A
48.00
N/A
48.00
TGFS
5
U
02
0
A
N/A
N/A
48.00
CFMF
5
X
10
TGFS
5
U
03
0
A
N/A
N/A
48.00
CFMF
5
X
11
U
04
0
A
N/A
N/A
48.00
CFMF
5
X
12
0
A
0
B
1A
U
05
0
A
N/A
N/A
48.00
CFMF
5
X
13
1A
U
06
0
A
N/A
N/A
48.00
CFMF
5
Y
01
1B
N/A N/A
N/A
179.493
135.941
3.696
266.196
48.00
387.940
47.96
N/A 179.493
A
179.493
135.945
N/A
N/A
48.00
CFMF
1B
A
3.696
194.213
31.70
CFMF
5
U
08
0
A
N/A
N/A
48.00
CFMF
5
Y
03
0
A
N/A
N/A
48.00
CFMF
0
A
N/A
N/A
48.00
CFMF
5
U
09
0
A
N/A
N/A
48.00
TGFS
5
Y
04
0
B
N/A
N/A
48.00
CFMF
1A
A
150.099
N/A
48.00
TGFS
5
R
2
A
***
***
N/A
48.00
TGFS
5
R
01
1B
A
3.696
266.229
22.10
CFMF
5
K
02
0
A
N/A
N/A
48.00
CFMF
5
M
13
0
A
N/A
N/A
48.00
TGFS
5
R
03
0
A
N/A
N/A
48.00
CFMF
5
U
10
0
B
N/A
N/A
48.00
TGFS
5
Y
05
0
A
N/A
N/A
48.00
CFMF
H
02
0
A
N/A
N/A
48.00
CFMF
5
K
03
0
A
N/A
N/A
48.00
CFMF
5
M
14
1A
A
179.493
315.946
43.76
TGFS
5
R
04
0
A
N/A
N/A
48.00
CFMF
5
U
11
0
B
N/A
N/A
48.00
TGFS
5
Y
06
0
A
N/A
N/A
48.00
CFMF
01
1B
A
3.696
266.185
5
M
N/A
N/A
48.00
CFMF
N/A
N/A
48.00
CFMF
15
1A
A
179.493
63.947
5
U
A
179.493
315.942
43.76
N/A
48.00
CFMF
5
DD
02
0
A
N/A
N/A
48.00
CFMF
5
F
10
0
C
N/A
N/A
48.00
TGFS
5
H
04
0
A
N/A
N/A
48.00
CFMF
5
K
05
0
A
N/A
N/A
48.00
CFMF
5
N
01
1B
A
3.696
266.218
22.10
CFMF
5
R
06
0
B
N/A
N/A
48.00
CFMF
5
U
13
1A
A
179.493
63.943
02.70
TGFS
5
Y
08
0
A
N/A
N/A
48.00
CFMF
N/A
48.00
CFMF
5
DD
03
0
A
N/A
N/A
48.00
CFMF
5
F
11
0
C
N/A
N/A
48.00
TGFS
5
H
05
0
B
N/A
N/A
48.00
TGFS
5
K
06
0
B
N/A
N/A
48.00
TGFS
5
N
02
0
A
N/A
N/A
48.00
CFMF
5
R
07
0
A
N/A
N/A
48.00
CFMF
5
V
01
1B
A
3.696
338.202
12.51
CFMF
5
Y
09
0
A
N/A
N/A
48.00
CFMF
43.76
CFMF
48.00
TGFS
0
C
N/A
48.00
CFMF
02.70
CFMF
5
DD
05
N/A
48.00
CFMF
TGFS
5
DD
06
11
1A
12
1A
01
1B
C
02
0
03
0
C
04
A
179.493
A
179.493
63.939
A
3.696
266.241
315.938
22.10
5
DD
04
A
N/A
N/A
48.00
TGFS
5
DD
07
N/A
N/A
48.00
TGFS
5
DD
08
N/A
N/A
48.00
TGFS
5
DD
0
09
A
0
A A
0
B
0
B
N/A
N/A
N/A N/A N/A N/A N/A
48.00
CFMF
5
N/A
48.00
CFMF
5
N/A
48.00
CFMF
5
F
12
0
C
N/A
N/A
F
13
0
C
F
14
0
C
N/A
N/A
48.00
TGFS
5
F
15
1A
A
179.493
171.951
N/A
48.00
TGFS
5
FF
01
1B
A
3.696
338.180
0
C
N/A
N/A
48.00
TGFS
5
DD
10
0
B
N/A
N/A
N/A
48.00
TGFS
5
DD
11
1A
A
179.493
279.937
39.09
07
0
C
N/A
N/A
48.00
TGFS
5
DD
12
1A
A
179.493
27.938
00.52
TGFS
5
FF
05
0
A
08
0
B
N/A
N/A
48.00
TGFS
5
E
01
1B
A
3.696
338.235
12.50
TGFS
5
FF
06
0
B
05 06
C
0
C D
C C
C C
0
B
0 0
5 5
5
FF
02
0
N/A
A
48.00
48.00
N/A
48.00 19.04 12.51
N/A
5
TGFS
48.00
N/A
N/A
TGFS
48.00
H
5
03
H
06
TGFS
5
H
07
TGFS
5
H
08
TGFS
5
H
09
CFMF
5
H
10
CFMF
5
0
H
A
0
B
0
C
0
C
0
C
0
11
N/A
N/A
N/A N/A N/A
B
0
N/A
C
N/A
48.00
N/A
48.00
5
TGFS
5
TGFS
5
N/A
48.00
TGFS
5
N/A
48.00
TGFS
5
K
07
K
0
08
K
N/A
N/A N/A
48.00
N/A
48.00
N/A
48.00
N/A
48.00
N/A
48.00
TGFS
5
N
03
0
A
TGFS
5
N
04
0
A
TGFS
5
N
05
0
A
N/A
N/A
48.00
CFMF
5
R
N/A
N/A
48.00
CFMF
5
R
N/A
N/A
48.00
CFMF
5
R
TGFS
5
N
06
0
A
N/A
N/A
48.00
CFMF
5
R
TGFS
5
N
07
0
A
N/A
N/A
48.00
TGFS
5
R
N/A
48.00
TGFS
5
R
08 09 10 11
0
B
0
C
0
B
0
C
N/A
N/A
N/A
48.00
N/A
N/A
48.00
N/A
48.00
5
V
02
0
A
N/A
N/A
48.00
CFMF
Y
5
V
03
0
A
N/A
N/A
48.00
CFMF
5
Y
TGFS
5
V
04
0
A
N/A
N/A
48.00
CFMF
5
Y
10 11
0
N/A
A
N/A
12
1A
A
179.493
243.940
5
V
05
0
B
N/A
N/A
48.00
CFMF
5
Z
01
1B(XL)
A
3.696
122.196
41.31
CFMF
TGFS
5
V
06
0
A
N/A
N/A
48.00
CFMF
5
Z
02
0
A
N/A
N/A
48.00
CFMF
32.75
N/A
N/A
48.00
TGFS
5
S
03
0
A
N/A
N/A
48.00
CFMF
5
V
10
0
B
N/A
N/A
48.00
TGFS
5
Z
06
0
A
N/A
N/A
48.00
CFMF
N/A
N/A
48.00
TGFS
5
S
04
0
A
N/A
N/A
48.00
CFMF
5
V
11
0
B
N/A
N/A
48.00
TGFS
5
Z
07
0
A
N/A
N/A
48.00
CFMF
TGFS
46.72
5
N
08
0
B
N/A
13
1A
TGFS
5
N
09
0
C
N/A
N/A
48.00
TGFS
5
S
01
1B
A
TGFS
5
N
10
0
C
N/A
N/A
48.00
TGFS
5
S
02
1B
A
32.75
TGFS
04.07 46.83
5
V
07
0
A
N/A
N/A
48.00
CFMF
5
Z
03
0
A
N/A
N/A
48.00
5
V
08
0
A
N/A
N/A
48.00
CFMF
5
Z
04
0
A
N/A
N/A
48.00
CFMF
5
V
09
0
B
N/A
N/A
48.00
CFMF
5
Z
05
0
A
N/A
N/A
48.00
CFMF
C
09
0
D
N/A
N/A
48.00
TGFS
5
E
02
0
A
N/A
N/A
48.00
TGFS
5
FF
07
0
B
N/A
N/A
48.00
TGFS
5
HH
01
1B
A
3.696
410.174
04.08
CFMF
5
KK
02
1A
A
150.099
162.308
43.94
CFMF
5
N
13
0
A
N/A
N/A
48.00
TGFS
5
S
05
0
A
N/A
N/A
48.00
CFMF
5
V
12
0
A
N/A
N/A
48.00
TGFS
C
10
0
C
N/A
N/A
47.82
TGFS
5
E
03
0
B
N/A
N/A
48.00
TGFS
5
FF
08
0
C
N/A
N/A
48.00
TGFS
5
HH
02
1B
A
3.696
50.180
46.83
CFMF
5
KK
03
1A
A
150.099
107.462
26.68
CFMF
5
N
14
1A
A
179.493
171.946
19.04
TGFS
5
S
06
0
A
N/A
N/A
48.00
CFMF
5
V
13
1A
A
179.493
171.942
19.04
TGFS
5
Z
08
5
Z
09
5
Z
10
0
A
0
N/A
A
N/A
CFMF
1A
A
179.493
351.939
46.72
CFMF
1A
A
179.493
99.940
06.61
CFMF
TOGGLE GLAZED FRAMING SYSTEM
R4/5'
A
A
5-B01
5-B02
5-D01
A
D
5-C06 5-C07
C
5-C09
5-E09
C
5-D09
C
5-C10
C
5-D13
C
5-E14
C
5-D14
B
C
C
5-F14
A
5-L13
A
5-N13
A
B
5-Q12
B
5-P12
A
C
A
5-Q13
A
A
FOR REFERENCE ONLY
NUMBER OF PANEL CUTS
F3.1_LCC FINISH FLOOR
0 = ZERO PANEL CUTS (FULL PANEL) A
A
5-T13
5-S14
5-R13
5-V11 5-V12
5-U12
A
A
A
A
5-Q14
5-P14
F
B
B
5-S13
5-P13
A
A
5-N14
6-C08 FACADE COLUMN ROW
B
5-V10
5-U11
A
5-T12
A
PANEL GLAZING TYPE
B
5-V09
A
B
5-U10
C
5-T11
5-S12
A
5-R12
A
A
5-M14
A
5-M15
5-L14
5-K15
5-J14
5-H15
A
A
A
A
A
5-G16
5-N12
A
5-M13
A
5-K14
5-G15
A
5-F15
5-L12
B
5-K13
A
5-J13
5-H14
A
5-E15
CL OF BEAM
5-J12
C
A
A
5-V08
A
5-U08 5-U09
B
5-T10
C
PANEL SERIAL NUMBERS
5-V07
A
5-U07
B
A
5-T09
B
5-S10 5-S11
C
5-R11
B
A
5-V06
A
5-T08
B
5-S09
C
B
5-R10
C
G
GLASS GLAZING (GL-2) WITH SHADOWBOX
5-V05
A
5-U05 5-U06
5-T07
B
5-S08
B
5-R08 5-R09
B
5-Q10 5-Q11
B
5-P11
A
A
A
GLASS GLAZING (GL-2)
A
5-V04
A
5-T06
A
5-R07
B
B
5-Q09
C
B
5-P10
C
C
5-U03
1A & 1B = ONE PANEL CUT, SEE DIAGRAM BELOW
5-V13
5-U13
(EXAMPLE BELOW INDICATES CUT CONFIGURATION 1A)
E
UPPER LEFT CORNER OF PANEL CUT LENGTH
E GL AN
AE253
NOT FOR CONSTRUCTION
E
1
0
1A
1B
4' - 0" TYP
RUPP CONCOURSE - FACADE 5 (PARTIAL A)
E1
1/8" = 1'-0"
3
2
12' - 0" TYP
MATCHLINE SEE E1 / AE253
2 = MULTIPLE PANEL CUTS, SEE DETAIL DWGS
5-X08
A
5-W08
A
5-Z10
A
5-Y11
A
SLIP 79.692°
X
BEARING
Y
BEARING
5-Z12
COLD-FORMED METAL FRAMING
B
A
A
5-AA12
A
5-BB12
COLD-FORMED METAL FRAMING
2
B
A
A
5-FF11
5-CC12 TOGGLE GLAZED FRAMING SYSTEM
3
E LIN LD FO 254 AE DE CA J1 / E SE
A
AE253
4
4' - 0" TYP 4" 14"
FP-1
DRAWN BY
5-JJ06
5-JJ07
Author
4"
D
FACADE DESIGNATIONS
F3.1_LCC FINISH FLOOR
6
A
5 4
SEAM
8 3
SEAM
0
7
8
9
10
11
Designer
PROJECT NUMBER
101152.01
DATE
4 / 13 / 2018
B
DWG.
7
5-GG11
PROJ.ARCH
BID SET
GL-2
C
5-HH09 5-HH10
1
2
FOR FACADE MASSING AND DIMENSION CONTROL DRAWINGS, REFER TO : A8 / GI101 & G8 / GI101
6
Panel serial number smart tags
DESCRIPTION
C 4"
GL-2
4"
1/8" = 1'-0"
5
DATE
FP-1
C
STUD FRAM ING CURTAINWAL L FRAMING
RUPP CONCOURSE - FACADE 5 (PARTIAL B)
A1
4"
GL-2
C
A
A
5-GG10
5-EE11
5-KK04
4"
B 4"
C
B
5-GG09
A
C
C
FP-1
5-LL03
5-HH08
C
5-GG08
C
5-FF09 5-FF10
5-DD11
A
C
5-HH07
D
5-GG07
C
5-FF08
C
C
A
TOP OF STEEL
A
A
A
5-KK03
5-JJ05
A
A
5-LL02
A
5-KK02
A
5-HH06
B
5-EE10
5-LL01
A
5-KK01
A
A
5-JJ03 5-JJ04
A
5-HH05
B
5-GG05 5-GG06
5-FF07
B
5-EE07 5-EE08 5-EE09
5-DD10
B
FA
INTEGRATED TIE-BACK RECEPTORS REQUIRED FOR BUILDING MAINTENANCE AT RUPP ARENA FACADE
COLD FORMED METAL FRAMING SYSTEM • XX = PRIMARY STUD SPAN • YY = CLADDING SUPPORT SUBFRAMING
RUPP Arena
A
B
B
C
5-DD09
B
5-CC10 5-CC11
5-BB11
NOTE:
TOGGLE GLAZED FRAMING SYSTEM • YY = SPLIT MULLIONS (CONTINUOUS) • XX = SOLID MULLIONS
1
5-Y12
5-X13 TOGGLE GLAZED FRAMING SYSTEM
Y
X
A
A
5-W13
SPAN ORIENTATION KEY - FACADE 5 SLIP
A
5-DD08
B
5-CC09
A
A
5-BB10
A
5-GG04
A
B
5-FF06
C
A
5-HH04
A
5-FF05
B
5-EE05 5-EE06
5-DD07
A
5-CC08
A
5-BB08 5-BB09
B
5-AA10 5-AA11
5-Z11
5-W12
A
5-BB07
A
A
5-AA09
A
5-Z09
C
5-Y10
B
A
5-X12
A
5-EE04
A
A
A
5-JJ01
5-JJ02
A
5-HH03
A
5-GG03
A
5-FF04
A
5-HH01
A
5-HH02
A
5-GG02
A
5-FF03
A
A
5-DD06
A
A
5-GG01
A
5-FF02
A
5-EE02 5-EE03
5-DD05
A
5-CC06 5-CC07
A
5-AA08
A
5-Z08
A
5-Y09
A
5-X10 5-X11
B
5-Z07
A
5-Y08
A
5-X09
A
A
5-W10 5-W11
A
A
5-BB06
B
5-AA07
A
A
5-FF01
A
5-EE01
A
A
A
5-DD04
A
5-BB05
A
5-AA06
A
5-Z06
A
5-Y07
A
5-W09 B
A
5-Z05
A
5-Y06
A
5-X07
A
A
5-DD01
5-DD02 5-DD03
A
5-CC04 5-CC05
E LIN LD FO 254 DE / AE CA FA E J1 SE
R6B''
4"
4/13/2018 1:05:34 PM BIM 360://101152.01 - Lexington Convention Center - 2017/LCC_New Construction_ARCH_Exterior_V18.rvt
5-X06
A
5-W06 5-W07
5-CC01
A
A
5-CC03
A
A
5-BB04
A
5-AA05
R6A''
A
5-CC02
A
5-BB02 5-BB03
A
5-AA04
A
5-Z04
A
5-Y05
R5N'
A
A
A
5-AA03
A
5-Z03
B
5-Y04
A
A
5-AA02
A
5-Z02
A
5-Y03
A
5-X04 5-X05
A
5-BB01
A
5-Z01
A
5-Y02
A
5-X03
A
A
R5M'
A
5-AA01
A
5-X02
A
5-W02
A
5-W04 5-W05
MARK
12' - 0" TYP
R5L'
A
5-Y01
27"
R5K'
A
5-X01
5-W03 C
D
PANEL GLAZING TYPES R5J'
A
5-W01
4"
R5H'
4"
D
A
Color-coded panel elevations using smart filters to distinguish construction type
LIGHTING HLB 8580 WASHINGTON BLVD CULVER CITY CA 90232 PHONE 310 837 0929
COLD FORMED METAL FRAMING (NOTED AS CFMF IN PANEL SCHEDULE)
TOP OF STEEL
A
5-U04
5-T05
A
5-S06
TOGGLE GLAZED FRAMING SYSTEM (NOTED AS TGFS IN PANEL SCHEDULE)
R5J'
A
H
FOOD SERVICE WILLIAM CARUSO 8055E. TUFTS AVE, SUITE 1320 DENVER CO 80237 PHONE 303 649 1600
5-V03
A
A
5-S07
A
5-Q08
B
5-P08 5-P09
C
5-N10 5-N11
D
5-M12
D
5-P07
B
C
5-N09
C
C
5-M11
C
5-L11
B
B
5-R06
A
5-Q07
C
A
5-V01
5-V02
A
5-U02
5-T04
A
5-S05
5-R05
A
5-Q06
B
5-P06
5-N08
C
5-M09 5-M10
D
5-L10
B
D
5-K12
C
5-H13
B
5-G14
B
C
5-L09
B
5-K10 5-K11
D
5-J11
C
A
LEGEND
A
5-U01
A
A
5-T03
A
5-S04
5-R04
A
A
5-T01
5-T02
A
5-S03
A
5-Q05
5-P05
A
A
5-N07
B
5-M08
5-L08
B
5-K09
C
5-J09
C
5-J10
C
5-H11 5-H12
B
5-G13
5-F13
C
5-J08
C
B
5-H10
B
C
5-G12
C
5-F12
C
5-E13
5-H09
C
5-G10 5-G11
C
5-F11
D
5-E12
D
5-D12
5-G09
D
C
5-F10
C
5-E11
D
5-D11
D
B
A
R5H'
A
5-S02
A
5-S02
A
5-R02 5-R03
A
5-Q04
5-P04
5-N06
C
5-M07
B
5-L07
B
A
5-R01
A
A
5-Q03
A
A
5-M06
A
5-L06
B
5-K07 5-K08
A
5-Q01
5-Q02
A
5-P02 5-P03
5-N05
A
R5G'
A
5-P01
A
A
A
5-M05
A
5-K06
B
A
5-J07
C
A
5-N01
5-N02 5-N03 5-N04
A
5-L05
B
5-J06
C
5-H07 5-H08
C
5-F09
C
5-E10
C
5-D10
D
5-C11 5-C12
B
C
5-G08
C
5-F08
B
5-K05
B
5-J05
B
5-H06
5-G07
C
5-F07
D
5-E08
C
5-D08
D
5-H05
B
5-G06
C
5-F06
5-E07
C
5-D07
B
5-C08
F
B
5-E06
C
5-D06
C
A
A
5-M04
B
5-L04
A
R5F'
A
A
5-M03
A
5-L03
A
5-K04
B
5-M02
A
5-L02
A
5-K03
A
5-J03 5-J04
B
5-M02
A
5-K02
A
5-J02
A
A
5-H04
B
5-L01
A
5-J01
A
5-H02 5-H03
A
5-G04 5-G05
C
5-F05
R5E'
A
5-K01
A
A
5-G03
B
B
5-F04
B
5-E05
C
5-D05
A
5-H01
5-G02
B
5-F02 5-F03
A
5-E04
B
5-D04
C
R5D'
A
5-G01
A
B
5-E03
B
5-D03
C
5-C04 5-C05
R5C'
A
5-F01
5-E02
A
5-D02
B
5-C03
C
C
C
5-B06
A
5-E01
A
5-C02
B
5-B03 5-B04 5-B05 G
R5B'
A
5-C01
A
TECHNOLOGY & ACOUSTICS IDIBRI. INC. 15508 WRIGHT BROTHERS DR DALLAS TX 75001 PHONE 972 239 1505
COLD-FORMED METAL FRAMING
R5A'
A
5-A01
J
CODE JENSEN HUGHES 2099 S. STATE COLLEGE BLVD, SUITE 360 ANAHEIM CA 92806 PHONE 714 450 1700
TOTAL PANELS: 426
MATCHLINE SEE A1 / AE253
LINE FOLD FACADEA3 / AE305 SEE
CFMF
48.00
11 12
A
CONV. CTR. PLANNING: DONALD GRINBERG, FAIA 43 COMMONWEALTH AVE BOSTON MA 02116 PHONE 617 513 5259
CFMF
48.00
N/A
Z Z
0
N/A
48.00
N/A
N/A
5 5
K
CIVIL: STRAND 1525 BULL LEA RD, SUITE 100 LEXINGTON KY 40511 PHONE 859 225 8500
CFMF
CFMF CFMF
5
Panel data communicated via Revit schedules
LANDSCAPE ARCHITECT: ELEMENT 366 SOUTH BROADWAY, LEXINGTON KY 40508 PHONE 859 389 6533
CFMF
C C
48.00 48.00
5
H
5
TGFS
0 0
N/A N/A 351.947
48.00
TGFS
11 12
N/A
LANDSCAPE ARCHITECT: SCAPE 277 BROADWAY, SUITE 1606 NEW YORK NY 10007 PHONE 212 462 2628
CFMF
N
1A
N/A
48.00
N
1B(XL)
50.213
N/A
5
1A
01
243.944
N/A
5
15
KK
410.207
TGFS
48.00
N/A
N/A
A
TGFS
K
5
N/A
0
CFMF
5
TGFS
3.696
07
06.61
TGFS
12.22
3.696
Y
41.31
47.96
135.950
179.493
5
99.948
387.948
179.493
A
TGFS
122.174
179.493
A
A
1A
N/A
A
1A
0
12
3.696
1A
15
12
CFMF
179.493
14
H
N/A
48.00
179.493
13
H
5
13
N/A
A
12
H
5
TGFS
14
N/A
A
H
5
CFMF
48.00
K
B
A
5
CFMF
48.00
N/A
K
0
B
CFMF
48.00
N/A
5
12
B
48.00
N/A
N/A N/A
5
05
B
N/A
N/A
TGFS
R
D
N/A
A
TGFS
5
0
A
0
48.00
TGFS
0
0
04
48.00
N/A
B
0
03
FF
N/A
02.70
0
FF
5
N/A
N/A
B
0
10 11
5
TGFS
N/A
K
B
0
09
K K
TGFS TGFS
N/A
5
A
48.00
C
TGFS
0
48.00
C
48.00
04
N/A
0
N/A
K
N/A
0
N/A
5
CFMF
N/A
5
N/A
48.00
N/A
5
N/A
N/A
A
C
D
N/A
A
C
0
A
0
BB
09
0
0
BB
F
02
09
5
5
Y
10
5
CFMF
5
BB
5
22.11
A
BB
5
DD
0
5
5
5
N/A N/A
5
5
CFMF
C
07
TGFS
10 11
H
5
D
U
CFMF
GG GG
5
TGFS
0
5
22.11
5 5
TGFS
48.00
0
TGFS
12.22
TGFS
B A
1A
01 02
TGFS TGFS
48.00
N/A
11
L
MEP: ME ENGINEERS 10113 JEFFERSON BLVD CULVER CITY CA 90232 PHONE 310 842 8700
TGFS
0 1A
14
48.00 48.00
N/A
N/A
12
12.22
5
179.493
12 13
Q
47.96
5
A
Q Q
5
387.944
TGFS
A
5 5
N/A N/A
N/A
C
M
TGFS
TGFS
A
TGFS TGFS
N/A N/A
C
0
M
48.00
48.00
5
48.00 48.00
C C
0
08
5
N/A
N/A
TGFS
N/A
0 0
07
F
5
N/A
N/A
05 06
F
5
TGFS
C
N/A N/A
N/A
F F
5
TGFS
CFMF
0
N/A
150.099
5 5
TGFS
25.90
48.00
10
0
B
TGFS TGFS
48.00
N/A
M
0
1A
48.00 48.00
N/A
12.50
5
0
09
N/A N/A 207.952
03.13
201 W. SHORT ST LEXINGTON KY 40507 PHONE 859 231 7538
STRUCTURAL ENGINEER: THORNTON TOMASETTI 707 WILSHIRE BLVD, SUITE 4450 LOS ANGELES, CA 90017 PHONE 213 330 7000
CFMF
N/A
N/A
TGFS
CFMF CFMF
48.00
179.493
A
19.83
48.00 48.00
N/A
C
0
86.926
N/A N/A
N/A
C
08
1A 1B
N/A N/A
A
D
BB
06
A A
0
C
5
07 01
0 0
07
0
04.13
K
05 06
X
0
24.43
JJ
X X
5
0
100.698
JJ
5 5
TGFS
1A
N/A
5
TGFS TGFS
14
N/A
5
48.00 48.00
15
12
5
N/A N/A
D
13
TGFS
N/A N/A
D
D
TGFS
B C
5
D
TGFS
0 0
5
5
42.30
10 11
CFMF
5
155.544
T T
CFMF
CFMF
GG
5
48.00
CFMF
5
5 5
48.00
48.00
TGFS
CFMF CFMF
N/A
48.00
48.00
48.00 48.00
N/A
N/A
N/A
N/A N/A
N/A
N/A
N/A
N/A N/A
A
N/A
N/A
B
0
06
B B
A A
0
A
N/A
0
0 0
06
A
A
04
04 05
Q
0
A
F
Q Q
5
0
0
5
5 5
06
0
TGFS
CFMF CFMF CFMF
07
04
48.00
01.02 04.07 46.83
BB
05
N/A
M
BB
BB
N/A
5
5
BB
D
N/A
5
5 5
0
N/A
M
TGFS TGFS CFMF CFMF
03
0 0
18.308
04.07 46.83
04
02 03
50.224
39.09 00.52
M
GG GG
410.218
X
M
5 5
3.696
5
5
TGFS TGFS
3.696
CFMF
5
48.00 48.00
150.099
48.00
TGFS
N/A N/A
A
N/A
TGFS
N/A N/A
A
N/A
A
TGFS
C C
A
0
32.75
0 0
1A
07
48.00
08 09
1B
T
48.00
EE EE
1B
5
N/A
5 5
03
CFMF
N/A
TGFS TGFS
02
12.50
243.948
48.00 48.00
01
39.09 00.52
N/A
N/A N/A
M
279.945
179.493
N/A N/A
LL
338.213
A
B C
5
27.946
3.696
A
0 0
5
179.493 179.493
A
C
04 05
TGFS
A A
1B
C
D D
TGFS
1A 1A
D
5 5
48.00
13 14 01
0
TGFS TGFS
48.00
Q
0
32.86 25.19
N/A
P P
5
0
N/A N/A
N/A
5 5
TGFS
0
N/A N/A
N/A
TGFS TGFS
A
TGFS
CFMF
02
Q
25.89
0
TGFS
48.00
Q
5
48.00 48.00
207.947
04
48.00
N/A
5
CFMF
N/A
T
48.00
N/A
CFMF
15.24
N/A N/A
179.493
5
CFMF
48.00 48.00
N/A N/A
W
5 5
04.71
73.153
N/A
A
TGFS
48.00
N/A N/A
N/A
5
TGFS TGFS
***
150.099
D A
1A
48.00
TGFS
***
A
0 0
14
N/A
TGFS
A
1A
12 13
L
N/A
TGFS
48.00
N/A N/A N/A
2
02
L L
B
48.00
N/A
N/A N/A
01
LL
5
0
N/A
N/A
B
LL
5
5 5
TGFS
12
N/A
B
0
5
TGFS
TGFS TGFS
48.00
P
0 0
11
TGFS
48.00
48.00 48.00
N/A
5
0
08 09
P P
48.00
N/A
N/A N/A
N/A
TGFS
P
N/A
N/A
N/A
48.00
TGFS
N/A
C
N/A
N/A
TGFS
C
0
A
N/A
AREA
AREA
CUT DIST
AREA
GLAZING
AREA
CUT DIST
48.00 48.00
N/A N/A
0
09
N/A
N/A
48.00
N/A
08
J
B
C
N/A
J
5
N/A
N/A
N/A
N/A N/A
5
TGFS
B
N/A
N/A N/A
TGFS
48.00
B
0
N/A
48.00
N/A
C
A
C D
N/A
N/A
D
0
A B B
0 0
N/A
B
C
08
0
B
0
0
11
0
0
14
07
L
0
13
G
0
09
09 10
G
5
0
03
06 07 08
L L
5
CFMF
0
B
L
CFMF
48.00
J
5
L
48.00
N/A
5
B
L
N/A
N/A
0
B
5 5
CFMF
N/A
A
06
B
5 5
CFMF CFMF
48.00
A
0
07
BB
5
TGFS CFMF
48.00 48.00
N/A
0
04
B
5
TGFS
00.40
N/A N/A
N/A
03
EE
B
5
12.99 41.30
N/A N/A
EE
5
5 5
66.389
A
5
TGFS
TGFS
0
A
TGFS TGFS
19.04
48.00
523 W. 6TH ST LOS ANGELES CA 90014 PHONE 213 243 3333
CFMF CFMF CFMF CFMF
48.00
N/A
04
48.00 48.00 48.00
48.00
N/A
J
31.71
N/A N/A N/A
N/A
12
5
194.202
N/A N/A N/A
N/A
G
TGFS
3.696
A A A
171.938
5
48.00
A
0 0 0
N/A
CFMF
N/A
1B
02 03 04
179.493
02.70
N/A
01
W W W
A
5 5
GLAZING
48.00 48.00
N/A N/A
C C
0
CUT DIST
CUT DIST
09
N/A N/A
B C
0 0 0
W
5 5
B
41.31
09
5
TGFS TGFS
B
03
N/A
HH
N/A N/A
0 0
10 11
5
CFMF
48.00 48.00
0
48.00
G
CFMF
48.00
N/A N/A
0
04
C
A
07 08
G G
48.00
N/A
1A
N/A
5
N/A
N/A N/A N/A
11
B
0
5
B B
G G
5 5
N/A
12
B
05
0
G G
5 5
TGFS
B B B
09
N/A
TGFS
A
0 0 0
07
5
B
04
5 5
TGFS TGFS
08 09 10
08
5 5
G
TGFS TGFS
0
S S S
CC
A
CFMF
5 5 5
CC
0
43.76
5
CFMF CFMF
CC
02
315.951
CFMF CFMF
48.00 48.00
CC
EE
1A
N/A
B
5
TGFS
48.00
N/A N/A
CC
5
15
CUT DIST
GLAZING
0
11
E
CFMF CFMF
41.30
N/A
N/A N/A
5
N/A
48.00
122.218
N/A
A B
5
N/A
48.00
3.696
A
0 0
5
N/A
48.00
0
03 04
5
10
N/A
02
P P
TGFS
CC
N/A
P
5 5
TGFS
5
N/A
5
CFMF CFMF
CFMF
46.83
N/A
5
48.00 48.00
CFMF
50.246
B
TGFS CFMF
N/A N/A
CFMF
410.241
A
08.41 31.70
N/A N/A
25.89
3.696 3.696
A
194.224
A A
04.07
A A
0
52.617
3.696
0 0
48.00
1B 1B
0
150.099
02 03
FRAMING
5
CFMF
C A
L L
CUT ANGLE
CFMF
48.00
1B
5 5
GLAZING
48.00
N/A
1A
01
CFMF CFMF
COLUMN
N/A
N/A
04
L
48.00 48.00
PANEL CUTS
N/A
A
KK
5
N/A N/A
CUT ANGLE
B
0
5
CFMF
COLUMN
0
05
CFMF
PANEL CUTS
04
L
48.00
ROW
L
5
48.00
N/A
FACADE
5
TGFS
N/A
N/A N/A N/A
FRAMING
TGFS
31.27
N/A
A A A
CUT ANGLE
46.43
121.235
A
0 0 0
GLAZING
176.080
150.099
0
04 05 06
COLUMN
150.099
C
03
HH HH HH
PANEL CUTS
C
1A
HH
5 5 5
ROW
1A
08
5
TGFS CFMF
FACADE
07
HH
TGFS TGFS
32.75 04.07
FRAMING
HH
5
48.00
CUT ANGLE
5
CFMF
48.00
N/A
COLUMN
CFMF
48.00
N/A
PANEL CUTS
46.83
N/A
ROW
50.235
N/A
N/A
FACADE
410.229
3.696
A
FRAMING
243.936
3.696
A
0
09
CUT ANGLE
179.493
A
1B
FF
COLUMN
A
1B
02 03
5
TGFS
ROW
1A
01
G G
TGFS
FACADE
11
G
5
48.00
CUT ANGLE
FF
5
TGFS
48.00
N/A
FRAMING
N/A
5 5
TGFS
48.00
COLUMN
A
TGFS TGFS
48.00
N/A
N/A
ROW
0
48.00 48.00
N/A
N/A
FACADE
10
N/A N/A
N/A
B
CUT ANGLE
C
FF
N/A N/A
D
FRAMING
0
5
B C
N/A
07
PANEL DIMENSIONS
0
N/A
S
TYPE
0
B
A
SERIAL #
0
A
1B(XL)
12
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
0
0
01
TYPE
06
05
P
SERIAL #
48.00
01 02
0
11
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
07
E
08
0
10
TYPE
E
09
0
SERIAL #
N/A 207.939
B B
5
0
9
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
N/A
179.493
5 5
CFMF
04
TYPE
E E
1B
04 05 06
AA AA
5 5
27.18 19.51
E
E
02
AA AA AA
5
N/A
5
5
1B 1B
SERIAL #
5
5
15 01
8
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
5
5
TGFS CFMF
C CC
N/A
TGFS
04.07
5 5
TYPE
TGFS
10.80
410.185
CFMF CFMF
SERIAL #
TGFS
TGFS
96.984
3.696
48.00 48.00
N/A
34.85
179.493
N/A N/A
5
42.51
N/A
N/A
C A
N/A N/A
5
N/A
N/A
D D
A A
5
N/A
D
0 0
0 0
7
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
FACADE
0
CUT ANGLE
D
12 13 14
CUT DIST
0
11
02 03
6
TYPE
FRAMING
C C C
COLUMN
C
5 5 5
AREA
COLUMN
5
ROW
TGFS TGFS TGFS CFMF
AA AA
SERIAL #
GLAZING
12.51
PANEL CUTS
11.60 07.87 01.06
5
5
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
PANEL CUTS
N/A
TYPE
ROW
194.246
FACADE
338.191
N/A
SERIAL #
FRAMING
N/A
3.696
GLAZING
N/A
A
4
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
PANEL CUTS
A
FACADE
CUT ANGLE
C
1B
FRAMING
GLAZING
CUT DIST
A
0 0
03 01
3.696
AREA
1B
A AA
TYPE
5
5
J
02
5 5
5
K
01
A
PANEL CUTS
COLUMN A
5
L
ROW
FACADE 5
SERIAL #
PANEL CUTS
3
RUPP FACADE PANEL SCHEDULE - FACE 5
PANEL DIMENSIONS
AREA
2
TYPE
AREA
1
RUPP FACADE PANEL SCHEDULE - FACE 5 SERIAL #
M
ROW
08 components : documentation
FACADE PANEL LAYOUTS & SCHEDULES RUPP ARENA
A
SHEET NUMBER
AE253
12
Facade Sheet Example 35
SWIRE TWO TAIKOO PLACE DESIGN - BIM
NBBJ
PROJECT YEAR: 2018, 2020
PROJECT LOCATION: Hongkong SAR, China
ON PROJECT STAGES: Design Development, Construction Document Review
PROJECT STATUS: Under Construction
ROLE ON THE TEAM: Designer, Design Computation Lead, BIM Coordinator RESPONSIBILITY / CONTRIBUTION: Designed, optimized for constructibility, and documented wood feature wall in grand hall at DD stage. Also crafted VMU staging model for construction. Designed and optimized frit pattern for the glass cubes at CDR stage with Grasshopper.
38
Geometries and Grouping 40
A
C
1F- 1D12- 19FLT- CON
1F- 1D13- 20FLT- COR 1F- 1D13- 19FLT- COR
1F- 1D12- 18FLT- CON
1F- 1D13- 18FLT- COR
1F- 1D12- 17FLT- CON
1F- 1D13- 17FLT- COR
5
1F- 1D11- 19FLT- TYP 1F- 1D11- 18FLT- TYP A
A5
CNC = MILLED WOOD PANEL
1F- 1D13- 1425 COR LIGHT FIXTURE LIGHT FIXTURE CNC-
CNC- TYP WDPNL-1
1F- 1D10- 13CNC- TYP
1F- 1D11- 13CNC- TYP
1F- 1D12- 13CNC- CON
1F- 1DRESIN IN THE SHAPE RESIN OFIN THE SHAPE OF 1313INDICATED INDICATED LETTER CNCCOR LETTER
1F- 1D8- 12CNC- TRM
1F- 1D9- 12CNC- TYP
1F- 1D10- 12CNC- TYP
1F- 1D11- 12CNC- TYP
1F- 1D12- 12CNC- CON
1F1DWDPNL-3 13- 12CNC- COR
1F- 1D-
1F- 1D-
1F- 1D10- 11CNC- TYP
1F- 1D-
1F- 1D-
1F- 1D-
BACKING
BACKING
8- WOOD 13SOLID
13SOLID 9WOOD
20,
50,
FRAMING
WDPNL-1
A4
500
OTHER PANEL UNIT
400
400
90
1200 3
2
3
C
400
400
1F- 1D10- 8CNC- TYP
1F- 1D11- 8CNC- TYP
1F- 1D10- 7CNC- TYP
1F- 1D11- 7CNC- TYP
WDPNL-1
1F- 1D9- 7CNC- TYP
FLT- CON
CNC- COR
1F- 1D10- 6CNC- CON
1F- 1H2- 5FLT- CON
1F- 1D9- 5CNC- COR
1F- 1D10- 5CNC- CON
400
EXISTING WALL EXISTING WALL
1F- 1DMETAL BASE 9- 3FLT- COR
1F1H5 2- 2FLT- CON
1F1D5 9- 2FLT- COR
1F- 1D10- 2FLT- CON
1F- 1D9- 1FLT- COR
1F- 1D10- 1FLT- CON
B A L S F O P O T
VARIES
MTL-1
FLOOR AS SCHEDULED FLOOR AS SCHEDULED
B A L S F O P O T
1F- 1H2- 1FLT- CON
1F- 1D10- 3FLT- CON
MTL-1 METAL BASE
SOLID WOOD WDPNL-3
13 20
1F- 1D12- 10CNC- CON
1F- 1D13- 10CNC- COR
1F- 1D13 20 12- 9CNC- CON
1F- 1D13- 9CNC- COR
10 1D1F12- 8CNC- CON
1F- 1D12- 7CNC- CON
10
1F- 1D13- 8CNC- COR
SOLID WOOD
SOLID WOOD
WDPNL-3
WDPNL-3
1F- 1D13- 7CNC- COR
CO1FR E1DWALCLORREECW ES A1FS LLE1DD REWCOEO SD SESDE1FC WT1DOIO OND SECTION 11- 613- 6B4 SCALE: 1 : 5 12- 6-
SCALE: 1 : 5
CNC- TYP
CNC- CON
CNC- COR
1F- 1D11- 5CNC- TYP
1F- 1D12- 5CNC- CON
1F- 1D13- 5FLT- COR
1F- 1D11- 4FLT- TYP
1F- 1D12- 4FLT- CON
1F- 1D13- 4FLT- COR
1F- 1D11- 3FLT- TYP
1F- 1D12- 3FLT- CON
1F- 1D13- 3FLT- COR
1F- 1D11- 2FLT- TYP
1F- 1D12- 2FLT- CON
1F- 1D13- 2FLT- COR
1F- 1D11- 1FLT- TYP
1F- 1D12- 1FLT- CON
1F- 1D13- 1FLT- COR
E
MTL-1
5
EXISTING WALLL
9
T w
2
SOLID WOOD OPENING WDPNL-3
A
500
OPENING
EXISTING WALL SOLID WOOD
VARIES
A1
TYP. CORETYWPA. LCLOBRAESW E A0L1L BASE 01 A1 SCALE: 1 : 5
PUSH BUTTON WHERE OCCURS
SCALE: 1 : 5
A
E5
METAL PANEL
B1
PROJECT NUMBER:
500
CON PANEL UNIT
SCALE:
MTL-1 101916.00
As indicated@ A1
DRAWN:
Author DRAWING NAME:
06/08/2018
CORE WALCLOTRYEPW E A1LCLNTCYP SE C1TCIONNC SECTION B1 SCALE: 1 : 5
CHECKED:
Checker
B
200
200
FUTURE FITOUT TENANT FINISH
B A L S F O P O T
DRAWING NUMBER:
EXISTING WALL
STONE FLOOR
C2
L I FT C D
SCALE: 1 :
50
C
C
NOTES: 1. ALL DIMENSIONS AND LEVELS 2. DO NOT SCALE FROM THIS DR 3. ALL DIMENSIONS AND LEVELS 4. ANY DISCREPANCIES OR ERRO PRIOR TO COMMENCEMENT OF 5. ALL DRAWINGS ARE TO BE RE AND SPECIFICATIONS 6. ANY DISCREPANCIES BETWEE SHALL BE BROUGHT TO THE ENG 7. THE CONTRACTOR SHALL BE COORDINATED SHOP DRAWINGS WORK ON SITE 8. THE COPYRIGHT OF THIS DRA
PROJECT STATUS:
100% DESIGN D
DRAWING ISSUE HISTO
ISSUE:
AI929
Panel Naming Rule
WATERTIGHT SEAL
200
E
METAL TRIM MTL-1
50
R O O L F D E H S I N I F
200
RADIUS/ANGLE REFER TO CORNER DETAILS
D1
SOLID WOOD B
EXISTING WALL
L1 CORE WALL PANEL MAP
2 L
SCALE: 1 : 5
5MM THICK METAL BASE
ISSUE DATE:
CNC CARVED WOOD. CNC CARVED WOOD. C SEE ELEVATION SEE ELEVATION FOR PLACEMENTFOR PLACEMENT
C O R E W A L L G F TE R M I N A T I O N DE T A I L
MTL-1
A
8 L U
SCALE: 1 : 5
5
COR = CORNER PANEL
D
SOLID WOOD
TAIKOO PLACE, PHASE 2B - INTERIOR
METAL BASE MTL-1
CON PANEL UNIT
B
5
NOT FOR CONSTRUCTION
PROJECT NAME:
WATERTIGHT SEAL
FLOOR AS SCHEDULED
FLOOR AS SCHEDULED FLOOR AS SCHEDULED
B A L S F O P O T
OPENING
VARIES
EXISTING WALL
METAL BASE MTL-1 METAL BASE MTL-1
1
CORE W AL L RECESSED W OOD S ECTI ON
SCALE: 1 : 5
WATERTIGHT SEAL WATERTIGHT SEAL
5
L 3 K
INSIDE FINISH FACE OF EXTERIOR GLAZING
SOLID WOOD
R O O L F D E H S I N I F
B4
VARIES
50 20 50
SOLID WOOD
B A L S F O P O T
PL AN
400
50 20 50
EXISTING WALL EXISTING WALL
R O O L F D E H S I N I F
1
400
120
5
OTHER PANEL UNIT
500
OOD
10
120
50
VARIES
G
METAL TRIM MTL-1
50
50
13 20
CUS = CUSTOM PANEL (BECAUSE OF WALL OPENINGS)
G
DESCRIPTION 50% DESIGN DEVELOPMENT SET 75% DESIGN DEVELOPMENT SET 95% DESIGN DEVELOPMENT 100% DESIGN DEVELOPMENT
50
VARIES
DATE 12/15/2017 01/19/2018 02/23/2018 06/08/2018
50
400
CORE WALL ENDS
DRAWING ISSUE HISTORY: ISSUE 50DD 75DD 95DD 100DD
50
400
L 8 K K
100% DESIGN DEVELOPMENT
1
500
OTHER PANEL UNIT
2
PROJECT STATUS:
CORE W AL L L I FT L O BBY SI GNAGE
SCALE: 1 : 5
2 9
WORK ON SITE
WDPNL-3
6/12/2018 12:04:52 PM BIM 360://101916.00 Swire Two Taikoo Place 2018/101916_Swire_Taikoo_Arch_2018__Podium.rvt
B5
L I FT C C
SCALE: 1 :
SOLID WOOD 8. THE COPYRIGHT OF THIS DRAWING BELONGS TO NBBJ
VARIES
PL AN
C2
Panel Tags
50
TRM = TERMINATION PANEL
A2
5
VARIES
50
400
A3
C O R E W A L L PA N EL 1 F - 1 D
50
400
TYP. CORETYWPA. LCLOBRAESW E A0L2L BASE 02 A3
3. ALL DIMENSIONS AND LEVELS ARE TO BE CONFIRMED 25COR PANEL UNIT LIGHT FIXTURE 4. ANY DISCREPANCIES OR ERRORS ARE TO BE REPORTED TO THE ENGINEER (ARCHITECT) SCALE: 1 : 5 SCALE: 1 : 5 PRIOR TO COMMENCEMENT OF WORK 5. ALL DRAWINGS ARE TO BE READ IN CONJUNCTION WITH ALL OTHER RELEVANT DRAWINGS SOLID TRANSLUSCENT AND SPECIFICATIONS ANY DISCREPANCIES BETWEEN ARCHITECTURAL, STRUCTURAL AND SERVICES DRAWINGS RESIN IN 6.THE SHAPE OF SHALL BE SCALE: BROUGHT TO THE 1 :ENGINEERS 25 NOTICE PRIOR TO EXECUTION OF ANY WORK ON SITE 7. THE CONTRACTOR SHALL BE RESPONSIBLE FOR PRODUCING A COMPLETE SET OF DETAILED, INDICATED LETTER 200 200 COORDINATED SHOP DRAWINGS FOR CONSULTANTS APPROVAL PRIOR TO EXECUTION OF ANY
6/12/2018 12:04:52 PM BIM 360://101916.00 Swire Two Taikoo Place 2018/101916_Swire_Taikoo_Arch_2018__Podium.rvt
OOD
6/12/2018 12:48:07 AM BIM 50 360://101916.00 50 50 Swire Two Taikoo Place 2018/101916_Swire_Taikoo_Arch_2018__Podium.rvt
OTHER PANEL UNIT
500
NOTES: 1. ALL DIMENSIONS AND LEVELS ARE IN MILLIMETERS UNLESS OTHERWISE NOTED 2. DO NOT SCALE FROM THIS DRAWING
G
MT 5MM THICK METAL BASE
R O O L F D E H S I N I F
50
1F- 1H2- 3FLT- CON
SEAL WATERTIGHTDSEAL
R O O L F D E H S I N I F
CON = CONNECTOR PANEL WITH CORNER
B4
1F- 1H1F- 1D- SOLID WOOD SOLID 1F- 1DWOOD 2- 4-50 2020 9- 410- 4FLT- CON CNC- COR CNC- CON WATERTIGHT
236 GRAY'S INN ROAD LONDON WC1X 8HB
OTHER PANEL UNIT
1F- 1D11- 9CNC- TYP
90
50 2020
OPEN
500
B
1F- 1D10- 9CNC- TYP
CORE WALCLOTRYEPW E 1FAWLL1HPLTAYN PE1FW1DPL AN 9- 6A4 SCALE: 1 : 5 2- 6-
SCALE: 1 : 5
8 SHEPHARDESS WALK LONDON N1 7LB UNITED KINGDOM
400
1F- 1D9- 9CNC- TYP 9- 8-
SOLID WOOD
CO11RE11-WALCLOLRIFETWLAO12LBLB11LYIFSTIGLN OABG BE Y13-S11I GNAGE B5 CNC- COR 1F- 1D11- 10CNC- TYP
SOLID WOOD CNCTYP
SOLID TRANSLUSCENT SOLID TRANSLUSCENT
SCALE: :5 SCALE: 1 : 5 CNC- CON CNC-1 TYP
1F- 1D10- 10CNC- TYP
1F- 1DBACKING
388 KWUN TONG ROAD, KOWLOON, HONG KONG
B5
1F- 1D9- 10CNC- TYP
FRAMING
1F- 1D1F- 1D7- 78- 7CITY 1, CNC- LEVEL TYP 11, TOWER 1 MILLENNIUM CNCTYP
1200
400
1F- 1D-
20-40
KOWLOON, HONG KONG 1F- 1D1F- 1DBACKING 7- 88- 8SOLID WOOD CNC- TYP CNC- TYP
C O R E WA L L P A N E L F O R M T Y P E S
400
20,
1F- 1D1F- 1D7-4 98- 9LEVEL 5 FESTIVAL WALK CNC- 80 TYP CNC- TYP TAT CHEE AVENUE
20 OR 50
OTHER PANEL UNIT
1F- 1D12- 1425 CNC- CON
CORE WALCLOTRYEPW E AY PLLTAYNPE Y 9-PL11-AN 8-L11A5 SCALE: 1 : 5CNCTRM CNC- TYP
KOWLOON TONG
400
1F- 1D11- 14CNC- TYP
SCALE: 1 : 5
50,
3
400
1F- 1D10- 14CNC- TYP
FRAMING FLT- TYP
1F- 1D1D27/F DORSET HOUSE TAIKOO 1FPLACE 7- 10979 KING'S ROAD HONG KONG 8- 10CNC- TYP CNCTYP 20-40
40 OR 100
4
OTHER PANEL UNIT
1F- 1D9- 14-
FRAMING FLT- TRM
FLT- TRM WDPNL-1
TEL: 213 243 3333 www.nbbj.com
C O R E WA L L P A N E L S E C T I O N T Y P E S
TYP = TYPICAL PANEL
1F- 1D13- 15CNC- COR
1F- 1D-
FORM TYPE
20 OR 50
1F- 1D12- 15CNC- CON
1F- 1D8- 14-
523 WEST 6TH STREET, SUITE 300 LOS ANGELES, CA 90014 USA
ROW NUMBER START FROM BOTTOM
FLT = FLAT WOOD PANEL
1F- 1D11- 15FLT- TYP
50
SECTION TYPE
1F- 1D10- 15FLT- TYP
5
FACE ID REFER TO GEOMETRY CONTROL DIAGRAM
1F- 2A5- 3CNC- TYP
1F- 1D9- 15-
50-100 FLT- TYP
50
COLUMN NUMBER START FROM FACE LEFT
1F- 1D13- 16FLT- COR
50
FLOOR LEVEL
C
1F- 1D12- 16FLT- CON
50
C O R E WA L L P A N E L N A M I N G
C
1F- 1D11- 16FLT- TYP
50
5
E
4
B
1F- 1D10- 16FLT- TYP
50-100 50, 20,
20,
B 1D1F11- 17FLT- TYP
1F- 1D10- 17FLT- TYP
50
D
A
50
50,
G
SE 0 2
B
L I FT C AL L BUTTO N FRAME SECTI ON
SCALE: 1 : 5
D3
C O R E W AL L TER M I N A TI O N D ET AI L
SCALE: 1 : 5
Typical Details
ISSUE
DATE
50DD 75DD 95DD 100DD
12/15/2017 01/19/2018 02/23/2018 06/08/2018
41
SOLID WOOD
SUNING SOCCER STADIUM DESIGN - DESIGN COMPUTATION
NBBJ
PROJECT YEAR: 2018
PROJECT LOCATION: Nanjing, China
ON PROJECT STAGE: Design Competition
ROLE ON THE TEAM: Designer, Design Computation Lead
RESPONSIBILITY / CONTRIBUTION: Designed ETFE canopy of the stadium including the long span structure system. Generated the canopy’s shading pattern for light diffusion through computational methods to ensure comfort levels for spaces underneath. Drafted the multimedia presentation and coordinated with visualization company on the rendering images.
42
结构系统 Structure System
1. 主桁架 Main Trusses
3. 外周桁架与锚固点 Perimeter Trusses and Anchors
2. 次桁架 Secondary Trusses
4. 结构次梁 Secondary Beams
Canopy Structure System
顶棚与立面 Roof And Facade
南京雨花国际足球小镇专业足球场 Nanjing Yuhua Stadium · 125
124 · 场馆设计 Stadium Tour
日照分析及光伏发电 Solar Study and PV Integration
运用迭代算法生成最合理化光伏发电产出 Generative Algorithm for Optimum Solar Electicity Yield 输入参数
目标参数
Input Parameters
Objective 3,563,646 kWh
高于平均99%日照辐 射量的单元分布参数
高于平均95%日照辐 射量的单元分布参数
高于平均85%日照辐 射量的单元分布参数
年均由光伏单元产生的发电量可 达3,563,646千瓦时
Distribution Parameter of Top 99% of Radiation Exposure Panels
Distribution Parameter of Top 95% of Radiation Exposure Panels
Distribution Parameter of Top 85% of Radiation Exposure Panels
The Annual Electricity Generated by PV Units Reach 3,563,646 kWh
算法生成的光伏单元分布结果
太阳路径图与屋顶表面太阳辐射量模拟分析
The Resultant PV Panels Layout
Sun Path and Solar Radiation Simulation on Roof Surfaces
南京雨花国际足球小镇专业足球场 Nanjing Yuhua Stadium · 131
130 · 场馆设计 Stadium Tour
Solar Study and Shading Strategy on Canopy
顶棚与立面 Roof And Facade
材质肌理 Panel Pattern
苏宁队徽
结构系统 Structure System
Suning FC Logo
单元顶部完成面
Top Panel Finish
解构图形
单元外框
Deconstructed Elements
Panel Frame
单元底部完成面
Bottom Panel Finish
檩条
Purlins 可调节桁架与屋顶形态间距的支撑杆
Struts to Adjust Space between Truss and Roof Shape
1
2
大面积印花图案
Large Frit Pattern
中等面积印花图案
Medium Frit Pattern
3
4
小面积印花图案
光伏玻璃
Small Frit Pattern
3
2
PV Glass
1
4
不透明ETFE
Opaque ETFE
印花图案 ETFE
Frit Pattern ETFE
Paneling and Frit Details of ETFE Canopy Components 126 · 场馆设计 Stadium Tour
44
透明ETFE
Clear ETFE
光伏玻璃
PV Glass
南京雨花国际足球小镇专业足球场 Nanjing Yuhua Stadium · 127
ETFE Canopy
Structure System
Open Concourse
Athlete, Retail & Parking 45
vivo SHENZHEN HEADQUARTERS DESIGN - BIM
NBBJ
PROJECT YEAR: 2019-2020
PROJECT LOCATION: Shenzhen, China
ON PROJECT STAGES: Schematic Design, Design Development, Construction Document Review
PROJECT STATUS: Approved for Construction ROLE ON THE TEAM: Architect, Design Computation Lead, BIM Coordinator RESPONSIBILITY / CONTRIBUTION: Developed facade details to align with the notoriously complicated Shenzhen local requirements. Crafted various crucial Revit families for the entire team, such as the curtain wall families covering all the corner and edge conditions. Drafted curtain wall details. Established and managed drawing set.
48
50
Typical Curtain Wall Panel Family Crafting
Corner Curtain Wall Panel Family Crafting
ERFORMATIVE ENCLOSURE
典型幕墙
Tower
阴影盒 Shadow Box 窗帘盒 Curtain Box
双层Low-E 夹胶中空 超白玻璃单元 Double Low-E Laminated LowIron Glazed IGU
金属窗框 Metal Frame
穿孔板/开启扇 Perforated Metal Screen/Operable Window
金属窗框 Metal Frame
双层Low-E 夹胶中空 超白玻璃单元
Double Low-E Laminated Low-Iron Glazed IGU
Curtain Wall Model in Revit
51
1A-T4-01 1A-T4-01 幕墙类型 幕墙类型
330 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/6 1A-C4/4 1A-C4/4 -02-02 -12-12
4/4 3
1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/4 1A-C4/4 -13-13
1A-CB4/6 1A-CB4/6 -03-03
80
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -13
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/4 1A-C4/4 1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 -12 -12 -11
1A-CB4/6 -03
吊顶完成面 PROPOSED CEILING
330
1A-CB4/4 1A-CB4/4 1A-B4-01 1A-B4-02 1A-B4-02 1A-B4-03 1A-B4-03 1A-B4-01 1A-B4-01 1A-B4-02 1A-B4-02 1A-B4-03 1A-B4-03 1A-B4-01 1A-B4-01 1A-B4-02 1A-B4-02 1A-T4-021A-B4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/4 1A-T4-01 -13-13 -13 1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -12
4350
1A-CB4/4 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02
6/6 = Corner at 600 and 600 转角600与600交接 6/4 = Corner at 600 and 400 转角600与400交接
特种 SS==Special Special特种
2700
1A-CB6/6 1A-B6-02 1A-B6-03 1A-B6-011A-T6-03 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 1A-C6/6 1A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11 -11 -01
2535
1A-CB6/4 1A-CB6/4 -01-01
400 OR 600
1500
1A-CO6/6 1A-O6-13 1A-O6-11 -12
1A-C6/6 1A-C6/61A-T6-03 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -12-12
400 OR 600
1500
1A-C6/6 1A-T6-02 1A-T6-03 1A-CO6/6 1A-CO6/6 1A-O6-21 1A-O6-21 -13-13-11
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -03
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01
Wall Type Axon View
1A-CB6/6 1A-CB6/6 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 -111A-C6/6 -11 1A-T6-02 1A-T6-011A-T6-02 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-021A-T6-03 1A-T6-03 1A-T6-01 -12
52
-01
1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -13
1A-C6/6 -13
4
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 -11
外墙1A - 三维视图
330 845 1000 165 5 330 845 1000 165
-02
1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 -13
1A-B4-01×9 1A-B6-01×6
WALL TYPE 1A - AXONOMETRIC -02
1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 1A-C6/4 -02-02
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -03
1A-T6-01 1A-T6-01 1A-T6-02 1A-T6-02 1A-T6-03 1A-T6-03 1A-T6-01 1A-T6-01 1A-T6-02 1A-T6-02 1A-T6-03 1A-T6-03 1A-T6-01 1A-T6-01 1A-T6-02 1A-T6-02 1A-C6/4 1A-C6/4 -03-03
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11 -01
165 1335
1500
1335 165
165 165 1335 1335
1A-CB6/6-01×1
165
165
1845 1845
VARIES
1845
165 165
165
165
330 845 1845
1845
165 800 165 1845 VARIES 330 8453301000 165 165 VARIES 165 1845 330 845 1000 165 VARIES 165 330 VARIES 800 165 200 200 200 200 200 200 200 200
165
330
330 845
165
1845
1845
165
1000 165
1845 165
165
330 845 1845
330 845 330 845
1000 165
330 845 1845
165 1000 165
2535
330 VARIES 800 165
1000 165
1000 165 1000 165
1000 165
1000 165 1000 165
330 845 330 845 1845 1845
1A-C6/4-13×6
400
1A-CB4/6-11×1 1A-CB6/4-12×1
1
1500
2
1500 1500
2700
330
165
200
1820
200 200
1020
200
800 165
330
1000 165
200
800 165
MTL-03
330
165
200 200
1020
1845
330 845 330 845
2835
1C-C4/4-01×1 2700 1820
2700PL 1A-C4/4-03×5 1A-C4/4-03×5 WALL TYPE 1A - PARTIAL
1A-C6/6-03×6 1A-C6/6-03×6
1000 165
400
1335 165
2700
1335 1335 165 16
165
1845
330 845
400 400OR OR600 600
200
165
2700 2700 2700
1C-C4/4-11×1 1335 165
400 OR 600
1C-C4/4-11×1
1A-CO6/6-02×1 1C-C4/4-02×1 1A-CO6/6-02×1 165 2535 1C-C4/4-02×1 1500 3000 1A-C4/4-13×5 1A-C4/4-13×5 165 1500 1500 2535 1A-C6/6-13×6 1A-C6/6-13×6 400 400OR OR600 600
MTL-01A
400 400OR OR600 600
外墙1A - 局部平面图 1 : 50
1A-CO6/4-12×1
1335
可开启扇 OPERABLE WINDOWS
1500
27001A-CO6/4-12×1
1A-C4/4-13×5 1500 1A-C6/6-13×6 400 OR 600
1500 2700 1C-C4/4-01×1 330 1A-C4/4-12×7 1A-C4/4-12×7 1500 1500 2700 1A-C6/6-12×5 1A-C6/6-12×5 1500 400 OR 600 400 400OR OR600 600 400 1500
400 400OR OR600 600
400
330 845
1000 165 330 845 1845
165
2525
1A-C4/6-13×6 1C-C4/4-01×1
400 OR 600
165
1000 165
330 845 1845
165
1000 165 1000 165
1000 165 330 845 1845 165 1000 165
165
330 845
400 OR 600
1845
330 845 1845
1845 165
1000 165
330 845
400 OR 600
2
1A-C6/6-13×6 400 OR 600 400 OR 600
165
1A-C6/6 1A-C6/61A-T6-02 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 -11-11
1335
2
2700
165
2535
3000 9000
1000 165
-02
1500
165 1335
330 845
2700
2535 2535
165
MTL-03 400
1A-CB4/6-01×1
WALL TYPE 1A - PARTIAL PLAN 1845
-12
1A-C6/6 1A-C6/6 1A-C6/4 1A-C6/4 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-021A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-031A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -13 -03 -13-13 -03-03
1A-CO6/6 1A-O6-21 -13
1A-C4/6-12×6 1A-C6/6-03×6 1A-C6/4-12×6 1500 400 OR 600 1A-C4/4-03×5 2700 165 1A-C6/6-03×6 1A-C4/4-11×6 1A-C4/4-11×6 1335 165 165 1335 2700 1A-C6/6-11×7 1A-C6/6-11×7 165 1335 400 OR 600 400 400OR OR600 600 400 OR 600 1335 165
165 165 165
1A-C4/6-11×7 1A-C6/4-11×5
165
1A-T6-03 1A-T6-01 1A-T6-021A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-021A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/6 1A-T6-03 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-021A-T6-01 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4
1C-T4-01×21 1C-T6-01×3 1A-O6-11×7 3000 3000 3000 1A-O6-21×7
1C-C4/4-01×1
1A-C4/4-02×7 1A-C4/4-02×7 外墙1A - 局部上部平面图 1A-C6/6-02×5 1A-C6/6-02×5 1 165 : 50 1A-C4/4-13×5 1500 165 165 2535 2535 2525
1A-C4/4-12×7 1500 1A-C6/6-12×5 400 OR 600
1845
-01
330
1A-C6/6 -12
165
1A-C4/4-11×6 1335 165 1A-C6/6-11×7 1A-C4/4-03×5 400 OR 600
1A-CB6/4
1A-C4/4-02×7 1A-C6/6-02×5 1A-C4/4-02×7 165 1A-C6/6-02×5 165
1845
-11
1A-C6/6 1A-C6/61A-T6-03 1A-C6/4 1A-C6/4 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 -12-12 -02-02
165
3000
2535
1000 330 845 1000 165165 330 845 845 1000 165 330 1820 330 1020 800 165 1820 165 330 1020 800 165 200 200 200 200 200 200 200 200
1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -13 -03
1A-C6/6 1A-C6/61A-T6-02 1A-C6/4 1A-C6/4 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 -01 -11-11 -01-01
1A-C4/4-01×6 1A-C6/6-01×7 1A-C4/4-01×6 1A-C6/6-01×7
3000
18451845 165 1845
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -03
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11
1845
1A-C6/6 -13
2835
1A-T4-03×230 1A-T4-03×230 1A-T6-03×221 1A-T6-03×221
165 165 165
1A-T6-03 1A-T6-011A-T6-02 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-021A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 1A-C6/6 1A-C6/61A-T6-01 1A-C6/4 1A-C6/4 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 -02 -13-13 -03-03
1C-T4-01×21 1C-T6-01×3 1A-O6-11×7 1A-O6-21×7
165
-01
1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -02
165
1A-C6/6 -12
165
3000
1A-C4/4-03×5 1A-C6/6-03×6
1845
1A-C6/6 1A-C6/61A-T6-03 1A-C6/4 1A-C6/4 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 -12-12 -02-02 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4
1335 165
165
-01-01
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11 -01
1500
2535
1000 165
1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -03
1500 1500
400 OR 600
165
-11-11
165
330 845
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02-021A-C6/4 -03 1A-C6/6 1A-C6/61A-T6-02 1A-C6/4 1A-C6/4 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03
400OR OR600 600 400 165 1335
330 845
1A-C6/6 -13
-03-03
1845
1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 1A-C6/4 1A-C6/4 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 -02
165
2700
1A-C6/6 -12
1845
1845 330 845 1000 165 1845 330 845 1000 165 165
2535
1A-CB6/6 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 1A-B6-03 1A-B6-01 1A-B6-02 -11
1000 165
2700
2700 2700 2700
400 OR 600
1845
2535
1A-C6/4 1A-C6/4 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-011A-T6-03 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 1A-CO6/6 1A-O6-21 -02-02 -11 -01
165
2700
1A-C4/4-03×5 1A-C6/6-03×6
165
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 1A-C6/6 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 -03 -12
1A-C4/4-02×7
27001A-C6/6-02×5
1A-C4/4-12×7 1500 2700 2700 1A-C6/6-12×5 400 OR 600
1000 165
-11
165
1A-C4/4-01×6 1A-C4/4-01×6 1A-C6/6-01×7 1A-C6/6-01×7
1A-C4/4-11×6 1335 165 1A-C6/6-11×7 400 OR 600 1500 400 OR 600
2700
2535
1845
2700
1A-CB6/4
-011A-C6/4 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 -02 1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01
-13
1845
165
165
2535
1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -13 -03
165
165
1A-C6/6 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -12 -02
1A-C4/6-13×6
1A-C4/4-01×6 1A-C6/4-13×6 1A-C6/6-01×7 1A-C4/6-13×6 2700 1A-C6/4-13×6
2700
165
1A-C6/4-12×6 1A-C4/6-12×6 1A-C6/4-12×6
1845
165
165
2535 2535 165
330
1A-C4/6-12×6 NORTH NORTHELEVATION ELEVATION
11: :600 6002535
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11 -01
1500
1845
北立面图 北立面图
1A-C6/6 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -13 -03
165
165
02 02
1845 330 845 1000 165 1845 330 845 1000 165 165
1 : 600
1A-C4/6-11×5 1A-C6/4-11×7 1A-C4/6-11×5 1A-C6/4-11×7
2535
165
1A-C6/6 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -12 -02
165 165
330 845
NORTH ELEVATION
1A-C6/6 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-C6/4 -11 -01
165 165
2535 1A-C4/4-02×7 1A-C6/6-02×5
2535
2700
400 OR 600
165
02
北立面图
165
165
1845 330 845 1000 165 1845 330 845 1000 165 165
1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-C6/4 -02
1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-T6-03 1A-T6-01 1A-T6-02 1A-C6/4 -03
165
4/6 3
1C-C4/4 1C-C4/4 1C-T4-03 1C-T4-03 1C-T4-01 1C-T4-01 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 1C-T4-01 1C-T4-01 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 -12-12
330 845 1000 165 5 330 845 1000 165
/6
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
4/6
1A-C4/4-01×6 1A-C6/6-01×7
1C-C4/4 1C-C4/4 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 1C-T4-01 1C-T4-01 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 1C-T4-01 1C-T4-01 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 1C-T4-01 1C-T4-01 1C-T4-02 1C-T4-02 1C-T4-03 1C-T4-03 -11-11 1C-C4/4 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 -12
/2019 5:48:03 PM
4/6
1845 330 845 1000 165 1845 330 845 1000 165 165
2700
1845
1A-C4/4 1A-C4/4 1A-C4/6 1A-C4/6 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -13-13 -03-03
4/4 1 O4/6 2
2535 2535
2700
Panel Type Naming Schedule
1A-C4/6 1A-C4/6 1A-C4/4 1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 -02-02 -12-12
1C-C4/4 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 -11
1A-C4/6-12×6
3000 1A-C6/4-12×6
1845
Panel Type Diagram 北立面图 NORTH ELEVATION 02 1 : 600 2700
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -03 -13
4/4 3 4/6
/6
1845
330 845
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -02 -12
2835
1845 1845
-03-03
165
165
1845
2835
1A-C4/6 1A-C4/6 1A-C4/4 1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -01-01 -11-11
3
2700
3000
1500
1665
1A-C4/6-13×6 1A-C6/4-13×6
1000 165
-13-13
1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01 -11
4/4 2 4/6
4/6
165
1A-T4-03×230 1A-T6-03×221 1A-C4/6-11×5 1A-C4/6-11×5 1500 1A-C6/4-11×7 1A-C4/6-11×5 1A-C6/4-11×7 1A-C6/4-11×7 2535 165
165 1335
330 845
1500
1A-T4-03×230
1A-T6-03×221 2535
1845
165
165
165
2835
1C-C4/4 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03
-02-02
1000 165
-12-12
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 1A-C4/4 1A-T4-01 1A-T4-02 -12 -03 1A-T4-03 -13 1A-C4/6 1A-C4/6 1A-C4/4 1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-01 1A-T4-02
4/4 1
4/4 24/6
1000 165
-01-01
-01
1A-T4-02×230 1A-T6-02×222 1A-T4-02×230 165 1335 1A-T6-02×222 165 1335
2835 2835
1C-T4-02×23 1C-T4-01×21 1C-T6-02×4 1A-O4-22×1 1C-T6-01×3 外墙1A - 局部立面图 WALL1C-T4-02×23 TYPE 1A ELEVA 165- PARTIAL 2525 1A-O6-11×7 1A-O6-12×5 1C-T4-01×21 1C-T6-02×4 1A-O6-22×6 1A-O6-21×7 1 : 50 1A-O4-22×1 1C-T6-01×3 1A-O6-11×7 1A-O6-12×5 2835 165 165 1335 1A-O6-22×6 1A-O6-21×7 1A-C4/6-13×6 1A-C4/6-12×6 1A-C4/6-12×6 1A-C4/6-13×6 1A-C4/6-13×6 1A-C6/4-13×6 2835 165 165 1335 15 1A-C6/4-12×6 1A-C6/4-12×6 1A-C6/4-13×6 2700 2700 1A-C6/4-13×6 2700 2700 2700 2700
330 845
1 : 50
2700
1845
5
1C-C4/4 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03 1C-T4-01 1C-T4-02 1C-T4-03
-11 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/4 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/6 1A-C4/4 1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 -02 1A-T4-02 -12
1000 165
-11-11
-11
1A-T4-01×229 1A-T6-01×222 1A-T4-01×229 1A-T6-01×222
165
4/4 3
1C-C4/4 -02
WALL TYPE 1A - WALL SECTION
165
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 1A-C4/6 1A-C4/6 1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -03 -13 1A-C4/6 1A-C4/4 1A-T4-021A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-031A-T4-01 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03
1A-C4/4 -03
165
-T4-03
外墙1A - 剖面图
2535
1A-C4/6-12×6 1A-C6/4-12×6
3000
165
1A-C4/6 1A-C4/6 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -03-03
1A-C4/61A-C4/6 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-021A-T4-01 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-021A-T4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-021A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -02 -12 -03
-T4-03 1A-T4-01 1A-C4/4 -02
4/6
1C-C4/4 -01
1A-CO4/6 1A-CO4/6 1A-C4/6-11×5 -02-02 1A-C6/4-11×7
1A-CO4/6
165
1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -02 -01 -11
330 1000 1845 165 165 1845 1845330 845 165 165 845 330 1000 165 1845 165 165 1845 1845 165 330
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -03 -13
1A-T4-03 1A-C4/4 -01
1845 330 845 1000 165 1845 330 845 1000 165 1845 330 845 1000 165 1845 330 845 1000 165 165
-T4-01 1A-T4-02 1A-C4/4 -03
-T4-02 4/6
2700
165
2700 2700
1500
1000 165
-01-01
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01
2835
330 845 1000 165 5 330 845 1000 165 165 1845 165 1845
/6
1A-T4-03×230 1A-T6-03×221
330 845
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/6 1A-C4/6 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -02 -12
-T4-03 1A-T4-01 1A-C4/4 -02
165 1335
165
1000 165
3000
1A-C4/6 1A-C4/6 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -03-03
1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -03
1A-T6-02×222
330 845
1500
1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01 -11
3000 3000
1A-T4-02×230 1A-T4-02×230 1A-T6-02×222 1A-T6-02×222 1A-T4-03×230 165 165 1335 1335 1500 1500 2535 165 165 1335 1500 1A-T6-03×221
灯具 LIGHTING FIXTURE
1A-T4-02×230 2835 165 2835 165
2835
1845
165 1335
-T4-02 1A-T4-03 1A-C4/4 -01
4/6
165 1335 1500 CONCEALED BY PERFORATED SCREEN
165
165
1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -03
80
1845 330 845 1000 165 1845 330 845 1000 165 165
O4/6 3
3000
1A-CO4/6 -02
2835
920
1500
150
165 1335
-11
1A-CB4/4 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 -12
1845 330 845 1000 165 1845 330 845 1000 165 165
1A-CB4/4 1A-CB4/4 1A-B4-03 1A-B4-03 1A-B4-01 1A-B4-01 1A-B4-02 1A-B4-02 1A-B4-03 1A-B4-03 1A-B4-01 1A-B4-01 1A-B4-02 1A-B4-02 1A-B4-03 1A-B4-03 1A-B4-01 1A-B4-01 -12 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/4 1A-T4-02 -12
330
-11-11
B4/4 4
330 845
S = Special 特种
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 1A-T4-03 1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -01 -13 1A-C4/4 1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01
4/4 1 /6
1A-T4-01×229 1A-T4-01×229 1A-T6-01×222 1A-T6-01×222 2700
1845
1A-T4-01×229 1A-T6-01×222
-03
165
1A-CB4/6 -02
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/4 1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -12
-13-13
165
1845
1A-CB4/6 1A-CB4/6 -02-02
3000
1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 -11 1A-CB4/4 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01
1A-C4/4 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 -12 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-031A-T4-02 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/4 1A-T4-021A-C4/4 1A-C4/6 -12-12 -11 -01
4/4 3 4/6
4/4 2
2835
6/4 = Corner at 600 and 400 转角600与400交接
1A-C4/4 1A-C4/4 1A-C4/6 1A-C4/6 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 -01-01
1A-C4/4 1A-T4-01 1A-T4-02 -11-11 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 -13 -03
1A-CB4/4 -02
165
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -13
4350
-T4-01 1A-T4-02 1A-C4/4 -03
330 845
1A-CB4/6 -02
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-011A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-021A-T4-01 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/4 1A-C4/4 1A-C4/4 1A-C4/6 1A-C4/6 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 -12 -13 -13 -03-03
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -12 -02
-T4-02 1A-T4-03 1A-C4/4 -01
-T4-02
1845
-11 -01 1A-C4/6 1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -11 -01
1500
165
3000
165 165
-03
1A-C4/4 1A-C4/4 1A-C4/6 1A-C4/6 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 -12-12 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -02-02 1A-C4/4
1A-T4-03 1A-C4/4 -01
1A-T4-01 1A-C4/4 -02
4/4 1 /6
4/4 1
1255
1A-C4/4 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 1A-O4-22 1A-CO4/6 -13 -03
1000 165
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -12 -02
1A-C4/4 1A-C4/4 1A-C4/6 1A-C4/6 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-03 -11-11 -01-01
-T4-01 1A-T4-02 1A-C4/4 -03
4/6 -T4-01
330 845
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -12 -02
-T4-03 1A-T4-01 1A-C4/4 -02
4/4 2 4/6
1A-O4-22 1A-O4-22 1A-CO4/6 1A-CO4/6 -03-03
165 1000 1000 1845 1845330 845 165 165 330 845 1000 165 165 1845 330 845 165 165 1845 330 845 1000 165
920
1A-C4/4 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -11 -01
4/4 1
-T4-03 4/4 3 4/6
1000 165
150
1A-O4-22 1A-CO4/6 -03
1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01
-T4-02 1A-T4-03 1A-C4/4 -01
4/4 2-T4-02
165 1335 2835
1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6
-03 1A-T4-02 1A-C4/4 1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/6 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-03 1A-T4-01 -12-12 -02-02
165 165
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -12 -02
4/6 4/4 2
1020165 0 1000 165800 165 1000 1845 165 165 330 1020 800 200 200 200 200 200
-T4-03 1A-T4-01 1A-C4/4 /6 -02
330
1A-T4-03 1A-T4-011A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 1A-C4/6 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -02 -01-01
1845
叶
GL-01 单元型号 O = Offset Frame 加高 Panel Type E =MTL-01 Edge 边缘 单元型号 3000 1335 1500 01165 = 型号1，普通单元高度 挑檐深度 Panel Type S = Special 特种 165 165 1335 1335 1500 1500 型号1，第二种特殊单元高度 21 = Overhang Depth 01 = 型号1，普通单元高度 挑檐深度 4 = 400 mm 21 = 型号1，第二种特殊单元高度 Overhang MTL-03 6 = 600 Depth mm 165 1335 1500 4 =4/4 400 = mm Corner at 400 and 400 转角400与400交接 MTL-01 6 = 600 mm 4/6 = Corner at 400 and 600 转角400与600交接 4/4 = Corner at 400 and 400 转角400与400交接1 6/6 = Corner at 600 and 600 转角600与600交接 A-550 4/6 = Corner at 400 and 600 转角400与600交接 6/4 = Corner at 600 and 400 转角600与400交接 1A-T4-02×230 1A-T4-01×229 穿孔板后隐藏可开启扇 6/6 = Corner1A-T6-01×222 at 600 and 600 转角600与600交接 1A-T6-02×222 OPERABLE WINDOWS
1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01
165
S = Special 特种
-03-03
165
幕墙类型 Curtain wall type 幕墙类型 具体分类参见 单元类型 Curtain wall type 图纸A-500 Panel Category 具体分类参见 Refer to 地板完成面 Sheet A-500 单元类型 FINISH FLOOR T=Typical 典型 图纸 for A-500 all types Panel Category C = Corner 转角 Refer to Sheet A-500 T=Typical 典型 for all types B = Bottom 底部 C = Corner 转角 L = LOUVERS 百叶 B = Bottom 底部 LL = Full Height LOUVERS 通高百 L = LOUVERS 百叶 叶 LL = Full Height LOUVERS 通高百 O = Offset Frame 加高 叶 E = Edge 边缘 O = Offset Frame 加高 S = Special 特种 E = Edge 边缘
4/6 = Corner at 400 and 600 转角400与600交接
边缘 EE==Edge Edge边缘
边缘 = EdgeLOUVERS 通高百 LL = Full E Height
1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-C4/6 1A-C4/6 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -03 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6
-01
B叶 = Bottom 底部 MTL-01A
A-550
加高 OffsetFrame Frame加高 L =加高 LOUVERS 百叶OO==Offset O = Offset Frame
1845
3000
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 1A-C4/6 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 -02-02
1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -02
1845
1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 1A-C4/6 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 -01-01
1A-T4-01 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-C4/6 -01
1A-CB4/4 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02 1A-B4-03 1A-B4-01 1A-B4-02 -13
1000 165
-13 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/4 1A-T4-02 1A-T4-03 -11
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 -12
330 845
-T4-03 1A-T4-01 1A-C4/4 -02
型号1，第二种特殊单元高度 21 21==型号1，第二种特殊单元高度
01 = 型号1，普通单元高度 典型 典型 单元型号 T=Typical T=Typical 44==400 400mm mm 挑檐深度 for forall all types types 6==600 600mm mm Panel 6Type 21 = 型号1，第二种特殊单元高度 Overhang Depth 转角 转角 CC==Corner Corner 转角400与400交接 4/4 4/4==Corner Corneratat400 400and and400 400转角400与400交接 01 = 型号1，普通单元高度 4 = 400 mm 单元类型 =Bottom Bottom底部 底部 6 = 600 mm BB=挑檐深度 21 = 型号1，第二种特殊单元高度 转角400与600交接 4/6 4/6==Corner Corneratat400 400and and600 600转角400与600交接 Panel Category Overhang Depth 转角400与400交接 4/4 = Corner at 400 and 400 百叶 LL==LOUVERS LOUVERS百叶 = Bottom 底部 Refer to SheetBA-500 T=Typical 典型 转角600与600交接 6/6==Corner Corneratat600 600and and600 600转角600与600交接 转角400与600交接6/6 4 =and 400600 mm 4/6 = Corner at 400 for all types L = LOUVERS 百叶LL 通高百 通高百 LL==Full FullHeight HeightLOUVERS LOUVERS 6 =and 600600 mm 转角600与600交接 6/6 = Corner at 600 C = Corner 转角 转角600与400交接 6/4 6/4==Corner Corneratat600 600and and400 400转角600与400交接 LL = Full Height LOUVERS 通高百 转角400与400交接 4/4 = Corner at 400 and 400 2 叶 叶 6/4 = Corner at 600 and 400 转角600与400交接
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -02 -12 1A-T4-03 1A-C4/4 -01
型号1，普通单元高度 01 01==型号1，普通单元高度
挑檐深度 挑檐深度 Overhang OverhangDepth Depth
具体分类参见 幕墙类型 单元类型 Curtain type 图纸 A-500 wall Panel Category Refer to Sheet A-500 具体分类参见 典型 T=Typical 4 for all types CA-500 = Corner 转角 A-550 图纸
1A-CB4/6 -03
1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/4 1A-C4/4 -11-11
-T4-01 1A-T4-02 1A-C4/4 -03
4/4 -T4-02 2
单元类型 单元类型 单元型号 Panel Panel Category Category Panel Type
图纸 图纸 防火封堵 A-500 A-500 FIRE STOPPING Refer Refer totoSheet Sheet A-500 A-500
845
4/4 1
1A-T4-01
具体分类参见 具体分类参见
幕墙类型 Curtain wall type
1A-C4/4 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-T4-02 1A-T4-03 1A-T4-01 1A-C4/6 -02 -12
-T4-03 1A-T4-01 1A-C4/4 -02
单元型号 单元型号 Panel PanelType Type
1A-T4-01 Curtain Curtainwall walltype type
920
150
4/4 2
25
F
2
300
250 100
105
45
3
ALUM. BACK PAN 铝合金背板
防分分分
152
MODULE DIMENSION
FIRE RATED THERMAL INSULATION 防火保温棉
L50x5mm镀锌角钢
防分分分
GMS ANGLE
GALVANIZED STEEL SHEET 镀锌钢板
MODULE DIMENSION
5 A-501
EXTRUDED ALUM. CAPPING 铝合金盖板
室外 EXTERIOR 20
INORGANIC FIREPROOF BOARD 无机防火板
EXTRUDED ALUM. TRANSOM 铝型材横梁
卷帘 (由其它分包负责)
330
EXTRUDED ALUM. PELMET BOX 铝型材窗帘盒 PELMET TRACK 窗帘轨道
155
176
ROLLER SHADES (BY OTHERS)
EXTRUDED ALUM. CAPPING 铝合金盖板
56
920
150
INTERIOR CEILING (BY OTHERS) 室内吊顶(由其它分包负责)
25
80
防火封堵 FIRE STOPPING
1A 详图 - 典型 4
4
300
1A DETAIL - TYPICAL 4
845
铝型材窗台板 EXTRUDED ALUM. SILL TRIM
50
责) EXTRUDED ALUM. STIFFENER 铝型材加劲肋
责) EXTRUDED ALUM. STIFFENER 铝型材加劲肋
MODULE DIMENSION
防分分分
防分分分
CL
防分分分
可开启扇 OPERABLE WINDOWS
平面图
MTL-01A
MTL-03
WALL TYPE 1A - PARTIAL PLAN
392
565
308 700
20 392
60
分格尺寸
分格尺寸
MODULE DIMENSION
MODULE DIMENSION
152
15
330
15
330
20
分格尺寸
分格尺寸
MODULE DIMENSION
155
155
25 330
25 330
565
20
室内 INTERIOR
铝合金背板 ALUM. BACK PAN
铝合金背板 ALUM. BACK PAN
6 5 4 3 2
F
版次 / ISSUE
日期 DATE
说明编号 日期 DESCRIPTION MARK DATE
说明 DESCRIPTION
11/08/2019 100%6DESIGN 11/08/2019 DEVELOPMENT 100% DESIGN DEVELOPMENT 10/04/2019 80% DESIGN 5 10/04/2019 DEVELOPMENT 80% DESIGN DEVELOPMENT 08/23/2019 50% DESIGN 4 08/23/2019 DEVELOPMENT 50% DESIGN DEVELOPMENT 07/26/2019 25% DESIGN 3 07/26/2019 DEVELOPMENT 25% DESIGN DEVELOPMENT 06/12/2019 FINAL2 SCHEMATIC 06/12/2019 DESIGN FINAL SCHEMATIC DESIGN
图名 / DRAWING TITLE
图名 / DRAWING TITLE
外墙1A-详图 1:4 外墙1A-详图 1:4 Exterior Wall - 1A -Exterior Details Wall - 1 to- 41A - Details - 1 to 4
防火保温棉 FIRE RATED THERMAL INSULATION
SCALE:
2835
1:4
@A1
1665
项目编号 PROJECT NO. 出图日期 DATE
室外 EXTERIOR 48
SCALE:
1:4
@A1
项目编号 102284.00 PROJECT NO.
1500
102284.00
出图日期 11.08.2019 DATE
11.08.2019
图纸编号 / DRAWING NUMBER 图纸编号 / DRAWING NUMBER
A-550 A-550
400
MTL-01
MTL-03
3
WALL TYPE 1A - PARTIAL PLAN - UPPER 北
EXTRUDED ALUM. SILL TRIM
LAMINATED IGU VISION GLASS01
10
铝型材窗台板
中空夹胶玻璃01
MODULE DIMENSION
1 : 50
过程图纸，仅供参考
IN-PROGRESS DRAWINGS IN-PROGRESS DRAWINGS FOR INFORMATION ONLYFOR INFORMATION ONLY 版次 / ISSUE
编号 MARK
700
1500
13
EXTRUDED ALUM. MALE MULLION
铝型材公立柱 EPDM GASKET
ROLLER SHADES (BY OTHERS)
三元乙丙胶条
卷帘 (由其它分包负负)
48
4
LAMINATED IGU VISION GLASS01
日期 DATE
说明
过程图纸，仅供参考 DESCRIPTION
IN-PROGRESS DRAWINGS FOR INFORMATION ONLY
4
15
外墙1A - 三维视图
3000
2835
GL-01
3
MTL-01
330 1A - 1335 1500 WALL TYPE AXONOMETRIC
2835
3000
线性灯具 LINEAR LIGHTING FIXTURE
3
MTL-01
Typical Vision Glass Plan of Type 1A
线性灯具 LINEAR LIGHTING FIXTURE
4
2835
3 A-550A
3 A-550 GL-01
2
SIM 3 A-550A
3 A-550
室外 EXTERIOR
330
330
SIM
1
5
ROLLER SHADES (BY OTHERS) 卷帘 (由其它分包负
13
WINDOWS
10
铝合金背板
16
300
@A1
外墙-标准办公层-1A STRUCTURAL SEALANT
出图日2期 DATE
EXTRUDED ALUM. STIFFENER 铝型材加劲肋
竣工地板标高 F.F.L.
LIGHTING (BY OTHERS) 灯光设备(由其它分包负责)
WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
11.08.2019
项目编号 PROJECT NO. 1:4
15
结构楼面标高 S.F.L.
MODULE DIMENSION
102284.00
15
室外 EXTERIOR
A-501
1A 详图 - 典型
3
ALUM. CLADDING 铝合金饰面
结构硅胶
WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
出图日期 DATE
GL-01
ALUM. CLADDING 铝合金饰面
EXTRUDED ALUM. FRAME 铝型材框架
项 目编号 Exterior Wall-1A-Office Level-Typical 外墙1A - 局部平面图 WALL 102284.00 TYPE 1A - PARTIAL PLAN PROJECT NO.
1 : 50
330
保温棉 ALUMINIUM BACK PAN
铝合金背板
LAMINATED IGU VISION GLASS01 中空夹胶玻璃01
三元乙丙胶条
GLASS01 中空夹胶玻璃01
1 : 50 @A1 SCALE: 图 纸编号 / DRAWING NUMBER
4
EPDM GASKET
THERMAL INSULATION
保温棉 ALUMINIUM BACK PAN
MTL-03
10
TITLE 图名 / DRAWING LAMINATED IGU VISION
1 : 50
THERMAL INSULATION
250
13
13
300
13
责)
2可开启扇 06/12/2019 FINAL MTL-01A SCHEMATIC DESIGN 1OPERABLE 05/03/2019 INTERIM SCHEMATIC DESIGN
SCALE:
ALUM. CLADDING 铝合金饰面
2835
室外 EXTERIOR
50
10/04/2019 80% DESIGN DEVELOPMENT
外墙-标准办公层-1A 4 08/23/2019 50% DESIGN DEVELOPMENT 3 07/26/2019 25% DESIGN DEVELOPMENT Exterior Wall-1A-Office Level-Typical
700
1500
EXTRUDED ALUM.
EXTRUDED ALUM. MALE MULLION TITLE 图名 FEMALE MULLION 铝型材公立柱 100% DESIGN DEVELOPMENT 6 / DRAWING 11/08/2019 铝型材母立柱
400
1335
S.S. TENSION ROD 不锈钢拉杆
3000
铝型材卷帘轨道
63
330
EXTRUDED ALUM. ROLLER SHADE TRACK
120
279
25
EXTRUDED ALUM. SILL TRIM 铝型材窗台板
100% DESIGN DEVELOPMENT 80% DESIGN DEVELOPMENT 50% DESIGN DEVELOPMENT 25% DESIGN DEVELOPMENT 1500 FINAL SCHEMATIC DESIGN INTERIM SCHEMATIC DESIGN
63
2835
276
说明 DESCRIPTION
ROLLER SHADES (BY OTHERS)
330
CL
1A DETAIL - CORNER
6 11/08/2019 5 10/04/2019 4 08/23/2019 3 07/26/2019 1335 2 06/12/2019 1 05/03/2019
63
室内 INTERIOR
室内 INTERIOR
LIGHTING (BY OTHERS)
灯 灯 设 设 (由 由 由 防 由 负 负 )
版次 / ISSUE
300
MTL-01A
密封胶后置泡沫充条
MODULE DIMENSION
400
3
GL-01
OUTSIDE
结构硅胶
WEATHER SEALANT & BACKER ROD
编号 MARK
线性灯具 LINEAR LIGHTING FIXTURE
MTL-01
中空夹胶玻璃01
STRUCTURAL SEALANT
版次 / ISSUE
150
1500
150
1665
150
2835
300
3000
北
13
IN-PROGRESS DRAWINGS FOR INFORMATION ONLY
700
3
MTL-01A
400
1500
GL-01
400
1665
过程图纸，仅供参考
线性灯具 LINEAR LIGHTING FIXTURE
150
1665
252
2835
25
WALL TYPE 1A - PARTIAL PLAN
埋件 CAST-IN EMBED
2
400
3000
过程图纸，仅供参考
室外 EXTERIOR
室外 OUTSIDE
埋件 CAST-IN EMBED
防火保温棉 FIRE RATED THERMAL INSULATION
252
卷帘 (由其它分包负责)
4
室外 EXTERIOR
镀锌钢板 镀锌钢板 GALVANIZED STEEL SHEET GALVANIZED STEEL SHEET
索引图 / KEY PLAN
F
MTL-03
铝型材角码 EXTRUDED ALUM. ANGLE BRACKET
1:4
外墙1A - 局部上部平面图
室内 INTERIOR
1500
155
13 60 700 400 152
20
1
1:4
1A 详图 - 转角 编号 3 日期 1:4 MARK DATE
MTL-01A
铝型材角码 EXTRUDED ALUM. ANGLE BRACKET
北
擦窗机防风销
(由擦窗机分包负责) (由擦窗机分包负责) 20 30 BMU SOCKET BMU SOCKET (PROVIDED (PROVIDED BY BMU CONTRACTOR) BY BMU CONTRACTOR)
1A 详图 - 典型 1 1A 1A详图 DETAIL - 典型- TYPICAL 1 1A DETAIL 1 - TYPICAL 1
1
1:4
室外 EXTERIOR
3000
中空夹胶玻璃01 LAMINATED IGU VISION GLASS GL-01
室外 OUTSIDE
/ KEY PLAN 索 / SUSTAINABILITY CONSULTANT 绿引 色图 顾问
400 3000
Typical Shadowbox Plan of Type 1A
1500
中空夹胶玻璃01 LAMINATED IGU VISION GLASS GL-01
30
铝型材母立柱
1500
MTL-01
MTL-03
索引图 / KEY PLAN
EXTRUDED ALUM. FEMALE MULLION
1665
MTL-03 2835
索引图 / KEY PLAN
防火岩棉 防火岩棉 FIRE STOP INSULATION FIRE STOP INSULATION
3000 3
铝合金盖板 EXTRUDED ALUM. CAPPING
/ SUSTAINABILITY CONSULTANT 绿 垂色 直顾 交问 通顾 问 / VT CONSULTANT
1A 详图 - 典型 3 1A 1A详图 DETAIL - 典型- TYPICAL 3 1A DETAIL 3 - TYPICAL 3 1:4
铝合金盖板 EXTRUDED ALUM. CAPPING
此处需增加反坎 INVERSE BARRIER
此处需增加反坎 INVERSE BARRIER
WALL TYPE 1A - PARTIAL PLAN - UPPER
11/7/2019 5:48:03 PM
平面图
室内 INTERIOR
室外 EXTERIOR
室外 EXTERIOR
可开启扇 OPERABLE 1335 WINDOWS
155
155
室内 INTERIOR
37.950
F 1335
防分分分
565
MODULE DIMENSION
防分分分
2
WALL TYPE 1A - PARTIAL PLAN - UPPER
擦窗机防风销 20
垂 问 / VT CONSULTANT / FACADE CONSULTANT 幕直 墙交 顾通 问顾
330
MODULE DIMENSION
CL
CONSULTANT 绿色顾问 / SUSTAINABILITY 绿色 顾问 / SUSTAINABILITY CONSULTANT
铝合金饰面 ALUM. CLADDING MTL-01
铝型材框架 EXTRUDED ALUM. FRAME
北
铝合金饰面 ALUM. CLADDING
T 0755-83777395 F 0755-83777624
室外 EXTERIOR
室内 INTERIOR
2835
防分分分
308 700
700
EPDM GASKET 三元乙丙胶条
F
室内 INTERIOR
DRAIN
20 330
2835
MODULE DIMENSION
15
铝合金饰面 ALUM. CLADDING MTL-01
FALL
铝型材框架 EXTRUDED ALUM. FRAME
37.950 室外 EXTERIOR
铝型材加劲肋 EXTRUDED ALUM. STIFFENER
铝型材加劲肋 EXTRUDED ALUM. STIFFENER
垫块 SETTING BLOCK
密封胶后置泡沫充条 WEATHER SEALANT & BACKER ROD
FALL
深圳市同济人建筑设计有限公司 TONGJI ARCHITECTS
铝合金饰面 ALUM. CLADDING
9F 办工 OFFICE
15
灯光设备(由其它分包负责) 灯光设备(由其它分包负责) LIGHTING (BY OTHERS) LIGHTING (BY OTHERS)
400
400
WALL TYPE 1A - PARTIAL ELEVATION
60
LIGHTING (BY OTHERS) 灯光设备(由其它分包负
700
密封胶后置泡沫充条 WEATHER SEALANT & BACKER ROD
60
铝合金饰面 2835
2835
铝型材挂码 铝型材挂码 EXTRUDED ALUMINIUM EXTRUDED ALUMINIUM HOOK-ON BRACKET HOOK-ON BRACKET
9F 办工 OFFICE
1845
ALUM. CLADDING
铝合金饰面 LIGHTING (BY OTHERS) 灯光设备(由其它分包负
MODULE DIMENSION
4350 4350
1845 845 308
13
330
EXTRUDED ALUM. FEMALE MULLION 铝型材母立柱
392
EXTRUDED ALUM. FRAME 铝型材框架
ALUM. CLADDING
700 300
垫块 SETTING BLOCK
DRAIN
4350
13
EXTRUDED ALUM. FRAME 铝型材框架
EPDM GASKET 三元乙丙胶条
深圳市同济人建筑设计有限公司 深圳市同济人建筑设计有限公司 TONGJI ARCHITECTS TONGJI ARCHITECTS T 0755-83777395 F 0755-83777624 T 0755-83777395 F 0755-83777624
幕墙顾问 / FACADE CONSULTANT
60
13
50
250
13 60
EXTRUDED ALUM. CAPPING 铝合金盖板
700
夹胶玻璃01 WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
EXTRUDED ALUM. CAPPING 铝合金盖板
400
400
700
LAMINATED IGU VISION GLASS01中空
夹胶玻璃01 WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
铝型材加劲肋 EXTRUDED ALUM. STIFFENER
密封胶后置泡沫充条
幕墙顾问 / FACADE CONSULTANT 幕墙顾问 / FACADE CONSULTANT
T 0755-83777395 F 0755-83777624
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
上部平面图
LAMINATED IGU VISION GLASS01中空
铝型材横梁 EXTRUDED ALUM. TRANSOM
铝型材加劲肋 EXTRUDED ALUM. STIFFENER
密封胶后置泡沫充条
垂直交通顾问 / VT CONSULTANT 垂直交通顾问 / VT CONSULTANT
深圳市同济人建筑设计有限公司 设 计 院及 结 构 ， 机电顾问 / LDI&STR, MEP CONSULTANT TONGJI ARCHITECTS
1 : 50
523 West 6th Street, Suite 300 523 West 6th Street, Suite 300 Los Angeles, CA 90014 Los Angeles, CA 90014 T 213.243.3333 T 213.243.3333
设计院及结构，机电顾问 / LDI&STR, 设计院及结MEP 构，CONSULTANT 机电顾问 / LDI&STR, MEP CONSULTANT
WEATHER SEALANT & BACKER ROD
9000
1:4
523 West 6th Street, Suite 300 Los Angeles, CA 90014 铝型材横梁 EXTRUDED ALUM.T 213.243.3333 300 TRANSOM
30
WEATHER SEALANT & BACKER ROD
3000
铝型材窗台板 铝型材窗台板 EXTRUDED ALUM. SILL TRIM EXTRUDED ALUM. SILL TRIM
11/7/2019 5:54:27 PM
3000
上部平面图
3
EXTRUDED ALUM. FEMALE MULLION 铝型材母立柱 13
13
2
1:4
外墙1A - 局部立面图
3
维沃移动通信（深圳）有限公司 维沃移动通信（深圳）有限公司
中空夹胶玻璃01
1A 详图 - 典型 2 1A 1A详图 DETAIL - 典型- TYPICAL 2 1A DETAIL 2 - TYPICAL 2
400
3000
13
9000
WALL TYPE 1A - PARTIAL ELEVATION
10F 办工 OFFICE
330 1000
9000
3000
中空夹胶玻璃01
MEP CONSULTANT 设计 院及结构，机电顾问 / LDI&STR, 1665 1500
2
20
LAMINATED IGU VISION LAMINATED IGU VISION GLASS GLASS GL-01 GL-01
56
12 0
1500
300
50
1665
250
300
2835
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
3000
11/7/2019 5:54:17 PM
立面图
1500
11/7/2019 5:54:17 PM
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
WALL TYPE 1A - PARTIAL ELEVATION
1665
INTERIOR CEILING (BY OTHERS) 室内吊顶(由其它分包负责) 室内吊顶(由其它分包负责)
42.300
室外30 20 EXTERIOR
分格尺寸
立面图
9000
ROLLER SHADES (BY OTHERS) 13 卷帘 (由其它分包负责)
10
室外 EXTERIOR
ROLLER SHADES (BY OTHERS) ROLLER SHADES (BY OTHERS) 卷帘 (由其它分包负责) 卷帘 (由其它分包负责)
MODULE DIMENSION
9000
3000
ROLLER SHADES (BY OTHERS) 卷帘 (由其它分包负责)
10
业主 / CLIENT
vivo Mobile Comunication(Shenzhen) vivo MobileCO.,Ltd Comunication(Shenzhen) CO.,Ltd
vivo Mobile Comunication(Shenzhen) CO.,Ltd
ARCHITECT 建筑设计 / DESIGN PELMET TRACK EXTRUDED ALUM. EXTRUDED ALUM. Suite 300 523CAPPING West 6th Street, CAPPING 窗帘轨道 铝合金盖板 铝合金盖板 Los Angeles, CA 90014 INTERIOR CEILING (BY OTHERS) T 213.243.3333
分格尺寸
1500
EXTRUDED ALUM. PELMET BOX 铝型材窗帘盒
MODULE DIMENSION
1665
EXTRUDED ALUM. CAPPING 铝合金盖板 EXTRUDED ALUM. MALE MULLION 铝合金盖板
330
vivo 深圳总部
vivo Shenzhen Headquater vivo Shenzhen Headquater
建筑设计 / DESIGN ARCHITECT 建筑设计 / DESIGN ARCHITECT
EXTRUDED ALUM. TRANSOM 铝型材横梁
42.300
ALUM. CLADDING 铝合金饰面
EXTRUDED ALUM. FRAMEEXTRUDED ALUM. FRAME 铝型材框架 铝型材框架
建筑设计 / DESIGN ARCHITECT
10F 办工 OFFICE 56
ALUM. CLADDING 铝合金饰面
FALL
维沃移动通信（深圳）有限公司
窗帘轨道
300
LIGHTING (BY OTHERS) LIGHTING (BY OTHERS) 灯光设备 (由其它分包负责) 灯光设备 (由其它分包负责) EXTRUDED ALUM. EXTRUDED ALUM. STIFFENER STIFFENER 业主 / CLIENT 铝型材加劲肋 铝型材加劲肋
WEATHER SEALANT & FALL ROD BACKER 密封胶后置泡沫充条
分格尺寸
2835
EXTRUDED ALUM. CAPPING 铝合金盖板 EXTRUDED ALUM. MALE MULLION 铝合金盖板
330
铝合金盖板
SETTING BLOCK 垫块
WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
MODULE DIMENSION
3000
室外 EXTERIOR
铝合金盖板
EXTRUDED ALUM. TRANSOM 铝型材横梁
SETTING BLOCK 垫块
分格尺寸
1500
FIRE RATED THERMAL INSULATION 防火保温棉
1 A-501
400
EXTRUDED ALUM. TRANSOM 铝型材横梁
MODULE DIMENSION
1 : 50
EXTRUDED ALUM. SILL TRIM EXTRUDED ALUM. SILL TRIM 铝型材窗台板 铝型材窗台板
400
300
EXTRUDED ALUM. EXTRUDED ALUM. vivo Mobile Comunication(Shenzhen) CO.,Ltd CAPPING CAPPING
GALVANIZED STEEL SHEET 镀锌钢板
室外 EXTERIOR
EXTRUDED ALUM. TRANSOM 铝型材横梁
1A DETAIL - TYPICAL 1
1:4
700
业主 / CLIENT 维沃移动通信（深圳）有限公司
1:4
Typical Wall 1A 外墙1A - 剖面图Section WALL TYPEof 1A - Type WALL SECTION
700
vivo 深圳总部
铝合金背板
PELMET TRACK
25 300
1A 详图 - 典型 1
1
项目名称 / PROJECT TITLE项目名称 / PROJECT TITLE
ALUM. BACK PAN
MODULE DIMENSION
845
330
4
1A DETAIL - TYPICAL 3
1:4
vivo 深圳总部
45
EXTRUDED ALUM. PELMET BOX 铝型材窗帘盒
845 330
1:4
1A 详图 - 典型 3
3
FIRE RATED THERMAL INSULATION 防火保温棉
2 1 A-501 A-501
330 1A 详图 - 典型 4 1A 1A详图 DETAIL - 典型- TYPICAL 4 1A DETAIL 4 - TYPICAL 4
防分分分
业主 / CLIENT
铝合金背板
46.650
1000 1845
80 4
MODULE DIMENSION
CL
防分分分
330 920
150
25
室外 EXTERIOR
330
MODULE DIMENSION vivo Shenzhen Headquater
ALUM. BACK PAN
GALVANIZED STEEL SHEET 镀锌钢板
1845 845
176
卷帘 (由其它分包负责)
卷帘 (由其它分包负责)
15
项目名称 / PROJECT TITLE vivo 深圳总部
300 105
INORGANIC FIREPROOF INORGANIC FIREPROOF BOARD BOARD 无机防火板 无机防火板 176
1665
45
330 1000
GMS ANGLE L50x5mm镀锌角钢
100
此处需增加反坎 INVERSE BARRIER
铝合金饰面
250 105
4350
GMS ANGLE
ALUM. CLADDING
责) EXTRUDED ALUM. STIFFENER 铝型材加劲肋
防分分分
4350
1000 250 100
L50x5mm镀锌角钢
EXTRUDED ALUM. FRAME 铝型材框架
vivo Shenzhen Headquater 25 25
2 A-501 MECH. 11F 避难层 REFUGE/
灯具 LIGHTING FIXTURE
ROLLER SHADES (BY OTHERS) ROLLER SHADES (BY OTHERS)
5
46.650
室内 INTERIOR
EPDM GASKET 三元乙丙胶条
EXTRUDED ALUM. CAPPING 铝合金盖板
LIGHTING (BY OTHERS) 灯光设备(由其它分包负
11/7/2019 5:54:17 PM
11F 避难层 REFUGE/ MECH.
穿孔板后隐藏可开启扇 OPERABLE WINDOWS CONCEALED BY PERFORATED SCREEN
1845
3000
4
1 A-550
5 A-501
铝合金饰面 ALUM. CLADDING
夹胶玻璃01 WEATHER SEALANT & BACKER ROD 密封胶后置泡沫充条
防分分分
MODULE DIMENSION
1255
MTL-01
250
BIM 360://102284.00 - vivo Smartphone Headquarters R19/ARCH_R19_vivo SZ HQ_ARCH MODEL.rvt
MTL-03
铝型材挂码 EXTRUDED ALUMINIUM HOOK-ON BRACKET
EXTRUDED ALUM. FEMALE MULLION 铝型材母立柱
13
VISION GLASS01中空
项目名称 / PROJECT TITLE
MODULE DIMENSION
920
4
13
LAMINATED IGU
MODULE DIMENSION
330
MTL-01
DRAIN
ROLLER SHADES (BY OTHERS) 卷帘 (由其它分包负责)
300
MTL-01A
10
EXTRUDED ALUM. CAPPING 铝合金盖板 EXTRUDED ALUM. MALE MULLION 铝合金盖板
13
4350
2 A-550
A-501
3
330
EXTRUDED ALUM. SILL TRIM 铝型材窗台板
1845
3000 150
地板完成面 5 FINISH FLOOR
300
铝型材加劲肋 EXTRUDED ALUM. STIFFENER
4 A-550
GL-01
3
1A DETAIL - TYPICAL 2
1:4
铝型材横梁 EXTRUDED ALUM. TRANSOM
330
吊顶完成面 PROPOSED CEILING
1A 详图 - 典型 2
2
1:4
MODULE DIMENSION
330
MODULE DIMENSION
室外 EXTERIOR MODULE DIMENSION
1A DETAIL - TYPICAL
1
11.08.2019
Typical Details of Type 1A A-501
图纸编号 / DRAWING NUMBER
53
1A 详图 - 斜边顶部 1:6
1A DETA
SCAN FOR VR EXPERIENCE
SCAN FOR VR EXPERIENCE
SCAN FOR VR EXPERIENCE
JAMSIL OLYMPIC STADIUM RENOVATION DESIGN COMPUTATION - BIM
NBBJ
PROJECT YEAR: 2018, 2020
PROJECT LOCATION: Seoul, South Korea
ON PROJECT STAGES: Concept Revision, Schematic Design
PROJECT STATUS: Construction Document by NOW
ROLE ON THE TEAM: Architect, Design Computation Lead, BIM Coordinator
RESPONSIBILITY / CONTRIBUTION: Created BIM model of existing condition based on original drawings from 1988 and recent 3D scan. Created BIM contents for new construction design. Planned athlete program based on modern sports guidelines.
56
Rhino.Inside Utilization to Create Custom Elements
Rhino.Inside Baked Geometry in Revit Family Environment
Family Loaded into Revit Project 58
Enscape Visualization Direction from Revit Model 59
Detailed Stair Study on Concourse Level
Stair View from Exterior 60
Stair View from Concourse
61
HANA HEADQUARTERS DESIGN - BIM
NBBJ
PROJECT YEAR: 2020-2021
PROJECT LOCATION: Cheongna, South Korea
ON PROJECT STAGE: Design Development
PROJECT STATUS: Construction Document Review
ROLE ON THE TEAM: Architect, Design Computation Lead, BIM Coordinator
RESPONSIBILITY / CONTRIBUTION: Optimized exterior ramp design to align with local regulations. Designed and optimized feature lobby wall design for constructibility. Created BIM model based on SD Rhino design model and aided the team to develop 3D details using Revit. Documented feature ramp and feature lobby wall through DD.
64
Complex Floor SubElement Snapping - Dynamo Solution 66
67
The journey through inFINite Parc is about becoming O Hana Financial Group 하나 금융그룹과 하나가 될수있는 인피니티 파크로의 여정
Cre
T
I
Disco
Feature Lobby Wall Design
68
Wood Wood Sculpture Sculpture Wall Wall - Detail - Detail Study Study
Wood Sculpture Wall - Geometry Analysis
Developable Surface Sweeping Profile Is Straight Line
3D Rhino model indicates all direction of joints
Developable Surface Sweeping Profile Is Straight Line
Typical 200mm Typical Wide 200mm Wood WideBatten, Wood 210mm Batten, 210mm Spacing Spacing with 10mm withGap. 10mm Gap. RandomRandom StaggerStagger Pattern,Pattern, Controlled Controlled from from -630mm-630mm to 630mm. to 630mm.
Typical Wood Module
ood Sculpture Wood Wall Sculpture - Detail Wall Study - Detail Study
Optimization: Geometry Analysis Wood Sculpture Wall - Modularization
2100*700 Module Elliptical Horizontal Edges, Straight Vertical Edges. 2100*1400 Module Elliptical Horizontal Edges, Straight Vertical Edges.
Typical 10mm Joint Line for Seamless Appearance Typical 10mm Joint Line for Seamless Appearance
Standard 2100*2100 Module. Straight Horizontal Edges, Single-Arc Vertical Edges.
Wide Joint to Embed Lighting Fixtures. Wide Joint to Embed Lighting Fixtures.
Top Joint Condition
Optimization: Paneling Strategy
Wood Sculpture Wall - Detail Study
Wood Sculpture Wall - Detail Study
y Optional Wood Batten Finish. Alternative Can Be Metal Panel.
Batten Orientation Based on Overall Oculus Effect, No Optimum Orientation Available on This Type. (Optional) Anchor to metal deck floor
EQ
EQ Anchor to structural beam
SLT Hanger
ACTUAL SPACING DETERMINED BY WOOD FABRICATOR Primary CNC'd backing rib 250mmx50mm
10
Wood Cladding WD-01
Typical 200mm Wide Wood Batten, 210mm Spacing with 10mm Gap. Random Stagger Pattern, Controlled from -630mm to 630mm. Secondary CNC'd backing rib 150mmx50mm
10
10
ACTUAL WOOD PANELING BREAK LINE DEPENDS APPROX. 2000mm PREFABRICATED MODULE
Typical Ceiling Type Detail:
10
Primary CNC'd backing rib 250mmx50mm
AT
OR
Light Gauge Metal Studs and Truss
IC
Wood Cladding WD-01
ED
BY
W
Hidden Partition Wall to Support Wood Feature Wall
Secondary CNC'd backing rib 150mmx50mm
TE
EQ
DE
EQ
RM
IN
Typical Wall Type Detail:
OO
D
FA
BR
(Optional) Anchor to metal deck floor
EA D OO AC
TU
RIC
20 X. RO
AL
W
AP P
PA
NE
LIN
00
G
mm
BR
Primary CNC'd backing rib 250mmx50mm
10
EF PR
K
LIN
ACTUAL SPACING DETERMINED BY WOOD FABRICATOR
AB
E
DE
AT
PE
ED
ND
S
MO
DU
AC T
SLT Hanger
LE
UA
L
SP
AC
IN
G
Anchor to structural beam
Wood Cladding WD-01
10
Secondary CNC'd backing rib 150mmx50mm
Interior Floor Finish
F1 GROUND ± 0.000
10
10
ACTUAL WOOD PANELING BREAK LINE DEPENDS APPROX. 2000mm PREFABRICATED MODULE
pe Detail:
Optimization: Assembly Development
Base Board Condition 69
10
Primary CNC'd backing rib 250mmx50mm
AB
RIC
AT
OR
Light Gauge Metal Studs and Truss
Wood Cladding WD-01
DD Stage BIM Model Crafting 70
Facade Type_1A - TYP. Office 파사드 유형_1A - 업무시설 기준층 TRIPLE IGU GLASS
UNITIZED SYSTEM
METAL CLADDING WOOD GRAIN PRINTED
Facade Type_1B - TYP. Office 파사드 유형_1B - 업무시설 기준층
Typical Office Level Facade, Slab Cladding and Railing
INSULATED GLASS
STRUCTURAL GLASS
SYSTEM TO GLASS FIN TRANSITION
Facade Type_ - RAMP 파사드 유형_경사로
Atrium Facade, Slab Cladding and Railing
Exterior Feature Ramp
71
NBBJ DIGITAL TRAININGS & RESEARCHES TRAINING - DESIGN COMPUTATION
NBBJ
As a member of NBBJ Digital and studio design computation leader, I developed several useful tools through Rhino/Grasshopper, Revit/Dynamo and Rhino.Inside. Many of these tools began as a solution I provided in real-time at the requests of colleagues. They were later reorganized and published to NBBJ Digital tool kits library. I also organize training sessions on design computation, Revit basics and crafting BIM content.
74
RHINO.INSIDE TRAINING - DIRECT SHAPE
GRASSHOPPER - DirectShape Definition
RHINO - DirectShape Results
RHINO.INSIDE TRAINING - BLOCK TO FAMILY
RHINO / GRASSHOPPER - Block Input
76
GRASSHOPPER - Block Definition
REVIT - Block to Family
RHINO.INSIDE TRAINING - FLOOR DEFINITION
RHINO - Floor Input
REVIT - Level Creation
GRASSHOPPER - Level Definition
GRASSHOPPER - Floor Definition
REVIT - Floor Creation
77
MAGICLEAP AR APP DEVELOPMENT
Model Placed “on” Desk in office
Canvas Placed “on” Wall in office 78
using System.Collections; using System.Collections.Generic; using UnityEngine; using UnityEngine.XR.MagicLeap; public class mainMenu : MonoBehaviour { //////////Reference main menu elements public GameObject closeConfirmPanel; public GameObject exitGame; public GameObject returnGame; public GameObject aboutGame; //////////All menu buttons go into a list for better management private List<GameObject> menuButtons = new List<GameObject>(); //////////Flag to tell which item of main menu is selected private int menuFlag = 0; // Use this for initialization void Awake() { //////////Controller input events MLInput.OnControllerButtonDown += HandleOnButtonDown; MLInput.OnTriggerDown += HandleOnTriggerDown; MLInput.OnControllerTouchpadGestureEnd += OnTouchpadGestureEnd; //////////Put main menu game objects into list menuButtons.Add(exitGame); menuButtons.Add(returnGame); menuButtons.Add(aboutGame); closeConfirmPanel.SetActive(false); }
using UnityEngine; using UnityEngine.XR.MagicLeap; namespace MagicLeap { /// <summary> /// Updates the transform an color on the Hit Position and Normal from the assigned object. /// </summary> public class RaycastPlaneVivo : MonoBehaviour { #region Private Variables [SerializeField, Tooltip("The reference to the class to handle results from." )] private BaseRaycast _raycast; [SerializeField, Tooltip("The default distance for the cursor when a hit is not detected." )] private float _defaultDistance = 9.0f; [SerializeField, Tooltip("When enabled the cursor will scale down once a certain minimum distance is hit." )] private bool _scaleWhenClose = true; // Stores default color private Color _color;
// Update is called once per frame void FixedUpdate() { //////////Update main menu if (closeConfirmPanel.activeSelf) { foreach (GameObject menuButton in menuButtons) { menuButton.transform.localScale = new Vector3(1.0f, 1.0f, 1.0f); } menuButtons[menuFlag].transform.localScale = new Vector3(1.3f, 1.3f, 1.3f); } }
// Stores result of raycast private bool _hit = false; // Stores Renderer component private Renderer _render; #endregion #region Public Properties /// <summary> /// Gettor for _hit. /// </summary> public bool Hit { get { return _hit; } } public GameObject prefab; #endregion
private void HandleOnButtonDown(byte controllerId, MLInputControllerButton button) { if (button == MLInputControllerButton.Bumper && !closeConfirmPanel.activeSelf) { menuFlag = 0; closeConfirmPanel.SetActive(true); } else if (button == MLInputControllerButton.Bumper && closeConfirmPanel.activeSelf) { closeConfirmPanel.SetActive(false); } } private void HandleOnTriggerDown(byte controllerId, float value) { if (menuFlag == 0 && closeConfirmPanel.activeSelf) { Debug.Log("Exit Game."); Application.Quit(); } else if (menuFlag == 1 && closeConfirmPanel.activeSelf) { closeConfirmPanel.SetActive(false); } else if (menuFlag == 2 && closeConfirmPanel.activeSelf) { Debug.Log("About Game Triggerred."); } }
#region Unity Methods /// <summary> /// Initializes variables and makes sure needed components exist. /// </summary> void Awake() { // Check if the Layer is set to Default and disable any child colliders. if (gameObject.layer == LayerMask.NameToLayer("Default")) { Collider[] colliders = GetComponentsInChildren<Collider>();
private void OnTouchpadGestureEnd(byte controllerId, MLInputControllerTouchpadGesture gesture) { if (gesture.Type.Equals(MLInputControllerTouchpadGestureType .Swipe)) { if (gesture.Direction.Equals(MLInputControllerTouchpadGestureDirection .Left)) { if (menuFlag == 0) { } else {
}
}
}
// Disable any active colliders. foreach (Collider collider in colliders) { collider.enabled = false; }
menuFlag = 2;
menuFlag -= 1; } } if (gesture.Direction.Equals(MLInputControllerTouchpadGestureDirection .Right)) { if (menuFlag == 2) { menuFlag = 0; } else { menuFlag += 1; } }
}
if (_raycast == null) { Debug.LogError("Error: RaycastPlaneVivo._raycast is not set, disabling script." ); enabled = false; return; }
void OnDestroy() { MLInput.OnControllerButtonDown -= HandleOnButtonDown; MLInput.OnTriggerDown -= HandleOnTriggerDown; MLInput.OnControllerTouchpadGestureEnd -= OnTouchpadGestureEnd; }
//_render = GetComponent<Renderer>(); //if (_render == null) //{ //Debug.LogError("Error: RaycastPlaneVivo._render is not set, disabling script."); //enabled = false; //return; //} //_color = _render.material.color;
using UnityEngine; using UnityEngine.XR.MagicLeap;
} #endregion
public class PlaneDetect : MonoBehaviour {
#region Event Handlers /// <summary> /// Callback handler called when raycast has a result. /// Updates the transform an color on the Hit Position and Normal from the assigned object. /// </summary> /// <param name="state"> The state of the raycast result.</param> /// <param name="result"> The hit results (point, normal, distance).</param> /// <param name="confidence"> Confidence value of hit. 0 no hit, 1 sure hit.</param> public void OnRaycastHit(MLWorldRays.MLWorldRaycastResultState state, RaycastHit result, float confidence) { //Debug.Log("RaycastPlaneVivo Called Hit Function!"); if (state != MLWorldRays.MLWorldRaycastResultState.RequestFailed && state != MLWorldRays.MLWorldRaycastResultState. NoCollision) { Debug.Log("Actually hit something..."); // Update the cursor position and normal. //transform.position = result.point; //transform.LookAt(result.normal + result.point); //transform.localScale = Vector3.one;
private static uint MAX_RESULTS = 100; private MLInputController _controller; private MLWorldPlane[] spacePlanes; public GameObject prefab; void Awake() { MLResult iResult = MLInput.Start(); if (!iResult.IsOk) { Debug.LogError("Error MLInput.Start() failed, disabling script." ); enabled = false; return; } //On Startup, configures the controller inputs. _controller = MLInput.GetController(MLInput.Hand.Left); MLInput.OnControllerButtonDown += HandleControllerButtonDown; } private void HandleControllerButtonDown(byte controllerId, MLInputControllerButton button) { if (MLWorldPlanes.IsStarted){ MLWorldPlanes.Stop(); } //On Bumper down calculate world planes. MLResult pResult = MLWorldPlanes.Start(); if (!pResult.IsOk) { Debug.LogError("Error Planes starting MLWorldPlanes, disabling script." ); enabled = false; return; } var queryParams = new MLWorldPlanesQueryParams(); var queryFlags = MLWorldPlanesQueryFlags.Horizontal; queryParams.Flags = queryFlags; queryParams.MaxResults = MAX_RESULTS; //Somehow not always calling Handle..? MLWorldPlanes.GetPlanes(queryParams, HandleOnReceivedPlanes); }
// Set the color to yellow if the hit is unobserved. //_render.material.color = (state == MLWorldRays.MLWorldRaycastResultState.HitObserved)? _color : Color.yellow;
private void HandleOnReceivedPlanes(MLResult result, MLWorldPlane[] planes, MLWorldPlaneBoundaries[] boundaries) { Debug.Log("Result Planes"); if (!result.IsOk) { Debug.LogError("Error GetPlanes"); return; } //spacePlanes = planes; for (int i = 0; i < planes.Length; ++i) { var plane = planes[i]; //Debug.Log("Creating Planes"); var newPlane = Instantiate(prefab); newPlane.transform.position = plane.Center; newPlane.transform.rotation = plane.Rotation; newPlane.transform.localScale = new Vector3(plane.Width, plane.Height, 1.0f); } }
}
// Warn user if any colliders had to be disabled. if (colliders.Length > 0) { Debug.LogWarning("Colliders have been disabled on this RaycastPlaneVivo.\nIf this is undesirable, change this object's layer to something other than Default." ); }
} else {
private void OnDestroy() { if (MLInput.IsStarted) { MLInput.Stop(); MLInput.OnControllerButtonDown -= HandleControllerButtonDown; } MLWorldPlanes.Stop(); }
if (_scaleWhenClose) { // Check the hit distance. if (result.distance < 1.0f) { // Apply a downward scale to the cursor. //transform.localScale = new Vector3(result.distance, result.distance, result.distance); } } var newPlane = Instantiate(prefab); newPlane.transform.position = result.point; _hit = true;
// Update the cursor position and normal. //transform.position = (_raycast.RayOrigin + (_raycast.RayDirection * _defaultDistance)); //transform.LookAt(_raycast.RayOrigin); //transform.localScale = Vector3.one; //_render.material.color = Color.red;
}
}
}
_hit = false;
} #endregion
Unity Scripts 79
LONGNAN GARDEN SOCIAL HOUSING #5 DESIGN
ATELIER GOM
PROJECT YEAR: 2011-2012 PROJECT LOCATION: Shanghai, China ON PROJECT STAGES: Concept, Schematic Design PROJECT STATUS: Completed ROLE ON THE TEAM: Designer RESPONSIBILITY / CONTRIBUTION Designed #5 building based on a super-compacthousing concept. Developed typical unit types and overall floor layouts including living unit distribution and amenity spaces. Developed facade design and landscape design in the ground level courtyard. Drafted SD stage drawings of #5 building.
80
82
Typical Floor Plan
Unit Type Plans
Building Section 83
FORM & ALGORITHM ALGORITHM - GEOMETRY
UPENN
COURSE YEAR: 2010
COURSE: ARCH 743
INSTRUCTORS: Cecil Balmond, Roland Snooks
TEAM MEMBERS: Yohei Yamada, Hongcheng Tse, Jianqiu Ouyang
ROLE ON THE TEAM: Developed research concept Established swarm intelligence agents behaviours. Scripted the code using Rhino Visual Basic language.
CONCEPT & RESEARCH: Our concept was to use agents as tiny pellets to bombard a simple chunk of solid from various directions and under various force fields. We set a rule that allowed the pellets to bounce at most 5 times onto the object, with a power falloff after each time until they eventually diminished, resulting in complex geometry never achievable using other methods.
86
Wind Erosion (_Jianqiu_Jianwei_Yohei_Xiaotan)
SUSPENSION Gravel size(0.001-0.1mm)
SALTATION WIND
Gravel size(0.1-1mm)
Erosion Created by Saltation
Impact Creeping on the surface
CREEP Gravel size(>1mm)
Erosion Created by Creep
Gravel Gravel
Cohesion and Separation
Alignment
Separation from Gravels
Cohesion and Separation
Alignment
Separation from Gravels
Creeping on the mesh, and create gaps on mesh Creeping on the mesh, and create gaps on mesh
(0,0,107) (0,0,107)
Mesh
(0,0,255)
Mesh
Gravel
R1
Gravel1
Gravel
Gravel
Gravel Gravel
Gravel Gravel Gravel
Gravel Gravel
Gravel2 Gravel3 Gravel3
Gravels align carrier
Mesh Attracts Gravels
Gravels align carrier
Mesh Attracts Gravels
Agent Behaviors 88
(0,0,255)
R1
Gravel1
Gravel hits mesh, creates a hole and Gravel hits mesh, split into 3 pieces creates a hole and split into 3 pieces
Gravel2
R2 R2
(0,0,165) (0,0,165)
The color decreases after ohe explosion, so that the The color decreases after radius of explosion this ohe explosion, so that the agent will cause decreases radius of explosion this by ratio. agent will cause decreases When “blueness” of by ratio. the agent is darker than When “blueness” of certain threshold, it dies. the agent is darker than certain threshold, it dies.
Perpendicular Impact Study
Parallel Carving Study 89
FIBROUS ASSEMBLAGES ALGORITHM - GEOMETRY
UPENN
COURSE YEAR: 2011
COURSE: ARCH 748
INSTRUCTOR: Roland Snooks
TEAM MEMBERS: Kaicong Wu, Sizhe Chen
ROLE ON THE TEAM: Co-Author of the agent behavior Processing scripts, Isosurface script and mesh optimization.
CONCEPT & RESEARCH: The goal for the seminar was to push the agent behavior algorithm to a near limit with extremely high popluation and iterations. The geometric results were expected to be complex, fibrous, yet elegant. Our team introduced multiple hierarchies of agents with different designed behaviors, creating a geometry that showed a clear marco flow with intense local details. Different materials were then given to these hierarchies to create this nebulus visualization.
90
Early Stage 2D Experiments
92
3D Application
Iteration: 1129
Iteration: 4685
Iteration: 4465
Iteration: 8139
Iteration: 5666
Iteration: 8202
Iteration: 338342
Iteration: 8459
93
RISE AND FALL OF USURPER A MOD OF SID MEIER’S CIVILIZATION VI PROJECT YEAR: 2017-2019
As a big fan of the famous digital board game Sid Meier’s Civilization series and GRRM’s epic fantasy A Song of Ice and Fire, I created contents of a 9-Leader-Mod-Package themed “Robert’s Rebellion“. In addition to designing the unique traits of the 9 great houses and leaders, I also composed XML database entries as well as lua scripts for the unique trait functionalities. I also modeled the unique districts, buildings, improvements, units and the leaders out of Zbrush, Maya, Rhino and Blender, rigged animations using Blender. This Mod currently has 11,698 subscribers and was played by renowned streamers such as Spiffing Brit. Link to the Steam Workshop page: https://steamcommunity.com/sharedfiles/ filedetails/?id=1626190163
96
PROJECT METROPOLIS A MOD OF SID MEIER’S CIVILIZATION VI PROJECT YEAR: 2021
Many Civ players enjoy building large cities, including myself. To expand the sprawl from the limits of the original game, I created this Mod that introduces 9 new minor districts (named Quarters). In addition to the functional XML and lua coding, I created all the culturally accurate landmark models for each of the quarter type. For example, if you play China, you will see pitched roof wood buildings, but if you play Rome you will see all mediterranean building blocks instead. This Mod currently has 7,219 subscribers. Link to the Steam Workshop page: https://steamcommunity.com/sharedfiles/ filedetails/?id=2427195031
98
