Uncreative Construction | Domestic Mutations in America
Transcript of Uncreative Construction | Domestic Mutations in America
Syracuse University Syracuse University
SURFACE SURFACE
Architecture Senior Theses School of Architecture Dissertations and Theses
Spring 5-2016
Uncreative Construction | Domestic Mutations in America Uncreative Construction | Domestic Mutations in America
Sean Morgan
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Recommended Citation Recommended Citation Morgan, Sean, "Uncreative Construction | Domestic Mutations in America" (2016). Architecture Senior Theses. 324. https://surface.syr.edu/architecture_theses/324
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Table of Contents
Thesis Statement
Bibliography
Mutated Homes
Uncreativity
Textual Ecosystem 01
Construction Manual v3.3
Textual Ecosystem 02 Mutation Series v3
04 - 05
06 - 07
08 - 23
24 - 33
34 - 39
39 - 639
640 -665
656 - 689
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A shift in residential patterns in American cities have fostered a breeding ground for mutant buildings. Owners split, manipulate, and expand their houses as they create idiosyncratic constructs of great visual and spatial complexity. Originally developed for a middle class population, single-family homes have become mixed-use or multi-family complexes thanks to the resourceful implementation of commercial materials.
This thesis aims to develop a new strategy for transforming the normative American house by using the conventions of platform frame construction. Variations will emerge from a set of design constraints, which—unlike that employed for typical houses—are based on data that disregards style and unified compositions. This process attempts to emulate the qualities of the mutated homes found in shrinking cities.
Because mutated homes result from a strange curation of everyday building materials and techniques, I elect to adopt uncreative design procedures. The idea of uncreativity stems from poet Kenneth Goldsmith’s uncreative writing, which involve the collection and manipulation of existing texts. With sources ranging from Shakespeare, newspaper articles, to YouTube comments, Goldsmith creates what he calls a “textual ecosystem.” He uses this ecosystem as a petri dish for his textual experiments. For Goldsmith, writing is not about authors producing new content but how they alter, manipulate, and arrange found texts to generate compelling, if unpredictable, results.
Borrowing from the spirit of uncreativity, this thesis developed processes for uncreative construction that use data such as average square footage per room, project cost, and percentage of siding material related to geographic regions collected from common house building organizations such as simplyadditions.com, the National Association of Home Builders, the National Association of Realtors, and the City of Syracuse Zoning Code. This information is codified into several textual ecosystems, such as a set of spreadsheets, or a construction manual composed of numeric poems, from which emerge layered arrangements and unexpected forms.
Thesis Statement
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Domestic Adaptations
Vidler, Anthony. The Architectural Uncanny: Essays in the Modern Unhomely (Cambridge: MIT Press, 1992).
Jencks, Charles. Nathan Silver, Adhocism: The Case for Improvisation (Expanded and Updated Version.) (Cambridge: MIT Press, 2013). xii
Jennifer Siegal and Todd Erlandson, “The Alchemy of the Ad Hoc,” Los Angeles Forum for Architecture and Urban Design (May 1995): accessed July 26, 2015
Heneghan, Tom. After the Goldrush. (AA Files, No. 59 pp. 18-20. Architectural Association School of Architecture, 2009).
Uncreative Creations
Goldsmith, Kenneth. Uncreative Writing: Managing Language in the Digital Age. New York: Columbia University Press, 2011.
Perec, Georges. Life, a User’s Manual. Boston: D.R. Godine, 1987.
Robbe-Grillet, Alain. In the Labyrinth: A Novel. A Black Cat Book B-408. New York: Grove Press distributed by Random House, 1960.
Robbe-Grillet, Alain. Jealousy: A Novel. Translated by Richard Howard. New York: Grove Press : Distributed by Random House, 1978.
South Bank Show. “Steve Reich.” Accessed November 11, 2015. https://www.youtube.com/watch?v=e_pR1sHHeQU
Weiner, Lawrence. “Statements.” 1968
Wills, Neil. “Seven Number Poems.” 1971
Bibliography
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DIY Construction
DeCristoforo, R. J., and Mary DeCristoforo. Housebuilding: A Do-It-Yourself Guide, Revised & Expanded. Rev Exp edition. New York: Sterling, 2007.
HouseImprovements. Wood Stud Wall Framing. Accessed November 11, 2015. https://www.youtube.com/watch?v=p6vq-cOAi0Y.
http://www.simplyadditions.com/Extensions/Home-Extensions-Room-or-Home-Addition-Costs-House-Addition-Plans.html
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Mutated Homes
This thesis began with a fascination for everyday homes in post-industrial American cities. This interest led to a collection of “case-study” houses in Syracuse, NY, Pittsburgh, PA, Buffalo, NY, and Detroit, MI.
Certain characteristics such as the ad-hoc use of materials—most often readily available in home improvement stores—and bizarre compositions that feature multiple addtions motivated this selection.
Rebecca Marsh participated to the house selection. A Creative Works Grant offered by Syracuse Architecture’s Graduate Programs funded this research.
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Uncreativity
Because mutated homes result from a strange curation of everyday building materials and tech-niques, I have elected to adopt uncreative design procedures. The idea of uncreativity stems from poet Kenneth Goldsmith’s uncreative writing, which involve the collection and manipulation of existing texts. With sources ranging from Shakespeare, newspaper articles, to YouTube comments, Goldsmith creates what he calls a “textual ecosystem.” He uses this ecosystem as a petri dish for his textual experiments. For Goldsmith, writing is not about authors producing new content but how they alter, manipulate, and arrange found texts to generate compelling, if unpredictable, results.
Researching Uncreative methods has brought about certain architectural and conceptual precedents:
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Statements, 1968Lawrence WeinerBooklet of statements for people to participate in. Statements are intentionally dry to allow each subject to interpret the statements in their own way.
One sheet of clear plexiglass of arb
Itrary size and thickness secured at
the four corners and exact center by
screws to the floor
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Wall Drawings, 1969 - 2007Sol LewittThe wall drawings are executed from a set of instructions or specifications that Sol Lewitt creates.
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Come Out, 1966Steve Reich The use of everyday recording as medium for musical manipulation. Two loops of tape are phased in and out of rhythm, creating unexpected and layered sounds.
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Seven Number Poems, 1971Neil MillsThe poems must be experienced through the act of saying aloud the lines of numbers which creates a rhythm. The understanding of the poem is through each person’s unique vocal rhythms, rather than the numbers themselves.
1,91,1,91,1,1,991,1,1,98,41,1,1,1,1,98,48,4
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Trubeck - Wislocki Houses, 1971Venturi, Scott Brown and AssociatesThe Trubeck – Wislocki Houses explore Venturi and Scott Brown’s fascination with the ugly and ordinary. Their work focuses on the manipulation of American vernacular elements.
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Ten Houses, 1967 - 1978Peter Eiseman Eiseman’s Ten Houses are a series of house designs that are derived from various autonomous form generations.
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DiY CabinsTisza River HungaryThe summer cabins along the Tisza River in Hungary are all self-made and exhibit unique material and compositional characteristics.
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Textual Ecosystem 01: Construction Manual
I began to develop a new type of construction document for framing a house without drawings. Similar to some of the precedents, this construction document uses only numbers and conditions to instruct the building process.
Each spread of the manual contains a numeric poem which designates certain actions which are paired with conditions (i.e. place vertically) and dimensions. This construction rhythm is separated into various chapters (floor 01, wall 01, wall 02, etc.) which are to be constructed in sequence.
The first version of this manual was designed to create a 12’ x 16’ two story addition. This version of the manual was given to three different groups of students who were without knowledge of domestic framing techniques to translate @ 1/16th scale.
Model 01:Hanneke Van DeursenRan XieUmut Guney Nicholas Seag-Ji Jung
Model 02:Ayebanengiyefa Wabote Heber Santos Eliza Williamson
Model 03: Sachio BadhamDian Gu Ziyu Zhan
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1. Select
2. Designate
3. Mark
4. Cut
5. Attach
6. Double
7. Repeat
8. Calculate
9. Insert
Legend
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Model scale is 1:16 (divide all real measurements by 16)
All instructions are meant to be constructed as they are read, from left to right
Make sure to read all corresponding instructions before constructing pieces of model
Since there is an exact amount of pieces in the kit, any ad-lib pieces must be used from scrap cuts
When designating large groups of wood apply a number to them (i.e. studs 1-10)
When doubling pieces apply a .2 after (i.e. 1.2)
Document all notes or sketches on the construction manual
Notes / Rules
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1. Select
2. Designate
3. Mark
4. Cut
5. Attach
6. Double
7. Repeat
8. Calculate
9. Insert
Actions Legend
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Table of Contents
Addition 01
Mutation 01
Mutation 02
Mutation 03
Mutation 04
Mutation 05
6 - 200
201 - 317
318 - 417
418 - 497
498 - 549
550 - 601
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Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
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1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
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1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
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Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
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Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
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Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
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Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
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Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
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Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
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Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
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Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
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Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
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Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
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Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
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Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
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1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
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Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
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Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
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Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
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Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
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Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
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Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
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Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
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Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
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Wall 02Window 03
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
98
Wall 02Window 03
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 6.2, 7, 8.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
100
5. Attach Wall 02.1 (M) to (N)M = vertically
N = 42” inset from the edge of Floor 01
Given Information Actions
Wall 02
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Wall 03Soleplate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
108
Wall 03Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
Given Information Actions
110
Wall 03Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate
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Floor 02
1, 23
1, 2, 34
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 4, 256
1, 1, 4, 256
5
1, 4, 25
1, 2 57
116
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
Given Information Actions
Floor 02Header
118
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
b = 963/4”, 573/4”, 36”
Given Information Actions
Floor 02Header
120
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 138-3/4”
M =horizontallyN = header 1 and header 2
B = Header 2 and Joist 7
Given Information Actions
122
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 99-1/4”
M =horizontallyN = header 1 and header 2
B = Header 3 and Joist 10
Given Information Actions
124
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 31-3/4”
M =horizontallyN = header 1 and header 2
B = Header 4
Given Information Actions
126
Floor 02Joists
Given Information Actions
5. Attach pieces (M) to (N)M =horizontallyN = top plates of wall 01, wall 02, and wall 03
128
Floor 02Joists
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
b = 144”
M =horizontallyN = top plate of wall 03
130
Floor 02Subflooring
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
Given Information Actions
133
Stairs 01
15
1, 15
1, 15
1, 1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
134
Stairs 01Landing and Platform
1. Select (X)
5. Attach pieces (M) to (N)
X = Landing and Platform
M = vertically
N = Floor 01 adjacent to Stud 10 of Wall 03
136
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 1 and Stringer 1.2
M = diagonally
N = Top of Floor 01, connecting Joist 5 to Side 01 of Landing platform
138
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 2 and Stringer 2.2
M = diagonally
N = Top of Landing Platform , connecting side 02 to Header 3 of Floor 02
140
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 1 - 1.8
M = vertically
N = vertical faces of Stringer 1 and Stringer 1.2
142
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 2 - 2.6
M = vertically
N = vertical faces of Stringer 2 and Stringer 2.2
144
Stairs 01Treads
1. Select (X)
5. Attach pieces (M) to (N)
X = Treads 1 - 1.7
M = horizontally
N = horizontal faces of Stringer 1 and Stringer 1.2
146
Stairs 01Treads
1. Select (X)
5. Attach pieces (M) to (N)
X = Treads 2 - 2.6
M = horizontally
N = horizontal faces of Stringer 2 and Stringer 2.2
149
Wall 04
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
150
Wall 04Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
152
Wall 04Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
154
Wall 04Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 3 and 8
B = studs 2, 4, 7, 9
Given Information Actions
156
Wall 04Window 04
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 04
B = top of trimmers
Given Information Actions
158
Wall 04Window 04
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
160
Wall 04Window 04
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
162
Wall 04Window 05
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 05
B = top of trimmers
Given Information Actions
164
Wall 04Window 05
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
166
Wall 04Window 05
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
168
Wall 04
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 02 above wall 01
Given Information Actions
171
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 05
172
Wall 05Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
174
Wall 05Top plate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 96”
176
Wall 05Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
178
Wall 05Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding studs 7 and 11
B = studs 8, 10, 12
180
Wall 05Window 06
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 06
B = top of trimmers
182
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Wall 05Window 06
184
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
Wall 05Window 06
186
Wall 05Window 07
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 07
B = top of trimmers
188
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Wall 05Window 07
190
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 6.2, 7, 8.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
Wall 05Window 07
192
Wall 05Window 08
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 11.2, 12, 13.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 08
B = top of trimmers
194
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Wall 05Window 08
Given Information Actions
196
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 11.2, 12, 13.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Wall 05Window 08
Given Information Actions
198
5. Attach Wall 05.1 (M) to (N)M = vertically
N = 42” inset from the edge of Floor 01
Given Information Actions
Wall 05
200
5. Attach Wall 05.2 (M) to (N)M = vertically
N = Floor 02 above Wall 02.2
Given Information Actions
Wall 05
204
Wall 06Soleplate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
206
Wall 06Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
Given Information Actions
208
Wall 06Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 8
B = studs 7 and 9
210
Wall 06Window 09
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 09
B = top of trimmers
212
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
Wall 06Window 09
214
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
Wall 06Window 09
216
5. Attach Wall 06 (M) to (N)M = vertically
N = Floor 02 above Wall 03
Given Information Actions
Wall 06
219
Roof
31, 1, 1, 1, 1, 1, 1, 1, 1, 1
5
2, 8
1, 4, 235
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 2 5
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 2 5
220
Roof Ceiling
1. Select (x) x (y) x (z) dimensional lumber
3. Mark (B) @ (H)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
B = Top plates of Wall 04 and Wall 06
H = 16” O.C.
M = horizontally N = marks on Top plates of Wall 04 and Wall
06
222
Roof Roof Pitch
2. Designate height of roof = (n)
8. Calculate Roof Pitch (m)
n = 48”
m = (n) / (192”)
224
Roof Roof Pitch
1. Select (x) x (y) x (z) dimensional lumber
2. Designate height of roof (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach (M) to (N)
x = 2”y = 8”
z = 192”
b = 144”
X = Ridge joist
Y = 16” O.C.
M = horizontally N = 48” above roof joists 64” inset from top
of Wall 04
226
Roof Rafters
1. Select (x) x (y) x (z) dimensional lumber
2. Designate height of roof (Y)
4. Cut to (b)
5. Attach (M) to (N)
x = 2”y = 6”
z = 192”
b = 120”
Y = Rafters 1-1.10
M = diagonallyN = marks on Ridge Joist to sides of Roof
Joists above Wall 04
228
Roof Rafters
1. Select (x) x (y) x (z) dimensional lumber
2. Designate height of roof (Y)
4. Cut to (b)
5. Attach (M) to (N)
x = 2”y = 6”
z = 192”
b = 120”
Y = Rafters 2-2.10
M = diagonallyN = marks on Ridge Joist to sides of Roof
Joists above Wall 06
232
SheathingWalls
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Sheathing
M =verticallyN = exterior of wall studs. Place long direction
perpendicular to wall studs.
Y = until all walls are completely covered. Stagger boards @ midpoint.
234
Sheathing and SidingRoof
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Sheathing
M = horizontallyN = exterior of Roof frame. Place long
direction perpendicular to rafters.
Y = until all roof is completely covered. Stagger boards @ midpoint.
236
SidingWalls
1. Select (x) x (y) x (z) Cedar Clapboard
2. Designate piece(s) as (X)
4. Cut (b)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”z = 1”
X = Siding
b = 45o angle from base of first corner
M =verticallyN = exterior of wall. Place long direction
perpendicular to wall studs.
Y = until all walls are completely covered. Stagger clapboard @ midpoint.
242
Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
244
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
246
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
248
Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
250
Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
253
Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
254
Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
256
Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
258
Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
260
Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
262
Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
264
Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
266
Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
268
Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
270
Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
273
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
274
Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
276
Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
278
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
280
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
282
Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
284
Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
286
Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
288
Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
290
Wall 02Window 03
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
292
Wall 02Window 03
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 6.2, 7, 8.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
294
5. Attach Wall 02.1 (M) to (N)M = vertically
N = 42” inset from the edge of Floor 01
Given Information Actions
Wall 02
300
Wall 03Soleplate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
302
Wall 03Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
Given Information Actions
304
Wall 03Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate
309
Floor 02
1, 23
1, 2, 34
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 4, 256
1, 1, 4, 256
5
1, 4, 25
1, 2 57
310
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
Given Information Actions
Floor 02Header
312
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
b = 963/4”, 573/4”, 36”
Given Information Actions
Floor 02Header
314
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 138-3/4”
M =horizontallyN = header 1 and header 2
B = Header 2 and Joist 7
Given Information Actions
316
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 99-1/4”
M =horizontallyN = header 1 and header 2
B = Header 3 and Joist 10
Given Information Actions
318
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 31-3/4”
M =horizontallyN = header 1 and header 2
B = Header 4
Given Information Actions
320
Floor 02Joists
Given Information Actions
5. Attach pieces (M) to (N)M =horizontallyN = top plates of wall 01, wall 02, and wall 03
322
Floor 02Joists
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
b = 144”
M =horizontallyN = top plate of wall 03
324
Floor 02Subflooring
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
Given Information Actions
327
Stairs 01
15
1, 15
1, 15
1, 1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
328
Stairs 01Landing and Platform
1. Select (X)
5. Attach pieces (M) to (N)
X = Landing and Platform
M = vertically
N = Floor 01 adjacent to Stud 10 of Wall 03
330
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 1 and Stringer 1.2
M = diagonally
N = Top of Floor 01, connecting Joist 5 to Side 01 of Landing platform
332
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 2 and Stringer 2.2
M = diagonally
N = Top of Landing Platform , connecting side 02 to Header 3 of Floor 02
334
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 1 - 1.8
M = vertically
N = vertical faces of Stringer 1 and Stringer 1.2
336
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 2 - 2.6
M = vertically
N = vertical faces of Stringer 2 and Stringer 2.2
338
Stairs 01Treads
1. Select (X)
5. Attach pieces (M) to (N)
X = Treads 1 - 1.7
M = horizontally
N = horizontal faces of Stringer 1 and Stringer 1.2
340
Stairs 01Treads
1. Select (X)
5. Attach pieces (M) to (N)
X = Treads 2 - 2.6
M = horizontally
N = horizontal faces of Stringer 2 and Stringer 2.2
343
Wall 04
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
344
Wall 04Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
346
Wall 04Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
348
Wall 04Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 3 and 8
B = studs 2, 4, 7, 9
Given Information Actions
350
Wall 04Window 04
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 04
B = top of trimmers
Given Information Actions
352
Wall 04Window 04
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
354
Wall 04Window 04
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
360
Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
362
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
364
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
366
Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
368
Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
371
Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
372
Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
374
Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
376
Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
378
Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
380
Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
382
Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
384
Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
386
Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
388
Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
391
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
392
Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
394
Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
396
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
398
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
400
Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
402
Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
404
Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
406
Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
408
Wall 02Window 03
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
410
Wall 02Window 03
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 6.2, 7, 8.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
412
5. Attach Wall 02.1 (M) to (N)M = vertically
N = 42” inset from the edge of Floor 01
Given Information Actions
Wall 02
418
Wall 03Soleplate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
420
Wall 03Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
Given Information Actions
422
Wall 03Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate
427
Floor 02
1, 23
1, 2, 34
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 4, 256
1, 1, 4, 256
5
1, 4, 25
1, 2 57
428
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
Given Information Actions
Floor 02Header
430
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
b = 963/4”, 573/4”, 36”
Given Information Actions
Floor 02Header
432
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 138-3/4”
M =horizontallyN = header 1 and header 2
B = Header 2 and Joist 7
Given Information Actions
434
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 99-1/4”
M =horizontallyN = header 1 and header 2
B = Header 3 and Joist 10
Given Information Actions
436
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 31-3/4”
M =horizontallyN = header 1 and header 2
B = Header 4
Given Information Actions
438
Floor 02Joists
Given Information Actions
5. Attach pieces (M) to (N)M =horizontallyN = top plates of wall 01, wall 02, and wall 03
440
Floor 02Joists
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
b = 144”
M =horizontallyN = top plate of wall 03
442
Floor 02Subflooring
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
Given Information Actions
445
Stairs 01
15
1, 15
1, 15
1, 1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 1, 15
1, 1, 1, 1, 1, 15
446
Stairs 01Landing and Platform
1. Select (X)
5. Attach pieces (M) to (N)
X = Landing and Platform
M = vertically
N = Floor 01 adjacent to Stud 10 of Wall 03
448
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 1 and Stringer 1.2
M = diagonally
N = Top of Floor 01, connecting Joist 5 to Side 01 of Landing platform
450
Stairs 01Stringer
1. Select (X)
5. Attach pieces (M) to (N)
X = Stringer 2 and Stringer 2.2
M = diagonally
N = Top of Landing Platform , connecting side 02 to Header 3 of Floor 02
452
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 1 - 1.8
M = vertically
N = vertical faces of Stringer 1 and Stringer 1.2
454
Stairs 01Risers
1. Select (X)
5. Attach pieces (M) to (N)
X = Risers 2 - 2.6
M = vertically
N = vertical faces of Stringer 2 and Stringer 2.2
460
Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
462
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
464
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
466
Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
468
Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
471
Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
472
Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
474
Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
476
Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
478
Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
480
Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
482
Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
484
Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
486
Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
488
Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
491
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
492
Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
494
Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
496
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
498
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
500
Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
502
Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
504
Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
506
Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
508
Wall 02Window 03
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
510
Wall 02Window 03
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 6.2, 7, 8.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
512
5. Attach Wall 02.1 (M) to (N)M = vertically
N = 42” inset from the edge of Floor 01
Given Information Actions
Wall 02
518
Wall 03Soleplate
Given Information Actions
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
520
Wall 03Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 144”
Given Information Actions
522
Wall 03Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate
527
Floor 02
1, 23
1, 2, 34
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 4, 256
1, 1, 4, 256
5
1, 4, 25
1, 2 57
528
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
Given Information Actions
Floor 02Header
530
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
b = 963/4”, 573/4”, 36”
Given Information Actions
Floor 02Header
532
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 138-3/4”
M =horizontallyN = header 1 and header 2
B = Header 2 and Joist 7
Given Information Actions
534
Floor 02Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Joist
b = 99-1/4”
M =horizontallyN = header 1 and header 2
B = Header 3 and Joist 10
Given Information Actions
540
Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
542
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
544
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
546
Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
548
Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
551
Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
552
Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
554
Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
556
Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
558
Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
560
Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
562
Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
564
Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
566
Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
568
Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
571
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
572
Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
574
Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
576
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
578
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
580
Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
582
Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
584
Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
586
Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
592
Floor 01Sill
Given Information Actions
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
M = horizontallyN = top of foundation wall 02 and 04
594
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 4”
z = 192”
X = Sill
Y = 16” on center
b = 137”
M = horizontallyN = top of foundation wall 01 and 03
Floor 01Sill
Given Information Actions
596
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Header
Y = 16” on center
M = verticallyN = top of foundation wall 02 and 04
Given Information Actions
Floor 01Header
598
Floor 01Joists
1. Select (x) x (y) x (z) dimensional lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
x = 2”y = 8”
z = 192”
X = Joist
Y = 16” on center
b = 144”
M =verticallyN = marks on headers
Given Information Actions
600
Floor 01Subflooring
Given Information Actions
1. Select (x) x (y) x (z) OSB
2. Designate piece(s) as (X)
5. Attach pieces (M) to (N)
7. Repeat (Y)
x = 48”y = 96”
z = 5/8”
X = Subflooring
M =horizontallyN = to floor joists. Long direction should go
perpendicular to direction of joists.
Y = until all Floor is completely covered. Stagger boards @ midpoint.
603
Wall 01
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256
91, 4, 2,
65
1, 45
1, 4, 259
1, 4, 265
1, 45
5
604
Wall 01Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 144”
Given Information Actions
606
Wall 01Top plate
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plate
Y = 16” O.C.
b = 144”
Given Information Actions
608
Wall 01Studs
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = soleplate and top plate, excluding studs 4 and 8
B = studs 3, 5, 7, 9
Given Information Actions
610
Wall 01Door 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
9. Insert (H)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of door frame
B = header
H = Door 01 in between studs 3 and 5
Given Information Actions
612
Wall 01Door 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 3.2 ,4, 5.2
b = 8”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
614
Wall 01Window 01
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 7.2, 8, 9.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 01
B = top of trimmers
Given Information Actions
616
Wall 01Window 01
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
Given Information Actions
618
Wall 01Window 01
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 7.2, 8, 9.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
620
Wall 01Window 01
5. Attach Wall 01 (M) to (N)M = vertically
N = Floor 01
Given Information Actions
623
1, 4, 2 3
1, 4, 2365
1, 1, 1, 1, 1, 1, 4, 256
1, 1, 1, 1, 1, 1, 1, 4, 256
1, 4, 259
1, 4, 265
1, 45
1, 4, 259
1, 4, 265
1, 45
5
5
Wall 02
624
Wall 02Soleplate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Soleplate
Y = 16” O.C.
b = 96”
Given Information Actions
626
Wall 02Top plate
1. Select (x) x (y) x (z) Dimenisonal Lumber
2. Designate piece(s) as (X)
3. Mark piece @ (Y)
4. Cut to (b)
x = 2”y = 4”
z = 192”
X = Top plates
Y = 16” O.C.
b = 96”
Given Information Actions
628
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 1 and Top plate 1, excluding stud 3
B = studs 2, 4, 6
630
Wall 02Studs
Given Information Actions
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 4”
z = 192”
X = Studs
b = 92”
M = vertically
N = Soleplate 2 and Top plate 2, excluding stud 7
B = studs 8
632
Wall 02Window 02
Given Information Actions
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 2.2, 3, 4.2
Y = trimmers
b = 36”
M = vertically
N = soleplate @ regular stud spacing
H = Window 02
B = top of trimmers
634
Wall 02Window 02
1. Select (x) x (y) x (z) Dimensional Lumber
2. Designate piece(s) as (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
6. Double (B)
x = 2”y = 8”
z = 192”
X = Header
b = 30”
M = horizontally
N = top of window frame
B = header
636
Wall 02Window 02
1. Select (X)
4. Cut to (b)
5. Attach pieces (M) to (N)
X = studs 2.2, 3, 4.2
b = 13”
M = vertically
N = top of headers @ regular stud spacing
Given Information Actions
638
Wall 02Window 03
1. Select (X)
2. Designate piece(s) as (Y)
4. Cut to (b)
5. Attach pieces (M) to (N)
9. Insert (H) to (B)
X = studs 6.2, 7, 8.2
Y = trimmers
b = 24”
M = vertically
N = soleplate @ regular stud spacing
H = Window 03
B = top of trimmers
Given Information Actions
641
Textual Ecosystem 02: Domestic Averages
The results from the construction manual proved to be driven from aesthetic decisions, so I began to adapt my textual ecosystem to address the typical criteria used when purchasing homes; cost, size, and location.
I was able to extract data from certain domestic organizations such as; simplyadditions.com, The National Association of Homebuilders, and the National Association of Realtors:
1) Simply Additions was used for the base floorplans /designs and budget.
2) The National Association of Home Buyers designates the average amount of square footage per space in a house depending on the overall size of the house. The NAHB also designates the percentage of siding material per geographic region of the country.
3) The National Association of Realtors portrays trends in size, cost, and yard size for varying age groups and incomes.
657
Mutation Series v3
This series of models represent different iterations of a generic two story bedroom addition extracted from simplyadditions.com. The framing components of this addition were organized and compiled into a spreadsheet. This spreadsheet then served as a basis for mutations to occur. These mutations are controlled by constraints extracted from Textual Ecosystem 02; square footage, lot size, amount of material, and percentage of siding material. Client profiles (age and income) taken from a survey from the National Association of Realtors to guide the manipulation of the same series of constraints; square footage, lot size, amount of material, and percentage of siding material.
659
3.1
Mut
atio
nsCl
ient
Pro
file
Exist
ing
1Ag
e18
-34
Spec
ial N
otes
Dem
o 0.
2Cl
ass
Low
er
Mut
atio
n 01
0.3
Geog
raph
ic Ra
nge
Mid
-Atla
ntic
Mut
atio
n 02
0.2
Budg
et20
0,00
0
Mut
atio
n 03
0.5
Squa
re fo
otag
e Di
ffere
nce
590
2Lo
t Size
Smal
l To
tal
2Ad
ditio
n Co
st
100,
000
Budg
et20
0,00
0
Squa
re F
oota
ge
Per A
dditi
on
Aver
age
Sq. f
oota
ge o
f be
droo
m a
dditi
on
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e
378.
75-3
6017
7
Sidi
ngZo
ning
Vi
nyl
80%
Max
imum
ex
tens
ion
Side
01
Max
imum
ext
ensio
n Si
de 0
2O
ther
(C
ombi
ned)
12%
Feet
(rea
l)3
6
Brick
8%
Inch
es (M
odel
)2.
254.
5
Adju
sted
Squ
are
Foot
age
# of
Mut
atio
ns
Squa
re
Foot
age
per
Mut
atio
n (fe
et)
195.
753
65.2
5
Max
imum
ext
ensio
n Si
de 0
3
3 2.25
660
2-St
ory
Offi
ce &
Be
droo
m A
dditi
on
2x4
win
dow
hei
ght (
2-1/
4")
win
dow
wid
th (1
-7/
8")
win
dow
crip
ples
(2
-1/4
")so
le &
top
plat
es (9
")20
2010
60.2
44
21.2
0.3
66
31.8
0.2
44
21.2
0.5
53
2x6
Celin
g Jo
ists (
9")
Ceili
ng R
afte
rs (5
-3/
4")
Ridg
epla
te
crip
ples
(2.5
")
1224
60.2
2.4
4.8
1.2
0.3
3.6
7.2
1.8
0.2
2.4
4.8
1.2
0.5
612
3
2x8
Floo
r Joi
sts (
8.75
")Fl
oor H
eade
rs
(11.
25")
Ridg
epla
tes
(11.
25")
Deck
Joist
s (4
.5")
244
28
0.2
4.8
0.8
0.4
1.6
0.3
7.2
1.2
0.6
2.4
0.2
4.8
0.8
0.4
1.6
0.5
122
14
shea
thin
g Fl
oors
(3"x
6")
Wal
ls (3
"x6"
)Ro
of (3
"x6"
)to
tal
1526
849
0.2
35.2
1.6
9.8
0.3
4.5
7.8
2.4
14.7
0.2
35.2
1.6
9.8
0.5
7.5
134
24.5
4x8
Door
/ w
indo
w
Head
er (1
-7/8
")W
indo
ws
1110
0.2
2.2
20.3
3.3
30.2
2.2
20.5
5.5
5
Exist
ing
1so
le &
top
plat
es
(11.
25")
Stud
s (5-
3/4"
)De
mo
0.2
1260
Mut
atio
n 01
0.3
2.4
12M
utat
ion
020.2
3.6
18M
utat
ion
030.5
2.4
126
30
Tota
l 1.
5
Deck
Hea
ders
(7
.5")
2 0.4
0.6
0.4 1
661
New
All N
ew
Hom
es
Unde
r 2,
000
Sq.
Ft
2,00
0 -
2,99
9 Sq
. Ft
3,00
0 +
Sq.
Ft
Oth
er
Bedr
oom
s (2
.4 p
er
aver
age)
481
261
416
713
200.
4167
108.
7517
3.33
333
297.
0833
32.
4O
ther
Fi
nish
ed
Spac
e53
027
043
582
5
2005
2006
2007
2008
2009
Med
ian
Sqau
re
Foot
age
2253
2268
2227
2170
2100
2330
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Aver
age
Room
Size
in P
ropo
riton
to O
vera
ll Sq
. Ft.
Exist
ing
Squa
re F
oota
ge
Per A
dditi
on
Aver
age
Sq. f
oota
ge
of b
edro
om a
dditi
on
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e
Adju
sted
Sq
uare
Fo
otag
e
# of
M
utat
ions
Squa
re F
oota
ge
per M
utat
ion
(feet
)
378.
75-3
6017
719
5.75
365
.25
662
Yard
Ya
rd W
idth
Hous
e Fo
otpr
int
Perc
enta
ge o
f Lot
M
axim
um
Lot C
over
age
Side
Lot 0
1
4010
690.
2087
8906
30.
310
.5
Yard
Dep
thYa
rd S
quar
e Fo
otag
e Al
low
able
Foo
tprin
t Si
de Lo
t 02
128
5120
1536
4
Zoni
ng M
axim
um e
xten
sion
Side
01
Max
imum
ext
ensio
n Si
de 0
2M
axim
um e
xten
sion
Side
03
Feet
(rea
l)3
63
Inch
es
(Mod
el)
2.25
4.5
2.25
Side
Lot
Aggr
egat
e Si
de Lo
t % o
f Lo
t Wid
th
Min
imum
Si
de Lo
t % o
f W
idth
Fron
t Ya
rd
Setb
ack
Min
imum
Fr
ont Y
ard
Setb
ack
Diff.
14.5
0.36
250.25
3030
0
Rear
Yar
d De
pth
Min
imum
Re
ar Y
ard
Dept
hDi
ff.
3520
15
663
2005
2006
2007
2008
2009
Viny
l31
.129
.331
.233
36.2
8062
Brick
20.9
22.4
23.2
23.8
23.2
820
Stuc
co22
.221
.321
.519
.717
.53
1Fi
ber
Cem
ent
9.9
12.7
12.1
11.9
13.1
49
Woo
d /
Woo
d Pr
oduc
t8.
57.
78.
29.
48.
33
7
Othe
r 1.
11.
41.
82.
21.
82
2
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Ea
st N
orth
Ce
ntra
l Pr
imar
y Si
ding
Mat
eria
l Sha
re
2620
.83.12
2.08
Viny
l80
%
Oth
er
(Com
bine
d)12
%
Brick
8%
# de
dica
ted
to V
inyl
# De
dica
ted
to B
rick
# De
cicat
ed
to O
ther
Wal
ls
667
3.2
Mut
atio
nsCl
ient
Pro
file
Exist
ing
1Ag
e50
-69
Spec
ial N
otes
Dem
o 0.
3Cl
ass
Low
erM
utat
ion
010.
3Ge
ogra
phic
Rang
eM
id-A
tlant
icM
utat
ion
020.
2Bu
dget
200,
000
Mut
atio
n 03
0.5
Squa
re fo
otag
e Di
ffere
nce
-100
2Lo
t Size
Larg
e To
tal
2Ad
ditio
n Co
st
100,
000
Budg
et20
0,00
0Sq
uare
Foo
tage
Pe
r Add
ition
Aver
age
Sq. f
oota
ge o
f be
droo
m a
dditi
on
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e
608.
3333
3-3
60-1
00
Sidi
ngZo
ning
Vi
nyl
80%
Max
imum
ex
tens
ion
Side
01
Max
imum
ext
ensio
n Si
de 0
2O
ther
(C
ombi
ned)
12%
Feet
(rea
l)9
15
Brick
8%
Inch
es (M
odel
)6.
7511
.25
Othe
r (c
ombi
ned)
18%
Inch
es (M
odel
)5.
0625
8.43
75
Adju
sted
Squ
are
Foot
age
# of
Mut
atio
ns
Squa
re
Foot
age
per
Mut
atio
n (fe
et)
148.
3333
33
49.4
4444
Max
imum
ext
ensio
n Si
de 0
3
12 9 6.75
668
2-St
ory
Offi
ce &
Be
droo
m A
dditi
on
2x4
win
dow
hei
ght (
2-1/
4")
win
dow
wid
th (1
-7/
8")
win
dow
crip
ples
(2
-1/4
")so
le &
top
plat
es (9
")20
2010
60.2
44
21.2
0.3
66
31.8
0.2
44
21.2
0.5
53
2x6
Celin
g Jo
ists (
9")
Ceili
ng R
afte
rs (5
-3/
4")
Ridg
epla
te
crip
ples
(2.5
")
1224
60.2
2.4
4.8
1.2
0.3
3.6
7.2
1.8
0.2
2.4
4.8
1.2
0.5
612
3
2x8
Floo
r Joi
sts (
8.75
")Fl
oor H
eade
rs
(11.
25")
Ridg
epla
tes
(11.
25")
Deck
Joist
s (4
.5")
244
28
0.2
4.8
0.8
0.4
1.6
0.3
7.2
1.2
0.6
2.4
0.2
4.8
0.8
0.4
1.6
0.5
122
14
shea
thin
g Fl
oors
(3"x
6")
Wal
ls (3
"x6"
)Ro
of (3
"x6"
)to
tal
1526
849
0.2
35.2
1.6
9.8
0.3
4.5
7.8
2.4
14.7
0.2
35.2
1.6
9.8
0.5
7.5
134
24.5
4x8
Door
/ w
indo
w
Head
er (1
-7/8
")W
indo
ws
1110
0.2
2.2
20.3
3.3
30.2
2.2
20.5
5.5
5
Exist
ing
1so
le &
top
plat
es
(11.
25")
Stud
s (5-
3/4"
)De
mo
0.2
1260
Mut
atio
n 01
0.3
2.4
12M
utat
ion
020.2
3.6
18M
utat
ion
030.5
2.4
126
30
Tota
l 1.
5
Deck
Hea
ders
(7
.5")
2 0.4
0.6
0.4 1
669
New
All N
ew
Hom
es
Unde
r 2,
000
Sq.
Ft
2,00
0 -
2,99
9 Sq
. Ft
3,00
0 +
Sq.
Ft
Oth
er
Bedr
oom
s (2
.4 p
er
aver
age)
481
261
416
713
200.
4167
108.
7517
3.33
333
297.
0833
32.
4O
ther
Fi
nish
ed
Spac
e53
027
043
582
5
378.
7560
8.33
333
1122
.083
3
2005
2006
2007
2008
2009
Med
ian
Sqau
re
Foot
age
2253
2268
2227
2170
2100
2330
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Aver
age
Room
Size
in P
ropo
riton
to O
vera
ll Sq
. Ft.
Exist
ing
Squa
re
Foot
age
Per
Addi
tion
Aver
age
Sq.
foot
age
of
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e Ad
just
ed
Squa
re
# of
M
utat
ions
Squa
re F
oota
ge
per M
utat
ion
608.
3333
3-3
60-1
0014
8.33
333
349
.444
4433
3
670
Yard
Ya
rd W
idth
Hous
e Fo
otpr
int
Perc
enta
ge o
f Lot
M
axim
um
Lot C
over
age
Side
Lot 0
1
4010
690.
2087
8906
30.
310
.5
Yard
Dep
thYa
rd S
quar
e Fo
otag
e Al
low
able
Foo
tprin
t Si
de Lo
t 02
128
5120
1536
4
Max
imum
ext
ensio
n Si
de 0
1M
axim
um e
xten
sion
Side
02
Max
imum
ext
ensio
n Si
de 0
3
Feet
(rea
l)9
1512
Inch
es
(Mod
el)
6.75
11.2
59
Side
Lot
Aggr
egat
e Si
de Lo
t % o
f Lo
t Wid
th
Min
imum
Si
de Lo
t % o
f W
idth
Fron
t Ya
rd
Setb
ack
Min
imum
Fr
ont Y
ard
Setb
ack
Diff.
14.5
0.36
250.25
3030
0
Rear
Yar
d De
pth
Min
imum
Re
ar Y
ard
Dept
hDi
ff.
3520
15
671
2005
2006
2007
2008
2009
Viny
l31
.129
.331
.233
36.2
8062
Brick
20.9
22.4
23.2
23.8
23.2
820
Stuc
co22
.221
.321
.519
.717
.53
1Fi
ber
Cem
ent
9.9
12.7
12.1
11.9
13.1
49
Woo
d /
Woo
d Pr
oduc
t8.
57.
78.
29.
48.
33
7
Othe
r 1.
11.
41.
82.
21.
82
2
Prim
ary
Sidi
ng M
ater
ial S
hare
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Ea
st
Nort
h
2620
.83.12
2.08
Viny
l80
%
Oth
er
(Com
bine
d)12
%
Brick
8%#
dedi
cate
d #
Dedi
cate
d #
Decic
ated
W
alls
675
3.3
Mut
atio
nsCl
ient
Pro
file
Exist
ing
1Ag
e18
-34
Spec
ial N
otes
Dem
o 0.
3Cl
ass
Uppe
r M
utat
ion
010.
6Ge
ogra
phic
Rang
eEa
st N
orth
Cen
tral
M
utat
ion
020.
5Bu
dget
300,
000
Mut
atio
n 03
0.4
Squa
re fo
otag
e Di
ffere
nce
590
Mut
atio
n 04
0.25
Lot S
izeSm
all
Mut
atio
n 05
0.25 3
Tota
l 3
Squa
re F
oota
ge
Per A
dditi
on
Addi
tion
Cost
10
0,00
0Av
erag
e Sq
. foo
tage
of
bedr
oom
add
ition
Sq
uare
Foo
tage
of
typi
cal a
dditi
onSq
uare
Foo
tage
Di
ffere
nce
Budg
et30
0,00
011
22.0
83-3
6011
8
Sidi
ngZo
ning
Vi
nyl
62%
Max
imum
ex
tens
ion
Side
01
Max
imum
ext
ensio
n Si
de 0
2Br
ick
20%
Feet
(rea
l)3
6Ot
her
(com
bine
d)18
%In
ches
(Mod
el)
2.25
4.5
Adju
sted
Squ
are
Foot
age
# of
Mut
atio
ns
Squa
re
Foot
age
per
Mut
atio
n (fe
et)
880.08
35
176.01
66
Max
imum
ext
ensio
n Si
de 0
33 2.25
676
2-St
ory
Offi
ce &
Be
droo
m A
dditi
on
2x4
win
dow
hei
ght (
2-1/
4")
win
dow
wid
th (1
-7/
8")
win
dow
crip
ples
(2
-1/4
")so
le &
top
plat
es (9
")20
2010
60.3
31.8
0.6
63.6
0.5
53
0.4
42.4
0.25
2.5
1.5
2x6
Celin
g Jo
ists (
9")
Ceili
ng R
afte
rs (5
-3/
4")
Ridg
epla
te
crip
ples
(2.5
")
1224
60.3
3.6
7.2
1.8
0.6
7.2
14.4
3.6
0.5
612
30.4
4.8
9.6
2.4
0.25
36
1.5
2x8
Floo
r Joi
sts (
8.75
")Fl
oor H
eade
rs
(11.
25")
Ridg
epla
tes
(11.
25")
Deck
Joist
s (4
.5")
244
28
0.3
7.2
1.2
0.6
2.4
0.6
14.4
2.4
1.2
4.8
0.5
122
14
0.4
9.6
1.6
0.8
3.2
0.25
61
0.5
2
shea
thin
g Fl
oors
(3"x
6")
Wal
ls (3
"x6"
)Ro
of (3
"x6"
)to
tal
1524
847
0.3
4.5
7.2
2.4
14.1
0.6
914
.44.8
28.2
0.5
7.5
124
23.5
0.4
69.6
3.2
18.8
0.25
3.75
62
11.75
4x8
Door
/ w
indo
w
Head
er (1
-7/8
")W
indo
ws
1110
0.3
3.3
30.6
6.6
60.5
5.5
50.4
4.4
40.25
2.75
2.5
Exist
ing
1so
le &
top
plat
es
(11.
25")
Stud
s (5-
3/4"
)De
mo
0.3
1260
Mut
atio
n 01
0.6
3.6
18M
utat
ion
020.5
7.2
36M
utat
ion
030.4
630
Mut
atio
n 04
+ 0
50.25
4.8
243
15
Tota
l 3
Deck
Hea
ders
(7
.5")
2 0.6
1.2 1 0.8
0.5
677
New
All N
ew
Hom
es
Unde
r 2,
000
Sq.
Ft
2,00
0 -
2,99
9 Sq
. Ft
3,00
0 +
Sq.
Ft
Oth
er
Bedr
oom
s (2
.4 p
er
aver
age)
481
261
416
713
200.
4167
108.
7517
3.33
333
297.
0833
32.
4O
ther
Fi
nish
ed
Spac
e53
027
043
582
5
2005
2006
2007
2008
2009
Med
ian
Sqau
re
Foot
age
2253
2268
2227
2170
2100
2330
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Aver
age
Room
Size
in P
ropo
riton
to O
vera
ll Sq
. Ft.
Exist
ing
Squa
re
Foot
age
Per
Addi
tion
Aver
age
Sq.
foot
age
of
bedr
oom
ad
ditio
n
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e
Adju
sted
Sq
uare
Fo
otag
e
# of
M
utat
ions
Squa
re F
oota
ge
per M
utat
ion
(feet
)
1122
.083
-360
118
880.
083
517
6.01
66
678
Yard
Ya
rd W
idth
Hous
e Fo
otpr
int
Perc
enta
ge o
f Lot
M
axim
um
Lot C
over
age
Side
Lot 0
1
4010
690.
2087
8906
30.
310
.5
Yard
Dep
thYa
rd S
quar
e Fo
otag
e Al
low
able
Foo
tprin
t Si
de Lo
t 02
128
5120
1536
4
Max
imum
ext
ensio
n Si
de 0
1M
axim
um e
xten
sion
Side
02
Max
imum
ext
ensio
n Si
de 0
3
Feet
(rea
l)3
63
Inch
es
(Mod
el)
2.25
4.5
2.25
Side
Lot
Aggr
egat
e Si
de Lo
t % o
f Lo
t Wid
th
Min
imum
Si
de Lo
t % o
f W
idth
Fron
t Ya
rd
Setb
ack
Min
imum
Fr
ont Y
ard
Setb
ack
Diff.
14.5
0.36
250.25
3030
0
Rear
Yar
d De
pth
Min
imum
Re
ar Y
ard
Dept
hDi
ff.
3520
15
679
2005
2006
2007
2008
2009
Viny
l31
.129
.331
.233
36.2
8062
Brick
20.9
22.4
23.2
23.8
23.2
820
Stuc
co22
.221
.321
.519
.717
.53
1Fi
ber
Cem
ent
9.9
12.7
12.1
11.9
13.1
49
Woo
d /
Woo
d Pr
oduc
t8.
57.
78.
29.
48.
33
7
Othe
r 1.
11.
41.
82.
21.
82
2East
No
rth
Prim
ary
Sidi
ng M
ater
ial S
hare
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
2616
.12
5.2
4.68
Viny
l62
%
Oth
er
(Com
bine
d)20
%
Brick
18
%
# De
dica
ted
# De
cicat
ed
Wal
ls#
dedi
cate
d
683
3.4
Mut
atio
nsCl
ient
Pro
file
Exist
ing
1Ag
e50
-69
Spec
ial N
otes
Dem
o 0.
3Cl
ass
Uppe
r M
utat
ion
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6Ge
ogra
phic
Rang
eEa
st N
orth
Cen
tral
M
utat
ion
020.
5Bu
dget
300,
000
Mut
atio
n 03
0.4
Squa
re fo
otag
e Di
ffere
nce
-100
Mut
atio
n 04
0.25
Lot S
izeSm
all
Mut
atio
n 05
0.25 3
Tota
l 3
Addi
tion
Cost
10
0,00
0Sq
uare
Foo
tage
Pe
r Add
ition
Budg
et30
0,00
0Av
erag
e Sq
. foo
tage
of
bedr
oom
add
ition
Sq
uare
Foo
tage
of
typi
cal a
dditi
onSq
uare
Foo
tage
Di
ffere
nce
1122
.083
-360
-100
Sidi
ngZo
ning
Vi
nyl
62%
Max
imum
ex
tens
ion
Side
01
Max
imum
ext
ensio
n Si
de 0
2Br
ick
20%
Feet
(rea
l)9
15Ot
her
(com
bine
d)18
%In
ches
(Mod
el)
6.75
11.2
5
Adju
sted
Squ
are
Foot
age
# of
Mut
atio
ns
Squa
re
Foot
age
per
Mut
atio
n (fe
et)
662.08
35
132.41
66
Max
imum
ext
ensio
n Si
de 0
312 9
684
2-St
ory
Offi
ce &
Be
droo
m A
dditi
on
2x4
win
dow
hei
ght (
2-1/
4")
win
dow
wid
th (1
-7/
8")
win
dow
crip
ples
(2
-1/4
")so
le &
top
plat
es (9
")20
2010
60.3
31.8
0.6
63.6
0.5
53
0.4
42.4
0.25
2.5
1.5
2x6
Celin
g Jo
ists (
9")
Ceili
ng R
afte
rs (5
-3/
4")
Ridg
epla
te
crip
ples
(2.5
")12
246
0.3
3.6
7.2
1.8
0.6
7.2
14.4
3.6
0.5
612
30.4
4.8
9.6
2.4
0.25
36
1.5
2x8
Floo
r Joi
sts (
8.75
")Fl
oor H
eade
rs
(11.
25")
Ridg
epla
tes
(11.
25")
Deck
Joist
s (4
.5")
244
28
0.3
7.2
1.2
0.6
2.4
0.6
14.4
2.4
1.2
4.8
0.5
122
14
0.4
9.6
1.6
0.8
3.2
0.25
61
0.5
2
shea
thin
g Fl
oors
(3"x
6")
Wal
ls (3
"x6"
)Ro
of (3
"x6"
)to
tal
1524
847
0.3
4.5
7.2
2.4
14.1
0.6
914
.44.8
28.2
0.5
7.5
124
23.5
0.4
69.6
3.2
18.8
0.25
3.75
62
11.75
4x8
Door
/ w
indo
w
Head
er (1
-7/8
")W
indo
ws
1110
0.3
3.3
30.6
6.6
60.5
5.5
50.4
4.4
40.25
2.75
2.5
Exist
ing
1so
le &
top
plat
es
(11.
25")
Stud
s (5-
3/4"
)De
mo
0.3
1260
Mut
atio
n 01
0.6
3.6
18M
utat
ion
020.5
7.2
36M
utat
ion
030.4
630
Mut
atio
n 04
+ 0
50.25
4.8
243
15
Tota
l 3
Deck
Hea
ders
(7
.5")
2 0.6
1.2 1 0.8
0.5
685
New
All N
ew
Hom
es
Unde
r 2,
000
Sq.
Ft
2,00
0 -
2,99
9 Sq
. Ft
3,00
0 +
Sq.
Ft
Oth
er
Bedr
oom
s (2
.4 p
er
aver
age)
481
261
416
713
200.
4167
108.
7517
3.33
333
297.
0833
32.
4O
ther
Fi
nish
ed
Spac
e53
027
043
582
5
2005
2006
2007
2008
2009
Med
ian
Sqau
re
Foot
age
2253
2268
2227
2170
2100
2330
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
Aver
age
Room
Size
in P
ropo
riton
to O
vera
ll Sq
. Ft.
Exist
ing
Squa
re
Foot
age
Per
Addi
tion
Aver
age
Sq.
foot
age
of
bedr
oom
ad
ditio
n
Squa
re F
oota
ge o
f ty
pica
l add
ition
Squa
re F
oota
ge
Diffe
renc
e
Adju
sted
Sq
uare
Fo
otag
e
# of
M
utat
ions
Squa
re F
oota
ge
per M
utat
ion
(feet
)
1122
.083
-360
-100
662.
083
513
2.41
66
686
Yard
Ya
rd W
idth
Hous
e Fo
otpr
int
Perc
enta
ge o
f Lot
M
axim
um
Lot C
over
age
Side
Lot 0
1
4010
690.
2087
8906
30.
310
.5
Yard
Dep
thYa
rd S
quar
e Fo
otag
e Al
low
able
Foo
tprin
t Si
de Lo
t 02
128
5120
1536
4
Max
imum
ext
ensio
n Si
de 0
1M
axim
um e
xten
sion
Side
02
Max
imum
ext
ensio
n Si
de 0
3
Feet
(rea
l)9
1512
Inch
es
(Mod
el)
6.75
11.2
59
Side
Lot
Aggr
egat
e Si
de Lo
t % o
f Lo
t Wid
th
Min
imum
Si
de Lo
t % o
f W
idth
Fron
t Ya
rd
Setb
ack
Min
imum
Fr
ont Y
ard
Setb
ack
Diff.
14.5
0.36
250.25
3030
0
Rear
Yar
d De
pth
Min
imum
Re
ar Y
ard
Dept
hDi
ff.
3520
15
687
2005
2006
2007
2008
2009
Viny
l31
.129
.331
.233
36.2
8062
Brick
20.9
22.4
23.2
23.8
23.2
820
Stuc
co22
.221
.321
.519
.717
.53
1Fi
ber
Cem
ent
9.9
12.7
12.1
11.9
13.1
49
Woo
d /
Woo
d Pr
oduc
t8.
57.
78.
29.
48.
33
7
Othe
r 1.
11.
41.
82.
21.
82
2East
No
rth
Prim
ary
Sidi
ng M
ater
ial S
hare
Aver
age
Char
acte
ristic
s of S
ingl
e Fa
mily
Hom
es
U.S.
Mid
dle
Atla
ntic
2616
.12
5.2
4.68
Viny
l62
%
Oth
er
(Com
bine
d)20
%
Brick
18
%
# De
dica
ted
# De
cicat
ed
Wal
ls#
dedi
cate
d