Uncreative Construction | Domestic Mutations in America

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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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Uncreative ConstructionDomestic Mutations in America

Sean Morgan Advisor: Jean-François Bédard

2

3

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

4

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

5

6

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

7

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

8

9

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.

10

Untitled 01Pittsburgh, PA

11

12

Lancaster MarketSyracuse, NY

13

14

Syracuse Ceiling CompanySyracuse, NY

15

16

Hannibal LecterAnn Arbor, MI

17

18

Graby’sSyracuse, NY

19

20

Rene’s HouseSyracuse, NY

21

22

Cooper Beech CommonsSyracuse, NY

23

24

25

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:

26

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

27

Wall Drawings, 1969 - 2007Sol LewittThe wall drawings are executed from a set of instructions or specifications that Sol Lewitt creates.

28

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.

29

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

30

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.

31

Ten Houses, 1967 - 1978Peter Eiseman Eiseman’s Ten Houses are a series of house designs that are derived from various autonomous form generations.

32

DiY CabinsTisza River HungaryThe summer cabins along the Tisza River in Hungary are all self-made and exhibit unique material and compositional characteristics.

33

34

35

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

36

37

1. Select

2. Designate

3. Mark

4. Cut

5. Attach

6. Double

7. Repeat

8. Calculate

9. Insert

Legend

38

39

40

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

41

1. Select

2. Designate

3. Mark

4. Cut

5. Attach

6. Double

7. Repeat

8. Calculate

9. Insert

Actions Legend

42

43

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

44

45

Addition 01

46

47

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

48

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

49

1, 1, 235

Floor 01Sill

50



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


51

1, 1, 4, 25

Floor 01Sill

52



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center

M = verticallyN = top of foundation wall 02 and 04


Floor 01Header

53

1, 1, 235

Floor 01Header

54

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”

M =verticallyN = marks on headers


55

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

56

Floor 01Subflooring


1. Select (x) x (y) x (z) OSB



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.

57

Floor 01Subflooring

1, 2 57

58

59

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

60

Wall 01Soleplate

1. Select (x) x (y) x (z) Dimenisonal Lumber


3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


61

Wall 01Soleplate

1, 4, 2 3

62

Wall 01Top plate

1. Select (x) x (y) x (z) Dimensional Lumber


3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


63

Wall 01Top plate

1, 1, 4, 23

64

Wall 01Studs



4. Cut to (b)


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


65

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

66

Wall 01Door 01



4. Cut to (b)


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


67

Wall 01Door 01

91, 4, 2,

65

68

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically

N = top of headers @ regular stud spacing


69

Wall 01Door 01

1, 45

70

Wall 01Window 01

1. Select (X)

2. Designate piece(s) as (Y)

4. Cut to (b)


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


71

Wall 01Window 01

1, 4, 259

72

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally

N = top of window frame

B = header


73

Wall 01Window 01

1, 4, 265

74

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



75

Wall 01Window 01

1, 45

76

Wall 01Window 01

5. Attach Wall 01 (M) to (N)M = vertically

N = Floor 01


77

Wall 01Window 01

5

78

79

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

80

Wall 02Soleplate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


81

Wall 02Soleplate

1, 4, 2 3

82

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


83

Wall 02Top plate

1, 1, 4, 2 3

84

Wall 02Studs




4. Cut to (b)


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

85

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

86

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

87

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

88

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

89

Wall 02Window 02

1, 4, 259

90

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

91

Wall 02Window 02

1, 4, 265

92

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



93

Wall 02Window 02

1, 45

94

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


95

Wall 02Window 03

1, 4, 259

96

Wall 02Window 03



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


97

Wall 02Window 03

1, 4, 265

98

Wall 02Window 03

1. Select (X)

4. Cut to (b)


X = studs 6.2, 7, 8.2

b = 13”

M = vertically



99

Wall 02Window 03

1, 45

100

5. Attach Wall 02.1 (M) to (N)M = vertically

N = 42” inset from the edge of Floor 01


Wall 02

101

5

Wall 02

102


N = Floor 01


Wall 02

103

5

Wall 02

104

105

Wall 03

1, 4, 2 3

1, 4, 2365

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

5

106

Wall 03Soleplate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”

107

Wall 03Soleplate

1, 4, 2 3

108

Wall 03Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”


109

Wall 03Top plate

1, 1, 4, 2 3

110

Wall 03Studs




4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically

N = soleplate and top plate

111

Wall 03Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

112


N = Floor 01


Wall 03

113

5

Wall 03

114

115

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



3. Mark piece @ (Y)

x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center


Floor 02Header

117

1, 23

Floor 02Header

118



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”


Floor 02Header

119

1, 2, 34

Floor 02Header

120

Floor 02Joists



4. Cut to (b)


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


121

Floor 02Joists

1, 1, 1, 1, 1, 1, 1, 4, 256

122

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 99-1/4”




123

Floor 02Joists

1, 1, 1, 4, 256

124

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 31-3/4”


B = Header 4


125

Floor 02Joists

1, 1, 4, 256

126

Floor 02Joists


5. Attach pieces (M) to (N)M =horizontallyN = top plates of wall 01, wall 02, and wall 03

127

Floor 02Joists

5

128

Floor 02Joists




4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

b = 144”

M =horizontallyN = top plate of wall 03

129

Floor 02Joists

1, 4, 25

130

Floor 02Subflooring




7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring





131

Floor 02Subflooring

1, 2 57

132

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)


X = Landing and Platform

M = vertically

N = Floor 01 adjacent to Stud 10 of Wall 03

135


15

136

Stairs 01Stringer

1. Select (X)


X = Stringer 1 and Stringer 1.2

M = diagonally

N = Top of Floor 01, connecting Joist 5 to Side 01 of Landing platform

137

Stairs 01Stringer

1, 15

138

Stairs 01Stringer

1. Select (X)



M = diagonally

N = Top of Landing Platform , connecting side 02 to Header 3 of Floor 02

139

Stairs 01Stringer

1, 15

140

Stairs 01Risers

1. Select (X)


X = Risers 1 - 1.8

M = vertically

N = vertical faces of Stringer 1 and Stringer 1.2

141

Stairs 01Risers

1, 1, 1, 1, 1, 1, 1, 15

142

Stairs 01Risers

1. Select (X)


X = Risers 2 - 2.6

M = vertically


143

Stairs 01Risers

1, 1, 1, 1, 1, 15

144

Stairs 01Treads

1. Select (X)


X = Treads 1 - 1.7

M = horizontally

N = horizontal faces of Stringer 1 and Stringer 1.2

145

Stairs 01Treads

1, 1, 1, 1, 1, 1, 15

146

Stairs 01Treads

1. Select (X)


X = Treads 2 - 2.6

M = horizontally


147

Stairs 01Treads

1, 1, 1, 1, 1, 15

148

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


151

Wall 04Soleplate

1, 4, 2 3

152

Wall 04Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


153

Wall 04Top plate

1, 1, 4, 23

154

Wall 04Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 7, 9


155

Wall 04Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

156

Wall 04Window 04

1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 04

B = top of trimmers


157

Wall 04Window 04

1, 4, 259

158

Wall 04Window 04



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


159

Wall 04Window 04

1, 4, 265

160

Wall 04Window 04

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



161

Wall 04Window 04

1, 45

162

Wall 04Window 05

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 05

B = top of trimmers


163

Wall 04Window 05

1, 4, 259

164

Wall 04Window 05



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


165

Wall 04Window 05

1, 4, 265

166

Wall 04Window 05

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



167

Wall 04Window 05

1, 45

168

Wall 04


N = Floor 02 above wall 01


169

Wall 04

5

170

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


173

Wall 05Soleplate

1, 4, 2 3

174

Wall 05Top plate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 96”

175

Wall 05Top plate

1, 1, 4, 2 3

176

Wall 05Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

177

Wall 05Studs

1, 1, 1, 1, 1, 1, 4, 256

178

Wall 05Studs




4. Cut to (b)


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

179

Wall 05Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

180

Wall 05Window 06


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 06

B = top of trimmers

181

Wall 05Window 06

1, 4, 259

182



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

Wall 05Window 06

183

1, 4, 265

Wall 05Window 06

184

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



Wall 05Window 06

185

1, 45

Wall 05Window 06

186

Wall 05Window 07


1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 36”

M = vertically


H = Window 07

B = top of trimmers

187

Wall 05Window 07

1, 4, 259

188



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

Wall 05Window 07

189

1, 4, 265

Wall 05Window 07

190

1. Select (X)

4. Cut to (b)


X = studs 6.2, 7, 8.2

b = 13”

M = vertically



Wall 05Window 07

191

1, 45

Wall 05Window 07

192

Wall 05Window 08


1. Select (X)


4. Cut to (b)



X = studs 11.2, 12, 13.2

Y = trimmers

b = 36”

M = vertically


H = Window 08

B = top of trimmers

193

Wall 05Window 08

1, 4, 259

194



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

Wall 05Window 08


195

1, 4, 265

Wall 05Window 08

196

1. Select (X)

4. Cut to (b)


X = studs 11.2, 12, 13.2

b = 13”

M = vertically


Wall 05Window 08


197

1, 45

Wall 05Window 08

198




Wall 05

199

5

Wall 05

200


N = Floor 02 above Wall 02.2


Wall 05

201

5

Wall 05

202

203

Wall 06

1, 4, 2 3

1, 4, 2365

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 4, 259

1, 4, 265

1, 45

5

204

Wall 06Soleplate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”

205

Wall 06Soleplate

1, 4, 2 3

206

Wall 06Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”


207

Wall 06Top plate

1, 1, 4, 2 3

208

Wall 06Studs




4. Cut to (b)


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

209

Wall 06Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

210

Wall 06Window 09


1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 09

B = top of trimmers

211

Wall 06Window 09

1, 4, 259

212



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


Wall 06Window 09

213

1, 4, 265

Wall 06Window 09

214

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



Wall 06Window 09

215

1, 45

Wall 06Window 09

216


N = Floor 02 above Wall 03


Wall 06

217

5

Wall 06

218

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


3. Mark (B) @ (H)


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

221

RoofCeiling

31, 1, 1, 1, 1, 1, 1, 1, 1, 1

5

222

Roof Roof Pitch

2. Designate height of roof = (n)

8. Calculate Roof Pitch (m)

n = 48”

m = (n) / (192”)

223

RoofRoof Pitch

2, 8

224

Roof Roof Pitch


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

225

RoofRoof Pitch

1, 4, 2 35

226

Roof Rafters


2. Designate height of roof (Y)

4. Cut to (b)


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

227

RoofRafters

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 2 5

228

Roof Rafters


2. Designate height of roof (Y)

4. Cut to (b)


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

229

RoofRafters

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 2 5

230

231

Sheathing and Siding

1, 2 57

1, 2 57

1, 2 457

232

SheathingWalls




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.

233

SheathingWalls

1, 2 57

234

Sheathing and SidingRoof




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.

235

SheathingRoof

1, 2 57

236

SidingWalls

1. Select (x) x (y) x (z) Cedar Clapboard


4. Cut (b)


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.

237

SidingWalls

1, 2 457

238

239

Mutation 01

240

241

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

242

Floor 01Sill




3. Mark piece @ (Y)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center


243

1, 1, 235

Floor 01Sill

244



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


245

1, 1, 4, 25

Floor 01Sill

246



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center



Floor 01Header

247

1, 1, 235

Floor 01Header

248

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”



249

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

250

Floor 01Subflooring





7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring




251

Floor 01Subflooring

1, 2 57

252

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


255

Wall 01Soleplate

1, 4, 2 3

256

Wall 01Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


257

Wall 01Top plate

1, 1, 4, 23

258

Wall 01Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 3, 5, 7, 9


259

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

260

Wall 01Door 01



4. Cut to (b)


6. Double (B)

9. Insert (H)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header



261

Wall 01Door 01

91, 4, 2,

65

262

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically



263

Wall 01Door 01

1, 45

264

Wall 01Window 01

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 01

B = top of trimmers


265

Wall 01Window 01

1, 4, 259

266

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


267

Wall 01Window 01

1, 4, 265

268

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



269

Wall 01Window 01

1, 45

270

Wall 01Window 01


N = Floor 01


271

Wall 01Window 01

5

272

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


275

Wall 02Soleplate

1, 4, 2 3

276

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


277

Wall 02Top plate

1, 1, 4, 2 3

278

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

279

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

280

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

281

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

282

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

283

Wall 02Window 02

1, 4, 259

284

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

285

Wall 02Window 02

1, 4, 265

286

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



287

Wall 02Window 02

1, 45

288

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


289

Wall 02Window 03

1, 4, 259

290

Wall 02Window 03



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


291

Wall 02Window 03

1, 4, 265

292

Wall 02Window 03

1. Select (X)

4. Cut to (b)


X = studs 6.2, 7, 8.2

b = 13”

M = vertically



293

Wall 02Window 03

1, 45

294




Wall 02

295

5

Wall 02

296


N = Floor 01


Wall 02

297

5

Wall 02

298

299

Wall 03

1, 4, 2 3

1, 4, 2365

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

5

300

Wall 03Soleplate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”

301

Wall 03Soleplate

1, 4, 2 3

302

Wall 03Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”


303

Wall 03Top plate

1, 1, 4, 2 3

304

Wall 03Studs




4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


305

Wall 03Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

306


N = Floor 01


Wall 03

307

5

Wall 03

308

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



3. Mark piece @ (Y)

x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center


Floor 02Header

311

1, 23

Floor 02Header

312



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”


Floor 02Header

313

1, 2, 34

Floor 02Header

314

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 138-3/4”




315

Floor 02Joists

1, 1, 1, 1, 1, 1, 1, 4, 256

316

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 99-1/4”




317

Floor 02Joists

1, 1, 1, 4, 256

318

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 31-3/4”


B = Header 4


319

Floor 02Joists

1, 1, 4, 256

320

Floor 02Joists



321

Floor 02Joists

5

322

Floor 02Joists




4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

b = 144”


323

Floor 02Joists

1, 4, 25

324

Floor 02Subflooring




7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring





325

Floor 02Subflooring

1, 2 57

326

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


1. Select (X)



M = vertically


329


15

330

Stairs 01Stringer

1. Select (X)



M = diagonally


331

Stairs 01Stringer

1, 15

332

Stairs 01Stringer

1. Select (X)



M = diagonally


333

Stairs 01Stringer

1, 15

334

Stairs 01Risers

1. Select (X)


X = Risers 1 - 1.8

M = vertically


335

Stairs 01Risers

1, 1, 1, 1, 1, 1, 1, 15

336

Stairs 01Risers

1. Select (X)


X = Risers 2 - 2.6

M = vertically


337

Stairs 01Risers

1, 1, 1, 1, 1, 15

338

Stairs 01Treads

1. Select (X)


X = Treads 1 - 1.7

M = horizontally


339

Stairs 01Treads

1, 1, 1, 1, 1, 1, 15

340

Stairs 01Treads

1. Select (X)


X = Treads 2 - 2.6

M = horizontally


341

Stairs 01Treads

1, 1, 1, 1, 1, 15

342

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


345

Wall 04Soleplate

1, 4, 2 3

346

Wall 04Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


347

Wall 04Top plate

1, 1, 4, 23

348

Wall 04Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 7, 9


349

Wall 04Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

350

Wall 04Window 04

1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 04

B = top of trimmers


351

Wall 04Window 04

1, 4, 259

352

Wall 04Window 04



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


353

Wall 04Window 04

1, 4, 265

354

Wall 04Window 04

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



355

Wall 04Window 04

1, 45

356

357

Mutation 02

358

359

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

360

Floor 01Sill




3. Mark piece @ (Y)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center


361

1, 1, 235

Floor 01Sill

362



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


363

1, 1, 4, 25

Floor 01Sill

364



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center



Floor 01Header

365

1, 1, 235

Floor 01Header

366

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”



367

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

368

Floor 01Subflooring





7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring




369

Floor 01Subflooring

1, 2 57

370

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


373

Wall 01Soleplate

1, 4, 2 3

374

Wall 01Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


375

Wall 01Top plate

1, 1, 4, 23

376

Wall 01Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 3, 5, 7, 9


377

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

378

Wall 01Door 01



4. Cut to (b)


6. Double (B)

9. Insert (H)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header



379

Wall 01Door 01

91, 4, 2,

65

380

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically



381

Wall 01Door 01

1, 45

382

Wall 01Window 01

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 01

B = top of trimmers


383

Wall 01Window 01

1, 4, 259

384

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


385

Wall 01Window 01

1, 4, 265

386

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



387

Wall 01Window 01

1, 45

388

Wall 01Window 01


N = Floor 01


389

Wall 01Window 01

5

390

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


393

Wall 02Soleplate

1, 4, 2 3

394

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


395

Wall 02Top plate

1, 1, 4, 2 3

396

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

397

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

398

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

399

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

400

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

401

Wall 02Window 02

1, 4, 259

402

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

403

Wall 02Window 02

1, 4, 265

404

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



405

Wall 02Window 02

1, 45

406

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


407

Wall 02Window 03

1, 4, 259

408

Wall 02Window 03



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


409

Wall 02Window 03

1, 4, 265

410

Wall 02Window 03

1. Select (X)

4. Cut to (b)


X = studs 6.2, 7, 8.2

b = 13”

M = vertically



411

Wall 02Window 03

1, 45

412




Wall 02

413

5

Wall 02

414


N = Floor 01


Wall 02

415

5

Wall 02

416

417

Wall 03

1, 4, 2 3

1, 4, 2365

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

5

418

Wall 03Soleplate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”

419

Wall 03Soleplate

1, 4, 2 3

420

Wall 03Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”


421

Wall 03Top plate

1, 1, 4, 2 3

422

Wall 03Studs




4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


423

Wall 03Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

424


N = Floor 01


Wall 03

425

5

Wall 03

426

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



3. Mark piece @ (Y)

x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center


Floor 02Header

429

1, 23

Floor 02Header

430



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”


Floor 02Header

431

1, 2, 34

Floor 02Header

432

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 138-3/4”




433

Floor 02Joists

1, 1, 1, 1, 1, 1, 1, 4, 256

434

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 99-1/4”




435

Floor 02Joists

1, 1, 1, 4, 256

436

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 31-3/4”


B = Header 4


437

Floor 02Joists

1, 1, 4, 256

438

Floor 02Joists



439

Floor 02Joists

5

440

Floor 02Joists




4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

b = 144”


441

Floor 02Joists

1, 4, 25

442

Floor 02Subflooring




7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring





443

Floor 02Subflooring

1, 2 57

444

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


1. Select (X)



M = vertically


447


15

448

Stairs 01Stringer

1. Select (X)



M = diagonally


449

Stairs 01Stringer

1, 15

450

Stairs 01Stringer

1. Select (X)



M = diagonally


451

Stairs 01Stringer

1, 15

452

Stairs 01Risers

1. Select (X)


X = Risers 1 - 1.8

M = vertically


453

Stairs 01Risers

1, 1, 1, 1, 1, 1, 1, 15

454

Stairs 01Risers

1. Select (X)


X = Risers 2 - 2.6

M = vertically


455

Stairs 01Risers

1, 1, 1, 1, 1, 15

456

457

Mutation 03

458

459

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

460

Floor 01Sill




3. Mark piece @ (Y)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center


461

1, 1, 235

Floor 01Sill

462



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


463

1, 1, 4, 25

Floor 01Sill

464



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center



Floor 01Header

465

1, 1, 235

Floor 01Header

466

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”



467

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

468

Floor 01Subflooring





7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring




469

Floor 01Subflooring

1, 2 57

470

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


473

Wall 01Soleplate

1, 4, 2 3

474

Wall 01Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


475

Wall 01Top plate

1, 1, 4, 23

476

Wall 01Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 3, 5, 7, 9


477

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

478

Wall 01Door 01



4. Cut to (b)


6. Double (B)

9. Insert (H)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header



479

Wall 01Door 01

91, 4, 2,

65

480

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically



481

Wall 01Door 01

1, 45

482

Wall 01Window 01

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 01

B = top of trimmers


483

Wall 01Window 01

1, 4, 259

484

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


485

Wall 01Window 01

1, 4, 265

486

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



487

Wall 01Window 01

1, 45

488

Wall 01Window 01


N = Floor 01


489

Wall 01Window 01

5

490

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


493

Wall 02Soleplate

1, 4, 2 3

494

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


495

Wall 02Top plate

1, 1, 4, 2 3

496

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

497

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

498

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

499

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

500

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

501

Wall 02Window 02

1, 4, 259

502

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

503

Wall 02Window 02

1, 4, 265

504

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



505

Wall 02Window 02

1, 45

506

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


507

Wall 02Window 03

1, 4, 259

508

Wall 02Window 03



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


509

Wall 02Window 03

1, 4, 265

510

Wall 02Window 03

1. Select (X)

4. Cut to (b)


X = studs 6.2, 7, 8.2

b = 13”

M = vertically



511

Wall 02Window 03

1, 45

512




Wall 02

513

5

Wall 02

514


N = Floor 01


Wall 02

515

5

Wall 02

516

517

Wall 03

1, 4, 2 3

1, 4, 2365

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

5

518

Wall 03Soleplate




3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”

519

Wall 03Soleplate

1, 4, 2 3

520

Wall 03Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 144”


521

Wall 03Top plate

1, 1, 4, 2 3

522

Wall 03Studs




4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


523

Wall 03Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

524


N = Floor 01


Wall 03

525

5

Wall 03

526

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



3. Mark piece @ (Y)

x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center


Floor 02Header

529

1, 23

Floor 02Header

530



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”


Floor 02Header

531

1, 2, 34

Floor 02Header

532

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 138-3/4”




533

Floor 02Joists

1, 1, 1, 1, 1, 1, 1, 4, 256

534

Floor 02Joists



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Joist

b = 99-1/4”




535

Floor 02Joists

1, 1, 1, 4, 256

536

537

Mutation 04

538

539

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

540

Floor 01Sill




3. Mark piece @ (Y)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center


541

1, 1, 235

Floor 01Sill

542



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


543

1, 1, 4, 25

Floor 01Sill

544



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center



Floor 01Header

545

1, 1, 235

Floor 01Header

546

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”



547

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

548

Floor 01Subflooring





7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring




549

Floor 01Subflooring

1, 2 57

550

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


553

Wall 01Soleplate

1, 4, 2 3

554

Wall 01Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


555

Wall 01Top plate

1, 1, 4, 23

556

Wall 01Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 3, 5, 7, 9


557

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

558

Wall 01Door 01



4. Cut to (b)


6. Double (B)

9. Insert (H)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header



559

Wall 01Door 01

91, 4, 2,

65

560

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically



561

Wall 01Door 01

1, 45

562

Wall 01Window 01

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 01

B = top of trimmers


563

Wall 01Window 01

1, 4, 259

564

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


565

Wall 01Window 01

1, 4, 265

566

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



567

Wall 01Window 01

1, 45

568

Wall 01Window 01


N = Floor 01


569

Wall 01Window 01

5

570

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


573

Wall 02Soleplate

1, 4, 2 3

574

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


575

Wall 02Top plate

1, 1, 4, 2 3

576

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

577

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

578

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

579

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

580

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

581

Wall 02Window 02

1, 4, 259

582

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

583

Wall 02Window 02

1, 4, 265

584

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



585

Wall 02Window 02

1, 45

586

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


587

Wall 02Window 03

1, 4, 259

588

589

Mutation 05

590

591

Floor 01

1, 1, 235

1, 1, 4, 25

1, 1, 235

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

1, 2 57

592

Floor 01Sill




3. Mark piece @ (Y)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center


593

1, 1, 235

Floor 01Sill

594



3. Mark piece @ (Y)

4. Cut to (b)


x = 2”y = 4”

z = 192”

X = Sill

Y = 16” on center

b = 137”


Floor 01Sill


595

1, 1, 4, 25

Floor 01Sill

596



3. Mark piece @ (Y)


x = 2”y = 8”

z = 192”

X = Header

Y = 16” on center



Floor 01Header

597

1, 1, 235

Floor 01Header

598

Floor 01Joists



4. Cut to (b)


x = 2”y = 8”

z = 192”

X = Joist

Y = 16” on center

b = 144”



599

Floor 01Joists

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 25

600

Floor 01Subflooring





7. Repeat (Y)

x = 48”y = 96”

z = 5/8”

X = Subflooring




601

Floor 01Subflooring

1, 2 57

602

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 144”


605

Wall 01Soleplate

1, 4, 2 3

606

Wall 01Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plate

Y = 16” O.C.

b = 144”


607

Wall 01Top plate

1, 1, 4, 23

608

Wall 01Studs



4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 3, 5, 7, 9


609

Wall 01Studs

1, 1, 1, 1, 1, 1, 1, 1, 1, 1, 4, 256

610

Wall 01Door 01



4. Cut to (b)


6. Double (B)

9. Insert (H)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header



611

Wall 01Door 01

91, 4, 2,

65

612

Wall 01Door 01

1. Select (X)

4. Cut to (b)


X = studs 3.2 ,4, 5.2

b = 8”

M = vertically



613

Wall 01Door 01

1, 45

614

Wall 01Window 01

1. Select (X)


4. Cut to (b)



X = studs 7.2, 8, 9.2

Y = trimmers

b = 36”

M = vertically


H = Window 01

B = top of trimmers


615

Wall 01Window 01

1, 4, 259

616

Wall 01Window 01



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header


617

Wall 01Window 01

1, 4, 265

618

Wall 01Window 01

1. Select (X)

4. Cut to (b)


X = studs 7.2, 8, 9.2

b = 13”

M = vertically



619

Wall 01Window 01

1, 45

620

Wall 01Window 01


N = Floor 01


621

Wall 01Window 01

5

622

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



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Soleplate

Y = 16” O.C.

b = 96”


625

Wall 02Soleplate

1, 4, 2 3

626

Wall 02Top plate



3. Mark piece @ (Y)

4. Cut to (b)

x = 2”y = 4”

z = 192”

X = Top plates

Y = 16” O.C.

b = 96”


627

Wall 02Top plate

1, 1, 4, 2 3

628

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 2, 4, 6

629

Wall 02Studs

1, 1, 1, 1, 1, 1, 4, 256

630

Wall 02Studs




4. Cut to (b)


6. Double (B)

x = 2”y = 4”

z = 192”

X = Studs

b = 92”

M = vertically


B = studs 8

631

Wall 02Studs

1, 1, 1, 1, 1, 1, 1, 4, 256

632

Wall 02Window 02


1. Select (X)


4. Cut to (b)



X = studs 2.2, 3, 4.2

Y = trimmers

b = 36”

M = vertically


H = Window 02

B = top of trimmers

633

Wall 02Window 02

1, 4, 259

634

Wall 02Window 02



4. Cut to (b)


6. Double (B)

x = 2”y = 8”

z = 192”

X = Header

b = 30”

M = horizontally


B = header

635

Wall 02Window 02

1, 4, 265

636

Wall 02Window 02

1. Select (X)

4. Cut to (b)


X = studs 2.2, 3, 4.2

b = 13”

M = vertically



637

Wall 02Window 02

1, 45

638

Wall 02Window 03

1. Select (X)


4. Cut to (b)



X = studs 6.2, 7, 8.2

Y = trimmers

b = 24”

M = vertically


H = Window 03

B = top of trimmers


639

Wall 02Window 03

1, 4, 259

640

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.

642

643

644

First Floor

645

Second Floor

646

647

648

649

650

651

652

653

654

655

656

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.

658

3.1

659

3.1

Mut

atio

nsCl

ient

Pro

file

Exist

ing

1Ag

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-34

Spec

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otes

Dem

o 0.

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n 01

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Side

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g Jo

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0.8

0.4

1.6

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2008

2009

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Aver

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14.5

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Min

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Dept

hDi

ff.

3520

15

663

2005

2006

2007

2008

2009

Viny

l31

.129

.331

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36.2

8062

Brick

20.9

22.4

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3.6

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4.8

0.8

0.4

1.6

0.3

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0.8

0.4

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thin

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24.5

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3.3

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top

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New

All N

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Bedr

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aver

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416

713

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108.

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378.

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2005

2006

2007

2008

2009

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2253

2268

2227

2170

2100

2330

Aver

age

Char

acte

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Max

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t Ya

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Min

imum

Fr

ont Y

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14.5

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3030

0

Rear

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Min

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3520

15

671

2005

2006

2007

2008

2009

Viny

l31

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36.2

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20.9

22.4

23.2

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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

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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

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ge o

f ty

pica

l add

ition

Squa

re F

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ge

Diffe

renc

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Adju

sted

Sq

uare

Fo

otag

e

# of

M

utat

ions

Squa

re F

oota

ge

per M

utat

ion

(feet

)

1122

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-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

680

681

682

3.4

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

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

-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

688

689

Documents

Uncreative Construction | Domestic Mutations in America