►
From YouTube: 120 Design Lessons - Day 17
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A
Wrapping
up
the
digital
model.
Let's
just
take
a
look
at
that
I'll
share
my
screen.
A
A
A
A
C
A
So
and
that's
that's
kind
of
realistic,
it's
where
the
bathroom
is
there's
the
wall,
the
utility
wall
and
the
plumbing
and
bathroom
actually
goes
through
the
wall,
so
we
want
to
actually
open
up
so
we're
not
doing
too
many
penetrations
there.
We
want
to
open
up
probably
notch
out
this
bottom
here
and
otherwise
just
little
details
of
how
we
make
it
easy
because
the
pipes
are
already
in
there,
so
we
can
easily.
D
E
A
Yeah,
sorry
about
that,
so
plumbing
someone
inserted
when
we
look
at
that
it
this.
This
is
pretty
good
in
terms
of
accuracy.
It
turns
out
nicely
that
if
you
look
at
some
of
the
details
here,
bathtub
is
exactly
where
it
should
be.
It's
basically
ending
up
right
on
the
wall
here
with
the
plumbing
going
through
it.
So
there's
some
details
of
how
we
actually
run
this
through,
because
these
pipes
are
in
there
already.
A
You
notice
maybe
notice,
like
a
little
bit
of
right
now,
what's
drawn
up.
There
is
some
conflict,
so
that's
that
has
to
be
like
special
conflict
right
there,
like
you,
can't
be
going
through
that
wood
right
now
so
probably
like
the
bottom
here
may
be
notched
out
for
the
utilities
and
there's
also
the
water
line
that
comes
in
there
so
and
that's
behind
the
the
sink
like
the
sink
area
cabinet
area.
There.
A
That's
just
one
observation
here,
but
it's
looking
great
as
far
as
like
the
inside
wall
modules
connected
yeah,
that's
pretty
good
here
the
plywood
will
go
all
the
way
to
the
bottom.
There
is
a
utility
channel.
Well,
no,
that
I
think
that's
good.
The
utility
channel
will
be
there
because
there
is
some
electrical
in
there,
so
we're
good
on
that
and
looking
at
the
layers,
so
you
got
the
bottom
floor.
I'm
just
trying
to
assess.
Okay.
How
are
the
layers
looking
like
is
everything
legit
for
the
layers?
A
Above
that,
you've
got
the
top
plate
assembly.
That's
good!
Okay,
like
here
I'm
noticing
some
stuff
is
sticking
up,
which
probably
shouldn't
be
like
yeah.
You
can
see
some
of
these
modules.
That's
a
little
too
far
up.
Definitely
so
we
have
to
examine
what's
going
on
there
like
what
is
going
on
there.
So,
for
example,
if
we
look
at
the
bottom.
A
We
can
see
that
this
module
here
is
not
sitting
equal
with
these
other
ones,
so
that
that
explains
why
the
top
is
a
little
too
tall.
This
needs
to
be
lowered
here.
A
A
A
There,
what
about
this
space
here.
B
A
A
A
D
A
D
D
A
A
lot
of
this
looks
good.
I
can't
easily
see
a
space
that
we
need
to
fix
somewhere,
but,
let's
see
we
know
we're
sticking
out
here
a
little
bit.
D
D
A
Second,
floor
platform,
so
just
understanding
the
layers
first
story:
walls
top
plate,
so
where's
top
blade
top
plate
there,
that's
good
bottom
walls
top
plate.
Yes,
that's
good
right.
On
top
of
that
is
your
assembly
for
the
floor
second
story
floor
on
top
of
it
is
a
plywood
which
has
not
been
attached
everywhere.
It's
just
like
that
middle
layer.
You
see
there,
so
that's
we're
still
waiting
for
that.
A
Second
story.
Walls,
good
top
plate
on
the
second
story,.
D
A
E
A
So
let's
go
back
to
the
dock
and
talk
about
the
layers
and,
let's
all
take
a
look
at
editing
this
here,
so
go
into
page
two:
let's
review
this
so
build
layers.
We
kind
of
went
through
through
it
in
a
cad,
but
let's
talk
about
build
layers,
that's
the
foundation!
A
So
edit
this
everybody,
it's
editable,
let's,
let's
redraw
the
layers,
so
the
layers
there
are
foundation,
sill
plate
walls,
top
plate,
second
story
platform,
osb,
second
story,
walls,
second
story,
top
plate,
roof,
riser,
roof
structure,
insulation
box
osb.
This
is
what
we
need
to
house
closing
from
the
weather,
build
layers,
two
so
copy
yourself.
Take
that
ctrl
c
ctrl
v
and
do
a
little
diagram.
So
just
let's
draw
the
layers
foundation.
A
A
A
D
A
D
A
Well,
we
got
the
insulation
box
and
insulation
because
that
we
have
to
put
in
before
the
osb,
so
we
close
in
the
house.
So
it's
watertight
now
the
osb
is
kind
of
water
sensitive
too,
but
it
can
stand
a
couple
of
rains.
So
so
at
this
point,
if
you
have
this,
you
actually
have
a
watertight
structure.
A
Rigid
insulation
is
above
the
you
can
say
it's
above
the
insulation
box.
We
stick
it
in
there,
rigid
insulation,
okay,
so
that's
that's
all
the
layers
and
we've
got
a
watertight
house.
Now
we
can
start
working
on
the
interior
as
we
do
this
there.
The
posts
for
the
carport
can
be
put
in
and
we
can
start
here
but
what's
happening
here
is
at
this
point,
there's
a
few
bands
missing
from
the
side
of
the
house,
the
band
like
here,
and
there
were
kind
of
bare
because
we
didn't
have
any
exterior
plywood
there.
A
A
In
so
so,
that's
that
these
have
to
be
cut
to
specific
size
that
we
will
probably
like
after
we're
all
said
and
done.
We
probably
don't
want
to
cut
these
before.
We
actually
get
this
whole
structure
up,
because
we'll
find
okay,
we
got
exactly
this
kind
of
width
might
be
some.
A
A
A
So,
let's
discuss
so
this!
This
is
what
we're
working
on
right
now
still
and
when
we
go
up
to
the
to
the
site.
A
A
A
You
can
write
a
note
there.
16
foot
top
plate
goes
on
short
side.
Just
like
we
observed
up
here.
The
16
foot
goes
on
the
short
side
and
that's
the
top
plate.
In
other
words,
these
ones
here
will
be
cut
down
and
yeah.
This
is
good
here.
We've
got
them,
as
you
see
the
joint
there.
It's
between
it's,
not
overlapping,
some
somewhere
between
panels,
so
that
is
good
there.
A
D
D
A
And
then
so
yeah
we
can
put
12
or
let's
say,
10
12
10
pattern.
A
A
And
because
the
the
joists
that
we
put
on
they're
marked
carefully
every
two
feet
spacing
so
that
should
be
exact.
We
can't
pre-cut
that
just
to
haves,
because
if
we
don't
I
mean
somewhere
somewhere,
you
have
to
end
up
somewhere.
We
have
to
enforce
some
uniformity,
otherwise
you'd
be
like
cutting
everyone
to
size,
which
is
should
be
like
really
bad
and
take
a
lot
of
time.
A
Have
a
picture
of
this.
How
that
looks,
and.
A
Wall
modules,
no
I'll
be
under
build
instructions
here.
So
just
thinking
about
just
kind
of
wrap
your
head
around
okay,
what's
the
process,
we've
got
the
walls.
Okay,
you
can
kind
of
see
that
all
the
walls
go
up.
You've
got
the
top
plate.
You've
got
the
second
story
platform.
The
second
story
platform
should
button
up
like
once
you
put
that
up
on
there
you're
back
to
exactly
16x32.
A
A
Let
me
show
you
that
just
the
process,
you
can
wrap
your
head
around
okay.
How
do
we
build
it
once
we
have
so
we
have
the
joists
we're
gonna
put
the
plywood,
the
flooring
plywood
up
there
so
build
instructions.
We
actually
marked
the
already
marked
the
floor.
The
second
story
platform
joists.
D
A
What's
a
process
where
you
know
you're
gonna
succeed
on
meeting
the
plywood
against
the
joists.
That's
the
problem
statement
like
if
you
go
off
the
edge
you
have
nothing
to
support
the
next
piece
of
plywood
on,
so
you
have
to
end
up
in
the
middle
of
a
joist
all
the
time
we
have
only
one
one
and
a
half
inches
of
play
over
the
entire
16
by
32,
so
just
to
kind
of
wrap
your
head
around.
A
A
So
you
can
kind
of
picture:
okay,
that's
kind
of
doable.
If
we
have,
if
we
end
up
the
say,
we
start
working
on
one
side,
we
can't
be
drifting
off
too
much
now.
The
thing
we
can
do
is
move.
The
joists
are
suspended
only
on
the
ends
right.
The
middle
is
still
flexible,
so
you
can
move
the
joist
in
and
out
to
make
sure
we
we
end
up
exactly
at
the
middle
of
the
plywood.
A
A
A
I'm
trying
to
find
a
second
story
platform
police
procedure
build
instructions
how
about
fabrication
joints.
E
A
A
You
can
start
any
row,
but
this
one
is
convenient,
so
you
take
the
first
row
and
move
it
all
the
way
across
when
you
get
to
the
first
one
here.
The
important
point
is
just
better
end
up
on
the
middle
of
it,
like
this
edge
is
going
to
be
fixed
right,
so
we
can
do
nothing
about
that
like
wherever
this
plywood
ends
up.
A
A
A
Therefore,
it
makes
sense
to
lay
this
row
first
because
you're
you're
constrained
by
where
the
stairway
is
so
you'll
know
where
it
is,
and
the
second
point
is:
is
that
we've
got
the
line
marked
like
all
these
joists.
When
we
bring
them
up,
there's
a
detail.
We
want
to
consider
all
the
joists
that
we
bring
are
marked
at
the
very
very
center.
So
we
have
a
guideline
like
when
we're
laying
these
down.
A
The
guideline
allows
us
to
say:
okay,
we're
exactly
at
the
right
point
and
down
the
middle.
That's
a
good
idea,
but
once
we
have
this
one,
the
workflow
would
be
okay.
So
you
say
you
got
this
first
row:
what's
the
workflow
there,
we
can
start
on
this
one
here
and
the
ones
next
to
it
and
keep
moving
to
the
one
side.
A
A
The
joints
don't
line
up,
that's
good
design.
Now
you
just
want
to
stagger
them,
and
here
too,
if
this
is
eight
feet
to
here,
two
four,
six,
eight
that's
eight
feet
there
that's
one
full
sheet
and
then
a
half
sheet
there.
So
that's
just
something
to
remember
as
the
workflow
okay,
just
going
through
some
of
the
build.
A
On
the
second
story
platform,
so
the
osb
we
just
kind
of
went
through
the
second
story.
Walls
like
once,
you
have
the
osb
there.
So
that's
it's
a
prerequisite.
The
osb
is
a
prerequisite
there.
We
can't
build
that
build
a
second
story
until
the
osb
is
in
place,
because
the
second
story
lies
on
top
of
the
osb,
with
also
a
thin
strip.
If
you
look
at
under
these
walls,
there's
also
a
thin
strip
of
osb
on
top
here.
A
What
happened
to
that?
One.
A
Yeah,
so
this
has
been
corrected
here,
but
this
part
here
it
gets
covered
with
osb2,
because
you
want
all
the
walls
to
be
at
the
same
height,
so
think
about
okay,
the
second
story
platform,
all
of
it.
Wherever
the
walls
stand.
On
top
of
it,
you
got
the
layer
of
osb,
so
that's
the
osb
layer.
Second
story,
walls
just
put
them
on
it's
just
like
the
first.
It's
like
they
should
go
up
relatively
quickly.
Now.
How
do
you
keep
that
safe?
At
that
point
we
want
to
get.
A
I
want
to
get
some
scaffolding
or
either
get
or
make
it
just
scaffolding.
We
should
probably
just
rent
it.
The
team
that
works
on
the
inside.
We
can
move
the
wall
module
up
to
the
second
floor
and
from
there
put
it
to
the
edge,
but
you
got
to
be
careful
there
because
you
know
don't
push
it
over,
so
it
falls
over.
A
How
do
you
make
sure
that
doesn't
happen?
There
will
be
people
on
scaffolding
that
are
would
be
there
to
make
sure
it
doesn't
fall
over
so
break
it.
So
that's
that's
working
at
height!
That's
that's
a
difficult
part.
Like
you
know.
Builders
would
be
like
and
they
would
tell
you,
okay,
you
want
to
try
to
stick
to
one
story:
housing,
because
here
now
it's
getting
more
difficult.
You
got
to
go
up
there.
You
got
to
carry
things
up
to
the
second
floor
and
it's
it's
heavy.
A
So
there's
a
case
like
if
we
talk
about
diy
building
like
katarina
says
that
too,
it's
like
keep
it
to
one
story
so
that
this
requires
some
strength.
You
know
you
got
to
be
a
healthy
person
to
really
do
this,
whereas
on
a
single
story,
it's
it's
relatively
minor,
much
safer
because
you
can't
fall
off
fall
off
the
the
first
story,
but
the
idea
there
would
be
people
on
the
outside
and
people
on
the
inside
working
together
to
put
them
in
place
one
by
one
and
as
soon
as
we've
got
anyone
in
place.
A
A
A
We
can
definitely
put
braces
if,
like
around
so
here,
braces,
maybe
like
in,
for
example,
if
we're
putting
up
these
walls
here,
we
can
put
braces
into
that.
That's
exposed,
that's
easy
to
screw
into
or
into
these
sides
here,
but
also
the
floor.
We're
gonna
have
to
poke
some
holes
and
live
with
a
few
holes,
but
if
we
actually,
if
we
poke
the
holes
through
the
rafters,
the
sorry
the
joists,
you
won't
see
them.
A
So
when
we
put
the
braces
on
you,
don't
want
to
screw
like
in
the
middle
between
like
screw
it
so
that
the
holes
don't
show
up
on
the
under
the
underside,
but
yeah.
You
definitely
want
to
support
it
until
when
is
the
safe.
When
is
the
point
where
the
walls
are
relatively
safe
from
busting
out
like?
When?
Can
we
take
the
braces
off
the
top
plate
will
bind
it
yeah
so
once
you
have
the
top
plate,
it's
relatively
good.
A
D
A
Yes,
by
all
means
and
there'll
be
extra
equipment.
You
have
on
the
site,
so
there's
costs
associated
with
that,
but
yeah
would
help.
D
A
A
A
The
top
of
the
panels
is
still
open.
Well,
let's
see
the
top
it's
open
at
the
top
yeah,
so
you
can
kind
of
grab
it.
I
forget
how
we
did
I
got
to
look
at
the
video.
A
A
I
think
we
probably
should
do
that,
because
we
need
the
wall
that
the
stair
under
the
stairs
wall
that
we
put
under
the
second
story
platform.
We
need
those
for
structure,
so
that
means
the
extra
step
would
be
put
the
interior
paneling
on
where
the
stairs
are
and
maybe
put
in
the
stairs.
A
It
would
be
good.
It
would
be
good
the
only
way
otherwise
really
is
from
the
outside,
through
scaffolding
right.
D
A
Now
the
other
thing
is,
we
can
bring
the
tractor
out
like
the
easiest
way.
If
you
have
a
machine
like
the
tractor,
you
can
use
the
tractor
and
just
lift
it
up
into
place.
So
we
might
just
favor
that
in
our
case,
then
you
don't
have
to
do
the
heavy
lifting.
That's
probably
probably
our
scaffolding
alternative.
A
We
did
use
the
tractor
for
a
bunch
of
work
before
like
that,
where
you
just
put
in
the
bucket
and
just
lift
the
bucket,
so
that's
probably
a
way
to
go
just
moving
into
place.
There
may
be
one
some
like
on
the
back
side.
There
may
not
be
able
to
get
the
tractor
in
there
through
the
brush,
but
probably
we
could
get
it
like
from
the
side.
A
You
can
probably
get
it,
but
that
definitely
is
some
little
features
that
we
have
to
cover
and
maybe,
if
we
use
the
micro
truck,
we
can
cover
those
features
so
that
the
big
traffic
can
actually
get
in
there
and
just
do
it
all
over
the
tractor.
But
as
you
see,
there
are
definitely
practicalities
that
once
you
once
you're
getting
these
things
up,
there
they're
heavy.
A
So
there
is
a
good
case
for
for
one
story:
if
you
have
the
space
and
then
if
you
can
afford
a
little
more
cost,
because
the
expensive
parts
are
foundations
and
roofs.
So
if
you
go
to
story,
it's
you
definitely
save
so,
but
yeah
for
ease
of
use,
especially
for
like
old
people.
Old
people
are
not
going
to
want
to
have
stairs
in
their
house.
So
there's
a
huge
case
for
the
one
keeping
it
to
one
story
as
well
like
cabins.
Whatever
we
build
they're
all
just
one
story:
okay,
so
walls.
A
Build
that
way,
so
we
don't
have
to
spend
a
time
on
the
stairs
which
would
be
like
another
day
like
if
you
fight
in
the
weather
like
if
it's
rainy
season
right
now,
it's
relatively
well
this
week
at
least,
is
going
to
be
dry.
But
if
you
got
a
lot
of
rain,
you
want
to
cover
the
structure
as
soon
as
possible.
A
Okay,
so
second
story
walls
top
plate
top
plate.
We
discussed
a
little
bit
and
we
want
to
once
again
cut
that
just
get
it
all
prepared
here.
Well,
there's
two
top
plates:
there's
the
roof
riser
and
then
there's
the
insulation
box,
like
all
that
just
cut
it
to
length
here
so
that
we
don't
have
to
measure
and
cut
up
there
at
the
side,
we're
just
installing
at
the
side
just
one
after
another,
so
it
just
goes
really
fast.
Otherwise,
you
just
people
are
standing
around
insulation
box
around
that's
the
four
inches.
A
That's
got
the
three
and
a
half
inches
two
by
four
plus
just
the
half
inch
spacer,
which
is
plywood
half
inch
plywood
attached
to
it.
Just
screwed
screwed
on
rigid
insulation
goes
in.
So
we've
got
the
big
pile
of
rigid
insulation,
but
that
has
to
be
cut
because
once
you're
inside
the
box,
you're
smaller
than
32
by
16.,
these
come
in
four
by
eights,
so
start
putting
them
all
in
and
then
the
ones
that
you
put
in
last.
They
have
to
be
cut
like
the
two
edges
that
are
last.
A
They
have
to
be
cut
and
there's
two
layers
of
those
because
it
adds
up
to
four
inches
and
then
the
osb
once
again
always
be
pattern
like
here.
We
can
follow
the
same
pattern.
Well,
not
exactly
because
this
is
the
six
foot
but
pattern
where
we
probably
lay
this
row
first
stagger
the
second
and
move
from
there.
So
as
far
as
the
staggers,
we
need,
like,
I
think,
two
sheets
that
are
cut
in
half
so
four
four
by
four
pieces,
but
for
the
this
platform
and
and
the
roof
platform
all
right.
A
D
A
Top
plate
is
good
there
paul
how's,
the
second
story
platform
going
there.
D
A
A
Are
you
working
on
a
bottom
plane
like
zero,
zero
or
you're
at
position
like
at
height,
already
I'd
suggest
just
go
to
the
base
or
maybe
do
sketches
sketches
are
quick
or
if
you
work
on
the
floor,
then
you
can
see
where
the
dimensions
are
easy.
It's
not
letting
you
do.
For
example,
what
like
can
you
change
the
coordinates
or
that's
messing
up
because
coordinates,
should
work,
make
a
copy
and
then
change
the
coordinates
box.
E
File
that
was
uploaded
the
blocking.
I
was
trying
to
copy
those
the
objects
in
there,
and
that
was
it
wasn't
working.
A
Are
they
just
moving
to
random
locations
or
you
weren't
able
to
copy
them?
I
wasn't
able
to
copy
them.
Yeah
I
mean
maybe
just
start
from
scratch.
Maybe
there's
artifacts
in
the
file
already.
A
C
A
Okay,
so
yeah
we
can
integrate
that.
What
would
be
the
next
step
there
like?
Do
you
waiting
for
wes
to
do
the
roof
or
to.
A
D
A
The
blocking
should
be
yeah,
we
said
like
10
inches,
it's
up
to
11.25
inches.
E
B
D
Yeah
well.
B
A
Merge
it
because,
then,
all
that
assembly
is
gonna,
get
tilted
by
the
four
inches
so
put
everything
into
maybe
a
file
on
the
on
the
floor,
wherever
we're
at
right
now,
so
the
three
people
are
working
on
our
roofs.
What
is
that
so?
There's
the
plywood
on
the
roof?
Yeah,
the
box
insulation
box,
that's
on
the
roof,
top
sheeting,
that's
on
the
roof,
so
a
lot
of
the
parts
are
got
to
get.
E
A
Yep,
so
there's
in
this
picture,
there's
one
two
three
four
five
well
top
four,
which
is
the
roof.
Riser
is
still
that's,
not
angled.
That's
what
creates
the
angle
so
everything
up
until
the
roof.
Riser
is
still
flat
and
then
these
four
parts,
the
roof
structure,
insulation
box,
oh
yeah,
and
we
we
didn't
really.
A
A
A
So
probably
when
we
integrate
those
just
keep
the
the
five
pieces,
rotate
them
by
selecting
all
five
of
them.
When
you
do
the
rotate
function
within
departure,
you
can
locate
or
you
can
select
multiple
things
at
once
and
then
you
can
do
the
rotate
thing
on
on.
A
So
yeah,
as
far
as
the
build
by
yesterday,
we
have
eight
modules
finished
that
are
ready
to
be
installed,
so
there's
31
more.
That
are
just
the
plain
ones
as
far
as
what
we're
doing
in
a
workshop
now,
once
we
know
exactly
how
to
do
it,
I
think
if
we
really
start
cooking
on
it,
it's
like
30
minutes
of
a
module
to
cut
cut
your
your
weather
barrier,
the
house
wrap
put
on
plywood
and
insert
insulation.
A
But
let's
see
how
much
we
can
do
do
that
today,
when
we
do
that,
have
there
been
blocks
where
just
something
is
just
like
not
right,
and
then
you
have
to
fix
it,
or
has
it
been
good?
So
far,
it
looks
like
we've
been
ending
up
on
the
blocking
correctly,
so
that
was
good.
Just
have
to
square
up
the
modules
a
little
bit
to
the
plywood
so
far
so
good,
but
in
general
I
can
just
to
go
through
the
quality
control
parts.
A
Let's
just
take
a
look
at
those
real,
quick,
it's
what
we're
looking
for,
so
that
we
don't
have
to
take
it
apart
if
it's
like
not
not
right
so
you're,
looking
in
general
for
flatness.
A
A
Plus,
plus
a
quarter
inch
up
to
plus
a
quarter
inch.
So
if
you
got
your
panel,
it
should
be
four
feet
and
then
either
eight
or
nine
feet,
but
the
eight
minus
the
three-eighths
and
the
nine
minus
the
three-eighths
two
screws
per
two
by
four
three
screws
per
two
by
six
and
when
you're
screwing
them
from
the
end
and
wall
panels.
The
the
dimensions
you're
looking
for
okay,
bottom
blocking
correct
so.
A
D
The
height
of
it,
like
eight
foot,.
A
So
once
again,
those
are
the
three
three
pictures
here
like
before
you
before
you
build
just
just
take
a
look
at
it,
make
sure
you've
got
top
and
bottom
identified,
which
we
did
more
or
less,
but
some
may
may
not
be
so.
The
nine
foot
module
the
lower
blocking.
We
got
10
and
a
10.1
to
5,
but
we
also
did
the
9.25
there
as
well.
A
I
mean
I
just
put
that
down
there.
We
start
with
9.25.
A
Both
will
work.
It's
just
the
plywood
will
end
up
slightly
different
place.
So
when
we
did
the
nine
foot
modules
yeah,
I
would
say
check
so
just
check
for
the
9.25.
A
Or
the
10.125
inch
just
check
that
for
the
top
blocking
on
nine
foot
panels,
we
have
a
number
for
that
10.375,
so
just
check
that.
A
8.5
inch
spacer,
and
what
do
we
say
about
the
second
story?
Second
story:
well,
there's.
A
A
Just
remember
that
that
that
should
be
quite
uniform
so
that
when
we
put,
we
talked
about
the
bands,
the
missing
bands
they
gotta
line
up
otherwise
you'll
see
them
looks
like
all
crooked.
You
know
just
kind
of
jagged
edges
so
make
sure.
That's
all
lined
so
remember.
D
A
That
is
three
quarter
inch
down
from
top
of
panel.
That's
just
like
the
main
thing.
So
those
four
things
if
they're
good
it
should
be
pretty
good.
I
mean
what
else
to
watch
out.
For
I
mean
it's,
I
guess
it's
been
pretty
straight,
relatively
straightforward,
just
the
flatness
and
when
the
panel
is
there
sometimes
what
we
noticed
was
when,
when
we
laid
the
when
we
were
building
the
frame
on
a
table,
it
might
have
been
a
little
gap
between
the
table
and
the
panel.
A
So
so
things
like,
for
example,
the
blocking
would
drop
down
like
a
quarter
inch.
So
if
that's
the
case,
do
fix
that,
like
don't
have
don't
have
like
maximum
allowable,
be
like
an
eighth
inch
sticking
out,
try
to
fix
that.
I
think
there
may
be
some
that
that
have
a
I
did
correct
the
one
we
were
working
on.
A
A
A
A
The
long
side
and
short
sides,
the
long
sides
there's
four
of
them
for
the
short
sides,
there's
four
of
them,
but
they're,
not
all
for
the
same
they're
they're
mirror
images.
So
you
just
gotta
make
sure
that
if
you're
working
on
a
particular
number
module
just
kind
of
picture
it
where
it
is
in
the
house-
and
it's
is
it
actually
that
proper
corner
because
then
we'll
end
up
taking
it
to
the
side,
and
we
see
that
oops
wrong,
mirror
image
and
we
have
to
redo
it.
A
It's
going
to
be
a
pain,
so
just
have
to
catch
that
here
make
sure
we've
got
that
in
the
correct
orientation
and
how
what's
the
procedure?
How
do
you
tell
that?
I
mean
how
are
people
looking
at
it
to
tell
that?
B
So
you
have
to
look
at
the
top
where
the
top
blocking
is
like
start
off
with
the
top
blocking
outside
facing
you,
and
then
you
would
look
at
which
side
the
corners
on
to
make
sure
so
you're
like
standing
like
if
I'm
standing
in
front
of
a
panel
and
it's
supposed
to
go
on
the
bottom
right
or
the
front
right
corner.
D
B
A
Yeah
so
you're
just
kind
of
orienting
yourself,
you
picture
it.
Okay,
this
is
how
it
goes
together
and,
yes,
I
can
see
it
makes
that
corner.
So
you
just
have
to
kind
of
like
logic
it
out.
You
just
have
to
picture
it
in
your
mind.
Okay,
is
that
how
the
corner
would
look,
and
then
you
say
either
like
yes
or
no,
it
would
fit
it's
kind
of
a
3d
image
yeah.
We
have
to
keep
track
of
that.
A
Ideally,
we
build
it
right
in
the
first
place,
so
we're
pretty
clear
about
it,
but
yeah.
I
can
check
over
that
make
sure,
like
that,
all
the
corners
they're
the
right
just
by
looking
at
it.
We
gotta
just
verify
that
we've
got
the
right
right
one
when
you
have
one
by
itself.
A
It's
like
you
have
nothing
to
put
it
against,
so
you
kind
of
it
might
be
a
little
harder,
but
you
kind
of
have
to
think
okay,
the
one
and
the
next
one
next
to
it,
how
how
it
goes-
and
you
just
figure
it
out,
but
yeah.
So
it's
just
just
a
little
bit
of
thought
process
there
that
just
have
to
stop
and
think
about
it
and
how
do
we
identify
which
so
the
quality
control
for
the
exterior
walls,
which
ones
have.
A
Page
this
one
so
three
and
four
there
any
panel
so
first
floor,
power
outlets
and
second
floor
power
outlets
just
observe
where
they
are
like,
for
example,
this
one
here,
that's
on
module
number
four,
these
ones
don't
have
it
until
this
one,
which
is
ten
it's
on
the
right
hand,
side.
A
Now
these
are
here
all
the
interior
walls,
but
you
keep
going
around
there's
nothing
until
we
get
to
to
this
one.
That's
a
that's
a
30
amp
30
amp
receptacle,
which
is
actually
for
30
amps.
A
That
plug
outlet
is
actually
different,
so
we
we
can
actually
skip
that
one.
For
now.
The
ones
we
care
about
is
the
15,
the
30
amp
one.
That's
that's
like
a
bigger,
bigger
outlet.
We
can.
We
can
do
that
later,
but
yeah.
So
this
corner
here,
that's
and
that's
16.
Has
it
17,
then
one
of
the
windows
has
it
just
at
the
bottom.
A
Then
then
this
one
has
a
few
things:
that's
an
adjustment
module,
it's
got
outlet
and
a
switch,
because
there's
going
to
be
a
light,
that's
going
to
be
right
up
in
it.
So
this
one
is
actually
like:
it's
packed
it's
going
to
have
a
an
outlet,
just
a
box
at
the
top,
where
we
do
like
a
switch
to
that
light.
So
actually
maybe
we
can
show
that
how
that
would
look
like
what
happens
when
you
have
a
switch.
A
So
you
gotta
run
a
wire
from
the
junction
box
not
only
to
the
to
the
outlet
but
then
to
the
switch
and
the
switch
switches,
the
light
so
with
the
cable
that
we
use
the
the
1422.
Since
it's
got
two
possible
circuits
per
cable.
We
that
one
cable
can
actually
service
the
outlet
as
a
separate
thing,
and
we
can
run
a
separate
wire
in
that
pack
to
the
switch
to
the
light.
A
A
in
this
in
this
panel
and
then
keep
continue.
Another
wire
from
that
switch
to
to
a
light,
and
the
light
would
probably
be
pretty
much
as
far
up
so
it'll
be
like
a
room
light,
so
the
higher
the
better.
So
you
know
like
how
far
just
close
to
the
top,
like
maybe
a
foot
from
the
top
like.
A
It
would
also
be
quite
good
to
do
the
the
old
work
light
box.
That's
google,
if
that
exists,
old
work,
light
box,
light
out
light,
receptacle.
A
Do
they
have
those
they
do
so
once
again,
you
look
at
those
tabs.
I
showed
you,
those
tabs
that
appear
when
you
put
in
those
screws
when
you
turn
the
screws
those
tabs
grab
on,
and
how
do
you
cut
this
out?
Well,
that's
actually
simple,
because
that's
a
hole
saw
so
we
have
hole
bits
that
are
as
large
as
these
receptacles
and
you
just
cut
that
out
of
the
panel.
A
A
It
has
to
be
exposed,
actually
we
might
just
put
in
how
do
we
do
that?
If
it's,
if
it's
got
to
be
exposed
for
electrical
inspection,
I
think
the
regular
ones
you
yeah
you
actually
screw
in
from
the
back.
So
so
what
we
can
do
is
put
like
a
block
on
our
framing
and
screw
it
in.
Like
you
see
those
screws
in
the
back
there,
you
screw
those
into
something,
that's
behind
it.
A
A
A
A
A
The
notch
for
that
just
cut
out
a
little
square
for
that
as
a
placeholder.
Well,
actually,
all
we
need
there
is
because
those
outlets
are
typically
surface
mounted
all
wood.
All
we
would
need
is
just
a
hole
to
let
the
wire
through
so
wherever
there's
a
one
of
those
green
ones,
that's
gfci,
so
there's
plenty
of
them
in
the
kitchen
and
bathroom
and
then
the
laundry
which
are
which
there's
water
around
there,
but
also
the
exterior
ones
are,
are
required
to
be
gfci
as
well.
A
So
you
can
put
those
in
as
well
not
a
big
deal,
because
we
just
need
a
hole
through
from
the
junction
box
to
that.
So
it's
something
we
can
easily
mount
afterwards
as
well,
because
the
interior
panels
are
still
going
to
be
off
until
later
in
the
game
when
we're
ready
to
close
everything
up
yeah.
A
On
the
second
floor
for
electrical,
let
me
get
to
that
yeah,
so
this
panel
here
for
exterior
panels
this
one
here
we
go
all
the
way
around
until
this
one,
this
one
this
one,
this
one
and
the
window
here,
so
so
one
two
three
four
five,
six!
So
about
half
of
there's,
eight
out
of
24,
only
a
quarter
of
them
have
the
outlets,
so
it
should
go
relatively
quick.
A
Maybe
we
can
go
just
a
little
bit,
let's
solve
so
so
because
we're
moving
let's,
let's
talk
about
and
get
into
the
freecad,
so
maybe,
let's
start
with
actually
good
example:
let's
take
prince's
file
and
let's
talk
about
how
we
put
that
into
the
finals.
So
and
how
do
you
you
know
like
since
it's
almost
well
because
we
got
so
many
people
working
on
it,
we
have
to
maintain
the
clarity
of
when
we
built
the
roof
roof
parts.
A
That
would
be
the
easiest.
Otherwise,
if
you
integrate
the
files
and
you
want
to
rotate
them
all
together,
you're
gonna
have
to
first
get
them
to
the
same
location,
so
the
so.
Ideally
what
we
would
have
done
right
now
is
all
work
on
a
just,
a
zero
plane
idea.
So,
let's,
let's
see
where
we
are
because
then
we
can
just
run
to
a
bunch
of
bunch
of
panes
trying
to
integrate
all
the
files.
Let's
make
sure
we're
we're
in
the
right
process
and
that
way
we
can
integrate
easily.
A
So,
let's
take
a
look
at
say,
prince
we're
at
there.
So
what
I'll
do
is.
A
And
we
can
start
from
annual,
but
let's
just
take,
for
instance,
we
had
a
question:
okay,
where,
where
are
we
working?
So
let's
identify
first
like
how
do
you?
How
do
you
tell
where,
where
is
it
where's
your
origin?
I
want
to
just
look
at
what
information
we
have
by
clicking
on
the
sketches
or
looking
at
the
coordinates
with
an
information
tree.
A
A
So
let's
go
to
cad,
oh
so
yeah!
Actually
I
mean
the
question
is
where,
where
do
I
find
this
file.
A
So
we
got
the
wall
modules
here
and
then
we
talked
about
the
roof
here.
So
a
lot
of
this
should
be
here.
Second
story
platform
roof.
So
where
are
people
putting
up
their
stuff?
So
we
should
coordinate
on
that
and
we
should
throw
in
all
our
info
all
the
pieces
of
the
roof,
because
this
is
getting
to
the
roof.
All
the
five
sections
of
the
roof,
five
parts,
at
least
cheating
riser,
all
that
stuff.
A
A
I
see
so
we
want
to
add
these
yeah.
I
missed
that.
So
we
want
to
do
here.
First
of
all
is
organize
it,
so
it's
easy
to
see
so
put
that
in
a
gallery
format.
So
if
you
don't
know
how
to
do
that,
you
just
take
one
of
these
files,
these
lines.
So
that's
that's
one
entry
of
the
gallery
right,
so
that's
the
syntax
formatting
there
so
just
copy
one
of
them,
and
if
this
is
a
second
story,
roof
this
one.
D
A
Right
so
here
we
yeah
well,
the
blocking
is
good.
So
let's
look
at
this.
Ideally
I'd
want
this
all
to
be
at
the
height
of
zero,
just
xy,
plane.
A
And
how
do
we
tell
we
are
in
the
xy
plane
that
sketches
at
least
would
be
in
the
xy
plane,
so
you've
got
a
bunch
of
bunch
of
them,
so
the
first
things
we're
looking
at
is
make
sure
this
is
that
that
that
site
is
correct.
Do
we
correct
the
other
side?
No,
that's
still
too
far
out,
we
gotta
move
that
over,
because
this
is
once
again
it
has
to
be
5.5
from
out
to
out.
A
These
are
5.5,
no,
no,
not
on
the
roof.
They're
going
to
be
6.25
on
the
roof
which
we
should
document
for
for
the
roof
in
the
overall
design
file
or
well
design
checklist
here,
we're
keeping
track
of
all
the
design
features
like
house
design
features.
So
let's
continue
this
here.
This
was
about
house
wrap.
Let's
talk
about
the
roof
here,
so
let
me
continue
this.
D
D
A
Placements,
or
is
the
placement
it's
at
position:
zero:
zero,
zero.
That
sounds
good.
Therefore,
this
one
should
be
how
far
away
it's
a
little
two
feet
over
two
feet:
how
far
exactly
will
be
2
feet
and
1.5
inch?
So
25.5
is
what
I
expect
to
find
a
coordinate
on
this
one
for
the
x-axis.
Is
that
so.
A
It's
21.5
for
some
reason,
so
maybe
it's
measuring
the.
A
A
Plus
24.,
so
I
want
to
see
45.5
on
this
one
yeah.
It
does
work
in
that.
So
somehow
I
don't
know
where
it
was
measuring
from
there.
Some
some
trickery
there
yeah,
but
it
is
at
z,
equals
zero
x
and
y.
So
we
are
at
the
origin
here.
That's
pretty
good,
like,
for
example,
this
one
appears
to
be
at
zero:
zero
zero.
A
A
Yeah,
it's
it's
good!
So
so
then
we
can
take
the
other
people's
files
like,
for
example,
the
what's
above
it
so
we've
got
above
it.
We've
got
the
installation
box,
let's
say
or
below
it.
A
What
do
we
got
here?
So
we
got
insulation
box
right
above
it
is
that
so
so
matt
like
matt,
maybe
you
can
do
an
extra
did
you?
Let's
see
who
did
the
insulation
box
was
that
matt
yeah.
A
A
So
what
we
want
to
coordinate
here
on?
Okay,
so
we
said:
we've
got
those
five
layers
as
defined
here
so
roof
structure,
insulation
box,
rigid
insulation,
osb,
not
the
roof
riser,
because
roof
riser
doesn't
get
get
angled,
but
we're
just
grouping
those
all
together
because
they're
going
to
get
angled
up.
A
C
C
E
A
It's
actually
either,
but
maybe
make
it
doesn't
really
matter,
but
it's
put
put
the
I
would
say,
put
the
bottom
make
the
bottom,
the
the
plywood
okay
since
yeah
since
it'll
be
sandwiched
and
it
can't
come
off
because
we're
still
putting
the
osb
on
top
of
this.
So
on
the
bottom,
you
protect
it
because
it's
more
fragile
than
a
2x4
yeah.
So
on
the
bottom.
A
A
A
So,
first
you
want
to
make
sure
this
file
is
uploaded.
Did
you
upload
this.
A
A
A
C
A
If
the
long
ones,
I
think,
because
now
underneath
it
is
the
roof
box
right,
the
the
main
structure,
the
main
structure
has
the
long
pieces
go
all
the
way
to
the
edge
the
long
sides
go.
The
wood
on
the
long
sides
goes
all
the
way
to
the
edge.
So
here
it
would
be
a
good
idea
to
keep
your
short
side
go
all
the
way
to
the
edge.
C
C
A
I
would
make
the
logic,
because
this
one
half
inch
that's
just
a
spacer:
it's
not
super
structural,
because
it's
so
thin.
I
would
consider
the
two
by
four
as
the
as
the
piece
that's
bonding.
What's
below
it,
because
the
half-inch
plywood
is
limited
in
its
structural
content,
so
make
the
make
the
two
by
fours
on
a
short
edge,
go
all
the
way
to
the
end,
so
that
you're
bonding
the
roof
box
frame,
the
big
big
roof
box.
A
A
So
do
people
understand
the
distinction
between
insulation
and
rigid
insulation.
A
Because
we're
talking
about
there's
two
types
of
insulation
that
goes
on
on
the
roof,
there's
a
layer
of
fiberglass
and
there's
a
layer
of
rigid
on
top
of
that,
so
fiberglass
goes
in
a
big
box.
The
rigid
is
another
four
inches
on
top
for
the
purpose
of
condensation,
so
you
can
get
water
into
the
the
soft
insulation.
A
It's
just
additional
thermal
thermal
protection
which
prevents
water,
which
you'll
notice
in
when
you
have
a
roof.
That's
got
a
lot
of
the
five
glass.
Unless
you
have
an
air
space
there,
there
will
be
condensation
down
there
and
we
don't
don't
have
an
air
space
if
you
have
a
gable
roof,
which
is
slanted
like
that.
Typically,
they
put
a
an
air
space.
That
kind
of
goes
up
a
little
air
hole
like
perforations
at
the
top
of
the
roof.
Here
we
don't
have
that
we've
got
a
flat
roof
so
for
flat
roofs
standard.
A
A
C
A
A
C
D
A
A
C
E
A
Yeah
you're
good
on
that
save
the
file
with
the
complete
sketches.
That's
good!
Now,
let's
see
you
made
it
in
as
one
32-foot
piece.
A
Yeah,
so
that
that
we
want
to
split
into
two,
but
maybe
for
the
purpose
of
right
now,
maybe
we
can
just
let's
just
go
into
the
merge
part.
You
can
fix
that.
So
just
save
this
and
then
come
back
to
this.
I
want
to
see
what
happens
when
you
merge
this
into
the
other,
just
to
show
that
we
can
integrate
the
two
files
in
a
separate
in
separate
documents
so
because
we
have
defined
where
we're
working.
It
can
all
make
sense,
because
we
know
how
to
align
everything.
A
A
Okay,
so
make
a
simple
copy
of
this,
and
because
you
have
to
make
a
in
order
to
move
things
around,
when
you're
joining
things,
you
have
to
make
a
copy
somewhere.
So
you
might
as
well
make
a
simple
copy.
A
E
C
A
E
A
A
Take
all
your
objects,
so
you
can
like
fold
fold
it
up.
So
you
don't
see
the
sketches
but
or
just
select
everything
select
everything
in
there
and
then
in
part,
make
make
simple
copy
through
the
part
menu
all
right
yeah.
So
you
saved
this.
You
already
uploaded
this
stuff,
so
you've
got
a
backup
copy
make
simple,
because
right
now,
if
you
work
in
the
same
file
you're
going
to
overwrite
what
you
have
so.
C
A
A
C
A
C
C
A
A
Yeah
so
escape
out
of
that
click.
D
A
A
To
work
with
so
you're,
not
getting
confused
by
like
rotating
sketches
or
like
crashing,
because
there's
two
tmi
for
the
computer,
so
yeah
simple,
simple,
copies
work!
Well
to
now,
once
you
start
assembling
things
together,
okay,
so
take
that
one,
that's
erase
the
compound
or
just
start
a
new
file,
just
get
rid
of
that
it'll
spit
out
all
the
contents.
So
that's
what
you'll
see
erase
all
of
that
spread
out
all
it'll
spit
out.
What's
in
there
erase
that?
A
Insulation
box
yeah
sure
that's
what
you
want
to
save
so
save
this,
and
then
that's
what
you
want
to
emerge
into
the
yeah.
So
this
this
file
is
what
you
want
to
merge,
so
take
prince's
file
and
merge
it
or
into
this
document
or
go
into
his
file
and
yeah.
Take
his
file,
merge
it
into
your
dock
now
for
princess
file.
The
thing
should
also
be
that
we
make
a
simple
copy
of
that
as
you're
doing
this
yeah.
C
A
So
maybe
just
upload,
if
you
upload
this
one,
we
can
keep
it
in
the
part.
History
just
note
that
it's
this
is
the
simple
copy,
in
fact
an
incorrect,
simple
copy,
but
we'll
just
delete
that
later,
but
it's
good
and
good
for
this
exercise
right
now,.
C
A
Yeah
the
blocking
do
the
blocking
since
we
we
liked
it
except
prince
you.
You
want
to
fix
that
one
side
which
is
6.25
on
both
sides
that
spacing's
got
to
be
the
same.
A
So
the
idea
is
even
though
like
say,
there's
a
mistake
like
how
does
this
merge
workflow
work?
If
you
still
have
a
mistake,
there's
many
people
working
on
it
well
as
long
as
we're
working
in
an
understandable
plane
where
we
still
have
access
to
all
the
sketches
and
all
the
underlying
info,
you
can
fix
those
kinds
of
things
easily.
A
D
A
Where
are
you
doing
the
corrections
and
the
corrections
should
always
be
done
in
a
in
a
source
file
for
the
the
process
to
work
well
to
keep
everything
clean
now,
if
the
source
files
are
good,
then
we
can
either
move
things
manually
or
use.
The
more
advanced
features
of
19
which
are
assemblies
both
will
work.
D
E
A
A
A
B
A
Right
so
yeah,
I
see
I
see
right
so
when
we
save
the
yeah.
I
see.
A
A
So
maybe
separate
them
a
little
bit
and
then
make
a
simple
copy.
A
A
Okay,
there
you
go
so
the
idea
here
was
okay,
merge
the
blocking
see
where
we
end
up.
What
we're
trying
to
do
simply
is
see
like
okay,
when
we
work
in
individual
files
are
we
getting
crazy
results
is
actually
working
that
we
can
negotiate
that
and
then
so
so
merge
merge
princes
blocking,
and
that
was
in
another
file
yeah.
We
asked.
A
And
there
we
were
just
trying
to
separate
the
blocking
from
this,
because
the
roofing
the
structure
there
is
not
good
for
the
roof.
That's
that
needs
to
be
changed
from
two
by
six
to
two
by
twelves,
but
yeah.
That's
the
basic
idea!
There
we've
observed.
What
do
we
see
here?
We
observe
that
we're
all
at
the
same
plane.
We
can
interoperate
files
because
we
all
started
that
xy,
zero
plane
and
they're
kind
of
lining
up
right
now.
So
that's
good
now
in
practice.
A
A
In
real
life
we
had
it
it's
going
to
be
right
below
right,
because
that's
where
the
roof
box,
the
insulation
box,
sits
right
on
top
of
the
the
big
roof
structure.
So
this
would
actually
be,
I
guess,
to
keep
things
clean
like
the
I
guess.
The
blocking
from
princess
file
would
sit
on
a
zero
and
because
the
insulation
box
is
above,
it
move
it
above.
Okay,
as
opposed
to
moving
the
blocking
down
into
negative,
just
keeping
things
more
clear.
So.
A
B
A
A
D
A
A
for
the
purpose
of
cad,
it
will
confuse
you
because
it
no
longer
tells
you
that
it's
that
that's
the
exact
top
of
the
roof
box.
So
maybe
in
a
cad
we
should.
We
should
keep
it
at
11.25
when
we
actually
build
it
like
a
lot
of
times
you
the
as
built,
can
differ
from
cab
for
for
various
purposes
like
it
doesn't
matter
like
10
inches,
doesn't
matter
here
versus
11.25.
A
In
fact,
you
wanna
go
below
eleven,
two
five,
because
if
you
cut
it
too
much,
it's
gonna
be
sticking
out
into
the
next
layer,
and
that
wouldn't
be
good,
because
you
can't
put
the
ceiling
on
in
that
case
stuff
like
that,
so
so
as
built,
then
practice
can
sometimes
be
a
little
different
than
a
cab
like
when
you're
building,
it's
like.
Oh
it
doesn't
matter.
I
just
had
this
on
hand.
A
Okay,
do
it,
I
think,
that's
acceptable,
but
what
I'm
guessing
in
a
cat
here
that,
like
I
guess
learning
is,
we
should
probably
keep
the
the
blocking
in
the
cad
to
11.25,
because
it
will
help
everybody
build
within
the
cad
as
opposed
to
getting
confused
at
and
remembering
that.
Oh,
that's,
actually
11.25,
because
that's
exactly
what
what
the
roof
box
depth
well,
the
main
main
structure
of
the
roof
is
it's
11.25.
A
So
anyway,
no
that's
cool.
So
the
point
was
we:
we
merge
all
the
individual
files,
including
the
sheeting.
At
the
end,
now
we
got
to
put
in
the
insulation.
We
should
that's
more
like
a
almost
like
a
busy
task,
but
the
non-busy
task,
part
of
the
rigid
foam
insulation,
is
there's
a
particular
order
and
pattern
to
it
so
that
we
don't
overlap
seams
and
that's
that
is
useful
to
get
into
cad.
That's
what
we
were
working
on
before.
A
But
that's
yeah,
that's
that's
the
exercise.
We
got
to
fix
a
couple
of
things
here.
Like
the
few
details
we
talked
about
like
the
spacing
that's
6.25.
Wes
has
got
to
correct
that
to
11.25
and
other
things.
B
A
A
A
A
So
it
so
if
we
in
our
ample
spare
time
as
we
wait
for
other
people,
we
can
do
that
those
kinds
of
tasks.
So
we
can
move
on
to
something
else.
A
I
think
to
keep
it,
keep
it
clean
and
atomic,
as
in
individual
pieces
coming
together
as
they're
ready
yeah,
I
think
the
person
would
would
have
to
rotate
it's
not
a
big
deal.
It's
just
a
rotation
operation.
Just
if
you
keep
track
of
that
data
which
is
okay,
the
angle
is
such
and
such
then
it's
easy
for
the
next
person
to
do
that
without
doing
guesswork.
So
actually,
in
fact
the
first
person
is
because
when
you
rotate
it
first,
you
have
to
do
a
little
bit
of
finagling
to
say.
A
Okay,
did
I
rotate
it
exactly
so?
It
rose
four
inches.
You
have
to
kind
of
examine
it
back
and
forth,
you're
actually
finding
the
rotation
angle,
but
once
you
find
that
it's
actually
very
easy
for
the
next
person
to
rotate
it
by
the
same,
in
which
case
there
is
a
case
for
the
first
person
to
finish,
actually
do
that
rotation
and
find
out
the
data
find
the
data
find
the
angle
and
then
at
that
angle
could
be
used
by
all
the
other
people
to
rotate
rapidly
into
place.
A
Just
you
know
where
exactly
how
much
you're
rotating
so
and
that
way
you
can,
we
can
have
everybody
else
put
in
put
in
the
final
design
into
the
model,
and
how
do
you
know
how
much
to
rise
each
each
section?
A
A
Well,
in
the
final
assembly,
that's
going
to
go
above
the
roof
riser,
so
the
roof
riser
can
be
put
in
definitely
into
the
final
cad
and
then
even
at
the
you
can
do
the
rotation
in
the
x
in
the
in
the
zero
plane
there
and
then
move
the
rotated
thing
into
place.
So
so
let's
do
that.
A
A
How
do
we
communicate
that?
Where,
where
is
a
transparent
place,
to
put
it
like,
maybe
like
under
the
roof
section
note,
the
roof
has
been
rotated
by
x
degrees
like
right
under
there
as
a
note
like
right
under
the
roof
section
in
a
cad
and
then
when,
as
people
finish
up
their
roof
modules,
they
can
say.
Okay,
now
I
got
a
rotated
x
and
then
just
move
it
into
position.
A
A
A
Does
this
process
scale
yeah
I
mean
once
we
find
an
angle,
we're
good.
We
just
keep
that
use
that
throughout
and
that's
an
easy
answer
in
order
to
put
everything
into
place
so
like.
How
do
you
put
like
say
say
nobody,
you
know
ken
did
the
roof
osb
and
he
was
the
first
one
to
get
done.
A
How
do
you
know
where?
To
put
it
well,
rotate
it
in
the
zero
plane?
A
So
you
get
exactly
the
four
inch
rise
and
then
that's
save
that
and
then
move
that
into
position,
and
can
we
calculate
how
far
up
like
if
you
wanted
to
save
just
the
roof
positioning
correct
like
if
you
didn't
well,
you
gotta
compare
to
the
the
house
file,
but
you
can
also
say
in
a
house
file.
A
We
already
defined
positions
for
the
second
story
floor,
like
the
base
of
the
wall
modules.
How
far
above
that?
Well,
you
can
just
keep
adding
there's
the
second
story:
walls
top
plate,
1.5
inch,
roof,
riser,
four
inch,
roof
structure
and
blocking
11.25
insulation
box.
Four
virgin
installation
is
inside
the
insulation
box.
A
A
A
A
A
A
B
E
C
A
A
15.25,
so
you
put
it
15.25
on
the
lower
edge,
that's
exactly
where
the
lower
edge
is
because
one
side
of
the
box
isn't
is
at
the
same
place.
The
other
side
is
tilted
up
yeah.
So
now,
with
that
information,
you
can
without
other
people
having
done
their
part,
you
can
locate
your
plywood
exactly
because
once
again
we're
dealing
with
very
simple
boxes
in
our
overall
build
system.
A
A
So
that's
that's
the
point
and
then
other
people
too,
given
that
we
know
the
roof
angle
which
somebody
has
to
find
out,
and
I
I
can
maybe
I'll
do
that
I'll.
Do
the
angle
positioner
I'll
work
on
that
so
I'll
I'll
draw
me
a
line.
Well,
we
I
think
we
already
have
that
in
other
parts,
so
I'll
just
pick
it
out
from
the
other
one
and
get
the
angle.
A
D
A
A
E
D
D
B
E
B
E
D
E
D
E
E
E
E
E
E
A
B
A
E
D
E
A
You
can
retire
for
now.
Let's
take
a
look
at
ken's,
simple
copy
of
compound
and
how
we
rotate
that
into
place
and
put
it
positionally
correct
so
final.
Actually,
can
we
do
that
actually
within
the
file
that
we
started
with,
so
I'm
gonna
still
sharing
my
screen,
so
I'm
gonna
open
that
one
up
so
say:
that's
it.
A
How
do
we
know
where
it
is?
It's
x
y
z
equals
zero.
That's
what
it
looks
like,
so
it
should
be
right
on
on
your
your
base.
Plane.
You
want
to
twist
it
1.2
1.2
degrees,
so
I'm
just
going
to
draft
now
which
direction
do
we?
How
do
we
know?
So,
let's
look
at
one
two,
I'm
looking
from
this
side.
A
A
E
A
A
D
A
So
there
it
is,
that
should
be
a
that
should
be
my
and
the
origin.
You
can
see
it's
there,
so
maybe
that
worked.
Let's
see,
I
think
it's
going
to
work
because
x,
I
I
could
see
yeah,
that's
x,
y,
zero,
origin,
bottom
left-hand
corner
and
I
just
put
it
way
on
top
after
twisting.
So
let's
save
this
and
I'm
gonna,
I'm
gonna
merge
that
with
the
with
the
house
master
and
did
it
work.
A
D
Wait
wait
yeah.
It
worked.
A
Why
do
you
want
it
sloping
back?
Just
like
that,
I
see
yeah.
The
disadvantage
of
sloping
to
the
front
is
that
you're
going
to
get
water
to
the
front,
but
that's
your
gutter.
You
have
to
have
a
gutter
anyway,
that's
the
inconvenient
part
you're
right,
because
in
real
life
this
drainage
is
actually
towards
the
back.
A
B
A
E
A
E
A
D
A
A
E
D
E
E
D
A
A
For
you,
that
was
you're
just
going
to
do
the
blocking,
so
you
want
to
upload
just
that,
because
wes
is
doing
he's,
doing
a
whole
structure,
yeah
just
so
compound
and
then
simple
copy
and
then
the
first
file
that
you
upload
is
just
you're
blocking
with
all
the
details
as
much
as
you
have
it.
A
A
A
C
A
Yeah,
let's
see
I
can
it's
two
right
now,
it's
getting
too
big,
so
I'm
splitting
it
into
first
floor
and
second
floor
because
it's
getting
to
one
mag.