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%%Creator: dvips(k) 5.98 Copyright 2009 Radical Eye Software
%%Title: fig-CS-ratios.dvi
%%CreationDate: Tue May 10 11:27:04 2011
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{
/ang
X
}
B
/@rwi
{
10
div
/rwi
X
/rwiSeen
true
N
}
B
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{
10
div
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X
/rhiSeen
true
N
}
B
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{
/llx
X
}
B
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{
/lly
X
}
B
/@urx
{
/urx
X
}
B
/@ury
{
/ury
X
}
B
/magscale
true
def
end
/@MacSetUp
{
userdict
/md
known
{
userdict
/md
get
type
/dicttype
eq
{
userdict
begin
md
length
10
add
md
maxlength
ge
{
/md
md
dup
length
20
add
dict
copy
def
}
if
end
md
begin
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{}
N
/note
{}
N
/legal
{}
N
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{
txpose
1
0
mtx
defaultmatrix
dtransform
S
atan
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X
newpath
clippath
mark
{
transform
{
itransform
moveto
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transform
{
itransform
lineto
}}{
6
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roll
transform
6
-2
roll
transform
6
-2
roll
transform
{
itransform
6
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roll
itransform
6
2
roll
itransform
6
2
roll
curveto
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closepath
}}
pathforall
newpath
counttomark
array
astore
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xdf
pop
ct
39
0
put
10
fz
0
fs
2
F
/|______Courier
fnt
invertflag
{
PaintBlack
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if
}
N
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{
pxs
pys
scale
ppr
aload
pop
por
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noflips
{
pop
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neg
S
TR
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1
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xflip
yflip
and
{
pop
S
neg
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TR
180
rotate
1
-1
scale
ppr
3
get
ppr
1
get
neg
sub
neg
ppr
2
get
ppr
0
get
neg
sub
neg
TR
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if
xflip
yflip
not
and
{
pop
S
neg
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TR
pop
180
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ppr
3
get
ppr
1
get
neg
sub
neg
0
TR
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if
yflip
xflip
not
and
{
ppr
1
get
neg
ppr
0
get
neg
TR
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if
}{
noflips
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TR
pop
pop
270
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if
xflip
yflip
and
{
TR
pop
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90
rotate
1
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scale
ppr
3
get
ppr
1
get
neg
sub
neg
ppr
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get
ppr
0
get
neg
sub
neg
TR
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if
xflip
yflip
not
and
{
TR
pop
pop
90
rotate
ppr
3
get
ppr
1
get
neg
sub
neg
0
TR
}
if
yflip
xflip
not
and
{
TR
pop
pop
270
rotate
ppr
2
get
ppr
0
get
neg
sub
neg
0
S
TR
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if
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scaleby96
{
ppr
aload
pop
4
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roll
add
2
div
3
1
roll
add
2
div
2
copy
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dup
scale
neg
S
neg
S
TR
}
if
}
N
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{
pop
pop
showpage
pm
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N
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if
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if
}
N
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{
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72
div
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72
div
neg
scale
magscale
{
DVImag
dup
scale
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if
0
setgray
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{
S
65781.76
div
N
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N
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{
/psf$SavedState
save
N
userdict
maxlength
dict
begin
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true
def
normalscale
currentpoint
TR
/psf$ury
psfts
/psf$urx
psfts
/psf$lly
psfts
/psf$llx
psfts
/psf$y
psfts
/psf$x
psfts
currentpoint
/psf$cy
X
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X
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psf$x
psf$urx
psf$llx
sub
div
N
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psf$y
psf$ury
psf$lly
sub
div
N
psf$sx
psf$sy
scale
psf$cx
psf$sx
div
psf$llx
sub
psf$cy
psf$sy
div
psf$ury
sub
TR
/showpage
{}
N
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{}
N
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{
pop
}
N
/copypage
{}
N
/p
3
def
@MacSetUp
}
N
/doclip
{
psf$llx
psf$lly
psf$urx
psf$ury
currentpoint
6
2
roll
newpath
4
copy
4
2
roll
moveto
6
-1
roll
S
lineto
S
lineto
S
lineto
closepath
clip
newpath
moveto
}
N
/endTexFig
{
end
psf$SavedState
restore
}
N
/@beginspecial
{
SDict
begin
/SpecialSave
save
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gsave
normalscale
currentpoint
TR
@SpecialDefaults
count
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X
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countdictstack
N
}
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{
CLIP
1
eq
{
newpath
0
0
moveto
hs
0
rlineto
0
vs
rlineto
hs
neg
0
rlineto
closepath
clip
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ho
vo
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hsc
vsc
scale
ang
rotate
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rwi
urx
llx
sub
div
rhiSeen
{
rhi
ury
lly
sub
div
}{
dup
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scale
llx
neg
lly
neg
TR
}{
rhiSeen
{
rhi
ury
lly
sub
div
dup
scale
llx
neg
lly
neg
TR
}
if
}
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CLIP
2
eq
{
newpath
llx
lly
moveto
urx
lly
lineto
urx
ury
lineto
llx
ury
lineto
closepath
clip
}
if
/showpage
{}
N
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{}
N
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{
pop
}
N
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{}
N
newpath
}
N
/@endspecial
{
count
ocount
sub
{
pop
}
repeat
countdictstack
dcount
sub
{
end
}
repeat
grestore
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restore
end
}
N
/@defspecial
{
SDict
begin
}
N
/@fedspecial
{
end
}
B
/li
{
lineto
}
B
/rl
{
rlineto
}
B
/rc
{
rcurveto
}
B
/np
{
/SaveX
currentpoint
/SaveY
X
N
1
setlinecap
newpath
}
N
/st
{
stroke
SaveX
SaveY
moveto
}
N
/fil
{
fill
SaveX
SaveY
moveto
}
N
/ellipse
{
/endangle
X
/startangle
X
/yrad
X
/xrad
X
/savematrix
matrix
currentmatrix
N
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xrad
yrad
scale
0
0
1
startangle
endangle
arc
savematrix
setmatrix
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%%EndProcSet
%%BeginFont: CMMI8
%!PS-AdobeFont-1.0: CMMI8 003.002
%%Title: CMMI8
%Version: 003.002
%%CreationDate: Mon Jul 13 16:17:00 2009
%%Creator: David M. Jones
%Copyright: Copyright (c) 1997, 2009 American Mathematical Society
%Copyright: (<http://www.ams.org>), with Reserved Font Name CMMI8.
% This Font Software is licensed under the SIL Open Font License, Version 1.1.
% This license is in the accompanying file OFL.txt, and is also
% available with a FAQ at: http://scripts.sil.org/OFL.
%%EndComments
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/CMMI8
known
{
/CMMI8
findfont
dup
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{
dup
/UniqueID
get
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eq
exch
/FontType
get
1
eq
and
}{
pop
false
}
ifelse
{
save
true
}{
false
}
ifelse
}{
false
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11
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[
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def
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{
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def
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dup
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(Copyright
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c
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1997, 2009 American Mathematical Society
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<http://www.ams.org>
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def
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(CMMI8)
readonly
def
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(Computer Modern)
readonly
def
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(Medium)
readonly
def
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-14.04
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false
def
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-100
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def
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256
array
0
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{
1
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dup
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%%BeginFont: CMMI10
%!PS-AdobeFont-1.0: CMMI10 003.002
%%Title: CMMI10
%Version: 003.002
%%CreationDate: Mon Jul 13 16:17:00 2009
%%Creator: David M. Jones
%Copyright: Copyright (c) 1997, 2009 American Mathematical Society
%Copyright: (<http://www.ams.org>), with Reserved Font Name CMMI10.
% This Font Software is licensed under the SIL Open Font License, Version 1.1.
% This license is in the accompanying file OFL.txt, and is also
% available with a FAQ at: http://scripts.sil.org/OFL.
%%EndComments
FontDirectory
/CMMI10
known
{
/CMMI10
findfont
dup
/UniqueID
known
{
dup
/UniqueID
get
5087385
eq
exch
/FontType
get
1
eq
and
}{
pop
false
}
ifelse
{
save
true
}{
false
}
ifelse
}{
false
}
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11
dict
begin
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1
def
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[
0.001
0
0
0.001
0
0
]
readonly
def
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/CMMI10
def
/FontBBox
{
-32
-250
1048
750
}
readonly
def
/UniqueID
5087385
def
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0
def
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10
dict
dup
begin
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(003.002)
readonly
def
/Notice
(Copyright
\050
c
\051
1997, 2009 American Mathematical Society
\050
<http://www.ams.org>
\051
, with Reserved Font Name CMMI10.)
readonly
def
/FullName
(CMMI10)
readonly
def
/FamilyName
(Computer Modern)
readonly
def
/Weight
(Medium)
readonly
def
/ItalicAngle
-14.04
def
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false
def
/UnderlinePosition
-100
def
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50
def
/ascent
750
def
end
readonly
def
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256
array
0
1
255
{
1
index
exch
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put
}
for
dup
109
/m
put
readonly
def
currentdict
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currentfile
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cleartomark
{
restore
}
if
%%BeginFont: CMR10
%!PS-AdobeFont-1.0: CMR10 003.002
%%Title: CMR10
%Version: 003.002
%%CreationDate: Mon Jul 13 16:17:00 2009
%%Creator: David M. Jones
%Copyright: Copyright (c) 1997, 2009 American Mathematical Society
%Copyright: (<http://www.ams.org>), with Reserved Font Name CMR10.
% This Font Software is licensed under the SIL Open Font License, Version 1.1.
% This license is in the accompanying file OFL.txt, and is also
% available with a FAQ at: http://scripts.sil.org/OFL.
%%EndComments
FontDirectory
/CMR10
known
{
/CMR10
findfont
dup
/UniqueID
known
{
dup
/UniqueID
get
5000793
eq
exch
/FontType
get
1
eq
and
}{
pop
false
}
ifelse
{
save
true
}{
false
}
ifelse
}{
false
}
ifelse
11
dict
begin
/FontType
1
def
/FontMatrix
[
0.001
0
0
0.001
0
0
]
readonly
def
/FontName
/CMR10
def
/FontBBox
{
-40
-250
1009
750
}
readonly
def
/UniqueID
5000793
def
/PaintType
0
def
/FontInfo
9
dict
dup
begin
/version
(003.002)
readonly
def
/Notice
(Copyright
\050
c
\051
1997, 2009 American Mathematical Society
\050
<http://www.ams.org>
\051
, with Reserved Font Name CMR10.)
readonly
def
/FullName
(CMR10)
readonly
def
/FamilyName
(Computer Modern)
readonly
def
/Weight
(Medium)
readonly
def
/ItalicAngle
0
def
/isFixedPitch
false
def
/UnderlinePosition
-100
def
/UnderlineThickness
50
def
end
readonly
def
/Encoding
256
array
0
1
255
{
1
index
exch
/.notdef
put
}
for
dup
40
/parenleft
put
dup
41
/parenright
put
dup
71
/G
put
dup
80
/P
put
dup
83
/S
put
dup
86
/V
put
dup
91
/bracketleft
put
dup
93
/bracketright
put
dup
97
/a
put
dup
98
/b
put
dup
99
/c
put
dup
101
/e
put
dup
102
/f
put
dup
103
/g
put
dup
108
/l
put
dup
109
/m
put
dup
110
/n
put
dup
112
/p
put
dup
114
/r
put
dup
115
/s
put
dup
116
/t
put
readonly
def
currentdict
end
currentfile
eexec
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cleartomark
{
restore
}
if
%%BeginFont: CMR17
%!PS-AdobeFont-1.0: CMR17 003.002
%%Title: CMR17
%Version: 003.002
%%CreationDate: Mon Jul 13 16:17:00 2009
%%Creator: David M. Jones
%Copyright: Copyright (c) 1997, 2009 American Mathematical Society
%Copyright: (<http://www.ams.org>), with Reserved Font Name CMR17.
% This Font Software is licensed under the SIL Open Font License, Version 1.1.
% This license is in the accompanying file OFL.txt, and is also
% available with a FAQ at: http://scripts.sil.org/OFL.
%%EndComments
FontDirectory
/CMR17
known
{
/CMR17
findfont
dup
/UniqueID
known
{
dup
/UniqueID
get
5000795
eq
exch
/FontType
get
1
eq
and
}{
pop
false
}
ifelse
{
save
true
}{
false
}
ifelse
}{
false
}
ifelse
11
dict
begin
/FontType
1
def
/FontMatrix
[
0.001
0
0
0.001
0
0
]
readonly
def
/FontName
/CMR17
def
/FontBBox
{
-33
-250
945
749
}
readonly
def
/UniqueID
5000795
def
/PaintType
0
def
/FontInfo
9
dict
dup
begin
/version
(003.002)
readonly
def
/Notice
(Copyright
\050
c
\051
1997, 2009 American Mathematical Society
\050
<http://www.ams.org>
\051
, with Reserved Font Name CMR17.)
readonly
def
/FullName
(CMR17)
readonly
def
/FamilyName
(Computer Modern)
readonly
def
/Weight
(Medium)
readonly
def
/ItalicAngle
0
def
/isFixedPitch
false
def
/UnderlinePosition
-100
def
/UnderlineThickness
50
def
end
readonly
def
/Encoding
256
array
0
1
255
{
1
index
exch
/.notdef
put
}
for
dup
22
/macron
put
readonly
def
currentdict
end
currentfile
eexec
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cleartomark
{
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if
%%BeginFont: CMMI12
%!PS-AdobeFont-1.0: CMMI12 003.002
%%Title: CMMI12
%Version: 003.002
%%CreationDate: Mon Jul 13 16:17:00 2009
%%Creator: David M. Jones
%Copyright: Copyright (c) 1997, 2009 American Mathematical Society
%Copyright: (<http://www.ams.org>), with Reserved Font Name CMMI12.
% This Font Software is licensed under the SIL Open Font License, Version 1.1.
% This license is in the accompanying file OFL.txt, and is also
% available with a FAQ at: http://scripts.sil.org/OFL.
%%EndComments
FontDirectory
/CMMI12
known
{
/CMMI12
findfont
dup
/UniqueID
known
{
dup
/UniqueID
get
5087386
eq
exch
/FontType
get
1
eq
and
}{
pop
false
}
ifelse
{
save
true
}{
false
}
ifelse
}{
false
}
ifelse
11
dict
begin
/FontType
1
def
/FontMatrix
[
0.001
0
0
0.001
0
0
]
readonly
def
/FontName
/CMMI12
def
/FontBBox
{
-31
-250
1026
750
}
readonly
def
/UniqueID
5087386
def
/PaintType
0
def
/FontInfo
10
dict
dup
begin
/version
(003.002)
readonly
def
/Notice
(Copyright
\050
c
\051
1997, 2009 American Mathematical Society
\050
<http://www.ams.org>
\051
, with Reserved Font Name CMMI12.)
readonly
def
/FullName
(CMMI12)
readonly
def
/FamilyName
(Computer Modern)
readonly
def
/Weight
(Medium)
readonly
def
/ItalicAngle
-14.04
def
/isFixedPitch
false
def
/UnderlinePosition
-100
def
/UnderlineThickness
50
def
/ascent
750
def
end
readonly
def
/Encoding
256
array
0
1
255
{
1
index
exch
/.notdef
put
}
for
dup
98
/b
put
dup
99
/c
put
dup
100
/d
put
dup
103
/g
put
dup
115
/s
put
dup
117
/u
put
readonly
def
currentdict
end
currentfile
eexec
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cleartomark
{
restore
}
if
TeXDict
begin
39158280
55380996
1000
600
600
(fig-CS-ratios.dvi)
@start
/Fa
183
[
58
72
[{}
1
66.4176
/CMMI8
rf
/Fb
146
[
80
109
[{}
1
90.9091
/CMMI10
rf
/Fc
156
[
37
46
42
55
[
32
32
40
[{}
5
83.022
/CMR10
rf
/Fd
233
[
79
22
[{}
1
172.188
/CMR17
rf
/Fe
138
[
96
1
[
79
11
[
81
2
[
88
73
72
98
[{}
6
172.188
/CMMI12
rf
/Ff
139
[
35
36
36
1
[
51
1
[
51
76
25
4
[
45
28
40
1
[
40
1
[
45
3
[
25
1
[
25
4
[
68
2
[
51
2
[
62
8
[
71
71
[{}
18
90.9091
/CMR10
rf
end
%%EndProlog
%%BeginSetup
%%Feature: *Resolution 600dpi
TeXDict
begin
%%BeginPaperSize: a4
/setpagedevice
where
{
pop
<<
/PageSize
[
595
842
]
>>
setpagedevice
}
{
/a4
where
{
pop
a4
}
if
}
ifelse
%%EndPaperSize
end
%%EndSetup
%%Page: 1 1
TeXDict
begin
1
0
bop
452
2079
a
currentpoint
currentpoint
translate
0.43
0.43
scale
neg
exch
neg
exch
translate
452
2079
a
483
2079
a
/PSfrag
where
{
pop
(BB)
[[
0
(Bl)
1
0
]]
(GG)
[[
1
(Bl)
1
0
]]
2
0
-1
/Begin
PSfrag
}{
userdict
/PSfrag
{
pop
}
put
}
ifelse
483
2079
a
@beginspecial
50
@llx
50
@lly
402
@urx
554
@ury
3520
@rwi
@clip
@setspecial
%%BeginDocument: plots/MH.LHC7TeV.sigma_H.ratios.ps
%!PS-Adobe-2.0
%%Title: MH.LHC7TeV.sigma_H.ratios.ps
%%Creator: gnuplot 4.2 patchlevel 6
%%CreationDate: Tue May 10 10:52:12 2011
%%DocumentFonts: (atend)
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%%Pages: (atend)
%%EndComments
%%BeginProlog
/gnudict
256
dict
def
gnudict
begin
%
% The following 6 true/false flags may be edited by hand if required
% The unit line width may also be changed
%
/Color
true
def
/Blacktext
false
def
/Solid
false
def
/Dashlength
1
def
/Landscape
false
def
/Level1
false
def
/Rounded
false
def
/TransparentPatterns
false
def
/gnulinewidth
5.000
def
/userlinewidth
gnulinewidth
def
%
/vshift
-46
def
/dl1
{
10.0
Dashlength
mul
mul
Rounded
{
currentlinewidth
0.75
mul
sub
dup
0
le
{
pop
0.01
}
if
}
if
}
def
/dl2
{
10.0
Dashlength
mul
mul
Rounded
{
currentlinewidth
0.75
mul
add
}
if
}
def
/hpt_
31.5
def
/vpt_
31.5
def
/hpt
hpt_
def
/vpt
vpt_
def
Level1
{}
{
/SDict
10
dict
def
systemdict
/pdfmark
known
not
{
userdict
/pdfmark
systemdict
/cleartomark
get
put
}
if
SDict
begin
[
/Title
(MH.LHC7TeV.sigma_H.ratios.ps)
/Subject
(gnuplot plot)
/Creator
(gnuplot 4.2 patchlevel 6 )
/Author
(ob76)
% /Producer (gnuplot)
% /Keywords ()
/CreationDate
(Tue May 10 10:52:12 2011)
/DOCINFO
pdfmark
end
}
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Opaque
stroke
}
def
/BoxFill
{
gsave
Rec
1
setgray
fill
grestore
}
def
/Density
{
/Fillden
exch
def
currentrgbcolor
/ColB
exch
def
/ColG
exch
def
/ColR
exch
def
/ColR
ColR
Fillden
mul
Fillden
sub
1
add
def
/ColG
ColG
Fillden
mul
Fillden
sub
1
add
def
/ColB
ColB
Fillden
mul
Fillden
sub
1
add
def
ColR
ColG
ColB
setrgbcolor
}
def
/BoxColFill
{
gsave
Rec
PolyFill
}
def
/PolyFill
{
gsave
Density
fill
grestore
grestore
}
def
/h
{
rlineto
rlineto
rlineto
gsave
closepath
fill
grestore
}
bind
def
%
% PostScript Level 1 Pattern Fill routine for rectangles
% Usage: x y w h s a XX PatternFill
% x,y = lower left corner of box to be filled
% w,h = width and height of box
% a = angle in degrees between lines and x-axis
% XX = 0/1 for no/yes cross-hatch
%
/PatternFill
{
gsave
/PFa
[
9
2
roll
]
def
PFa
0
get
PFa
2
get
2
div
add
PFa
1
get
PFa
3
get
2
div
add
translate
PFa
2
get
-2
div
PFa
3
get
-2
div
PFa
2
get
PFa
3
get
Rec
gsave
1
setgray
fill
grestore
clip
currentlinewidth
0.5
mul
setlinewidth
/PFs
PFa
2
get
dup
mul
PFa
3
get
dup
mul
add
sqrt
def
0
0
M
PFa
5
get
rotate
PFs
-2
div
dup
translate
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
M
0
PFs
V
}
for
0
PFa
6
get
ne
{
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
2
1
roll
M
PFs
0
V
}
for
}
if
stroke
grestore
}
def
%
/languagelevel
where
{
pop
languagelevel
}
{
1
}
ifelse
2
lt
{
/InterpretLevel1
true
def
}
{
/InterpretLevel1
Level1
def
}
ifelse
%
% PostScript level 2 pattern fill definitions
%
/Level2PatternFill
{
/Tile8x8
{
/PaintType
2
/PatternType
1
/TilingType
1
/BBox
[
0
0
8
8
]
/XStep
8
/YStep
8
}
bind
def
/KeepColor
{
currentrgbcolor
[
/Pattern
/DeviceRGB
]
setcolorspace
}
bind
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
}
>>
matrix
makepattern
/Pat1
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
0
4
M
4
8
L
8
4
L
4
0
L
0
4
L
stroke
}
>>
matrix
makepattern
/Pat2
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
0
8
L
8
8
L
8
0
L
0
0
L
fill
}
>>
matrix
makepattern
/Pat3
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
8
M
8
-4
L
0
12
M
12
0
L
stroke
}
>>
matrix
makepattern
/Pat4
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
0
M
8
12
L
0
-4
M
12
8
L
stroke
}
>>
matrix
makepattern
/Pat5
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
8
M
4
-4
L
0
12
M
8
-4
L
4
12
M
10
0
L
stroke
}
>>
matrix
makepattern
/Pat6
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
0
M
4
12
L
0
-4
M
8
12
L
4
-4
M
10
8
L
stroke
}
>>
matrix
makepattern
/Pat7
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
8
-2
M
-4
4
L
12
0
M
-4
8
L
12
4
M
0
10
L
stroke
}
>>
matrix
makepattern
/Pat8
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
-2
M
12
4
L
-4
0
M
12
8
L
-4
4
M
8
10
L
stroke
}
>>
matrix
makepattern
/Pat9
exch
def
/Pattern1
{
PatternBgnd
KeepColor
Pat1
setpattern
}
bind
def
/Pattern2
{
PatternBgnd
KeepColor
Pat2
setpattern
}
bind
def
/Pattern3
{
PatternBgnd
KeepColor
Pat3
setpattern
}
bind
def
/Pattern4
{
PatternBgnd
KeepColor
Landscape
{
Pat5
}
{
Pat4
}
ifelse
setpattern
}
bind
def
/Pattern5
{
PatternBgnd
KeepColor
Landscape
{
Pat4
}
{
Pat5
}
ifelse
setpattern
}
bind
def
/Pattern6
{
PatternBgnd
KeepColor
Landscape
{
Pat9
}
{
Pat6
}
ifelse
setpattern
}
bind
def
/Pattern7
{
PatternBgnd
KeepColor
Landscape
{
Pat8
}
{
Pat7
}
ifelse
setpattern
}
bind
def
}
def
%
%
%End of PostScript Level 2 code
%
/PatternBgnd
{
TransparentPatterns
{}
{
gsave
1
setgray
fill
grestore
}
ifelse
}
def
%
% Substitute for Level 2 pattern fill codes with
% grayscale if Level 2 support is not selected.
%
/Level1PatternFill
{
/Pattern1
{
0.250
Density
}
bind
def
/Pattern2
{
0.500
Density
}
bind
def
/Pattern3
{
0.750
Density
}
bind
def
/Pattern4
{
0.125
Density
}
bind
def
/Pattern5
{
0.375
Density
}
bind
def
/Pattern6
{
0.625
Density
}
bind
def
/Pattern7
{
0.875
Density
}
bind
def
}
def
%
% Now test for support of Level 2 code
%
Level1
{
Level1PatternFill
}
{
Level2PatternFill
}
ifelse
%
/Symbol-Oblique
/Symbol
findfont
[
1
0
.167
1
0
0
]
makefont
dup
length
dict
begin
{
1
index
/FID
eq
{
pop
pop
}
{
def
}
ifelse
}
forall
currentdict
end
definefont
pop
end
%%EndProlog
%%Page: 1 1
gnudict
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def
/D10
{
gsave
translate
45
rotate
0
0
S10
stroke
grestore
}
bind
def
/D11
{
gsave
translate
45
rotate
0
0
S11
stroke
grestore
}
bind
def
/D12
{
gsave
translate
45
rotate
0
0
S12
stroke
grestore
}
bind
def
/D13
{
gsave
translate
45
rotate
0
0
S13
stroke
grestore
}
bind
def
/D14
{
gsave
translate
45
rotate
0
0
S14
stroke
grestore
}
bind
def
/D15
{
gsave
translate
45
rotate
0
0
S15
stroke
grestore
}
bind
def
/DiaE
{
stroke
[]
0
setdash
vpt
add
M
hpt
neg
vpt
neg
V
hpt
vpt
neg
V
hpt
vpt
V
hpt
neg
vpt
V
closepath
stroke
}
def
/BoxE
{
stroke
[]
0
setdash
exch
hpt
sub
exch
vpt
add
M
0
vpt2
neg
V
hpt2
0
V
0
vpt2
V
hpt2
neg
0
V
closepath
stroke
}
def
/TriUE
{
stroke
[]
0
setdash
vpt
1.12
mul
add
M
hpt
neg
vpt
-1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
1.62
mul
V
closepath
stroke
}
def
/TriDE
{
stroke
[]
0
setdash
vpt
1.12
mul
sub
M
hpt
neg
vpt
1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
-1.62
mul
V
closepath
stroke
}
def
/PentE
{
stroke
[]
0
setdash
gsave
translate
0
hpt
M
4
{
72
rotate
0
hpt
L
}
repeat
closepath
stroke
grestore
}
def
/CircE
{
stroke
[]
0
setdash
hpt
0
360
arc
stroke
}
def
/Opaque
{
gsave
closepath
1
setgray
fill
grestore
0
setgray
closepath
}
def
/DiaW
{
stroke
[]
0
setdash
vpt
add
M
hpt
neg
vpt
neg
V
hpt
vpt
neg
V
hpt
vpt
V
hpt
neg
vpt
V
Opaque
stroke
}
def
/BoxW
{
stroke
[]
0
setdash
exch
hpt
sub
exch
vpt
add
M
0
vpt2
neg
V
hpt2
0
V
0
vpt2
V
hpt2
neg
0
V
Opaque
stroke
}
def
/TriUW
{
stroke
[]
0
setdash
vpt
1.12
mul
add
M
hpt
neg
vpt
-1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
1.62
mul
V
Opaque
stroke
}
def
/TriDW
{
stroke
[]
0
setdash
vpt
1.12
mul
sub
M
hpt
neg
vpt
1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
-1.62
mul
V
Opaque
stroke
}
def
/PentW
{
stroke
[]
0
setdash
gsave
translate
0
hpt
M
4
{
72
rotate
0
hpt
L
}
repeat
Opaque
stroke
grestore
}
def
/CircW
{
stroke
[]
0
setdash
hpt
0
360
arc
Opaque
stroke
}
def
/BoxFill
{
gsave
Rec
1
setgray
fill
grestore
}
def
/Density
{
/Fillden
exch
def
currentrgbcolor
/ColB
exch
def
/ColG
exch
def
/ColR
exch
def
/ColR
ColR
Fillden
mul
Fillden
sub
1
add
def
/ColG
ColG
Fillden
mul
Fillden
sub
1
add
def
/ColB
ColB
Fillden
mul
Fillden
sub
1
add
def
ColR
ColG
ColB
setrgbcolor
}
def
/BoxColFill
{
gsave
Rec
PolyFill
}
def
/PolyFill
{
gsave
Density
fill
grestore
grestore
}
def
/h
{
rlineto
rlineto
rlineto
gsave
closepath
fill
grestore
}
bind
def
%
% PostScript Level 1 Pattern Fill routine for rectangles
% Usage: x y w h s a XX PatternFill
% x,y = lower left corner of box to be filled
% w,h = width and height of box
% a = angle in degrees between lines and x-axis
% XX = 0/1 for no/yes cross-hatch
%
/PatternFill
{
gsave
/PFa
[
9
2
roll
]
def
PFa
0
get
PFa
2
get
2
div
add
PFa
1
get
PFa
3
get
2
div
add
translate
PFa
2
get
-2
div
PFa
3
get
-2
div
PFa
2
get
PFa
3
get
Rec
gsave
1
setgray
fill
grestore
clip
currentlinewidth
0.5
mul
setlinewidth
/PFs
PFa
2
get
dup
mul
PFa
3
get
dup
mul
add
sqrt
def
0
0
M
PFa
5
get
rotate
PFs
-2
div
dup
translate
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
M
0
PFs
V
}
for
0
PFa
6
get
ne
{
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
2
1
roll
M
PFs
0
V
}
for
}
if
stroke
grestore
}
def
%
/languagelevel
where
{
pop
languagelevel
}
{
1
}
ifelse
2
lt
{
/InterpretLevel1
true
def
}
{
/InterpretLevel1
Level1
def
}
ifelse
%
% PostScript level 2 pattern fill definitions
%
/Level2PatternFill
{
/Tile8x8
{
/PaintType
2
/PatternType
1
/TilingType
1
/BBox
[
0
0
8
8
]
/XStep
8
/YStep
8
}
bind
def
/KeepColor
{
currentrgbcolor
[
/Pattern
/DeviceRGB
]
setcolorspace
}
bind
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
}
>>
matrix
makepattern
/Pat1
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
0
4
M
4
8
L
8
4
L
4
0
L
0
4
L
stroke
}
>>
matrix
makepattern
/Pat2
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
0
8
L
8
8
L
8
0
L
0
0
L
fill
}
>>
matrix
makepattern
/Pat3
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
8
M
8
-4
L
0
12
M
12
0
L
stroke
}
>>
matrix
makepattern
/Pat4
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
0
M
8
12
L
0
-4
M
12
8
L
stroke
}
>>
matrix
makepattern
/Pat5
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
8
M
4
-4
L
0
12
M
8
-4
L
4
12
M
10
0
L
stroke
}
>>
matrix
makepattern
/Pat6
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
0
M
4
12
L
0
-4
M
8
12
L
4
-4
M
10
8
L
stroke
}
>>
matrix
makepattern
/Pat7
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
8
-2
M
-4
4
L
12
0
M
-4
8
L
12
4
M
0
10
L
stroke
}
>>
matrix
makepattern
/Pat8
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
-2
M
12
4
L
-4
0
M
12
8
L
-4
4
M
8
10
L
stroke
}
>>
matrix
makepattern
/Pat9
exch
def
/Pattern1
{
PatternBgnd
KeepColor
Pat1
setpattern
}
bind
def
/Pattern2
{
PatternBgnd
KeepColor
Pat2
setpattern
}
bind
def
/Pattern3
{
PatternBgnd
KeepColor
Pat3
setpattern
}
bind
def
/Pattern4
{
PatternBgnd
KeepColor
Landscape
{
Pat5
}
{
Pat4
}
ifelse
setpattern
}
bind
def
/Pattern5
{
PatternBgnd
KeepColor
Landscape
{
Pat4
}
{
Pat5
}
ifelse
setpattern
}
bind
def
/Pattern6
{
PatternBgnd
KeepColor
Landscape
{
Pat9
}
{
Pat6
}
ifelse
setpattern
}
bind
def
/Pattern7
{
PatternBgnd
KeepColor
Landscape
{
Pat8
}
{
Pat7
}
ifelse
setpattern
}
bind
def
}
def
%
%
%End of PostScript Level 2 code
%
/PatternBgnd
{
TransparentPatterns
{}
{
gsave
1
setgray
fill
grestore
}
ifelse
}
def
%
% Substitute for Level 2 pattern fill codes with
% grayscale if Level 2 support is not selected.
%
/Level1PatternFill
{
/Pattern1
{
0.250
Density
}
bind
def
/Pattern2
{
0.500
Density
}
bind
def
/Pattern3
{
0.750
Density
}
bind
def
/Pattern4
{
0.125
Density
}
bind
def
/Pattern5
{
0.375
Density
}
bind
def
/Pattern6
{
0.625
Density
}
bind
def
/Pattern7
{
0.875
Density
}
bind
def
}
def
%
% Now test for support of Level 2 code
%
Level1
{
Level1PatternFill
}
{
Level2PatternFill
}
ifelse
%
/Symbol-Oblique
/Symbol
findfont
[
1
0
.167
1
0
0
]
makefont
dup
length
dict
begin
{
1
index
/FID
eq
{
pop
pop
}
{
def
}
ifelse
}
forall
currentdict
end
definefont
pop
end
%%EndProlog
%%Page: 1 1
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scale
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scalefont
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}
bind
def
/S7
{
BL
[]
0
setdash
2
copy
exch
vpt
sub
exch
vpt
sub
vpt
vpt2
Rec
fill
2
copy
vpt
Square
fill
Bsquare
}
bind
def
/S8
{
BL
[]
0
setdash
2
copy
vpt
sub
vpt
Square
fill
Bsquare
}
bind
def
/S9
{
BL
[]
0
setdash
2
copy
vpt
sub
vpt
vpt2
Rec
fill
Bsquare
}
bind
def
/S10
{
BL
[]
0
setdash
2
copy
vpt
sub
vpt
Square
fill
2
copy
exch
vpt
sub
exch
vpt
Square
fill
Bsquare
}
bind
def
/S11
{
BL
[]
0
setdash
2
copy
vpt
sub
vpt
Square
fill
2
copy
exch
vpt
sub
exch
vpt2
vpt
Rec
fill
Bsquare
}
bind
def
/S12
{
BL
[]
0
setdash
2
copy
exch
vpt
sub
exch
vpt
sub
vpt2
vpt
Rec
fill
Bsquare
}
bind
def
/S13
{
BL
[]
0
setdash
2
copy
exch
vpt
sub
exch
vpt
sub
vpt2
vpt
Rec
fill
2
copy
vpt
Square
fill
Bsquare
}
bind
def
/S14
{
BL
[]
0
setdash
2
copy
exch
vpt
sub
exch
vpt
sub
vpt2
vpt
Rec
fill
2
copy
exch
vpt
sub
exch
vpt
Square
fill
Bsquare
}
bind
def
/S15
{
BL
[]
0
setdash
2
copy
Bsquare
fill
Bsquare
}
bind
def
/D0
{
gsave
translate
45
rotate
0
0
S0
stroke
grestore
}
bind
def
/D1
{
gsave
translate
45
rotate
0
0
S1
stroke
grestore
}
bind
def
/D2
{
gsave
translate
45
rotate
0
0
S2
stroke
grestore
}
bind
def
/D3
{
gsave
translate
45
rotate
0
0
S3
stroke
grestore
}
bind
def
/D4
{
gsave
translate
45
rotate
0
0
S4
stroke
grestore
}
bind
def
/D5
{
gsave
translate
45
rotate
0
0
S5
stroke
grestore
}
bind
def
/D6
{
gsave
translate
45
rotate
0
0
S6
stroke
grestore
}
bind
def
/D7
{
gsave
translate
45
rotate
0
0
S7
stroke
grestore
}
bind
def
/D8
{
gsave
translate
45
rotate
0
0
S8
stroke
grestore
}
bind
def
/D9
{
gsave
translate
45
rotate
0
0
S9
stroke
grestore
}
bind
def
/D10
{
gsave
translate
45
rotate
0
0
S10
stroke
grestore
}
bind
def
/D11
{
gsave
translate
45
rotate
0
0
S11
stroke
grestore
}
bind
def
/D12
{
gsave
translate
45
rotate
0
0
S12
stroke
grestore
}
bind
def
/D13
{
gsave
translate
45
rotate
0
0
S13
stroke
grestore
}
bind
def
/D14
{
gsave
translate
45
rotate
0
0
S14
stroke
grestore
}
bind
def
/D15
{
gsave
translate
45
rotate
0
0
S15
stroke
grestore
}
bind
def
/DiaE
{
stroke
[]
0
setdash
vpt
add
M
hpt
neg
vpt
neg
V
hpt
vpt
neg
V
hpt
vpt
V
hpt
neg
vpt
V
closepath
stroke
}
def
/BoxE
{
stroke
[]
0
setdash
exch
hpt
sub
exch
vpt
add
M
0
vpt2
neg
V
hpt2
0
V
0
vpt2
V
hpt2
neg
0
V
closepath
stroke
}
def
/TriUE
{
stroke
[]
0
setdash
vpt
1.12
mul
add
M
hpt
neg
vpt
-1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
1.62
mul
V
closepath
stroke
}
def
/TriDE
{
stroke
[]
0
setdash
vpt
1.12
mul
sub
M
hpt
neg
vpt
1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
-1.62
mul
V
closepath
stroke
}
def
/PentE
{
stroke
[]
0
setdash
gsave
translate
0
hpt
M
4
{
72
rotate
0
hpt
L
}
repeat
closepath
stroke
grestore
}
def
/CircE
{
stroke
[]
0
setdash
hpt
0
360
arc
stroke
}
def
/Opaque
{
gsave
closepath
1
setgray
fill
grestore
0
setgray
closepath
}
def
/DiaW
{
stroke
[]
0
setdash
vpt
add
M
hpt
neg
vpt
neg
V
hpt
vpt
neg
V
hpt
vpt
V
hpt
neg
vpt
V
Opaque
stroke
}
def
/BoxW
{
stroke
[]
0
setdash
exch
hpt
sub
exch
vpt
add
M
0
vpt2
neg
V
hpt2
0
V
0
vpt2
V
hpt2
neg
0
V
Opaque
stroke
}
def
/TriUW
{
stroke
[]
0
setdash
vpt
1.12
mul
add
M
hpt
neg
vpt
-1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
1.62
mul
V
Opaque
stroke
}
def
/TriDW
{
stroke
[]
0
setdash
vpt
1.12
mul
sub
M
hpt
neg
vpt
1.62
mul
V
hpt
2
mul
0
V
hpt
neg
vpt
-1.62
mul
V
Opaque
stroke
}
def
/PentW
{
stroke
[]
0
setdash
gsave
translate
0
hpt
M
4
{
72
rotate
0
hpt
L
}
repeat
Opaque
stroke
grestore
}
def
/CircW
{
stroke
[]
0
setdash
hpt
0
360
arc
Opaque
stroke
}
def
/BoxFill
{
gsave
Rec
1
setgray
fill
grestore
}
def
/Density
{
/Fillden
exch
def
currentrgbcolor
/ColB
exch
def
/ColG
exch
def
/ColR
exch
def
/ColR
ColR
Fillden
mul
Fillden
sub
1
add
def
/ColG
ColG
Fillden
mul
Fillden
sub
1
add
def
/ColB
ColB
Fillden
mul
Fillden
sub
1
add
def
ColR
ColG
ColB
setrgbcolor
}
def
/BoxColFill
{
gsave
Rec
PolyFill
}
def
/PolyFill
{
gsave
Density
fill
grestore
grestore
}
def
/h
{
rlineto
rlineto
rlineto
gsave
closepath
fill
grestore
}
bind
def
%
% PostScript Level 1 Pattern Fill routine for rectangles
% Usage: x y w h s a XX PatternFill
% x,y = lower left corner of box to be filled
% w,h = width and height of box
% a = angle in degrees between lines and x-axis
% XX = 0/1 for no/yes cross-hatch
%
/PatternFill
{
gsave
/PFa
[
9
2
roll
]
def
PFa
0
get
PFa
2
get
2
div
add
PFa
1
get
PFa
3
get
2
div
add
translate
PFa
2
get
-2
div
PFa
3
get
-2
div
PFa
2
get
PFa
3
get
Rec
gsave
1
setgray
fill
grestore
clip
currentlinewidth
0.5
mul
setlinewidth
/PFs
PFa
2
get
dup
mul
PFa
3
get
dup
mul
add
sqrt
def
0
0
M
PFa
5
get
rotate
PFs
-2
div
dup
translate
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
M
0
PFs
V
}
for
0
PFa
6
get
ne
{
0
1
PFs
PFa
4
get
div
1
add
floor
cvi
{
PFa
4
get
mul
0
2
1
roll
M
PFs
0
V
}
for
}
if
stroke
grestore
}
def
%
/languagelevel
where
{
pop
languagelevel
}
{
1
}
ifelse
2
lt
{
/InterpretLevel1
true
def
}
{
/InterpretLevel1
Level1
def
}
ifelse
%
% PostScript level 2 pattern fill definitions
%
/Level2PatternFill
{
/Tile8x8
{
/PaintType
2
/PatternType
1
/TilingType
1
/BBox
[
0
0
8
8
]
/XStep
8
/YStep
8
}
bind
def
/KeepColor
{
currentrgbcolor
[
/Pattern
/DeviceRGB
]
setcolorspace
}
bind
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
}
>>
matrix
makepattern
/Pat1
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
8
8
L
0
8
M
8
0
L
stroke
0
4
M
4
8
L
8
4
L
4
0
L
0
4
L
stroke
}
>>
matrix
makepattern
/Pat2
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
0
M
0
8
L
8
8
L
8
0
L
0
0
L
fill
}
>>
matrix
makepattern
/Pat3
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
8
M
8
-4
L
0
12
M
12
0
L
stroke
}
>>
matrix
makepattern
/Pat4
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-4
0
M
8
12
L
0
-4
M
12
8
L
stroke
}
>>
matrix
makepattern
/Pat5
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
8
M
4
-4
L
0
12
M
8
-4
L
4
12
M
10
0
L
stroke
}
>>
matrix
makepattern
/Pat6
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
-2
0
M
4
12
L
0
-4
M
8
12
L
4
-4
M
10
8
L
stroke
}
>>
matrix
makepattern
/Pat7
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
8
-2
M
-4
4
L
12
0
M
-4
8
L
12
4
M
0
10
L
stroke
}
>>
matrix
makepattern
/Pat8
exch
def
<<
Tile8x8
/PaintProc
{
0.5
setlinewidth
pop
0
-2
M
12
4
L
-4
0
M
12
8
L
-4
4
M
8
10
L
stroke
}
>>
matrix
makepattern
/Pat9
exch
def
/Pattern1
{
PatternBgnd
KeepColor
Pat1
setpattern
}
bind
def
/Pattern2
{
PatternBgnd
KeepColor
Pat2
setpattern
}
bind
def
/Pattern3
{
PatternBgnd
KeepColor
Pat3
setpattern
}
bind
def
/Pattern4
{
PatternBgnd
KeepColor
Landscape
{
Pat5
}
{
Pat4
}
ifelse
setpattern
}
bind
def
/Pattern5
{
PatternBgnd
KeepColor
Landscape
{
Pat4
}
{
Pat5
}
ifelse
setpattern
}
bind
def
/Pattern6
{
PatternBgnd
KeepColor
Landscape
{
Pat9
}
{
Pat6
}
ifelse
setpattern
}
bind
def
/Pattern7
{
PatternBgnd
KeepColor
Landscape
{
Pat8
}
{
Pat7
}
ifelse
setpattern
}
bind
def
}
def
%
%
%End of PostScript Level 2 code
%
/PatternBgnd
{
TransparentPatterns
{}
{
gsave
1
setgray
fill
grestore
}
ifelse
}
def
%
% Substitute for Level 2 pattern fill codes with
% grayscale if Level 2 support is not selected.
%
/Level1PatternFill
{
/Pattern1
{
0.250
Density
}
bind
def
/Pattern2
{
0.500
Density
}
bind
def
/Pattern3
{
0.750
Density
}
bind
def
/Pattern4
{
0.125
Density
}
bind
def
/Pattern5
{
0.375
Density
}
bind
def
/Pattern6
{
0.625
Density
}
bind
def
/Pattern7
{
0.875
Density
}
bind
def
}
def
%
% Now test for support of Level 2 code
%
Level1
{
Level1PatternFill
}
{
Level2PatternFill
}
ifelse
%
/Symbol-Oblique
/Symbol
findfont
[
1
0
.167
1
0
0
]
makefont
dup
length
dict
begin
{
1
index
/FID
eq
{
pop
pop
}
{
def
}
ifelse
}
forall
currentdict
end
definefont
pop
end
%%EndProlog
%%Page: 1 1
gnudict
begin
gsave
50
50
translate
0.100
0.100
scale
0
setgray
newpath
(Helvetica)
findfont
140
scalefont
setfont
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2604
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stroke
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2573
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stroke
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2604
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stroke
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2573
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stroke
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2604
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stroke
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2573
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stroke
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stroke
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2573
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stroke
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881
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2604
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stroke
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M
63
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2541
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630
881
M
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1.000
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LTb
1.000
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881
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2604
0
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stroke
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881
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2573
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stroke
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2604
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stroke
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714
2876
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2541
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2604
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2876
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2573
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714
4429
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714
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714
4872
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714
280
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1.000
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1334
280
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stroke
LTa
1458
280
M
0
4592
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stroke
LTb
1458
280
M
0
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0
4529
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0
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R
( 150)
Cshow
1.000
UL
LTb
1582
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