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edx
edx-platform
Commits
1353ae3e
Commit
1353ae3e
authored
May 13, 2013
by
Valera Rozuvan
Committed by
Vasyl Nakvasiuk
May 13, 2013
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Plain Diff
Added license information to d3 JS file and to the word cloud layout.
parent
4138c471
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common/lib/xmodule/xmodule/js/src/word_cloud/d3.layout.cloud.js
+32
-2
common/lib/xmodule/xmodule/js/src/word_cloud/d3.min.js
+32
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common/lib/xmodule/xmodule/js/src/word_cloud/d3.layout.cloud.js
View file @
1353ae3e
// Word cloud layout by Jason Davies, http://www.jasondavies.com/word-cloud/
// Algorithm due to Jonathan Feinberg, http://static.mrfeinberg.com/bv_ch03.pdf
/*
* Word cloud layout by Jason Davies
* https://github.com/jasondavies/d3-cloud
*
*
* Copyright (c) 2012, Jason Davies.
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* * Redistributions of source code must retain the above copyright notice, this
* list of conditions and the following disclaimer.
*
* * Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
*
* * The name Jason Davies may not be used to endorse or promote products
* derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS" AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL JASON DAVIES BE LIABLE FOR ANY DIRECT, INDIRECT,
* INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR
* PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF
* LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE
* OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
* ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
(
function
(
exports
)
{
function
cloud
()
{
var
size
=
[
256
,
256
],
...
...
common/lib/xmodule/xmodule/js/src/word_cloud/d3.min.js
View file @
1353ae3e
/*
* d3 - Data-Driven Documents
* https://github.com/mbostock/d3
*
*
* Copyright (c) 2013, Michael Bostock
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions are met:
*
* * Redistributions of source code must retain the above copyright notice, this
* list of conditions and the following disclaimer.
*
* * Redistributions in binary form must reproduce the above copyright notice,
* this list of conditions and the following disclaimer in the documentation
* and/or other materials provided with the distribution.
*
* * The name Michael Bostock may not be used to endorse or promote products
* derived from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
* AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL MICHAEL BOSTOCK BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING,
* BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY
* OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING
* NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE,
* EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*/
d3
=
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)}
function
Z
(
n
,
t
,
e
){
this
.
h
=
n
,
this
.
c
=
t
,
this
.
l
=
e
}
function
B
(
n
,
t
,
e
){
return
$
(
e
,
Math
.
cos
(
n
*=
Ha
)
*
t
,
Math
.
sin
(
n
)
*
t
)}
function
$
(
n
,
t
,
e
){
return
new
J
(
n
,
t
,
e
)}
function
J
(
n
,
t
,
e
){
this
.
l
=
n
,
this
.
a
=
t
,
this
.
b
=
e
}
function
G
(
n
,
t
,
e
){
var
r
=
(
n
+
16
)
/
116
,
u
=
r
+
t
/
500
,
i
=
r
-
e
/
200
;
return
u
=
W
(
u
)
*
Ya
,
r
=
W
(
r
)
*
Ua
,
i
=
W
(
i
)
*
Ia
,
tt
(
nt
(
3.2404542
*
u
-
1.5371385
*
r
-
.
4985314
*
i
),
nt
(
-
.
969266
*
u
+
1.8760108
*
r
+
.
041556
*
i
),
nt
(.
0556434
*
u
-
.
2040259
*
r
+
1.0572252
*
i
))}
function
K
(
n
,
t
,
e
){
return
X
(
Math
.
atan2
(
e
,
t
)
*
Pa
,
Math
.
sqrt
(
t
*
t
+
e
*
e
),
n
)}
function
W
(
n
){
return
n
>
.
206893034
?
n
*
n
*
n
:(
n
-
4
/
29
)
/
7.787037
}
function
Q
(
n
){
return
n
>
.
008856
?
Math
.
pow
(
n
,
1
/
3
):
7.787037
*
n
+
4
/
29
}
function
nt
(
n
){
return
Math
.
round
(
255
*
(.
00304
>=
n
?
12.92
*
n
:
1.055
*
Math
.
pow
(
n
,
1
/
2.4
)
-
.
055
))}
function
tt
(
n
,
t
,
e
){
return
new
et
(
n
,
t
,
e
)}
function
et
(
n
,
t
,
e
){
this
.
r
=
n
,
this
.
g
=
t
,
this
.
b
=
e
}
function
rt
(
n
){
return
16
>
n
?
"0"
+
Math
.
max
(
0
,
n
).
toString
(
16
):
Math
.
min
(
255
,
n
).
toString
(
16
)}
function
ut
(
n
,
t
,
e
){
var
r
,
u
,
i
,
a
=
0
,
o
=
0
,
c
=
0
;
if
(
r
=
/
([
a-z
]
+
)\((
.*
)\)
/i
.
exec
(
n
))
switch
(
u
=
r
[
2
].
split
(
","
),
r
[
1
]){
case
"hsl"
:
return
e
(
parseFloat
(
u
[
0
]),
parseFloat
(
u
[
1
])
/
100
,
parseFloat
(
u
[
2
])
/
100
);
case
"rgb"
:
return
t
(
ct
(
u
[
0
]),
ct
(
u
[
1
]),
ct
(
u
[
2
]))}
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(
i
=
Za
.
get
(
n
))?
t
(
i
.
r
,
i
.
g
,
i
.
b
):(
null
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n
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n
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charAt
(
0
)
===
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&&
(
n
.
length
===
4
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a
=
n
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charAt
(
1
),
a
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a
,
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=
n
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charAt
(
2
),
o
+=
o
,
c
=
n
.
charAt
(
3
),
c
+=
c
):
n
.
length
===
7
&&
(
a
=
n
.
substring
(
1
,
3
),
o
=
n
.
substring
(
3
,
5
),
c
=
n
.
substring
(
5
,
7
)),
a
=
parseInt
(
a
,
16
),
o
=
parseInt
(
o
,
16
),
c
=
parseInt
(
c
,
16
)),
t
(
a
,
o
,
c
))}
function
it
(
n
,
t
,
e
){
var
r
,
u
,
i
=
Math
.
min
(
n
/=
255
,
t
/=
255
,
e
/=
255
),
a
=
Math
.
max
(
n
,
t
,
e
),
o
=
a
-
i
,
c
=
(
a
+
i
)
/
2
;
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o
?(
u
=
.
5
>
c
?
o
/
(
a
+
i
):
o
/
(
2
-
a
-
i
),
r
=
n
==
a
?(
t
-
e
)
/
o
+
(
e
>
t
?
6
:
0
):
t
==
a
?(
e
-
n
)
/
o
+
2
:(
n
-
t
)
/
o
+
4
,
r
*=
60
):
u
=
r
=
0
,
F
(
r
,
u
,
c
)}
function
at
(
n
,
t
,
e
){
n
=
ot
(
n
),
t
=
ot
(
t
),
e
=
ot
(
e
);
var
r
=
Q
((.
4124564
*
n
+
.
3575761
*
t
+
.
1804375
*
e
)
/
Ya
),
u
=
Q
((.
2126729
*
n
+
.
7151522
*
t
+
.
072175
*
e
)
/
Ua
),
i
=
Q
((.
0193339
*
n
+
.
119192
*
t
+
.
9503041
*
e
)
/
Ia
);
return
$
(
116
*
u
-
16
,
500
*
(
r
-
u
),
200
*
(
u
-
i
))}
function
ot
(
n
){
return
(
n
/=
255
)
<=
.
04045
?
n
/
12.92
:
Math
.
pow
((
n
+
.
055
)
/
1.055
,
2.4
)}
function
ct
(
n
){
var
t
=
parseFloat
(
n
);
return
n
.
charAt
(
n
.
length
-
1
)
===
"%"
?
Math
.
round
(
2.55
*
t
):
t
}
function
lt
(
n
){
return
"function"
==
typeof
n
?
n
:
function
(){
return
n
}}
function
ft
(
n
){
return
n
}
function
st
(
n
){
return
n
.
length
===
1
?
function
(
t
,
e
){
n
(
null
==
t
?
e
:
null
)}:
n
}
function
ht
(
n
,
t
){
function
e
(
n
,
e
,
i
){
arguments
.
length
<
3
&&
(
i
=
e
,
e
=
null
);
var
a
=
oa
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xhr
(
n
,
t
,
i
);
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a
.
row
=
function
(
n
){
return
arguments
.
length
?
a
.
response
((
e
=
n
)
==
null
?
r
:
u
(
n
)):
e
},
a
.
row
(
e
)}
function
r
(
n
){
return
e
.
parse
(
n
.
responseText
)}
function
u
(
n
){
return
function
(
t
){
return
e
.
parse
(
t
.
responseText
,
n
)}}
function
a
(
t
){
return
t
.
map
(
o
).
join
(
n
)}
function
o
(
n
){
return
c
.
test
(
n
)?
'"'
+
n
.
replace
(
/
\"
/g
,
'""'
)
+
'"'
:
n
}
var
c
=
RegExp
(
'["'
+
n
+
"
\
n]"
),
l
=
n
.
charCodeAt
(
0
);
return
e
.
parse
=
function
(
n
,
t
){
var
r
;
return
e
.
parseRows
(
n
,
function
(
n
,
e
){
if
(
r
)
return
r
(
n
,
e
-
1
);
var
u
=
Function
(
"d"
,
"return {"
+
n
.
map
(
function
(
n
,
t
){
return
JSON
.
stringify
(
n
)
+
": d["
+
t
+
"]"
}).
join
(
","
)
+
"}"
);
r
=
t
?
function
(
n
,
e
){
return
t
(
u
(
n
),
e
)}:
u
})},
e
.
parseRows
=
function
(
n
,
t
){
function
e
(){
if
(
f
>=
c
)
return
a
;
if
(
u
)
return
u
=!
1
,
i
;
var
t
=
f
;
if
(
n
.
charCodeAt
(
t
)
===
34
){
for
(
var
e
=
t
;
e
++<
c
;)
if
(
n
.
charCodeAt
(
e
)
===
34
){
if
(
n
.
charCodeAt
(
e
+
1
)
!==
34
)
break
;
++
e
}
f
=
e
+
2
;
var
r
=
n
.
charCodeAt
(
e
+
1
);
return
13
===
r
?(
u
=!
0
,
n
.
charCodeAt
(
e
+
2
)
===
10
&&++
f
):
10
===
r
&&
(
u
=!
0
),
n
.
substring
(
t
+
1
,
e
).
replace
(
/""/g
,
'"'
)}
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(;
c
>
f
;){
var
r
=
n
.
charCodeAt
(
f
++
),
o
=
1
;
if
(
10
===
r
)
u
=!
0
;
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if
(
13
===
r
)
u
=!
0
,
n
.
charCodeAt
(
f
)
===
10
&&
(
++
f
,
++
o
);
else
if
(
r
!==
l
)
continue
;
return
n
.
substring
(
t
,
f
-
o
)}
return
n
.
substring
(
t
)}
for
(
var
r
,
u
,
i
=
{},
a
=
{},
o
=
[],
c
=
n
.
length
,
f
=
0
,
s
=
0
;(
r
=
e
())
!==
a
;){
for
(
var
h
=
[];
r
!==
i
&&
r
!==
a
;)
h
.
push
(
r
),
r
=
e
();(
!
t
||
(
h
=
t
(
h
,
s
++
)))
&&
o
.
push
(
h
)}
return
o
},
e
.
format
=
function
(
t
){
if
(
Array
.
isArray
(
t
[
0
]))
return
e
.
formatRows
(
t
);
var
r
=
new
i
,
u
=
[];
return
t
.
forEach
(
function
(
n
){
for
(
var
t
in
n
)
r
.
has
(
t
)
||
u
.
push
(
r
.
add
(
t
))}),[
u
.
map
(
o
).
join
(
n
)].
concat
(
t
.
map
(
function
(
t
){
return
u
.
map
(
function
(
n
){
return
o
(
t
[
n
])}).
join
(
n
)})).
join
(
"
\
n"
)},
e
.
formatRows
=
function
(
n
){
return
n
.
map
(
a
).
join
(
"
\
n"
)},
e
}
function
gt
(){
for
(
var
n
,
t
=
Date
.
now
(),
e
=
Ka
;
e
;)
n
=
t
-
e
.
then
,
n
>=
e
.
delay
&&
(
e
.
flush
=
e
.
callback
(
n
)),
e
=
e
.
next
;
var
r
=
pt
()
-
t
;
r
>
24
?(
isFinite
(
r
)
&&
(
clearTimeout
(
$a
),
$a
=
setTimeout
(
gt
,
r
)),
Ba
=
0
):(
Ba
=
1
,
Wa
(
gt
))}
function
pt
(){
for
(
var
n
=
null
,
t
=
Ka
,
e
=
1
/
0
;
t
;)
t
.
flush
?(
delete
Ga
[
t
.
callback
.
id
],
t
=
n
?
n
.
next
=
t
.
next
:
Ka
=
t
.
next
):(
e
=
Math
.
min
(
e
,
t
.
then
+
t
.
delay
),
t
=
(
n
=
t
).
next
);
return
e
}
function
dt
(
n
,
t
){
var
e
=
Math
.
pow
(
10
,
Math
.
abs
(
8
-
t
)
*
3
);
return
{
scale
:
t
>
8
?
function
(
n
){
return
n
/
e
}:
function
(
n
){
return
n
*
e
},
symbol
:
n
}}
function
mt
(
n
,
t
){
return
t
-
(
n
?
Math
.
ceil
(
Math
.
log
(
n
)
/
Math
.
LN10
):
1
)}
function
vt
(
n
){
return
n
+
""
}
function
yt
(
n
,
t
){
co
.
hasOwnProperty
(
n
.
type
)
&&
co
[
n
.
type
](
n
,
t
)}
function
Mt
(
n
,
t
,
e
){
var
r
,
u
=-
1
,
i
=
n
.
length
-
e
;
for
(
t
.
lineStart
();
++
u
<
i
;)
r
=
n
[
u
],
t
.
point
(
r
[
0
],
r
[
1
]);
t
.
lineEnd
()}
function
xt
(
n
,
t
){
var
e
=-
1
,
r
=
n
.
length
;
for
(
t
.
polygonStart
();
++
e
<
r
;)
Mt
(
n
[
e
],
t
,
1
);
t
.
polygonEnd
()}
function
bt
(){
function
n
(
n
,
t
){
n
*=
Ha
,
t
=
t
*
Ha
/
2
+
La
/
4
;
var
e
=
n
-
r
,
a
=
Math
.
cos
(
t
),
o
=
Math
.
sin
(
t
),
c
=
i
*
o
,
l
=
fo
,
f
=
so
,
s
=
u
*
a
+
c
*
Math
.
cos
(
e
),
h
=
c
*
Math
.
sin
(
e
);
fo
=
l
*
s
-
f
*
h
,
so
=
f
*
s
+
l
*
h
,
r
=
n
,
u
=
a
,
i
=
o
}
var
t
,
e
,
r
,
u
,
i
;
ho
.
point
=
function
(
a
,
o
){
ho
.
point
=
n
,
r
=
(
t
=
a
)
*
Ha
,
u
=
Math
.
cos
(
o
=
(
e
=
o
)
*
Ha
/
2
+
La
/
4
),
i
=
Math
.
sin
(
o
)},
ho
.
lineEnd
=
function
(){
n
(
t
,
e
)}}
function
_t
(
n
){
function
t
(
n
,
t
){
r
>
n
&&
(
r
=
n
),
n
>
i
&&
(
i
=
n
),
u
>
t
&&
(
u
=
t
),
t
>
a
&&
(
a
=
t
)}
function
e
(){
o
.
point
=
o
.
lineEnd
=
N
}
var
r
,
u
,
i
,
a
,
o
=
{
point
:
t
,
lineStart
:
N
,
lineEnd
:
N
,
polygonStart
:
function
(){
o
.
lineEnd
=
e
},
polygonEnd
:
function
(){
o
.
point
=
t
}};
return
function
(
t
){
return
a
=
i
=-
(
r
=
u
=
1
/
0
),
oa
.
geo
.
stream
(
t
,
n
(
o
)),[[
r
,
u
],[
i
,
a
]]}}
function
wt
(
n
,
t
){
if
(
!
go
){
++
po
,
n
*=
Ha
;
var
e
=
Math
.
cos
(
t
*=
Ha
);
mo
+=
(
e
*
Math
.
cos
(
n
)
-
mo
)
/
po
,
vo
+=
(
e
*
Math
.
sin
(
n
)
-
vo
)
/
po
,
yo
+=
(
Math
.
sin
(
t
)
-
yo
)
/
po
}}
function
St
(){
var
n
,
t
;
go
=
1
,
Et
(),
go
=
2
;
var
e
=
Mo
.
point
;
Mo
.
point
=
function
(
r
,
u
){
e
(
n
=
r
,
t
=
u
)},
Mo
.
lineEnd
=
function
(){
Mo
.
point
(
n
,
t
),
kt
(),
Mo
.
lineEnd
=
kt
}}
function
Et
(){
function
n
(
n
,
u
){
n
*=
Ha
;
var
i
=
Math
.
cos
(
u
*=
Ha
),
a
=
i
*
Math
.
cos
(
n
),
o
=
i
*
Math
.
sin
(
n
),
c
=
Math
.
sin
(
u
),
l
=
Math
.
atan2
(
Math
.
sqrt
((
l
=
e
*
c
-
r
*
o
)
*
l
+
(
l
=
r
*
a
-
t
*
c
)
*
l
+
(
l
=
t
*
o
-
e
*
a
)
*
l
),
t
*
a
+
e
*
o
+
r
*
c
);
po
+=
l
,
mo
+=
l
*
(
t
+
(
t
=
a
)),
vo
+=
l
*
(
e
+
(
e
=
o
)),
yo
+=
l
*
(
r
+
(
r
=
c
))}
var
t
,
e
,
r
;
go
>
1
||
(
1
>
go
&&
(
go
=
1
,
po
=
mo
=
vo
=
yo
=
0
),
Mo
.
point
=
function
(
u
,
i
){
u
*=
Ha
;
var
a
=
Math
.
cos
(
i
*=
Ha
);
t
=
a
*
Math
.
cos
(
u
),
e
=
a
*
Math
.
sin
(
u
),
r
=
Math
.
sin
(
i
),
Mo
.
point
=
n
})}
function
kt
(){
Mo
.
point
=
wt
}
function
At
(
n
){
var
t
=
n
[
0
],
e
=
n
[
1
],
r
=
Math
.
cos
(
e
);
return
[
r
*
Math
.
cos
(
t
),
r
*
Math
.
sin
(
t
),
Math
.
sin
(
e
)]}
function
qt
(
n
,
t
){
return
n
[
0
]
*
t
[
0
]
+
n
[
1
]
*
t
[
1
]
+
n
[
2
]
*
t
[
2
]}
function
Nt
(
n
,
t
){
return
[
n
[
1
]
*
t
[
2
]
-
n
[
2
]
*
t
[
1
],
n
[
2
]
*
t
[
0
]
-
n
[
0
]
*
t
[
2
],
n
[
0
]
*
t
[
1
]
-
n
[
1
]
*
t
[
0
]]}
function
Tt
(
n
,
t
){
n
[
0
]
+=
t
[
0
],
n
[
1
]
+=
t
[
1
],
n
[
2
]
+=
t
[
2
]}
function
Ct
(
n
,
t
){
return
[
n
[
0
]
*
t
,
n
[
1
]
*
t
,
n
[
2
]
*
t
]}
function
zt
(
n
){
var
t
=
Math
.
sqrt
(
n
[
0
]
*
n
[
0
]
+
n
[
1
]
*
n
[
1
]
+
n
[
2
]
*
n
[
2
]);
n
[
0
]
/=
t
,
n
[
1
]
/=
t
,
n
[
2
]
/=
t
}
function
Dt
(){
return
!
0
}
function
jt
(
n
){
return
[
Math
.
atan2
(
n
[
1
],
n
[
0
]),
Math
.
asin
(
Math
.
max
(
-
1
,
Math
.
min
(
1
,
n
[
2
])))]}
function
Lt
(
n
,
t
){
return
Math
.
abs
(
n
[
0
]
-
t
[
0
])
<
Fa
&&
Math
.
abs
(
n
[
1
]
-
t
[
1
])
<
Fa
}
function
Ft
(
n
,
t
,
e
,
r
,
u
){
var
i
=
[],
a
=
[];
if
(
n
.
forEach
(
function
(
n
){
if
(
!
((
t
=
n
.
length
-
1
)
<=
0
)){
var
t
,
e
=
n
[
0
],
r
=
n
[
t
];
if
(
Lt
(
e
,
r
)){
u
.
lineStart
();
for
(
var
o
=
0
;
t
>
o
;
++
o
)
u
.
point
((
e
=
n
[
o
])[
0
],
e
[
1
]);
return
u
.
lineEnd
(),
void
0
}
var
c
=
{
point
:
e
,
points
:
n
,
other
:
null
,
visited
:
!
1
,
entry
:
!
0
,
subject
:
!
0
},
l
=
{
point
:
e
,
points
:[
e
],
other
:
c
,
visited
:
!
1
,
entry
:
!
1
,
subject
:
!
1
};
c
.
other
=
l
,
i
.
push
(
c
),
a
.
push
(
l
),
c
=
{
point
:
r
,
points
:[
r
],
other
:
null
,
visited
:
!
1
,
entry
:
!
1
,
subject
:
!
0
},
l
=
{
point
:
r
,
points
:[
r
],
other
:
c
,
visited
:
!
1
,
entry
:
!
0
,
subject
:
!
1
},
c
.
other
=
l
,
i
.
push
(
c
),
a
.
push
(
l
)}}),
a
.
sort
(
t
),
Ht
(
i
),
Ht
(
a
),
i
.
length
){
if
(
e
)
for
(
var
o
=
1
,
c
=!
e
(
a
[
0
].
point
),
l
=
a
.
length
;
l
>
o
;
++
o
)
a
[
o
].
entry
=
c
=!
c
;
for
(
var
f
,
s
,
h
,
g
=
i
[
0
];;){
for
(
f
=
g
;
f
.
visited
;)
if
((
f
=
f
.
next
)
===
g
)
return
;
s
=
f
.
points
,
u
.
lineStart
();
do
{
if
(
f
.
visited
=
f
.
other
.
visited
=!
0
,
f
.
entry
){
if
(
f
.
subject
)
for
(
var
o
=
0
;
o
<
s
.
length
;
o
++
)
u
.
point
((
h
=
s
[
o
])[
0
],
h
[
1
]);
else
r
(
f
.
point
,
f
.
next
.
point
,
1
,
u
);
f
=
f
.
next
}
else
{
if
(
f
.
subject
){
s
=
f
.
prev
.
points
;
for
(
var
o
=
s
.
length
;
--
o
>=
0
;)
u
.
point
((
h
=
s
[
o
])[
0
],
h
[
1
])}
else
r
(
f
.
point
,
f
.
prev
.
point
,
-
1
,
u
);
f
=
f
.
prev
}
f
=
f
.
other
,
s
=
f
.
points
}
while
(
!
f
.
visited
);
u
.
lineEnd
()}}}
function
Ht
(
n
){
if
(
t
=
n
.
length
){
for
(
var
t
,
e
,
r
=
0
,
u
=
n
[
0
];
++
r
<
t
;)
u
.
next
=
e
=
n
[
r
],
e
.
prev
=
u
,
u
=
e
;
u
.
next
=
e
=
n
[
0
],
e
.
prev
=
u
}}
function
Pt
(
n
,
t
,
e
){
return
function
(
r
){
function
u
(
t
,
e
){
n
(
t
,
e
)
&&
r
.
point
(
t
,
e
)}
function
i
(
n
,
t
){
m
.
point
(
n
,
t
)}
function
a
(){
v
.
point
=
i
,
m
.
lineStart
()}
function
o
(){
v
.
point
=
u
,
m
.
lineEnd
()}
function
c
(
n
,
t
){
M
.
point
(
n
,
t
),
d
.
push
([
n
,
t
])}
function
l
(){
M
.
lineStart
(),
d
=
[]}
function
f
(){
c
(
d
[
0
][
0
],
d
[
0
][
1
]),
M
.
lineEnd
();
var
n
,
t
=
M
.
clean
(),
e
=
y
.
buffer
(),
u
=
e
.
length
;
if
(
!
u
)
return
p
=!
0
,
g
+=
Yt
(
d
,
-
1
),
d
=
null
,
void
0
;
if
(
d
=
null
,
1
&
t
){
n
=
e
[
0
],
h
+=
Yt
(
n
,
1
);
var
i
,
u
=
n
.
length
-
1
,
a
=-
1
;
for
(
r
.
lineStart
();
++
a
<
u
;)
r
.
point
((
i
=
n
[
a
])[
0
],
i
[
1
]);
return
r
.
lineEnd
(),
void
0
}
u
>
1
&&
2
&
t
&&
e
.
push
(
e
.
pop
().
concat
(
e
.
shift
())),
s
.
push
(
e
.
filter
(
Rt
))}
var
s
,
h
,
g
,
p
,
d
,
m
=
t
(
r
),
v
=
{
point
:
u
,
lineStart
:
a
,
lineEnd
:
o
,
polygonStart
:
function
(){
v
.
point
=
c
,
v
.
lineStart
=
l
,
v
.
lineEnd
=
f
,
p
=!
1
,
g
=
h
=
0
,
s
=
[],
r
.
polygonStart
()},
polygonEnd
:
function
(){
v
.
point
=
u
,
v
.
lineStart
=
a
,
v
.
lineEnd
=
o
,
s
=
oa
.
merge
(
s
),
s
.
length
?
Ft
(
s
,
Ut
,
null
,
e
,
r
):(
-
Fa
>
h
||
p
&&-
Fa
>
g
)
&&
(
r
.
lineStart
(),
e
(
null
,
null
,
1
,
r
),
r
.
lineEnd
()),
r
.
polygonEnd
(),
s
=
null
},
sphere
:
function
(){
r
.
polygonStart
(),
r
.
lineStart
(),
e
(
null
,
null
,
1
,
r
),
r
.
lineEnd
(),
r
.
polygonEnd
()}},
y
=
Ot
(),
M
=
t
(
y
);
return
v
}}
function
Rt
(
n
){
return
n
.
length
>
1
}
function
Ot
(){
var
n
,
t
=
[];
return
{
lineStart
:
function
(){
t
.
push
(
n
=
[])},
point
:
function
(
t
,
e
){
n
.
push
([
t
,
e
])},
lineEnd
:
N
,
buffer
:
function
(){
var
e
=
t
;
return
t
=
[],
n
=
null
,
e
},
rejoin
:
function
(){
t
.
length
>
1
&&
t
.
push
(
t
.
pop
().
concat
(
t
.
shift
()))}}}
function
Yt
(
n
,
t
){
if
(
!
(
e
=
n
.
length
))
return
0
;
for
(
var
e
,
r
,
u
,
i
=
0
,
a
=
0
,
o
=
n
[
0
],
c
=
o
[
0
],
l
=
o
[
1
],
f
=
Math
.
cos
(
l
),
s
=
Math
.
atan2
(
t
*
Math
.
sin
(
c
)
*
f
,
Math
.
sin
(
l
)),
h
=
1
-
t
*
Math
.
cos
(
c
)
*
f
,
g
=
s
;
++
i
<
e
;)
o
=
n
[
i
],
f
=
Math
.
cos
(
l
=
o
[
1
]),
r
=
Math
.
atan2
(
t
*
Math
.
sin
(
c
=
o
[
0
])
*
f
,
Math
.
sin
(
l
)),
u
=
1
-
t
*
Math
.
cos
(
c
)
*
f
,
Math
.
abs
(
h
-
2
)
<
Fa
&&
Math
.
abs
(
u
-
2
)
<
Fa
||
(
Math
.
abs
(
u
)
<
Fa
||
Math
.
abs
(
h
)
<
Fa
||
(
Math
.
abs
(
Math
.
abs
(
r
-
s
)
-
La
)
<
Fa
?
u
+
h
>
2
&&
(
a
+=
4
*
(
r
-
s
)):
a
+=
Math
.
abs
(
h
-
2
)
<
Fa
?
4
*
(
r
-
g
):((
3
*
La
+
r
-
s
)
%
(
2
*
La
)
-
La
)
*
(
h
+
u
)),
g
=
s
,
s
=
r
,
h
=
u
);
return
a
}
function
Ut
(
n
,
t
){
return
((
n
=
n
.
point
)[
0
]
<
0
?
n
[
1
]
-
La
/
2
-
Fa
:
La
/
2
-
n
[
1
])
-
((
t
=
t
.
point
)[
0
]
<
0
?
t
[
1
]
-
La
/
2
-
Fa
:
La
/
2
-
t
[
1
])}
function
It
(
n
){
var
t
,
e
=
0
/
0
,
r
=
0
/
0
,
u
=
0
/
0
;
return
{
lineStart
:
function
(){
n
.
lineStart
(),
t
=
1
},
point
:
function
(
i
,
a
){
var
o
=
i
>
0
?
La
:
-
La
,
c
=
Math
.
abs
(
i
-
e
);
Math
.
abs
(
c
-
La
)
<
Fa
?(
n
.
point
(
e
,
r
=
(
r
+
a
)
/
2
>
0
?
La
/
2
:
-
La
/
2
),
n
.
point
(
u
,
r
),
n
.
lineEnd
(),
n
.
lineStart
(),
n
.
point
(
o
,
r
),
n
.
point
(
i
,
r
),
t
=
0
):
u
!==
o
&&
c
>=
La
&&
(
Math
.
abs
(
e
-
u
)
<
Fa
&&
(
e
-=
u
*
Fa
),
Math
.
abs
(
i
-
o
)
<
Fa
&&
(
i
-=
o
*
Fa
),
r
=
Vt
(
e
,
r
,
i
,
a
),
n
.
point
(
u
,
r
),
n
.
lineEnd
(),
n
.
lineStart
(),
n
.
point
(
o
,
r
),
t
=
0
),
n
.
point
(
e
=
i
,
r
=
a
),
u
=
o
},
lineEnd
:
function
(){
n
.
lineEnd
(),
e
=
r
=
0
/
0
},
clean
:
function
(){
return
2
-
t
}}}
function
Vt
(
n
,
t
,
e
,
r
){
var
u
,
i
,
a
=
Math
.
sin
(
n
-
e
);
return
Math
.
abs
(
a
)
>
Fa
?
Math
.
atan
((
Math
.
sin
(
t
)
*
(
i
=
Math
.
cos
(
r
))
*
Math
.
sin
(
e
)
-
Math
.
sin
(
r
)
*
(
u
=
Math
.
cos
(
t
))
*
Math
.
sin
(
n
))
/
(
u
*
i
*
a
)):(
t
+
r
)
/
2
}
function
Xt
(
n
,
t
,
e
,
r
){
var
u
;
if
(
null
==
n
)
u
=
e
*
La
/
2
,
r
.
point
(
-
La
,
u
),
r
.
point
(
0
,
u
),
r
.
point
(
La
,
u
),
r
.
point
(
La
,
0
),
r
.
point
(
La
,
-
u
),
r
.
point
(
0
,
-
u
),
r
.
point
(
-
La
,
-
u
),
r
.
point
(
-
La
,
0
),
r
.
point
(
-
La
,
u
);
else
if
(
Math
.
abs
(
n
[
0
]
-
t
[
0
])
>
Fa
){
var
i
=
(
n
[
0
]
<
t
[
0
]?
1
:
-
1
)
*
La
;
u
=
e
*
i
/
2
,
r
.
point
(
-
i
,
u
),
r
.
point
(
0
,
u
),
r
.
point
(
i
,
u
)}
else
r
.
point
(
t
[
0
],
t
[
1
])}
function
Zt
(
n
){
function
t
(
n
,
t
){
return
Math
.
cos
(
n
)
*
Math
.
cos
(
t
)
>
i
}
function
e
(
n
){
var
e
,
i
,
c
,
l
,
f
;
return
{
lineStart
:
function
(){
l
=
c
=!
1
,
f
=
1
},
point
:
function
(
s
,
h
){
var
g
,
p
=
[
s
,
h
],
d
=
t
(
s
,
h
),
m
=
a
?
d
?
0
:
u
(
s
,
h
):
d
?
u
(
s
+
(
0
>
s
?
La
:
-
La
),
h
):
0
;
if
(
!
e
&&
(
l
=
c
=
d
)
&&
n
.
lineStart
(),
d
!==
c
&&
(
g
=
r
(
e
,
p
),(
Lt
(
e
,
g
)
||
Lt
(
p
,
g
))
&&
(
p
[
0
]
+=
Fa
,
p
[
1
]
+=
Fa
,
d
=
t
(
p
[
0
],
p
[
1
]))),
d
!==
c
)
f
=
0
,
d
?(
n
.
lineStart
(),
g
=
r
(
p
,
e
),
n
.
point
(
g
[
0
],
g
[
1
])):(
g
=
r
(
e
,
p
),
n
.
point
(
g
[
0
],
g
[
1
]),
n
.
lineEnd
()),
e
=
g
;
else
if
(
o
&&
e
&&
a
^
d
){
var
v
;
m
&
i
||!
(
v
=
r
(
p
,
e
,
!
0
))
||
(
f
=
0
,
a
?(
n
.
lineStart
(),
n
.
point
(
v
[
0
][
0
],
v
[
0
][
1
]),
n
.
point
(
v
[
1
][
0
],
v
[
1
][
1
]),
n
.
lineEnd
()):(
n
.
point
(
v
[
1
][
0
],
v
[
1
][
1
]),
n
.
lineEnd
(),
n
.
lineStart
(),
n
.
point
(
v
[
0
][
0
],
v
[
0
][
1
])))}
!
d
||
e
&&
Lt
(
e
,
p
)
||
n
.
point
(
p
[
0
],
p
[
1
]),
e
=
p
,
c
=
d
,
i
=
m
},
lineEnd
:
function
(){
c
&&
n
.
lineEnd
(),
e
=
null
},
clean
:
function
(){
return
f
|
(
l
&&
c
)
<<
1
}}}
function
r
(
n
,
t
,
e
){
var
r
=
At
(
n
),
u
=
At
(
t
),
a
=
[
1
,
0
,
0
],
o
=
Nt
(
r
,
u
),
c
=
qt
(
o
,
o
),
l
=
o
[
0
],
f
=
c
-
l
*
l
;
if
(
!
f
)
return
!
e
&&
n
;
var
s
=
i
*
c
/
f
,
h
=-
i
*
l
/
f
,
g
=
Nt
(
a
,
o
),
p
=
Ct
(
a
,
s
),
d
=
Ct
(
o
,
h
);
Tt
(
p
,
d
);
var
m
=
g
,
v
=
qt
(
p
,
m
),
y
=
qt
(
m
,
m
),
M
=
v
*
v
-
y
*
(
qt
(
p
,
p
)
-
1
);
if
(
!
(
0
>
M
)){
var
x
=
Math
.
sqrt
(
M
),
b
=
Ct
(
m
,(
-
v
-
x
)
/
y
);
if
(
Tt
(
b
,
p
),
b
=
jt
(
b
),
!
e
)
return
b
;
var
_
,
w
=
n
[
0
],
S
=
t
[
0
],
E
=
n
[
1
],
k
=
t
[
1
];
w
>
S
&&
(
_
=
w
,
w
=
S
,
S
=
_
);
var
A
=
S
-
w
,
q
=
Math
.
abs
(
A
-
La
)
<
Fa
,
N
=
q
||
Fa
>
A
;
if
(
!
q
&&
E
>
k
&&
(
_
=
E
,
E
=
k
,
k
=
_
),
N
?
q
?
E
+
k
>
0
^
b
[
1
]
<
(
Math
.
abs
(
b
[
0
]
-
w
)
<
Fa
?
E
:
k
):
E
<=
b
[
1
]
&&
b
[
1
]
<=
k
:
A
>
La
^
(
w
<=
b
[
0
]
&&
b
[
0
]
<=
S
)){
var
T
=
Ct
(
m
,(
-
v
+
x
)
/
y
);
return
Tt
(
T
,
p
),[
b
,
jt
(
T
)]}}}
function
u
(
t
,
e
){
var
r
=
a
?
n
:
La
-
n
,
u
=
0
;
return
-
r
>
t
?
u
|=
1
:
t
>
r
&&
(
u
|=
2
),
-
r
>
e
?
u
|=
4
:
e
>
r
&&
(
u
|=
8
),
u
}
var
i
=
Math
.
cos
(
n
),
a
=
i
>
0
,
o
=
Math
.
abs
(
i
)
>
Fa
,
c
=
ie
(
n
,
6
*
Ha
);
return
Pt
(
t
,
e
,
c
)}
function
Bt
(
n
,
t
,
e
,
r
){
function
u
(
r
,
u
){
return
Math
.
abs
(
r
[
0
]
-
n
)
<
Fa
?
u
>
0
?
0
:
3
:
Math
.
abs
(
r
[
0
]
-
e
)
<
Fa
?
u
>
0
?
2
:
1
:
Math
.
abs
(
r
[
1
]
-
t
)
<
Fa
?
u
>
0
?
1
:
0
:
u
>
0
?
3
:
2
}
function
i
(
n
,
t
){
return
a
(
n
.
point
,
t
.
point
)}
function
a
(
n
,
t
){
var
e
=
u
(
n
,
1
),
r
=
u
(
t
,
1
);
return
e
!==
r
?
e
-
r
:
0
===
e
?
t
[
1
]
-
n
[
1
]:
1
===
e
?
n
[
0
]
-
t
[
0
]:
2
===
e
?
n
[
1
]
-
t
[
1
]:
t
[
0
]
-
n
[
0
]}
function
o
(
u
,
i
){
var
a
=
i
[
0
]
-
u
[
0
],
o
=
i
[
1
]
-
u
[
1
],
c
=
[
0
,
1
];
return
Math
.
abs
(
a
)
<
Fa
&&
Math
.
abs
(
o
)
<
Fa
?
n
<=
u
[
0
]
&&
u
[
0
]
<=
e
&&
t
<=
u
[
1
]
&&
u
[
1
]
<=
r
:
$t
(
n
-
u
[
0
],
a
,
c
)
&&
$t
(
u
[
0
]
-
e
,
-
a
,
c
)
&&
$t
(
t
-
u
[
1
],
o
,
c
)
&&
$t
(
u
[
1
]
-
r
,
-
o
,
c
)?(
c
[
1
]
<
1
&&
(
i
[
0
]
=
u
[
0
]
+
c
[
1
]
*
a
,
i
[
1
]
=
u
[
1
]
+
c
[
1
]
*
o
),
c
[
0
]
>
0
&&
(
u
[
0
]
+=
c
[
0
]
*
a
,
u
[
1
]
+=
c
[
0
]
*
o
),
!
0
):
!
1
}
return
function
(
c
){
function
l
(
i
){
var
a
=
u
(
i
,
-
1
),
o
=
f
([
0
===
a
||
3
===
a
?
n
:
e
,
a
>
1
?
r
:
t
]);
return
o
}
function
f
(
n
){
for
(
var
t
=
0
,
e
=
M
.
length
,
r
=
n
[
1
],
u
=
0
;
e
>
u
;
++
u
)
for
(
var
i
=
1
,
a
=
M
[
u
],
o
=
a
.
length
,
c
=
a
[
0
];
o
>
i
;
++
i
)
b
=
a
[
i
],
c
[
1
]
<=
r
?
b
[
1
]
>
r
&&
s
(
c
,
b
,
n
)
>
0
&&++
t
:
b
[
1
]
<=
r
&&
s
(
c
,
b
,
n
)
<
0
&&--
t
,
c
=
b
;
return
0
!==
t
}
function
s
(
n
,
t
,
e
){
return
(
t
[
0
]
-
n
[
0
])
*
(
e
[
1
]
-
n
[
1
])
-
(
e
[
0
]
-
n
[
0
])
*
(
t
[
1
]
-
n
[
1
])}
function
h
(
i
,
o
,
c
,
l
){
var
f
=
0
,
s
=
0
;
if
(
null
==
i
||
(
f
=
u
(
i
,
c
))
!==
(
s
=
u
(
o
,
c
))
||
a
(
i
,
o
)
<
0
^
c
>
0
){
do
l
.
point
(
0
===
f
||
3
===
f
?
n
:
e
,
f
>
1
?
r
:
t
);
while
((
f
=
(
f
+
c
+
4
)
%
4
)
!==
s
)}
else
l
.
point
(
o
[
0
],
o
[
1
])}
function
g
(
u
,
i
){
return
u
>=
n
&&
e
>=
u
&&
i
>=
t
&&
r
>=
i
}
function
p
(
n
,
t
){
g
(
n
,
t
)
&&
c
.
point
(
n
,
t
)}
function
d
(){
C
.
point
=
v
,
M
&&
M
.
push
(
x
=
[]),
q
=!
0
,
A
=!
1
,
E
=
k
=
0
/
0
}
function
m
(){
y
&&
(
v
(
_
,
w
),
S
&&
A
&&
T
.
rejoin
(),
y
.
push
(
T
.
buffer
())),
C
.
point
=
p
,
A
&&
c
.
lineEnd
()}
function
v
(
n
,
t
){
n
=
Math
.
max
(
-
bo
,
Math
.
min
(
bo
,
n
)),
t
=
Math
.
max
(
-
bo
,
Math
.
min
(
bo
,
t
));
var
e
=
g
(
n
,
t
);
if
(
M
&&
x
.
push
([
n
,
t
]),
q
)
_
=
n
,
w
=
t
,
S
=
e
,
q
=!
1
,
e
&&
(
c
.
lineStart
(),
c
.
point
(
n
,
t
));
else
if
(
e
&&
A
)
c
.
point
(
n
,
t
);
else
{
var
r
=
[
E
,
k
],
u
=
[
n
,
t
];
o
(
r
,
u
)?(
A
||
(
c
.
lineStart
(),
c
.
point
(
r
[
0
],
r
[
1
])),
c
.
point
(
u
[
0
],
u
[
1
]),
e
||
c
.
lineEnd
()):(
c
.
lineStart
(),
c
.
point
(
n
,
t
))}
E
=
n
,
k
=
t
,
A
=
e
}
var
y
,
M
,
x
,
_
,
w
,
S
,
E
,
k
,
A
,
q
,
N
=
c
,
T
=
Ot
(),
C
=
{
point
:
p
,
lineStart
:
d
,
lineEnd
:
m
,
polygonStart
:
function
(){
c
=
T
,
y
=
[],
M
=
[]},
polygonEnd
:
function
(){
c
=
N
,(
y
=
oa
.
merge
(
y
)).
length
?(
c
.
polygonStart
(),
Ft
(
y
,
i
,
l
,
h
,
c
),
c
.
polygonEnd
()):
f
([
n
,
t
])
&&
(
c
.
polygonStart
(),
c
.
lineStart
(),
h
(
null
,
null
,
1
,
c
),
c
.
lineEnd
(),
c
.
polygonEnd
()),
y
=
M
=
x
=
null
}};
return
C
}}
function
$t
(
n
,
t
,
e
){
if
(
Math
.
abs
(
t
)
<
Fa
)
return
0
>=
n
;
var
r
=
n
/
t
;
if
(
t
>
0
){
if
(
r
>
e
[
1
])
return
!
1
;
r
>
e
[
0
]
&&
(
e
[
0
]
=
r
)}
else
{
if
(
r
<
e
[
0
])
return
!
1
;
r
<
e
[
1
]
&&
(
e
[
1
]
=
r
)}
return
!
0
}
function
Jt
(
n
,
t
){
function
e
(
e
,
r
){
return
e
=
n
(
e
,
r
),
t
(
e
[
0
],
e
[
1
])}
return
n
.
invert
&&
t
.
invert
&&
(
e
.
invert
=
function
(
e
,
r
){
return
e
=
t
.
invert
(
e
,
r
),
e
&&
n
.
invert
(
e
[
0
],
e
[
1
])}),
e
}
function
Gt
(
n
){
function
t
(
t
){
function
r
(
e
,
r
){
e
=
n
(
e
,
r
),
t
.
point
(
e
[
0
],
e
[
1
])}
function
i
(){
f
=
0
/
0
,
d
.
point
=
a
,
t
.
lineStart
()}
function
a
(
r
,
i
){
var
a
=
At
([
r
,
i
]),
o
=
n
(
r
,
i
);
e
(
f
,
s
,
l
,
h
,
g
,
p
,
f
=
o
[
0
],
s
=
o
[
1
],
l
=
r
,
h
=
a
[
0
],
g
=
a
[
1
],
p
=
a
[
2
],
u
,
t
),
t
.
point
(
f
,
s
)}
function
o
(){
d
.
point
=
r
,
t
.
lineEnd
()}
function
c
(){
var
n
,
r
,
c
,
m
,
v
,
y
,
M
;
i
(),
d
.
point
=
function
(
t
,
e
){
a
(
n
=
t
,
r
=
e
),
c
=
f
,
m
=
s
,
v
=
h
,
y
=
g
,
M
=
p
,
d
.
point
=
a
},
d
.
lineEnd
=
function
(){
e
(
f
,
s
,
l
,
h
,
g
,
p
,
c
,
m
,
n
,
v
,
y
,
M
,
u
,
t
),
d
.
lineEnd
=
o
,
o
()}}
var
l
,
f
,
s
,
h
,
g
,
p
,
d
=
{
point
:
r
,
lineStart
:
i
,
lineEnd
:
o
,
polygonStart
:
function
(){
t
.
polygonStart
(),
d
.
lineStart
=
c
},
polygonEnd
:
function
(){
t
.
polygonEnd
(),
d
.
lineStart
=
i
}};
return
d
}
function
e
(
t
,
u
,
i
,
a
,
o
,
c
,
l
,
f
,
s
,
h
,
g
,
p
,
d
,
m
){
var
v
=
l
-
t
,
y
=
f
-
u
,
M
=
v
*
v
+
y
*
y
;
if
(
M
>
4
*
r
&&
d
--
){
var
x
=
a
+
h
,
b
=
o
+
g
,
_
=
c
+
p
,
w
=
Math
.
sqrt
(
x
*
x
+
b
*
b
+
_
*
_
),
S
=
Math
.
asin
(
_
/=
w
),
E
=
Math
.
abs
(
Math
.
abs
(
_
)
-
1
)
<
Fa
?(
i
+
s
)
/
2
:
Math
.
atan2
(
b
,
x
),
k
=
n
(
E
,
S
),
A
=
k
[
0
],
q
=
k
[
1
],
N
=
A
-
t
,
T
=
q
-
u
,
C
=
y
*
N
-
v
*
T
;(
C
*
C
/
M
>
r
||
Math
.
abs
((
v
*
N
+
y
*
T
)
/
M
-
.
5
)
>
.
3
)
&&
(
e
(
t
,
u
,
i
,
a
,
o
,
c
,
A
,
q
,
E
,
x
/=
w
,
b
/=
w
,
_
,
d
,
m
),
m
.
point
(
A
,
q
),
e
(
A
,
q
,
E
,
x
,
b
,
_
,
l
,
f
,
s
,
h
,
g
,
p
,
d
,
m
))}}
var
r
=
.
5
,
u
=
16
;
return
t
.
precision
=
function
(
n
){
return
arguments
.
length
?(
u
=
(
r
=
n
*
n
)
>
0
&&
16
,
t
):
Math
.
sqrt
(
r
)},
t
}
function
Kt
(
n
){
return
Wt
(
function
(){
return
n
})()}
function
Wt
(
n
){
function
t
(
n
){
return
n
=
a
(
n
[
0
]
*
Ha
,
n
[
1
]
*
Ha
),[
n
[
0
]
*
f
+
o
,
c
-
n
[
1
]
*
f
]}
function
e
(
n
){
return
n
=
a
.
invert
((
n
[
0
]
-
o
)
/
f
,(
c
-
n
[
1
])
/
f
),
n
&&
[
n
[
0
]
*
Pa
,
n
[
1
]
*
Pa
]}
function
r
(){
a
=
Jt
(
i
=
te
(
d
,
m
,
v
),
u
);
var
n
=
u
(
g
,
p
);
return
o
=
s
-
n
[
0
]
*
f
,
c
=
h
+
n
[
1
]
*
f
,
t
}
var
u
,
i
,
a
,
o
,
c
,
l
=
Gt
(
function
(
n
,
t
){
return
n
=
u
(
n
,
t
),[
n
[
0
]
*
f
+
o
,
c
-
n
[
1
]
*
f
]}),
f
=
150
,
s
=
480
,
h
=
250
,
g
=
0
,
p
=
0
,
d
=
0
,
m
=
0
,
v
=
0
,
y
=
xo
,
M
=
ft
,
x
=
null
,
b
=
null
;
return
t
.
stream
=
function
(
n
){
return
Qt
(
i
,
y
(
l
(
M
(
n
))))},
t
.
clipAngle
=
function
(
n
){
return
arguments
.
length
?(
y
=
null
==
n
?(
x
=
n
,
xo
):
Zt
((
x
=+
n
)
*
Ha
),
t
):
x
},
t
.
clipExtent
=
function
(
n
){
return
arguments
.
length
?(
b
=
n
,
M
=
null
==
n
?
ft
:
Bt
(
n
[
0
][
0
],
n
[
0
][
1
],
n
[
1
][
0
],
n
[
1
][
1
]),
t
):
b
},
t
.
scale
=
function
(
n
){
return
arguments
.
length
?(
f
=+
n
,
r
()):
f
},
t
.
translate
=
function
(
n
){
return
arguments
.
length
?(
s
=+
n
[
0
],
h
=+
n
[
1
],
r
()):[
s
,
h
]},
t
.
center
=
function
(
n
){
return
arguments
.
length
?(
g
=
n
[
0
]
%
360
*
Ha
,
p
=
n
[
1
]
%
360
*
Ha
,
r
()):[
g
*
Pa
,
p
*
Pa
]},
t
.
rotate
=
function
(
n
){
return
arguments
.
length
?(
d
=
n
[
0
]
%
360
*
Ha
,
m
=
n
[
1
]
%
360
*
Ha
,
v
=
n
.
length
>
2
?
n
[
2
]
%
360
*
Ha
:
0
,
r
()):[
d
*
Pa
,
m
*
Pa
,
v
*
Pa
]},
oa
.
rebind
(
t
,
l
,
"precision"
),
function
(){
return
u
=
n
.
apply
(
this
,
arguments
),
t
.
invert
=
u
.
invert
&&
e
,
r
()}}
function
Qt
(
n
,
t
){
return
{
point
:
function
(
e
,
r
){
r
=
n
(
e
*
Ha
,
r
*
Ha
),
e
=
r
[
0
],
t
.
point
(
e
>
La
?
e
-
2
*
La
:
-
La
>
e
?
e
+
2
*
La
:
e
,
r
[
1
])},
sphere
:
function
(){
t
.
sphere
()},
lineStart
:
function
(){
t
.
lineStart
()},
lineEnd
:
function
(){
t
.
lineEnd
()},
polygonStart
:
function
(){
t
.
polygonStart
()},
polygonEnd
:
function
(){
t
.
polygonEnd
()}}}
function
ne
(
n
,
t
){
return
[
n
,
t
]}
function
te
(
n
,
t
,
e
){
return
n
?
t
||
e
?
Jt
(
re
(
n
),
ue
(
t
,
e
)):
re
(
n
):
t
||
e
?
ue
(
t
,
e
):
ne
}
function
ee
(
n
){
return
function
(
t
,
e
){
return
t
+=
n
,[
t
>
La
?
t
-
2
*
La
:
-
La
>
t
?
t
+
2
*
La
:
t
,
e
]}}
function
re
(
n
){
var
t
=
ee
(
n
);
return
t
.
invert
=
ee
(
-
n
),
t
}
function
ue
(
n
,
t
){
function
e
(
n
,
t
){
var
e
=
Math
.
cos
(
t
),
o
=
Math
.
cos
(
n
)
*
e
,
c
=
Math
.
sin
(
n
)
*
e
,
l
=
Math
.
sin
(
t
),
f
=
l
*
r
+
o
*
u
;
return
[
Math
.
atan2
(
c
*
i
-
f
*
a
,
o
*
r
-
l
*
u
),
Math
.
asin
(
Math
.
max
(
-
1
,
Math
.
min
(
1
,
f
*
i
+
c
*
a
)))]}
var
r
=
Math
.
cos
(
n
),
u
=
Math
.
sin
(
n
),
i
=
Math
.
cos
(
t
),
a
=
Math
.
sin
(
t
);
return
e
.
invert
=
function
(
n
,
t
){
var
e
=
Math
.
cos
(
t
),
o
=
Math
.
cos
(
n
)
*
e
,
c
=
Math
.
sin
(
n
)
*
e
,
l
=
Math
.
sin
(
t
),
f
=
l
*
i
-
c
*
a
;
return
[
Math
.
atan2
(
c
*
i
+
l
*
a
,
o
*
r
+
f
*
u
),
Math
.
asin
(
Math
.
max
(
-
1
,
Math
.
min
(
1
,
f
*
r
-
o
*
u
)))]},
e
}
function
ie
(
n
,
t
){
var
e
=
Math
.
cos
(
n
),
r
=
Math
.
sin
(
n
);
return
function
(
u
,
i
,
a
,
o
){
null
!=
u
?(
u
=
ae
(
e
,
u
),
i
=
ae
(
e
,
i
),(
a
>
0
?
i
>
u
:
u
>
i
)
&&
(
u
+=
2
*
a
*
La
)):(
u
=
n
+
2
*
a
*
La
,
i
=
n
);
for
(
var
c
,
l
=
a
*
t
,
f
=
u
;
a
>
0
?
f
>
i
:
i
>
f
;
f
-=
l
)
o
.
point
((
c
=
jt
([
e
,
-
r
*
Math
.
cos
(
f
),
-
r
*
Math
.
sin
(
f
)]))[
0
],
c
[
1
])}}
function
ae
(
n
,
t
){
var
e
=
At
(
t
);
e
[
0
]
-=
n
,
zt
(
e
);
var
r
=
O
(
-
e
[
1
]);
return
((
-
e
[
2
]
<
0
?
-
r
:
r
)
+
2
*
Math
.
PI
-
Fa
)
%
(
2
*
Math
.
PI
)}
function
oe
(
n
,
t
,
e
){
var
r
=
oa
.
range
(
n
,
t
-
Fa
,
e
).
concat
(
t
);
return
function
(
n
){
return
r
.
map
(
function
(
t
){
return
[
n
,
t
]})}}
function
ce
(
n
,
t
,
e
){
var
r
=
oa
.
range
(
n
,
t
-
Fa
,
e
).
concat
(
t
);
return
function
(
n
){
return
r
.
map
(
function
(
t
){
return
[
t
,
n
]})}}
function
le
(
n
){
return
n
.
source
}
function
fe
(
n
){
return
n
.
target
}
function
se
(
n
,
t
,
e
,
r
){
var
u
=
Math
.
cos
(
t
),
i
=
Math
.
sin
(
t
),
a
=
Math
.
cos
(
r
),
o
=
Math
.
sin
(
r
),
c
=
u
*
Math
.
cos
(
n
),
l
=
u
*
Math
.
sin
(
n
),
f
=
a
*
Math
.
cos
(
e
),
s
=
a
*
Math
.
sin
(
e
),
h
=
2
*
Math
.
asin
(
Math
.
sqrt
(
V
(
r
-
t
)
+
u
*
a
*
V
(
e
-
n
))),
g
=
1
/
Math
.
sin
(
h
),
p
=
h
?
function
(
n
){
var
t
=
Math
.
sin
(
n
*=
h
)
*
g
,
e
=
Math
.
sin
(
h
-
n
)
*
g
,
r
=
e
*
c
+
t
*
f
,
u
=
e
*
l
+
t
*
s
,
a
=
e
*
i
+
t
*
o
;
return
[
Math
.
atan2
(
u
,
r
)
*
Pa
,
Math
.
atan2
(
a
,
Math
.
sqrt
(
r
*
r
+
u
*
u
))
*
Pa
]}:
function
(){
return
[
n
*
Pa
,
t
*
Pa
]};
return
p
.
distance
=
h
,
p
}
function
he
(){
function
n
(
n
,
u
){
var
i
=
Math
.
sin
(
u
*=
Ha
),
a
=
Math
.
cos
(
u
),
o
=
Math
.
abs
((
n
*=
Ha
)
-
t
),
c
=
Math
.
cos
(
o
);
_o
+=
Math
.
atan2
(
Math
.
sqrt
((
o
=
a
*
Math
.
sin
(
o
))
*
o
+
(
o
=
r
*
i
-
e
*
a
*
c
)
*
o
),
e
*
i
+
r
*
a
*
c
),
t
=
n
,
e
=
i
,
r
=
a
}
var
t
,
e
,
r
;
wo
.
point
=
function
(
u
,
i
){
t
=
u
*
Ha
,
e
=
Math
.
sin
(
i
*=
Ha
),
r
=
Math
.
cos
(
i
),
wo
.
point
=
n
},
wo
.
lineEnd
=
function
(){
wo
.
point
=
wo
.
lineEnd
=
N
}}
function
ge
(
n
){
var
t
=
0
,
e
=
La
/
3
,
r
=
Wt
(
n
),
u
=
r
(
t
,
e
);
return
u
.
parallels
=
function
(
n
){
return
arguments
.
length
?
r
(
t
=
n
[
0
]
*
La
/
180
,
e
=
n
[
1
]
*
La
/
180
):[
180
*
(
t
/
La
),
180
*
(
e
/
La
)]},
u
}
function
pe
(
n
,
t
){
function
e
(
n
,
t
){
var
e
=
Math
.
sqrt
(
i
-
2
*
u
*
Math
.
sin
(
t
))
/
u
;
return
[
e
*
Math
.
sin
(
n
*=
u
),
a
-
e
*
Math
.
cos
(
n
)]}
var
r
=
Math
.
sin
(
n
),
u
=
(
r
+
Math
.
sin
(
t
))
/
2
,
i
=
1
+
r
*
(
2
*
u
-
r
),
a
=
Math
.
sqrt
(
i
)
/
u
;
return
e
.
invert
=
function
(
n
,
t
){
var
e
=
a
-
t
;
return
[
Math
.
atan2
(
n
,
e
)
/
u
,
Math
.
asin
((
i
-
(
n
*
n
+
e
*
e
)
*
u
*
u
)
/
(
2
*
u
))]},
e
}
function
de
(
n
,
t
){
var
e
=
n
(
t
[
0
]),
r
=
n
([.
5
*
(
t
[
0
][
0
]
+
t
[
1
][
0
]),
t
[
0
][
1
]]),
u
=
n
([
t
[
1
][
0
],
t
[
0
][
1
]]),
i
=
n
(
t
[
1
]),
a
=
r
[
1
]
-
e
[
1
],
o
=
r
[
0
]
-
e
[
0
],
c
=
u
[
1
]
-
r
[
1
],
l
=
u
[
0
]
-
r
[
0
],
f
=
a
/
o
,
s
=
c
/
l
,
h
=
.
5
*
(
f
*
s
*
(
e
[
1
]
-
u
[
1
])
+
s
*
(
e
[
0
]
+
r
[
0
])
-
f
*
(
r
[
0
]
+
u
[
0
]))
/
(
s
-
f
),
g
=
(.
5
*
(
e
[
0
]
+
r
[
0
])
-
h
)
/
f
+
.
5
*
(
e
[
1
]
+
r
[
1
]),
p
=
i
[
0
]
-
h
,
d
=
i
[
1
]
-
g
,
m
=
e
[
0
]
-
h
,
v
=
e
[
1
]
-
g
,
y
=
p
*
p
+
d
*
d
,
M
=
m
*
m
+
v
*
v
,
x
=
Math
.
atan2
(
d
,
p
),
b
=
Math
.
atan2
(
v
,
m
);
return
function
(
t
){
var
e
=
t
[
0
]
-
h
,
r
=
t
[
1
]
-
g
,
u
=
e
*
e
+
r
*
r
,
i
=
Math
.
atan2
(
r
,
e
);
return
u
>
y
&&
M
>
u
&&
i
>
x
&&
b
>
i
?
n
.
invert
(
t
):
void
0
}}
function
me
(){
function
n
(
n
,
t
){
Eo
+=
u
*
n
-
r
*
t
,
r
=
n
,
u
=
t
}
var
t
,
e
,
r
,
u
;
ko
.
point
=
function
(
i
,
a
){
ko
.
point
=
n
,
t
=
r
=
i
,
e
=
u
=
a
},
ko
.
lineEnd
=
function
(){
n
(
t
,
e
)}}
function
ve
(){
function
n
(
n
,
t
){
a
.
push
(
"M"
,
n
,
","
,
t
,
i
)}
function
t
(
n
,
t
){
a
.
push
(
"M"
,
n
,
","
,
t
),
o
.
point
=
e
}
function
e
(
n
,
t
){
a
.
push
(
"L"
,
n
,
","
,
t
)}
function
r
(){
o
.
point
=
n
}
function
u
(){
a
.
push
(
"Z"
)}
var
i
=
we
(
4.5
),
a
=
[],
o
=
{
point
:
n
,
lineStart
:
function
(){
o
.
point
=
t
},
lineEnd
:
r
,
polygonStart
:
function
(){
o
.
lineEnd
=
u
},
polygonEnd
:
function
(){
o
.
lineEnd
=
r
,
o
.
point
=
n
},
pointRadius
:
function
(
n
){
return
i
=
we
(
n
),
o
},
result
:
function
(){
if
(
a
.
length
){
var
n
=
a
.
join
(
""
);
return
a
=
[],
n
}}};
return
o
}
function
ye
(
n
,
t
){
go
||
(
mo
+=
n
,
vo
+=
t
,
++
yo
)}
function
Me
(){
function
n
(
n
,
r
){
var
u
=
n
-
t
,
i
=
r
-
e
,
a
=
Math
.
sqrt
(
u
*
u
+
i
*
i
);
mo
+=
a
*
(
t
+
n
)
/
2
,
vo
+=
a
*
(
e
+
r
)
/
2
,
yo
+=
a
,
t
=
n
,
e
=
r
}
var
t
,
e
;
if
(
1
!==
go
){
if
(
!
(
1
>
go
))
return
;
go
=
1
,
mo
=
vo
=
yo
=
0
}
Ao
.
point
=
function
(
r
,
u
){
Ao
.
point
=
n
,
t
=
r
,
e
=
u
}}
function
xe
(){
Ao
.
point
=
ye
}
function
be
(){
function
n
(
n
,
t
){
var
e
=
u
*
n
-
r
*
t
;
mo
+=
e
*
(
r
+
n
),
vo
+=
e
*
(
u
+
t
),
yo
+=
3
*
e
,
r
=
n
,
u
=
t
}
var
t
,
e
,
r
,
u
;
2
>
go
&&
(
go
=
2
,
mo
=
vo
=
yo
=
0
),
Ao
.
point
=
function
(
i
,
a
){
Ao
.
point
=
n
,
t
=
r
=
i
,
e
=
u
=
a
},
Ao
.
lineEnd
=
function
(){
n
(
t
,
e
)}}
function
_e
(
n
){
function
t
(
t
,
e
){
n
.
moveTo
(
t
,
e
),
n
.
arc
(
t
,
e
,
a
,
0
,
2
*
La
)}
function
e
(
t
,
e
){
n
.
moveTo
(
t
,
e
),
o
.
point
=
r
}
function
r
(
t
,
e
){
n
.
lineTo
(
t
,
e
)}
function
u
(){
o
.
point
=
t
}
function
i
(){
n
.
closePath
()}
var
a
=
4.5
,
o
=
{
point
:
t
,
lineStart
:
function
(){
o
.
point
=
e
},
lineEnd
:
u
,
polygonStart
:
function
(){
o
.
lineEnd
=
i
},
polygonEnd
:
function
(){
o
.
lineEnd
=
u
,
o
.
point
=
t
},
pointRadius
:
function
(
n
){
return
a
=
n
,
o
},
result
:
N
};
return
o
}
function
we
(
n
){
return
"m0,"
+
n
+
"a"
+
n
+
","
+
n
+
" 0 1,1 0,"
+-
2
*
n
+
"a"
+
n
+
","
+
n
+
" 0 1,1 0,"
+
2
*
n
+
"z"
}
function
Se
(
n
){
var
t
=
Gt
(
function
(
t
,
e
){
return
n
([
t
*
Pa
,
e
*
Pa
])});
return
function
(
n
){
return
n
=
t
(
n
),{
point
:
function
(
t
,
e
){
n
.
point
(
t
*
Ha
,
e
*
Ha
)},
sphere
:
function
(){
n
.
sphere
()},
lineStart
:
function
(){
n
.
lineStart
()},
lineEnd
:
function
(){
n
.
lineEnd
()},
polygonStart
:
function
(){
n
.
polygonStart
()},
polygonEnd
:
function
(){
n
.
polygonEnd
()}}}}
function
Ee
(
n
,
t
){
function
e
(
t
,
e
){
var
r
=
Math
.
cos
(
t
),
u
=
Math
.
cos
(
e
),
i
=
n
(
r
*
u
);
return
[
i
*
u
*
Math
.
sin
(
t
),
i
*
Math
.
sin
(
e
)]}
return
e
.
invert
=
function
(
n
,
e
){
var
r
=
Math
.
sqrt
(
n
*
n
+
e
*
e
),
u
=
t
(
r
),
i
=
Math
.
sin
(
u
),
a
=
Math
.
cos
(
u
);
return
[
Math
.
atan2
(
n
*
i
,
r
*
a
),
Math
.
asin
(
r
&&
e
*
i
/
r
)]},
e
}
function
ke
(
n
,
t
){
function
e
(
n
,
t
){
var
e
=
Math
.
abs
(
Math
.
abs
(
t
)
-
La
/
2
)
<
Fa
?
0
:
a
/
Math
.
pow
(
u
(
t
),
i
);
return
[
e
*
Math
.
sin
(
i
*
n
),
a
-
e
*
Math
.
cos
(
i
*
n
)]}
var
r
=
Math
.
cos
(
n
),
u
=
function
(
n
){
return
Math
.
tan
(
La
/
4
+
n
/
2
)},
i
=
n
===
t
?
Math
.
sin
(
n
):
Math
.
log
(
r
/
Math
.
cos
(
t
))
/
Math
.
log
(
u
(
t
)
/
u
(
n
)),
a
=
r
*
Math
.
pow
(
u
(
n
),
i
)
/
i
;
return
i
?(
e
.
invert
=
function
(
n
,
t
){
var
e
=
a
-
t
,
r
=
R
(
i
)
*
Math
.
sqrt
(
n
*
n
+
e
*
e
);
return
[
Math
.
atan2
(
n
,
e
)
/
i
,
2
*
Math
.
atan
(
Math
.
pow
(
a
/
r
,
1
/
i
))
-
La
/
2
]},
e
):
qe
}
function
Ae
(
n
,
t
){
function
e
(
n
,
t
){
var
e
=
i
-
t
;
return
[
e
*
Math
.
sin
(
u
*
n
),
i
-
e
*
Math
.
cos
(
u
*
n
)]}
var
r
=
Math
.
cos
(
n
),
u
=
n
===
t
?
Math
.
sin
(
n
):(
r
-
Math
.
cos
(
t
))
/
(
t
-
n
),
i
=
r
/
u
+
n
;
return
Math
.
abs
(
u
)
<
Fa
?
ne
:(
e
.
invert
=
function
(
n
,
t
){
var
e
=
i
-
t
;
return
[
Math
.
atan2
(
n
,
e
)
/
u
,
i
-
R
(
u
)
*
Math
.
sqrt
(
n
*
n
+
e
*
e
)]},
e
)}
function
qe
(
n
,
t
){
return
[
n
,
Math
.
log
(
Math
.
tan
(
La
/
4
+
t
/
2
))]}
function
Ne
(
n
){
var
t
,
e
=
Kt
(
n
),
r
=
e
.
scale
,
u
=
e
.
translate
,
i
=
e
.
clipExtent
;
return
e
.
scale
=
function
(){
var
n
=
r
.
apply
(
e
,
arguments
);
return
n
===
e
?
t
?
e
.
clipExtent
(
null
):
e
:
n
},
e
.
translate
=
function
(){
var
n
=
u
.
apply
(
e
,
arguments
);
return
n
===
e
?
t
?
e
.
clipExtent
(
null
):
e
:
n
},
e
.
clipExtent
=
function
(
n
){
var
a
=
i
.
apply
(
e
,
arguments
);
if
(
a
===
e
){
if
(
t
=
null
==
n
){
var
o
=
La
*
r
(),
c
=
u
();
i
([[
c
[
0
]
-
o
,
c
[
1
]
-
o
],[
c
[
0
]
+
o
,
c
[
1
]
+
o
]])}}
else
t
&&
(
a
=
null
);
return
a
},
e
.
clipExtent
(
null
)}
function
Te
(
n
,
t
){
var
e
=
Math
.
cos
(
t
)
*
Math
.
sin
(
n
);
return
[
Math
.
log
((
1
+
e
)
/
(
1
-
e
))
/
2
,
Math
.
atan2
(
Math
.
tan
(
t
),
Math
.
cos
(
n
))]}
function
Ce
(
n
){
function
t
(
t
){
function
a
(){
l
.
push
(
"M"
,
i
(
n
(
f
),
o
))}
for
(
var
c
,
l
=
[],
f
=
[],
s
=-
1
,
h
=
t
.
length
,
g
=
lt
(
e
),
p
=
lt
(
r
);
++
s
<
h
;)
u
.
call
(
this
,
c
=
t
[
s
],
s
)?
f
.
push
([
+
g
.
call
(
this
,
c
,
s
),
+
p
.
call
(
this
,
c
,
s
)]):
f
.
length
&&
(
a
(),
f
=
[]);
return
f
.
length
&&
a
(),
l
.
length
?
l
.
join
(
""
):
null
}
var
e
=
ze
,
r
=
De
,
u
=
Dt
,
i
=
je
,
a
=
i
.
key
,
o
=
.
7
;
return
t
.
x
=
function
(
n
){
return
arguments
.
length
?(
e
=
n
,
t
):
e
},
t
.
y
=
function
(
n
){
return
arguments
.
length
?(
r
=
n
,
t
):
r
},
t
.
defined
=
function
(
n
){
return
arguments
.
length
?(
u
=
n
,
t
):
u
},
t
.
interpolate
=
function
(
n
){
return
arguments
.
length
?(
a
=
"function"
==
typeof
n
?
i
=
n
:(
i
=
Do
.
get
(
n
)
||
je
).
key
,
t
):
a
},
t
.
tension
=
function
(
n
){
return
arguments
.
length
?(
o
=
n
,
t
):
o
},
t
}
function
ze
(
n
){
return
n
[
0
]}
function
De
(
n
){
return
n
[
1
]}
function
je
(
n
){
return
n
.
join
(
"L"
)}
function
Le
(
n
){
return
je
(
n
)
+
"Z"
}
function
Fe
(
n
){
for
(
var
t
=
0
,
e
=
n
.
length
,
r
=
n
[
0
],
u
=
[
r
[
0
],
","
,
r
[
1
]];
++
t
<
e
;)
u
.
push
(
"V"
,(
r
=
n
[
t
])[
1
],
"H"
,
r
[
0
]);
return
u
.
join
(
""
)}
function
He
(
n
){
for
(
var
t
=
0
,
e
=
n
.
length
,
r
=
n
[
0
],
u
=
[
r
[
0
],
","
,
r
[
1
]];
++
t
<
e
;)
u
.
push
(
"H"
,(
r
=
n
[
t
])[
0
],
"V"
,
r
[
1
]);
return
u
.
join
(
""
)}
function
Pe
(
n
,
t
){
return
n
.
length
<
4
?
je
(
n
):
n
[
1
]
+
Ye
(
n
.
slice
(
1
,
n
.
length
-
1
),
Ue
(
n
,
t
))}
function
Re
(
n
,
t
){
return
n
.
length
<
3
?
je
(
n
):
n
[
0
]
+
Ye
((
n
.
push
(
n
[
0
]),
n
),
Ue
([
n
[
n
.
length
-
2
]].
concat
(
n
,[
n
[
1
]]),
t
))}
function
Oe
(
n
,
t
){
return
n
.
length
<
3
?
je
(
n
):
n
[
0
]
+
Ye
(
n
,
Ue
(
n
,
t
))}
function
Ye
(
n
,
t
){
if
(
t
.
length
<
1
||
n
.
length
!=
t
.
length
&&
n
.
length
!=
t
.
length
+
2
)
return
je
(
n
);
var
e
=
n
.
length
!=
t
.
length
,
r
=
""
,
u
=
n
[
0
],
i
=
n
[
1
],
a
=
t
[
0
],
o
=
a
,
c
=
1
;
if
(
e
&&
(
r
+=
"Q"
+
(
i
[
0
]
-
a
[
0
]
*
2
/
3
)
+
","
+
(
i
[
1
]
-
a
[
1
]
*
2
/
3
)
+
","
+
i
[
0
]
+
","
+
i
[
1
],
u
=
n
[
1
],
c
=
2
),
t
.
length
>
1
){
o
=
t
[
1
],
i
=
n
[
c
],
c
++
,
r
+=
"C"
+
(
u
[
0
]
+
a
[
0
])
+
","
+
(
u
[
1
]
+
a
[
1
])
+
","
+
(
i
[
0
]
-
o
[
0
])
+
","
+
(
i
[
1
]
-
o
[
1
])
+
","
+
i
[
0
]
+
","
+
i
[
1
];
for
(
var
l
=
2
;
l
<
t
.
length
;
l
++
,
c
++
)
i
=
n
[
c
],
o
=
t
[
l
],
r
+=
"S"
+
(
i
[
0
]
-
o
[
0
])
+
","
+
(
i
[
1
]
-
o
[
1
])
+
","
+
i
[
0
]
+
","
+
i
[
1
]}
if
(
e
){
var
f
=
n
[
c
];
r
+=
"Q"
+
(
i
[
0
]
+
o
[
0
]
*
2
/
3
)
+
","
+
(
i
[
1
]
+
o
[
1
]
*
2
/
3
)
+
","
+
f
[
0
]
+
","
+
f
[
1
]}
return
r
}
function
Ue
(
n
,
t
){
for
(
var
e
,
r
=
[],
u
=
(
1
-
t
)
/
2
,
i
=
n
[
0
],
a
=
n
[
1
],
o
=
1
,
c
=
n
.
length
;
++
o
<
c
;)
e
=
i
,
i
=
a
,
a
=
n
[
o
],
r
.
push
([
u
*
(
a
[
0
]
-
e
[
0
]),
u
*
(
a
[
1
]
-
e
[
1
])]);
return
r
}
function
Ie
(
n
){
if
(
n
.
length
<
3
)
return
je
(
n
);
var
t
=
1
,
e
=
n
.
length
,
r
=
n
[
0
],
u
=
r
[
0
],
i
=
r
[
1
],
a
=
[
u
,
u
,
u
,(
r
=
n
[
1
])[
0
]],
o
=
[
i
,
i
,
i
,
r
[
1
]],
c
=
[
u
,
","
,
i
];
for
(
$e
(
c
,
a
,
o
);
++
t
<
e
;)
r
=
n
[
t
],
a
.
shift
(),
a
.
push
(
r
[
0
]),
o
.
shift
(),
o
.
push
(
r
[
1
]),
$e
(
c
,
a
,
o
);
for
(
t
=-
1
;
++
t
<
2
;)
a
.
shift
(),
a
.
push
(
r
[
0
]),
o
.
shift
(),
o
.
push
(
r
[
1
]),
$e
(
c
,
a
,
o
);
return
c
.
join
(
""
)}
function
Ve
(
n
){
if
(
n
.
length
<
4
)
return
je
(
n
);
for
(
var
t
,
e
=
[],
r
=-
1
,
u
=
n
.
length
,
i
=
[
0
],
a
=
[
0
];
++
r
<
3
;)
t
=
n
[
r
],
i
.
push
(
t
[
0
]),
a
.
push
(
t
[
1
]);
for
(
e
.
push
(
Be
(
Fo
,
i
)
+
","
+
Be
(
Fo
,
a
)),
--
r
;
++
r
<
u
;)
t
=
n
[
r
],
i
.
shift
(),
i
.
push
(
t
[
0
]),
a
.
shift
(),
a
.
push
(
t
[
1
]),
$e
(
e
,
i
,
a
);
return
e
.
join
(
""
)}
function
Xe
(
n
){
for
(
var
t
,
e
,
r
=-
1
,
u
=
n
.
length
,
i
=
u
+
4
,
a
=
[],
o
=
[];
++
r
<
4
;)
e
=
n
[
r
%
u
],
a
.
push
(
e
[
0
]),
o
.
push
(
e
[
1
]);
for
(
t
=
[
Be
(
Fo
,
a
),
","
,
Be
(
Fo
,
o
)],
--
r
;
++
r
<
i
;)
e
=
n
[
r
%
u
],
a
.
shift
(),
a
.
push
(
e
[
0
]),
o
.
shift
(),
o
.
push
(
e
[
1
]),
$e
(
t
,
a
,
o
);
return
t
.
join
(
""
)}
function
Ze
(
n
,
t
){
var
e
=
n
.
length
-
1
;
if
(
e
)
for
(
var
r
,
u
,
i
=
n
[
0
][
0
],
a
=
n
[
0
][
1
],
o
=
n
[
e
][
0
]
-
i
,
c
=
n
[
e
][
1
]
-
a
,
l
=-
1
;
++
l
<=
e
;)
r
=
n
[
l
],
u
=
l
/
e
,
r
[
0
]
=
t
*
r
[
0
]
+
(
1
-
t
)
*
(
i
+
u
*
o
),
r
[
1
]
=
t
*
r
[
1
]
+
(
1
-
t
)
*
(
a
+
u
*
c
);
return
Ie
(
n
)}
function
Be
(
n
,
t
){
return
n
[
0
]
*
t
[
0
]
+
n
[
1
]
*
t
[
1
]
+
n
[
2
]
*
t
[
2
]
+
n
[
3
]
*
t
[
3
]}
function
$e
(
n
,
t
,
e
){
n
.
push
(
"C"
,
Be
(
jo
,
t
),
","
,
Be
(
jo
,
e
),
","
,
Be
(
Lo
,
t
),
","
,
Be
(
Lo
,
e
),
","
,
Be
(
Fo
,
t
),
","
,
Be
(
Fo
,
e
))}
function
Je
(
n
,
t
){
return
(
t
[
1
]
-
n
[
1
])
/
(
t
[
0
]
-
n
[
0
])}
function
Ge
(
n
){
for
(
var
t
=
0
,
e
=
n
.
length
-
1
,
r
=
[],
u
=
n
[
0
],
i
=
n
[
1
],
a
=
r
[
0
]
=
Je
(
u
,
i
);
++
t
<
e
;)
r
[
t
]
=
(
a
+
(
a
=
Je
(
u
=
i
,
i
=
n
[
t
+
1
])))
/
2
;
return
r
[
t
]
=
a
,
r
}
function
Ke
(
n
){
for
(
var
t
,
e
,
r
,
u
,
i
=
[],
a
=
Ge
(
n
),
o
=-
1
,
c
=
n
.
length
-
1
;
++
o
<
c
;)
t
=
Je
(
n
[
o
],
n
[
o
+
1
]),
Math
.
abs
(
t
)
<
1
e
-
6
?
a
[
o
]
=
a
[
o
+
1
]
=
0
:(
e
=
a
[
o
]
/
t
,
r
=
a
[
o
+
1
]
/
t
,
u
=
e
*
e
+
r
*
r
,
u
>
9
&&
(
u
=
3
*
t
/
Math
.
sqrt
(
u
),
a
[
o
]
=
u
*
e
,
a
[
o
+
1
]
=
u
*
r
));
for
(
o
=-
1
;
++
o
<=
c
;)
u
=
(
n
[
Math
.
min
(
c
,
o
+
1
)][
0
]
-
n
[
Math
.
max
(
0
,
o
-
1
)][
0
])
/
(
6
*
(
1
+
a
[
o
]
*
a
[
o
])),
i
.
push
([
u
||
0
,
a
[
o
]
*
u
||
0
]);
return
i
}
function
We
(
n
){
return
n
.
length
<
3
?
je
(
n
):
n
[
0
]
+
Ye
(
n
,
Ke
(
n
))}
function
Qe
(
n
,
t
,
e
,
r
){
var
u
,
i
,
a
,
o
,
c
,
l
,
f
;
return
u
=
r
[
n
],
i
=
u
[
0
],
a
=
u
[
1
],
u
=
r
[
t
],
o
=
u
[
0
],
c
=
u
[
1
],
u
=
r
[
e
],
l
=
u
[
0
],
f
=
u
[
1
],(
f
-
a
)
*
(
o
-
i
)
-
(
c
-
a
)
*
(
l
-
i
)
>
0
}
function
nr
(
n
,
t
,
e
){
return
(
e
[
0
]
-
t
[
0
])
*
(
n
[
1
]
-
t
[
1
])
<
(
e
[
1
]
-
t
[
1
])
*
(
n
[
0
]
-
t
[
0
])}
function
tr
(
n
,
t
,
e
,
r
){
var
u
=
n
[
0
],
i
=
e
[
0
],
a
=
t
[
0
]
-
u
,
o
=
r
[
0
]
-
i
,
c
=
n
[
1
],
l
=
e
[
1
],
f
=
t
[
1
]
-
c
,
s
=
r
[
1
]
-
l
,
h
=
(
o
*
(
c
-
l
)
-
s
*
(
u
-
i
))
/
(
s
*
a
-
o
*
f
);
return
[
u
+
h
*
a
,
c
+
h
*
f
]}
function
er
(
n
,
t
){
var
e
=
{
list
:
n
.
map
(
function
(
n
,
t
){
return
{
index
:
t
,
x
:
n
[
0
],
y
:
n
[
1
]}}).
sort
(
function
(
n
,
t
){
return
n
.
y
<
t
.
y
?
-
1
:
n
.
y
>
t
.
y
?
1
:
n
.
x
<
t
.
x
?
-
1
:
n
.
x
>
t
.
x
?
1
:
0
}),
bottomSite
:
null
},
r
=
{
list
:[],
leftEnd
:
null
,
rightEnd
:
null
,
init
:
function
(){
r
.
leftEnd
=
r
.
createHalfEdge
(
null
,
"l"
),
r
.
rightEnd
=
r
.
createHalfEdge
(
null
,
"l"
),
r
.
leftEnd
.
r
=
r
.
rightEnd
,
r
.
rightEnd
.
l
=
r
.
leftEnd
,
r
.
list
.
unshift
(
r
.
leftEnd
,
r
.
rightEnd
)},
createHalfEdge
:
function
(
n
,
t
){
return
{
edge
:
n
,
side
:
t
,
vertex
:
null
,
l
:
null
,
r
:
null
}},
insert
:
function
(
n
,
t
){
t
.
l
=
n
,
t
.
r
=
n
.
r
,
n
.
r
.
l
=
t
,
n
.
r
=
t
},
leftBound
:
function
(
n
){
var
t
=
r
.
leftEnd
;
do
t
=
t
.
r
;
while
(
t
!=
r
.
rightEnd
&&
u
.
rightOf
(
t
,
n
));
return
t
=
t
.
l
},
del
:
function
(
n
){
n
.
l
.
r
=
n
.
r
,
n
.
r
.
l
=
n
.
l
,
n
.
edge
=
null
},
right
:
function
(
n
){
return
n
.
r
},
left
:
function
(
n
){
return
n
.
l
},
leftRegion
:
function
(
n
){
return
n
.
edge
==
null
?
e
.
bottomSite
:
n
.
edge
.
region
[
n
.
side
]},
rightRegion
:
function
(
n
){
return
n
.
edge
==
null
?
e
.
bottomSite
:
n
.
edge
.
region
[
Ho
[
n
.
side
]]}},
u
=
{
bisect
:
function
(
n
,
t
){
var
e
=
{
region
:{
l
:
n
,
r
:
t
},
ep
:{
l
:
null
,
r
:
null
}},
r
=
t
.
x
-
n
.
x
,
u
=
t
.
y
-
n
.
y
,
i
=
r
>
0
?
r
:
-
r
,
a
=
u
>
0
?
u
:
-
u
;
return
e
.
c
=
n
.
x
*
r
+
n
.
y
*
u
+
.
5
*
(
r
*
r
+
u
*
u
),
i
>
a
?(
e
.
a
=
1
,
e
.
b
=
u
/
r
,
e
.
c
/=
r
):(
e
.
b
=
1
,
e
.
a
=
r
/
u
,
e
.
c
/=
u
),
e
},
intersect
:
function
(
n
,
t
){
var
e
=
n
.
edge
,
r
=
t
.
edge
;
if
(
!
e
||!
r
||
e
.
region
.
r
==
r
.
region
.
r
)
return
null
;
var
u
=
e
.
a
*
r
.
b
-
e
.
b
*
r
.
a
;
if
(
Math
.
abs
(
u
)
<
1
e
-
10
)
return
null
;
var
i
,
a
,
o
=
(
e
.
c
*
r
.
b
-
r
.
c
*
e
.
b
)
/
u
,
c
=
(
r
.
c
*
e
.
a
-
e
.
c
*
r
.
a
)
/
u
,
l
=
e
.
region
.
r
,
f
=
r
.
region
.
r
;
l
.
y
<
f
.
y
||
l
.
y
==
f
.
y
&&
l
.
x
<
f
.
x
?(
i
=
n
,
a
=
e
):(
i
=
t
,
a
=
r
);
var
s
=
o
>=
a
.
region
.
r
.
x
;
return
s
&&
i
.
side
===
"l"
||!
s
&&
i
.
side
===
"r"
?
null
:{
x
:
o
,
y
:
c
}},
rightOf
:
function
(
n
,
t
){
var
e
=
n
.
edge
,
r
=
e
.
region
.
r
,
u
=
t
.
x
>
r
.
x
;
if
(
u
&&
n
.
side
===
"l"
)
return
1
;
if
(
!
u
&&
n
.
side
===
"r"
)
return
0
;
if
(
e
.
a
===
1
){
var
i
=
t
.
y
-
r
.
y
,
a
=
t
.
x
-
r
.
x
,
o
=
0
,
c
=
0
;
if
(
!
u
&&
e
.
b
<
0
||
u
&&
e
.
b
>=
0
?
c
=
o
=
i
>=
e
.
b
*
a
:(
c
=
t
.
x
+
t
.
y
*
e
.
b
>
e
.
c
,
e
.
b
<
0
&&
(
c
=!
c
),
c
||
(
o
=
1
)),
!
o
){
var
l
=
r
.
x
-
e
.
region
.
l
.
x
;
c
=
e
.
b
*
(
a
*
a
-
i
*
i
)
<
l
*
i
*
(
1
+
2
*
a
/
l
+
e
.
b
*
e
.
b
),
e
.
b
<
0
&&
(
c
=!
c
)}}
else
{
var
f
=
e
.
c
-
e
.
a
*
t
.
x
,
s
=
t
.
y
-
f
,
h
=
t
.
x
-
r
.
x
,
g
=
f
-
r
.
y
;
c
=
s
*
s
>
h
*
h
+
g
*
g
}
return
n
.
side
===
"l"
?
c
:
!
c
},
endPoint
:
function
(
n
,
e
,
r
){
n
.
ep
[
e
]
=
r
,
n
.
ep
[
Ho
[
e
]]
&&
t
(
n
)},
distance
:
function
(
n
,
t
){
var
e
=
n
.
x
-
t
.
x
,
r
=
n
.
y
-
t
.
y
;
return
Math
.
sqrt
(
e
*
e
+
r
*
r
)}},
i
=
{
list
:[],
insert
:
function
(
n
,
t
,
e
){
n
.
vertex
=
t
,
n
.
ystar
=
t
.
y
+
e
;
for
(
var
r
=
0
,
u
=
i
.
list
,
a
=
u
.
length
;
a
>
r
;
r
++
){
var
o
=
u
[
r
];
if
(
!
(
n
.
ystar
>
o
.
ystar
||
n
.
ystar
==
o
.
ystar
&&
t
.
x
>
o
.
vertex
.
x
))
break
}
u
.
splice
(
r
,
0
,
n
)},
del
:
function
(
n
){
for
(
var
t
=
0
,
e
=
i
.
list
,
r
=
e
.
length
;
r
>
t
&&
e
[
t
]
!=
n
;
++
t
);
e
.
splice
(
t
,
1
)},
empty
:
function
(){
return
i
.
list
.
length
===
0
},
nextEvent
:
function
(
n
){
for
(
var
t
=
0
,
e
=
i
.
list
,
r
=
e
.
length
;
r
>
t
;
++
t
)
if
(
e
[
t
]
==
n
)
return
e
[
t
+
1
];
return
null
},
min
:
function
(){
var
n
=
i
.
list
[
0
];
return
{
x
:
n
.
vertex
.
x
,
y
:
n
.
ystar
}},
extractMin
:
function
(){
return
i
.
list
.
shift
()}};
r
.
init
(),
e
.
bottomSite
=
e
.
list
.
shift
();
for
(
var
a
,
o
,
c
,
l
,
f
,
s
,
h
,
g
,
p
,
d
,
m
,
v
,
y
,
M
=
e
.
list
.
shift
();;)
if
(
i
.
empty
()
||
(
a
=
i
.
min
()),
M
&&
(
i
.
empty
()
||
M
.
y
<
a
.
y
||
M
.
y
==
a
.
y
&&
M
.
x
<
a
.
x
))
o
=
r
.
leftBound
(
M
),
c
=
r
.
right
(
o
),
h
=
r
.
rightRegion
(
o
),
v
=
u
.
bisect
(
h
,
M
),
s
=
r
.
createHalfEdge
(
v
,
"l"
),
r
.
insert
(
o
,
s
),
d
=
u
.
intersect
(
o
,
s
),
d
&&
(
i
.
del
(
o
),
i
.
insert
(
o
,
d
,
u
.
distance
(
d
,
M
))),
o
=
s
,
s
=
r
.
createHalfEdge
(
v
,
"r"
),
r
.
insert
(
o
,
s
),
d
=
u
.
intersect
(
s
,
c
),
d
&&
i
.
insert
(
s
,
d
,
u
.
distance
(
d
,
M
)),
M
=
e
.
list
.
shift
();
else
{
if
(
i
.
empty
())
break
;
o
=
i
.
extractMin
(),
l
=
r
.
left
(
o
),
c
=
r
.
right
(
o
),
f
=
r
.
right
(
c
),
h
=
r
.
leftRegion
(
o
),
g
=
r
.
rightRegion
(
c
),
m
=
o
.
vertex
,
u
.
endPoint
(
o
.
edge
,
o
.
side
,
m
),
u
.
endPoint
(
c
.
edge
,
c
.
side
,
m
),
r
.
del
(
o
),
i
.
del
(
c
),
r
.
del
(
c
),
y
=
"l"
,
h
.
y
>
g
.
y
&&
(
p
=
h
,
h
=
g
,
g
=
p
,
y
=
"r"
),
v
=
u
.
bisect
(
h
,
g
),
s
=
r
.
createHalfEdge
(
v
,
y
),
r
.
insert
(
l
,
s
),
u
.
endPoint
(
v
,
Ho
[
y
],
m
),
d
=
u
.
intersect
(
l
,
s
),
d
&&
(
i
.
del
(
l
),
i
.
insert
(
l
,
d
,
u
.
distance
(
d
,
h
))),
d
=
u
.
intersect
(
s
,
f
),
d
&&
i
.
insert
(
s
,
d
,
u
.
distance
(
d
,
h
))}
for
(
o
=
r
.
right
(
r
.
leftEnd
);
o
!=
r
.
rightEnd
;
o
=
r
.
right
(
o
))
t
(
o
.
edge
)}
function
rr
(
n
){
return
n
.
x
}
function
ur
(
n
){
return
n
.
y
}
function
ir
(){
return
{
leaf
:
!
0
,
nodes
:[],
point
:
null
,
x
:
null
,
y
:
null
}}
function
ar
(
n
,
t
,
e
,
r
,
u
,
i
){
if
(
!
n
(
t
,
e
,
r
,
u
,
i
)){
var
a
=
.
5
*
(
e
+
u
),
o
=
.
5
*
(
r
+
i
),
c
=
t
.
nodes
;
c
[
0
]
&&
ar
(
n
,
c
[
0
],
e
,
r
,
a
,
o
),
c
[
1
]
&&
ar
(
n
,
c
[
1
],
a
,
r
,
u
,
o
),
c
[
2
]
&&
ar
(
n
,
c
[
2
],
e
,
o
,
a
,
i
),
c
[
3
]
&&
ar
(
n
,
c
[
3
],
a
,
o
,
u
,
i
)}}
function
or
(
n
,
t
){
n
=
oa
.
rgb
(
n
),
t
=
oa
.
rgb
(
t
);
var
e
=
n
.
r
,
r
=
n
.
g
,
u
=
n
.
b
,
i
=
t
.
r
-
e
,
a
=
t
.
g
-
r
,
o
=
t
.
b
-
u
;
return
function
(
n
){
return
"#"
+
rt
(
Math
.
round
(
e
+
i
*
n
))
+
rt
(
Math
.
round
(
r
+
a
*
n
))
+
rt
(
Math
.
round
(
u
+
o
*
n
))}}
function
cr
(
n
){
var
t
=
[
n
.
a
,
n
.
b
],
e
=
[
n
.
c
,
n
.
d
],
r
=
fr
(
t
),
u
=
lr
(
t
,
e
),
i
=
fr
(
sr
(
e
,
t
,
-
u
))
||
0
;
t
[
0
]
*
e
[
1
]
<
e
[
0
]
*
t
[
1
]
&&
(
t
[
0
]
*=-
1
,
t
[
1
]
*=-
1
,
r
*=-
1
,
u
*=-
1
),
this
.
rotate
=
(
r
?
Math
.
atan2
(
t
[
1
],
t
[
0
]):
Math
.
atan2
(
-
e
[
0
],
e
[
1
]))
*
Pa
,
this
.
translate
=
[
n
.
e
,
n
.
f
],
this
.
scale
=
[
r
,
i
],
this
.
skew
=
i
?
Math
.
atan2
(
u
,
i
)
*
Pa
:
0
}
function
lr
(
n
,
t
){
return
n
[
0
]
*
t
[
0
]
+
n
[
1
]
*
t
[
1
]}
function
fr
(
n
){
var
t
=
Math
.
sqrt
(
lr
(
n
,
n
));
return
t
&&
(
n
[
0
]
/=
t
,
n
[
1
]
/=
t
),
t
}
function
sr
(
n
,
t
,
e
){
return
n
[
0
]
+=
e
*
t
[
0
],
n
[
1
]
+=
e
*
t
[
1
],
n
}
function
hr
(
n
,
t
){
return
t
-=
n
,
function
(
e
){
return
n
+
t
*
e
}}
function
gr
(
n
,
t
){
var
e
,
r
=
[],
u
=
[],
i
=
oa
.
transform
(
n
),
a
=
oa
.
transform
(
t
),
o
=
i
.
translate
,
c
=
a
.
translate
,
l
=
i
.
rotate
,
f
=
a
.
rotate
,
s
=
i
.
skew
,
h
=
a
.
skew
,
g
=
i
.
scale
,
p
=
a
.
scale
;
return
o
[
0
]
!=
c
[
0
]
||
o
[
1
]
!=
c
[
1
]?(
r
.
push
(
"translate("
,
null
,
","
,
null
,
")"
),
u
.
push
({
i
:
1
,
x
:
hr
(
o
[
0
],
c
[
0
])},{
i
:
3
,
x
:
hr
(
o
[
1
],
c
[
1
])})):
c
[
0
]
||
c
[
1
]?
r
.
push
(
"translate("
+
c
+
")"
):
r
.
push
(
""
),
l
!=
f
?(
l
-
f
>
180
?
f
+=
360
:
f
-
l
>
180
&&
(
l
+=
360
),
u
.
push
({
i
:
r
.
push
(
r
.
pop
()
+
"rotate("
,
null
,
")"
)
-
2
,
x
:
hr
(
l
,
f
)})):
f
&&
r
.
push
(
r
.
pop
()
+
"rotate("
+
f
+
")"
),
s
!=
h
?
u
.
push
({
i
:
r
.
push
(
r
.
pop
()
+
"skewX("
,
null
,
")"
)
-
2
,
x
:
hr
(
s
,
h
)}):
h
&&
r
.
push
(
r
.
pop
()
+
"skewX("
+
h
+
")"
),
g
[
0
]
!=
p
[
0
]
||
g
[
1
]
!=
p
[
1
]?(
e
=
r
.
push
(
r
.
pop
()
+
"scale("
,
null
,
","
,
null
,
")"
),
u
.
push
({
i
:
e
-
4
,
x
:
hr
(
g
[
0
],
p
[
0
])},{
i
:
e
-
2
,
x
:
hr
(
g
[
1
],
p
[
1
])})):(
p
[
0
]
!=
1
||
p
[
1
]
!=
1
)
&&
r
.
push
(
r
.
pop
()
+
"scale("
+
p
+
")"
),
e
=
u
.
length
,
function
(
n
){
for
(
var
t
,
i
=-
1
;
++
i
<
e
;)
r
[(
t
=
u
[
i
]).
i
]
=
t
.
x
(
n
);
return
r
.
join
(
""
)}}
function
pr
(
n
,
t
){
var
e
,
r
=
{},
u
=
{};
for
(
e
in
n
)
e
in
t
?
r
[
e
]
=
vr
(
e
)(
n
[
e
],
t
[
e
]):
u
[
e
]
=
n
[
e
];
for
(
e
in
t
)
e
in
n
||
(
u
[
e
]
=
t
[
e
]);
return
function
(
n
){
for
(
e
in
r
)
u
[
e
]
=
r
[
e
](
n
);
return
u
}}
function
dr
(
n
,
t
){
var
e
,
r
,
u
,
i
,
a
,
o
=
0
,
c
=
0
,
l
=
[],
f
=
[];
for
(
Ro
.
lastIndex
=
0
,
r
=
0
;
e
=
Ro
.
exec
(
t
);
++
r
)
e
.
index
&&
l
.
push
(
t
.
substring
(
o
,
c
=
e
.
index
)),
f
.
push
({
i
:
l
.
length
,
x
:
e
[
0
]}),
l
.
push
(
null
),
o
=
Ro
.
lastIndex
;
for
(
o
<
t
.
length
&&
l
.
push
(
t
.
substring
(
o
)),
r
=
0
,
i
=
f
.
length
;(
e
=
Ro
.
exec
(
n
))
&&
i
>
r
;
++
r
)
if
(
a
=
f
[
r
],
a
.
x
==
e
[
0
]){
if
(
a
.
i
)
if
(
l
[
a
.
i
+
1
]
==
null
)
for
(
l
[
a
.
i
-
1
]
+=
a
.
x
,
l
.
splice
(
a
.
i
,
1
),
u
=
r
+
1
;
i
>
u
;
++
u
)
f
[
u
].
i
--
;
else
for
(
l
[
a
.
i
-
1
]
+=
a
.
x
+
l
[
a
.
i
+
1
],
l
.
splice
(
a
.
i
,
2
),
u
=
r
+
1
;
i
>
u
;
++
u
)
f
[
u
].
i
-=
2
;
else
if
(
l
[
a
.
i
+
1
]
==
null
)
l
[
a
.
i
]
=
a
.
x
;
else
for
(
l
[
a
.
i
]
=
a
.
x
+
l
[
a
.
i
+
1
],
l
.
splice
(
a
.
i
+
1
,
1
),
u
=
r
+
1
;
i
>
u
;
++
u
)
f
[
u
].
i
--
;
f
.
splice
(
r
,
1
),
i
--
,
r
--
}
else
a
.
x
=
hr
(
parseFloat
(
e
[
0
]),
parseFloat
(
a
.
x
));
for
(;
i
>
r
;)
a
=
f
.
pop
(),
l
[
a
.
i
+
1
]
==
null
?
l
[
a
.
i
]
=
a
.
x
:(
l
[
a
.
i
]
=
a
.
x
+
l
[
a
.
i
+
1
],
l
.
splice
(
a
.
i
+
1
,
1
)),
i
--
;
return
l
.
length
===
1
?
l
[
0
]
==
null
?
f
[
0
].
x
:
function
(){
return
t
}:
function
(
n
){
for
(
r
=
0
;
i
>
r
;
++
r
)
l
[(
a
=
f
[
r
]).
i
]
=
a
.
x
(
n
);
return
l
.
join
(
""
)}}
function
mr
(
n
,
t
){
for
(
var
e
,
r
=
oa
.
interpolators
.
length
;
--
r
>=
0
&&!
(
e
=
oa
.
interpolators
[
r
](
n
,
t
)););
return
e
}
function
vr
(
n
){
return
"transform"
==
n
?
gr
:
mr
}
function
yr
(
n
,
t
){
var
e
,
r
=
[],
u
=
[],
i
=
n
.
length
,
a
=
t
.
length
,
o
=
Math
.
min
(
n
.
length
,
t
.
length
);
for
(
e
=
0
;
o
>
e
;
++
e
)
r
.
push
(
mr
(
n
[
e
],
t
[
e
]));
for
(;
i
>
e
;
++
e
)
u
[
e
]
=
n
[
e
];
for
(;
a
>
e
;
++
e
)
u
[
e
]
=
t
[
e
];
return
function
(
n
){
for
(
e
=
0
;
o
>
e
;
++
e
)
u
[
e
]
=
r
[
e
](
n
);
return
u
}}
function
Mr
(
n
){
return
function
(
t
){
return
0
>=
t
?
0
:
t
>=
1
?
1
:
n
(
t
)}}
function
xr
(
n
){
return
function
(
t
){
return
1
-
n
(
1
-
t
)}}
function
br
(
n
){
return
function
(
t
){
return
.
5
*
(.
5
>
t
?
n
(
2
*
t
):
2
-
n
(
2
-
2
*
t
))}}
function
_r
(
n
){
return
n
*
n
}
function
wr
(
n
){
return
n
*
n
*
n
}
function
Sr
(
n
){
if
(
0
>=
n
)
return
0
;
if
(
n
>=
1
)
return
1
;
var
t
=
n
*
n
,
e
=
t
*
n
;
return
4
*
(.
5
>
n
?
e
:
3
*
(
n
-
t
)
+
e
-
.
75
)}
function
Er
(
n
){
return
function
(
t
){
return
Math
.
pow
(
t
,
n
)}}
function
kr
(
n
){
return
1
-
Math
.
cos
(
n
*
La
/
2
)}
function
Ar
(
n
){
return
Math
.
pow
(
2
,
10
*
(
n
-
1
))}
function
qr
(
n
){
return
1
-
Math
.
sqrt
(
1
-
n
*
n
)}
function
Nr
(
n
,
t
){
var
e
;
return
arguments
.
length
<
2
&&
(
t
=
.
45
),
arguments
.
length
?
e
=
t
/
(
2
*
La
)
*
Math
.
asin
(
1
/
n
):(
n
=
1
,
e
=
t
/
4
),
function
(
r
){
return
1
+
n
*
Math
.
pow
(
2
,
10
*-
r
)
*
Math
.
sin
(
2
*
(
r
-
e
)
*
La
/
t
)}}
function
Tr
(
n
){
return
n
||
(
n
=
1.70158
),
function
(
t
){
return
t
*
t
*
((
n
+
1
)
*
t
-
n
)}}
function
Cr
(
n
){
return
1
/
2.75
>
n
?
7.5625
*
n
*
n
:
2
/
2.75
>
n
?
7.5625
*
(
n
-=
1.5
/
2.75
)
*
n
+
.
75
:
2.5
/
2.75
>
n
?
7.5625
*
(
n
-=
2.25
/
2.75
)
*
n
+
.
9375
:
7.5625
*
(
n
-=
2.625
/
2.75
)
*
n
+
.
984375
}
function
zr
(
n
,
t
){
n
=
oa
.
hcl
(
n
),
t
=
oa
.
hcl
(
t
);
var
e
=
n
.
h
,
r
=
n
.
c
,
u
=
n
.
l
,
i
=
t
.
h
-
e
,
a
=
t
.
c
-
r
,
o
=
t
.
l
-
u
;
return
i
>
180
?
i
-=
360
:
-
180
>
i
&&
(
i
+=
360
),
function
(
n
){
return
B
(
e
+
i
*
n
,
r
+
a
*
n
,
u
+
o
*
n
)
+
""
}}
function
Dr
(
n
,
t
){
n
=
oa
.
hsl
(
n
),
t
=
oa
.
hsl
(
t
);
var
e
=
n
.
h
,
r
=
n
.
s
,
u
=
n
.
l
,
i
=
t
.
h
-
e
,
a
=
t
.
s
-
r
,
o
=
t
.
l
-
u
;
return
i
>
180
?
i
-=
360
:
-
180
>
i
&&
(
i
+=
360
),
function
(
n
){
return
P
(
e
+
i
*
n
,
r
+
a
*
n
,
u
+
o
*
n
)
+
""
}}
function
jr
(
n
,
t
){
n
=
oa
.
lab
(
n
),
t
=
oa
.
lab
(
t
);
var
e
=
n
.
l
,
r
=
n
.
a
,
u
=
n
.
b
,
i
=
t
.
l
-
e
,
a
=
t
.
a
-
r
,
o
=
t
.
b
-
u
;
return
function
(
n
){
return
G
(
e
+
i
*
n
,
r
+
a
*
n
,
u
+
o
*
n
)
+
""
}}
function
Lr
(
n
,
t
){
return
t
-=
n
,
function
(
e
){
return
Math
.
round
(
n
+
t
*
e
)}}
function
Fr
(
n
,
t
){
return
t
=
t
-
(
n
=+
n
)?
1
/
(
t
-
n
):
0
,
function
(
e
){
return
(
e
-
n
)
*
t
}}
function
Hr
(
n
,
t
){
return
t
=
t
-
(
n
=+
n
)?
1
/
(
t
-
n
):
0
,
function
(
e
){
return
Math
.
max
(
0
,
Math
.
min
(
1
,(
e
-
n
)
*
t
))}}
function
Pr
(
n
){
for
(
var
t
=
n
.
source
,
e
=
n
.
target
,
r
=
Or
(
t
,
e
),
u
=
[
t
];
t
!==
r
;)
t
=
t
.
parent
,
u
.
push
(
t
);
for
(
var
i
=
u
.
length
;
e
!==
r
;)
u
.
splice
(
i
,
0
,
e
),
e
=
e
.
parent
;
return
u
}
function
Rr
(
n
){
for
(
var
t
=
[],
e
=
n
.
parent
;
null
!=
e
;)
t
.
push
(
n
),
n
=
e
,
e
=
e
.
parent
;
return
t
.
push
(
n
),
t
}
function
Or
(
n
,
t
){
if
(
n
===
t
)
return
n
;
for
(
var
e
=
Rr
(
n
),
r
=
Rr
(
t
),
u
=
e
.
pop
(),
i
=
r
.
pop
(),
a
=
null
;
u
===
i
;)
a
=
u
,
u
=
e
.
pop
(),
i
=
r
.
pop
();
return
a
}
function
Yr
(
n
){
n
.
fixed
|=
2
}
function
Ur
(
n
){
n
.
fixed
&=-
7
}
function
Ir
(
n
){
n
.
fixed
|=
4
,
n
.
px
=
n
.
x
,
n
.
py
=
n
.
y
}
function
Vr
(
n
){
n
.
fixed
&=-
5
}
function
Xr
(
n
,
t
,
e
){
var
r
=
0
,
u
=
0
;
if
(
n
.
charge
=
0
,
!
n
.
leaf
)
for
(
var
i
,
a
=
n
.
nodes
,
o
=
a
.
length
,
c
=-
1
;
++
c
<
o
;)
i
=
a
[
c
],
null
!=
i
&&
(
Xr
(
i
,
t
,
e
),
n
.
charge
+=
i
.
charge
,
r
+=
i
.
charge
*
i
.
cx
,
u
+=
i
.
charge
*
i
.
cy
);
if
(
n
.
point
){
n
.
leaf
||
(
n
.
point
.
x
+=
Math
.
random
()
-
.
5
,
n
.
point
.
y
+=
Math
.
random
()
-
.
5
);
var
l
=
t
*
e
[
n
.
point
.
index
];
n
.
charge
+=
n
.
pointCharge
=
l
,
r
+=
l
*
n
.
point
.
x
,
u
+=
l
*
n
.
point
.
y
}
n
.
cx
=
r
/
n
.
charge
,
n
.
cy
=
u
/
n
.
charge
}
function
Zr
(
n
,
t
){
return
oa
.
rebind
(
n
,
t
,
"sort"
,
"children"
,
"value"
),
n
.
nodes
=
n
,
n
.
links
=
Gr
,
n
}
function
Br
(
n
){
return
n
.
children
}
function
$r
(
n
){
return
n
.
value
}
function
Jr
(
n
,
t
){
return
t
.
value
-
n
.
value
}
function
Gr
(
n
){
return
oa
.
merge
(
n
.
map
(
function
(
n
){
return
(
n
.
children
||
[]).
map
(
function
(
t
){
return
{
source
:
n
,
target
:
t
}})}))}
function
Kr
(
n
){
return
n
.
x
}
function
Wr
(
n
){
return
n
.
y
}
function
Qr
(
n
,
t
,
e
){
n
.
y0
=
t
,
n
.
y
=
e
}
function
nu
(
n
){
return
oa
.
range
(
n
.
length
)}
function
tu
(
n
){
for
(
var
t
=-
1
,
e
=
n
[
0
].
length
,
r
=
[];
++
t
<
e
;)
r
[
t
]
=
0
;
return
r
}
function
eu
(
n
){
for
(
var
t
,
e
=
1
,
r
=
0
,
u
=
n
[
0
][
1
],
i
=
n
.
length
;
i
>
e
;
++
e
)(
t
=
n
[
e
][
1
])
>
u
&&
(
r
=
e
,
u
=
t
);
return
r
}
function
ru
(
n
){
return
n
.
reduce
(
uu
,
0
)}
function
uu
(
n
,
t
){
return
n
+
t
[
1
]}
function
iu
(
n
,
t
){
return
au
(
n
,
Math
.
ceil
(
Math
.
log
(
t
.
length
)
/
Math
.
LN2
+
1
))}
function
au
(
n
,
t
){
for
(
var
e
=-
1
,
r
=+
n
[
0
],
u
=
(
n
[
1
]
-
r
)
/
t
,
i
=
[];
++
e
<=
t
;)
i
[
e
]
=
u
*
e
+
r
;
return
i
}
function
ou
(
n
){
return
[
oa
.
min
(
n
),
oa
.
max
(
n
)]}
function
cu
(
n
,
t
){
return
n
.
parent
==
t
.
parent
?
1
:
2
}
function
lu
(
n
){
var
t
=
n
.
children
;
return
t
&&
t
.
length
?
t
[
0
]:
n
.
_tree
.
thread
}
function
fu
(
n
){
var
t
,
e
=
n
.
children
;
return
e
&&
(
t
=
e
.
length
)?
e
[
t
-
1
]:
n
.
_tree
.
thread
}
function
su
(
n
,
t
){
var
e
=
n
.
children
;
if
(
e
&&
(
u
=
e
.
length
))
for
(
var
r
,
u
,
i
=-
1
;
++
i
<
u
;)
t
(
r
=
su
(
e
[
i
],
t
),
n
)
>
0
&&
(
n
=
r
);
return
n
}
function
hu
(
n
,
t
){
return
n
.
x
-
t
.
x
}
function
gu
(
n
,
t
){
return
t
.
x
-
n
.
x
}
function
pu
(
n
,
t
){
return
n
.
depth
-
t
.
depth
}
function
du
(
n
,
t
){
function
e
(
n
,
r
){
var
u
=
n
.
children
;
if
(
u
&&
(
a
=
u
.
length
))
for
(
var
i
,
a
,
o
=
null
,
c
=-
1
;
++
c
<
a
;)
i
=
u
[
c
],
e
(
i
,
o
),
o
=
i
;
t
(
n
,
r
)}
e
(
n
,
null
)}
function
mu
(
n
){
for
(
var
t
,
e
=
0
,
r
=
0
,
u
=
n
.
children
,
i
=
u
.
length
;
--
i
>=
0
;)
t
=
u
[
i
].
_tree
,
t
.
prelim
+=
e
,
t
.
mod
+=
e
,
e
+=
t
.
shift
+
(
r
+=
t
.
change
)}
function
vu
(
n
,
t
,
e
){
n
=
n
.
_tree
,
t
=
t
.
_tree
;
var
r
=
e
/
(
t
.
number
-
n
.
number
);
n
.
change
+=
r
,
t
.
change
-=
r
,
t
.
shift
+=
e
,
t
.
prelim
+=
e
,
t
.
mod
+=
e
}
function
yu
(
n
,
t
,
e
){
return
n
.
_tree
.
ancestor
.
parent
==
t
.
parent
?
n
.
_tree
.
ancestor
:
e
}
function
Mu
(
n
,
t
){
return
n
.
value
-
t
.
value
}
function
xu
(
n
,
t
){
var
e
=
n
.
_pack_next
;
n
.
_pack_next
=
t
,
t
.
_pack_prev
=
n
,
t
.
_pack_next
=
e
,
e
.
_pack_prev
=
t
}
function
bu
(
n
,
t
){
n
.
_pack_next
=
t
,
t
.
_pack_prev
=
n
}
function
_u
(
n
,
t
){
var
e
=
t
.
x
-
n
.
x
,
r
=
t
.
y
-
n
.
y
,
u
=
n
.
r
+
t
.
r
;
return
u
*
u
-
e
*
e
-
r
*
r
>
.
001
}
function
wu
(
n
){
function
t
(
n
){
f
=
Math
.
min
(
n
.
x
-
n
.
r
,
f
),
s
=
Math
.
max
(
n
.
x
+
n
.
r
,
s
),
h
=
Math
.
min
(
n
.
y
-
n
.
r
,
h
),
g
=
Math
.
max
(
n
.
y
+
n
.
r
,
g
)}
if
((
e
=
n
.
children
)
&&
(
l
=
e
.
length
)){
var
e
,
r
,
u
,
i
,
a
,
o
,
c
,
l
,
f
=
1
/
0
,
s
=-
1
/
0
,
h
=
1
/
0
,
g
=-
1
/
0
;
if
(
e
.
forEach
(
Su
),
r
=
e
[
0
],
r
.
x
=-
r
.
r
,
r
.
y
=
0
,
t
(
r
),
l
>
1
&&
(
u
=
e
[
1
],
u
.
x
=
u
.
r
,
u
.
y
=
0
,
t
(
u
),
l
>
2
))
for
(
i
=
e
[
2
],
Au
(
r
,
u
,
i
),
t
(
i
),
xu
(
r
,
i
),
r
.
_pack_prev
=
i
,
xu
(
i
,
u
),
u
=
r
.
_pack_next
,
a
=
3
;
l
>
a
;
a
++
){
Au
(
r
,
u
,
i
=
e
[
a
]);
var
p
=
0
,
d
=
1
,
m
=
1
;
for
(
o
=
u
.
_pack_next
;
o
!==
u
;
o
=
o
.
_pack_next
,
d
++
)
if
(
_u
(
o
,
i
)){
p
=
1
;
break
}
if
(
1
==
p
)
for
(
c
=
r
.
_pack_prev
;
c
!==
o
.
_pack_prev
&&!
_u
(
c
,
i
);
c
=
c
.
_pack_prev
,
m
++
);
p
?(
m
>
d
||
d
==
m
&&
u
.
r
<
r
.
r
?
bu
(
r
,
u
=
o
):
bu
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t
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n
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n
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n
){
delete
n
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e
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function
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n
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0
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length
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n
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var
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u
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}}
function
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(
n
){
var
t
=
n
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0
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n
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length
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1
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]}
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n
){
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ju
(
n
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function
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){
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n
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0
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n
[
1
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t
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0
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1
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function
(
n
){
return
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))}}
function
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(
n
,
t
){
var
e
,
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0
,
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=
n
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1
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r
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=
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u
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a
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=
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t
=
t
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a
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n
[
r
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=
t
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i
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n
[
u
]
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t
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(
a
)),
n
}
function
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(
n
,
t
,
e
,
r
){
var
u
=
[],
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=
[],
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=
0
,
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=
Math
.
min
(
n
.
length
,
t
.
length
)
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1
;
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(
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0
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&&
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t
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-
1
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[
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]));
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function
(
t
){
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=
oa
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n
,
t
,
1
,
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)
-
1
;
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i
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e
](
u
[
e
](
t
))}}
function
Ru
(
n
,
t
,
e
,
r
){
function
u
(){
var
u
=
Math
.
min
(
n
.
length
,
t
.
length
)
>
2
?
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,
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=
r
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Fr
;
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=
u
(
n
,
t
,
c
,
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),
o
=
u
(
t
,
n
,
c
,
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),
i
}
function
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(
n
){
return
a
(
n
)}
var
a
,
o
;
return
i
.
invert
=
function
(
n
){
return
o
(
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)},
i
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domain
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function
(
t
){
return
arguments
.
length
?(
n
=
t
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map
(
Number
),
u
()):
n
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i
.
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=
function
(
n
){
return
arguments
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length
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t
=
n
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function
(
n
){
return
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n
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interpolate
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)},
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=
function
(
n
){
return
arguments
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length
?(
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=
n
,
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()):
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},
i
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interpolate
=
function
(
n
){
return
arguments
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length
?(
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=
n
,
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()):
e
},
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.
ticks
=
function
(
t
){
return
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n
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function
(
t
,
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){
return
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n
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=
function
(){
return
Hu
(
n
,
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),
u
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=
function
(){
return
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(
n
,
t
,
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,
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)},
u
()}
function
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(
n
,
t
){
return
oa
.
rebind
(
n
,
t
,
"range"
,
"rangeRound"
,
"interpolate"
,
"clamp"
)}
function
Yu
(
n
){
return
n
=
Math
.
pow
(
10
,
Math
.
round
(
Math
.
log
(
n
)
/
Math
.
LN10
)
-
1
),
n
&&
{
floor
:
function
(
t
){
return
Math
.
floor
(
t
/
n
)
*
n
},
ceil
:
function
(
t
){
return
Math
.
ceil
(
t
/
n
)
*
n
}}}
function
Uu
(
n
,
t
){
var
e
=
ju
(
n
),
r
=
e
[
1
]
-
e
[
0
],
u
=
Math
.
pow
(
10
,
Math
.
floor
(
Math
.
log
(
r
/
t
)
/
Math
.
LN10
)),
i
=
t
/
r
*
u
;
return
.
15
>=
i
?
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*=
10
:.
35
>=
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?
u
*=
5
:.
75
>=
i
&&
(
u
*=
2
),
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[
0
]
=
Math
.
ceil
(
e
[
0
]
/
u
)
*
u
,
e
[
1
]
=
Math
.
floor
(
e
[
1
]
/
u
)
*
u
+
.
5
*
u
,
e
[
2
]
=
u
,
e
}
function
Iu
(
n
,
t
){
return
oa
.
range
.
apply
(
oa
,
Uu
(
n
,
t
))}
function
Vu
(
n
,
t
,
e
){
var
r
=-
Math
.
floor
(
Math
.
log
(
Uu
(
n
,
t
)[
2
])
/
Math
.
LN10
+
.
01
);
return
oa
.
format
(
e
?
e
.
replace
(
ro
,
function
(
n
,
t
,
e
,
u
,
i
,
a
,
o
,
c
,
l
,
f
){
return
[
t
,
e
,
u
,
i
,
a
,
o
,
c
,
l
||
"."
+
(
r
-
2
*
(
"%"
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f
)),
f
].
join
(
""
)}):
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+
r
+
"f"
)}
function
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(
n
,
t
,
e
,
r
){
function
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(
t
){
return
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(
e
(
t
))}
return
u
.
invert
=
function
(
t
){
return
r
(
n
.
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(
t
))},
u
.
domain
=
function
(
t
){
return
arguments
.
length
?(
t
[
0
]
<
0
?(
e
=
$u
,
r
=
Ju
):(
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=
Zu
,
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),
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(
t
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map
(
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)),
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):
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map
(
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)},
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.
base
=
function
(
n
){
return
arguments
.
length
?(
t
=+
n
,
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):
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},
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.
nice
=
function
(){
return
n
.
domain
(
Hu
(
n
.
domain
(),
Gu
(
t
))),
u
},
u
.
ticks
=
function
(){
var
u
=
ju
(
n
.
domain
()),
i
=
[];
if
(
u
.
every
(
isFinite
)){
var
a
=
Math
.
log
(
t
),
o
=
Math
.
floor
(
u
[
0
]
/
a
),
c
=
Math
.
ceil
(
u
[
1
]
/
a
),
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=
r
(
u
[
0
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=
r
(
u
[
1
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=
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1
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(
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(
i
.
push
(
-
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.
pow
(
t
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-
o
));
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c
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var
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s
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1
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push
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);
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(;
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(
var
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.
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.
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t
,
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.
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t
,
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))}
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(
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[
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(
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.
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)}
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},
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.
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=
function
(
n
,
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){
if
(
arguments
.
length
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2
&&
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arguments
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length
)
return
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;
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a
,
o
=
Math
.
log
(
t
),
c
=
Math
.
max
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1
,
n
/
u
.
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length
),
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=
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a
=-
1
e
-
12
,
Math
.
floor
):(
a
=
1
e
-
12
,
Math
.
ceil
);
return
function
(
n
){
return
n
/
r
(
o
*
l
(
e
(
n
)
/
o
+
a
))
<=
c
?
i
(
n
):
""
}},
u
.
copy
=
function
(){
return
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(
n
.
copy
(),
t
,
e
,
r
)},
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(
u
,
n
)}
function
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(
n
){
return
Math
.
log
(
0
>
n
?
0
:
n
)}
function
Bu
(
n
){
return
Math
.
exp
(
n
)}
function
$u
(
n
){
return
-
Math
.
log
(
n
>
0
?
0
:
-
n
)}
function
Ju
(
n
){
return
-
Math
.
exp
(
-
n
)}
function
Gu
(
n
){
n
=
Math
.
log
(
n
);
var
t
=
{
floor
:
function
(
t
){
return
Math
.
floor
(
t
/
n
)
*
n
},
ceil
:
function
(
t
){
return
Math
.
ceil
(
t
/
n
)
*
n
}};
return
function
(){
return
t
}}
function
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(
n
,
t
){
function
e
(
t
){
return
n
(
r
(
t
))}
var
r
=
Wu
(
t
),
u
=
Wu
(
1
/
t
);
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e
.
invert
=
function
(
t
){
return
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(
n
.
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(
t
))},
e
.
domain
=
function
(
t
){
return
arguments
.
length
?(
n
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domain
(
t
.
map
(
r
)),
e
):
n
.
domain
().
map
(
u
)},
e
.
ticks
=
function
(
n
){
return
Iu
(
e
.
domain
(),
n
)},
e
.
tickFormat
=
function
(
n
,
t
){
return
Vu
(
e
.
domain
(),
n
,
t
)},
e
.
nice
=
function
(){
return
e
.
domain
(
Hu
(
e
.
domain
(),
Yu
))},
e
.
exponent
=
function
(
n
){
if
(
!
arguments
.
length
)
return
t
;
var
i
=
e
.
domain
();
return
r
=
Wu
(
t
=
n
),
u
=
Wu
(
1
/
t
),
e
.
domain
(
i
)},
e
.
copy
=
function
(){
return
Ku
(
n
.
copy
(),
t
)},
Ou
(
e
,
n
)}
function
Wu
(
n
){
return
function
(
t
){
return
0
>
t
?
-
Math
.
pow
(
-
t
,
n
):
Math
.
pow
(
t
,
n
)}}
function
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(
n
,
t
){
function
e
(
t
){
return
a
[((
i
.
get
(
t
)
||
i
.
set
(
t
,
n
.
push
(
t
)))
-
1
)
%
a
.
length
]}
function
r
(
t
,
e
){
return
oa
.
range
(
n
.
length
).
map
(
function
(
n
){
return
t
+
e
*
n
})}
var
i
,
a
,
o
;
return
e
.
domain
=
function
(
r
){
if
(
!
arguments
.
length
)
return
n
;
n
=
[],
i
=
new
u
;
for
(
var
a
,
o
=-
1
,
c
=
r
.
length
;
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o
<
c
;)
i
.
has
(
a
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length
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1
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u
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1
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offset
=
i
,
n
.
range
=
a
;
var
c
=
n
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utc
=
Ei
(
n
);
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c
.
floor
=
c
,
c
.
round
=
Ei
(
r
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c
.
ceil
=
Ei
(
u
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c
.
offset
=
Ei
(
i
),
c
.
range
=
o
,
n
}
function
Ei
(
n
){
return
function
(
t
,
e
){
try
{
hc
=
wi
;
var
r
=
new
wi
;
return
r
.
_
=
t
,
n
(
r
,
e
).
_
}
finally
{
hc
=
Date
}}}
function
ki
(
n
,
t
,
e
,
r
){
for
(
var
u
,
i
,
a
=
0
,
o
=
t
.
length
,
c
=
e
.
length
;
o
>
a
;){
if
(
r
>=
c
)
return
-
1
;
if
(
u
=
t
.
charCodeAt
(
a
++
),
37
===
u
){
if
(
i
=
Tc
[
t
.
charAt
(
a
++
)],
!
i
||
(
r
=
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(
n
,
e
,
r
))
<
0
)
return
-
1
}
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if
(
u
!=
e
.
charCodeAt
(
r
++
))
return
-
1
}
return
r
}
function
Ai
(
n
){
return
RegExp
(
"^(?:"
+
n
.
map
(
oa
.
requote
).
join
(
"|"
)
+
")"
,
"i"
)}
function
qi
(
n
){
for
(
var
t
=
new
u
,
e
=-
1
,
r
=
n
.
length
;
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<
r
;)
t
.
set
(
n
[
e
].
toLowerCase
(),
e
);
return
t
}
function
Ni
(
n
,
t
,
e
){
n
+=
""
;
var
r
=
n
.
length
;
return
e
>
r
?
Array
(
e
-
r
+
1
).
join
(
t
)
+
n
:
n
}
function
Ti
(
n
,
t
,
e
){
wc
.
lastIndex
=
0
;
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r
=
wc
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exec
(
t
.
substring
(
e
));
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r
?
e
+=
r
[
0
].
length
:
-
1
}
function
Ci
(
n
,
t
,
e
){
_c
.
lastIndex
=
0
;
var
r
=
_c
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exec
(
t
.
substring
(
e
));
return
r
?
e
+=
r
[
0
].
length
:
-
1
}
function
zi
(
n
,
t
,
e
){
kc
.
lastIndex
=
0
;
var
r
=
kc
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exec
(
t
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substring
(
e
));
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r
?(
n
.
m
=
Ac
.
get
(
r
[
0
].
toLowerCase
()),
e
+=
r
[
0
].
length
):
-
1
}
function
Di
(
n
,
t
,
e
){
Sc
.
lastIndex
=
0
;
var
r
=
Sc
.
exec
(
t
.
substring
(
e
));
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r
?(
n
.
m
=
Ec
.
get
(
r
[
0
].
toLowerCase
()),
e
+=
r
[
0
].
length
):
-
1
}
function
ji
(
n
,
t
,
e
){
return
ki
(
n
,
""
+
Nc
.
c
,
t
,
e
)}
function
Li
(
n
,
t
,
e
){
return
ki
(
n
,
""
+
Nc
.
x
,
t
,
e
)}
function
Fi
(
n
,
t
,
e
){
return
ki
(
n
,
""
+
Nc
.
X
,
t
,
e
)}
function
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(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
4
));
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r
?(
n
.
y
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Pi
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
return
r
?(
n
.
y
=
Ri
(
+
r
[
0
]),
e
+=
r
[
0
].
length
):
-
1
}
function
Ri
(
n
){
return
n
+
(
n
>
68
?
1900
:
2
e3
)}
function
Oi
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
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r
?(
n
.
m
=
r
[
0
]
-
1
,
e
+=
r
[
0
].
length
):
-
1
}
function
Yi
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
return
r
?(
n
.
d
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Ui
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
return
r
?(
n
.
H
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Ii
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
return
r
?(
n
.
M
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Vi
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
2
));
return
r
?(
n
.
S
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Xi
(
n
,
t
,
e
){
Cc
.
lastIndex
=
0
;
var
r
=
Cc
.
exec
(
t
.
substring
(
e
,
e
+
3
));
return
r
?(
n
.
L
=+
r
[
0
],
e
+=
r
[
0
].
length
):
-
1
}
function
Zi
(
n
,
t
,
e
){
var
r
=
zc
.
get
(
t
.
substring
(
e
,
e
+=
2
).
toLowerCase
());
return
null
==
r
?
-
1
:(
n
.
p
=
r
,
e
)}
function
Bi
(
n
){
var
t
=
n
.
getTimezoneOffset
(),
e
=
t
>
0
?
"-"
:
"+"
,
r
=~~
(
Math
.
abs
(
t
)
/
60
),
u
=
Math
.
abs
(
t
)
%
60
;
return
e
+
Ni
(
r
,
"0"
,
2
)
+
Ni
(
u
,
"0"
,
2
)}
function
$i
(
n
){
return
n
.
toISOString
()}
function
Ji
(
n
,
t
,
e
){
function
r
(
t
){
return
n
(
t
)}
return
r
.
invert
=
function
(
t
){
return
Ki
(
n
.
invert
(
t
))},
r
.
domain
=
function
(
t
){
return
arguments
.
length
?(
n
.
domain
(
t
),
r
):
n
.
domain
().
map
(
Ki
)},
r
.
nice
=
function
(
n
){
return
r
.
domain
(
Hu
(
r
.
domain
(),
function
(){
return
n
}))},
r
.
ticks
=
function
(
e
,
u
){
var
i
=
Gi
(
r
.
domain
());
if
(
"function"
!=
typeof
e
){
var
a
=
i
[
1
]
-
i
[
0
],
o
=
a
/
e
,
c
=
oa
.
bisect
(
jc
,
o
);
if
(
c
==
jc
.
length
)
return
t
.
year
(
i
,
e
);
if
(
!
c
)
return
n
.
ticks
(
e
).
map
(
Ki
);
Math
.
log
(
o
/
jc
[
c
-
1
])
<
Math
.
log
(
jc
[
c
]
/
o
)
&&--
c
,
e
=
t
[
c
],
u
=
e
[
1
],
e
=
e
[
0
].
range
}
return
e
(
i
[
0
],
new
Date
(
+
i
[
1
]
+
1
),
u
)},
r
.
tickFormat
=
function
(){
return
e
},
r
.
copy
=
function
(){
return
Ji
(
n
.
copy
(),
t
,
e
)},
oa
.
rebind
(
r
,
n
,
"range"
,
"rangeRound"
,
"interpolate"
,
"clamp"
)}
function
Gi
(
n
){
var
t
=
n
[
0
],
e
=
n
[
n
.
length
-
1
];
return
e
>
t
?[
t
,
e
]:[
e
,
t
]}
function
Ki
(
n
){
return
new
Date
(
n
)}
function
Wi
(
n
){
return
function
(
t
){
for
(
var
e
=
n
.
length
-
1
,
r
=
n
[
e
];
!
r
[
1
](
t
);)
r
=
n
[
--
e
];
return
r
[
0
](
t
)}}
function
Qi
(
n
){
var
t
=
new
Date
(
n
,
0
,
1
);
return
t
.
setFullYear
(
n
),
t
}
function
na
(
n
){
var
t
=
n
.
getFullYear
(),
e
=
Qi
(
t
),
r
=
Qi
(
t
+
1
);
return
t
+
(
n
-
e
)
/
(
r
-
e
)}
function
ta
(
n
){
var
t
=
new
Date
(
Date
.
UTC
(
n
,
0
,
1
));
return
t
.
setUTCFullYear
(
n
),
t
}
function
ea
(
n
){
var
t
=
n
.
getUTCFullYear
(),
e
=
ta
(
t
),
r
=
ta
(
t
+
1
);
return
t
+
(
n
-
e
)
/
(
r
-
e
)}
function
ra
(
n
){
return
n
.
responseText
}
function
ua
(
n
){
return
JSON
.
parse
(
n
.
responseText
)}
function
ia
(
n
){
var
t
=
ca
.
createRange
();
return
t
.
selectNode
(
ca
.
body
),
t
.
createContextualFragment
(
n
.
responseText
)}
function
aa
(
n
){
return
n
.
responseXML
}
var
oa
=
{
version
:
"3.1.4"
};
Date
.
now
||
(
Date
.
now
=
function
(){
return
+
new
Date
});
var
ca
=
document
,
la
=
window
;
try
{
ca
.
createElement
(
"div"
).
style
.
setProperty
(
"opacity"
,
0
,
""
)}
catch
(
fa
){
var
sa
=
la
.
CSSStyleDeclaration
.
prototype
,
ha
=
sa
.
setProperty
;
sa
.
setProperty
=
function
(
n
,
t
,
e
){
ha
.
call
(
this
,
n
,
t
+
""
,
e
)}}
oa
.
ascending
=
function
(
n
,
t
){
return
t
>
n
?
-
1
:
n
>
t
?
1
:
n
>=
t
?
0
:
0
/
0
},
oa
.
descending
=
function
(
n
,
t
){
return
n
>
t
?
-
1
:
t
>
n
?
1
:
t
>=
n
?
0
:
0
/
0
},
oa
.
min
=
function
(
n
,
t
){
var
e
,
r
,
u
=-
1
,
i
=
n
.
length
;
if
(
arguments
.
length
===
1
){
for
(;
++
u
<
i
&&
((
e
=
n
[
u
])
==
null
||
e
!=
e
);)
e
=
void
0
;
for
(;
++
u
<
i
;)(
r
=
n
[
u
])
!=
null
&&
e
>
r
&&
(
e
=
r
)}
else
{
for
(;
++
u
<
i
&&
((
e
=
t
.
call
(
n
,
n
[
u
],
u
))
==
null
||
e
!=
e
);)
e
=
void
0
;
for
(;
++
u
<
i
;)(
r
=
t
.
call
(
n
,
n
[
u
],
u
))
!=
null
&&
e
>
r
&&
(
e
=
r
)}
return
e
},
oa
.
max
=
function
(
n
,
t
){
var
e
,
r
,
u
=-
1
,
i
=
n
.
length
;
if
(
arguments
.
length
===
1
){
for
(;
++
u
<
i
&&
((
e
=
n
[
u
])
==
null
||
e
!=
e
);)
e
=
void
0
;
for
(;
++
u
<
i
;)(
r
=
n
[
u
])
!=
null
&&
r
>
e
&&
(
e
=
r
)}
else
{
for
(;
++
u
<
i
&&
((
e
=
t
.
call
(
n
,
n
[
u
],
u
))
==
null
||
e
!=
e
);)
e
=
void
0
;
for
(;
++
u
<
i
;)(
r
=
t
.
call
(
n
,
n
[
u
],
u
))
!=
null
&&
r
>
e
&&
(
e
=
r
)}
return
e
},
oa
.
extent
=
function
(
n
,
t
){
var
e
,
r
,
u
,
i
=-
1
,
a
=
n
.
length
;
if
(
arguments
.
length
===
1
){
for
(;
++
i
<
a
&&
((
e
=
u
=
n
[
i
])
==
null
||
e
!=
e
);)
e
=
u
=
void
0
;
for
(;
++
i
<
a
;)(
r
=
n
[
i
])
!=
null
&&
(
e
>
r
&&
(
e
=
r
),
r
>
u
&&
(
u
=
r
))}
else
{
for
(;
++
i
<
a
&&
((
e
=
u
=
t
.
call
(
n
,
n
[
i
],
i
))
==
null
||
e
!=
e
);)
e
=
void
0
;
for
(;
++
i
<
a
;)(
r
=
t
.
call
(
n
,
n
[
i
],
i
))
!=
null
&&
(
e
>
r
&&
(
e
=
r
),
r
>
u
&&
(
u
=
r
))}
return
[
e
,
u
]},
oa
.
sum
=
function
(
n
,
t
){
var
e
,
r
=
0
,
u
=
n
.
length
,
i
=-
1
;
if
(
arguments
.
length
===
1
)
for
(;
++
i
<
u
;)
isNaN
(
e
=+
n
[
i
])
||
(
r
+=
e
);
else
for
(;
++
i
<
u
;)
isNaN
(
e
=+
t
.
call
(
n
,
n
[
i
],
i
))
||
(
r
+=
e
);
return
r
},
oa
.
mean
=
function
(
t
,
e
){
var
r
,
u
=
t
.
length
,
i
=
0
,
a
=-
1
,
o
=
0
;
if
(
arguments
.
length
===
1
)
for
(;
++
a
<
u
;)
n
(
r
=
t
[
a
])
&&
(
i
+=
(
r
-
i
)
/++
o
);
else
for
(;
++
a
<
u
;)
n
(
r
=
e
.
call
(
t
,
t
[
a
],
a
))
&&
(
i
+=
(
r
-
i
)
/++
o
);
return
o
?
i
:
void
0
},
oa
.
quantile
=
function
(
n
,
t
){
var
e
=
(
n
.
length
-
1
)
*
t
+
1
,
r
=
Math
.
floor
(
e
),
u
=+
n
[
r
-
1
],
i
=
e
-
r
;
return
i
?
u
+
i
*
(
n
[
r
]
-
u
):
u
},
oa
.
median
=
function
(
t
,
e
){
return
arguments
.
length
>
1
&&
(
t
=
t
.
map
(
e
)),
t
=
t
.
filter
(
n
),
t
.
length
?
oa
.
quantile
(
t
.
sort
(
oa
.
ascending
),.
5
):
void
0
},
oa
.
bisector
=
function
(
n
){
return
{
left
:
function
(
t
,
e
,
r
,
u
){
for
(
arguments
.
length
<
3
&&
(
r
=
0
),
arguments
.
length
<
4
&&
(
u
=
t
.
length
);
u
>
r
;){
var
i
=
r
+
u
>>>
1
;
n
.
call
(
t
,
t
[
i
],
i
)
<
e
?
r
=
i
+
1
:
u
=
i
}
return
r
},
right
:
function
(
t
,
e
,
r
,
u
){
for
(
arguments
.
length
<
3
&&
(
r
=
0
),
arguments
.
length
<
4
&&
(
u
=
t
.
length
);
u
>
r
;){
var
i
=
r
+
u
>>>
1
;
e
<
n
.
call
(
t
,
t
[
i
],
i
)?
u
=
i
:
r
=
i
+
1
}
return
r
}}};
var
ga
=
oa
.
bisector
(
function
(
n
){
return
n
});
oa
.
bisectLeft
=
ga
.
left
,
oa
.
bisect
=
oa
.
bisectRight
=
ga
.
right
,
oa
.
shuffle
=
function
(
n
){
for
(
var
t
,
e
,
r
=
n
.
length
;
r
;)
e
=
Math
.
random
()
*
r
--|
0
,
t
=
n
[
r
],
n
[
r
]
=
n
[
e
],
n
[
e
]
=
t
;
return
n
},
oa
.
permute
=
function
(
n
,
t
){
for
(
var
e
=
[],
r
=-
1
,
u
=
t
.
length
;
++
r
<
u
;)
e
[
r
]
=
n
[
t
[
r
]];
return
e
},
oa
.
zip
=
function
(){
if
(
!
(
u
=
arguments
.
length
))
return
[];
for
(
var
n
=-
1
,
e
=
oa
.
min
(
arguments
,
t
),
r
=
Array
(
e
);
++
n
<
e
;)
for
(
var
u
,
i
=-
1
,
a
=
r
[
n
]
=
Array
(
u
);
++
i
<
u
;)
a
[
i
]
=
arguments
[
i
][
n
];
return
r
},
oa
.
transpose
=
function
(
n
){
return
oa
.
zip
.
apply
(
oa
,
n
)},
oa
.
keys
=
function
(
n
){
var
t
=
[];
for
(
var
e
in
n
)
t
.
push
(
e
);
return
t
},
oa
.
values
=
function
(
n
){
var
t
=
[];
for
(
var
e
in
n
)
t
.
push
(
n
[
e
]);
return
t
},
oa
.
entries
=
function
(
n
){
var
t
=
[];
for
(
var
e
in
n
)
t
.
push
({
key
:
e
,
value
:
n
[
e
]});
return
t
},
oa
.
merge
=
function
(
n
){
return
Array
.
prototype
.
concat
.
apply
([],
n
)},
oa
.
range
=
function
(
n
,
t
,
r
){
if
(
arguments
.
length
<
3
&&
(
r
=
1
,
arguments
.
length
<
2
&&
(
t
=
n
,
n
=
0
)),
1
/
0
===
(
t
-
n
)
/
r
)
throw
Error
(
"infinite range"
);
var
u
,
i
=
[],
a
=
e
(
Math
.
abs
(
r
)),
o
=-
1
;
if
(
n
*=
a
,
t
*=
a
,
r
*=
a
,
0
>
r
)
for
(;(
u
=
n
+
r
*++
o
)
>
t
;)
i
.
push
(
u
/
a
);
else
for
(;(
u
=
n
+
r
*++
o
)
<
t
;)
i
.
push
(
u
/
a
);
return
i
},
oa
.
map
=
function
(
n
){
var
t
=
new
u
;
for
(
var
e
in
n
)
t
.
set
(
e
,
n
[
e
]);
return
t
},
r
(
u
,{
has
:
function
(
n
){
return
pa
+
n
in
this
},
get
:
function
(
n
){
return
this
[
pa
+
n
]},
set
:
function
(
n
,
t
){
return
this
[
pa
+
n
]
=
t
},
remove
:
function
(
n
){
return
n
=
pa
+
n
,
n
in
this
&&
delete
this
[
n
]},
keys
:
function
(){
var
n
=
[];
return
this
.
forEach
(
function
(
t
){
n
.
push
(
t
)}),
n
},
values
:
function
(){
var
n
=
[];
return
this
.
forEach
(
function
(
t
,
e
){
n
.
push
(
e
)}),
n
},
entries
:
function
(){
var
n
=
[];
return
this
.
forEach
(
function
(
t
,
e
){
n
.
push
({
key
:
t
,
value
:
e
})}),
n
},
forEach
:
function
(
n
){
for
(
var
t
in
this
)
t
.
charCodeAt
(
0
)
===
da
&&
n
.
call
(
this
,
t
.
substring
(
1
),
this
[
t
])}});
var
pa
=
"
\
0"
,
da
=
pa
.
charCodeAt
(
0
);
oa
.
nest
=
function
(){
function
n
(
t
,
o
,
c
){
if
(
c
>=
a
.
length
)
return
r
?
r
.
call
(
i
,
o
):
e
?
o
.
sort
(
e
):
o
;
for
(
var
l
,
f
,
s
,
h
,
g
=-
1
,
p
=
o
.
length
,
d
=
a
[
c
++
],
m
=
new
u
;
++
g
<
p
;)(
h
=
m
.
get
(
l
=
d
(
f
=
o
[
g
])))?
h
.
push
(
f
):
m
.
set
(
l
,[
f
]);
return
t
?(
f
=
t
(),
s
=
function
(
e
,
r
){
f
.
set
(
e
,
n
(
t
,
r
,
c
))}):(
f
=
{},
s
=
function
(
e
,
r
){
f
[
e
]
=
n
(
t
,
r
,
c
)}),
m
.
forEach
(
s
),
f
}
function
t
(
n
,
e
){
if
(
e
>=
a
.
length
)
return
n
;
var
r
=
[],
u
=
o
[
e
++
];
return
n
.
forEach
(
function
(
n
,
u
){
r
.
push
({
key
:
n
,
values
:
t
(
u
,
e
)})}),
u
?
r
.
sort
(
function
(
n
,
t
){
return
u
(
n
.
key
,
t
.
key
)}):
r
}
var
e
,
r
,
i
=
{},
a
=
[],
o
=
[];
return
i
.
map
=
function
(
t
,
e
){
return
n
(
e
,
t
,
0
)},
i
.
entries
=
function
(
e
){
return
t
(
n
(
oa
.
map
,
e
,
0
),
0
)},
i
.
key
=
function
(
n
){
return
a
.
push
(
n
),
i
},
i
.
sortKeys
=
function
(
n
){
return
o
[
a
.
length
-
1
]
=
n
,
i
},
i
.
sortValues
=
function
(
n
){
return
e
=
n
,
i
},
i
.
rollup
=
function
(
n
){
return
r
=
n
,
i
},
i
},
oa
.
set
=
function
(
n
){
var
t
=
new
i
;
if
(
n
)
for
(
var
e
=
0
;
e
<
n
.
length
;
e
++
)
t
.
add
(
n
[
e
]);
return
t
},
r
(
i
,{
has
:
function
(
n
){
return
pa
+
n
in
this
},
add
:
function
(
n
){
return
this
[
pa
+
n
]
=!
0
,
n
},
remove
:
function
(
n
){
return
n
=
pa
+
n
,
n
in
this
&&
delete
this
[
n
]},
values
:
function
(){
var
n
=
[];
return
this
.
forEach
(
function
(
t
){
n
.
push
(
t
)}),
n
},
forEach
:
function
(
n
){
for
(
var
t
in
this
)
t
.
charCodeAt
(
0
)
===
da
&&
n
.
call
(
this
,
t
.
substring
(
1
))}}),
oa
.
behavior
=
{},
oa
.
rebind
=
function
(
n
,
t
){
for
(
var
e
,
r
=
1
,
u
=
arguments
.
length
;
++
r
<
u
;)
n
[
e
=
arguments
[
r
]]
=
a
(
n
,
t
,
t
[
e
]);
return
n
},
oa
.
dispatch
=
function
(){
for
(
var
n
=
new
o
,
t
=-
1
,
e
=
arguments
.
length
;
++
t
<
e
;)
n
[
arguments
[
t
]]
=
c
(
n
);
return
n
},
o
.
prototype
.
on
=
function
(
n
,
t
){
var
e
=
n
.
indexOf
(
"."
),
r
=
""
;
if
(
e
>=
0
&&
(
r
=
n
.
substring
(
e
+
1
),
n
=
n
.
substring
(
0
,
e
)),
n
)
return
arguments
.
length
<
2
?
this
[
n
].
on
(
r
):
this
[
n
].
on
(
r
,
t
);
if
(
arguments
.
length
===
2
){
if
(
null
==
t
)
for
(
n
in
this
)
this
.
hasOwnProperty
(
n
)
&&
this
[
n
].
on
(
r
,
null
);
return
this
}},
oa
.
event
=
null
,
oa
.
mouse
=
function
(
n
){
return
h
(
n
,
f
())};
var
ma
=
/WebKit/
.
test
(
la
.
navigator
.
userAgent
)?
-
1
:
0
,
va
=
p
;
try
{
va
(
ca
.
documentElement
.
childNodes
)[
0
].
nodeType
}
catch
(
ya
){
va
=
g
}
var
Ma
=
[].
__proto__
?
function
(
n
,
t
){
n
.
__proto__
=
t
}:
function
(
n
,
t
){
for
(
var
e
in
t
)
n
[
e
]
=
t
[
e
]};
oa
.
touches
=
function
(
n
,
t
){
return
arguments
.
length
<
2
&&
(
t
=
f
().
touches
),
t
?
va
(
t
).
map
(
function
(
t
){
var
e
=
h
(
n
,
t
);
return
e
.
identifier
=
t
.
identifier
,
e
}):[]},
oa
.
behavior
.
drag
=
function
(){
function
n
(){
this
.
on
(
"mousedown.drag"
,
t
).
on
(
"touchstart.drag"
,
t
)}
function
t
(){
function
n
(){
var
n
=
o
.
parentNode
;
return
null
!=
s
?
oa
.
touches
(
n
).
filter
(
function
(
n
){
return
n
.
identifier
===
s
})[
0
]:
oa
.
mouse
(
n
)}
function
t
(){
if
(
!
o
.
parentNode
)
return
u
();
var
t
=
n
(),
e
=
t
[
0
]
-
h
[
0
],
r
=
t
[
1
]
-
h
[
1
];
g
|=
e
|
r
,
h
=
t
,
l
(),
c
({
type
:
"drag"
,
x
:
t
[
0
]
+
a
[
0
],
y
:
t
[
1
]
+
a
[
1
],
dx
:
e
,
dy
:
r
})}
function
u
(){
c
({
type
:
"dragend"
}),
g
&&
(
l
(),
oa
.
event
.
target
===
f
&&
p
.
on
(
"click.drag"
,
i
,
!
0
)),
p
.
on
(
null
!=
s
?
"touchmove.drag-"
+
s
:
"mousemove.drag"
,
null
).
on
(
null
!=
s
?
"touchend.drag-"
+
s
:
"mouseup.drag"
,
null
)}
function
i
(){
l
(),
p
.
on
(
"click.drag"
,
null
)}
var
a
,
o
=
this
,
c
=
e
.
of
(
o
,
arguments
),
f
=
oa
.
event
.
target
,
s
=
oa
.
event
.
touches
?
oa
.
event
.
changedTouches
[
0
].
identifier
:
null
,
h
=
n
(),
g
=
0
,
p
=
oa
.
select
(
la
).
on
(
null
!=
s
?
"touchmove.drag-"
+
s
:
"mousemove.drag"
,
t
).
on
(
null
!=
s
?
"touchend.drag-"
+
s
:
"mouseup.drag"
,
u
,
!
0
);
r
?(
a
=
r
.
apply
(
o
,
arguments
),
a
=
[
a
.
x
-
h
[
0
],
a
.
y
-
h
[
1
]]):
a
=
[
0
,
0
],
null
==
s
&&
l
(),
c
({
type
:
"dragstart"
})}
var
e
=
s
(
n
,
"drag"
,
"dragstart"
,
"dragend"
),
r
=
null
;
return
n
.
origin
=
function
(
t
){
return
arguments
.
length
?(
r
=
t
,
n
):
r
},
oa
.
rebind
(
n
,
e
,
"on"
)};
var
xa
=
function
(
n
,
t
){
return
t
.
querySelector
(
n
)},
ba
=
function
(
n
,
t
){
return
t
.
querySelectorAll
(
n
)},
_a
=
ca
.
documentElement
,
wa
=
_a
.
matchesSelector
||
_a
.
webkitMatchesSelector
||
_a
.
mozMatchesSelector
||
_a
.
msMatchesSelector
||
_a
.
oMatchesSelector
,
Sa
=
function
(
n
,
t
){
return
wa
.
call
(
n
,
t
)};
"function"
==
typeof
Sizzle
&&
(
xa
=
function
(
n
,
t
){
return
Sizzle
(
n
,
t
)[
0
]
||
null
},
ba
=
function
(
n
,
t
){
return
Sizzle
.
uniqueSort
(
Sizzle
(
n
,
t
))},
Sa
=
Sizzle
.
matchesSelector
);
var
Ea
=
[];
oa
.
selection
=
function
(){
return
Ta
},
oa
.
selection
.
prototype
=
Ea
,
Ea
.
select
=
function
(
n
){
var
t
,
e
,
r
,
u
,
i
=
[];
"function"
!=
typeof
n
&&
(
n
=
m
(
n
));
for
(
var
a
=-
1
,
o
=
this
.
length
;
++
a
<
o
;){
i
.
push
(
t
=
[]),
t
.
parentNode
=
(
r
=
this
[
a
]).
parentNode
;
for
(
var
c
=-
1
,
l
=
r
.
length
;
++
c
<
l
;)(
u
=
r
[
c
])?(
t
.
push
(
e
=
n
.
call
(
u
,
u
.
__data__
,
c
)),
e
&&
"__data__"
in
u
&&
(
e
.
__data__
=
u
.
__data__
)):
t
.
push
(
null
)}
return
d
(
i
)},
Ea
.
selectAll
=
function
(
n
){
var
t
,
e
,
r
=
[];
"function"
!=
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data
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){
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function
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this
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function
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1
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sort
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);
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Ea
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on
=
function
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t
,
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){
var
r
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arguments
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length
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3
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r
){
if
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"string"
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typeof
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2
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this
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node
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=
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map
({
mouseenter
:
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,
mouseleave
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function
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t
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(
arguments
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0
]
=
this
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t
),
this
},
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empty
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function
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this
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node
()},
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node
=
function
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(
var
n
=
0
,
t
=
this
.
length
;
t
>
n
;
n
++
)
for
(
var
e
=
this
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n
],
r
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0
,
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e
.
length
;
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r
;
r
++
){
var
i
=
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[
r
];
if
(
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)
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}
return
null
};
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Na
=
[];
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selection
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enter
=
j
,
oa
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selection
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enter
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prototype
=
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,
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append
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insert
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node
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t
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[],
o
=-
1
,
c
=
this
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length
;
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;){
r
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(
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this
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o
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update
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null
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(
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transition
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function
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n
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t
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e
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||++
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[],
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);
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time
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Date
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now
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1
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this
.
length
;
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;){
r
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length
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0
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parentNode
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,
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).
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,
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)}
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(
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){
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[
0
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[
0
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[
1
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-
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[
1
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/
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(
n
){
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n
[
0
]
*
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+
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[
0
],
n
[
1
]
*
w
+
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[
1
]]}
function
r
(
n
){
w
=
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.
max
(
S
[
0
],
Math
.
min
(
S
[
1
],
n
))}
function
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(
n
,
t
){
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(
t
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[
0
]
-
t
[
0
],
_
[
1
]
+=
n
[
1
]
-
t
[
1
]}
function
i
(){
y
&&
y
.
domain
(
v
.
range
().
map
(
function
(
n
){
return
(
n
-
_
[
0
])
/
w
}).
map
(
v
.
invert
)),
x
&&
x
.
domain
(
M
.
range
().
map
(
function
(
n
){
return
(
n
-
_
[
1
])
/
w
}).
map
(
M
.
invert
))}
function
a
(
n
){
i
(),
oa
.
event
.
preventDefault
(),
n
({
type
:
"zoom"
,
scale
:
w
,
translate
:
_
})}
function
o
(){
function
n
(){
f
=
1
,
u
(
oa
.
mouse
(
i
),
h
),
a
(
o
)}
function
e
(){
f
&&
l
(),
s
.
on
(
"mousemove.zoom"
,
null
).
on
(
"mouseup.zoom"
,
null
),
f
&&
oa
.
event
.
target
===
c
&&
s
.
on
(
"click.zoom"
,
r
,
!
0
)}
function
r
(){
l
(),
s
.
on
(
"click.zoom"
,
null
)}
var
i
=
this
,
o
=
E
.
of
(
i
,
arguments
),
c
=
oa
.
event
.
target
,
f
=
0
,
s
=
oa
.
select
(
la
).
on
(
"mousemove.zoom"
,
n
).
on
(
"mouseup.zoom"
,
e
),
h
=
t
(
oa
.
mouse
(
i
));
la
.
focus
(),
l
()}
function
c
(){
d
||
(
d
=
t
(
oa
.
mouse
(
this
))),
r
(
Math
.
pow
(
2
,
Ca
()
*
.
002
)
*
w
),
u
(
oa
.
mouse
(
this
),
d
),
a
(
E
.
of
(
this
,
arguments
))}
function
f
(){
d
=
null
}
function
h
(){
var
n
=
oa
.
mouse
(
this
),
e
=
t
(
n
),
i
=
Math
.
log
(
w
)
/
Math
.
LN2
;
r
(
Math
.
pow
(
2
,
oa
.
event
.
shiftKey
?
Math
.
ceil
(
i
)
-
1
:
Math
.
floor
(
i
)
+
1
)),
u
(
n
,
e
),
a
(
E
.
of
(
this
,
arguments
))}
function
g
(){
var
n
=
oa
.
touches
(
this
),
e
=
Date
.
now
();
if
(
m
=
w
,
d
=
{},
n
.
forEach
(
function
(
n
){
d
[
n
.
identifier
]
=
t
(
n
)}),
l
(),
n
.
length
===
1
){
if
(
500
>
e
-
b
){
var
i
=
n
[
0
],
o
=
t
(
n
[
0
]);
r
(
2
*
w
),
u
(
i
,
o
),
a
(
E
.
of
(
this
,
arguments
))}
b
=
e
}}
function
p
(){
var
n
=
oa
.
touches
(
this
),
t
=
n
[
0
],
e
=
d
[
t
.
identifier
];
if
(
i
=
n
[
1
]){
var
i
,
o
=
d
[
i
.
identifier
];
t
=
[(
t
[
0
]
+
i
[
0
])
/
2
,(
t
[
1
]
+
i
[
1
])
/
2
],
e
=
[(
e
[
0
]
+
o
[
0
])
/
2
,(
e
[
1
]
+
o
[
1
])
/
2
],
r
(
oa
.
event
.
scale
*
m
)}
u
(
t
,
e
),
b
=
null
,
a
(
E
.
of
(
this
,
arguments
))}
var
d
,
m
,
v
,
y
,
M
,
x
,
b
,
_
=
[
0
,
0
],
w
=
1
,
S
=
za
,
E
=
s
(
n
,
"zoom"
);
return
n
.
translate
=
function
(
t
){
return
arguments
.
length
?(
_
=
t
.
map
(
Number
),
i
(),
n
):
_
},
n
.
scale
=
function
(
t
){
return
arguments
.
length
?(
w
=+
t
,
i
(),
n
):
w
},
n
.
scaleExtent
=
function
(
t
){
return
arguments
.
length
?(
S
=
null
==
t
?
za
:
t
.
map
(
Number
),
n
):
S
},
n
.
x
=
function
(
t
){
return
arguments
.
length
?(
y
=
t
,
v
=
t
.
copy
(),
_
=
[
0
,
0
],
w
=
1
,
n
):
y
},
n
.
y
=
function
(
t
){
return
arguments
.
length
?(
x
=
t
,
M
=
t
.
copy
(),
_
=
[
0
,
0
],
w
=
1
,
n
):
x
},
oa
.
rebind
(
n
,
E
,
"on"
)};
var
Ca
,
za
=
[
0
,
1
/
0
],
Da
=
"onwheel"
in
ca
?(
Ca
=
function
(){
return
-
oa
.
event
.
deltaY
*
(
oa
.
event
.
deltaMode
?
120
:
1
)},
"wheel"
):
"onmousewheel"
in
ca
?(
Ca
=
function
(){
return
oa
.
event
.
wheelDelta
},
"mousewheel"
):(
Ca
=
function
(){
return
-
oa
.
event
.
detail
},
"MozMousePixelScroll"
);
L
.
prototype
.
toString
=
function
(){
return
this
.
rgb
()
+
""
},
oa
.
hsl
=
function
(
n
,
t
,
e
){
return
arguments
.
length
===
1
?
n
instanceof
H
?
F
(
n
.
h
,
n
.
s
,
n
.
l
):
ut
(
""
+
n
,
it
,
F
):
F
(
+
n
,
+
t
,
+
e
)};
var
ja
=
H
.
prototype
=
new
L
;
ja
.
brighter
=
function
(
n
){
return
n
=
Math
.
pow
(.
7
,
arguments
.
length
?
n
:
1
),
F
(
this
.
h
,
this
.
s
,
this
.
l
/
n
)},
ja
.
darker
=
function
(
n
){
return
n
=
Math
.
pow
(.
7
,
arguments
.
length
?
n
:
1
),
F
(
this
.
h
,
this
.
s
,
n
*
this
.
l
)},
ja
.
rgb
=
function
(){
return
P
(
this
.
h
,
this
.
s
,
this
.
l
)};
var
La
=
Math
.
PI
,
Fa
=
1
e
-
6
,
Ha
=
La
/
180
,
Pa
=
180
/
La
;
oa
.
hcl
=
function
(
n
,
t
,
e
){
return
arguments
.
length
===
1
?
n
instanceof
Z
?
X
(
n
.
h
,
n
.
c
,
n
.
l
):
n
instanceof
J
?
K
(
n
.
l
,
n
.
a
,
n
.
b
):
K
((
n
=
at
((
n
=
oa
.
rgb
(
n
)).
r
,
n
.
g
,
n
.
b
)).
l
,
n
.
a
,
n
.
b
):
X
(
+
n
,
+
t
,
+
e
)};
var
Ra
=
Z
.
prototype
=
new
L
;
Ra
.
brighter
=
function
(
n
){
return
X
(
this
.
h
,
this
.
c
,
Math
.
min
(
100
,
this
.
l
+
Oa
*
(
arguments
.
length
?
n
:
1
)))},
Ra
.
darker
=
function
(
n
){
return
X
(
this
.
h
,
this
.
c
,
Math
.
max
(
0
,
this
.
l
-
Oa
*
(
arguments
.
length
?
n
:
1
)))},
Ra
.
rgb
=
function
(){
return
B
(
this
.
h
,
this
.
c
,
this
.
l
).
rgb
()},
oa
.
lab
=
function
(
n
,
t
,
e
){
return
arguments
.
length
===
1
?
n
instanceof
J
?
$
(
n
.
l
,
n
.
a
,
n
.
b
):
n
instanceof
Z
?
B
(
n
.
l
,
n
.
c
,
n
.
h
):
at
((
n
=
oa
.
rgb
(
n
)).
r
,
n
.
g
,
n
.
b
):
$
(
+
n
,
+
t
,
+
e
)};
var
Oa
=
18
,
Ya
=
.
95047
,
Ua
=
1
,
Ia
=
1.08883
,
Va
=
J
.
prototype
=
new
L
;
Va
.
brighter
=
function
(
n
){
return
$
(
Math
.
min
(
100
,
this
.
l
+
Oa
*
(
arguments
.
length
?
n
:
1
)),
this
.
a
,
this
.
b
)},
Va
.
darker
=
function
(
n
){
return
$
(
Math
.
max
(
0
,
this
.
l
-
Oa
*
(
arguments
.
length
?
n
:
1
)),
this
.
a
,
this
.
b
)},
Va
.
rgb
=
function
(){
return
G
(
this
.
l
,
this
.
a
,
this
.
b
)},
oa
.
rgb
=
function
(
n
,
t
,
e
){
return
arguments
.
length
===
1
?
n
instanceof
et
?
tt
(
n
.
r
,
n
.
g
,
n
.
b
):
ut
(
""
+
n
,
tt
,
P
):
tt
(
~~
n
,
~~
t
,
~~
e
)};
var
Xa
=
et
.
prototype
=
new
L
;
Xa
.
brighter
=
function
(
n
){
n
=
Math
.
pow
(.
7
,
arguments
.
length
?
n
:
1
);
var
t
=
this
.
r
,
e
=
this
.
g
,
r
=
this
.
b
,
u
=
30
;
return
t
||
e
||
r
?(
t
&&
u
>
t
&&
(
t
=
u
),
e
&&
u
>
e
&&
(
e
=
u
),
r
&&
u
>
r
&&
(
r
=
u
),
tt
(
Math
.
min
(
255
,
Math
.
floor
(
t
/
n
)),
Math
.
min
(
255
,
Math
.
floor
(
e
/
n
)),
Math
.
min
(
255
,
Math
.
floor
(
r
/
n
)))):
tt
(
u
,
u
,
u
)},
Xa
.
darker
=
function
(
n
){
return
n
=
Math
.
pow
(.
7
,
arguments
.
length
?
n
:
1
),
tt
(
Math
.
floor
(
n
*
this
.
r
),
Math
.
floor
(
n
*
this
.
g
),
Math
.
floor
(
n
*
this
.
b
))},
Xa
.
hsl
=
function
(){
return
it
(
this
.
r
,
this
.
g
,
this
.
b
)},
Xa
.
toString
=
function
(){
return
"#"
+
rt
(
this
.
r
)
+
rt
(
this
.
g
)
+
rt
(
this
.
b
)};
var
Za
=
oa
.
map
({
aliceblue
:
"#f0f8ff"
,
antiquewhite
:
"#faebd7"
,
aqua
:
"#00ffff"
,
aquamarine
:
"#7fffd4"
,
azure
:
"#f0ffff"
,
beige
:
"#f5f5dc"
,
bisque
:
"#ffe4c4"
,
black
:
"#000000"
,
blanchedalmond
:
"#ffebcd"
,
blue
:
"#0000ff"
,
blueviolet
:
"#8a2be2"
,
brown
:
"#a52a2a"
,
burlywood
:
"#deb887"
,
cadetblue
:
"#5f9ea0"
,
chartreuse
:
"#7fff00"
,
chocolate
:
"#d2691e"
,
coral
:
"#ff7f50"
,
cornflowerblue
:
"#6495ed"
,
cornsilk
:
"#fff8dc"
,
crimson
:
"#dc143c"
,
cyan
:
"#00ffff"
,
darkblue
:
"#00008b"
,
darkcyan
:
"#008b8b"
,
darkgoldenrod
:
"#b8860b"
,
darkgray
:
"#a9a9a9"
,
darkgreen
:
"#006400"
,
darkgrey
:
"#a9a9a9"
,
darkkhaki
:
"#bdb76b"
,
darkmagenta
:
"#8b008b"
,
darkolivegreen
:
"#556b2f"
,
darkorange
:
"#ff8c00"
,
darkorchid
:
"#9932cc"
,
darkred
:
"#8b0000"
,
darksalmon
:
"#e9967a"
,
darkseagreen
:
"#8fbc8f"
,
darkslateblue
:
"#483d8b"
,
darkslategray
:
"#2f4f4f"
,
darkslategrey
:
"#2f4f4f"
,
darkturquoise
:
"#00ced1"
,
darkviolet
:
"#9400d3"
,
deeppink
:
"#ff1493"
,
deepskyblue
:
"#00bfff"
,
dimgray
:
"#696969"
,
dimgrey
:
"#696969"
,
dodgerblue
:
"#1e90ff"
,
firebrick
:
"#b22222"
,
floralwhite
:
"#fffaf0"
,
forestgreen
:
"#228b22"
,
fuchsia
:
"#ff00ff"
,
gainsboro
:
"#dcdcdc"
,
ghostwhite
:
"#f8f8ff"
,
gold
:
"#ffd700"
,
goldenrod
:
"#daa520"
,
gray
:
"#808080"
,
green
:
"#008000"
,
greenyellow
:
"#adff2f"
,
grey
:
"#808080"
,
honeydew
:
"#f0fff0"
,
hotpink
:
"#ff69b4"
,
indianred
:
"#cd5c5c"
,
indigo
:
"#4b0082"
,
ivory
:
"#fffff0"
,
khaki
:
"#f0e68c"
,
lavender
:
"#e6e6fa"
,
lavenderblush
:
"#fff0f5"
,
lawngreen
:
"#7cfc00"
,
lemonchiffon
:
"#fffacd"
,
lightblue
:
"#add8e6"
,
lightcoral
:
"#f08080"
,
lightcyan
:
"#e0ffff"
,
lightgoldenrodyellow
:
"#fafad2"
,
lightgray
:
"#d3d3d3"
,
lightgreen
:
"#90ee90"
,
lightgrey
:
"#d3d3d3"
,
lightpink
:
"#ffb6c1"
,
lightsalmon
:
"#ffa07a"
,
lightseagreen
:
"#20b2aa"
,
lightskyblue
:
"#87cefa"
,
lightslategray
:
"#778899"
,
lightslategrey
:
"#778899"
,
lightsteelblue
:
"#b0c4de"
,
lightyellow
:
"#ffffe0"
,
lime
:
"#00ff00"
,
limegreen
:
"#32cd32"
,
linen
:
"#faf0e6"
,
magenta
:
"#ff00ff"
,
maroon
:
"#800000"
,
mediumaquamarine
:
"#66cdaa"
,
mediumblue
:
"#0000cd"
,
mediumorchid
:
"#ba55d3"
,
mediumpurple
:
"#9370db"
,
mediumseagreen
:
"#3cb371"
,
mediumslateblue
:
"#7b68ee"
,
mediumspringgreen
:
"#00fa9a"
,
mediumturquoise
:
"#48d1cc"
,
mediumvioletred
:
"#c71585"
,
midnightblue
:
"#191970"
,
mintcream
:
"#f5fffa"
,
mistyrose
:
"#ffe4e1"
,
moccasin
:
"#ffe4b5"
,
navajowhite
:
"#ffdead"
,
navy
:
"#000080"
,
oldlace
:
"#fdf5e6"
,
olive
:
"#808000"
,
olivedrab
:
"#6b8e23"
,
orange
:
"#ffa500"
,
orangered
:
"#ff4500"
,
orchid
:
"#da70d6"
,
palegoldenrod
:
"#eee8aa"
,
palegreen
:
"#98fb98"
,
paleturquoise
:
"#afeeee"
,
palevioletred
:
"#db7093"
,
papayawhip
:
"#ffefd5"
,
peachpuff
:
"#ffdab9"
,
peru
:
"#cd853f"
,
pink
:
"#ffc0cb"
,
plum
:
"#dda0dd"
,
powderblue
:
"#b0e0e6"
,
purple
:
"#800080"
,
red
:
"#ff0000"
,
rosybrown
:
"#bc8f8f"
,
royalblue
:
"#4169e1"
,
saddlebrown
:
"#8b4513"
,
salmon
:
"#fa8072"
,
sandybrown
:
"#f4a460"
,
seagreen
:
"#2e8b57"
,
seashell
:
"#fff5ee"
,
sienna
:
"#a0522d"
,
silver
:
"#c0c0c0"
,
skyblue
:
"#87ceeb"
,
slateblue
:
"#6a5acd"
,
slategray
:
"#708090"
,
slategrey
:
"#708090"
,
snow
:
"#fffafa"
,
springgreen
:
"#00ff7f"
,
steelblue
:
"#4682b4"
,
tan
:
"#d2b48c"
,
teal
:
"#008080"
,
thistle
:
"#d8bfd8"
,
tomato
:
"#ff6347"
,
turquoise
:
"#40e0d0"
,
violet
:
"#ee82ee"
,
wheat
:
"#f5deb3"
,
white
:
"#ffffff"
,
whitesmoke
:
"#f5f5f5"
,
yellow
:
"#ffff00"
,
yellowgreen
:
"#9acd32"
});
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function
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go
=
2
,
po
=
mo
=
vo
=
yo
=
0
)},
point
:
wt
,
lineStart
:
Et
,
lineEnd
:
kt
,
polygonStart
:
function
(){
2
>
go
&&
(
go
=
2
,
po
=
mo
=
vo
=
yo
=
0
),
Mo
.
lineStart
=
St
},
polygonEnd
:
function
(){
Mo
.
lineStart
=
Et
}},
xo
=
Pt
(
Dt
,
It
,
Xt
),
bo
=
1
e9
;
oa
.
geo
.
projection
=
Kt
,
oa
.
geo
.
projectionMutator
=
Wt
,(
oa
.
geo
.
equirectangular
=
function
(){
return
Kt
(
ne
)}).
raw
=
ne
.
invert
=
ne
,
oa
.
geo
.
rotation
=
function
(
n
){
function
t
(
t
){
return
t
=
n
(
t
[
0
]
*
Ha
,
t
[
1
]
*
Ha
),
t
[
0
]
*=
Pa
,
t
[
1
]
*=
Pa
,
t
}
return
n
=
te
(
n
[
0
]
%
360
*
Ha
,
n
[
1
]
*
Ha
,
n
.
length
>
2
?
n
[
2
]
*
Ha
:
0
),
t
.
invert
=
function
(
t
){
return
t
=
n
.
invert
(
t
[
0
]
*
Ha
,
t
[
1
]
*
Ha
),
t
[
0
]
*=
Pa
,
t
[
1
]
*=
Pa
,
t
},
t
},
oa
.
geo
.
circle
=
function
(){
function
n
(){
var
n
=
"function"
==
typeof
r
?
r
.
apply
(
this
,
arguments
):
r
,
t
=
te
(
-
n
[
0
]
*
Ha
,
-
n
[
1
]
*
Ha
,
0
).
invert
,
u
=
[];
return
e
(
null
,
null
,
1
,{
point
:
function
(
n
,
e
){
u
.
push
(
n
=
t
(
n
,
e
)),
n
[
0
]
*=
Pa
,
n
[
1
]
*=
Pa
}}),{
type
:
"Polygon"
,
coordinates
:[
u
]}}
var
t
,
e
,
r
=
[
0
,
0
],
u
=
6
;
return
n
.
origin
=
function
(
t
){
return
arguments
.
length
?(
r
=
t
,
n
):
r
},
n
.
angle
=
function
(
r
){
return
arguments
.
length
?(
e
=
ie
((
t
=+
r
)
*
Ha
,
u
*
Ha
),
n
):
t
},
n
.
precision
=
function
(
r
){
return
arguments
.
length
?(
e
=
ie
(
t
*
Ha
,(
u
=+
r
)
*
Ha
),
n
):
u
},
n
.
angle
(
90
)},
oa
.
geo
.
distance
=
function
(
n
,
t
){
var
e
,
r
=
(
t
[
0
]
-
n
[
0
])
*
Ha
,
u
=
n
[
1
]
*
Ha
,
i
=
t
[
1
]
*
Ha
,
a
=
Math
.
sin
(
r
),
o
=
Math
.
cos
(
r
),
c
=
Math
.
sin
(
u
),
l
=
Math
.
cos
(
u
),
f
=
Math
.
sin
(
i
),
s
=
Math
.
cos
(
i
);
return
Math
.
atan2
(
Math
.
sqrt
((
e
=
s
*
a
)
*
e
+
(
e
=
l
*
f
-
c
*
s
*
o
)
*
e
),
c
*
f
+
l
*
s
*
o
)},
oa
.
geo
.
graticule
=
function
(){
function
n
(){
return
{
type
:
"MultiLineString"
,
coordinates
:
t
()}}
function
t
(){
return
oa
.
range
(
Math
.
ceil
(
i
/
m
)
*
m
,
u
,
m
).
map
(
h
).
concat
(
oa
.
range
(
Math
.
ceil
(
l
/
v
)
*
v
,
c
,
v
).
map
(
g
)).
concat
(
oa
.
range
(
Math
.
ceil
(
r
/
p
)
*
p
,
e
,
p
).
filter
(
function
(
n
){
return
Math
.
abs
(
n
%
m
)
>
Fa
}).
map
(
f
)).
concat
(
oa
.
range
(
Math
.
ceil
(
o
/
d
)
*
d
,
a
,
d
).
filter
(
function
(
n
){
return
Math
.
abs
(
n
%
v
)
>
Fa
}).
map
(
s
))}
var
e
,
r
,
u
,
i
,
a
,
o
,
c
,
l
,
f
,
s
,
h
,
g
,
p
=
10
,
d
=
p
,
m
=
90
,
v
=
360
,
y
=
2.5
;
return
n
.
lines
=
function
(){
return
t
().
map
(
function
(
n
){
return
{
type
:
"LineString"
,
coordinates
:
n
}})},
n
.
outline
=
function
(){
return
{
type
:
"Polygon"
,
coordinates
:[
h
(
i
).
concat
(
g
(
c
).
slice
(
1
),
h
(
u
).
reverse
().
slice
(
1
),
g
(
l
).
reverse
().
slice
(
1
))]}},
n
.
extent
=
function
(
t
){
return
arguments
.
length
?
n
.
majorExtent
(
t
).
minorExtent
(
t
):
n
.
minorExtent
()},
n
.
majorExtent
=
function
(
t
){
return
arguments
.
length
?(
i
=+
t
[
0
][
0
],
u
=+
t
[
1
][
0
],
l
=+
t
[
0
][
1
],
c
=+
t
[
1
][
1
],
i
>
u
&&
(
t
=
i
,
i
=
u
,
u
=
t
),
l
>
c
&&
(
t
=
l
,
l
=
c
,
c
=
t
),
n
.
precision
(
y
)):[[
i
,
l
],[
u
,
c
]]},
n
.
minorExtent
=
function
(
t
){
return
arguments
.
length
?(
r
=+
t
[
0
][
0
],
e
=+
t
[
1
][
0
],
o
=+
t
[
0
][
1
],
a
=+
t
[
1
][
1
],
r
>
e
&&
(
t
=
r
,
r
=
e
,
e
=
t
),
o
>
a
&&
(
t
=
o
,
o
=
a
,
a
=
t
),
n
.
precision
(
y
)):[[
r
,
o
],[
e
,
a
]]},
n
.
step
=
function
(
t
){
return
arguments
.
length
?
n
.
majorStep
(
t
).
minorStep
(
t
):
n
.
minorStep
()},
n
.
majorStep
=
function
(
t
){
return
arguments
.
length
?(
m
=+
t
[
0
],
v
=+
t
[
1
],
n
):[
m
,
v
]},
n
.
minorStep
=
function
(
t
){
return
arguments
.
length
?(
p
=+
t
[
0
],
d
=+
t
[
1
],
n
):[
p
,
d
]},
n
.
precision
=
function
(
t
){
return
arguments
.
length
?(
y
=+
t
,
f
=
oe
(
o
,
a
,
90
),
s
=
ce
(
r
,
e
,
y
),
h
=
oe
(
l
,
c
,
90
),
g
=
ce
(
i
,
u
,
y
),
n
):
y
},
n
.
majorExtent
([[
-
180
,
-
90
+
Fa
],[
180
,
90
-
Fa
]]).
minorExtent
([[
-
180
,
-
80
-
Fa
],[
180
,
80
+
Fa
]])},
oa
.
geo
.
greatArc
=
function
(){
function
n
(){
return
{
type
:
"LineString"
,
coordinates
:[
t
||
r
.
apply
(
this
,
arguments
),
e
||
u
.
apply
(
this
,
arguments
)]}}
var
t
,
e
,
r
=
le
,
u
=
fe
;
return
n
.
distance
=
function
(){
return
oa
.
geo
.
distance
(
t
||
r
.
apply
(
this
,
arguments
),
e
||
u
.
apply
(
this
,
arguments
))},
n
.
source
=
function
(
e
){
return
arguments
.
length
?(
r
=
e
,
t
=
"function"
==
typeof
e
?
null
:
e
,
n
):
r
},
n
.
target
=
function
(
t
){
return
arguments
.
length
?(
u
=
t
,
e
=
"function"
==
typeof
t
?
null
:
t
,
n
):
u
},
n
.
precision
=
function
(){
return
arguments
.
length
?
n
:
0
},
n
},
oa
.
geo
.
interpolate
=
function
(
n
,
t
){
return
se
(
n
[
0
]
*
Ha
,
n
[
1
]
*
Ha
,
t
[
0
]
*
Ha
,
t
[
1
]
*
Ha
)},
oa
.
geo
.
length
=
function
(
n
){
return
_o
=
0
,
oa
.
geo
.
stream
(
n
,
wo
),
_o
};
var
_o
,
wo
=
{
sphere
:
N
,
point
:
N
,
lineStart
:
he
,
lineEnd
:
N
,
polygonStart
:
N
,
polygonEnd
:
N
};(
oa
.
geo
.
conicEqualArea
=
function
(){
return
ge
(
pe
)}).
raw
=
pe
,
oa
.
geo
.
albersUsa
=
function
(){
function
n
(
n
){
return
t
(
n
)(
n
)}
function
t
(
n
){
var
t
=
n
[
0
],
e
=
n
[
1
];
return
e
>
50
?
a
:
-
140
>
t
?
o
:
21
>
e
?
c
:
i
}
var
e
,
r
,
u
,
i
=
oa
.
geo
.
conicEqualArea
().
rotate
([
98
,
0
]).
center
([
0
,
38
]).
parallels
([
29.5
,
45.5
]),
a
=
oa
.
geo
.
conicEqualArea
().
rotate
([
160
,
0
]).
center
([
0
,
60
]).
parallels
([
55
,
65
]),
o
=
oa
.
geo
.
conicEqualArea
().
rotate
([
160
,
0
]).
center
([
0
,
20
]).
parallels
([
8
,
18
]),
c
=
oa
.
geo
.
conicEqualArea
().
rotate
([
60
,
0
]).
center
([
0
,
10
]).
parallels
([
8
,
18
]);
return
n
.
invert
=
function
(
n
){
return
e
(
n
)
||
r
(
n
)
||
u
(
n
)
||
i
.
invert
(
n
)},
n
.
scale
=
function
(
t
){
return
arguments
.
length
?(
i
.
scale
(
t
),
a
.
scale
(.
6
*
t
),
o
.
scale
(
t
),
c
.
scale
(
1.5
*
t
),
n
.
translate
(
i
.
translate
())):
i
.
scale
()},
n
.
translate
=
function
(
t
){
if
(
!
arguments
.
length
)
return
i
.
translate
();
var
l
=
i
.
scale
(),
f
=
t
[
0
],
s
=
t
[
1
];
return
i
.
translate
(
t
),
a
.
translate
([
f
-
.
4
*
l
,
s
+
.
17
*
l
]),
o
.
translate
([
f
-
.
19
*
l
,
s
+
.
2
*
l
]),
c
.
translate
([
f
+
.
58
*
l
,
s
+
.
43
*
l
]),
e
=
de
(
a
,[[
-
180
,
50
],[
-
130
,
72
]]),
r
=
de
(
o
,[[
-
164
,
18
],[
-
154
,
24
]]),
u
=
de
(
c
,[[
-
67.5
,
17.5
],[
-
65
,
19
]]),
n
},
n
.
scale
(
1
e3
)};
var
So
,
Eo
,
ko
=
{
point
:
N
,
lineStart
:
N
,
lineEnd
:
N
,
polygonStart
:
function
(){
Eo
=
0
,
ko
.
lineStart
=
me
},
polygonEnd
:
function
(){
ko
.
lineStart
=
ko
.
lineEnd
=
ko
.
point
=
N
,
So
+=
Math
.
abs
(
Eo
/
2
)}},
Ao
=
{
point
:
ye
,
lineStart
:
Me
,
lineEnd
:
xe
,
polygonStart
:
function
(){
Ao
.
lineStart
=
be
},
polygonEnd
:
function
(){
Ao
.
point
=
ye
,
Ao
.
lineStart
=
Me
,
Ao
.
lineEnd
=
xe
}};
oa
.
geo
.
path
=
function
(){
function
n
(
n
){
return
n
&&
oa
.
geo
.
stream
(
n
,
r
(
u
.
pointRadius
(
"function"
==
typeof
i
?
+
i
.
apply
(
this
,
arguments
):
i
))),
u
.
result
()}
var
t
,
e
,
r
,
u
,
i
=
4.5
;
return
n
.
area
=
function
(
n
){
return
So
=
0
,
oa
.
geo
.
stream
(
n
,
r
(
ko
)),
So
},
n
.
centroid
=
function
(
n
){
return
go
=
mo
=
vo
=
yo
=
0
,
oa
.
geo
.
stream
(
n
,
r
(
Ao
)),
yo
?[
mo
/
yo
,
vo
/
yo
]:
void
0
},
n
.
bounds
=
function
(
n
){
return
_t
(
r
)(
n
)},
n
.
projection
=
function
(
e
){
return
arguments
.
length
?(
r
=
(
t
=
e
)?
e
.
stream
||
Se
(
e
):
ft
,
n
):
t
},
n
.
context
=
function
(
t
){
return
arguments
.
length
?(
u
=
(
e
=
t
)
==
null
?
new
ve
:
new
_e
(
t
),
n
):
e
},
n
.
pointRadius
=
function
(
t
){
return
arguments
.
length
?(
i
=
"function"
==
typeof
t
?
t
:
+
t
,
n
):
i
},
n
.
projection
(
oa
.
geo
.
albersUsa
()).
context
(
null
)},
oa
.
geo
.
albers
=
function
(){
return
oa
.
geo
.
conicEqualArea
().
parallels
([
29.5
,
45.5
]).
rotate
([
98
,
0
]).
center
([
0
,
38
]).
scale
(
1
e3
)};
var
qo
=
Ee
(
function
(
n
){
return
Math
.
sqrt
(
2
/
(
1
+
n
))},
function
(
n
){
return
2
*
Math
.
asin
(
n
/
2
)});(
oa
.
geo
.
azimuthalEqualArea
=
function
(){
return
Kt
(
qo
)}).
raw
=
qo
;
var
No
=
Ee
(
function
(
n
){
var
t
=
Math
.
acos
(
n
);
return
t
&&
t
/
Math
.
sin
(
t
)},
ft
);(
oa
.
geo
.
azimuthalEquidistant
=
function
(){
return
Kt
(
No
)}).
raw
=
No
,(
oa
.
geo
.
conicConformal
=
function
(){
return
ge
(
ke
)}).
raw
=
ke
,(
oa
.
geo
.
conicEquidistant
=
function
(){
return
ge
(
Ae
)}).
raw
=
Ae
;
var
To
=
Ee
(
function
(
n
){
return
1
/
n
},
Math
.
atan
);(
oa
.
geo
.
gnomonic
=
function
(){
return
Kt
(
To
)}).
raw
=
To
,
qe
.
invert
=
function
(
n
,
t
){
return
[
n
,
2
*
Math
.
atan
(
Math
.
exp
(
t
))
-
La
/
2
]},(
oa
.
geo
.
mercator
=
function
(){
return
Ne
(
qe
)}).
raw
=
qe
;
var
Co
=
Ee
(
function
(){
return
1
},
Math
.
asin
);(
oa
.
geo
.
orthographic
=
function
(){
return
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function
(
t
){
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(
var
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for
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},
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geom
.
delaunay
=
function
(
n
){
var
t
=
n
.
map
(
function
(){
return
[]}),
e
=
[];
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(
n
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function
(
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){
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region
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l
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function
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function
(
n
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n
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angle
=
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(
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0
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function
(
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){
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angle
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angle
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t
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voronoi
=
function
(
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l
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g
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f
;
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(
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Fa
){
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Fa
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clip
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)
e
=
[
+
c
.
call
(
this
,
r
=
n
[
a
],
a
),
+
l
.
call
(
this
,
r
,
a
)],
e
.
data
=
r
,
t
.
push
(
e
);
return
oa
.
geom
.
delaunay
(
t
).
map
(
function
(
n
){
return
n
.
map
(
function
(
n
){
return
n
.
data
})})},
t
)};
var
Ho
=
{
l
:
"r"
,
r
:
"l"
};
oa
.
geom
.
quadtree
=
function
(
n
,
t
,
e
,
r
,
u
){
function
i
(
n
){
function
i
(
n
,
t
,
e
,
r
,
u
,
i
,
a
,
o
){
if
(
!
isNaN
(
e
)
&&!
isNaN
(
r
))
if
(
n
.
leaf
){
var
c
=
n
.
x
,
f
=
n
.
y
;
...
...
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