reid@decwrl.dec.com (Brian Reid) (05/25/89)
Here's a teaser to show you why I'm asking for the "inpaths" information.
The file below is a PostScript file for 8.5x11 paper that shows backbone news
flows. The "backbone" is in this case defined to be the top 75 sites in terms
of measured news flow (measured by the inpaths program), except that any site
whose latitude and longitude aren't in the right format in the
comp.mail.maps database is omitted. After choosing that "backbone", I then
compute the aggregate flows, based on articles per day, between those sites.
The width of a line is proportional to the importance of that flow. A flow is
more important if more people's copy of an article took that path. A full
feed to a leaf node will have an importance of 1; a full feed to a node that
feeds 25 others will have an importance of 25, as will a full feed to 5
nodes, each of which feed 5 others.
%!
% netmap-1.5
% Backbone news flows
% Created by decwrl!reid (Brian Reid) Wed May 24 14:15:28 1989
/Pwid 612 def % page width
/Pht 792 def % page height
/Margin 23 def % border margin
/Clw 15 def % max-traffic line width
Pht 792 gt
{statusdict /11x17tray known {
statusdict begin 11x17tray end
}{
statusdict /setpageparams known {
11 72 mul 17 72 mul 36 1 % w h offs. orientation
statusdict begin setpageparams end
}{
11 17 div dup scale % for laserwriter
} ifelse
} ifelse
} if
/TitleSize 10 def
/SubtitleSize 7.5 def
/CaptionSize 8 def
/GridLblSize 5 def
/CityDotFontSize 12 def
/CaptionFont /Helvetica findfont def
/TitleFont /Helvetica-Bold findfont def
/CityDotFont /Courier findfont def
/HostNameFont /Courier findfont def
/ArrowFont /Symbol findfont def
/Nlw 0.25 def /Mlw 0.5 def /Wlw 1 def /Xlw 1.5 def /Zlw 2.5 def
/DMX matrix defaultmatrix def
/MMX matrix def
/DAR [1] def
/DSR [5 1 1 1 1 1] def
/CF {scalefont setfont} bind def
/CL {curveto stroke} bind def
/DV {scf div} bind def
/L /lineto load def
/LX {currentpoint exch pop lineto} bind def
/LY {currentpoint pop exch lineto} bind def
/MP {moveto gsave currentpoint translate} bind def
/MB {lineto stroke grestore} bind def
/MI {currentpoint stroke newpath moveto} bind def
/MT /moveto load def
/NP /newpath load def
/PL {lineto stroke} bind def
/R /rlineto load def
/ST {stroke grestore} bind def
/SCF {DV scalefont setfont} bind def
/SDW {DV setlinewidth DAR 0 setdash} bind def
/SFW {DV setlinewidth DSR 0 setdash} bind def
/SLW {[] 0 setdash DV setlinewidth} bind def
/SPW {Clw mul [] 0 setdash DV setlinewidth 1 setlinecap} bind def
/X {0 rlineto} bind def
/Y {0 exch rlineto} bind def
/ntbl [ [/M /x /w /v /X /X /Z]
[/y /s /m /U /i /J /X]
[/z /q /h /u /e /n /V]
[/A /W /l /X /r /E /T]
[/B /p /g /d /f /o /S]
[/C /t /k /D /j /K /Q]
[/F /G /H /I /N /O /P] ] def
0 1 6 {/rx exch def 0 1 6 {/cx exch def ntbl rx get cx get dup
/X ne {[ cx 3 sub 3 rx sub /rlineto load] cvx bind def} {pop} ifelse
} for } for
/GMCT {gsave moveto currentpoint transform
DMX setmatrix itransform translate CaptionFont
GridLblSize CF} bind def
/RSG {rotate 0 0.5 rmoveto show grestore} bind def
/GMT {gsave transform 0 0 moveto 1 scf div dup scale} bind def
/BA {gsave translate rotate 1 DV dup scale newpath 0.2 setlinewidth
dup newpath dup 4 mul exch moveto 0 0 lineto dup 4 mul exch neg lineto
closepath fill grestore} bind def
/WA {gsave translate rotate 1 setgray 1 DV dup scale newpath 0.2 setlinewidth
5 2 moveto 0 0 lineto 5 -2 lineto 0 0 moveto 10 0 lineto
1 setgray stroke grestore} bind def
/SWA {gsave translate rotate 1 DV dup scale 0.2 setlinewidth 0.6 dup scale
5 2 moveto 0 0 lineto 5 -2 lineto 0 0 moveto 10 0 lineto
1 setgray stroke grestore} bind def
/HST {gsave translate rotate 0 0 moveto 0 0 CxD DV 0 360 newpath arc
gsave 1 setgray fill grestore .25 SLW stroke
dup length dup /HSTln exch def 4 le
{dup stringwidth pop -2 div -1.5 DV moveto show}
{/HSTln HSTln 1 add 2 div cvi def
dup 0 HSTln getinterval dup stringwidth pop -2 div 0.5 DV moveto show
dup length HSTln sub HSTln exch getinterval
dup stringwidth pop -2 div -3.7 DV moveto show
} ifelse
grestore} bind def
/HTT {gsave translate gsave rotate 0 0 moveto 0 0 CxD DV 0 360 newpath arc
gsave 1 setgray fill grestore .25 SLW stroke
dup stringwidth pop -2 div -1.5 DV moveto show
grestore rotate moveto HFn setfont show
grestore} bind def
/Hd {gsave translate CityDotFontSize DV dup -.3 mul exch -.3058 mul
exch moveto (\267) show grestore} bind def
/Id {gsave translate gsave CityDotFontSize DV dup -.3 mul exch -.3058 mul
exch moveto (\267) show grestore
rotate moveto HFn setfont show
grestore} bind def
/HF {HostNameFont [4 DV 0 0 6 DV 0 0] makefont} def
/IF {HostNameFont [4.5 DV 0 0 7 DV 0 0] makefont} def
/Mpath {newpath 0 0 moveto Pwid Margin 2 mul sub 0 rlineto
0 Pht Margin 3 mul sub rlineto Pwid Margin 2 mul sub neg 0 rlineto
closepath} bind def
/lctr {gsave zf setfont 10 mul 0 exch rmoveto dup
stringwidth pop -2 div 0 rmoveto show grestore} bind def
/ldsp {/dr exch def gsave zf setfont dup stringwidth pop dr mul 0 rmoveto
show grestore} bind def
/T1 {gsave MMX setmatrix
0 -3 TitleSize sub MT TitleFont TitleSize CF show
grestore} bind def
/T2 {gsave MMX setmatrix
0 -5 TitleSize sub SubtitleSize sub MT TitleFont SubtitleSize CF show
grestore} bind def
/MLB {290 -4 MT CaptionFont CaptionSize CF CaptionSize 1 add
mul neg 0 exch rmoveto show} bind def
/HSH {HSHx HSHy MT show /HSHy HSHy HSHdy sub def} def
/HSHmt {/HSHy exch def /HSHx exch def} def
/HSHdxy {/HSHdy exch def /HSHdx exch def} def
/INIT {Margin dup 2 mul translate
MMX currentmatrix pop
Mpath 1 setlinewidth stroke} def
% end profile
gsave
INIT
/CxD 11 2 div def
(Backbone news flows) T1
(Continental U.S.A.) T2
(DECWRL netmap-1.5 by Brian Reid at Wed May 24 14:15:28 1989) 1 MLB
(Lambert Conformal Projection [44\312N,33\312N], Map center: [40\312N, 96\312 30\302W]) 2 MLB
(Image resolution 300/in., stroke limit 10 pixels) 3 MLB
283 361 translate
0.240000 dup dup scale /scf exch def
/DAR [ DAR {DV} forall ] def
/DSR [ DSR {DV} forall ] def
/AFont ArrowFont 10 DV scalefont def
% USA
Nlw SLW 1164 1364 MP
11 12 R T 14 11 MB
741 1213 MP
16 12 R 14 -4 R 29 -2 R 19 3 R 10 8 R 12 -6 R
16 6 R -2 14 R 20 19 R -2 -18 R 4 -5 R ST
878 1239 MP
10 16 R 17 -12 R
-9 9 R 27 Y 22 9 R 13 -14 R 10 -9 R -1 21 R 15 -4 R 18 -7 R
-19 16 R 14 16 R -1 14 R 9 7 R 4 -18 R 16 -12 R -15 13 R
1 22 R 15 7 R 5 -14 R ST
1002 1327 MP
12 11 R -8 14 R 2 11 R 11 17 R
18 7 R 6 -15 R 15 2 R 9 -15 R -6 -18 R 6 -14 R -1 18 R
12 11 R -15 16 R 14 10 R 17 -10 R 13 -23 R 3 -18 R -18 -4 R
27 7 R 13 -11 R 18 -4 R -17 8 R -10 17 R 5 19 R 8 10 R
17 -5 R 10 -5 R ST
1165 -754 MP
13 -12 R 13 -12 MB
856 -1308 MP
-12 16 R -18 8 R -17 6 R -18 6 R
-19 7 R -2 17 R 2 19 R -2 19 R -4 -27 R -3 -18 R -20 -4 R
-19 7 R -16 9 R -19 6 R -17 10 R -19 9 R -6 3 R ST
647 -1215 MP
14 -14 R
13 -16 R 28 -11 R 28 -11 R 19 -6 R 18 -9 R 18 -9 R 16 -13 R
16 -11 R 20 -21 R ST
1147 -518 MP
-19 Y -10 -61 R -22 -3 R -19 3 R -24 -5 R -17 -12 R
-19 X -19 -7 R -21 4 R -16 -10 R -8 -7 R ST
971 -636 MP
-32 -19 R -12 -17 R -14 -26 R
-19 -16 R -18 -2 R -20 13 R 15 -13 R 6 -17 R -7 -19 R -15 -16 R
-13 -11 R ST
842 -780 MP
17 13 R 16 11 R 23 -4 R 2 -12 R -8 -15 R 18 -4 R
16 5 R 20 -5 R 19 -2 R 15 9 R 18 6 R 16 12 R 16 3 R
ST
1031 -762 MP
16 10 R 25 3 R 18 7 R 14 16 R 26 15 R 13 -15 R 16 -22 R
6 -6 R ST
1014 -1506 MP
-10 22 R -5 21 R -5 18 R -9 18 R -10 27 R -6 19 R
-12 14 R -14 14 R -17 8 R -18 3 R -19 -1 R -13 14 R -9 18 R
-10 2 R ST
839 -1337 MP
20 -23 R 27 -30 R 10 -18 R 9 -19 R 4 -19 R -1 -22 R
-8 -21 R -12 1 R -14 -12 R -14 11 R -17 6 R -14 13 R -7 16 R
-7 33 R -9 16 R -9 12 R ST
797 -1394 MP
11 -17 R -4 -19 R -2 -19 R -3 -16 R
15 -13 R -1 -19 R -18 2 R -26 5 R -3 -15 R -31 -111 MB
1179 -405 MP
-7 -19 R -9 -28 R
-13 -16 R -19 X 14 -12 R 2 -27 R 1 -11 R ST
625 -1506 MP
10 12 R -17 2 R -17 22 R
-8 20 R -11 -9 R -17 7 R -14 13 R -10 13 R -11 6 R ST
529 -1419 MP
1 17 R
-7 18 R -17 10 R -19 1 R -10 13 R -8 10 R 16 8 R -19 -5 R
-4 17 R -22 6 R -20 6 R -25 3 R -19 -7 R -19 3 R -12 -4 R
-9 -16 R -17 -11 R 2 -18 R 14 -2 R -5 -9 R ST
329 -1379 MP
-14 6 R -12 17 R
-3 17 R -5 19 R 1 12 R -24 7 R -7 19 R -11 28 R -14 27 R
-35 30 R 18 4 R -26 2 R -18 9 R ST
179 -1182 MP
-8 -18 R -28 -2 R -22 4 R
-18 9 R -19 7 R -19 6 R 14 13 R 7 18 R 13 14 R 20 -6 R
14 -12 R -14 15 R -28 4 R -15 -14 R -17 -8 R -12 -16 R -19 -7 R
ST
28 -1174 MP
-19 6 R -19 6 R -19 3 R -18 8 R -19 2 R 13 9 R 18 -5 R
18 -1 R 23 15 R 3 17 R 17 3 R 11 10 R 14 -5 R 18 6 R
11 -13 R -1 19 R -14 14 R -14 -12 R -18 2 R -19 -6 R -14 -9 R
-6 12 R 8 16 R -4 16 R 16 2 R 17 -3 R -17 9 R -19 -1 R
k ST
-6 -1057 MP
-1 -16 R -5 -18 R -9 -18 R -18 -8 R 3 16 R 9 17 R 12 15 R
-13 -15 R -14 -19 R -18 -23 R -8 15 R -11 -17 R -5 13 R 8 18 R
1 24 R -6 -28 R -9 -28 R -10 -24 R -12 -7 R ST
-112 -1161 MP
-27 -14 R -16 -13 R
13 14 R 17 9 R 18 8 R -16 X -16 -12 R 6 19 R -23 16 R 7 15 R
-13 -12 R 9 -27 R -21 -1 R ST
-175 -1158 MP
12 -21 R -21 9 R -16 13 R 5 18 R
-5 18 R -6 -19 R -19 X -3 17 R -5 -16 R 5 -17 R -19 6 R -3 19 R
-17 24 R 11 8 R ST
-256 -1099 MP
-19 X -22 14 R -19 1 R -7 17 R -7 18 R -18 18 R
-18 10 R -15 3 R -8 6 R ST
-389 -1012 MP
-11 10 R -17 8 R -29 30 R -1 12 R
-16 X 9 16 R -17 -9 R -16 7 R -19 20 R -19 X -11 8 R m ST
-537 -907 MP
-12 -9 R
-18 4 R -19 -6 R -20 -6 R -31 -12 R -27 -14 R -18 -10 R -28 -23 R
-16 -14 R -19 -1 R -19 -7 R -11 -8 R ST
-776 -1013 MP
26 15 R 19 1 R 14 14 R
-18 -2 R -16 -9 R -21 -14 R -26 -15 R -18 -10 R -26 -17 R -19 -5 R
-27 -1 R -23 -2 R -19 5 R -19 3 R -20 1 R ST
-970 -1050 MP
-4 17 R -6 19 R
9 14 R 19 6 R 17 12 R 6 19 R 13 15 R 41 5 R r ST
-873 -943 MP
-16 13 R
19 5 R 10 12 R 4 16 R 26 16 R 19 -5 R 17 4 R -11 13 R
18 4 R 19 -2 R 19 -1 R 21 2 R 18 12 R 9 22 R 1 3 R
ST
-700 -828 MP
13 16 R 14 12 R 14 15 R 7 28 R -13 7 R -8 18 R -14 24 R
-4 19 R 17 5 R 14 15 R 5 21 R 6 22 R 9 11 R ST
-639 -615 MP
-9 17 R
-4 19 R -7 20 R -7 20 R 15 13 R 17 7 R -19 4 R -9 18 R
3 34 R -10 18 R -12 17 R 5 19 R 8 19 R -6 9 R ST
-675 -381 MP
-17 1 R
-19 Y 6 -17 R -16 -4 R 14 -15 R -19 -6 R -9 17 R -15 -7 R -7 -18 R
-11 -17 R -11 15 R -10 8 R ST
-770 -443 MP
20 4 R 6 19 R 12 16 R -21 2 R
2 13 R 2 19 R -10 15 R 3 23 R 7 11 R ST
-749 -321 MP
12 1 R 8 18 R
13 15 R -6 19 R -15 4 R 1 21 R 11 28 R 2 19 R -2 19 R
-1 15 R ST
-726 -162 MP
-15 32 R -5 15 R 17 3 R -10 19 R -28 4 R -17 12 R
-17 30 R -12 18 R 5 19 R -8 10 R -15 10 R 11 8 R ST
-820 18 MP
-19 1 R
-5 19 R -19 2 R -6 15 R -16 -4 R -17 16 R -15 -8 R -19 3 R
-20 -3 R -23 -5 R -17 -9 R D ST
-996 43 MP
-7 -1 R ST
-355 1224 MP
19 4 R 18 10 R 15 14 R
14 14 R 17 10 R 8 17 R 11 17 R 18 11 R 10 19 R 10 18 R
4 19 R v ST
-211 1380 MP
19 3 R 28 -6 R 21 7 R 22 12 R 18 10 R 19 6 R
17 10 R 28 -9 R P ST
-36 1410 MP
19 9 R 16 13 R 19 -1 R 19 X -13 -15 R 19 2 R
18 -9 R -7 -19 R -8 -21 R 7 14 R 8 19 R -1 22 R 4 16 R
16 5 R 10 3 R ST
90 1448 MP
19 7 R 37 13 R 19 -2 R 18 -5 R 19 -2 R
19 5 R 18 9 R 25 -5 R 12 -15 R 25 -7 R 18 -10 R 25 4 R
ST
345 1439 MP
18 -3 R 34 -5 R 19 X 17 -9 R 18 -9 R 20 -15 R 18 -10 R 25 -9 R
28 -11 R 11 -6 R ST
553 1361 MP
22 -9 R 19 -9 R 19 -3 R 18 -7 R 4 -17 R
-8 -19 R 16 23 R 14 11 R 14 -11 R -7 Y ST
671 1312 MP
15 12 R 15 -6 R 19 3 R
19 -1 R 30 5 R 19 -3 R 14 -3 R ST
803 1320 MP
-14 -16 R -13 -16 R -7 -19 R
-12 -18 R -8 -13 R -18 7 R -11 17 R -11 -3 R 16 -5 R 10 -16 R
-18 6 R -19 X 6 9 R -13 5 R 4 -21 R 17 -5 R 18 -6 R 12 -13 R
ST
1156 1385 MP
-8 11 R 8 -11 R ST
1178 1377 MP
-9 12 R 9 -7 R 0 5 MB
1178 1383 MP
-16 13 R 16 8 R 0 21 MB
1178 1401 MP
0 0 MB
1178 1410 MP
-19 -6 R
13 10 R 6 -1 R 0 2 MB
1178 1506 MP
0 0 MB
1174 1506 MP
-4 X -4 0 MB
1168 1506 MP
-4 X -4 0 MB
1003 1389 MP
16 12 R 3 18 R -14 7 R -13 -12 R
5 -15 R -9 17 R -25 -7 R -4 -15 R -19 1 R -18 -20 R -12 -16 R
-10 20 R -8 -20 R -17 -12 R -10 10 R -12 -22 R -8 -18 R 15 -11 R
ST
863 1306 MP
-17 10 R -13 15 R -17 -16 R -13 -15 R -17 -24 R 7 -20 R 17 7 R
18 2 R 23 4 R 15 18 R 22 15 R 18 2 R 19 3 R 19 2 R
13 16 R 17 30 R 12 16 R 17 18 R ST
795 1243 MP
-11 X ST
800 1231 MP
ST
824 1257 MP
-10 1 R ST
837 1258 MP
-10 -2 R ST
899 1285 MP
-19 -12 R
14 13 R 5 X ST
934 1292 MP
-10 4 R ST
942 1302 MP
-21 2 R 18 3 R 3 -4 R ST
953 1300 MP
-22 X 22 1 R
ST
994 1333 MP
-9 13 R 9 -13 R ST
892 1361 MP
-10 2 R ST
1082 1386 MP
-14 9 R 14 -9 R ST
1105 1376 MP
-18 10 R 17 1 R
1 -11 R ST
1121 1337 MP
-11 14 R -11 15 R 16 -2 R 6 -18 R -8 Y ST
1122 1370 MP
ST
1118 1381 MP
-7 8 R ST
1164 1375 MP
-19 3 R
18 X j ST
936 1378 MP
-19 X 14 6 R 5 -5 R ST
1009 -670 MP
-15 -16 R -16 2 R 5 18 R 4 21 R
10 12 R 11 -17 R 2 -18 R d ST
942 -762 MP
-15 10 R 15 -9 R ST
1026 -1236 MP
-14 -14 R -17 4 R
-1 17 R 15 10 R 16 -11 R 1 -6 R ST
976 -1499 MP
-6 Y 0 -7 MB
945 -1506 MP
11 17 R 1 19 R 10 9 R
5 -17 R 3 -21 R ST
828 -1503 MP
-8 7 R ST
113 -1199 MP
10 -3 R ST
-10 -1168 MP
19 -4 R -18 3 R h ST
-203 -1190 MP
16 -9 R
19 4 R -18 -4 R -16 6 R v ST
-206 -1185 MP
-6 9 R ST
-218 -1173 MP
ST
-230 -1165 MP
-18 10 R 17 -8 R f ST
-251 -1142 MP
-7 19 R
7 -17 R d ST
-271 -1107 MP
-7 9 R ST
-322 -1082 MP
ST
-777 -1014 MP
-18 -10 R -18 -10 R 16 11 R 17 9 R T ST
-946 -1060 MP
ST
-958 -1057 MP
-27 12 R
27 -12 R ST
-997 -1035 MP
ST
-1002 -1030 MP
ST
-1007 -1021 MP
ST
-1012 -1014 MP
ST
-1013 -990 MP
ST
-1019 -986 MP
ST
-1020 -982 MP
ST
-1027 -976 MP
ST
-1031 -970 MP
ST
-892 -920 MP
-3 -10 R ST
-681 -728 MP
-6 9 R ST
-648 -609 MP
-3 19 R 3 -19 R ST
-668 -516 MP
11 Y ST
-673 -489 MP
1 10 R ST
-691 -474 MP
-13 1 R
ST
-683 -447 MP
ST
-734 -296 MP
19 Y 1 -17 R d ST
-755 -105 MP
-15 13 R 15 -13 R ST
-820 -16 MP
ST
-827 -6 MP
-14 17 R 11 -15 R o ST
-847 21 MP
-17 11 R
17 -11 R ST
-868 35 MP
-18 11 R -9 7 R 23 -13 R 4 -4 R ST
-914 56 MP
-35 -3 R -19 -5 R
-19 -4 R 18 5 R 21 6 R 18 1 R 16 X ST
580 -1471 MP
-10 3 R ST
532 -1408 MP
-9 6 R ST
298 -1384 MP
-8 7 R
ST
295 -1355 MP
-8 7 R ST
247 -1294 MP
-13 16 R -13 16 R -14 27 R -10 18 R -7 18 R 15 -2 R
16 -24 R 7 -17 R 6 -18 R 15 -13 R -18 10 R 12 -23 R 5 -9 R
ST
477 -731 MP
-19 X -4 19 R 8 28 R 3 25 R 4 -17 R 6 -16 R 6 -24 R -4 -15 R
ST
472 -648 MP
ST
478 -633 MP
-10 10 R 10 -10 R ST
489 -617 MP
-10 2 R ST
439 -544 MP
-9 5 R ST
398 -474 MP
-19 6 R -4 11 R 22 -12 R
1 -4 R ST
586 -516 MP
-3 10 R ST
541 -411 MP
-21 16 R 13 11 R 13 -14 R 6 -19 R -11 6 R
ST
599 -382 MP
-14 14 R -11 18 R 14 -12 R 11 -20 R ST
651 -411 MP
11 Y ST
-339 1297 MP
-10 -1 R ST
-306 1288 MP
-11 -1 R ST
-306 1347 MP
ST
-245 1354 MP
-7 -18 R
2 19 R 5 X ST
-245 1369 MP
ST
-240 1381 MP
ST
773 1224 MP
-18 4 R 16 1 R 2 -4 R ST
943 84 MP
-8 19 R -19 -5 R -16 -12 R
-16 -11 R -30 -17 R 7 -10 R -2 -13 R -19 X -10 -7 R 14 -12 R -19 -2 R
-18 8 R -17 -3 R -19 3 R -26 -9 R 13 -9 R 13 -11 R 18 2 R
18 -5 R 23 12 R 16 11 R -4 Y ST
847 8 MP
18 8 R 18 5 R 19 5 R 37 9 R
28 12 R 18 10 R 20 5 R 21 8 R 16 -11 R -13 13 R -18 3 R
-14 -12 R 6 28 R -3 15 R -25 5 R -17 8 R -13 -14 R -1 -18 R
k ST
999 298 MP
-9 17 R 11 -13 R G ST
1037 155 MP
-11 -2 R -19 4 R 9 -17 R -12 8 R -13 13 R
-21 -12 R -1 -21 R -19 X 25 Y 13 15 R 10 17 R 13 -14 R 16 -2 R
12 -6 R 18 2 R 5 -10 R ST
954 171 MP
-11 -17 R -14 -12 R -19 -2 R -19 5 R
-19 3 R -19 X -16 -3 R 15 10 R 16 8 R 18 -1 R 17 -7 R 18 1 R
2 15 R 18 X -15 14 R 15 11 R 10 -4 R 5 -16 R -1 -4 R ST
849 118 MP
-19 -6 R
7 -10 R -26 -9 R -20 9 R -13 -16 R -22 -14 R -17 -2 R -8 17 R
15 5 R 21 7 R 18 7 R 28 9 R 23 9 R 5 10 R -12 Y 8 -3 R
ST
1086 8 MP
-11 17 R -8 19 R -8 19 R 15 -11 R 4 -18 R 8 -23 R D ST
1108 32 MP
-11 1 R
-2 20 R 13 -13 R -7 Y ST
1179 -19 MP
-4 19 R 3 2 R 0 21 MB
714 -90 MP
-18 -8 R -17 -9 R -19 -5 R
17 8 R -8 24 R -5 -18 R -6 -17 R -12 16 R -8 24 R 7 15 R
10 -7 R 14 1 R 15 -20 R -7 18 R 12 -4 R 6 -17 R 20 2 R
D ST
831 885 MP
ST
963 946 MP
-10 -3 R ST
1040 985 MP
-28 -11 R -20 -17 R 6 13 R 18 7 R 18 7 R 6 1 R
ST
882 960 MP
-16 13 R -19 -1 R 17 4 R 17 -10 R 1 -5 R ST
816 994 MP
-19 4 R 18 -2 R
f ST
738 1012 MP
-19 9 R 17 -7 R o ST
1032 245 MP
-12 8 R 12 -8 R ST
953 -1060 MP
-11 4 R -19 4 R -7 9 R
18 -6 R -17 11 R -22 8 R -19 -1 R -26 5 R 17 -4 R 18 3 R
-18 8 R 36 -2 R 16 -2 R 16 -10 R 19 -18 R -10 4 R ST
1041 -1250 MP
-30 -5 R
-17 2 R -19 5 R 12 16 R 13 16 R 18 6 R 10 -12 R 9 -14 R
1 -14 R T ST
241 -530 MP
-28 -2 R -20 2 R -22 8 R -17 10 R -16 26 R 10 16 R
19 7 R 17 10 R 25 1 R 20 4 R 3 2 R ST
-828 -1002 MP
-19 -12 R -14 13 R
11 16 R 16 -9 R 6 -7 R ST
-601 -716 MP
-2 11 R 2 -11 R ST
-524 -687 MP
-19 -1 R 18 5 R
1 -4 R ST
-338 -520 MP
-5 -22 R 2 19 R -1 10 R ST
-342 -734 MP
-21 8 R 18 -2 R 3 -5 R
ST
-192 -466 MP
-18 -9 R -19 -4 R -18 -9 R 23 11 R 21 7 R 11 4 R ST
436 -1037 MP
-18 7 R
-14 14 R -13 -14 R -19 -2 R -14 12 R -20 31 R -7 18 R 4 19 R
-3 19 R -4 19 R -10 18 R w ST
316 -893 MP
-8 18 R 9 16 R 21 -13 R 20 -20 R
13 -30 R 10 -46 R -20 Y 16 11 R -7 18 R 9 -18 R 1 -15 R 10 -17 R
13 -16 R 12 -12 R ST
237 -770 MP
15 -14 R 4 -19 R -3 -19 R 1 -19 R 17 X 16 -55 R
9 -6 R -17 -2 R -20 15 R -14 13 R -4 4 R ST
269 -725 MP
28 10 R 19 7 R
18 10 R -1 18 R -15 12 R -17 11 R 9 16 R 18 -9 R 18 -6 R
17 -9 R 19 1 R 17 11 R 17 X 10 15 R 15 32 R 5 22 R -1 15 R
ST
445 -569 MP
-19 2 R -15 11 R -19 X -20 4 R 16 7 R -18 22 R -18 5 R -25 4 R
-18 3 R -19 1 R -18 -5 R -17 -9 R -13 -6 R ST
233 -446 MP
19 3 R 19 -3 R
19 -1 R 23 -4 R 19 -3 R 19 -4 R 17 4 R -14 12 R 6 10 R
14 -12 R 19 -5 R 28 -11 R 18 -8 R -2 -11 R -2 -15 R 5 -7 R
ST
440 -502 MP
13 -12 R 10 -24 R 2 -19 R -9 -17 R 7 -18 R 2 -19 R 13 8 R
19 5 R -1 31 R 17 7 R -2 17 R -5 18 R -4 19 R r ST
504 -505 MP
-19 24 R
3 20 R 4 17 R 14 14 R 4 22 R -10 15 R 19 5 R 3 18 R
-13 14 R -9 18 R -8 17 R -11 18 R -2 5 R ST
478 -297 MP
12 22 R 12 6 R
-10 18 R -9 20 R 8 13 R 13 -14 R 14 -14 R 16 -12 R 14 -14 R
11 -17 R 14 -27 R 10 -13 R ST
583 -330 MP
16 -13 R 23 -13 R -13 Y 19 -5 R -5 -10 R
10 -8 R 11 -10 R -6 -18 R -28 Y -8 -32 R l ST
642 -480 MP
-18 -8 R -17 -11 R -11 -19 R
5 -19 R -10 -18 R -19 X -14 -19 R -26 X -16 -13 R -13 -4 R -7 -14 R
-6 -19 R -8 Y ST
491 -632 MP
-3 -19 R 3 -22 R -4 -70 R -8 -38 R -13 -15 R -14 -13 R
-18 -10 R -13 -16 R -6 -8 R ST
414 -844 MP
-6 15 R -15 10 R 4 19 R -2 15 R
9 11 R 17 13 R 11 14 R -17 -6 R -16 -11 R -19 2 R -22 9 R
-19 1 R -19 -2 R -28 1 R -15 14 R -8 13 R ST
595 309 MP
-12 -19 R -18 -4 R
-10 -11 R -9 -22 R 6 -28 R -8 14 R -5 21 R 10 15 R 14 10 R
13 9 R 14 10 R 5 Y ST
209 -698 MP
7 -16 R 8 -18 R 15 14 R -14 11 R -23 11 R
l ST
240 -872 MP
-22 28 R -11 18 R -22 32 R -15 14 R -4 19 R -10 18 R 2 21 R
7 19 R 13 16 R 16 -10 R 5 1 R ST
209 -698 MP
-16 -10 R 4 -19 R 14 -15 R
12 -17 R 14 -11 R ST
652 -954 MP
-16 -5 R -19 X 14 13 R 16 -5 R 5 -2 R ST
754 -373 MP
-16 -9 R
-18 -5 R -19 -1 R -2 17 R -2 10 R 16 9 R 18 2 R 18 -15 R
1 -10 R ST
245 -275 MP
-19 -1 R 19 1 R ST
258 -268 MP
ST
270 -269 MP
ST
285 -265 MP
ST
330 -199 MP
-9 -17 R 8 17 R r ST
536 -109 MP
-10 2 R ST
533 -94 MP
ST
537 -79 MP
ST
527 -76 MP
ST
282 145 MP
-36 -6 R
-14 -15 R -9 -7 R 14 17 R 16 11 R 17 4 R 12 -4 R ST
480 204 MP
-18 -5 R
-25 3 R -18 -10 R -17 3 R -18 -6 R -19 2 R -20 17 R -17 -8 R
13 11 R 1 19 R 10 -17 R 9 -14 R 16 -9 R 7 15 R 11 -8 R
18 -5 R 17 9 R 18 -1 R 31 7 R j ST
591 310 MP
-6 19 R 2 18 R -14 Y 7 -17 R
1 -6 R ST
-91 769 MP
-17 11 R -19 16 R -12 14 R -4 21 R 17 -28 R 13 -9 R
8 -17 R 14 -8 R ST
-144 1004 MP
-19 6 R -19 -5 R 5 -17 R -17 -10 R 16 11 R
-4 18 R 12 14 R 15 -11 R 11 -6 R ST
-210 1035 MP
-10 3 R ST
-287 1034 MP
-16 -13 R 13 15 R
S ST
253 1354 MP
-5 9 R ST
294 749 MP
-10 -1 R ST
289 832 MP
-8 7 R ST
270 872 MP
ST
572 1095 MP
ST
-434 628 MP
-10 3 R ST
-451 636 MP
-10 4 R ST
37 502 MP
ST
193 854 MP
-21 -8 R -14 -11 R
-11 -2 R -19 1 R 3 13 R 18 4 R 13 10 R 18 5 R 14 -11 R
ST
577 559 MP
-3 -19 R 7 -19 R -26 Y 13 -15 R -12 -15 R -2 17 R -5 19 R 2 18 R
-6 22 R 6 18 R ST
-122 358 MP
ST
403 740 MP
-9 -7 R ST
533 738 MP
-19 -5 R 18 6 R r ST
-1004 41 MP
-28 6 R -21 10 R
-26 10 R -22 6 R -28 5 R -37 4 R -10 -1 R -174 41 MB
-1179 661 MP
18 9 R 30 19 R
18 10 R 35 33 R 20 22 R 18 3 R 16 12 R 3 -10 R 13 15 R
10 18 R 17 12 R 4 13 R 17 22 R 26 -11 R 7 -16 R 16 7 R
17 11 R 8 22 R ST
-885 853 MP
19 6 R 13 14 R 13 15 R 18 5 R 19 -2 R
12 13 R 16 25 R 27 14 R 16 12 R 22 12 R 18 6 R 24 11 R
23 5 R 19 9 R 19 -3 R 19 5 R 28 10 R 24 -10 R 13 22 R
7 12 R ST
-516 1034 MP
16 5 R -1 18 R 12 17 R 19 22 R -18 7 R -18 5 R
-18 1 R -18 -5 R -19 1 R -19 4 R -21 -4 R -18 -9 R -15 -13 R
-23 -17 R -18 -8 R -14 -8 R -11 -9 R -28 -5 R -14 -8 R -19 -3 R
-25 -5 R -26 -16 R -23 -15 R -2 -4 R ST
-837 985 MP
-19 X -22 -6 R 19 3 R -9 -17 R
-18 -4 R -28 -3 R -19 3 R -28 -15 R -19 -3 R -18 -8 R -25 -2 R
-34 -2 R -10 -17 R 3 -12 R -19 -14 R -18 -9 R -17 -9 R -18 -6 R
-17 8 R -12 20 R 18 Y 21 3 R 18 5 R 17 7 R 11 15 R 20 15 R
15 11 R 17 19 R 21 18 R 19 10 R 13 7 R 24 -6 R 18 -3 R
18 X 18 4 R 9 5 R ST
-907 1020 MP
15 10 R 17 18 R 16 14 R 15 3 R 4 17 R
1 16 R 16 12 R 14 15 R 12 16 R 19 8 R 30 20 R -6 -18 R
-6 -17 R -9 -16 R 22 -9 R 19 -2 R 18 -9 R 17 12 R 17 12 R
18 8 R 18 10 R 6 14 R ST
-633 1154 MP
16 13 R 26 12 R 19 X 22 5 R 19 2 R
18 9 R 19 1 R 19 7 R 18 4 R 18 1 R 18 6 R 19 7 R
28 5 R 18 -3 R ST
-1060 -1481 MP
-8 -10 R 8 10 R ST
-1096 -1506 MP
-7 8 R 2 0 MB
-1071 -1506 MP
1 0 MB
-1066 -1506 MP
0 0 MB
-1071 -1488 MP
-10 4 R ST
-1013 -1404 MP
-17 -11 R
-18 -13 R -12 -16 R 11 13 R 21 15 R 15 12 R ST
-1003 -1434 MP
ST
-971 -1447 MP
ST
-947 -1366 MP
-17 -10 R -16 -5 R
11 -6 R 13 15 R 9 6 R ST
-1034 -1385 MP
ST
-1024 -1357 MP
-12 -18 R 7 17 R 5 1 R ST
-1002 -1238 MP
-14 -13 R
-19 -4 R 5 18 R 17 6 R 11 -7 R ST
-942 -1192 MP
-10 -16 R -16 -15 R -17 -10 R
-16 12 R 9 14 R 2 17 R 13 -5 R 19 -2 R 16 5 R ST
-1013 -1228 MP
ST
-943 -1239 MP
-2 -10 R
ST
-896 -1280 MP
-10 -18 R -7 -18 R -14 -11 R -19 -1 R 18 2 R 14 11 R 7 17 R
8 18 R T ST
-816 -1183 MP
5 -22 R -9 -18 R -9 -17 R -21 -4 R -19 X 27 9 R 13 6 R
12 15 R 2 18 R -1 13 R ST
-844 -1122 MP
-2 -19 R 10 -11 R 3 -21 R -11 17 R
-11 17 R 9 16 R e ST
-1178 -866 MP
14 -21 R 8 -28 R 5 -19 R 13 -22 R 1 -19 R
3 -19 R -1 -16 R -3 -18 R 6 -18 R -2 -23 R -3 -19 R 2 -18 R
-6 -18 R -11 -16 R -11 -16 R 4 -24 R -4 -35 R -6 -19 R -7 -18 R
G 0 -389 MB
-1179 -1263 MP
0 0 MB
-1179 -1281 MP
-6 Y 0 -6 MB
-1179 -1002 MP
5 19 R -3 19 R -2 19 R v 0 60 MB
-1137 -1133 MP
-5 -9 R ST
-1141 -1171 MP
ST
-1143 -1212 MP
11 Y ST
-1150 -1226 MP
-3 -17 R 3 17 R
ST
-1153 -1247 MP
-10 -1 R ST
-1168 -1255 MP
1 -19 R -10 -1 R -10 -19 MB
-1179 -1273 MP
10 18 R ST
-987 815 MP
-5 -9 R ST
-1058 885 MP
-11 X ST
-1038 914 MP
-11 X ST
-997 929 MP
-10 -1 R
ST
-921 946 MP
-9 5 R ST
-682 989 MP
-10 -11 R -19 5 R 8 17 R 17 -8 R 4 -2 R ST
-713 1005 MP
ST
-713 1023 MP
ST
-641 1055 MP
-20 -9 R
-14 -9 R 10 14 R 18 4 R 6 X ST
-481 1090 MP
9 5 R ST
-627 1352 MP
18 -4 R -18 4 R ST
-729 1179 MP
16 -8 R
-16 8 R ST
-968 1019 MP
-34 8 R -22 -5 R 17 5 R 14 3 R 17 -9 R 8 -1 R
ST
-1025 1021 MP
-10 -16 R 10 16 R ST
-740 291 MP
-1 -10 R ST
-958 170 MP
18 7 R 16 12 R -19 -16 R -15 -3 R
ST
-1044 61 MP
-23 5 R -19 5 R -19 4 R -28 5 R -28 2 R 18 2 R 29 3 R
14 -10 R 19 -4 R 17 4 R 12 -7 R 8 -9 R ST
811 1320 MP
-30 -37 R -6 -22 R
13 -12 R 17 -10 R 18 4 R E ST
671 -63 MP
-9 -16 R -19 -4 R -9 -1 R ST
617 -148 MP
-7 18 R
8 17 R 4 19 R 11 10 R ST
617 -148 MP
1 -19 R -13 -23 R -4 -13 R -10 -17 R
-9 -18 R H ST
592 -260 MP
-11 18 R ST
592 -260 MP
1 -9 R ST
587 -291 MP
6 21 R ST
825 1244 MP
-5 -19 R -9 -30 R -7 -26 R
-7 -24 R -5 -19 R -5 -19 R -5 -18 R -28 -113 R -4 -19 R -10 -46 R
-10 -46 R -3 -18 R -4 -19 R -5 -27 R -4 -17 R -4 -26 R -3 -17 R
-3 -18 R -3 -18 R -3 -19 R -3 -18 R -3 -17 R -5 -34 R -6 -42 R
-5 -42 R -5 -41 R -2 -19 R -3 -28 R -3 -28 R -2 -19 R -1 -18 R
-2 -25 R -2 -25 R -2 -25 R -1 -18 R -2 -28 R -1 -19 R -1 -18 R
-1 -18 R -1 -18 R -1 -21 R -1 -27 R -1 -32 R -1 -49 R -120 Y ST
643 -63 MP
27 X
ST
583 -330 MP
6 -21 R 13 -16 R 4 -27 R -9 -18 R -8 -18 R -8 -19 R -17 -37 R
-13 -28 R -17 -37 R -12 -16 R -11 -4 R ST
509 -572 MP
-7 -21 R -7 -11 R -18 -10 R
1 -21 R -18 -2 R W ST
458 -637 MP
-34 -59 R -121 -36 R -19 4 R -15 3 R ST
234 -718 MP
-16 13 R
-18 7 R -17 -7 R -9 -19 R 4 -18 R 13 -15 R 19 -22 R 13 -15 R
8 -19 R 6 -19 R 8 -19 R 31 -40 R 16 -13 R ST
316 -893 MP
17 1 R 12 -17 R
10 -46 R 4 -19 R 3 -19 R 14 -12 R 19 -6 R 6 -1 R ST
401 -1013 MP
24 -20 R
18 -10 R 24 -17 R 16 -24 R ST
484 -1085 MP
3 -19 R 6 -22 R 8 -28 R 8 -28 R
5 -19 R 5 -19 R 6 -19 R ST
525 -1239 MP
20 -10 R 16 -14 R 29 -14 R 19 1 R
8 X ST
643 -1280 MP
19 2 R 19 -5 R 19 -6 R 19 -5 R 6 -2 R ST
719 -1372 MP
-85 -28 R -11 -16 R
-5 Y ST
599 -1441 MP
-18 -18 R -5 -4 R ST
587 -291 MP
-3 -18 R -1 -20 R ST
268 -725 MP
-34 6 R ST
293 -905 MP
11 10 R ST
618 -1277 MP
19 X
5 -3 R ST
725 -1297 MP
-10 -12 R -4 -9 R ST
711 -1319 MP
13 -16 R 5 -17 R -10 -17 R I ST
623 -1422 MP
-19 -5 R
-5 -14 R ST
316 -893 MP
-11 -2 R ST
1129 1004 MP
-19 X -17 -9 R -16 -10 R -7 -18 R -22 -3 R -16 -9 R
-22 -9 R -15 -6 R -14 -14 R -26 -14 R -6 -11 R -18 -9 R -19 -5 R
-22 -12 R -19 -8 R -22 -12 R -13 -15 R -19 -4 R -31 1 R -19 4 R
-21 -5 R -17 -12 R -7 -2 R ST
926 -59 MP
18 -17 R 22 -20 R 15 -14 R 15 -14 R
17 -11 R 65 -48 R 41 -30 R 37 -27 R 22 -16 R 252 -197 MB
1161 228 MP
15 X 17 -1 MB
1134 228 MP
25 -1 R E ST
1107 228 MP
25 -1 R
n ST
1080 228 MP
25 -1 R e ST
1080 228 MP
d -26 1 R ST
1026 228 MP
25 -1 R e ST
1002 227 MP
23 -1 R ST
973 228 MP
27 -1 R r ST
947 227 MP
25 -1 R
e ST
921 228 MP
26 -1 R ST
895 228 MP
26 -1 R ST
868 228 MP
26 -1 R ST
818 229 MP
27 -1 R 17 -1 R 5 1 R ST
792 229 MP
25 -1 R
ST
766 229 MP
26 -1 R ST
740 229 MP
25 -1 R ST
714 229 MP
25 -1 R ST
688 229 MP
26 -1 R ST
662 229 MP
25 -1 R ST
649 229 MP
13 X ST
1129 1004 MP
19 -5 R 17 -4 R
13 -3 R 49 -12 MB
689 633 MP
19 -2 R 19 -3 R 17 -3 R 17 -2 R 24 -4 R 17 -2 R
17 -3 R 17 -2 R 17 -3 R 18 -2 R 19 -3 R 17 -3 R 18 -2 R
17 -3 R 17 -3 R 18 -2 R 24 -4 R 18 -2 R 17 -3 R 18 -2 R
17 -3 R 18 -3 R 18 -2 R 17 -3 R 18 -3 R 18 -2 R 15 -2 R
S 489 -72 MB
671 -63 MP
73 1 R 67 1 R 69 1 R 46 X ST
874 -764 MP
-19 -3 R -28 -6 R -19 -3 R -28 -6 R
-19 -3 R -28 -6 R -19 -3 R -28 -6 R -19 -3 R -28 -6 R -19 -3 R
-6 -1 R ST
614 -814 MP
-20 -7 R -17 -8 R -13 -11 R ST
534 -921 MP
-7 -19 R -12 -16 R -1 -15 R
-14 -19 R 4 -20 R -1 -18 R 12 -16 R 11 -17 R 1 -19 R -14 -9 R
-18 -4 R -10 8 R ST
716 -1309 MP
21 -22 R 19 1 R 16 -5 R 10 -16 R -2 -20 R
12 -20 R 4 -3 R ST
564 -841 MP
-16 -12 R -13 -16 R -1 -51 R ST
247 -2 MP
128 X ST
247 5 MP
1 -112 R 1 -41 R
1 -30 R 1 -27 R 1 -22 R 1 -21 R 1 -19 R -4 Y ST
224 336 MP
-1 -24 R -1 -19 R
-1 -19 R -2 -28 R -1 -19 R -1 -21 R -1 -23 R -1 -27 R -1 -32 R
-21 Y ST
433 321 MP
-1 -23 R -1 -19 R -1 -19 R -2 -19 R -1 -30 R -1 -21 R -1 -25 R
-1 -28 R -1 -35 R -1 -53 R -46 Y ST
437 -207 MP
32 1 R 9 X ST
1178 -1254 MP
-15 -12 R -19 -3 R
-21 -14 R 15 -6 R 9 -15 R -33 -5 R -20 -8 R k ST
1093 -1320 MP
1 -14 R 3 -19 R
14 -11 R -5 -20 R -11 -17 R -5 -12 R 19 5 R 25 -1 R 17 9 R
28 5 R 86 -76 MB
1178 -1418 MP
-15 6 R -15 -2 R -4 1 R ST
1126 -1435 MP
-4 3 R ST
894 -760 MP
-19 -3 R ST
810 -1428 MP
-3 19 R
-4 4 R ST
1144 -1412 MP
-8 -17 R -9 -6 R ST
1122 -1432 MP
10 -28 R 7 -19 R 8 -19 R 3 -7 R
28 -73 MB
-564 -147 MP
45 1 R 39 1 R 26 X ST
-492 -145 MP
1 -43 R 1 -28 R 1 -25 R 1 -21 R 1 -22 R
1 -19 R 1 -12 R ST
-630 -295 MP
1 -28 R 1 -19 R 1 -19 R 2 -28 R 2 -22 R
ST
-323 -558 MP
2 -19 R 13 -109 R d ST
-611 -541 MP
1 -19 R 15 -127 R 1 -11 R ST
-162 -916 MP
3 -19 R 3 -19 R
7 -37 R 10 -46 R 3 -19 R 23 -105 R ST
3 189 MP
-1 -38 R -1 -35 R -1 -48 R
-133 Y ST
-207 197 MP
-1 -38 R -1 -34 R -1 -47 R 1 -173 R -11 Y ST
-210 -106 MP
59 1 R 48 1 R
43 1 R ST
221 -874 MP
3 -19 R 5 -28 R 11 -55 R 27 -122 R ST
221 -874 MP
18 3 R ST
55 -863 MP
19 3 R
19 3 R 19 4 R 19 3 R 19 3 R 19 4 R 18 3 R 18 3 R
7 1 R ST
55 -863 MP
3 -19 R 3 -19 R 4 -17 R ST
65 -918 MP
3 -19 R 6 -28 R 3 -19 R
14 -64 R 14 -65 R ST
106 -1114 MP
ST
151 -508 MP
2 -19 R 10 -87 R ST
-245 -106 MP
1 -51 R 1 -30 R 1 -29 R
1 -22 R 1 -23 R 1 -19 R 1 -19 R 1 -19 R 1 -19 R 2 -21 R
ST
-245 -106 MP
35 X ST
-231 -401 MP
1 -21 R 3 -37 R 2 -20 R ST
-232 -393 MP
-4 Y ST
-340 -358 MP
1 -23 R 2 -19 R 1 -21 R
2 -28 R 3 -30 R ST
212 0 MP
-19 6 R -15 -6 R ST
42 -39 MP
1 -120 R 1 -21 R 1 -19 R
1 -19 R 4 -35 R ST
-131 -363 MP
-3 -6 R ST
-205 -414 MP
-13 X ST
-281 -386 MP
-15 10 R -15 13 R -18 -7 R -21 15 R
-15 6 R -19 7 R -28 19 R -19 8 R -28 -1 R -22 -2 R -19 1 R
-17 -8 R -15 -10 R ST
-533 -335 MP
-15 8 R -17 11 R -27 14 R -28 5 R -9 1 R
ST
-447 -118 MP
143 2 R 19 3 R 19 3 R 19 3 R r ST
-331 -480 MP
-18 -6 R -19 1 R -48 1 R
-47 1 R -51 1 R -55 -2 R -37 -5 R -28 -4 R -25 -3 R ST
-323 -558 MP
-1 22 R
-2 28 R -4 28 R ST
-234 -359 MP
-18 -3 R -18 3 R 2 -19 R -8 Y ST
-224 -479 MP
13 -7 R -19 Y
2 -28 R 5 -37 R 1 -23 R 2 -28 R 3 -19 R 1 -19 R 8 -64 R
ST
-189 -724 MP
6 -46 R 4 -28 R 3 -19 R 4 -19 R 1 -28 R 3 -19 R 3 -19 R
2 -14 R ST
-171 -837 MP
-19 6 R -18 11 R -6 19 R -6 15 R -24 25 R -16 19 R
-6 19 R -18 8 R -12 12 R -10 X ST
-308 -688 MP
2 -22 R 3 -19 R 4 -28 R 2 -16 R
ST
-296 -773 MP
14 -27 R 7 -19 R 4 -73 R -13 -14 R -1 -19 R 3 -19 R 3 -19 R
-6 -19 R -11 -17 R -15 -21 R -11 -17 R -8 -11 R ST
-325 -773 MP
-7 -18 R -7 -4 R
ST
-361 -812 MP
-11 -17 R -10 -9 R ST
-583 -913 MP
3 27 R -19 1 R -6 11 R 3 26 R -1 19 R
-3 28 R -1 23 R -2 28 R -2 28 R 6 16 R 6 4 R ST
-611 -541 MP
-19 -8 R
-18 -9 R -14 7 R ST
-550 -690 MP
19 5 R 11 -2 R ST
-465 -673 MP
19 5 R 19 6 R 28 7 R
37 12 R 19 6 R 19 6 R 8 2 R ST
-2 -1171 MP
-12 26 R -4 17 R ST
-22 -1121 MP
6 20 R
3 19 R 14 14 R 2 16 R 18 -8 R 14 1 R ST
27 -1062 MP
9 6 R ST
28 -1174 MP
1 38 R
19 5 R 19 5 R 31 9 R 18 -3 R -12 Y ST
56 -1017 MP
-8 11 R 8 19 R -19 4 R
-18 10 R -17 20 R -24 13 R -3 16 R -45 18 R -25 2 R -9 17 R
-12 16 R -8 28 R -2 18 R 12 15 R T ST
-109 -809 MP
6 19 R 42 22 R 7 2 R
ST
-109 -809 MP
-27 27 R -16 12 R -14 14 R -13 16 R -9 16 R ST
65 -918 MP
-19 -3 R -16 -3 R
ST
171 -684 MP
-3 19 R -3 19 R -5 28 R w ST
163 -615 MP
-82 -10 R -104 -12 R ST
144 -472 MP
-21 -2 R -20 -1 R
-55 -6 R -20 -2 R -21 -1 R -28 -3 R ST
197 -452 MP
-1 22 R -3 37 R -2 28 R
-1 19 R -2 28 R -1 13 R ST
-564 -147 MP
-20 -14 R -18 -7 R -18 -8 R d ST
-707 -167 MP
-19 4 R
g ST
-430 28 MP
-19 Y -5 -7 R ST
-622 -412 MP
-19 4 R -17 -8 R -21 -13 R ST
-378 203 MP
-12 -17 R -9 -29 R -10 -17 R
-3 -19 R -19 Y -12 -17 R -15 Y -11 -18 R -5 -12 R 11 -12 R ST
-436 2 MP
-4 -19 R
7 -18 R 5 -19 R 1 -19 R -8 -18 R -9 -18 R -9 -18 R -18 Y ST
-621 -178 MP
-19 -1 R
-19 6 R -19 4 R -28 1 R h ST
213 102 MP
-11 -17 R 1 -16 R -19 Y -6 -21 R -12 -20 R
-14 -15 R -19 -5 R -37 -11 R -18 -8 R -19 -4 R -4 X ST
74 -33 MP
-19 X -18 -9 R
-23 -12 R -16 -11 R -8 -18 R -19 6 R -19 -9 R -13 -16 R ST
50 -254 MP
-15 -14 R
H ST
219 -276 MP
-21 -16 R -13 -12 R -19 -17 R -15 -11 R -17 7 R -16 8 R -7 17 R
-10 14 R -17 -8 R -17 7 R -15 9 R -18 5 R ST
34 -271 MP
-19 2 R -28 -9 R
-14 -16 R -12 -16 R -19 -6 R -4 -13 R -7 -19 R -28 7 R -21 -2 R
-13 -19 R ST
-21 -488 MP
-27 -1 R -19 -3 R -54 22 R -11 -1 R ST
-134 -369 MP
-22 -19 R -18 -2 R
-19 -19 R -11 -5 R ST
119 -851 MP
-19 1 R -46 5 R -17 9 R -12 19 R -16 14 R
-19 -2 R -10 20 R -28 5 R -1 18 R 12 15 R -8 17 R 3 19 R
17 Y 10 24 R 10 16 R -10 16 R -15 7 R -7 10 R ST
-219 -414 MP
-13 13 R -18 10 R
-19 3 R -12 1 R ST
-54 -621 MP
-8 12 R -18 10 R -16 12 R -11 11 R 11 15 R
-23 16 R 17 Y -5 14 R -5 20 R -7 23 R -17 1 R -9 18 R -18 -1 R
-2 18 R -4 20 R -10 X ST
29 -924 MP
16 -14 R 19 -17 R -4 -13 R ST
61 -969 MP
13 -16 R -9 -26 R
-9 -15 R -13 -14 R -8 -18 R ST
179 -1130 MP
-28 -31 R -15 11 R ST
91 -1131 MP
19 X 14 -14 R 11 -4 R
ST
-296 -773 MP
-26 6 R -2 -6 R ST
-339 -796 MP
-16 -12 R -5 -4 R ST
-383 -839 MP
-10 -18 R -17 -11 R -11 -18 R
-18 -10 R -14 -12 R -18 -8 R -11 -14 R -2 -4 R ST
-550 -690 MP
-19 X -18 -6 R -12 -6 R
ST
-465 -673 MP
-18 -10 R -18 -10 R -17 7 R ST
550 -1254 MP
-135 -48 R -12 -12 R ST
388 -1314 MP
-12 16 R -10 17 R
-19 86 R ST
346 -1194 MP
19 5 R 35 17 R ST
346 -1194 MP
-61 -2 R -28 -5 R -18 -7 R -17 4 R
ST
295 -1195 MP
8 -37 R 7 -28 R 5 -19 R -18 -6 R -30 -6 R ST
315 -1281 MP
5 -19 R -16 -13 R
-13 -11 R ST
231 -1145 MP
-8 -25 R -6 -19 R -19 -2 R -18 9 R 3 -18 R ST
225 -275 MP
19 3 R
ST
262 -269 MP
8 1 R ST
275 -267 MP
9 4 R ST
318 -221 MP
10 18 R 2 6 R ST
478 -298 MP
-14 -14 R -6 -19 R -3 -19 R
-6 -19 R -4 -9 R ST
500 -1149 MP
-19 -4 R -18 -8 R -19 X -21 -5 R -10 -4 R ST
414 3 MP
-16 13 R
l ST
252 -270 MP
-6 -1 R ST
564 23 MP
28 5 R 41 3 R 9 2 R ST
383 -445 MP
15 -14 R 13 -19 R -5 -19 R
-6 -12 R ST
383 -495 MP
-19 7 R ST
329 -482 MP
-15 1 R ST
272 -478 MP
-20 -2 R g ST
225 -489 MP
-19 -3 R -13 2 R ST
201 -492 MP
9 Y ST
150 -495 MP
-1 13 R
ST
154 -487 MP
-5 X ST
148 -475 MP
x ST
537 -318 MP
-17 5 R ST
530 -316 MP
6 Y ST
529 -289 MP
-4 12 R ST
507 -253 MP
-8 10 R ST
486 -223 MP
9 Y ST
583 -334 MP
-10 3 R ST
413 -1171 MP
-12 -1 R ST
267 -1098 MP
-20 -23 R
-11 -15 R -19 -1 R -19 7 R -19 1 R ST
444 -378 MP
-19 Y -7 -19 R -16 -14 R -19 1 R
-8 -9 R -10 -7 R ST
225 -275 MP
-5 X ST
262 -269 MP
-10 -1 R ST
275 -267 MP
A ST
318 -221 MP
-14 -14 R -13 -19 R -6 -8 R ST
340 -185 MP
-9 -11 R
ST
437 -207 MP
-15 21 R -19 7 R -16 -11 R -19 2 R -19 X -8 3 R ST
247 5 MP
-19 -4 R -16 X
ST
397 17 MP
-14 -14 R -7 -6 R ST
415 3 MP
43 6 R 19 3 R 26 2 R 19 1 R 19 1 R
23 7 R ST
525 -1239 MP
-34 -4 R -17 11 R -18 3 R -25 1 R -19 5 R -19 -4 R
-19 -2 R -17 -5 R W ST
478 -205 MP
7 -8 R ST
93 1274 MP
-17 -11 R -17 -12 R -24 -16 R -17 -11 R
-21 -15 R -25 -16 R -21 -15 R -25 -16 R -21 -15 R -25 -16 R -21 -15 R
-25 -16 R -21 -15 R -32 -21 R -17 -12 R -14 -9 R ST
-173 993 MP
-4 16 R 6 19 R
-7 6 R ST
-178 1035 MP
-19 1 R -8 X ST
-206 1035 MP
-19 X l ST
-226 1035 MP
-19 6 R -18 -1 R ST
-264 1041 MP
-5 -3 R ST
-269 1038 MP
-15 -3 R
ST
-285 1034 MP
-17 -10 R g ST
-303 1023 MP
-11 17 R -20 11 R -23 12 R -18 7 R -16 -8 R -17 8 R
9 Y ST
385 1040 MP
18 -6 R 15 5 R 19 -3 R 18 -18 R 18 -10 R 21 -15 R 17 -8 R
16 12 R 19 3 R 19 1 R 9 -3 R ST
669 928 MP
-19 -9 R -19 -1 R -17 -8 R
-22 -14 R -19 -7 R -14 -16 R -18 X -18 8 R -19 X -16 10 R -9 -15 R
1 -19 R -19 -3 R -28 -9 R -15 -7 R -18 -7 R -10 -12 R -2 -21 R
1 -19 R -3 -19 R -20 Y -9 -7 R ST
-410 383 MP
-20 1 R -50 5 R ST
79 294 MP
-26 1 R -19 1 R
-19 1 R -19 1 R -19 1 R -19 2 R -27 1 R -19 1 R -19 1 R
-19 1 R -19 1 R -28 2 R -19 1 R -10 1 R ST
87 400 MP
21 -1 R 28 -2 R
37 -3 R 37 -3 R 28 -3 R 23 -1 R 28 -3 R 22 -1 R 28 -3 R
22 -1 R 8 -1 R ST
370 376 MP
22 -1 R 28 -2 R 28 -3 R 22 -1 R 28 -2 R
28 -3 R 22 -1 R 28 -2 R 37 -3 R 28 -2 R 17 -2 R ST
-532 610 MP
-16 -6 R
ST
575 998 MP
4 X ST
629 1296 MP
10 15 R 9 26 R ST
561 1100 MP
19 Y 19 Y -3 29 R 4 19 R 8 33 R 7 19 R
-3 28 R 10 18 R 23 -2 R 17 8 R 4 5 R ST
580 997 MP
28 -6 R 100 -23 R
42 -9 R ST
669 928 MP
28 -6 R 19 -4 R 24 -5 R ST
131 772 MP
27 -4 R 19 -3 R 19 -3 R
18 -3 R 19 -3 R 19 -3 R 18 -3 R 19 -3 R 19 -3 R 18 -3 R
19 -3 R 34 -5 R 19 -3 R 13 -2 R ST
412 727 MP
-4 -28 R -3 -19 R -4 -28 R
-4 -28 R -5 -37 R -18 -172 R -4 -39 R ST
260 1068 MP
46 -10 R 78 -18 R ST
131 772 MP
-4 -28 R
-3 -19 R -3 -19 R -5 -37 R D ST
116 666 MP
-6 -46 R -19 -172 R -1 -21 R -3 -37 R
-3 -37 R -2 -28 R -1 -19 R -1 -12 R ST
358 1434 MP
-5 -19 R -14 -43 R -5 -19 R
-6 -22 R -8 -28 R -6 -22 R -7 -25 R -6 -22 R -5 -19 R -5 -19 R
-7 -28 R -7 -28 R -11 -46 R -26 -118 R -3 -19 R -10 -46 R -3 -19 R
-5 -28 R -5 -28 R -5 -28 R -3 -19 R -3 -19 R -2 -8 R ST
93 1274 MP
27 -7 R
86 -22 R 19 -5 R 18 -5 R 54 -14 R ST
-173 993 MP
19 -3 R 28 -6 R 18 -3 R
18 -4 R 19 -3 R 22 -5 R 18 -3 R 19 -4 R 19 -3 R 37 -7 R
37 -7 R 37 -8 R 19 -3 R 37 -8 R 18 -3 R 27 -5 R 10 -2 R
ST
-562 759 MP
37 -5 R 37 -5 R 36 -5 R 37 -5 R 19 -2 R 18 -3 R 28 -4 R
37 -5 R 37 -5 R 28 -4 R 36 -5 R 36 -5 R 37 -5 R 28 -3 R
19 -3 R 28 -4 R 28 -4 R 18 -2 R 18 -3 R 37 -5 R 28 -4 R
28 -3 R 19 -3 R 4 -1 R ST
-532 610 MP
-5 -46 R -1 -19 R -6 -55 R -1 -20 R
-3 -37 R -3 -28 R -10 Y ST
-552 395 MP
24 -1 R 28 -2 R 19 -2 R ST
-410 383 MP
22 -1 R 19 -1 R
19 -2 R 18 -1 R 19 -1 R 28 -2 R 28 -2 R 23 -2 R ST
-233 370 MP
-1 -24 R
-1 -19 R -2 -28 R -1 -19 R -1 -19 R -1 -19 R -1 -19 R -1 -23 R
D ST
-378 203 MP
34 -1 R 26 -1 R 26 -1 R 26 -1 R 23 -1 R ST
-233 368 MP
24 -1 R 11 -1 R
ST
561 1100 MP
-11 -46 R -12 -55 R ST
437 371 MP
-1 -21 R -2 -28 R ST
228 389 MP
-1 -21 R -2 -28 R -1 -4 R
ST
8 298 MP
-1 -25 R -1 -19 R -1 -20 R -1 -20 R -1 -25 R ST
-117 982 MP
-3 -19 R -5 -28 R
-6 -28 R -3 -19 R -3 -19 R -3 -19 R -3 -19 R -4 -19 R -4 -28 R
-3 -19 R -4 -28 R -4 -28 R -5 -37 R -8 -64 R -10 -91 R -2 -19 R
-1 -20 R -4 -46 R -3 -37 R -2 -28 R -2 -28 R -2 -28 R -1 -19 R
-1 -19 R -1 -19 R -1 -19 R -1 -19 R -1 -19 R ST
-549 603 MP
-15 -12 R -15 -13 R
-15 -14 R -21 -18 R -13 -15 R -14 -15 R -19 -6 R -18 -6 R -24 -5 R
-15 -7 R -13 -16 R -12 -19 R -12 -18 R -12 -18 R 11 -16 R 16 -12 R
18 -7 R 9 -17 R 1 -22 R -3 -19 R -2 -19 R -11 -11 R ST
-728 298 MP
-13 -16 R
ST
-742 281 MP
-28 -22 R -18 -7 R -19 -7 R -19 -7 R -14 -13 R -17 -11 R -17 -10 R
-14 -14 R -26 -2 R -7 X ST
-921 189 MP
-16 -12 R -20 -5 R ST
-957 172 MP
-13 -14 R -10 -17 R -5 -19 R
-9 -16 R -2 -19 R -7 -17 R -3 -18 R 3 -10 R ST
-390 1223 MP
-2 -18 R -8 -63 R
-7 -62 R ST
-407 1079 MP
-13 8 R ST
-421 1088 MP
-10 -18 R -25 -41 R -10 -18 R -15 -25 R -15 -26 R
-20 -34 R -10 -16 R -9 -17 R -8 -13 R ST
-544 879 MP
-6 -42 R -4 -26 R -5 -34 R
-9 -68 R ST
-568 709 MP
28 -3 R S ST
-537 705 MP
-2 -17 R -3 -28 R -6 -54 R ST
CityDotFont CityDotFontSize SCF
CityDotFont CityDotFontSize SCF
0.00 SPW 68 1392 MT
113 1392 PL
1.2 0.0 90 1392 BA
0.02 SPW 68 1392 MT
22 1437 PL
1.2 134.8 45 1414 BA
0.03 SPW 68 1392 MT
68 1483 PL
1.2 90.0 68 1437 BA
0.01 SPW 1020 753 MT
857 328 381 -424 68 -753 CL
1.2 -122.3 600 -35 BA
0.05 SPW 22 1392 MT
22 1346 PL
1.2 -90.0 22 1369 BA
0.01 SPW 22 1392 MT
-22 1346 PL
1.2 -134.8 0 1369 BA
0.06 SPW 22 1392 MT
-22 1392 PL
1.2 180.0 0 1392 BA
0.03 SPW 22 1392 MT
707 1163 707 707 22 479 CL
1.2 -90.0 536 935 BA
0.01 SPW 22 1392 MT
269 775 269 -456 22 -1072 CL
1.2 -90.0 207 159 BA
0.01 SPW 22 1392 MT
68 1346 PL
1.2 -45.2 45 1369 BA
0.05 SPW 22 1392 MT
113 1392 PL
1.2 0.0 68 1392 BA
0.01 SPW 22 1392 MT
-385 1209 PL
1.2 -155.9 -181 1300 BA
0.03 SPW 22 1392 MT
170 887 261 -139 204 -661 CL
1.2 -85.0 190 371 BA
0.03 SPW 22 1392 MT
321 919 344 -38 68 -524 CL
1.2 -88.6 261 438 BA
0.01 SPW 22 1392 MT
1243 696 1175 -558 -113 -1118 CL
1.2 -93.1 896 85 BA
0.03 SPW 22 1392 MT
-249 1255 PL
1.2 -153.3 -113 1323 BA
0.00 SPW 22 1392 MT
22 1437 PL
1.2 90.0 22 1414 BA
0.00 SPW 22 1392 MT
68 1437 PL
1.2 45.2 45 1414 BA
0.00 SPW 22 1392 MT
-582 650 900 -559 294 -1300 CL
1.2 -65.8 158 45 BA
0.04 SPW -22 1392 MT
22 1392 PL
1.2 0.0 0 1392 BA
0.08 SPW -22 1392 MT
139 759 207 -518 113 -1163 CL
2.5 -87.0 141 119 BA
0.05 SPW -22 1392 MT
68 1346 PL
1.2 -26.7 22 1369 BA
0.05 SPW -22 1392 MT
471 773 653 -573 340 -1300 CL
1.2 -82.3 461 86 BA
0.00 SPW -22 1392 MT
204 857 -135 195 -702 68 CL
1.2 -117.2 -64 577 BA
0.00 SPW -22 1392 MT
22 1437 PL
1.2 45.2 0 1414 BA
0.00 SPW 68 -753 MT
-59 -232 -104 817 -22 1346 CL
1.2 92.5 -56 293 BA
0.01 SPW 68 -753 MT
155 -281 631 471 1020 753 CL
1.2 57.7 431 71 BA
0.00 SPW 68 -753 MT
1186 -193 1186 924 68 1483 CL
1.2 90.0 906 365 BA
0.01 SPW 68 -753 MT
68 -707 PL
1.2 90.0 68 -730 BA
0.09 SPW 68 -753 MT
161 -846 184 -1052 113 -1163 CL
2.5 -83.7 152 -951 BA
0.00 SPW 68 -753 MT
311 -794 470 -1068 385 -1300 CL
1.2 -59.9 350 -955 BA
0.00 SPW 340 -1300 MT
-137 -1515 -500 -1218 -385 -707 CL
1.2 140.7 -245 -1276 BA
0.01 SPW 340 -1300 MT
294 -1300 PL
1.2 180.0 317 -1300 BA
0.02 SPW 340 -1300 MT
788 -555 606 791 -22 1392 CL
1.2 97.7 562 100 BA
0.01 SPW 340 -1300 MT
274 -1147 206 -828 204 -661 CL
1.2 102.0 248 -986 BA
0.01 SPW 340 -1300 MT
424 -1207 401 -1047 294 -981 CL
1.2 98.1 389 -1130 BA
0.02 SPW 340 -1300 MT
-1096 -979 -1414 298 -294 1255 CL
1.2 104.0 -935 -260 BA
0.00 SPW 22 1437 MT
-22 1392 PL
1.2 -134.8 0 1414 BA
0.00 SPW 22 1437 MT
565 805 611 -495 113 -1163 CL
1.2 -88.0 458 150 BA
0.01 SPW 22 1437 MT
22 1392 PL
1.2 -90.0 22 1414 BA
0.03 SPW 22 1437 MT
68 1392 PL
1.2 -45.2 45 1414 BA
0.03 SPW 385 -1300 MT
267 -1122 108 -734 68 -524 CL
1.2 112.3 197 -924 BA
0.00 SPW 385 -1300 MT
579 -1005 421 -731 68 -753 CL
1.2 120.1 432 -907 BA
0.00 SPW 385 -1300 MT
294 -1300 PL
1.2 180.0 340 -1300 BA
0.01 SPW 204 -1209 MT
113 -1163 PL
1.2 153.3 158 -1186 BA
0.00 SPW 204 -1209 MT
294 -1300 PL
1.2 -45.2 249 -1255 BA
0.03 SPW 294 -1026 MT
199 -953 153 -771 204 -661 CL
1.2 104.0 194 -858 BA
0.03 SPW 294 -1026 MT
285 -447 489 670 702 1209 CL
1.2 79.7 415 106 BA
0.03 SPW 294 -1026 MT
294 -981 PL
1.2 90.0 294 -1004 BA
0.01 SPW -702 68 MT
-864 -573 -365 -1257 294 -1300 CL
1.2 -53.9 -512 -840 BA
0.07 SPW -702 68 MT
-314 -117 94 -733 113 -1163 CL
2.5 -56.5 -156 -455 BA
0.17 SPW -702 68 MT
-432 -48 -47 -436 68 -707 CL
0.00 SPW -702 68 MT
-655 66 -564 43 -521 22 CL
1.2 -14.1 -610 52 BA
0.13 SPW -702 68 MT
-453 -178 -67 -748 68 -1072 CL
2.5 -56.0 -274 -473 BA
0.00 SPW -702 68 MT
-599 433 -258 1095 -22 1392 CL
1.2 62.8 -412 755 BA
0.00 SPW 68 1437 MT
-68 1392 PL
1.2 -161.5 0 1414 BA
0.01 SPW 68 1437 MT
-22 1437 PL
1.2 180.0 22 1437 BA
0.02 SPW 68 1437 MT
264 947 264 -34 68 -524 CL
1.2 -90.0 215 456 BA
0.07 SPW 68 1437 MT
68 1483 PL
2.5 90.0 68 1460 BA
0.02 SPW -249 1255 MT
-294 1255 PL
1.2 180.0 -272 1255 BA
0.01 SPW -249 1255 MT
22 1392 PL
1.2 26.7 -113 1323 BA
0.01 SPW -385 -707 MT
-426 -383 -381 255 -294 570 CL
1.2 85.9 -388 -65 BA
0.01 SPW -385 -707 MT
-281 -639 -54 -547 68 -524 CL
1.2 21.9 -165 -599 BA
0.02 SPW -385 -707 MT
-123 -671 125 -900 113 -1163 CL
1.2 -42.5 -33 -823 BA
0.01 SPW -385 -707 MT
-342 -390 -138 202 22 479 CL
1.2 71.0 -225 -98 BA
0.01 SPW -385 -707 MT
-444 -766 -580 -858 -657 -890 CL
1.2 -146.1 -514 -808 BA
0.00 SPW -385 -707 MT
-319 -682 -183 -659 -113 -661 CL
1.2 9.5 -251 -674 BA
0.00 SPW -385 -707 MT
-115 -746 247 -1043 340 -1300 CL
1.2 -39.3 44 -922 BA
0.00 SPW -385 -707 MT
-272 -571 -45 -571 68 -707 CL
1.2 0.0 -158 -605 BA
0.01 SPW 22 -1072 MT
6 -933 29 -659 68 -524 CL
1.2 85.3 24 -797 BA
0.00 SPW 22 -1072 MT
-156 -1061 -496 -969 -657 -890 CL
1.2 165.0 -324 -1006 BA
0.00 SPW 22 -1072 MT
113 -1163 PL
1.2 -45.2 68 -1118 BA
0.01 SPW 22 -1072 MT
-347 -456 -347 775 22 1392 CL
1.2 90.0 -254 159 BA
0.00 SPW -22 1437 MT
-68 1392 PL
1.2 -134.8 -45 1414 BA
0.00 SPW -22 1437 MT
-220 919 -402 -153 -385 -707 CL
1.2 -99.6 -284 378 BA
0.01 SPW -22 1437 MT
68 1437 PL
1.2 0.0 22 1437 BA
0.01 SPW -22 1437 MT
68 1483 PL
1.2 26.7 22 1460 BA
0.00 SPW 294 -1300 MT
1116 -719 980 170 22 479 CL
1.2 98.7 826 -308 BA
0.00 SPW 294 -1300 MT
-639 -1457 -1138 -772 -702 68 CL
1.2 126.1 -717 -990 BA
0.01 SPW 294 -1300 MT
276 -1095 163 -707 68 -524 CL
1.2 106.3 210 -904 BA
0.01 SPW 294 -1300 MT
204 -1209 PL
1.2 134.8 249 -1255 BA
0.00 SPW 294 -1300 MT
327 -1118 213 -821 68 -707 CL
1.2 110.9 248 -978 BA
0.00 SPW 294 -1300 MT
385 -1300 PL
1.2 0.0 340 -1300 BA
0.03 SPW 294 -1300 MT
235 -1284 145 -1216 113 -1163 CL
1.2 143.0 193 -1245 BA
0.02 SPW 294 -1300 MT
340 -1300 PL
1.2 0.0 317 -1300 BA
0.01 SPW 294 -1300 MT
256 -1143 242 -819 204 -661 CL
1.2 96.2 249 -981 BA
0.01 SPW 294 -1300 MT
-286 -1447 -490 -1127 -113 -661 CL
1.2 122.6 -268 -1210 BA
0.00 SPW 294 -1300 MT
557 -1059 534 -602 249 -387 CL
1.2 92.8 477 -834 BA
0.00 SPW 340 -1163 MT
205 -1065 137 -814 204 -661 CL
1.2 105.2 196 -933 BA
0.00 SPW 22 1346 MT
-22 1346 PL
1.2 180.0 0 1346 BA
0.06 SPW 22 1346 MT
22 1392 PL
1.2 90.0 22 1369 BA
0.02 SPW 22 1346 MT
111 723 43 -508 -113 -1118 CL
1.2 -93.2 47 109 BA
0.12 SPW 22 1346 MT
517 750 540 -458 68 -1072 CL
2.5 -88.9 408 143 BA
0.01 SPW 204 -661 MT
101 -385 10 184 22 479 CL
1.2 99.0 70 -98 BA
0.06 SPW 204 -661 MT
500 -685 545 -867 294 -1026 CL
1.2 -76.0 454 -793 BA
0.01 SPW 204 -661 MT
546 -776 591 -1095 294 -1300 CL
1.2 -81.9 489 -947 BA
0.01 SPW 204 -661 MT
34 -891 -396 -1005 -657 -890 CL
1.2 -165.2 -192 -905 BA
0.02 SPW 204 -661 MT
-149 -175 -240 851 22 1392 CL
1.2 95.0 -117 344 BA
0.01 SPW 204 -661 MT
174 -835 242 -1154 340 -1300 CL
1.2 -78.0 224 -991 BA
0.07 SPW 204 -661 MT
172 -680 104 -702 68 -707 CL
2.5 -161.5 137 -689 BA
0.00 SPW 204 -661 MT
256 -800 211 -1052 113 -1163 CL
1.2 -100.2 215 -923 BA
0.01 SPW 204 -661 MT
163 -634 95 -565 68 -524 CL
1.2 134.8 130 -598 BA
0.01 SPW 204 -661 MT
124 -645 -34 -645 -113 -661 CL
1.2 180.0 45 -649 BA
0.25 SPW 566 -1506 MT
507 -1323 257 -1106 68 -1072 CL
0.05 SPW 113 1437 MT
68 1483 PL
1.2 134.8 90 1460 BA
0.03 SPW -1179 68 MT
-810 -154 -186 -724 68 -1072 CL
1.2 -42.5 -512 -455 BA
0.01 SPW 22 479 MT
-20 162 -224 -431 -385 -707 CL
1.2 -109.0 -136 -129 BA
0.03 SPW 22 479 MT
-61 486 -219 531 -294 570 CL
1.2 164.0 -139 513 BA
0.01 SPW 22 479 MT
-103 166 -12 -403 204 -661 CL
1.2 -81.0 -14 -111 BA
0.01 SPW 22 479 MT
624 115 760 -774 294 -1300 CL
1.2 -81.3 559 -349 BA
0.03 SPW 22 479 MT
-433 707 -433 1163 22 1392 CL
1.2 90.0 -319 935 BA
0.03 SPW 158 -1163 MT
204 -1163 PL
1.2 0.0 181 -1163 BA
0.03 SPW 158 -1163 MT
113 -1163 PL
1.2 180.0 136 -1163 BA
0.01 SPW 68 1346 MT
-22 1392 PL
1.2 153.3 22 1369 BA
0.02 SPW 68 1346 MT
22 1392 PL
1.2 134.8 45 1369 BA
0.01 SPW 68 1346 MT
0 1255 -68 1278 -68 1392 CL
1.2 161.5 -25 1292 BA
0.01 SPW -22 1346 MT
104 826 150 -223 68 -753 CL
1.2 -87.5 101 300 BA
0.00 SPW -22 1346 MT
22 1346 PL
1.2 0.0 0 1346 BA
0.05 SPW -22 1346 MT
22 1392 PL
1.2 45.2 0 1369 BA
0.00 SPW -22 1346 MT
-68 1392 PL
1.2 134.8 -45 1369 BA
0.01 SPW 113 1392 MT
68 1392 PL
1.2 180.0 90 1392 BA
0.09 SPW 113 1392 MT
68 1483 PL
2.5 116.4 90 1437 BA
0.03 SPW 113 1392 MT
22 1392 PL
1.2 180.0 68 1392 BA
0.03 SPW 249 -1209 MT
-227 -595 -385 728 -68 1437 CL
1.2 96.8 -207 78 BA
0.03 SPW 204 -1163 MT
158 -1163 PL
1.2 180.0 181 -1163 BA
0.00 SPW 204 -1163 MT
113 -1163 PL
1.2 180.0 158 -1163 BA
0.01 SPW -68 1437 MT
1335 934 1493 -388 249 -1209 CL
1.2 -83.2 1083 233 BA
0.02 SPW -68 1437 MT
-68 1392 PL
1.2 -90.0 -68 1414 BA
0.04 SPW 68 -524 MT
122 -570 122 -661 68 -707 CL
1.2 -90.0 109 -616 BA
0.04 SPW 68 -524 MT
-1403 -34 -1403 947 68 1437 CL
1.2 90.0 -1035 456 BA
0.01 SPW 68 -524 MT
-36 -593 -262 -684 -385 -707 CL
1.2 -158.1 -151 -633 BA
0.03 SPW 68 -524 MT
-39 -47 -61 910 22 1392 CL
1.2 91.4 -26 431 BA
0.02 SPW 68 -524 MT
108 -552 176 -620 204 -661 CL
1.2 -45.2 141 -588 BA
0.02 SPW 68 -524 MT
1 -657 -20 -931 22 -1072 CL
1.2 -94.7 4 -795 BA
0.01 SPW 68 -524 MT
380 -623 538 -1011 385 -1300 CL
1.2 -67.7 401 -841 BA
0.01 SPW -68 1392 MT
-68 1437 PL
1.2 90.0 -68 1414 BA
0.01 SPW -68 1392 MT
22 1346 PL
1.2 -26.7 -22 1369 BA
0.00 SPW -68 1392 MT
-22 1346 PL
1.2 -45.2 -45 1369 BA
0.00 SPW -68 1392 MT
-22 1437 PL
1.2 45.2 -45 1414 BA
0.00 SPW -68 1392 MT
-102 1290 33 1244 68 1346 CL
1.2 -18.5 -25 1292 BA
0.03 SPW -68 1392 MT
68 1437 PL
1.2 18.5 0 1414 BA
0.01 SPW 294 -981 MT
294 -1026 PL
1.2 -90.0 294 -1004 BA
0.04 SPW 294 -981 MT
244 -967 154 -921 113 -890 CL
1.2 153.3 200 -942 BA
0.01 SPW 294 -981 MT
465 -1038 368 -1215 340 -1300 CL
1.2 -96.0 392 -1130 BA
0.03 SPW 294 -981 MT
240 -1017 149 -1109 113 -1163 CL
1.2 -134.8 197 -1065 BA
0.02 SPW 113 -1163 MT
-56 -1099 -306 -871 -385 -707 CL
1.2 137.5 -170 -973 BA
0.02 SPW 113 -1163 MT
204 -1209 PL
1.2 -26.7 158 -1186 BA
0.04 SPW 113 -1163 MT
-434 -867 -366 -479 249 -387 CL
1.2 80.1 -255 -699 BA
0.01 SPW 113 -1163 MT
-319 -1208 -433 -957 -113 -661 CL
1.2 114.3 -282 -1040 BA
0.00 SPW 113 -1163 MT
-401 -1057 -718 -464 -521 22 CL
1.2 118.1 -471 -713 BA
0.03 SPW 113 -1163 MT
158 -1163 PL
1.2 0.0 136 -1163 BA
0.12 SPW 113 -1163 MT
462 -504 394 773 -22 1392 CL
2.5 93.0 332 129 BA
0.04 SPW 113 -1163 MT
163 -1122 244 -1022 294 -981 CL
1.2 47.1 204 -1072 BA
0.02 SPW 113 -1163 MT
1768 -196 184 709 -385 1209 CL
1.2 122.4 698 198 BA
0.09 SPW 113 -1163 MT
44 -1055 307 -798 68 -707 CL
2.5 73.1 154 -929 BA
0.11 SPW 113 -1163 MT
71 -1064 110 -852 68 -753 CL
2.5 90.6 90 -958 BA
0.04 SPW 113 -1163 MT
98 -1031 219 -794 204 -661 CL
1.2 74.0 158 -912 BA
0.00 SPW 113 -1163 MT
2041 -445 -442 770 22 1437 CL
1.2 124.0 616 156 BA
0.01 SPW 113 -1163 MT
-1014 -1468 -1423 -851 -702 68 CL
1.2 123.5 -988 -1006 BA
0.00 SPW 113 -1163 MT
138 -1225 228 -1293 294 -1300 CL
1.2 -37.0 188 -1252 BA
0.00 SPW 113 -1163 MT
-343 -1819 1917 2099 22 1392 CL
1.2 71.5 607 133 BA
0.02 SPW 566 1300 MT
679 657 430 -529 68 -1072 CL
1.2 -101.9 495 76 BA
0.01 SPW -521 22 MT
-244 -210 73 -803 113 -1163 CL
1.2 -61.9 -115 -522 BA
0.00 SPW -521 22 MT
-569 25 -659 47 -702 68 CL
1.2 165.9 -613 38 BA
0.03 SPW 68 -707 MT
58 -661 58 -570 68 -524 CL
1.2 90.0 61 -616 BA
0.01 SPW 68 -707 MT
68 -753 PL
1.2 -90.0 68 -730 BA
0.09 SPW 68 -707 MT
-214 -442 -395 196 -294 570 CL
2.5 105.8 -257 -109 BA
0.02 SPW 68 -707 MT
-171 -969 -58 -1265 294 -1300 CL
1.2 -69.1 -41 -1089 BA
0.08 SPW 68 -707 MT
216 -807 238 -1036 113 -1163 CL
2.5 -84.3 193 -925 BA
0.04 SPW 68 -707 MT
99 -689 167 -666 204 -661 CL
1.2 18.5 134 -679 BA
0.04 SPW 68 -707 MT
20 -705 -70 -682 -113 -661 CL
1.2 165.9 -24 -691 BA
0.24 SPW 68 -707 MT
-1575 -159 -1575 935 68 1483 CL
0.07 SPW 68 -707 MT
-163 -552 -549 -164 -702 68 CL
2.5 134.8 -346 -348 BA
0.00 SPW 68 -707 MT
-45 -730 -272 -730 -385 -707 CL
1.2 180.0 -158 -724 BA
0.00 SPW 68 1483 MT
-919 702 1282 -519 294 -1300 CL
1.2 -58.8 181 91 BA
0.04 SPW 68 1483 MT
113 1392 PL
1.2 -63.6 90 1437 BA
0.05 SPW 68 1483 MT
-22 1437 PL
1.2 -153.3 22 1460 BA
0.01 SPW 68 1483 MT
113 1437 PL
1.2 -45.2 90 1460 BA
0.07 SPW 68 1483 MT
68 1392 PL
2.5 -90.0 68 1437 BA
0.07 SPW 68 1483 MT
68 1437 PL
2.5 -90.0 68 1460 BA
0.01 SPW 68 1483 MT
-100 1505 -326 1368 -385 1209 CL
1.2 -148.9 -199 1414 BA
0.11 SPW 68 1483 MT
1711 935 478 -159 68 -707 CL
2.5 -110.6 838 387 BA
0.00 SPW 68 1483 MT
608 830 631 -493 113 -1163 CL
1.2 -89.0 487 166 BA
0.00 SPW -385 1209 MT
-294 1255 PL
1.2 26.7 -340 1232 BA
0.02 SPW -385 1209 MT
-409 1504 -79 1471 68 1483 CL
1.2 17.1 -222 1452 BA
0.01 SPW -385 1209 MT
-23 666 226 -520 113 -1163 CL
1.2 -78.1 41 60 BA
0.00 SPW -385 1209 MT
-146 949 57 1040 22 1392 CL
1.2 24.1 -78 1071 BA
0.00 SPW -385 1209 MT
-340 1209 PL
1.2 0.0 -362 1209 BA
0.01 SPW -657 -890 MT
-644 -762 -508 -671 -385 -707 CL
1.2 33.9 -562 -737 BA
0.00 SPW -657 -890 MT
-510 -860 -238 -746 -113 -661 CL
1.2 22.8 -376 -796 BA
0.01 SPW -657 -890 MT
-478 -901 -138 -992 22 -1072 CL
1.2 -15.0 -310 -955 BA
0.01 SPW -657 -890 MT
-453 -789 -22 -675 204 -661 CL
1.2 14.8 -235 -743 BA
0.01 SPW -113 -661 MT
-179 -686 -315 -709 -385 -707 CL
1.2 -170.5 -247 -694 BA
0.01 SPW -113 -661 MT
-34 -614 124 -614 204 -661 CL
1.2 0.0 45 -626 BA
0.01 SPW -113 -661 MT
-90 -775 -90 -1004 -113 -1118 CL
1.2 -90.0 -96 -890 BA
0.02 SPW -113 -661 MT
-203 -827 -475 -941 -657 -890 CL
1.2 -157.2 -351 -857 BA
0.02 SPW -113 -661 MT
467 -515 672 -834 294 -1300 CL
1.2 -57.4 450 -751 BA
0.02 SPW -113 -661 MT
-6 -764 106 -1015 113 -1163 CL
1.2 -65.7 37 -895 BA
0.03 SPW -113 -661 MT
-54 -618 36 -641 68 -707 CL
1.2 -14.1 -12 -643 BA
0.00 SPW -113 -661 MT
-47 -755 43 -960 68 -1072 CL
1.2 -66.2 -7 -860 BA
0.02 SPW -294 570 MT
-206 579 -47 533 22 479 CL
1.2 -16.0 -129 548 BA
0.01 SPW -294 570 MT
-189 241 -235 -397 -385 -707 CL
1.2 -94.1 -244 -75 BA
0.05 SPW -294 570 MT
-12 305 169 -333 68 -707 CL
1.2 -74.2 30 -27 BA
0.01 SPW -294 1255 MT
-249 1255 PL
1.2 0.0 -272 1255 BA
0.00 SPW -294 1255 MT
247 711 564 -566 340 -1300 CL
1.2 -76.0 310 48 BA
0.00 SPW -294 1255 MT
-385 1209 PL
1.2 -153.3 -340 1232 BA
0.02 SPW 340 -890 MT
385 -890 PL
1.2 0.0 362 -890 BA
0.01 SPW 385 -890 MT
340 -890 PL
1.2 180.0 362 -890 BA
0.00 SPW 68 -1072 MT
193 -1066 351 -1180 385 -1300 CL
1.2 -35.7 260 -1139 BA
0.00 SPW 68 -1072 MT
113 -1163 PL
1.2 -63.6 90 -1118 BA
0.01 SPW 68 -1072 MT
250 -1163 250 -616 68 -707 CL
1.2 90.0 204 -890 BA
0.00 SPW 68 -1072 MT
439 -660 994 275 1179 798 CL
1.2 59.3 693 -178 BA
0.00 SPW 68 -1072 MT
-884 -462 975 827 22 1437 CL
1.2 64.5 45 182 BA
0.02 SPW 68 -1072 MT
-357 -912 -981 -341 -1179 68 CL
1.2 137.5 -641 -595 BA
0.09 SPW 68 -1072 MT
409 -931 496 -1335 566 -1506 CL
2.5 -55.0 419 -1172 BA
0.03 SPW 68 -1072 MT
-993 -229 -744 956 566 1300 CL
1.2 78.1 -572 301 BA
0.22 SPW 68 -1072 MT
963 -450 -873 724 22 1346 CL
0.09 SPW 68 -1072 MT
10 -1243 123 -1357 294 -1300 CL
2.5 -45.2 95 -1271 BA
0.22 SPW 68 -1072 MT
46 -671 -339 -101 -702 68 CL
0.00 SPW 68 -1072 MT
31 -1120 -58 -1143 -113 -1118 CL
1.2 -165.9 -15 -1122 BA
0.00 SPW 68 -1072 MT
84 -942 -6 -737 -113 -661 CL
1.2 113.8 23 -846 BA
0.00 SPW 68 -1072 MT
393 -450 1357 787 113 1437 CL
1.2 74.9 679 171 BA
0.00 SPW 68 -1072 MT
44 -1333 -361 -446 -385 -707 CL
1.2 124.5 -158 -890 BA
0.00 SPW 702 1209 MT
664 1225 596 1271 566 1300 CL
1.2 146.1 631 1250 BA
0.05 SPW 702 1209 MT
1048 568 844 -549 294 -1026 CL
1.2 -100.3 834 30 BA
0.01 SPW 249 -387 MT
254 -588 186 -976 113 -1163 CL
1.2 -99.9 210 -781 BA
0.00 SPW -1179 114 MT
-808 -120 -184 -713 68 -1072 CL
1.2 -43.6 -511 -432 BA
0.01 SPW -113 -1118 MT
-202 -495 -134 737 22 1346 CL
1.2 86.8 -137 119 BA
0.01 SPW -113 -1118 MT
-330 -477 -262 778 22 1392 CL
1.2 86.9 -233 147 BA
0.01 SPW -113 -1118 MT
-181 -1004 -181 -775 -113 -661 CL
1.2 90.0 -164 -890 BA
0.00 SPW -113 -1118 MT
-102 -970 -11 -947 68 -1072 CL
1.2 14.1 -48 -993 BA
-36.9 -484.6 -64.0 SWA
-45.2 -259.3 -261.7 SWA
-53.5 -63.0 -488.3 SWA
126.7 490.5 -1365.9 SWA
139.0 366.2 -1233.3 SWA
151.3 217.6 -1128.8 SWA
137.5 -856.3 -211.1 SWA
90.0 -1164.4 388.0 SWA
42.5 -856.3 987.1 SWA
98.8 312.9 -519.8 SWA
117.6 45.4 136.9 SWA
98.8 -222.2 793.6 SWA
111.7 -10.4 -749.0 SWA
124.0 -189.1 -415.3 SWA
136.4 -432.0 -125.0 SWA
HF setfont gsave /HFn IF def
(agate) -90 68 1392 HST
(alberta) -90 1020 753 HST
(ames) -90 22 1392 HST
(apple) -90 -22 1392 HST
(att) -90 68 -753 HST
(bbn) -90 340 -1300 HST
(bionet) -90 22 1437 HST
(bu-cs) -90 385 -1300 HST
(cmcl2) -90 204 -1209 HST
(cornell) -90 294 -1026 HST
(cs.utexas) -90 -702 68 HST
(decwrl) -90 68 1437 HST
(elroy) -90 -249 1255 HST
(gatech) -90 -385 -707 HST
(haven) -90 22 -1072 HST
(hplabs) -90 -22 1437 HST
(husc6) -90 294 -1300 HST
(kddlab) -90 1179 798 HST
(leah) -90 340 -1163 HST
(lll-winke) -90 22 1346 HST
(mailrus) -90 204 -661 HST
(mcvax) -90 566 -1506 HST
(mtxinu) -90 113 1437 HST
(munnari) -90 -1179 68 HST
(ncar) -90 22 479 HST
(ncr-sd) -90 -340 1209 HST
(njin) -90 158 -1163 HST
(oliveb) -90 68 1346 HST
(pacbell) -90 -22 1346 HST
(pasteur) -90 113 1392 HST
(philabs) -90 249 -1209 HST
(princeton) -90 204 -1163 HST
(prls) -90 -68 1437 HST
(pt.cs.cmu) -90 113 -890 HST
(purdue) -90 68 -524 HST
(pyramid) -90 -68 1392 HST
(rochester) -90 294 -981 HST
(rutgers) -90 113 -1163 HST
(tektronix) -90 566 1300 HST
(texbell) -90 -521 22 HST
(tut.cis.o) -90 68 -707 HST
(ucbvax) -90 68 1483 HST
(ucsd) -90 -385 1209 HST
(uflorida) -90 -657 -890 HST
(ukma) -90 -113 -661 HST
(unmvax) -90 -294 570 HST
(usc) -90 -294 1255 HST
(utgpu) -90 340 -890 HST
(utzoo) -90 385 -890 HST
(uunet) -90 68 -1072 HST
(uw-beaver) -90 702 1209 HST
(uwvax) -90 249 -387 HST
(vuwcomp) -90 -1179 114 HST
(xanth) -90 -113 -1118 HST
grestore
showpagekarl@giza.cis.ohio-state.edu (Karl Kleinpaste) (05/25/89)
Random question of curiosity: How do you convince your software to draw the lines where it does? That is, the basic arcs are no surprise, that's straightforward, but in this incarnation of the map, the transcontinental lazy `S' lll-winken=>uunet surprised me. Small critical point: The `noisiness' of the map is higher than in the first incarnation, when only 30-odd sites were listed. I think I preferred the more restricted version, because I could get a better feel for what was going where. There's simply too much data now. --Karl
reid@decwrl.dec.com (Brian Reid) (05/26/89)
In article <KARL.89May25084707@giza.cis.ohio-state.edu> karl@giza.cis.ohio-state.edu (Karl Kleinpaste) writes: >Random question of curiosity: How do you convince your software to >draw the lines where it does? That is, the basic arcs are no >surprise, that's straightforward, but in this incarnation of the map, >the transcontinental lazy `S' lll-winken=>uunet surprised me. Actual algorithms are used. I'll show you the code if you want. It's basically a brute force topological search of a 2.5-dimension space. >Small critical point: The `noisiness' of the map is higher than in the >first incarnation, when only 30-odd sites were listed. I think I >preferred the more restricted version, because I could get a better >feel for what was going where. There's simply too much data now. I'm still searching for the right level of detail. What I find is that when I put the top 30 sites on the map, the information is easier to see but the sites that have always thought of themselves as "backbone" status which aren't in the top 30 don't like it and ask for more. When I include more, it muddies the chart a bit. If you have a PostScript printer that can print 11x17 paper (e.g. the DEC LPS40) and if you have an Internet connection (mail from me to you does not have to travel over a dialup link) I can mail you a PostScript file that shows every single news flow in all of the continental US. It is awesome. There are about 30,000 flow lines on it.
jos@idca.tds.PHILIPS.nl (Jos Vos) (05/26/89)
In article <101@jove.dec.com> reid@decwrl.dec.com (Brian Reid) writes: >In article <KARL.89May25084707@giza.cis.ohio-state.edu> karl@giza.cis.ohio-state.edu (Karl Kleinpaste) writes: >>Random question of curiosity: How do you convince your software to >>draw the lines where it does? That is, the basic arcs are no >>surprise, that's straightforward, but in this incarnation of the map, >>the transcontinental lazy `S' lll-winken=>uunet surprised me. >Actual algorithms are used. I'll show you the code if you want. It's >basically a brute force topological search of a 2.5-dimension space. Does that mean that you are allowed to "show" your complete netmap program? A long time ago I asked you about it and you told me that it was licensed by DEC :-(. I'm still very interested in it for making maps of (for example) our company networks. -- -- ###### Jos Vos ###### Internet jos@idca.tds.philips.nl ###### -- ###### ###### UUCP ...!mcvax!philapd!jos ######
grr@cbmvax.UUCP (George Robbins) (05/26/89)
In article <101@jove.dec.com> reid@decwrl.dec.com (Brian Reid) writes: > In article <KARL.89May25084707@giza.cis.ohio-state.edu> karl@giza.cis.ohio-state.edu (Karl Kleinpaste) writes: > > I'm still searching for the right level of detail. What I find is that when I > put the top 30 sites on the map, the information is easier to see but the > sites that have always thought of themselves as "backbone" status which > aren't in the top 30 don't like it and ask for more. When I include more, it > muddies the chart a bit. Well, I guess you could publish it both ways... > ... If you have a PostScript printer that can print > 11x17 paper (e.g. the DEC LPS40) and if you have an Internet connection (mail > from me to you does not have to travel over a dialup link) I can mail you a > PostScript file that shows every single news flow in all of the continental > US. It is awesome. There are about 30,000 flow lines on it. Would it be possible to distribute the graph data in some printer/plotter independent form? I'd have to look hard to find one of these postscript printers around here, but on the other hand I do have a 42" x whatever Versatec electorstatic color plotter with a controller that understands HPGL... You could probably arrange with rick@uunet to post the data there, where many non-internet site could get at it. In the long run the willingness of sites to provide data for this sort of thing has something to do with seeing their names on the output an being able to play with it themselves. -- George Robbins - now working for, uucp: {uunet|pyramid|rutgers}!cbmvax!grr but no way officially representing arpa: cbmvax!grr@uunet.uu.net Commodore, Engineering Department fone: 215-431-9255 (only by moonlite)
davew@gvgpsa.GVG.TEK.COM (David C. White) (05/29/89)
In article <101@jove.dec.com> reid@decwrl.dec.com (Brian Reid) writes: >muddies the chart a bit. If you have a PostScript printer that can print >11x17 paper (e.g. the DEC LPS40) and if you have an Internet connection (mail >from me to you does not have to travel over a dialup link) I can mail you a >PostScript file that shows every single news flow in all of the continental >US. It is awesome. There are about 30,000 flow lines on it. How about an HPGL version of it? I don't think too many of us have PostScript printers that can handle 11X17 but there are a lot of devices out there that can do HPGL. A D size drawing of that should be really impressive. Failing that, is there a PostScript to HPGL converter out there that would handle this? I recall seeing something about this at one time but can't remember which way it went. -- David White Grass Valley Group, Inc. VOICE: +1 916.478.3052 P.O. Box 1114 Grass Valley, CA 95945 FAX: +1 916.478.3778
reid@decwrl.dec.com (Brian Reid) (05/29/89)
I don't think it's possible to translate these maps into HPGL. I use all kinds of features that PostScript has that HPGL just can't do--rotated letters, elongated and compressed fonts, white letters on a black background, as well as things that are tricky and space-consuming in HPGL (cubic splines). I just got a color 11x17 PostScript printer, and I'm going to try to produce some of the maps in color. Tee hee.