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Carol Orange orange at ripe.net
Mon Jan 22 18:54:40 CET 1996
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%
/tgifdict 132 dict def
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%
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% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
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tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
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% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
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%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
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%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
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/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
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/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
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savematrix setmatrix
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} def
/tgifarc
{ tgifarcdict begin
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/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
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tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
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{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
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newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
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} def
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{ tgifsetuserscreendict begin
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sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
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/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
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ifelse
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cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
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/tgifbwpicstr 1 string def
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/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
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{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
255 mul .114 mul exch 255 mul .587 mul add exch 255 mul .299 mul add
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tgifbwpicstr
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} def
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{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
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} def
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{ tgifxpmdict begin
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pixels index 3 mul 3 getinterval aload pop setrgbcolor
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} def
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{ /colorimage
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1 1 ih
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{ pop currentfile
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closepath fill
/x x 1 add def
} for
/y y 1 add def
/x 0 def
} for
end
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/tgifpatproc
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/i i 1 add def
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{ tgifpatdict begin
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ltx lty translate
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ltx neg lty neg translate
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/tgifReEncodeSmall
{ tgifreencsmalldict begin
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(In contrast to P)185.385 442.154 R 3.856(Aa)-1.104 G .856
(ddress space, PI address space can remain assigned to its)277.692 442.154 R
.719(user as long as the criteria for the original assignment are met. The dur\
ation)185.385 456.154 R 1.925
(of the assignment is independent of the use of a particular pro)185.385
470.154 R(vider')-.18 E 4.926(ss)-.66 G(er)544.92 470.154 Q(-)-.24 E 3.77
(vices. The)185.385 484.154 R .769(apparent adv)3.77 F .769
(antage of PI address space is that a user')-.3 F 3.769(sh)-.66 G .769
(osts and)518.231 484.154 R 3.731
(routers need not be recon\214gured if the user decides to change service)
185.385 498.154 R(pro)185.385 512.154 Q 3.681(viders. Ho)-.18 F(we)-.3 E -.18
(ve)-.3 G 1.641 -.48(r, P).18 H 3.681(Ia).48 G .681(ddresses are e)309.288
512.154 R(xpensi)-.18 E 1.041 -.18(ve t)-.3 H 3.681(or).18 G .681
(oute because no use can)439.98 512.154 R 1.462(be made of aggre)185.385
526.154 R -.06(ga)-.18 G 1.462
(tion. All early Internet address space assignments were).06 F(pro)185.385
540.154 Q .07(vider independent. Man)-.18 F 3.07(ya)-.18 G .07
(ssignments made by local IRs are also formally)329.871 540.154 R(pro)185.385
554.154 Q .684
(vider independent due to a lack of prior agreements between ISP and the)-.18 F
(end user that the assignment will be terminated when the service is.)185.385
568.154 Q F2 -.84(Va)72 610.154 S(lidity of assignment).84 E F1 1.448
(Assignments of an)185.385 628.354 R 4.448(yk)-.18 G 1.448
(ind of address space are v)293.877 628.354 R 1.447
(alid as long as the original)-.3 F .006(criteria on which the assignment w)
185.385 642.354 R .007(as based are still v)-.12 F 3.007(alid. If)-.3 F .007
(an assignmnet is)3.007 F 1.502
(made for a speci\214c purpose and the purpose does no longer e)185.385 656.354
R 1.502(xist, also the)-.18 F .828(assignment is no longer v)185.385 670.354 R
.828(alid. If an assignment is based on information that)-.3 F
(turns out to be in)185.385 684.354 Q -.3(va)-.48 G(lid so is the assignment.)
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
/spotfunction exch def
/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
/rm screenangle temprot rotate def
/sm cellsize dup tempscale scale def
sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
/bytevalue bstring ybit bwidth mul xbit 8 idiv add get def
/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
} def
end
/tgifbitpatternspotfunction
{ tgifsetpatterndict begin
/y exch def /x exch def
/xindex x 1 add 2 div bpside mul cvi def
/yindex y 1 add 2 div bpside mul cvi def
xindex yindex bitison
{ /onbits onbits 1 add def 1 }
{ /offbits offbits 1 add def 0 }
ifelse
end
} def
/tgifsetpattern
{ tgifsetpatterndict begin
/cellsz exch def
/angle exch def
/bwidth exch def
/bpside exch def
/bstring exch def
/onbits 0 def /offbits 0 def
cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
/tgifxpmdict 4 dict def
/tgifbwpicstr 1 string def
/tgifcolorpicstr 3 string def
/tgifsetpixels { tgifxpmdict begin /pixels exch def end } def
/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
/tgifbwspot
{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
255 mul .114 mul exch 255 mul .587 mul add exch 255 mul .299 mul add
cvi put
tgifbwpicstr
end
} def
/tgifcolorspot
{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
end
} def
/tgifnewcolorspot
{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop setrgbcolor
end
} def
/tgifcolordict 4 dict def
/colorimage where
{ pop }
{ /colorimage
{ tgifcolordict begin
pop pop pop pop pop
/ih exch def
/iw exch def
/x 0 def
/y 0 def
1 1 ih
{ pop 1 1 iw
{ pop currentfile
tgifbwpicstr readhexstring pop 0 get tgifnewcolorspot
x y moveto 1 0 rlineto 0 1 rlineto -1 0 rlineto
closepath fill
/x x 1 add def
} for
/y y 1 add def
/x 0 def
} for
end
} def
} ifelse
/tgifpatdict 10 dict def
/tgifpatbyte
{ currentdict /retstr get exch
pat i cellsz mod get put
} def
/tgifpatproc
{ 0 1 widthlim {tgifpatbyte} for retstr
/i i 1 add def
} def
/tgifpatfill
{ tgifpatdict begin
/h exch def
/w exch def
/lty exch def
/ltx exch def
/cellsz exch def
/pat exch def
/widthlim w cellsz div cvi 1 sub def
/retstr widthlim 1 add string def
/i 0 def
ltx lty translate
w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
ltx neg lty neg translate
end
} def
/pat1 <ffffffffffffffff> def
/pat2 <0000000000000000> def
/pat3 <8000000008000000> def
/pat4 <8800000022000000> def
/pat5 <8800220088002200> def
/pat6 <8822882288228822> def
/pat7 <aa55aa55aa55aa55> def
/pat8 <77dd77dd77dd77dd> def
/pat9 <77ffddff77ffddff> def
/pat10 <77ffffff77ffffff> def
/pat11 <7fffffff7fffffff> def
/pat12 <8040200002040800> def
/pat13 <40a00000040a0000> def
/pat14 <ff888888ff888888> def
/pat15 <ff808080ff080808> def
/pat16 <f87422478f172271> def
/pat17 <038448300c020101> def
/pat18 <081c22c180010204> def
/pat19 <8080413e080814e3> def
/pat20 <8040201008040201> def
/pat21 <8844221188442211> def
/pat22 <77bbddee77bbddee> def
/pat23 <c1e070381c0e0783> def
/pat24 <7fbfdfeff7fbfdfe> def
/pat25 <3e1f8fc7e3f1f87c> def
/pat26 <0102040810204080> def
/pat27 <1122448811224488> def
/pat28 <eeddbb77eeddbb77> def
/pat29 <83070e1c3870e0c1> def
/pat30 <fefdfbf7efdfbf7f> def
/pat31 <7cf8f1e3c78f1f3e> def
/tgifcentertext { dup stringwidth pop 2 div neg 0 rmoveto } def
/tgifrighttext { dup stringwidth pop neg 0 rmoveto } def
/tgifreencsmalldict 12 dict def
/tgifReEncodeSmall
{ tgifreencsmalldict begin
/newcodesandnames exch def
/newfontname exch def
/basefontname exch def
/basefontdict basefontname findfont def
/newfont basefontdict maxlength dict def
basefontdict
{ exch dup /FID ne
{ dup /Encoding eq
{ exch dup length array copy newfont 3 1 roll put }
{ exch newfont 3 1 roll put }
ifelse
}
{ pop pop }
ifelse
}
forall
newfont /FontName newfontname put
newcodesandnames aload pop
newcodesandnames length 2 idiv
{ newfont /Encoding get 3 1 roll put}
repeat
newfontname newfont definefont pop
end
} def
/tgifgray { 8 1 0 72 300 32 div div tgifsetpattern } bind def
/tgifboxdict 6 dict def
/tgifboxstroke
{ tgifboxdict begin
/pat def /w def /y2 exch def /x2 exch def /y1 exch def /x1 exch def
1.415 setmiterlimit
w 1 eq { w setlinewidth } if
pat pat1 ne pat pat2 ne and { gsave pat tgifgray } if
newpath x1 y1 moveto x2 y1 lineto x2 y2 lineto x1 y2 lineto closepath
pat pat2 eq { 1 setgray stroke 0 setgray } { stroke } ifelse
pat pat1 ne pat pat2 ne and { grestore } if
w 1 eq { 1 setlinewidth } if
1 setmiterlimit
end
} def
/tgifboxfill
{ tgifboxdict begin
/pat def /y2 exch def /x2 exch def /y1 exch def /x1 exch def
pat pat1 ne pat pat2 ne and { gsave pat tgifgray } if
newpath x1 y1 moveto x2 y1 lineto x2 y2 lineto x1 y2 lineto closepath
pat pat2 eq { 1 setgray fill 0 setgray } { fill } ifelse
pat pat1 ne pat pat2 ne and { grestore } if
end
} def
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tgifdict begin
/tgifsavedpage save def
1 setmiterlimit
1 setlinewidth
72 0 mul 72 11 mul translate
72 128 div 100 mul 100 div dup neg scale
gsave
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
16 63 moveto (RIPE) show
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
112 16 moveto
112 144 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
16 80 moveto
208 80 lineto
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
128 32 moveto
128 160 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
32 96 moveto
224 96 lineto
stroke
1 setlinewidth
grestore
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
182 139 moveto (ncc) tgifcentertext show
grestore
grestore
tgifsavedpage restore
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EEND/F0 10/Helvetica at 0 SF(European IR - P)326.98 34.754 Q
(olicies and Procedures - V)-.5 E(ersion 0.1)-.8 E(Or)429.74 46.754 Q(ange)-.1
E 2.78(,K)-.15 G(uehne)474.77 46.754 Q 2.78(,K)-.15 G(arrenberg)514.65 46.754 Q
/F1 12/Helvetica at 0 SF 3.336(3. Address)72 87.954 R(Space Assignment Procedures)
3.336 E 3.336(3.1. Introduction)72 129.954 R/F2 12/Times-Roman at 0 SF .538
(In this section, we describe the procedures to be follo)185.385 162.154 R .537
(wed by local IRs when)-.3 F 2.386(assigning address space to their users. W)
185.385 176.154 R 5.386(es)-.96 G 2.387(tart with a description of the)410.419
176.154 R 2.067(information to be g)185.385 190.154 R 2.067
(athered from the user)-.06 F 5.066(.T)-.66 G 2.066
(he purpose of the information)407.092 190.154 R -.06(ga)185.385 204.154 S
3.361(thering is tw).06 F 3.362
(ofold. First, the information is required to mak)-.12 F 6.362(ea)-.12 G
(ddress)527.34 204.154 Q .171(assignment decisions, with respect to the aggre)
185.385 218.154 R -.06(ga)-.18 G .171(tion and conserv).06 F .171(ation goals.)
-.3 F(Second, the information is required for re)185.385 232.154 Q
(gistration purposes.)-.18 E 4.362 -.96(We g)185.385 264.354 T 5.442(oo).96 G
5.442(nt)229.965 264.354 S 5.442(od)244.743 264.354 S 2.442(escribe ho)262.185
264.354 R 5.442(wt)-.3 G 2.442(his information should be e)330.753 264.354 R
-.3(va)-.3 G 2.443(luated to mak).3 F(e)-.12 E .291
(appropriate assignments, and introduce additional considerations that may be)
185.385 278.354 R .606
(essential in the assignment decision. Finally we specify the procedures to be)
185.385 292.354 R(follo)185.385 306.354 Q(wed in the assignment process.)-.3 E
1.038(Before going into the f)185.385 334.354 R 1.037
(actors in the assignment process, we start with some)-.12 F 1.001
(general background information and policies that determine the information)
185.385 348.354 R(to be g)185.385 362.354 Q
(athered, and the procedures to be follo)-.06 E(wed.)-.3 E .645
(Address space is assigned by IRs to end users who use it to operate the spe-)
185.385 390.354 R 1.074(ci\214c netw)185.385 404.354 R 1.075
(orks described in an address space request.)-.12 F 1.075
(IRs guarantee that no)7.075 F .46
(other end user will be assigned the same address space during the v)185.385
418.354 R .459(alidity of)-.3 F .685(the assignment.)185.385 432.354 R .686
(An assignment is v)6.686 F .686(alid as long as the criteria on which it is)
-.3 F(based remain v)185.385 446.354 Q(alid.)-.3 E 2.515
(In accordance with the conserv)185.385 474.354 R 2.515
(ation goal, end users are not permitted to)-.3 F(reserv)185.385 488.354 Q 3.29
(ea)-.18 G .29(ddress space. Ev)228.467 488.354 R .291
(aluation of IP address space requests must be based)-.3 F 1.072
(on the documentation pro)185.385 502.354 R 1.072(vided for the follo)-.18 F
1.071(wing 24 months, as speci\214ed in)-.3 F .296
(the addressing plan and the current address space usage described in the ne)
185.385 516.354 R(xt)-.18 E .082(section. The amount of address space assigned\
must be justi\214ed by this docu-)185.385 530.354 R .249
(mentation. This means that address space assigned in the past should be used)
185.385 544.354 R 1.858(to meet the current request if possible.)185.385
558.354 R 1.857(Once an or)7.857 F -.06(ga)-.216 G 1.857(nization has used its)
.06 F 1.216
(assigned address space, it can request additional address space based on an)
185.385 572.354 R(updated estimate of gro)185.385 586.354 Q(wth in its netw)-.3
E(ork.)-.12 E F1 3.336(3.2. Documentation)72 628.354 R F2 4.604 -.96(To m)
185.385 660.554 T(ak).96 E 5.684(ea)-.12 G 2.684
(ppropriate assignment decisions, information must be g)240.325 660.554 R
(athered)-.06 E .667(about the or)185.385 674.554 R -.06(ga)-.216 G .667
(nization, addressing requirements, netw).06 F .668(ork infrastructure, cur)
-.12 F(-)-.24 E .476
(rent address space usage, and future plans of the end user requesting address)
185.385 688.554 R 6.431(space. Some)185.385 702.554 R 3.431
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%%CreationDate: Wed Apr 26 16:57:17 1995
%%Creator: Tgif-2.14-p9 by William Chia-Wei Cheng (william at cs.UCLA.edu)
%%Pages: 1
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
/spotfunction exch def
/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
/rm screenangle temprot rotate def
/sm cellsize dup tempscale scale def
sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
/bytevalue bstring ybit bwidth mul xbit 8 idiv add get def
/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
} def
end
/tgifbitpatternspotfunction
{ tgifsetpatterndict begin
/y exch def /x exch def
/xindex x 1 add 2 div bpside mul cvi def
/yindex y 1 add 2 div bpside mul cvi def
xindex yindex bitison
{ /onbits onbits 1 add def 1 }
{ /offbits offbits 1 add def 0 }
ifelse
end
} def
/tgifsetpattern
{ tgifsetpatterndict begin
/cellsz exch def
/angle exch def
/bwidth exch def
/bpside exch def
/bstring exch def
/onbits 0 def /offbits 0 def
cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
/tgifxpmdict 4 dict def
/tgifbwpicstr 1 string def
/tgifcolorpicstr 3 string def
/tgifsetpixels { tgifxpmdict begin /pixels exch def end } def
/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
/tgifbwspot
{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
255 mul .114 mul exch 255 mul .587 mul add exch 255 mul .299 mul add
cvi put
tgifbwpicstr
end
} def
/tgifcolorspot
{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
end
} def
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
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tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
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} def
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tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
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/xrad exch def
/y exch def
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/savematrix mtrx currentmatrix def
x y translate
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{ tgifarcdict begin
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x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
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} def
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tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
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/findresolution
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xres dup mul yres dup mul add sqrt
} def
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tgifsetpatterndict begin
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offbits offbits onbits add div setgray
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/tgifbwpicstr 1 string def
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/tgifbwspot
{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
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cvi put
tgifbwpicstr
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{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
end
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pixels index 3 mul 3 getinterval aload pop setrgbcolor
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/colorimage where
{ pop }
{ /colorimage
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pop pop pop pop pop
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/x 0 def
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1 1 ih
{ pop 1 1 iw
{ pop currentfile
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x y moveto 1 0 rlineto 0 1 rlineto -1 0 rlineto
closepath fill
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} for
/y y 1 add def
/x 0 def
} for
end
} def
} ifelse
/tgifpatdict 10 dict def
/tgifpatbyte
{ currentdict /retstr get exch
pat i cellsz mod get put
} def
/tgifpatproc
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/i i 1 add def
} def
/tgifpatfill
{ tgifpatdict begin
/h exch def
/w exch def
/lty exch def
/ltx exch def
/cellsz exch def
/pat exch def
/widthlim w cellsz div cvi 1 sub def
/retstr widthlim 1 add string def
/i 0 def
ltx lty translate
w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
ltx neg lty neg translate
end
} def
/pat1 <ffffffffffffffff> def
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/pat3 <8000000008000000> def
/pat4 <8800000022000000> def
/pat5 <8800220088002200> def
/pat6 <8822882288228822> def
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/pat12 <8040200002040800> def
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/pat14 <ff888888ff888888> def
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/tgifReEncodeSmall
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/newfontname exch def
/basefontname exch def
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/newfont basefontdict maxlength dict def
basefontdict
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{ dup /Encoding eq
{ exch dup length array copy newfont 3 1 roll put }
{ exch newfont 3 1 roll put }
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{ pop pop }
ifelse
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forall
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newcodesandnames aload pop
newcodesandnames length 2 idiv
{ newfont /Encoding get 3 1 roll put}
repeat
newfontname newfont definefont pop
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/tgifgray { 8 1 0 72 300 32 div div tgifsetpattern } bind def
/tgifboxdict 6 dict def
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w 1 eq { 1 setlinewidth } if
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1 setlinewidth
72 0 mul 72 11 mul translate
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gsave
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gsave
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grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
112 16 moveto
112 144 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
16 80 moveto
208 80 lineto
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
128 32 moveto
128 160 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
32 96 moveto
224 96 lineto
stroke
1 setlinewidth
grestore
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
/spotfunction exch def
/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
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sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
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/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
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{ tgifsetpatterndict begin
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xindex yindex bitison
{ /onbits onbits 1 add def 1 }
{ /offbits offbits 1 add def 0 }
ifelse
end
} def
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{ tgifsetpatterndict begin
/cellsz exch def
/angle exch def
/bwidth exch def
/bpside exch def
/bstring exch def
/onbits 0 def /offbits 0 def
cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
/tgifxpmdict 4 dict def
/tgifbwpicstr 1 string def
/tgifcolorpicstr 3 string def
/tgifsetpixels { tgifxpmdict begin /pixels exch def end } def
/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
/tgifbwspot
{ tgifxpmdict begin
/index exch def
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618.554 Q F1 .824(\214eld may be a netw)3.824 F .824
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(ork for the or)-.12 F -.06(ga)-.216 G 5.072(nization. In).06 F 2.072
(both cases,)5.072 F 1.258(more than one person can be speci\214ed.)185.385
646.554 R 1.259(The use of NIC handles to specify)7.258 F .773
(each contact person is required, as it assures each person has a unique entry)
185.385 660.554 R .357(in the database.)185.385 674.554 R .357
(If the person doesn')6.357 F 3.358(th)-.216 G -2.7 -.24(av e)375.962 674.554 T
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%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
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} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
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} def
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tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
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xres dup mul yres dup mul add sqrt
} def
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bytevalue mask and 0 ne
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ifelse
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cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
/tgifxpmdict 4 dict def
/tgifbwpicstr 1 string def
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/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
/tgifbwspot
{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
255 mul .114 mul exch 255 mul .587 mul add exch 255 mul .299 mul add
cvi put
tgifbwpicstr
end
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/tgifcolorspot
{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
end
} def
/tgifnewcolorspot
{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop setrgbcolor
end
} def
/tgifcolordict 4 dict def
/colorimage where
{ pop }
{ /colorimage
{ tgifcolordict begin
pop pop pop pop pop
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/iw exch def
/x 0 def
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1 1 ih
{ pop 1 1 iw
{ pop currentfile
tgifbwpicstr readhexstring pop 0 get tgifnewcolorspot
x y moveto 1 0 rlineto 0 1 rlineto -1 0 rlineto
closepath fill
/x x 1 add def
} for
/y y 1 add def
/x 0 def
} for
end
} def
} ifelse
/tgifpatdict 10 dict def
/tgifpatbyte
{ currentdict /retstr get exch
pat i cellsz mod get put
} def
/tgifpatproc
{ 0 1 widthlim {tgifpatbyte} for retstr
/i i 1 add def
} def
/tgifpatfill
{ tgifpatdict begin
/h exch def
/w exch def
/lty exch def
/ltx exch def
/cellsz exch def
/pat exch def
/widthlim w cellsz div cvi 1 sub def
/retstr widthlim 1 add string def
/i 0 def
ltx lty translate
w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
ltx neg lty neg translate
end
} def
/pat1 <ffffffffffffffff> def
/pat2 <0000000000000000> def
/pat3 <8000000008000000> def
/pat4 <8800000022000000> def
/pat5 <8800220088002200> def
/pat6 <8822882288228822> def
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/pat9 <77ffddff77ffddff> def
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/pat12 <8040200002040800> def
/pat13 <40a00000040a0000> def
/pat14 <ff888888ff888888> def
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/tgifreencsmalldict 12 dict def
/tgifReEncodeSmall
{ tgifreencsmalldict begin
/newcodesandnames exch def
/newfontname exch def
/basefontname exch def
/basefontdict basefontname findfont def
/newfont basefontdict maxlength dict def
basefontdict
{ exch dup /FID ne
{ dup /Encoding eq
{ exch dup length array copy newfont 3 1 roll put }
{ exch newfont 3 1 roll put }
ifelse
}
{ pop pop }
ifelse
}
forall
newfont /FontName newfontname put
newcodesandnames aload pop
newcodesandnames length 2 idiv
{ newfont /Encoding get 3 1 roll put}
repeat
newfontname newfont definefont pop
end
} def
/tgifgray { 8 1 0 72 300 32 div div tgifsetpattern } bind def
/tgifboxdict 6 dict def
/tgifboxstroke
{ tgifboxdict begin
/pat def /w def /y2 exch def /x2 exch def /y1 exch def /x1 exch def
1.415 setmiterlimit
w 1 eq { w setlinewidth } if
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pat pat2 eq { 1 setgray stroke 0 setgray } { stroke } ifelse
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w 1 eq { 1 setlinewidth } if
1 setmiterlimit
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{ tgifboxdict begin
/pat def /y2 exch def /x2 exch def /y1 exch def /x1 exch def
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/tgifsavedpage save def
1 setmiterlimit
1 setlinewidth
72 0 mul 72 11 mul translate
72 128 div 100 mul 100 div dup neg scale
gsave
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
16 63 moveto (RIPE) show
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
112 16 moveto
112 144 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
16 80 moveto
208 80 lineto
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
128 32 moveto
128 160 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
32 96 moveto
224 96 lineto
stroke
1 setlinewidth
grestore
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
182 139 moveto (ncc) tgifcentertext show
grestore
grestore
tgifsavedpage restore
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(ed in an assignment request, we need)-.18 F 3.786(af)185.385 101.954 S .786
(ull set of personal data. This data can only be omitted if up to date infor)
198.495 101.954 R(-)-.24 E 1.215(mation for the gi)185.385 115.954 R -.18(ve)
-.3 G 4.215(np).18 G 1.215(erson is already stored in the RIPE database.)
296.421 115.954 R 1.215(If ne)7.215 F(w)-.3 E .61(data is pro)185.385 129.954 R
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(wed)-.3 E .693(as an update upon submission, and o)185.385 143.954 R -.18(ve)
-.18 G .693(rwrite the current person data. Other).18 F(-)-.24 E .152
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(Pe)3.153 G -.12(rs).96 G .153(on T).12 F(emplate)-1.104 E(.)-.18 E F2(The)
6.153 E(person')185.385 171.954 Q 3.597(sn)-.66 G .597
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-.12 E F2 3.596(\214eld. The)3.596 F .596(full postal)3.596 F 2.601
(address is speci\214ed using multiple)185.385 185.954 R F3(addr)5.602 E(ess)
-.444 E F2 5.602(\214elds. The)5.602 F 2.602(international tele-)5.602 F .011
(phone number which can be used to reach the person at w)185.385 199.954 R .011
(ork must be entered)-.12 F .817(in the)185.385 213.954 R F3(phone)3.818 E F2
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(Of course, the NIC handle for this person must be entered in the)185.385
227.954 R F3(nic-hdl)3.262 E F2(\214eld)3.262 E
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(In both the Netw)185.385 316.154 R 2.303(ork T)-.12 F 2.303
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330.154 R .046(gistry database.)-.18 F .046(The sub-)6.046 F(mitter')185.385
344.154 Q 4.146(se)-.66 G 1.147(-mail address must be speci\214ed in the)
231.531 344.154 R F3 -.18(ch)4.147 G(ang).18 E(ed)-.12 E F2 1.147
(\214eld together with)4.147 F(the date the template is submitted.)185.385
358.154 Q(Similarly)185.385 386.154 Q 3.979(,t)-.78 G(he)239.596 386.154 Q F3
(sour)3.979 E(ce)-.444 E F2 .978(\214eld is used to specify the re)3.979 F .978
(gistry database where the)-.18 F .641
(requester information can be found after an assignment is made. In this case)
185.385 400.154 R 2.525
(it will be RIPE, as the requester information for this assignment will be)
185.385 414.154 R(stored in the RIPE database.)185.385 428.154 Q F4 3.336
(3.2.2. Additional)72 484.154 R(Inf)3.336 E -3.036(or mation)-.36 F F2 3.924
(In the assessment of an assignment request, the additional information)185.385
502.354 R 1.047(described belo)185.385 516.354 R 4.047(wi)-.3 G 4.047(sa)
271.827 516.354 S -.12(lwa)285.87 516.354 S 1.046
(ys useful. In some cases, IR').12 F 4.046(sm)-.66 G 1.046
(ay require this data)463.218 516.354 R(be pro)185.385 530.354 Q
(vided as part of the e)-.18 E -.3(va)-.3 G(luation process.).3 E F1 .19
(Deployment Plan)185.385 558.354 R F2 .19(Suppose we are dealing with a ne)3.19
F 3.19(wc)-.3 G .19(orporation that w)455.751 558.354 R(ants)-.12 E 1.371
(to ha)185.385 572.354 R 1.731 -.18(ve a)-.24 H 1.37
(ccess to the Internet, and estimates an immediate need for 10,000).18 F .586
(addresses. In such cases, a)185.385 586.354 R F3 .586(deployment plan)3.586 F
F2 .587(may be requested from the user)3.586 F(.)-.66 E 1.876
(The plan should include a list of e)185.385 600.354 R -.18(ve)-.3 G 1.875
(nts which will lead to the use of the).18 F .235
(requested addresses, along with the dates that the e)185.385 614.354 R -.18
(ve)-.3 G .235(nts will occur).18 F 6.236(.T)-.66 G .236(his can)524.104
614.354 R .76(be used to determine ho)185.385 628.354 R 3.76(wr)-.3 G .759
(ealistic the user is being, and if suitable to phase)319.193 628.354 R
(the assignment process in according to the user')185.385 642.354 Q 3(sp)-.66 G
(lans.)428.685 642.354 Q F1 -1.104(To)185.385 670.354 S .648(pological Map)
1.104 F F2 .648(The old saying "a picture is w)3.648 F .649(orth a thousand w)
-.12 F .649(ords" cer)-.12 F(-)-.24 E .589(tainly holds in the case of netw)
185.385 684.354 R 3.589(orks. If)-.12 F(a)3.589 E F3(topolo)3.589 E .589
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
/spotfunction exch def
/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
/rm screenangle temprot rotate def
/sm cellsize dup tempscale scale def
sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
/bytevalue bstring ybit bwidth mul xbit 8 idiv add get def
/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
} def
end
/tgifbitpatternspotfunction
{ tgifsetpatterndict begin
/y exch def /x exch def
/xindex x 1 add 2 div bpside mul cvi def
/yindex y 1 add 2 div bpside mul cvi def
xindex yindex bitison
{ /onbits onbits 1 add def 1 }
{ /offbits offbits 1 add def 0 }
ifelse
end
} def
/tgifsetpattern
{ tgifsetpatterndict begin
/cellsz exch def
/angle exch def
/bwidth exch def
/bpside exch def
/bstring exch def
/onbits 0 def /offbits 0 def
cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
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tgifellipsedict /mtrx matrix put
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/y exch def
/x exch def
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xrad yrad scale
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savematrix setmatrix
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tgifarrowtipdict /mtrx matrix put
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dy dx atan rotate
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w neg h lineto
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tgifarcdict /mtrx matrix put
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savematrix setmatrix
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(consistent with the size of the subnet.)185.385 423.954 R .091
(Sometimes address space can be sa)6.091 F -.18(ve)-.24 G(d).18 E 1.894
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185.385 185.954 R .343
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
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{ tgifellipsedict begin
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xrad yrad scale
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savematrix setmatrix
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tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
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/h exch def
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/y exch def
/x exch def
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dy dx atan rotate
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w neg h lineto
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tgifarcdict /mtrx matrix put
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offbits offbits onbits add div setgray
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/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
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tgifbwpicstr
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255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
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1 1 ih
{ pop 1 1 iw
{ pop currentfile
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x y moveto 1 0 rlineto 0 1 rlineto -1 0 rlineto
closepath fill
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/y y 1 add def
/x 0 def
} for
end
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/tgifpatbyte
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pat i cellsz mod get put
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/tgifpatproc
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/i 0 def
ltx lty translate
w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
ltx neg lty neg translate
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/newfontname exch def
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basefontdict
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{ dup /Encoding eq
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{ exch newfont 3 1 roll put }
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ifelse
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forall
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repeat
newfontname newfont definefont pop
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gsave
7 setlinewidth
newpath
112 16 moveto
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pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
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gsave
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newpath
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stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
128 32 moveto
128 160 lineto
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stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
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224 96 lineto
stroke
1 setlinewidth
grestore
% TEXT
0 setgray
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
/spotfunction exch def
/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
/rm screenangle temprot rotate def
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sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
/bytevalue bstring ybit bwidth mul xbit 8 idiv add get def
/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
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/tgifbitpatternspotfunction
{ tgifsetpatterndict begin
/y exch def /x exch def
/xindex x 1 add 2 div bpside mul cvi def
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xindex yindex bitison
{ /onbits onbits 1 add def 1 }
{ /offbits offbits 1 add def 0 }
ifelse
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} def
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{ tgifsetpatterndict begin
/cellsz exch def
/angle exch def
/bwidth exch def
/bpside exch def
/bstring exch def
/onbits 0 def /offbits 0 def
cellsz angle /tgifbitpatternspotfunction load tgifsetuserscreen
{} settransfer
offbits offbits onbits add div setgray
end
} def
/tgifxpmdict 4 dict def
/tgifbwpicstr 1 string def
/tgifcolorpicstr 3 string def
/tgifsetpixels { tgifxpmdict begin /pixels exch def end } def
/tgifsetpix { tgifxpmdict begin pixels 3 1 roll putinterval end } def
/tgifbwspot
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
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%
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tgifellipsedict /mtrx matrix put
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
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%
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
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/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
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/y exch def
/x exch def
/savematrix mtrx currentmatrix def
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tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
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tgifarcdict /mtrx matrix put
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456.154 Q 1.036(vider from transit pro)-.18 F 1.036
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470.154 Q(vider)-.18 E 3.148(,a)-.48 G .148(nd ne)236.857 470.154 R 3.149(wa)
-.3 G .149(ssignments should be made to the end users from the ne)280.174
470.154 R(w)-.3 E(allocation.)185.385 484.154 Q .592
(In this section, we describe ho)185.385 512.154 R 3.592(wal)-.3 G .591
(ocal IR can obtain an allocation and ho)357.865 512.154 R(w)-.3 E
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(4.1. Slo)72 568.154 R 3.336(wS)-.18 G -2.856(tar t)135.852 568.154 R
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185.385 614.354 R 1.552
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/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
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{ tgifellipsedict begin
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/xrad exch def
/y exch def
/x exch def
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x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
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tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
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/y exch def
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/savematrix mtrx currentmatrix def
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dy dx atan rotate
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w neg h lineto
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tgifarcdict /mtrx matrix put
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newproc 0 proc1 putinterval
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newproc cvx
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offbits offbits onbits add div setgray
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{ tgifxpmdict begin
/index exch def
tgifbwpicstr 0
pixels index 3 mul 3 getinterval aload pop
255 mul .114 mul exch 255 mul .587 mul add exch 255 mul .299 mul add
cvi put
tgifbwpicstr
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{ tgifxpmdict begin
/index exch def
pixels index 3 mul 3 getinterval aload pop
255 mul cvi tgifcolorpicstr 2 3 -1 roll put
255 mul cvi tgifcolorpicstr 1 3 -1 roll put
255 mul cvi tgifcolorpicstr 0 3 -1 roll put
tgifcolorpicstr
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pixels index 3 mul 3 getinterval aload pop setrgbcolor
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/colorimage where
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{ /colorimage
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pop pop pop pop pop
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1 1 ih
{ pop 1 1 iw
{ pop currentfile
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x y moveto 1 0 rlineto 0 1 rlineto -1 0 rlineto
closepath fill
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} for
/y y 1 add def
/x 0 def
} for
end
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} ifelse
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/tgifpatbyte
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pat i cellsz mod get put
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/tgifpatproc
{ 0 1 widthlim {tgifpatbyte} for retstr
/i i 1 add def
} def
/tgifpatfill
{ tgifpatdict begin
/h exch def
/w exch def
/lty exch def
/ltx exch def
/cellsz exch def
/pat exch def
/widthlim w cellsz div cvi 1 sub def
/retstr widthlim 1 add string def
/i 0 def
ltx lty translate
w h true [1 0 0 1 0 0] {tgifpatproc} imagemask
ltx neg lty neg translate
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basefontdict
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{ dup /Encoding eq
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ifelse
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ifelse
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forall
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newcodesandnames length 2 idiv
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repeat
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/tgifboxdict 6 dict def
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/pat def /w def /y2 exch def /x2 exch def /y1 exch def /x1 exch def
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w 1 eq { w setlinewidth } if
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w 1 eq { 1 setlinewidth } if
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/tgifsavedpage save def
1 setmiterlimit
1 setlinewidth
72 0 mul 72 11 mul translate
72 128 div 100 mul 100 div dup neg scale
gsave
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
16 63 moveto (RIPE) show
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
112 16 moveto
112 144 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
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gsave
7 setlinewidth
newpath
16 80 moveto
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stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
128 32 moveto
128 160 lineto
pat6 8 1 0 72 300 32 div div tgifsetpattern
stroke
1 setlinewidth
grestore
% POLY/OPEN-SPLINE
gsave
7 setlinewidth
newpath
32 96 moveto
224 96 lineto
stroke
1 setlinewidth
grestore
% TEXT
0 setgray
/Helvetica-Bold findfont [34 0 0 -34 0 0] makefont setfont
gsave
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(ocal IR starts up, it has no address space allocated to it.)254.796 218.154 R
(The)7.132 E .3
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185.385 232.154 R .668(receipt of the \214rst assignment request from the loca\
l IR. Because there is no)185.385 246.154 R .285
(information about the rate at which a ne)185.385 260.154 R 3.285(wI)-.3 G
3.285(Rw)394.653 260.154 S .286(ill mak)414.606 260.154 R 3.286(ea)-.12 G .286
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(Remember that the amount of space allocated does not determine the size of)
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(section, a ne)185.385 330.154 R 4.381(wl)-.3 G 1.38(ocal IR must ha)263.88
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330.154 R(NCC until its assignment windo)185.385 344.154 Q 3(wi)-.3 G 3(si)
354.105 344.154 S(ncreased.)365.109 344.154 Q F2 3.336(4.3. Fur)72 386.154 R
(ther Allocations).48 E F1 3.528(Al)185.385 404.354 S .528
(ocal IR can obtain additional allocations as required. A request should be)
200.913 404.354 R 1.787
(submitted to the RIPE NCC when the currently allocated address space is)
185.385 418.354 R .185(nearly used up, or if a single request requires a lar)
185.385 432.354 R .186(ger block of addresses than)-.216 F 1.135
(can be satis\214ed with the currently allocated address space. T)185.385
446.354 R 4.135(oo)-.96 G 1.135(btain a ne)500.71 446.354 R(w)-.3 E 3.08
(allocation, a local IR should submit a request to the RIPE NCC which)185.385
460.354 R .082(includes a complete list of the assignments made from all of th\
eir allocations.)185.385 474.354 R 2.163
(The RIPE NCC will check this information, compare it with assignments)185.385
488.354 R(re)185.385 502.354 Q 1.088
(gistered in the database and may request further information to determine)-.18
F .056(the need for a ne)185.385 516.354 R 3.056(wa)-.3 G .056
(llocation. Additional address space will be allocated after)282.325 516.354 R
.666(the information deli)185.385 530.354 R -.18(ve)-.3 G .665
(red with the request has been v).18 F .665(eri\214ed, and a ne)-.18 F 3.665
(wa)-.3 G(llo-)541.332 530.354 Q(cation has been deemed necessary)185.385
544.354 Q(.)-.78 E(Unfortunately)185.385 586.354 Q 4.296(,t)-.78 G 1.296
(here is a tradeof)262.557 586.354 R 4.296(fb)-.3 G 1.296(etween the aggre)
357.405 586.354 R -.06(ga)-.18 G 1.297(tion and conserv).06 F(ation)-.3 E 1.107
(goals in making allocations. T)185.385 600.354 R 4.107(of)-.96 G 1.106
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(tion, the RIPE NCC aims to).06 F .228
(allocate contiguous address ranges to a local IR. Ho)185.385 614.354 R(we)-.3
E -.18(ve)-.3 G 1.189 -.48(r, b).18 H .229(ecause conserv).48 F(a-)-.3 E .43
(tion of address space must also be tak)185.385 628.354 R .429
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(sible. A)185.385 642.354 R(ne)3.288 E 3.288(wa)-.3 G .288(llocation to a re)
257.601 642.354 R .288(gistry can therefore not be e)-.18 F .289
(xpected to be con-)-.18 F 1.473
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(wa)-.12 G 1.473(ys aims to further).12 F 1.76(the aggre)185.385 670.354 R -.06
(ga)-.18 G 1.761(tion goal, and therefore to allocate contiguous space,).06 F
/F3 12/Times-Italic at 0 SF 1.761(the RIPE)4.761 F 1.563
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%%BeginProlog
%
/tgifdict 132 dict def
tgifdict begin
%
% Using a zero value radius for an ellipse or an arc would result
% in a non-invertible CTM matrix which causes problem when this
% when this PostScript is wrapped inside other routines, such as
% the multi.ps package from
% ftp.ucc.su.oz.au:/pub/ps_printing/multi. You can overcome such
% error by uncommenting the sole line of the procedure below:
%
/tgif_min_radius
{
% dup 0.01 lt { pop 0.01 } if
} bind def
/tgifellipsedict 6 dict def
tgifellipsedict /mtrx matrix put
/tgifellipse
{ tgifellipsedict begin
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 0 360 arc
savematrix setmatrix
end
} def
/tgifarrowtipdict 8 dict def
tgifarrowtipdict /mtrx matrix put
/tgifarrowtip
{ tgifarrowtipdict begin
/dy exch def
/dx exch def
/h exch def
/w exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
dy dx atan rotate
0 0 moveto
w neg h lineto
w neg h neg lineto
savematrix setmatrix
end
} def
/tgifarcdict 8 dict def
tgifarcdict /mtrx matrix put
/tgifarcn
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
/x exch def
/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arc
savematrix setmatrix
end
} def
/tgifarc
{ tgifarcdict begin
/endangle exch def
/startangle exch def
/yrad exch def
/xrad exch def
/y exch def
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/savematrix mtrx currentmatrix def
x y translate
xrad yrad scale
0 0 1 startangle endangle arcn
savematrix setmatrix
end
} def
/tgifsetuserscreendict 22 dict def
tgifsetuserscreendict begin
/tempctm matrix def
/temprot matrix def
/tempscale matrix def
/concatprocs
{ /proc2 exch cvlit def
/proc1 exch cvlit def
/newproc proc1 length proc2 length add array def
newproc 0 proc1 putinterval
newproc proc1 length proc2 putinterval
newproc cvx
} def
/resmatrix matrix def
/findresolution
{ 72 0 resmatrix defaultmatrix dtransform
/yres exch def /xres exch def
xres dup mul yres dup mul add sqrt
} def
end
/tgifsetuserscreen
{ tgifsetuserscreendict begin
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/screenangle exch def
/cellsize exch def
/m tempctm currentmatrix def
/rm screenangle temprot rotate def
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sm rm m m concatmatrix m concatmatrix pop
1 0 m dtransform /y1 exch def /x1 exch def
/veclength x1 dup mul y1 dup mul add sqrt def
/frequency findresolution veclength div def
/newscreenangle y1 x1 atan def
m 2 get m 1 get mul m 0 get m 3 get mul sub 0 gt
{{neg} /spotfunction load concatprocs
/spotfunction exch def
} if
frequency newscreenangle /spotfunction load setscreen
end
} def
/tgifsetpatterndict 18 dict def
tgifsetpatterndict begin
/bitison
{ /ybit exch def /xbit exch def
/bytevalue bstring ybit bwidth mul xbit 8 idiv add get def
/mask 1 7 xbit 8 mod sub bitshift def
bytevalue mask and 0 ne
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/tgifbitpatternspotfunction
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repeat
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stroke
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gsave
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