我被要求在Sun上打开90年代创建的一些旧PostScript文件。我已经尝试过GhostView，ImageMagick，InkScape，Gimp，Okular ......它们都是空白页，就像将文件发送到打印机一样。
我已经为80年代的打印机写了一个PS驱动程序，所以我可以理解这种语言非常生疏。
打开文件时有没有办法收到错误消息？更一般地说，我如何调试PS文件，例如单步执行？
这是我尝试打开的其中一个文件的精简版本（我删除了数千条重复的行）。
%!
270 rotate
%%Page:
statusdict (waittimeout) 0 put
%General PS definitions.
/l {lineto} def /m {moveto} def /rl {rlineto} def /rm {rmoveto} def
/sg {setgray} def /r {rotate} def /sc {scale} def /tr {translate} def
/gs {gsave} def /gr {grestore} def /st {stroke} def
/s {show} def /cm {28.3465 mul} def %1 cm = 28.3465 units
/pi {3.14159} def /slw {setlinewidth} def
/ssf {scalefont setfont} def /trf {/Times-Roman findfont} def
/syf {/Symbol findfont} def 2 setlinejoin
%scale plot.
0.9 cm 2.5 cm tr %Origo
%0.992 1.008 sc %Rescale X,Y slightly so that they are equal
% %on Apple laserprinter.
0.0195 cm 0.0195 cm sc %scale plot so that 1000 units = 19.5 cm.
%i.e. 1 unit = 19.5/1000 cm = 0.195 mm
trf 1 cm %/Times Roman size = 1 cm
ssf 1 cm %/Symbol size = 1 cm
1.5 slw %Set default linewidth to be 0.5 units
%(i.e. slightly LT 0.1 mm.
%0.5128205 units=10./19.5 units=0.01 cm=0.1 mm
0 sg %Set default grayness to be 0, which is black.
%Define plotsymbols, box,triangle, etc.
/box {newpath 0 0 m -0.5 -0.5 rm 0 1 rl 1 0 rl 0 -1 rl closepath} def
/bf %Filled box
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def %Store the CTM in the varible ctmx
gs x y tr a r xs ys sc box cmtx setmatrix g sg fill gr} def
/bo %Open box
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def
gs x y tr a r xs ys sc box cmtx setmatrix g sg st gr} def
/plus
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc newpath
-0.5 0 m 0.5 0 l 0 -0.5 m 0 0.5 l cmtx setmatrix g sg st gr} def
/r1 {0.5 2 sqrt div} def
/cross
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc newpath r1 neg
r1 neg m r1 r1 l r1 neg r1 m r1 r1 neg l cmtx setmatrix g sg st gr} def
/star
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc newpath -0.5 0 m
0.5 0 l 0 -0.5 m 0 0.5 l r1 neg r1 neg m r1 r1 l r1 neg r1 m r1 r1 neg l
cmtx setmatrix g sg st gr} def
/ef %Filled ellipse (or circle if xs=ys)
{/g exch def /endangle exch def /startangle exch def /yrad exch def
/xrad exch def /angle exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr angle r xrad yrad sc newpath
0 0 0.5 startangle endangle arc cmtx setmatrix g sg fill gr} def
/eo %Open ellipse (or circle if xs=ys)
{/g exch def /endangle exch def /startangle exch def /yrad exch def
/xrad exch def /angle exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr angle r xrad yrad sc newpath
0 0 0.5 startangle endangle arc cmtx setmatrix g sg st gr} def
/xt {0.5} def /y1t {xt 3 sqrt div} def /y2t {2 xt mul 3 sqrt div} def
/triangle {newpath xt neg y1t neg m 0 y2t l xt y1t neg l closepath} def
/tf %Filled triangle
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc triangle
cmtx setmatrix g sg fill gr} def
/to %Open triangle
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc triangle
cmtx setmatrix g sg st gr} def
/h1 {0.5 3 sqrt div} def /h2 {h1 2 mul} def /h3 {h1 3 sqrt mul} def
/hexagone {newpath h1 h3 m h2 0 l h1 h3 neg l h1 neg h3 neg l h2 neg 0 l
h1 neg h3 l closepath} def
/hf %Filled hexagone
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc hexagone
cmtx setmatrix g sg fill gr} def
/ho %Open hexagone
{/g exch def /ys exch def /xs exch def /a exch def /y exch def /x exch def
/cmtx matrix currentmatrix def gs x y tr a r xs ys sc hexagone
cmtx setmatrix g sg st gr} def
trf 10.00 ssf
1.00 slw
0.00 sg
476.1 382.4 m
472.9 382.5 l
471.6 382.5 l
468.4 382.5 l
465.3 382.6 l
419.5 280.2 90.0 6.1 6.1 0.0 360.0 0.00 ef
0 0 m st 0 0 m
476.1 180.0 m
476.1 600.0 l
476.1 180.0 m
404.7 600.0 l
476.1 180.0 m
328.7 600.0 l
476.1 180.0 m
242.3 600.0 l
476.1 180.0 m
st 476.1 180.0 m
206.1 513.7 l
476.1 180.0 m
206.1 414.9 l
476.1 180.0 m
206.1 341.7 l
476.1 180.0 m
206.1 281.9 l
476.1 180.0 m
206.1 229.4 l
239.2 180.0 m
206.1 180.0 l
476.1 180.0 90.0 70.0 67.5 0.0 90.0 0.00 eo
476.1 180.0 90.0 140.0 135.0 0.0 90.0 0.00 eo
476.1 180.0 90.0 210.0 202.5 0.0 90.0 0.00 eo
476.1 180.0 90.0 280.0 270.0 0.0 90.0 0.00 eo
476.1 180.0 90.0 350.0 337.5 0.0 90.0 0.00 eo
476.1 180.0 90.0 420.0 405.0 0.0 90.0 0.00 eo
476.1 180.0 90.0 490.0 472.5 0.0 90.0 0.00 eo
476.1 180.0 90.0 560.0 540.0 0.0 90.0 0.00 eo
476.1 180.0 90.0 630.0 607.5 0.0 62.7 0.00 eo
476.1 180.0 90.0 700.0 675.0 0.0 53.1 0.00 eo
476.1 180.0 90.0 770.0 742.5 0.0 46.7 0.00 eo
476.1 180.0 90.0 840.0 810.0 0.0 41.8 0.00 eo
476.1 180.0 90.0 910.0 877.5 22.6 38.0 0.00 eo
476.1 180.0 90.0 980.0 945.0 31.0 34.8 0.00 eo
0 0 m st 0 0 m
476.1 899.0 m
473.5 899.0 l
471.1 899.0 l
468.4 899.0 l
465.8 899.1 l
st 442.4 800.0 m
442.6 803.1 l
440.5 806.3 l
437.6 810.4 l
419.3 797.0 90.0 6.1 6.1 0.0 360.0 0.00 ef
0 0 m st 0 0 m
476.1 696.0 m
476.1 1116.0 l
476.1 696.0 m
404.7 1116.0 l
476.1 696.0 m
328.7 1116.0 l
476.1 696.0 m
242.3 1116.0 l
476.1 696.0 m
206.1 1029.7 l
476.1 696.0 m
206.1 930.9 l
476.1 696.0 m
206.1 857.7 l
476.1 696.0 m
206.1 797.9 l
476.1 696.0 m
206.1 745.4 l
239.2 696.0 m
206.1 696.0 l
476.1 696.0 90.0 70.0 67.5 0.0 90.0 0.00 eo
476.1 696.0 90.0 140.0 135.0 0.0 90.0 0.00 eo
476.1 696.0 90.0 210.0 202.5 0.0 90.0 0.00 eo
476.1 696.0 90.0 280.0 270.0 0.0 90.0 0.00 eo
476.1 696.0 90.0 350.0 337.5 0.0 90.0 0.00 eo
476.1 696.0 90.0 420.0 405.0 0.0 90.0 0.00 eo
476.1 696.0 90.0 490.0 472.5 0.0 90.0 0.00 eo
476.1 696.0 90.0 560.0 540.0 0.0 90.0 0.00 eo
476.1 696.0 90.0 630.0 607.5 0.0 62.7 0.00 eo
476.1 696.0 90.0 700.0 675.0 0.0 53.1 0.00 eo
476.1 696.0 90.0 770.0 742.5 0.0 46.7 0.00 eo
476.1 696.0 90.0 840.0 810.0 0.0 41.8 0.00 eo
476.1 696.0 90.0 910.0 877.5 22.6 38.0 0.00 eo
476.1 696.0 90.0 980.0 945.0 31.0 34.8 0.00 eo
0 0 m st 0 0 m
878.0 384.4 m
876.7 384.4 l
871.7 384.3 l
870.3 384.3 l
868.9 384.4 l
821.2 281.8 90.0 6.1 6.1 0.0 360.0 0.00 ef
0 0 m st 0 0 m
878.0 180.0 m
878.0 600.0 l
878.0 180.0 m
806.6 600.0 l
878.0 180.0 m
730.6 600.0 l
878.0 180.0 m
644.2 600.0 l
878.0 180.0 m
608.0 513.7 l
878.0 180.0 m
608.0 414.9 l
878.0 180.0 m
608.0 341.7 l
878.0 180.0 m
608.0 281.9 l
878.0 180.0 m
608.0 229.4 l
641.1 180.0 m
608.0 180.0 l
878.0 180.0 90.0 70.0 67.5 0.0 90.0 0.00 eo
878.0 180.0 90.0 140.0 135.0 0.0 90.0 0.00 eo
878.0 180.0 90.0 210.0 202.5 0.0 90.0 0.00 eo
878.0 180.0 90.0 280.0 270.0 0.0 90.0 0.00 eo
878.0 180.0 90.0 350.0 337.5 0.0 90.0 0.00 eo
878.0 180.0 90.0 420.0 405.0 0.0 90.0 0.00 eo
878.0 180.0 90.0 490.0 472.5 0.0 90.0 0.00 eo
878.0 180.0 90.0 560.0 540.0 0.0 90.0 0.00 eo
878.0 180.0 90.0 630.0 607.5 0.0 62.7 0.00 eo
878.0 180.0 90.0 700.0 675.0 0.0 53.1 0.00 eo
878.0 180.0 90.0 770.0 742.5 0.0 46.7 0.00 eo
878.0 180.0 90.0 840.0 810.0 0.0 41.8 0.00 eo
878.0 180.0 90.0 910.0 877.5 22.6 38.0 0.00 eo
878.0 180.0 90.0 980.0 945.0 31.0 34.8 0.00 eo
0 0 m st 0 0 m
878.0 902.7 m
877.3 902.7 l
870.8 902.4 l
870.3 902.4 l
869.8 902.4 l
821.5 798.8 90.0 6.1 6.1 0.0 360.0 0.00 ef
0 0 m st 0 0 m
878.0 696.0 m
878.0 1116.0 l
878.0 696.0 m
806.6 1116.0 l
878.0 696.0 m
730.6 1116.0 l
878.0 696.0 m
644.2 1116.0 l
878.0 696.0 m
608.0 1029.7 l
878.0 696.0 m
608.0 930.9 l
878.0 696.0 m
608.0 857.7 l
878.0 696.0 m
608.0 797.9 l
878.0 696.0 m
608.0 745.4 l
641.1 696.0 m
608.0 696.0 l
878.0 696.0 90.0 70.0 67.5 0.0 90.0 0.00 eo
878.0 696.0 90.0 140.0 135.0 0.0 90.0 0.00 eo
878.0 696.0 90.0 210.0 202.5 0.0 90.0 0.00 eo
878.0 696.0 90.0 280.0 270.0 0.0 90.0 0.00 eo
878.0 696.0 90.0 350.0 337.5 0.0 90.0 0.00 eo
878.0 696.0 90.0 420.0 405.0 0.0 90.0 0.00 eo
878.0 696.0 90.0 490.0 472.5 0.0 90.0 0.00 eo
878.0 696.0 90.0 560.0 540.0 0.0 90.0 0.00 eo
878.0 696.0 90.0 630.0 607.5 0.0 62.7 0.00 eo
878.0 696.0 90.0 700.0 675.0 0.0 53.1 0.00 eo
878.0 696.0 90.0 770.0 742.5 0.0 46.7 0.00 eo
878.0 696.0 90.0 840.0 810.0 0.0 41.8 0.00 eo
878.0 696.0 90.0 910.0 877.5 22.6 38.0 0.00 eo
878.0 696.0 90.0 980.0 945.0 31.0 34.8 0.00 eo
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
1.35 slw
938.7 1233.7 90.0 22.5 22.5 1.00 bo
938.7 1233.7 90.0 22.5 22.5 0.00 bo
911.8 1233.7 90.0 22.5 22.5 0.95 bo
911.8 1233.7 90.0 22.5 22.5 0.00 bo
884.7 1233.7 90.0 22.5 22.5 0.90 bo
884.7 1233.7 90.0 22.5 22.5 0.00 bo
857.7 1233.7 90.0 22.5 22.5 0.85 bo
857.7 1233.7 90.0 22.5 22.5 0.00 bo
830.8 1233.7 90.0 22.5 22.5 0.80 bo
830.8 1233.7 90.0 22.5 22.5 0.00 bo
803.8 1233.7 90.0 22.5 22.5 0.75 bo
803.8 1233.7 90.0 22.5 22.5 0.00 bo
776.7 1233.7 90.0 22.5 22.5 0.70 bo
776.7 1233.7 90.0 22.5 22.5 0.00 bo
749.7 1233.7 90.0 22.5 22.5 0.65 bo
749.7 1233.7 90.0 22.5 22.5 0.00 bo
722.8 1233.7 90.0 22.5 22.5 0.60 bo
722.8 1233.7 90.0 22.5 22.5 0.00 bo
695.7 1233.7 90.0 22.5 22.5 0.55 bo
695.7 1233.7 90.0 22.5 22.5 0.00 bo
668.7 1233.7 90.0 22.5 22.5 0.50 bo
668.7 1233.7 90.0 22.5 22.5 0.00 bo
641.7 1233.7 90.0 22.5 22.5 0.45 bo
641.7 1233.7 90.0 22.5 22.5 0.00 bo
614.7 1233.7 90.0 22.5 22.5 0.40 bo
614.7 1233.7 90.0 22.5 22.5 0.00 bo
587.7 1233.7 90.0 22.5 22.5 0.35 bo
587.7 1233.7 90.0 22.5 22.5 0.00 bo
560.7 1233.7 90.0 22.5 22.5 0.30 bo
560.7 1233.7 90.0 22.5 22.5 0.00 bo
533.7 1233.7 90.0 22.5 22.5 0.25 bo
533.7 1233.7 90.0 22.5 22.5 0.00 bo
506.7 1233.7 90.0 22.5 22.5 0.20 bo
506.7 1233.7 90.0 22.5 22.5 0.00 bo
479.7 1233.7 90.0 22.5 22.5 0.15 bo
479.7 1233.7 90.0 22.5 22.5 0.00 bo
452.7 1233.7 90.0 22.5 22.5 0.10 bo
452.7 1233.7 90.0 22.5 22.5 0.00 bo
425.7 1233.7 90.0 22.5 22.5 0.05 bo
425.7 1233.7 90.0 22.5 22.5 0.00 bo
398.7 1233.7 90.0 22.5 22.5 0.00 bo
398.7 1233.7 90.0 22.5 22.5 0.00 bo
trf 20.92 ssf
gs 950.0 1256.2 m 90.0 r
( < 0.15) s
gr
gs 923.0 1256.2 m 90.0 r
( 0.15 - 0.33) s
gr
gs 896.0 1256.2 m 90.0 r
( 0.33 - 0.50) s
gr
gs 869.0 1256.2 m 90.0 r
( 0.50 - 0.68) s
gr
gs 842.0 1256.2 m 90.0 r
( 0.68 - 0.86) s
gr
gs 815.0 1256.2 m 90.0 r
( 0.86 - 1.03) s
gr
gs 788.0 1256.2 m 90.0 r
( 1.03 - 1.21) s
gr
gs 761.0 1256.2 m 90.0 r
( 1.21 - 1.38) s
gr
gs 734.0 1256.2 m 90.0 r
( 1.38 - 1.56) s
gr
gs 707.0 1256.2 m 90.0 r
( 1.56 - 1.74) s
gr
gs 680.0 1256.2 m 90.0 r
( 1.74 - 1.91) s
gr
gs 653.0 1256.2 m 90.0 r
( 1.91 - 2.09) s
gr
gs 626.0 1256.2 m 90.0 r
( 2.09 - 2.27) s
gr
gs 599.0 1256.2 m 90.0 r
( 2.27 - 2.44) s
gr
gs 572.0 1256.2 m 90.0 r
( 2.44 - 2.62) s
gr
gs 545.0 1256.2 m 90.0 r
( 2.62 - 2.79) s
gr
gs 518.0 1256.2 m 90.0 r
( 2.79 - 2.97) s
gr
gs 491.0 1256.2 m 90.0 r
( 2.97 - 3.15) s
gr
gs 464.0 1256.2 m 90.0 r
( 3.15 - 3.32) s
gr
gs 437.0 1256.2 m 90.0 r
( 3.32 - 3.50) s
gr
gs 410.0 1256.2 m 90.0 r
( > 3.50) s
gr
0 0 m st 0 0 m
0 0 m st 0 0 m
2.00 slw
950.0 0.0 m
50.0 0.0 l
50.0 1200.0 l
950.0 1200.0 l
950.0 0.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
476.1 180.0 m
476.1 600.0 l
480.2 180.0 m
476.1 180.0 l
480.2 187.0 m
476.1 187.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 14.1 ssf
gs 501.4 167.0 m 90.0 r (0.00) s gr
gs 501.4 237.0 m 90.0 r (0.10) s gr
gs 501.4 307.0 m 90.0 r (0.20) s gr
gs 501.4 377.0 m 90.0 r (0.30) s gr
gs 501.4 447.0 m 90.0 r (0.40) s gr
gs 501.4 517.0 m 90.0 r (0.50) s gr
gs 501.4 587.0 m 90.0 r (0.60) s gr
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
476.1 180.0 m
206.1 180.0 l
476.1 175.9 m
476.1 180.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
gs 480.7 137.8 m 90.0 r (0.00) s gr
gs 413.2 137.8 m 90.0 r (0.10) s gr
gs 345.7 137.8 m 90.0 r (0.20) s gr
gs 278.2 137.8 m 90.0 r (0.30) s gr
gs 210.7 137.8 m 90.0 r (0.40) s gr
0 0 m st 0 0 m
206.1 180.0 m
206.1 600.0 l
206.1 180.0 m
202.1 180.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 12.55 ssf
gs 133.2 180.0 m 90.0 r
( Z=58 N= 88 A=146 n:vacuum p:vacuum G\(P+P) s
trf 8.37 ssf
0 4.18 rm
(+\)) s
trf 12.55 ssf
0 4.18 neg rm
(^2) s
gr
gs 149.4 180.0 m 90.0 r
syf 12.55 ssf (w) s trf 12.55 ssf
(=0.000 I= 0.0 E= -2.23 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(2=0.166 ) s
syf 12.55 ssf (g) s trf 12.55 ssf
(= 0.4 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(4= 0.043.) s
gr
gs 165.6 180.0 m 90.0 r
syf 12.55 ssf (D) s trf 12.55 ssf
(p=1.186 ) s
syf 12.55 ssf (D) s trf 12.55 ssf
(n=0.732 Routhian.) s
gr
gs 181.8 180.0 m 90.0 r
(Min = -2.22 MeV, max = 9.62 MeV.) s
gr
950.0 0.0 m
st 950.0 0.0 m
50.0 0.0 l
50.0 1200.0 l
950.0 1200.0 l
950.0 0.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
476.1 696.0 m
476.1 1116.0 l
480.2 696.0 m
476.1 696.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 14.1 ssf
gs 501.4 683.0 m 90.0 r (0.00) s gr
gs 501.4 753.0 m 90.0 r (0.10) s gr
gs 501.4 823.0 m 90.0 r (0.20) s gr
gs 501.4 893.0 m 90.0 r (0.30) s gr
gs 501.4 963.0 m 90.0 r (0.40) s gr
gs 501.4 1033.0 m 90.0 r (0.50) s gr
gs 501.4 1103.0 m 90.0 r (0.60) s gr
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
476.1 696.0 m
206.1 696.0 l
476.1 692.0 m
476.1 696.0 l
469.4 692.0 m
469.4 696.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 12.55 ssf
gs 133.2 696.0 m 90.0 r
( Z=58 N= 88 A=146 n:vacuum p:vacuum G\(P+P) s
trf 8.37 ssf
0 4.18 rm
(+\)) s
trf 12.55 ssf
0 4.18 neg rm
(^2) s
gr
gs 149.4 696.0 m 90.0 r
syf 12.55 ssf (w) s trf 12.55 ssf
(=0.049 I= 0.8 E= -2.25 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(2=0.167 ) s
syf 12.55 ssf (g) s trf 12.55 ssf
(= 0.3 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(4= 0.043.) s
gr
gs 165.6 696.0 m 90.0 r
syf 12.55 ssf (D) s trf 12.55 ssf
(p=1.185 ) s
syf 12.55 ssf (D) s trf 12.55 ssf
(n=0.731 Routhian.) s
gr
gs 181.8 696.0 m 90.0 r
(Min = -2.24 MeV, max = 9.56 MeV.) s
gr
950.0 0.0 m
50.0 0.0 l
50.0 1200.0 l
950.0 1200.0 l
950.0 0.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
878.0 180.0 m
878.0 600.0 l
882.0 180.0 m
878.0 180.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 14.1 ssf
gs 903.3 167.0 m 90.0 r (0.00) s gr
gs 903.3 237.0 m 90.0 r (0.10) s gr
gs 903.3 307.0 m 90.0 r (0.20) s gr
gs 903.3 377.0 m 90.0 r (0.30) s gr
gs 903.3 447.0 m 90.0 r (0.40) s gr
gs 903.3 517.0 m 90.0 r (0.50) s gr
gs 903.3 587.0 m 90.0 r (0.60) s gr
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
878.0 180.0 m
608.0 180.0 l
878.0 175.9 m
878.0 180.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
gs 882.6 137.8 m 90.0 r (0.00) s gr
gs 815.1 137.8 m 90.0 r (0.10) s gr
gs 747.6 137.8 m 90.0 r (0.20) s gr
gs 680.1 137.8 m 90.0 r (0.30) s gr
gs 612.6 137.8 m 90.0 r (0.40) s gr
0 0 m st 0 0 m
608.0 180.0 m
608.0 600.0 l
608.0 180.0 m
603.9 180.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 12.55 ssf
gs 535.1 180.0 m 90.0 r
( Z=58 N= 88 A=146 n:vacuum p:vacuum G\(P+P) s
trf 8.37 ssf
0 4.18 rm
(+\)) s
trf 12.55 ssf
0 4.18 neg rm
(^2) s
gr
gs 551.3 180.0 m 90.0 r
syf 12.55 ssf (w) s trf 12.55 ssf
(=0.098 I= 1.7 E= -2.31 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(2=0.168 ) s
syf 12.55 ssf (g) s trf 12.55 ssf
(= 0.1 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(4= 0.043.) s
gr
gs 567.5 180.0 m 90.0 r
syf 12.55 ssf (D) s trf 12.55 ssf
(p=1.174 ) s
syf 12.55 ssf (D) s trf 12.55 ssf
(n=0.723 Routhian.) s
gr
gs 583.7 180.0 m 90.0 r
(Min = -2.29 MeV, max = 9.37 MeV.) s
gr
950.0 0.0 m
50.0 0.0 l
50.0 1200.0 l
950.0 1200.0 l
950.0 0.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
878.0 696.0 m
878.0 1116.0 l
882.0 696.0 m
878.0 696.0 l
882.0 703.0 m
st 886.1 1116.0 m
878.0 1116.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 14.1 ssf
gs 903.3 683.0 m 90.0 r (0.00) s gr
gs 903.3 753.0 m 90.0 r (0.10) s gr
gs 903.3 823.0 m 90.0 r (0.20) s gr
gs 903.3 893.0 m 90.0 r (0.30) s gr
gs 903.3 963.0 m 90.0 r (0.40) s gr
gs 903.3 1033.0 m 90.0 r (0.50) s gr
gs 903.3 1103.0 m 90.0 r (0.60) s gr
0 0 m st 0 0 m
0 0 m st 0 0 m
0 0 m st 0 0 m
878.0 696.0 m
608.0 696.0 l
878.0 692.0 m
878.0 696.0 l
0 0 m st 0 0 m
0 0 m st 0 0 m
trf 12.55 ssf
gs 535.1 696.0 m 90.0 r
( Z=58 N= 88 A=146 n:vacuum p:vacuum G\(P+P) s
trf 8.37 ssf
0 4.18 rm
(+\)) s
trf 12.55 ssf
0 4.18 neg rm
(^2) s
gr
gs 551.3 696.0 m 90.0 r
syf 12.55 ssf (w) s trf 12.55 ssf
(=0.147 I= 2.7 E= -2.42 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(2=0.169 ) s
syf 12.55 ssf (g) s trf 12.55 ssf
(= -0.3 ) s
syf 12.55 ssf (b) s trf 12.55 ssf
(4= 0.043.) s
gr
gs 567.5 696.0 m 90.0 r
syf 12.55 ssf (D) s trf 12.55 ssf
(p=1.155 ) s
syf 12.55 ssf (D) s trf 12.55 ssf
(n=0.709 Routhian.) s
gr
gs 583.7 696.0 m 90.0 r
(Min = -2.40 MeV, max = 9.05 MeV.) s
gr
trf 41.85 ssf
gs 936.5 480.0 m 90.0 r
(X=) s
syf 41.85 ssf (b) s trf 41.85 ssf
trf 27.90 ssf
0 6.97 neg rm
(2) s
trf 41.85 ssf
0 6.97 rm
(cos\() s
syf 41.85 ssf (g) s trf 41.85 ssf
(+30\)) s
gr
gs 590.0 60.0 m 180.0 r
(Y=) s
syf 41.85 ssf (b) s trf 41.85 ssf
trf 27.90 ssf
0 6.97 neg rm
(2) s
trf 41.85 ssf
0 6.97 rm
(sin\() s
syf 41.85 ssf (g) s trf 41.85 ssf
(+30\)) s
gr
trf 15.11 ssf
gs 946.5 6.9 m 90.0 r
(Tue May 26 17:05:29 1998 17:05:29 NSG Liverpool) s
gr
st
showpage
在gs中运行文件：
$ gs
GS>ce146_1.ps run
Error: /undefined in ce146_1.ps
Operand stack:
Execution stack:
%interp_exit .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval-- --nostringval-- %loop_continue --nostringval-- --nostringval-- false 1 %stopped_push .runexec2 --nostringval-- --nostringval-- --nostringval-- 2 %stopped_push --nostringval--
Dictionary stack:
--dict:1200/1684(ro)(G)-- --dict:0/20(G)-- --dict:78/200(L)--
Current allocation mode is local
Last OS error: Resource temporarily unavailable
Current file position is 11
答案 0 :(得分：3)
有问题的PostScript文件（以及原始海报的评论，类似文件）以＆＃39; 270 rotate＆＃39;开头。
这会通过围绕0,0坐标旋转来移动程序的标记内容，该坐标是不页面的中心，左下角。结果是标记操作随后在页面外进行。导致空白页面。该计划应包括一个＆＃39;翻译＆＃39;在旋转之前或之后移动原点，以便将标记操作移回到介质区域。
1级PostScript经常依赖＆＃39;只知道＆＃39;设备的特性，所以当时这种技巧并不少见。