%! % GONZO20A Guru Gonzo PostScript power tools (Interim release) % Includes gonzo justification and layout utilities. % Copyright c 1990,1996 by Don Lancaster and Synergetics, Box 809, % Thatcher Arizona, 5552 (520) 428-4073 don@tinaja.com support % via http://www.tinaja.com All commercial rights and all electronic % media rights **FULLY** reserved. Reposting is expressly forbidden. % this is a combined pagemaking and illustration package that is % extremely device independent, powerful, and flexible. But not wysiwyg %%%%%%%%%%%%%%%%%%%%%%%%%% % name of textfile: powertool.util % .... % last revision: September 1996 added cr/lf substitution /ps.util.1 {gutil} def % substitute old name /gutility {gutil} def % substitute old name /guru { gonzo begin ps.util.1 begin printerror nuisance begin} def % jumpstart 200 dict /gutil exch def gutil begin % A series of Don Lancaster Gonzo PostScript utilities that include: % (1) stepnrepeat - addressible step and repeat routines % (2) curvetrace - a powerful curve tracing routine % (3) rubbergrid - dropout-free gray layout/graphing grids % (4) line drawing - line drawing utilities % (5) electronics - electronic schematic icons for rubbergrid % (6) arcjustify - improved circletext routine with kerning % (7) fone elim - eliminates any need for end user fonts % (8) nuisances - single command replacements for complex stuff % (9) errortrap - printing error trapping routine % (10) gonzojust - gonzo justify package % ///// % (1) step and repeat % % Horizontal and vertical are defined AFTER selecting portrait or % landscape. Parameters (in points or true/false) are as follows... % % #horizrpts - times proc repeats in horizontal direction % #vertrpts - times proc repeats in vertical direction % hspacing - horizontal proc repeat spacing % vspacing - vertical proc repeat spacing % hstart - horizontal offset of first proc % vstart - vertical offset of first proc % ticklen - length of cropping ticks when and if used % useticks? - show the ticks true/false boolean % landscape - landscape orientation true/false boolean /stepnrptparams 40 dict def stepnrptparams begin /admitonetick [5 9 150 60 25 25 10 true true] def % 45 tickets /babybumper [2 10 270 72 40 30 20 true false] def % 20 stickers /badgeaminit [2 3 220 220 90 60 250 false false] def % 6 badges /bigbumpstick [1 3 792 205 0 0 40 true true] def % 3 bumperstickers /buscard [3 4 256 143 12 20 20 true true] def % 12 buscards /busenvelope [1 1 685 305 0 150 20 true true] def % 1 envelope /eightlabel [2 4 306 198 0 0 50 true false] def % 1/8 page /fulllandpage [1 1 0 0 20 20 50 false true] def % entire landscape page /fullportpage [1 1 0 0 20 20 50 false false] def % entire portrait page /lilbumpstick [1 5 610 150 0 20 60 true false] def % 5 blumperstickers /quadsplit [2 2 396 306 0 0 50 true true] def % 1/4 page /readerserv [12 25 25 -15 120 450 0 false false] def % 300 RS numabers /shiplabel [1 4 290 180 160 65 40 true false] def % 4 custom labels /sixlabel [2 3 306 264 0 0 50 true false] def % 1/6 page /stdplabel [1 11 254 74 185 5 20 true false] def % 11 stock dp labels /tenlabel [2 5 305 144 0 45 50 true false] def % 1/10 page /videospline [1 13 424 60.3 80 34 0 false false] def % 13 VHS splines /3.5disklabel [2 3 216 226 100 60 20 false false] def % 6 disk labels 3.5 /5.25disklabel [1 7 316 110 275 35 0 false false] def % 7 disk labels 5.25 end % /setrepeatparams is a working tool that extracts the selected repeat % values from an entry in stepnrptparams. /setrepeatparams {cvn stepnrptparams exch get aload pop /landscape1 exch def /ticktrue exch def /ticklen exch def /vertstart exch def /horstart exch def /incvert exch def /inchoriz exch def /numvert exch def /numhoriz exch def} def % /onetick optionally draws a single tick or crop mark, while /drawticks % puts one at each corner of each form /onetick { 0 ticklen 2 div rmoveto 0 ticklen neg rlineto ticklen 2 div neg dup neg rmoveto ticklen 0 rlineto 0 setlinewidth stroke} def /drawticks {gsave ticktrue {0 0 moveto onetick inchoriz 0 moveto onetick 0 incvert moveto onetick inchoriz incvert moveto onetick} if grestore}def % default variables used by stepnrpt /srexitproc {} def % default short exit - don't do it. /numpages 1 def % default number of sheets to print /startnum 0 def % initial ticket number /runnum startnum def % running pointer advances one per repeat /repeatproc {} def % artwork to get repeated default /customdata false def % autopaginate custom data? % /srfile gets used for custom entries. Each entry can be a string or a % proc, but ONLY ONE ENTRY is allowed per final repeat. /srfile [(You) (forgot) (to) (define) (srfile!)] def % default srfile % /calcpages is an optional routine that decides how many pages are % needed ONLY when you are using a custom srfile. This allows early % exits when or if you run out of data. /calcpages {dup cvn stepnrptparams exch get dup 0 get exch 1 get mul cvi srfile length exch div ceiling cvi /numpages exch def} def % This is the main stepandrepeat tool... /stepandrepeat { save /srsnap exch def mark exch /quickexit false def customdata {calcpages} if setrepeatparams numpages {gsave landscape1 {-90 rotate -792 0 translate} if horstart vertstart translate gsave numhoriz {gsave numvert {drawticks save /rptsave1 exch def repeatproc rptsave1 restore /runnum runnum 1 add def 0 incvert translate srexitproc} repeat quickexit {exit} if grestore inchoriz 0 translate} repeat quickexit {exit} if grestore showpage grestore} repeat quickexit {showpage} if cleartomark srsnap restore} def % To force an early exit when you run out of names or reach a given % ticket number, test suitably. Then conditionally make /quickexit % true and exit repeatproc. % Note that an ending showpage is NOT required and should NOT be used. % ////// % (2) curvetrace % . . . . . % curvetrace - creates a smooth curved path from a data point list. % enter with currentpoint set and absolute array. % 0 0 as initial data appends path; any other values % creates new path /curvetrace {/curvelist exch def tension 0 eq {/tension .000001 def} if curvelist length 3 div 1 sub cvi /#triads exch def /ptr 0 def firstpoint morepoint} def /tension 2.83 def % default value for best fit /showtick false def % don't show points /ticklen 15 def % length of ticks /tickhead ticklen 4 div def /prvx { curvelist ptr 3 sub get } def /curx { curvelist ptr get } def /prvy { curvelist ptr 2 sub get } def /cury { curvelist ptr 1 add get } def /prva { curvelist ptr 1 sub get } def /cura { curvelist ptr 2 add get 180 sub} def /showtic1 { showtick true eq {gsave currentpoint newpath translate cura 180 add rotate ticklen neg 2 div 0 moveto ticklen 0 rlineto tickhead neg dup rlineto tickhead dup rlineto tickhead dup neg exch rlineto 0 setlinewidth stroke 0 ticklen neg 2 div moveto 0 ticklen rlineto stroke grestore} if }def /firstpoint { curx cury 2 copy abs exch abs add 0 eq {pop pop currentpoint curvelist exch 1 exch put curvelist exch 0 exch put}{moveto} ifelse showtic1 /ptr ptr 3 add def}def /morepoint {#triads { curx prvx sub dup mul cury prvy sub dup mul add sqrt tension div /zdist exch def prva cos zdist mul prvx add prva sin zdist mul prvy add cura cos zdist mul curx add cura sin zdist mul cury add curx cury curveto showtic1 /ptr ptr 3 add def} repeat} def /showtick false def % ////////////////////////////////// % (3) Finegray Rubbergrid % . . . . . . % Creates fine gray grids without dropouts or rattiness. % The code shown is device specific for 300 dpi printers. % To create a grid, use -hpos- -vpos- -gridsize- setgrid % Until restored, all further images will be "locked" to % the grid and will expand and contract with it. Note that % optimum linewidths and font sizes will usually be much % less than 1.0 after locking. % To show a grid, use -#hlines- -#vlines- showgrid. % The seegrid command displays the grid when true. % The fat5 command emphasizes every fifth line when true. % the fatter10 command emphasizes every tenth line when true. % Here are the graphing grays. For most users most of the time, % select ggray4 or ggray5 as your default ggray. /ggray1 {/ggray{0 setgray} def}def /ggray2 {/ggray {150 0 {eq {1}{0} ifelse} setscreen 0.500 setgray} def} def /ggray3 {/ggray {100 0 {eq {1}{0} ifelse} setscreen 0.667 setgray} def} def /ggray4 {/ggray { 75 0 {eq {1}{0} ifelse} setscreen 0.750 setgray} def} def /ggray5 {/ggray { 60 0 {eq {1}{0} ifelse} setscreen 0.800 setgray} def} def /ggray6 {/ggray { 50 0 {eq {1}{0} ifelse} setscreen 0.833 setgray} def} def /ggray10 {/ggray { 30 0 {eq {1}{0} ifelse} setscreen 0.900 setgray} def} def /ggray15 {/ggray { 20 0 {eq {1}{0} ifelse} setscreen 0.933 setgray} def} def /ggray20 {/ggray { 15 0 {eq {1}{0} ifelse} setscreen 0.950 setgray} def} def /ggray30 {/ggray { 10 0 {eq {1}{0} ifelse} setscreen 0.966 setgray} def} def % pick a default working ggray /ggray {60 0 {eq {1}{0} ifelse} setscreen 0.800 setgray} def % keep grids unlocked except for Golly Gee Mr. Science!! uses requiring not % less than two exclamation points... /lockggrid false def % Don't unless really needed % gridlockcheck checks to see if an exact pixel lock is wanted for single % dot crossings. See note above. 51.7 = QMS PS820. Your machine may also % need "exception tuning" if it does not give you perfect one dot crossings. /gridlockcheck {lockggrid {gsave ggray currentscreen grestore pop pop /ggraynum exch def ggraynum 150 eq {3 1 roll transform 2 div round 2 mul exch 2 div round 2 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 2 div cvi 2 mul idtransform exch pop} if ggraynum 100 eq {3 1 roll transform 3 div round 3 mul exch 3 div round 3 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 3 div cvi 3 mul idtransform exch pop} if ggraynum 75 eq {3 1 roll transform 4 div round 4 mul exch 4 div round 4 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 4 div cvi 4 mul idtransform exch pop} if ggraynum 60 eq {3 1 roll transform 5 div round 5 mul exch 5 div round 5 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 5 div cvi 5 mul idtransform exch pop} if ggraynum 50 eq {3 1 roll transform 6 div round 6 mul exch 6 div round 6 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 6 div cvi 6 mul idtransform exch pop} if ggraynum 30 eq {3 1 roll transform 10 div round 10 mul exch 10 div round 10 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 10 div cvi 10 mul idtransform exch pop} if ggraynum 20 eq {3 1 roll transform 15 div round 15 mul exch 15 div round 15 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 15 div cvi 15 mul idtransform exch pop} if ggraynum 15 eq {3 1 roll transform 20 div round 20 mul exch 20 div round 20 mul version (51.7) eq {0.5 add } if exch itransform 3 -1 roll 0 exch dtransform 20 div cvi 20 mul idtransform exch pop} if }if} def /setgrid { gsave gridlockcheck /blocksize exch def translate blocksize dup scale setfontssmaller} def /thingridlines {0} def % can alter if you must magnify; but best 0 /showgrid {gsave ggray /vblocks exch def /hblocks exch def thingridlines setlinewidth [{0 0 moveto 0 vblocks rlineto stroke} 1 hblocks 1 add] xrpt [{0 0 moveto hblocks 0 rlineto stroke} 1 vblocks 1 add] yrpt fatterborder { gsave newpath 0 0.96 blocksize div dtransform round idtransform setlinewidth pop 2 setlinecap 0 0 moveto hblocks 0 rlineto 0 vblocks rlineto hblocks neg 0 rlineto closepath stroke grestore} if fat5 { gsave newpath 0 0.48 blocksize div dtransform round idtransform setlinewidth pop mark {5 0 moveto 0 vblocks rlineto stroke} 5 hblocks 5 div cvi] xrpt mark {0 5 moveto hblocks 0 rlineto stroke} 5 vblocks 5 div cvi] yrpt grestore} if fatter10 { gsave newpath 0 0.96 blocksize div dtransform round idtransform setlinewidth pop mark {10 0 moveto 0 vblocks rlineto stroke} 10 hblocks 10 div cvi] xrpt mark {0 10 moveto hblocks 0 rlineto stroke} 10 vblocks 10 div cvi] yrpt grestore} if grestore} def % Here are our rubbergrid controls... /lockrubbergrid false def % Don't unless really needed /fat5 true def % 3 pixels wide every fifth line? /fatter10 true def % 5 pixels wide every tenth line? /fatterborder true def % 5 pixel gray outline border? % rubbergrid utilities - drawing aides for the rubbergrid % line drawing stuff /line1 {.06 dup setlinewidth 5 mul /erase exch def} def /line2 {.12 dup setlinewidth 5 mul /erase exch def} def /line3 {.18 dup setlinewidth 5 mul /erase exch def} def % deferred font setting TEMPORARY - will be moved to gonzo /setfontssmaller { /yinc 1 def /pmrun 0 def /charstretch 0.033 def /spacestretch 0.05 def /ybot -9999 def /lastlinestretch lastlinestretch 0.1 mul def /font1 /Helvetica [0.7 0 0 0.8 0 0] gonzofont /font2 /Helvetica-Bold [0.7 0 0 0.8 0 0] gonzofont /font3 /Symbol [0.7 0 0 0.8 0 0] gonzofont /font4 /Helvetica [0.5 0 0 0.4 0 0] gonzofont /font5 /Helvetica-Bold [1.6 0 0 1 0 0] gonzofont } def % An improved graygrid routine that works BOTH at 300 and 600 DPI... /ggray {60 0 {sub abs 0.21 lt {1}{0} ifelse} setscreen gsave 0 60 0 {pop pop 1 add 1} setscreen grestore dup 25 eq {pop 0.8}{100 eq {0.72}{0.765} ifelse} ifelse setgray} def % ////////////////////////////////// % (4) Line drawing utilities % . . . . . . /mt {moveto} def /rm {rmoveto} def /rl {rlineto} def % these draw individual lines /x {rlineto currentpoint stroke moveto} def /r {0 x} def /r+ {dup x} def /r- {dup neg x} def /l {neg 0 x} def /l+ {neg dup neg x} def /l- {neg dup x} def /u {0 exch x} def /d {0 exch neg x} def % these create a path /pl {neg 0 rl} def /pl+ {neg dup neg rl} def /pl- {neg dup rl} def /pr { 0 rl} def /pr+ {dup rl} def /pr- {dup neg rl} def /pu {0 exch rl} def /pd {0 exch neg rl} def % these draw a line and "erase" across the background /ux {0 exch 2 copy gsave 1 setgray erase setlinewidth currentpoint .18 add moveto 0 setlinecap x grestore x } def /dx {neg 0 exch 2 copy gsave 1 setgray erase setlinewidth currentpoint .18 sub moveto 0 setlinecap x grestore x } def /rx {0 2 copy gsave 1 setgray erase setlinewidth currentpoint exch .18 add exch moveto 0 setlinecap x grestore x } def /lx {neg 0 2 copy gsave 1 setgray erase setlinewidth currentpoint exch .18 sub exch moveto 0 setlinecap x grestore x } def /dot { currentpoint newpath 0.150 0 360 arc fill } def /mdot { m dot} def % some small default circles /circ1 {gsave currentpoint newpath 0.20 0 360 arc whitefill line1 stroke grestore} def %for circle /circ2 {gsave currentpoint newpath 0.200 0 360 arc whitefill line2 stroke grestore} def %for complement /circ3 {gsave currentpoint newpath 0.8 0 360 arc line2 stroke grestore} def %for led /circ4 {gsave currentpoint newpath 0.33 0 360 arc whitefill line2 stroke grestore} def %for test point and switches % repeats [ proc distance trips] xrpt /xrpt{gsave aload pop /trips exch def /dist exch def /rproc exch def trips { gsave rproc grestore dist 0 translate } repeat grestore} def /yrpt{gsave aload pop /trips exch def /dist exch def /rproc exch def trips { gsave rproc grestore 0 dist translate } repeat grestore} def % some arrows . . . /uarrow {-.15 -.8 rlineto .3 0 rlineto closepath fill} def /darrow {gsave 180 rotate 0 0.8 rmoveto uarrow grestore} def /rarrow {gsave -90 rotate uarrow grestore} def /larrow { gsave 90 rotate uarrow grestore} def /whitefill { gsave 1 setgray fill grestore} def % ////////////////////////////////// % (5) electronics % . . . . . . % This section is being revised and improved % Opaque icons for use with the rubbergrid system. % This is older code that still needs rework. % In general, use -xpos- -ypos- iconname /electronics 200 dict def electronics begin /micro {font3 (m) show font1} def /ohms {font3 (W) show font1} def /tstpt {mt circ4 currentpoint 0.15 0 360 arc fill} def /xinv {0 1.25 rlineto 2.5 -1.25 rlineto -2.5 -1.25 rlineto closepath whitefill line2 stroke} def /rinverter{ mt gsave xinv grestore 2.7 0 rm circ2} def /linverter {mt gsave 180 rotate xinv grestore -2.7 0 rm circ2 } def /res {-0.8 0 rmoveto gsave 1.6 0 rlineto line1 1 setgray stroke grestore 0.10 0.3 rlineto 3 { .20 -.6 rlineto .20 .6 rlineto} repeat .20 -.6 rlineto 0.10 0.3 rlineto stroke} def /hresistor {mt res} def /vresistor { mt gsave 90 rotate res grestore} def /lpot { gsave translate gsave 0 -0.10 translate 0 0 vresistor grestore -.2 0 moveto rarrow grestore} def /cap {currentpoint 2 copy gsave 1 setgray 0 -.20 rlineto stroke grestore moveto -.6 0 rmoveto 1.2 0 rlineto stroke moveto 0 -1.2 rmoveto currentpoint newpath 1 55 125 arc stroke } def /vcap { mt cap } def /hcap { mt gsave 90 rotate cap grestore} def /uvcap { mt gsave 180 rotate cap grestore} def /schmitt {mt 0.3 0.3 rmoveto line1 -0.4 0 rlineto 0 -0.6 rlineto -.2 0 rlineto 0.4 0 rlineto 0 .6 rlineto stroke} def /dpdt {gsave translate 0 0 mt gsave newpath 0 0 mt 1 setgray 0.3 setlinewidth 0 2 rlineto 1.5 0 rlineto 0 -2 rlineto stroke grestore circ2 0 1 rm circ2 0 1 rm circ2 1.5 0 rm circ2 0 -1 rm circ2 0 -1 rm circ2 .2 setlinewidth 1 setlinecap -.35 .05 rm 1 u -.55 0 rm 1 d grestore} def /spdt { gsave translate 0 0 mt gsave newpath 0 0 mt 1 setgray 0.3 setlinewidth 0 2 rlineto 1.5 0 rlineto 0 -2 rlineto stroke grestore circ2 0 1 rm circ2 0 1 rm circ2 0.2 setlinewidth 1 setlinecap .45 0.05 mt 1 u grestore} def /diode{ currentpoint newpath moveto -.3 0 rmoveto gsave .7 -.4 rlineto 0 .8 rlineto closepath fill grestore -0.05 -.4 rmoveto 0 .8 rlineto 0.1 setlinewidth stroke } def /udiode { gsave moveto -90 rotate diode grestore } def /ddiode { gsave moveto 90 rotate diode grestore} def /led { mt currentpoint circ3 ddiode } def /negpulse { moveto -.35 .5 rmoveto .2 0 rlineto 0 -.5 rlineto 0.3 0 rlineto 0 .5 rlineto .2 0 rlineto stroke} def /pospulse { gsave 180 rotate negpulse grestore} def /5vdc {gsave 0 .8 rlineto currentpoint stroke .2 add 0.2 0 360 arc gsave 0.1 setlinewidth stroke grestore } def /xend { gsave -.1 0 rmoveto 0 .3 rlineto .2 0 rlineto 0 -.6 rlineto -.2 0 rlineto closepath gsave white fill grestore line1 stroke grestore} def /hxtal { mt gsave -.33 0 rmoveto 0.66 0 rlineto 0.3 setlinewidth 1 setgray stroke grestore gsave currentpoint exch -.35 add exch moveto xend 0.7 0 rmoveto xend grestore gsave 0 0.5 rmoveto 0 -1 rlineto 0.2 setlinewidth stroke grestore} def /sensor { gsave 2 copy vresistor .1 setlinewidth .5 sub newpath .6 0 -180 arcn 0 1.1 rlineto currentpoint stroke exch 0.6 add exch .6 180 0 arcn 0 -1.1 rlineto stroke grestore} def /ground { -.4 0 rmoveto 0.8 0 rlineto -.65 -0.2 rmoveto .5 0 rlineto -0.35 -0.2 rmoveto .2 0 rlineto stroke} def /uground {gsave 180 rotate ground grestore} def /lground {gsave -90 rotate ground grestore} def /rground {gsave 90 rotate ground grestore} def /dground {rground} def % old bug saved for old files /edgecon { gsave line2 mt 0 1.7 rm currentpoint newpath 0.3 180 0 arcn 1.7 d 0.6 l 1.7 u closepath gsave 1 setgray fill grestore stroke grestore} def /whitefill { gsave 1 setgray fill grestore} def /cell { gsave translate newpath 1 setgray 0 setlinecap 0 .3 mt 2 setlinewidth 0 -.6 rlineto stroke 0 setgray -.6 0.2 mt 0.3 setlinewidth 1.2 r stroke -1 -.3 mt line2 2 r grestore} def % //// DIPDRAW PROC ///// % dipdraw - draws a dip integrated circuit. (old code to be improved) % Enter with currentpoint set to pin 1 and scale % set so that 1.0 = distance between pins. Then % do a numpins-(name)-(hipins)-(lopins) dipdraw % Pin callouts preceeded by / will be complemented. % main dipdraw entry: /dipdraw { save /dipsnap exch def /hipins exch def /lopins exch def /chipname exch def /numpins exch def mark 0 0 0 0 0 0 0 0 0 0 0 0 % temp patch /howlong {numpins 2 div cvi 1 add} def /howhigh {4 numpins 36 ge {1 add} if} def /stub {howhigh 1.4 sub 2 div} def % internal service subs start here: /pinproc {numpins 2 div cvi{newpath 0 cpos 0.37 0 360 arc gsave 1 setgray fill grestore 0.067 setlinewidth stroke pin# 5 string cvs dup stringwidth pop 2 div neg cpos 0.2 sub moveto show 1 0 translate /pin# pin# dir add def} repeat } def /stretchprint { dup stringwidth pop 2 div neg exch length 1 sub stretch mul 2 div sub 0 moveto callout (/) anchorsearch true eq {currentpoint exch stretch add exch moveto pop dup /callout exch def stringwidth pop callout length 1 sub stretch mul add /barwide exch def 0.033 setlinewidth gsave currentpoint 0.55 add moveto barwide 0 rlineto stroke grestore} if stretch 0 callout ashow pop} def /pincallouts{0 vpos translate {workstring ( ) search true eq {/callout exch def pop /workstring exch def callout stretchprint 1 0 translate}{dup /callout exch def stretchprint exit } ifelse}loop} def % actual dipdraw process starts here: % ........ the outline: gsave 1 setlinecap 1 setlinejoin currentpoint translate newpath -.55 .45 0.15 0 360 arc fill newpath -1 howhigh 2 div 0.7 -90 90 arc 0 stub rlineto howlong 0 rlineto 0 howhigh neg rlineto howlong neg 0 rlineto closepath 0.36 setlinewidth stroke % ........ pin circles and numbers: /Helvetica-Bold findfont [0.4 0 0 0.55 0 0] makefont setfont gsave /pin# 1 def /dir 1 def /cpos 0 def pinproc grestore gsave /pin# numpins def /dir -1 def /cpos howhigh def pinproc grestore % pin callouts: /Helvetica findfont [0.35 0 0 0.6 0 0] makefont setfont /stretch 0.033 def gsave /workstring hipins def /vpos 0.6 def pincallouts grestore gsave /workstring lopins def /vpos howhigh 1.05 sub def pincallouts grestore % device number: /Helvetica-Bold findfont [1.4 0 0 1 0 0] makefont setfont /stretch 0.05 def gsave numpins 2 div 1 sub 2 div howhigh 2 div 0.33 sub translate chipname dup /callout exch def stretchprint grestore % end cleanup: grestore grestore cleartomark dipsnap restore} def % inductor stuff /lloop { .5 1 -.5 1 0 0 rcurveto} def /ltie {.2 -.30 .4 -.30 .6 0 rcurveto} def /lexit{.2 -.40 .4 0 .6 0 rcurveto .4 r } def /lentry {.4 r .2 0 .4 -.4 .6 0 rcurveto} def /hcoil { /numloops exch def lentry numloops 1 sub {lloop ltie} repeat lloop lexit} def /winding {gsave /numloops exch def translate 0 0 moveto 0 rotate numloops hcoil grestore} def /vwinding {gsave /numloops exch def translate 0 0 moveto 90 rotate numloops hcoil grestore} def /vrwinding {gsave /numloops exch def translate 90 rotate 1 -1 scale 0 0 moveto numloops hcoil grestore} def /phonejack {gsave translate 1 setlinecap 0 0 mt 0.15 u 3.85 r 0.3 d 3.85 l 3.95 0.15 mt 0.15 r 0.1 -0.15 rlineto -0.1 -0.15 rlineto 0.15 l 0.3 u 0.4 setlinewidth 2 setlinecap 0 0 mt 2 r 1 setlinecap 0 0.2 mt 2 r 0 -0.2 mt 2 r grestore } def /lilphonejack{ gsave translate 0.8 dup scale 0 0 phonejack grestore} def /varistor {gsave translate gsave -.5 0 mt 0.6 setlinewidth 1 setgray 1 r grestore line2 0.6 0.3 mt 1.2 l 0.6 -0.3 mt 1.2 l -0.45 -0.25 mt 0.3 0.50 rlineto 0.3 -0.50 rlineto 0.3 0.50 rlineto stroke grestore} def /piezo { gsave translate 0 0 mt gsave 5 dup scale circ1 grestore gsave 2.5 dup scale circ1 grestore grestore } def /pctab {gsave 1 setlinecap 1 setlinejoin line2 1 u 2 r 1 d 2 l grestore} def /npn {gsave newpath exch 0.2 sub exch translate -.1 0 1.2 0 360 arc gsave 1 setgray fill grestore line2 stroke -0.2 0 translate line3 -.3 -.7 moveto 1.4 u line1 -.3 0 mt 1.3 l -.2 .4 mt 0.6 0.4 rlineto 1.2 u newpath -.2 -0.4 mt 0.6 -0.4 rlineto 1.2 d newpath 0.4 -0.75 mt -.2 .3 rlineto -.2 -.3 rlineto closepath fill grestore} def /npnl {gsave translate -1 1 scale 0 0 npn grestore} def /pnp {gsave newpath exch 0.2 sub exch translate -.1 0 1.2 0 360 arc gsave 1 setgray fill grestore line2 stroke -0.2 0 translate line3 -.3 -.7 moveto 1.4 u line1 -.3 0 mt 1.3 l -.2 .4 mt 0.6 0.4 rlineto 1.2 u newpath -.2 -0.4 mt 0.6 -0.4 rlineto 1.2 d newpath -.2 .4 mt .3 .4 rlineto .1 -.3 rlineto closepath fill grestore} def /pnpl {gsave translate -1 1 scale 0 0 pnp grestore} def end % -- the electronics dictionary % ////////////////////////// % (6) arc justify - sets kerned circular text. % . . . . . % To use, -xpos -ypos- -radius- (message) karcjustify % A positive radius creates upward curving arcs. % A negative radius creates downward curving arcs. % Use -arckern- to stretch or compress global message. % Use -customkern- to adjust individual characters /arckern 1 def % global extra stretch + = stretch /customkern -1 def % custom extra squash - = squash /customkernchar (~) def % marker character to request custom kern /str (X) def /karcjustify {gsave /msg exch def /radius exch def translate msg stringwidth pop 0 msg {customkernchar 0 get eq {1 add} if} forall dup 0 gt {customkernchar stringwidth pop neg customkern add mul} if add msg length 1 sub arckern mul add 2 div dup 57.29578 mul radius div msg {str exch 0 exch put gsave rotate 0 radius moveto str dup dup dup customkernchar eq not {stringwidth pop 2 div 57.29578 mul radius div neg rotate show stringwidth pop}{customkern 2 div 57.29578 mul radius div neg rotate pop pop pop customkern} ifelse arckern add sub dup 57.29578 mul radius div grestore} forall pop pop grestore} def % //////////////// % (7) font eliminator % Font elimination completely eliminates the need for any strange % end user, editor, or typesetter run time fonts by substituting paths. % When *elimininatefonts* is called, all unbound *awidthshow* % commands will return font paths to host for recording and later % substitution. Level II only for capture. Two way comm essential. /eliminatefonts{ % shorter routine names used by font path procs... /mt {moveto} def /li {lineto} def % Note that lt and ln are spoken for! /ct {curveto} def /cp {closepath} def % optional time delay for host recording... /stall1 {50 {37 sin pop} repeat} def % optional stall % host reporting utility procs (currently 2 decimal place .XX accuracy) /prnum {index 100 mul round cvi 100 div ( ) cvs print ( ) print} def /prproc {0 index ( ) cvs print (\r) print flush stall1} def % this awidthshow diversion does all the actual work, returning all % widthshown font paths to the host for recording... /awidthshow {/str exch def /cys exch def /cxs exch def /sch exch def /sys exch def /sxs exch def str {currentpoint moveto (X) dup dup 4 -1 roll 0 exch put false charpath mark {/mt cvx 2 prnum 1 prnum prproc} {/li cvx 2 prnum 1 prnum prproc} {/ct cvx 6 prnum 5 prnum 4 prnum 3 prnum 2 prnum 1 prnum prproc} {/cp cvx dup prproc} pathforall ] cvx exec currentpoint fill moveto 0 get sch eq {currentpoint exch sxs add exch sys add moveto} if currentpoint exch cxs add exch cys add newpath moveto} forall } def} def % ////////////////////////////////// % (6) nuisance solvers % . . . . . . % nuisance - a dictionary of commonly used PostScript sequences % . . . . . . . . . . % nuisancedict is usually persistently downloaded as a subdictionary. % it is activated when needed by -- nuisance begin -- . 200 dict /nuisance exch def nuisance begin /acos {2 copy dup mul exch dup mul sub sqrt exch pop exch atan} def % arccosine use - xside hypotenuse acos - /asin {2 copy dup mul exch dup mul sub sqrt exch pop atan} def % arcsine use - yside hypotenuse asin - /backwards { 612 0 translate -1 1 scale} def % print backwards /bestgray {106 45 {dup mul exch dup mul add 1.0 exch sub} setscreen} def /black {0 setgray} def % draw in black /blackflash {0 0 moveto 1000 0 rlineto 0 1000 rlineto -1000 0 rlineto closepath fill showpage } def % black pre-page for highest print quality /boxdraw {bl bb bw bh brad roundbox blw setlinewidth stroke grestore } def % for old version compatibility % ///////////////////OLD ROUTINES NOT NOW IN USE///// % (2) boxdraw % . . . . . % This section is obsolete and will be phased out. use roundbox for % all new work % Draws various fancy boxes and sidebars, with or without % rounded corners and double hairlines /boxpath {/strt br bl add 2 div def /br {bl bw add} def % attempted repair /bc {bl bw 2 div add} def /bb {bt bh sub } def newpath strt bt moveto br bt br bb brad arcto br bb bl bb brad arcto bl bb bl bt brad arcto bl bt strt bt brad arcto closepath blw setlinewidth} def /br {bl bw add} def /bc {bl bw 2 div add} def /bb {bt bh sub} def %/boxdraw {boxpath stroke} def /boxfill {boxpath gsave fill grestore} def /hairdraw {gsave /hd exch def 0.5 setlinewidth bl bt hd sub moveto bw 0 rlineto 0 2.5 rmoveto bw neg 0 rlineto stroke} def /grabbox {/blw exch def /brad exch def /bh exch def /bt exch def /bw exch def /bl exch def} def /quickboxdraw {grabbox boxdraw} def /quickboxpath {grabbox boxpath} def /quickboxfill {grabbox boxfill} def % defaults /bl 200 def /bw 175 def /bt 500 def /bh 240 def /brad 7 def /blw 2 def /hd 25 def % use examples: boxdraw hd hairdraw -- draws the box and a title % boxpath -- generates only the path without stroking % gsave bl 10 add bb 15 add translate -- locks stuff % to inside of box; grestore exits % 200 175 500 240 7 2 quickboxdraw -- draws without % predefinition, but can't track inside height. /copies { /#copies exch def} def % as in -- 6 copies -- /feetfirst {180 rotate -612 -792 translate} def % eject print feet first /flushends {0 setlinecap} def % flush path ends /flushjoins {0 setlinejoin} def % flush path joins % GEniejul converts GEnie dates to Julian dates Enter with a six % digit integer; leave with date string on stack /GEniejul { ( ) cvs dup 2 2 getinterval cvi 1 sub [(January ) (February )(March )(April )(May )(June )(July )(August )(September ) (October )(November )(December )] exch get 1 index 4 2 getinterval (, ) mergestr mergestr exch 0 2 getinterval cvi dup 50 gt {1900} {2000}ifelse add ( )cvs mergestr} def % hrule does a fixed horizontal rule, given xstart ystart xend linewidth /hrule {gsave newpath setlinewidth 1 index 4 2 roll moveto lineto stroke grestore} def % vrule does a fixed vertical rule, given xstart ystart yend linewidth /vrule {gsave newpath setlinewidth 2 index 4 2 roll moveto exch lineto stroke grestore} def /inch {72 mul} def % inches /indiagray {135 35 {dup mul exch dup mul add 1.0 exch sub} setscreen} def /landscape {-90 rotate -792 0 translate} def % pick landscape printing /lightgray {0.99 setgray} def /listfonts {FontDirectory {pop == flush 200 {37 sin pop} repeat } forall} def % send installed font list to host /longjob {statusdict /waittimeout 180 put} def % lengthen job timeout /manual {statusdict /manualfeed true put} def % start manual feed % mergestr merges the two top stack strings into one top stack string /mergestr {2 copy length exch length add string dup dup 4 3 roll 4 index length exch putinterval 3 1 roll exch 0 exch putinterval} def /negative {{1 sub abs} settransfer} def % negative printing /outline {false charpath} def % finds character outline path /pi 3.1415926 def % you wanted rhubarb instead? /pixel {72 mul 300 div} def % 300 dpi only /positive {{} settransfer} def % restore positive printing /printfonts {/Helvetica findfont [10 0 0 10 0 0] makefont setfont /xpos 150 def /ypos 600 def /yinc 12 def xpos 20 sub ypos 20 add moveto (CURRENTLY INSTALLED FONTS:) show FontDirectory {pop 100 string cvs xpos ypos moveto (/) show show /ypos ypos 12 sub def} forall showpage} def % on paper /putridgray {53 45 {dup mul exch dup mul add 1.0 exch sub} setscreen} def /random {rand 65536 div 32768 div mul cvi} def % as in -- 6 random -- /report {== flush 100 {37 sin pop} repeat } def % top of stack to host /reprogray {85 35 {dup mul exch dup mul add 1.0 exch sub} setscreen} def % Romnum routine converts any number from 0-99 into its equivalent Roman % numerals. Enter with stack integer. Leave with stack Roman string. /Romnum { dup 10 div cvi [() (x) (xx) (xxx) (xl) (l) (lx) (lxx) (lxxx) (xc)] exch get ( ) cvs exch 10 mod cvi [() (i)(ii)(iii) (iv)(v)(vi)(vii)(viii)(ix)] exch get mergestr} def /roundends {1 setlinecap} def % rounded path ends /roundjoins {1 setlinejoin} def % rounded path joins % This creates a rounded path from -radius- [x1 y1 x2 y2 ... xn yn] % roundpath. Does NOT round path ends. Use roundbox for boxes /roundpath {/rpdata exch def /rprad exch def rpdata length 1 sub cvi /rppoints exch def rpdata 0 get rpdata 1 get moveto 2 2 rppoints 2 sub {/rpvalue exch def 0 1 3 {rpdata exch rpvalue add get } for rprad arcto pop pop pop pop} for rpdata rppoints 1 sub get rpdata rppoints get lineto} def % roundbox draws a box path with rounded corners and locks you to the % lower lefthand box corner using this format ... % -xpos- -ypos- -xwidth- -yheight- -cornerrad- roundbox /roundbox {gsave /rad exch def /bt exch def /br exch def /bb exch def /bl exch def bl bb translate rad mark br 2 div 0 0 0 0 bt br bt br 0 br 2 div 0] roundpath /bc br bl sub 2 div def} def /snoop {1183615869 internaldict begin} def % activates superexec /stockends {2 setlinecap} def % default path ends /stockjoins {2 setlinejoin} def % default path joins /stall {{37 sin pop} repeat} def % delay as in -- 1500 stall -- % timing utilities. use stopwatchon and stopwatchoff for simple % one shot timing. For multiple time totals, use resettimer % starttimer stoptimer ... starttimer stoptimer reporttimer /stopwatchoff {stoptimer reporttimer} def % for single shots /stopwatchon {resettimer starttimer} def % for single shots /reporttimer {mytime 1000 div (\rElapsed time: ) print 20 string cvs print ( seconds.\r) print flush} def % to host /resettimer {/mytime 0 def} def % reset timer /starttimer {usertime /mytimenow exch def} def % add to time so far /stoptimer {usertime mytimenow sub /mytime exch mytime add def} def % for multiple timing intervals % stringdown, et al repeats a string of one or more characters to form % a fancy border. use -#repeats- -spacing- (char) stringdown, etc. /stringdown {/char exch def /vcharsp exch def {gsave char show currentpoint vcharsp sub moveto} repeat} def /stringleft {/char exch def /hcharsp exch def {gsave char show currentpoint exch hcharsp sub exch moveto} repeat} def /stringright {/char exch def /hcharsp exch def {gsave char show currentpoint exch hcharsp add exch moveto} repeat} def /stringup {/char exch def /vcharsp exch def {gsave char show currentpoint vcharsp add moveto} repeat} def % superstroke and superinsidestroke take a predefined path and a % top-of-stack array of [width1 gray1 width2 gray2 .... widthn grayn] % and do multiple strokes for wires, fancy borders, or braiding. % Note that the FIRST array value pair has to be the WIDEST, etc. % Use superstroke for wires; superinsidestroke for borders. /superstroke { save /sssnap exch def /sscmd exch def mark 0 2 sscmd length 2 div cvi 1 sub 2 mul {/aposn exch def gsave sscmd aposn get setlinewidth sscmd aposn 1 add get setgray stroke grestore} for cleartomark sssnap restore newpath} def /superinsidestroke {save clip /sssnap exch def /sscmd exch def mark 0 2 sscmd length 2 div cvi 1 sub 2 mul {/aposn exch def gsave sscmd aposn get 2 mul setlinewidth sscmd aposn 1 add get setgray stroke grestore} for cleartomark sssnap restore newpath} def /tan {dup sin exch cos dup 0 eq {pop 0.000001} if div} def % tangent /tray {statusdict /manualfeed false put} def % stop manual feed /white {1 setgray} def % print in white /width {stringwidth pop} def % finds x width of string end % the nuisance dictionary % ////////////////////////// % (9) switchable error trapper % . . . . . % Creates a printing error trapper that dumps the stack and prints what you % have accomplished so far. While EXTREMELY useful, this is definitely NOT % to be a replacement for true two-way comm. Adapted from EHANDLER.PS. % Use gutil begin printerror at the start of your file for time-of-error % printout and stack dump /printerror {/$brkpage 64 dict def $brkpage begin /prnt {dup type/stringtype ne{=string cvs}if dup length 6 mul /tx exch def/ty 10 def currentpoint/toy exch def/tox exch def 1 setgray newpath tox toy 2 sub moveto 0 ty rlineto tx 0 rlineto 0 ty neg rlineto closepath fill tox toy moveto 0 setgray show}bind def /nl{currentpoint exch pop lmargin exch moveto 0 -10 rmoveto}def /=={/cp 0 def typeprint nl}def /typeprint{dup type dup currentdict exch known {exec}{unknowntype}ifelse}readonly def /lmargin 72 def /rmargin 72 def /tprint {dup length cp add rmargin gt{nl/cp 0 def}if dup length cp add/cp exch def prnt}readonly def /cvsprint{=string cvs tprint( )tprint }readonly def/unknowntype{exch pop cvlit(??)tprint cvsprint}readonly def/integertype{cvsprint}readonly def/realtype{cvsprint}readonly def /booleantype{cvsprint}readonly def/operatortype{(//)tprint cvsprint} readonly def/marktype{pop(-mark- )tprint}readonly def/dicttype{pop (-dictionary- )tprint}readonly def/nulltype{pop(-null- )tprint}readonly def/filetype{pop(-filestream- )tprint}readonly def/savetype{pop (-savelevel- )tprint}readonly def/fonttype{pop(-fontid- )tprint}readonly def/nametype{dup xcheck not{(/)tprint}if cvsprint}readonly def/stringtype {dup rcheck{(\()tprint tprint(\))tprint}{pop(-string- )tprint}ifelse }readonly def/arraytype{dup rcheck{dup xcheck{({)tprint{typeprint} forall(})tprint}{([)tprint{typeprint}forall(])tprint}ifelse}{pop (-array- )tprint}ifelse}readonly def/packedarraytype{dup rcheck{dup xcheck{({)tprint{typeprint}forall(})tprint}{([)tprint{typeprint} forall(])tprint}ifelse}{pop(-packedarray- )tprint}ifelse}readonly def /courier/Courier findfont 10 scalefont def/OLDhandleerror errordict /handleerror get def end errordict /handleerror {systemdict begin $error begin $brkpage begin newerror{/newerror false store $error /errorname get (ioerror) ne $error /command get (exec) ne or {vmstatus pop pop 0 ne{grestoreall}if initgraphics courier setfont lmargin 720 moveto (ERROR: )prnt errorname prnt nl(OFFENDING COMMAND: )prnt/command load prnt $error/ostack known {nl nl(STACK:)prnt nl nl $error/ostack get aload length{==}repeat}if systemdict/showpage get exec /newerror true store/OLDhandleerror load end end end exec}{end end end} ifelse} {end end end}ifelse} dup 0 systemdict put dup 4 $brkpage put bind readonly put} def % ////////////////////////////////// end % the entire utility dictionary, except for gonzo justification %%%%%%%///////// % X E % Z % (11) Gonzo justification tools ... % ************************************************************************ % ************************************************************************ % GONZO 13 JUSTIFICATION POWER TOOL % ************************************************************************ % % SUMMARY: Exceptionally high quality, fully device independent, and ultra % fast (but non-WYSIWYG) Don Lancaster text justification routines. % % Includes auto drop caps, hanging punctuation, global kerning, % supertabs, callout modes, overstrikes, menu justify, scads more. % % Gonzo can also dump plain old ASCII text and can custom % emulate nearly anything. % % Gonzo is fully open, unlocked, documented, and reprogrammable. % % Reprinted from Don Lancaster's POSTSCRIPT BEGINNER STUFF. % % Copyright c 1991 by Don Lancaster. All rights fully reserved. % Free help line and additional info: (602) 428-4073. % % ************************************************************************ % Name of textfile: GONZO15A.PTL % Source: SYNERGETICS % Author: Don Lancaster % Desc: Superb quality text justification % Date: September 15, 1992 % Release: 15a (GEnie alpha "B" release) % Approx length: 46K % Status: Copyright 1990 by Don Lancaster and Synergetics. % 3860 West First Street, Thatcher, AZ. (602) 428-4073. % All commercial rights reserved. Personal use permitted % so long as this status message stays present and intact. % Gonzo POSTSCRIPT BEGINNER STUFF package $39.50 VISA/MC. % % Keywords: PostScript, gonzo, justification, compile, text % Approximate NTX run time: 2.50 seconds per 1000 chars (uncompiled) % 0.33 seconds per 1000 chars (compiled) % X E Activate XON/XOFF if necessary. % Z Values are shown for Apple Super Serial Card %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % WARNING: This is the GEnie "alpha" release. The compile, supertab, % and menu justify features are not yet all there. % % KEEP A WRITTEN USER LOG AND EXPECT PROBLEMS. % % Report problems, corrections, questions, etc, to PSRT. % % For further documentation, see PSRT #220 GONZO13A.TXT. %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % GONZOJST.PTL is a series of utilities that allow ultra high quality % text justification from within a word processor or editor environment. % The routines are fast, fully programmable, use minimum length files, and % use little VM. They are purposely not WYSIWYG for maximum flexibility, % speed, and total device independence. Advanced features include auto drop % caps, hanging punctuation, individual kerning, lastline stretch, simple % textdumper, callout modes, macros, overstrike, and much more. The routines % be used WITHOUT control characters. They can emulate nearly anything. % An internal compiler is included for extremely fast rerun times. % Full use instructions appear in the companion file GONZO13A.TXT. % Also see the internal notes and comments below. % Status: Copyright 1990 by Don Lancaster and Synergetics. % 3860 West First Street, Thatcher, AZ. (602) 428-4073. % All commercial rights reserved. Personal use permitted % so long as this status message stays present and intact. % Gonzo POSTSCRIPT BEGINNER STUFF package $39.50 VISA/MC. % create a working dictionary that remains closed until needed ... 1000 dict /gonzo exch def gonzo begin % USER ALTERABLE COMMANDS - all must remain here as defaults % ======================= /altescapechar 124 def % alternate "escape" key for commands (|) /cstretch 0.2 def % minimum character kerning /colcheck { } def % link to page or column maker /dropcount 3 def % lines indented for drop cap /dropindent 40 def % width reserved for drop cap /escapechar 27 def % "escape" key for commands - can be printable /gonzocompile false def % compile to host or disk flag /gonzojust true def % allow gonzo commands? (false for text dumper) /hangflag true def % hang center, right, or fill punctuation? /hangfract 0.6 def % amount that hung punctuation hangs /hostcompdelay 80 def % optional compiling character report delay /justifylastline false def % fill justify last paragraph line? /justx (justL) def % running justification mode /kern 1 def % default individual kern amount /lastlinestretch 0.12 def % stretch on last line of fill just paragraph /oktoadvance true def % don't advance to next line if false /oktoprint true def % print suppression flag /overstrikechar (\320) def % overstrike character /overstrikeht 5.5 def % vertical shift of overstrike character /pm 10 def % normal paragraph indent /rslashchar 92 def % "reverse slash" key -alterable- /rslashok true def % allow reverse slash processing? /stringmode false def % string or currentfile source? /spacecharratio 6 def % fill justify ratio of space to char stretch /sstretch -0.3 def % minimum space kerning - may be negative /tabs [50 100 150 200] def % default tab list /txtwide 350 def % width of column /txtwideadj {} def % custom proc for keystoning, etc. /xpos 70 def % horizontal start of text /yinc 11 def % line spacing /ypara 0 def % additional v space at paragraph end /ypos 400 def % vertical start of text /ytop 720 def % default top reference for template /ybot -9999 def % default bottom reference for template % GONZOFONT BUILDER % ================= % gonzo fontnames MUST be of form /fontx, where x is any printable ASCII % character that has also been "qualified" to be a font in the command list. % A later gonzofont command rapidly sets the font and defines the space width. % gonzofont accepts either % /font1 /Helvetica 12 gonzofont -- or else -- % /font1 /Helvetica [wide climb slant high xshift yshift] gonzofont /gonzofont {dup type cvlit /arraytype eq {exch findfont exch makefont} {exch findfont exch scalefont} ifelse setfont mark /spacewidth ( ) stringwidth pop /cstretch cvx /add cvx /sstretch cvx /add cvx /def cvx currentfont dup backcdict exch (F?) dup 1 14 index (xxxxx) cvs 4 get put put /setfont cvx ] cvx def} def 50 dict /backcdict exch def % used "backwards" during compiling to get % fontname given the "made" font dictionary % USER FONTS - all should remain here as defaults ... % ========== /font0 /Helvetica-Bold [36 0 0 40 0 0] gonzofont % for drop caps /font1 /Helvetica 9 gonzofont % regular text /font2 /Helvetica-BoldOblique 9 gonzofont % reg italic /font3 /Helvetica-Bold 9 gonzofont % reg bold /font4 /Helvetica 8 gonzofont % reg all caps or #s /font5 /Helvetica-BoldOblique 8 gonzofont % italic all caps or #s /font6 /Helvetica-Bold 8 gonzofont % bold all caps or #s /font7 /Helvetica-Bold [6 0 0 6 0 -2] gonzofont % subscript /font8 /Helvetica-Bold [6 0 0 6 0 4] gonzofont % superscript /font9 /Helvetica-Bold [9 0 0 9 0 4] gonzofont % lowered bold title /font- /ZapfDingbats 9 gonzofont % Dingbats /font= /Symbol 9 gonzofont % Greek & Math /font: /Courier 9 gonzofont % Spare /font; /Courier 10 gonzofont % Spare /font+ /Courier 11 gonzofont % Spare font1 % set default % SYSTEM CONSTANTS - not normally altered % ================ /maxcharsbeforecr 6000 def % maximum number of characters before a cr /linestring1 maxcharsbeforecr string def % main for normal use /linestring2 maxcharsbeforecr string def % aux to allow headers /linestring linestring1 def % default /templatestartup {} def % default /maxprocsperline 200 def % maximum number of procs per print line /printlist maxprocsperline array def /dropflag false def % dropcap flag % /exitcheck {} def % default exit (overwritten by dump template) /firstchar 0 def % first character pointer /numspaces 0 def % initial number of spaces in line /pmrun 0 def % running paragraph margin /templatestartup {} def % link to template initializer % stack conventions during gonzojustify: all procs must restore % top stack value = next available position in linestring % next stack value = next available position in printlist % COMMAND LIST: % ============ % This command list determines the action of each [esc] selection. % First, create the list . . . /commands 256 array def 0 1 255 {commands exch {} put} for % You can have as many fonts as you like, trading off room for other % commands. Note that font1 is ASCII 49 and so on. % Here are the current font character definitions. . . commands (0) 0 get {font0} put commands (1) 0 get {font1} put commands (2) 0 get {font2} put commands (3) 0 get {font3} put commands (4) 0 get {font4} put commands (5) 0 get {font5} put commands (6) 0 get {font6} put commands (7) 0 get {font7} put commands (8) 0 get {font8} put commands (9) 0 get {font9} put commands (:) 0 get {font:} put commands (;) 0 get {font;} put commands (=) 0 get {font=} put commands (-) 0 get {font-} put commands (+) 0 get {font+} put % justification modes for command list commands (C) 0 get {justx 4 (C) 0 get put} put % center justify commands (F) 0 get {justx 4 (F) 0 get put} put % fill justify commands (L) 0 get {justx 4 (L) 0 get put} put % left justify commands (R) 0 get {justx 4 (R) 0 get put} put % right justify commands (P) 0 get {justx 4 (P) 0 get put} put % programmable just #1 commands (Q) 0 get {justx 4 (Q) 0 get put} put % programmable just #2 % macros for command list commands (a) 0 get {amacro} put commands (b) 0 get {bmacro} put commands (c) 0 get {cmacro} put commands (d) 0 get {dmacro} put commands (e) 0 get {emacro} put commands (f) 0 get {fmacro} put commands (U) 0 get {Umacro} put commands (V) 0 get {Vmacro} put commands (W) 0 get {Wmacro} put commands (X) 0 get {Xmacro} put commands (Y) 0 get {Ymacro} put commands (Z) 0 get {Zmacro} put % service routines for command list commands (h) 0 get {halflinefeedup} put % half linefeed up commands (i) 0 get {initialcap} put % initial dropcap commands (j) 0 get {kern+} put % positive kerning commands (k) 0 get {kern-} put % negative kerning commands (l) 0 get {linefeeddown} put % linefeed down commands (n) 0 get {nobreak} put % conditional ff commands (o) 0 get {overstrike} put % overstrike char commands (p) 0 get {/pmrun pm def} put % normal para indent commands (s) 0 get {/ypos -10000 def} put % showpage formfeed template link commands (t) 0 get {plainoldtab} put % simple tabbing commands (x) 0 get {exitproc} put % exit to PostScript commands (y) 0 get {fulllinefeedup} put % negative linefeed commands (z) 0 get {/pmrun 0 def} put % zero para indent % EXPANDED SERVICE ROUTINE DEFINITIONS % ==================================== /halflinefeedup {/ypos ypos yinc 2 div add def} def /fulllinefeedup {/ypos ypos yinc add def} def /linefeeddown {/ypos ypos yinc sub def} def /nobreak {ypos yinc 6 mul sub ybot lt {/ypos ybot def} if} def /initialcap {/ypos ypos yinc add ypara add def /pmrun 0 def /indentcount dropcount def /dropflag true def} def % a simple tab routine for lj only. Tabs relative to xpos /plainoldtab {tabs tabcount get dup /roomleft exch txtwide exch sub def mark exch xpos add ypos /moveto cvx] cvx printlist exch 3 index exch put exch 1 add exch tabcount tabs length 1 sub lt {/tabcount tabcount 1 add def} if } def /kern- {mark kern neg 0 /rmoveto cvx ] cvx printlist exch 3 index exch put /roomleft roomleft kern add def exch 1 add exch} bind def /kern+ {mark kern 0 /rmoveto cvx ] cvx printlist exch 3 index exch put /roomleft roomleft kern sub def exch 1 add exch} bind def /overstrike {printlist 2 index 1 sub get aload pop pop pop add 1 sub linestring exch 1 getinterval stringwidth pop dup overstrikechar stringwidth pop sub 2 div sub mark exch /gsave cvx exch /cfix cvx /add cvx /neg cvx overstrikeht /rmoveto cvx overstrikechar /rshowchars cvx /grestore cvx] cvx printlist exch 3 index exch put exch 1 add exch} def % stringmacro lets you do a series of gonzolink commands with a single % macro keystroke. For instance, /amacro {(z3c) stringmacro} def picks % a centered font3 with no paragraph for an embedded [esc]-a. /stringmacro { {commands exch get exec} forall} def % This lets you use [esc]-g instead of startgonzo (\033g) cvn {startgonzo} def (|g) cvn {startgonzo} def % CHARACTER COMMAND ARRAY (fake CASE) % ======================= % create an executable array based on character to decide who does what /chararray 256 array def % decides action of each key 0 1 255 { /posn exch def chararray posn [posn /chartolinestring cvx ] cvx put} for % default 1:1 mapping chararray dup 0 {} put dup 10 {newlineproc} put % lf newline dup 13 {newlineproc.wcrlf} put % cr as newline dup 32 {spaceproc} put % spaceproc dup escapechar {gonzojust {escproc}{exitcheck} ifelse} put % escape key dup altescapechar {gonzojust {escproc}{exitcheck} ifelse} put % altesc key dup rslashchar {rslashok {rslashproc} {rslashchar chartolinestring} ifelse} put % rslash key - can alter pop %%%%% CR-LF ATTEMPTED PATCH %%%%% % This ignores a cr if the next character is a linefeed /newlineproc.wcrlf{ stringmode {getstringchar}{currentfile read} ifelse % read next w end check { % true-false on valid read dup 10 eq {pop newlineproc } % if cr-lf {/crlfhold exch store newlineproc chararray crlfhold get exec } % if not ifelse } % if a character followed cr {newlineproc exit} ifelse % if cr was the last character } def %%%%%%%%%%%%%% % Charproc simply piles up characters into linestring. % Other commands decide how these characters are to be used. /chartolinestring {linestring exch 2 index exch put 1 add } bind def % exitproc responds to [esc]-x and gets you out of gonzo after printing. /exitproc {exit} def % rslashproc takes care of the reverse slashes which are not active when % not reading strings. Modified to reject cr-lf pairs % create an action array /slashlist 256 array def 0 1 255 {slashlist exch {} put} for slashlist dup 48 {0 octalnum} put % process as octal number dup 49 {1 octalnum} put dup 50 {2 octalnum} put dup 51 {3 octalnum} put dup 40 {40 chartolinestring} put % left paren dup 41 {41 chartolinestring} put % right paren dup 92 {92 chartolinestring} put % reverse slash dup 114 {chararray 13 get exec} put % carriage return dup 108 {chararray 10 get exec} put % linefeed dup 116 {slashtab} put % tab someday dup 98 {slashbs} put % backspace someday dup 102 {slashformfeed} put % formfeed someday pop /slashtab {nogot} def /slashbs {nogot} def /slashformfeed {nogot} def /nogot {reverse_slash _feature_not_yet_defined} def /rslashproc { % modified to reject cr-lf pairs stringmode {getstringchar}{currentfile read} ifelse {dup 13 eq { pop stringmode {getstringchar}{currentfile read} ifelse % char after cr {dup 10 ne { chararray exch get exec}{pop} ifelse } {pop exit} ifelse % if out of chars } % if cr {slashlist exch get exec} % if not cr ifelse } {exit} ifelse } % if no more chars bind def % octalnum handles all reverse slashes followed by three octal nuambers. /octalproc { stringmode {getstringchar}{currentfile read} ifelse { 48 sub dup dup 0 lt exch 7 gt or {pop 0} if} {exit} ifelse} def /octalnum {8 mul octalproc add 8 mul octalproc add chararray exch get exec} bind def % TXTWIDE FITTING SERVICE UTILITIES % ================================= % longstringadj currently lets an all print string longer than % txtwide invade the margin, rather than forcing a break or error /longstringadj {dup txtwide ge {pop txtwide 10 div} if} bind def % doeswordfit attempts to add the length of the current trial word to % the present line. It returns a positive value if room remains and % a negative one if not. /doeswordfit {linestring wordstart dup 3 index exch sub getinterval dup dup length 0 gt {stringwidth pop exch length cstretch mul add /wordroom exch def} {pop pop /wordroom 0 def} ifelse roomleft wordroom longstringadj sub dup 0 gt} bind def % tryspacefit attempts to add a space to the end of the existing word. % if it fits, word is accepted. If not, line ends. /tryspacefit {roomleft spacewidth sub dup 0 ge {/roomleft exch def dup 1 add dup /oktohere exch def /wordstart exch def 1 add /numspaces numspaces 1 add def} {pop /wordroom 0 def /oktohere oktohere 1 add def substart dup oktohere sub neg wordtoplist exch /plistlength exch def 0 exch endtheline /wordstart oktohere def startnextline} ifelse } bind def % wordtoplist adds word to printlist if positive length. Start out with % -plistpoint- -charpoint- -startchar- -length- on stack. End with % new word grouip in print array and -newplist- -charpoint-. /wordtoplist {dup 0 gt {mark 3 1 roll dup numchars add /numchars exch def currentfont /showchars cvx ] cvx printlist exch 3 index exch put exch 1 add exch } {pop pop} ifelse } bind def % *** ESCPROC *** % On an escape (or substitute escape) command character ... % yes ------ previous word fit? -------- no % word to printlist closeline % do escape command word to next line always % word to new printlist % do escape command /escproc { doeswordfit {/roomleft exch def dup dup /oktohere exch def /wordstart exch def substart dup oktohere sub neg wordtoplist} {pop substart dup oktohere sub neg wordtoplist exch /plistlength exch def 0 exch endtheline startnextline dup dup /oktohere exch def /wordstart exch def substart dup oktohere sub neg wordtoplist /firstchar -1 def } ifelse /substart oktohere def commands stringmode {getstringchar}{currentfile read} ifelse {get exec}{exit} ifelse } bind def % *** NEWLINEPROC *** % On as carriage return or newline character ... % yes ------ previous word fit? -------- no % update word closeline % closeline word to next line always % closeline /newlineproc {doeswordfit {/roomleft exch def dup dup /oktohere exch def /wordstart exch def substart dup oktohere sub neg wordtoplist /lastparline true def exch /plistlength exch def 0 exch endtheline /wordroom 0 def /firstparline true def startnextline} % word did fit on line {pop substart dup oktohere sub neg wordtoplist exch /plistlength exch def 0 exch endtheline startnextline dup dup /oktohere exch def /wordstart exch def substart dup oktohere sub neg wordtoplist /lastparline true def exch /plistlength exch def 0 exch endtheline /firstparline true def /wordroom 0 def startnextline % word did not fit on line } ifelse pop 0 /substart 0 def /wordstart 0 def /oktohere 0 def /firstchar -1 def} bind def % *** SPACE PROC *** % Leading spaces are ignored in an ongoing paragraph with the firstchar test. % For speed, "words" may include internal spaces if there is enough room. % % yes ------ previous word fit? -------- no % update word closeline % yes --- word+space fit? -- no word to next line always % update word closeline yes -- word+space fit? --- no % update word closeline /spaceproc { dup firstchar ne {linestring 1 index 32 put doeswordfit {/roomleft exch def dup 1 sub /oktohere exch def tryspacefit} {pop substart dup oktohere sub neg wordtoplist exch /plistlength exch def 0 exch endtheline startnextline tryspacefit} ifelse} if} bind def % *** SWALLOW AND HANG *** % swallowandhang is a dual purpose proc that swallows any trailing spaces % and optionally hangs punctuation for center, right, and fill justification. % The swallowlist decides which characters get acted on for hanging. % The "1" before the hung character lets you individually customize overhang. % hangfract lets you adjust the overhang of all characters together. /swallowlist 256 array def 0 1 255 {swallowlist exch {exit} put} for swallowlist dup ( ) 0 get {swallow} put dup (-) 0 get {1 (-) hangpunct} put dup (.) 0 get {1 (.) hangpunct} put dup (,) 0 get {1 (,) hangpunct} put dup (;) 0 get {1 (;) hangpunct} put dup (:) 0 get {1 (:) hangpunct} put dup (") 0 get {1 (") hangpunct} put dup (') 0 get {1 (') hangpunct} put dup (}) 0 get {1 (}) hangpunct} put dup 41 {1 (\051) hangpunct} put % closing parenthesis dup 177 {1 (\261) hangpunct} put % em dash dup 208 {1 (\320) hangpunct} put % en dash dup 186 {1 (\272) hangpunct} put % closing double quote pop % hangpunct shortens roomleft if hanging is wanted. /hangpunct { hangflag { stringwidth pop mul hangfract mul roomleft exch add /roomleft exch def} {pop pop} ifelse exit } bind def % swallow removes one leading space /swallow {/lopspaces lopspaces 1 add def} bind def % swallowandhang first tests for a normal showchars ending. It then runs % sandh to do the actual swallowing or punctuation hanging. /swallowandhang { printlist plistlength 1 sub get dup dup length 4 eq {3 get cvlit /showchars eq {sandh}{pop pop} ifelse} {pop pop} ifelse } bind def % sandh grabs the last string of characters and works backwards through % them, providing a count of total trailing spaces, and hanging selected % punctuation. The roomleft is then adjusted accordingly. /sandh {/lopspaces 0 def dup 0 get exch 1 get linestring 3 1 roll getinterval /laststring exch def laststring length 1 sub -1 0 {laststring exch get swallowlist exch get exec} for /roomleft lopspaces spacewidth mul roomleft add def /numchars numchars lopspaces sub def /numspaces numspaces lopspaces sub def} bind def % *** LINE CONTROLS ****** % startnextline resets pointers, handles indents, sets up first move. /startnextline { oktoadvance {/ypos ypos yinc lastparline {ypara add} if sub def } if % move to next line colcheck % link to page template /lastparline false def % can't be the last line /substart wordstart def % point to start of current word /numspaces 0 def % character+space line count /numchars 0 def % space line count /tabcount 0 def % tab count 0 firstparline {pmrun add /firstparline false def} if % pm indent? dropflag {dropcount 0 ge {dropindent add /dropcount dropcount 1 sub def dropcount 0 eq {/dropflag false def} if} if} if % indent dropcap? dup wordroom add neg txtwide add txtwideadj /roomleft exch def printlist 0 [ 3 index /xymove cvx ] cvx put pop exch pop 1 exch dup /firstchar exch def} bind def % endtheline executes a justify proc to set xfix, yfix, cfix and sfix % and then conditionally prints the printlist ... /endtheline { justx cvx exec oktoprint {printline} if} bind def % *** JUSTIFY PROCS ******** % The justify procs take the character count, the space count, and roomleft % and convert these into xfix and yfix entire line offsets and % cfix and sfix character and space kerning. /justC {swallowandhang /sfix sstretch def /cfix cstretch def /xfix roomleft 2 div def /yfix 0 def} bind def /justF {lastparline {justifylastline {reallyjustF} {justL adjustlastline} ifelse }{reallyjustF} ifelse} bind def /justL {/sfix sstretch def /cfix cstretch def /xfix 0 def /yfix 0 def} bind def /justR {swallowandhang /sfix sstretch def /cfix cstretch def /xfix roomleft def /yfix 0 def} bind def /reallyjustF {swallowandhang roomleft numchars 1 sub numspaces spacecharratio mul add dup 0 eq {pop 0.001} if div dup cstretch add /cfix exch def spacecharratio mul sstretch add /sfix exch def /xfix 0 def /yfix 0 def} bind def % unconditional justF % optional additional final line stretch is used only if it uses up less % than 80 percent of the remaining room. Otherwise might look cramped /adjustlastline { numchars 1 sub numspaces spacecharratio mul add lastlinestretch mul roomleft 0.8 mul lt {/cfix cfix lastlinestretch add def /sfix sfix lastlinestretch spacecharratio mul add def} if} def % *** PRINT MODULE ******** % printline accepts a series of procs from the printlist and executes them % It expects a printlist of form [{proc1}{proc2}{proc3}...{procn] and % these variables predefined ... % plistlength % length of printlist % sfix % total space kerning for line % cfix % total character kerning for line % xfix % total x-shift for line (for centering, rj, etc.) % yfix % total y-shift for line (normally zero) % indent % first line or drop cap indent /sfix 0 def /cfix 0 def /xfix 0 def /yfix 0 def % defaults /printline {gsave 0 1 plistlength 1 sub {printlist exch get exec} for grestore} bind def % some often-used print-time macros . . . % -stringstart- -stringlength- -madefontdict- showchars --> images string at % the currentpoint. /showchars { setfont linestring 3 1 roll getinterval sfix 0 32 cfix 0 6 -1 roll awidthshow1} bind def /rshowchars {show1} def % overstrike to compile link % -indent- xymove ---> does absolute move to xpos + indent, ypos /xymove {xpos add xfix add ypos yfix add moveto} bind def % these two links have to stay unbound for Distillery or self-compiling /show1 {show} def /awidthshow1 {awidthshow} def % %%% MAIN GONZO JUSTIFY ROUTINE %%% % startgonzo reads the currentfile, either piling up printable characters % into linestring, or acting out escape or space commands. % and here's gonzo ... /initgonzostuff { /wordroom 0 def /firstparline true def /lastparline false def /wordstart 0 def /substart 0 def /roomleft txtwide def /oksofar 0 def /numchars 0 def /lopcount 0 def /firstchar -1 def /tabcount 0 def /gotcr false def } bind def /startgonzo {initgonzostuff 0 0 printlist 2 index [0 /xymove cvx] cvx put exch 1 add exch {currentfile read {chararray exch get exec}{exit} ifelse} loop pop pop % remove pointers from stack } bind def % stringgonzo is similar to startgonzo, except that it accepts an % input string instead of the currentfile. This is handy for deferred % or predefined uses. stringgonzo is significantly (25%) slower than % startgonzo. An extra carriage return is always added to the string end. % to make sure the last line prints. % Current bugs: can't embed printable \ with \\ or \134 and an extra % carriage return or double space MUST follow stringgonzo to stay error free. /stringgonzo {initgonzostuff dup length 1 add dup /gslen exch def string dup /gonzostring exch def exch 0 exch putinterval gonzostring gslen 1 sub 13 put /gsptr 0 def /stringmode true def 0 0 printlist 2 index [0 /xymove cvx] cvx put exch 1 add exch {getstringchar {chararray exch get exec}{exit} ifelse} loop pop pop /stringmode false def } bind def /getstringchar {gsptr gslen ge{ false } {gonzostring gsptr get true} ifelse /gsptr gsptr 1 add def} bind def % CALLOUT JUSTIFY MODES % cl accepts an input of form xpos ypos (message) cl and shows it % at xpos left and within xpos + textwide right. /cl {save /snapcl exch def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo snapcl restore} def % cf accepts an input of form xpos ypos (message) cf and shows it % flush left at xpos and flush right at xpos + textwide. /cf {save /snapcf exch def /linestring linestring2 def /justx (justF) def 3 1 roll /ypos exch def /xpos exch def stringgonzo snapcf restore} def % cc accepts an input of form xpos ypos (message) cc and centers it % on xpos. txtwide IS IGNORED, AND ANY WIDTH WILL GET CENTERED. /cc {save /snapcc exch def /linestring linestring2 def /txtwide 5000 def /justx (justC) def /pmrun 0 def 3 1 roll /ypos exch def 2500 sub /xpos exch def stringgonzo snapcc restore} def % cr accepts an input of form xpos ypos (message) cr and sets it % flush right against xpos. txtwide IS IGNORED, AND ANY WIDTH % WILL SET FLUSH RIGHT. /cr {save /snapcm exch def /linestring linestring2 def /txtwide 5000 def /justx (justR) def /pmrun 0 def 3 1 roll /ypos exch def 5000 sub /xpos exch def stringgonzo snapcm restore} def % COMPILING ROUTINES % Compiling can be done either to the host (using a two way comm % channel or to hard disk. The compiled files are Adobe Distillery % compatible but slightly shorter and faster. They can be further % sped up and shortened with an add-on utility. % To compile, issue a compiletohost or a compiletodisk after beginning % gonzo. /compiletohost {/hostcompflag true def sendcompileheader} def /compiletohost {/diskcompflag true def sendcompileheader} def /send { dup hostcompflag { print flush hostcompdelay {37 sin pop} repeat}{pop} ifelse dup diskcompflag { writehere }{pop} ifelse pop } def % TEMPLATE LOADER % starttemplate opens a template whose name is on the top of the stack and % executes an internally defined template command templatestartup /starttemplate {begin templatestartup} def %%%%%%%%% % SIMPLE TEXT DUMPER % This default text dumper template is useful for "just dump the text" % applications. The | and \ characters are handled as ordinary text in % this example. The only gonzo commands used are for the carriage return % and the linefeed. A "double escape" | | exits you. % This template is also useful to list your gonzo programs while PRINTING % (rather than executing) all internal gonzo commands. (!!!) % Note that any template MUST have an internal proc named templatestartup % and that your template MUST NOT call gonzofont before run time. 300 dict /dumpasciitext exch def dumpasciitext begin /templatefonts{ /font1 /Helvetica 8 gonzofont % regular text (defer till run time) /font2 /Helvetica-Bold 7 gonzofont % header font (defer till run time) } def /txtwide 230 def % width of column /pm 0 def % no paragraph indents /lmpos 60 def % horizontal left margin /yinc 9.5 def % vertical line spacing /ytop 720 def % top column reference /ybot 50 def % bottom column reference /pagenum 1 def % initial pagenumber /numcolumns 2 def % number of columns /colspace 260 def % spacing between columns % colcheck does all the work in a pagemaker. It is automatically called % at the start of each new printable line. It can make room for figures, etc. /colcheck {ypos ybot lt {column# numcolumns ge {showpage /ypos ytop def /xpos lmpos def /column# 1 def header footer}{/ypos ytop def /xpos xpos colspace add def /column# column# 1 add def} ifelse} if} def % This particular header puts the pagenumber into a message string and % shows it at the right margin of the rightmost column. You can do % left-right and otherwise get as fancy as you care to here ... /header {gsave spacewidth font2 rpagenum (xxxxxx) cvs dup length 5 add string dup 0 (page ) putinterval dup 5 3 index putinterval exch pop lmpos numcolumns 1 sub colspace mul add txtwide add exch ytop yinc 2.5 mul add exch cr grestore /rpagenum rpagenum 1 add def /spacewidth exch def } def /footer {} def % none today /templatestartup { templatefonts font1 /column# 1 def /xpos lmpos def /ypos ytop def/gonzojust false def /rslashok false def /rpagenum pagenum def header footer} def % exitcheck lets you decide how to exit your ASCII text dumper, and can get % VERY sticky. This example uses a double | | as a "double escape". This % trick lets you use this template to print a gonzo LISTING that has all % of the gonzo commands in it (!), but acts improperly on none of them. /asciiexitchar (|) def % exit character reserved if preceeded by altescchar /exitcheck {currentfile read {dup asciiexitchar 0 get eq {pop exitproc} {/chold1 exch def altescapechar chartolinestring chold1 chartolinestring} ifelse}{exitproc} ifelse} def end % dumpasciitext template % Here is a PostScript "textonly" convenience operator that speeds up % text dumping... /textonly {dumpasciitext starttemplate startgonzo} def %%%%%%%%% % SIMPLE PAGE MAKING TEMPLATE % This default gonzo page making template is a useful starting point for % creating your own custom templates. It handles multiple columns and % left-right page numabered headers. All gonzo commands are supported. % Note that there is NO difference between a pagemaker and an emulator. % Everything is programmable, so just rearrange things to suit yourself. % Full document control (for figures etc) is done by extending colcheck. % Note that any template MUST have an internal proc named templatestartup % and that your template MUST NOT call gonzofont before run time. 300 dict /simplepages exch def simplepages begin /templatefonts { % Remember: all fonts MUST defer till run time! /font0 /Times-Bold [54 0 0 54.2 0 -32] gonzofont % drop cap /font1 /Times-Roman 9.75 gonzofont % main text /font2 /Times-Italic 9.75 gonzofont % main italic /font3 /Times-Bold 9.75 gonzofont % main bold /font4 /Times-Roman 9 gonzofont % capnum text /font5 /Times-Italic 9 gonzofont % capnum italic /font6 /Times-Bold 9 gonzofont % capnum bold /font7 /Times-Bold [9.75 0 0 9.5 0 -6] gonzofont % lowered subheader /font= /Symbol 9.75 gonzofont % its greek to me /font- /ZapfDingbats [9 0 0 9 0 4] gonzofont % dingbats } def % values used by gonzo justify ... /colspace 175 def % spacing between columns /cstretch 0.2 def % minimum character kerning /dropcount 4 def % number of lines drop cap drops /lastlinestretch 0.06 def % open last paragraph line slightly /pm 10 def % use paragraph indents /sstretch -0.3 def % minimum space kerning /txtwide 155 def % width of column /ybot 50 def % bottom column reference /yinc 10.5 def % vertical line spacing /ytop 715 def % BASE of top column reference /yinc 10.5 def % vertical line spacing % additional values used by this template /firstpagespecial false def % special treatment for first page? /lmpos 60 def % horizontal left margin /numcolumns 3 def % number of columns /oddpageright true def % are odd numbered pages on the right? /rightpage false def % start with righthand page? /pagenum 1 def % running pagenumber % These macros handle an initial drop cap and low center subheads ... /amacro {(zy0) stringmacro /ypos ypos ypara add def} def % start drop cap /bmacro {(iFy1) stringmacro /ypos ypos ypara add def} def % finish drop cap /cmacro {(znyC7) stringmacro /ypos ypos ypara 2 mul add def} def % centered title /dmacro {(pF1) stringmacro /ypos ypos ypara 2 mul add def} def % normal text after centered title % colcheck does all the work in a pagemaker. It is automatically called % at the start of each new printable line. It can make room for figures, etc. /colcheck {ypos ybot lt {column# numcolumns ge {showpage /ypos ytop def /xpos lmpos def /column# 1 def header footer}{/ypos ytop def /xpos xpos colspace add def /column# column# 1 add def} ifelse} if} def % This particular header picks different formats for left and right pages /header {pagenum cvi 2 mod 0 eq rightpage {not} if {leftheader} {rightheader} ifelse /pagenum pagenum 1 add def} def /headerstripe {gsave xpos ytop 19 add moveto colspace numcolumns 1 sub mul txtwide add 0 rlineto 0.5 setlinewidth stroke} def /leftheader {gsave spacewidth font2 pagenum (xxxxxx) cvs dup length 5 add string dup 0 (page ) putinterval dup 5 3 index putinterval exch pop lmpos exch ytop yinc 2.5 mul add exch cl grestore headerstripe /spacewidth exch def} def /rightheader {gsave spacewidth font2 pagenum (xxxxxx) cvs dup length 5 add string dup 0 (page ) putinterval dup 5 3 index putinterval exch pop lmpos numcolumns 1 sub colspace mul add txtwide add exch ytop 25 add exch cr grestore headerstripe /spacewidth exch def} def /firstpageheader {} def % nothing special today /footer {gsave xpos ybot 6 sub moveto colspace numcolumns 1 sub mul txtwide add 0 rlineto 1.5 setlinewidth stroke} def /templatestartup { templatefonts font1 /column# 1 def /xpos lmpos def /ypos ytop def /gonzojust true def /rslashok true def header footer} def end % simplepages template %%%%%%%%%%%%%%%% end % entire gonzo dictionary %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % % END OF GURU'S GONZO JUSTIFY UTILITIES AND TEMPLATES % %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% statusdict begin statusdict /setduplexmode known {true setduplexmode} if end systemdict /setstrokeadjust known {true setstrokeadjust} if /mastergray {0.96} def % sets overall light grade shade %%%%%%%%%%%%%%%%% % Here's some needed routines not yet in GUTILITY.PTL or GONZO13A.PTL %............... % roundbox draws a box path with rounded corners and locks you to the % lower lefthand box corner using this format ... % -xpos- -ypos- -yheight- -cornerrad- roundbox /roundbox {gsave /rad exch def /bt exch def /br exch def /bb exch def /bl exch def bl bb translate rad mark br 2 div 0 0 0 0 bt br bt br 0 br 2 div 0] roundpath} def % vrule gives a fixed vertical rule, inputting xpos ystart yend linewidth /vrule {gsave newpath setlinewidth 2 index 4 2 roll moveto exch lineto 0 setgray stroke grestore} def % hrule gives a fixed horizontal rule, inputting ypos xstart xend linewidth /hrule {gsave newpath setlinewidth 1 index 4 2 roll moveto lineto 0 setgray stroke grestore} def % mergestr is a tool useful for page numbers; evenutally it will go % into the nuisance dictionary /mergestr {2 copy length exch length add string dup dup 4 3 roll 4 index length exch putinterval 3 1 roll exch 0 exch putinterval} def % this is a repeat of the GONZO13B callout width proc ... gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end gonzo begin % This is the core keystone code routine. It works by taking an average % of the first two and last two string lengths to determine the keystone % slope, increment, and starting width. It then checks the length of % each line and extends the starting width as needed so everything fits. /keyproc {/kadj exch def /msg exch def /yy1 exch def /xx1 exch def mark {msg (\n) search {exch pop exch /msg exch def dup length 0 le {pop} if}{dup length 0 le {pop} if exit} ifelse} loop ] /karray exch def 0 0 karray 0 get cw 0 0 karray 1 get cw add 2 div dup 0 0 karray dup length 1 sub get cw 0 0 karray dup length 2 sub get cw add 2 div sub neg karray length 1 sub div dup /kinc exch def 2 div sub /kstart exch def /txtwide 10000 def 0 0 1 karray length 1 sub {/kpn exch def 0 0 karray kpn get cw kstart kinc kpn mul add sub 2 copy lt {exch} if pop} for kstart add 1.01 mul dup /kstart exch def /txtwide exch def /justifylastline true def 0 1 karray length 1 sub { /posn exch def yy1 xx1 kstart kadj exch posn karray exch get cf /txtwide txtwide kinc add def /xx1 xx1 kinc kadj def /yy1 yy1 yinc sub def} for} def % these are the three keystone routines. Use xpos ypos true (msg strings) % cck, etc. true for keystone; false for ordinary justify. /cck {save /keysnap exch def exch {{2 div sub} keyproc} {cc} ifelse keysnap restore} def % callout centered keystone /clk {save /keysnap exch def exch {{pop} keyproc} {cl} ifelse keysnap restore} def % callout left keystone /crk {save /keysnap exch def exch {{sub} keyproc} {cr} ifelse keysnap restore} def % callout right keystone end % close gonzo dictionary %%%%%% doembeddedproc executes |/name installdoembeddedproc links it /doembeddedproc {mark 50 {stringmode {getstringchar}{currentfile read} ifelse not {exit} if dup dup dup 32 eq exch 13 eq or exch 10 eq or {pop exit} if} repeat counttomark dup string /pstr1 exch def 1 sub -1 0 {pstr1 3 1 roll exch put} for pstr1 exch pop cvx exec} def /installdoembeddedproc {gonzo begin commands (/) 0 get {doembeddedproc} put end} def installdoembeddedproc %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %% your gonzo code goes here. The usual way of starting it is with %% gonzo begin %% ps.util.1 begin %% printerror %% nuisance begin %% Additional use details appear in the POSTSCRIPT BEGINNER STUFF %% package from SYNERGETICS. %%%%%%%%%%%%%%%%%% COLORIZER MOD %%%%%%%%%%%%% %%%%%%%%%%%%%%%% % COLORIZING BLACK AND WHITE POSTSCRIPT MODULE % ===================================== /tintmat [ {dup 0.11 ge {0.11 sub 0.89 div dup 1 setrgbcolor} % 0 blue {0.11 div 0 exch 0 exch setrgbcolor} ifelse} {dup 0.3 ge {0.3 sub 0.7 div 1 exch dup setrgbcolor} % 1 red {0.3 div 0 0 setrgbcolor} ifelse} {dup 0.59 ge {0.59 sub 0.41 div dup 1 exch setrgbcolor} % 2 green {0.59 div 0 exch 0 setrgbcolor} ifelse} {dup 0.7 ge {0.7 sub 0.3 div 1 1 setrgbcolor} % 3 turquoise {0.7 div 0 exch dup setrgbcolor} ifelse} {dup 0.41 ge {0.41 sub 0.59 div 1 exch 1 setrgbcolor} % 4 magenta {0.41 div dup 0 exch setrgbcolor} ifelse} {dup 0.89 ge {0.89 sub 0.11 div 1 exch 1 exch setrgbcolor} % 5 yellow {0.89 div dup 0 setrgbcolor} ifelse} {dup 0.842 ge {dup .7 mul .59 sub .11 div 1 exch setrgbcolor} % 6 lime {0.89 div dup 1.1233 div exch 1.1233 mul 0 setrgbcolor} ifelse} {dup 0.731 ge {1 exch dup .41 mul .30 sub .11 div setrgbcolor} % 7 beige {0.856 div dup 1.155 mul exch 1.55 div 0 setrgbcolor} ifelse} ] def /tint 7 def /setgray {tintmat tint get cvx exec} bind def %%%%%%%%%%%%%%% %! % X E % Z % MUSE.110.Y gonzo begin ps.util.1 begin printerror nuisance begin longjob statusdict begin % statusdict /setduplexmode known {true setduplexmode} if end systemdict /setstrokeadjust known {true setstrokeadjust} if /mastergray {0.96} def % sets overall light grade shade %%%%%%%%%%%%%%%%% % Here's some needed routines not yet in GUTILITY.PTL or GONZO13A.PTL %............... % roundbox draws a box path with rounded corners and locks you to the % lower lefthand box corner using this format ... % -xpos- -ypos- -yheight- -cornerrad- roundbox /roundbox {gsave /rad exch def /bt exch def /br exch def /bb exch def /bl exch def bl bb translate rad mark br 2 div 0 0 0 0 bt br bt br 0 br 2 div 0] roundpath} def % vrule gives a fixed vertical rule, inputting xpos ystart yend linewidth /vrule {gsave newpath setlinewidth 2 index 4 2 roll moveto exch lineto 0 setgray stroke grestore} def % hrule gives a fixed horizontal rule, inputting ypos xstart xend linewidth /hrule {gsave newpath setlinewidth 1 index 4 2 roll moveto lineto 0 setgray stroke grestore} def % mergestr is a tool useful for page numbers; evenutally it will go % into the nuisance dictionary /mergestr {2 copy length exch length add string dup dup 4 3 roll 4 index length exch putinterval 3 1 roll exch 0 exch putinterval} def % this is a repeat of the GONZO13B callout width proc ... gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end gonzo begin % This is the core keystone code routine. It works by taking an average % of the first two and last two string lengths to determine the keystone % slope, increment, and starting width. It then checks the length of % each line and extends the starting width as needed so everything fits. /keyproc {/kadj exch def /msg exch def /yy1 exch def /xx1 exch def mark {msg (\n) search {exch pop exch /msg exch def dup length 0 le {pop} if}{dup length 0 le {pop} if exit} ifelse} loop ] /karray exch def 0 0 karray 0 get cw 0 0 karray 1 get cw add 2 div dup 0 0 karray dup length 1 sub get cw 0 0 karray dup length 2 sub get cw add 2 div sub neg karray length 1 sub div dup /kinc exch def 2 div sub /kstart exch def /txtwide 10000 def 0 0 1 karray length 1 sub {/kpn exch def 0 0 karray kpn get cw kstart kinc kpn mul add sub 2 copy lt {exch} if pop} for kstart add 1.01 mul dup /kstart exch def /txtwide exch def /justifylastline true def 0 1 karray length 1 sub { /posn exch def yy1 xx1 kstart kadj exch posn karray exch get cf /txtwide txtwide kinc add def /xx1 xx1 kinc kadj def /yy1 yy1 yinc sub def} for} def % these are the three keystone routines. Use xpos ypos true (msg strings) % cck, etc. true for keystone; false for ordinary justify. /cck {save /keysnap exch def exch {{2 div sub} keyproc} {cc} ifelse keysnap restore} def % callout centered keystone /clk {save /keysnap exch def exch {{pop} keyproc} {cl} ifelse keysnap restore} def % callout left keystone /crk {save /keysnap exch def exch {{sub} keyproc} {cr} ifelse keysnap restore} def % callout right keystone end % close gonzo dictionary %%%%%% doembeddedproc executes |/name installdoembeddedproc links it /doembeddedproc {mark 50 {stringmode {getstringchar}{currentfile read} ifelse not {exit} if dup dup dup 32 eq exch 13 eq or exch 10 eq or {pop exit} if} repeat counttomark dup string /pstr1 exch def 1 sub -1 0 {pstr1 3 1 roll exch put} for pstr1 exch pop cvx exec} def /installdoembeddedproc {gonzo begin commands (/) 0 get {doembeddedproc} put end} def installdoembeddedproc %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % HACK III TEMPLATE % This default gonzo page making template is a useful starting point for % creating your own custom templates. It allows multiple page documents % with full picture insertions and total text control. % Note that any template MUST have an internal proc named templatestartup % and that your template MUST NOT call gonzofont before run time. 300 dict /muse3 exch def muse3 begin /templatefonts { % Remember: all fonts MUST defer till run time! /font0 /Times-Bold [54 0 0 54.1 0 -32] gonzofont /font1 /Times-Roman [9.75 0 0 9.75 0 0] gonzofont /font2 /Times-Italic [9.75 0 0 9.75 0 0] gonzofont /font3 /Times-Bold [9.75 0 0 9.77 0 -6] gonzofont /font4 /Times-Roman [9 0 0 9 0 0] gonzofont /font5 /Times-Italic [9 0 0 9 0 0] gonzofont /font6 /Times-Bold [9 0 0 9 0 0] gonzofont /font7 /Helvetica [9 0 0 9 0 0] gonzofont /font8 /Helvetica [8 0 0 8 0 0] gonzofont /font9 /Helvetica-Bold [9 0 0 9.1 0 4] gonzofont /font- /ZapfDingbats [9 0 0 9 0 0] gonzofont /font= /Symbol [9 0 0 9.1 0 -0.5] gonzofont } def % normallisting is used by the GURU figures for long text ... /normallisting { /txtwide bw 10 sub def /ybot -99999 def /font0 /Helvetica-Bold 12 gonzofont /font1 /Helvetica 8.5 gonzofont /font2 /Helvetica-Oblique 8.5 gonzofont /font3 /Helvetica-Bold 8.5 gonzofont /font4 /Courier 8.5 gonzofont /ypos bt 20 sub def /xpos bl 20 add def /yinc 10 def /pmnorm 60 def /amacro {(Lhy) stringmacro} def /bmacro {(1py) stringmacro} def /cmacro {(3z) stringmacro} def} def % denselisting is used by GURU figures for tighter text /denselisting{/bc br bl sub 2 div bl add def /txtwide bw 10 sub def /ybot -99999 def /font0 /Helvetica-Bold 10 gonzofont /font1 /Helvetica 7 gonzofont /font2 /Helvetica-Oblique 7 gonzofont /font3 /Helvetica-Bold 7 gonzofont /font4 /Courier 7 gonzofont /ypos bt 10 sub def /xpos bl 6 add def /yinc 8 def /amacro {(hy) stringmacro} def /emacro {/yparendadj yinc 2 div def} def} def % values used by gonzo justify ... /cstretch 0.1 def % minimum character kerning /sstretch -0.2 def % minimum space kerning /dropcount 4 def % number of lines drop cap drops /lastlinestretch 0.06 def % open last paragraph line slightly /pm 10 def % use paragraph indents /yinc 10.5 def % line spacing /ypara 0 def % extra interparagraph spacing /pagenum 1 def % These macros handle an initial drop cap and low center subheads ... /amacro {(zyL0) stringmacro /ypos ypos ypara add def} def % start drop cap /bmacro {(iFy1) stringmacro /ypos ypos ypara add def} def % finish drop cap /cmacro {(znyC3) stringmacro /ypos ypos ypara 2 mul add def} def % centered title /dmacro {(pF1) stringmacro /ypos ypos ypara 2 mul add def} def % normal text after centered title % reference values for internal doc control that become calculated % array values. Note that it is best to work in fixed yinc heights % to prevent alignment problems under figures. Note that it is nearly % always best to AVOID FIXED VALUES IN DOCMATRIX. /txw 155 def % width of normal text columns /cmb 60 def % column bottom position /cmt cmb 60 yinc mul add def % page is 60 normal text lines high /cml 60 def % first column left margin /cms 170 def % spacing of normal columns /cm# 3 def % number of normal columns /cm1 cml def % c1 starts at left margin /cm2 cml cms add def % c2 in middle /cm3 cml cms 2 mul add def % c3 to right /cmw cms txw sub def % white space between columns /hdw cms 2 mul txw add def % normal header/footer width /hdc cm1 hdw 2 div add def % normal header/footer center /hdr cm1 hdw add def % normal header/footer right /hdl cm1 def % normal header left /fdp 14 def % amount of footer drop below cml /bh1 yinc 6 mul def % 8 vlines reserved for title & blurb /stdfigrad 0.1 def % radius of standard figure box /1colwide txw def % width of single column figure /2colwide txw cms add def % width of double column figure /3colwide txw cms 2 mul add def % width of triple column figure /f1h yinc 21 mul def % height of figure one /f2h yinc 19 mul def % height of figure two /f3h yinc 27 mul def % height of figure three /f4h yinc 27 mul def % height of figure four /f5h yinc 22 mul def % height of figure five /f6h yinc 35 mul def % height of figure six /s1h yinc 24 mul def % height of custom sidebar /s2h yinc 31 mul def % height of n/n sidebar /a1h yinc 66 mul def % height of synergetics ad /h1h yinc 14 mul def % height of optional help box /tfa {yinc 1.5 mul add} def % upper figure position adjust % warning: second true must stay that way; must use blank namek /fig1 {cm2 cmb 1 sub 2colwide f1h true % 2 sub adjust for gray top true /f1name /figure1 stdmusefig} def % link /fig2 {cm1 cmt f2h sub yinc add 3 add 2colwide f2h true true /f2name /figure2 stdmusefig} def % link /fig3 {cm1 cmb 1 sub 2colwide f3h true true /f3name /figure3 stdmusefig} def % link /fig4 {cm2 cmt f4h sub yinc add 3 add 2colwide f4h true true /f4name /figure4 stdmusefig} def % link /fig5 {cm2 cmb 1 sub 2colwide f5h true true /f5name /figure5 graymusefig} def % link /fig6 {cm2 cmb 3 sub yinc add 4 add 2colwide f6h true true /f5name /figure6 stdmusefig} def % link /ad1 {cm3 cmb 1colwide f5h false true /ad1name /ad1copy stdmusefig} def % link /side1 {cm1 cmt s1h sub yinc add 3colwide s1h true true /s1name /sidebar1 grayfig2} def % link /side2 {cm1 cmt s2h sub yinc add 2colwide s2h true true /s2name /sidebar2 grayfig2} def % link /help {cm2 % cmt 16 yinc mul sub cmb 4 sub 1colwide h1h true false /helpname /hackhelp graymusefig} def % this is a "standard" figure border for HACK3. It has rounded edges, % a bottom single line title, and links to the actual figure art... /stdmusefig { /jsave justx 4 get def save /stdsnap exch def grayfig {0 3 translate} if % shift /colcheck {} def /figproc exch def cvx /figname exch def /showtitle exch def /showborder exch def /figheight exch def /figwidth exch def -10 add translate /linestring linestring2 def /pmrun 0 def /txtwide figwidth 2 sub def /font1 /Helvetica 9 gonzofont /yinc 10 def /oktoprint false def /oktoadvance true def /xpos 0 def /ypos 0 def figname stringgonzo /titadjust ypos neg def /oktoprint true def /bw figwidth def /bt figheight def /bl 0 def /bc figwidth 2 div def /xpos 20 def /ypos bt 20 sub def showtitle {0 titadjust figname cf} if showtitle not {/titadjust 0 def} if % no suppression if no title showborder {1 titadjust 12 add figwidth 2 sub figheight titadjust sub 10 sub stdfigrad roundbox 0.5 setlinewidth grayfig {gsave % LaserWriterG {0.90}{0.95}ifelse setgray mastergray setgray fill grestore [2.5 0 1.5 1] superstroke } {stroke} ifelse} if /linestring linestring2 def % needed to run interference /cstretch 0.01 def /sstretch 0.01 def /pmrun 0 def /colcheck {} def 3 1 roll translate dup scale % adjust figure position mark figproc cvx exec cleartomark stdsnap restore justx 4 jsave put } def /grayfig false def % show stdmusefig with gray background default /graymusefig {/grayfig true def stdmusefig /grayfig false def} def %%%% % grayfig2 has a title box /grayfig2rad 0.01 def /showboxgrays true def /grayfig2 { /jsave justx 4 get def save /stdsnap exch def /colcheck {} def /figproc exch def cvx /figname exch def /showtitle exch def /showborder exch def /figheight exch def /figwidth exch def translate showborder {1 2 figwidth 2 sub figheight 5 sub grayfig2rad roundbox 0.4 figheight 28 sub moveto figwidth 1.8 sub 0 rlineto gsave showboxgrays {mastergray setgray}{0 setgray} ifelse fill grestore gsave newpath 0 figheight moveto figwidth 0 rlineto 0 -28 rlineto figwidth neg 0 rlineto closepath white fill grestore [2 0 1 1] superstroke } if /font7 /Helvetica-Bold 9 gonzofont showtitle {black figwidth 2 div figheight 20 sub font7 figname cc} if /bw figwidth def /bt figheight def /bl 0 def /bb 0 def /bc figwidth 2 div def /xpos 20 def /ypos bt 20 sub def /cstretch 0 def /sstretch 0 def /lastlinestretch 0 def /pmrun 0 def /ypara 0 def /linestring linestring2 def 3 1 roll translate dup dup /csf exch def scale mark figproc cvx exec cleartomark stdsnap restore justx 4 jsave put } def %%% % Here is the master document control matrix. It is manual in this example % Note that the result of internal calcs are ORDINARY NUMBERS. Note also % that you make room for figures by adding or subtracting only where and % as needed. /docmatrix [ [ { } { } { } ] % initial document files [ [{titleblock} % xpos ypos scale name {rightfooter} {11 -41 0.9 fig1} % ] % page one figures and control [ cm1 cmt bh1 sub cmb {txw}] % column1 xpos ypos ylimit txtwide [ cm2 cmt bh1 sub cmb f1h add {txw} ] % column2 [ cm3 cmt bh1 sub cmb f1h add {txw} ] % column3 ] [ [{leftfooter} {leftheader} {39 9 0.9 fig2} {27 -32 0.9 fig3} % warning special ] % page two figures and control [ cm1 cmt f2h sub cmb f3h add {txw}] % column1 xpos ypos ylimit txtwide [ cm2 cmt f2h sub cmb f3h add {txw}] % column2 xpos ypos ylimit txtwide [ cm3 cmt cmb {txw} ] % column3 xpos ypos ylimit txtwide ] [ [{rightfooter} {rightheader} {9 -22 0.9 fig4} % % {12 -18 0.9 fig5} ] % page three figures and control [ cm1 cmt cmb txw] % column1 ship [ cm2 cmt f4h sub cmb {txw}] % [ cm3 cmt f4h sub cmb {txw}] % yinc sub?? ] [ [{leftfooter} {leftheader} {/namestretch 1 def} {15 0 0.85 side1} {0 -6 1 help} % temp help box ] % page four figures and control [ cm1 cmt s1h sub cmb {txw}] % special yinc no caption [ cm2 cmt s1h sub cmb h1h add {txw}] [ cm3 cmt s1h sub cmb {txw}] ] [ [{rightfooter} {rightheader} {0 31 51 add 1 ad1} {/namestretch 0 def} {15 0 0.85 side2} ] % page five figures and control [ cm1 cmt s2h sub cmb txw] % column1 xpos ypos ylimit txtwide [ cm2 cmt s2h sub cmb txw] % column2 xpos ypos ylimit txtwide % [ cm3 cmt cmb txw] % column3 xpos ypos ylimit txtwide ] [ [{leftfooter} {leftheader} % {-5 -35 1 fig4} % {/namestretch 0 def} % {14 0 0.85 side2} ] % page six figures and control [ cm1 cmt cmb 19 yinc mul add txw] % column1 xpos ypos ylimit txtwide [ cm2 cmt cmb 19 yinc mul add txw] [ cm3 cmt cmb txw] ] % change [ {quit} ] to [ {exitproc} ] [[{}] [cm1 cmt cmb txw]] % possible blank page ? [[{}] [cm2 cmt cmb txw]] % possible blank page ? [[{}] [cm3 cmt cmb txw]] % possible blank page ? % leave [ {quit} ] at end of page setup file [ {quit} ] % final document wrapup % NOTE: will not execute with short copy! ] def /nextpage { showpage adjustpage /pagenum pagenum 1 add def docpage numpages lt { /docpage docpage 1 add def docmatrix docpage get /curpage exch def curpage length 1 sub /numpgcol exch def curpage 0 get {cvx exec} forall /curcol 1 def nextcol} {docmatrix curpage 1 add get {cvx exec} forall } ifelse } def % modified nextcol allows pages without text and deferred xpos calcs. /nextcol { numpgcol 0 gt { curpage curcol get aload pop exec /txtwide exch def exec /ylimit exch def exec /ypos exch def exec /xpos exch def /curcol curcol 1 add def}{ nextpage} ifelse} def /colcheck { ypos ylimit 1 sub le { curcol numpgcol gt {nextpage} {nextcol} ifelse} if } def /templatestartup { templatefonts font1 /gonzojust true def /rslashok true def docmatrix length /numpages exch def /docpage 1 def docmatrix 0 get {cvx exec} forall % do initial document files docmatrix docpage get /curpage exch def curpage length 1 sub /numpgcol exch def curpage 0 get {cvx exec} forall % do initial page files /curcol 1 def nextcol } def % titleblock, headers and footers /titleblock {save /blurbsnap exch def /colcheck {} def /cstretch 0.2 def sstretch 1 def cml cmt bh1 sub 15 add translate /blurbboxwide 180 def /blurbboxhigh 80 def 1 setlinecap bestgray 3 23 mt hdw 15 sub blurbboxwide sub 3 sub 23 lineto hdw 3 sub 23 moveto -10 0 rlineto [6 0.3 4.5 .85] superstroke % changed to brown hdw blurbboxwide sub 15 sub 0 blurbboxwide blurbboxhigh 5 roundbox gsave grayshade setgray fill grestore % temp expt [4 0.3 2.5 .85] superstroke 0.85 setgray 4.5 setlinewidth -5 23 mt 3 r blurbboxwide 1 add 23 mt 3 r stroke grestore 0.3 setgray /font0 /Palatino-Bold 30 gonzofont /font1 /Palatino-Bold 10 gonzofont 0.2 setgray /font2 /Palatino-Bold 12 gonzofont font2 4 62 7 add author cl font0 3 34 4 add titlename cl font2 4 7 titledate cl 0.15 setgray /yinc 12 def hdw font1 105 sub 60 dokeystone titleblurb cck blurbsnap restore} def /leftheader {save /blurbsnap exch def /colcheck {} def cml cmt 16 add translate gsave mastergray setgray 0 8 mt 16 setlinewidth hdw r grestore % color fill? 0 0 hdw 1.2 hrule 0 16 hdw 0.5 hrule /cstretch 0.2 def /sstretch 1 def /font2 /Palatino-Bold 11 gonzofont 0 4.5 leftheading cl blurbsnap restore} def /rightheader {save /blurbsnap exch def /colcheck {} def cml cmt 16 add translate gsave mastergray setgray 0 8 mt 16 setlinewidth hdw r grestore % color fill? 0 0 hdw 1.2 hrule 0 16 hdw 0.5 hrule /cstretch 0.2 def /sstretch 1 def /font2 /Palatino-Bold 11 gonzofont hdw 4.5 rightheading cr blurbsnap restore} def /leftfooter { save /blurbsnap exch def /colcheck {} def cml cmb 13 sub translate /txtwide 1000 store /font3 /Helvetica 4.5 gonzofont font3 hdw -6 (Copyright c 1997 by Don Lancaster and Synergetics (520) 428-4073 \ www.tinaja.com \ All commercial rights and all electronic media rights fully reserved. Reposting expressly forbidden.) cr 0 0 hdw 0.8 hrule gsave 25 0 translate -18 -7 36 14 2 roundbox gsave mastergray setgray fill grestore 0.5 setlinewidth stroke /font2 /Palatino-Bold 11 gonzofont /cstretch 0.4 def 16 2 add 0.2 setgray 3.5 columnum ( ) cvs (.) mergestr colpagenum ( ) cvs mergestr cc blurbsnap restore /colpagenum colpagenum 1 add def } def % adjusted for 100 - was -16 -7 32 14 /rightfooter {save /blurbsnap exch def /colcheck {} def cml cmb 13 sub translate /txtwide 1000 store /font3 /Helvetica 4.5 gonzofont font3 0 -6 (Copyright c 1997 by Don Lancaster and Synergetics (520) 428-4073 www.tinaja.com \ All commercial rights and all electronic media rights fully reserved. Reposting expressly forbidden.) cl 0 0 hdw 0.8 hrule gsave hdw 25 sub 0 translate -18 -7 36 14 2 roundbox gsave mastergray setgray fill grestore 0.5 setlinewidth stroke /cstretch 0.4 def /font2 /Palatino-Bold 11 gonzofont 16 2 add 3.5 0.2 setgray columnum ( ) cvs (.) mergestr colpagenum ( ) cvs mergestr cc blurbsnap restore /colpagenum colpagenum 1 add def} def end % guru3 template %% TEMP BYPASSES %%% /adjustpage {} def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % INCLUDED FILES AND PROCS /dokeystone false def /titleblurb (Low|j priced|j aerial|j photos Fundamentals of NTSC tv A new character generator Resources for video and tv An analog video fader chip ) def /author (Don Lancaster's) def /titlename (T|k|kech M|k|kusings) def /titledate (March, 1997 |j) def /leftheading ( Tech Musings) def /rightheading titledate def /columnum 110 def /colpagenum 1 def %%%%%%%%%%%%% COMMON HEADER %%%%%%%%%%%%%%%%% % graybox utilities /grayfill {gsave bl bb translate /doublestroke true def 0 0 moveto 0 bh lineto bw bh lineto bw 0 lineto closepath mastergray setgray fill grestore} def /whitebox {gsave /wh exch def /ww exch def translate 0 0 mt 0 wh rlineto ww 0 rlineto 0 wh neg rlineto closepath gsave white fill grestore line1 stroke} def % keeps state! /doublestroke true def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure1 { % name of textfile: muse.fig.110.1 NTSC broadcast channel % ............................ save /snap1 exch def %%%%%%%%%%%%%%%%%%% electronics begin bestgray bl 15 add bb 0 add 10 setgrid % 32 40 showgrid /cstretch 0.02 def /sstretch 0.0 def /kern 0.1 def /yinc 1.1 def /font0 /Helvetica-Bold [1.2 0 0 1 0 -0.2] gonzofont /font1 /Helvetica 0.75 gonzofont /font4 /Helvetica 0.7 gonzofont /font3 /Helvetica-Bold 0.70 gonzofont /font2 /Helvetica-Oblique 0.75 gonzofont /font5 /Helvetica-Bold [2 0 0 1.4 0 0] gonzofont /font6 /Helvetica [2 0 0 1.4 0 0] gonzofont /font7 /Helvetica-Oblique 0.75 gonzofont /font8 /Symbol 0.75 gonzofont /font9 /Courier-Bold 0.7 gonzofont line2 10 4.5 mt 8 u 22 4.5 mt 0.5 u 25 4.5 mt 8 u 5 4.5 mt 0.5 u 24.4 5 mt 24.6 9.5 lineto 25.3 9.5 lineto 25.6 5 lineto closepath gsave grayshade dup 1 ne {pop 0.33} if setgray fill grestore line2 stroke 5 5 mt 1 5 rlineto 18 pr 1 -5 rlineto closepath gsave grayshade setgray fill grestore line2 stroke 15 5 mt 0.9 4.5 rlineto 7.5 pr 0.9 -4.5 rlineto closepath gsave grayshade dup 1 ne {0.15 sub} if setgray fill grestore line2 stroke line3 1 setlinecap 1 setlinejoin 4 5 mt 22 r line2 22 9.5 mt 2 u 2 l 1 u /yinc 0.8 def font1 5 3.5 (-1.50\rMHz) cc 10 3.5 (0.00\rMHz) cc 22 3.5 (3.58\rMHz) cc 25 3.5 (4.50\rMHz) cc font3 10 7.5 (LUMINANCE\r(brightness)) cc 20 7.5 (CHROMINANCE\r(color)) cc font1 10 14.8 (AM\rluminance\rcarrier) cc 20 14.8 (AM\rchrominance\rsubcarrier) cc 25 14.8 (FM\rsound\rsubcarrier) cc end ypos snap1 restore /ypos exch def } def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure2 { % name of textfile: muse.fig.110.2 NTSC scan line % ............................ save /snap1 exch def %%%%%%%%%%%%%%%%%%% electronics begin bestgray % % /oldgrayshade grayshade def % gsave grayshade 0 ne { /grayshade 0.3 def}{/grayshade 1 def} ifelse % grayfill grestore /grayshade oldgrayshade def bl 5 add bb 5 add 10 setgrid % 32 40 showgrid /cstretch 0.02 def /sstretch 0.0 def /kern 0.1 def /yinc 1.1 def /font0 /Helvetica-Bold [1.2 0 0 1 0 -0.2] gonzofont /font1 /Helvetica 0.75 gonzofont /font4 /Helvetica 0.7 gonzofont /font3 /Helvetica-Bold 0.70 gonzofont /font2 /Helvetica-Oblique 0.75 gonzofont /font5 /Helvetica-Bold [2 0 0 1.4 0 0] gonzofont /font6 /Helvetica [2 0 0 1.4 0 0] gonzofont /font7 /Helvetica-Oblique 0.75 gonzofont /font8 /Symbol 0.75 gonzofont /font9 /Courier-Bold 0.7 gonzofont 123456 srand /vari 0.5 def /inc 0.2 def /arr [0 0 0 0 1 1 1 -1 -1 -1 2 2 -2 -2 3 -3 % 1 ] def line2 1 setlinejoin 1 setlinecap 0 10 moveto 0 1 100 {/posn exch store currentpoint arr dup length random get vari mul add exch inc add exch lineto } for % stroke newpath line1 /vari 0.7 def 0 3 mt 0.3 pr 0.2 -3 rlineto 1 pr 0.2 3 rlineto 1 pr 0.2 5.3 rlineto 35 {1 random pop} repeat 36 1 130 32 sub {/posn exch store currentpoint arr dup length random get vari mul add exch inc add exch lineto } for 0.1 -2.5 rlineto -.2 pl 0.2 -3 rlineto 1 pr 0.2 3 rlineto 0.2 pr gsave 0.08 pr 3 pd 17.5 pl closepath grayshade 0.15 sub setgray fill grestore line2 0.25 setgray stroke /cht 2.1 def 2 setlinecap 0.5 setlinewidth 2.2 3 cht 2 div sub mt cht u 1 setlinecap black line1 1 0.2 mt 13.3 u 16.5 0.3 mt 13.3 u 4.7 13 mt 3.7 l larrow 12.7 13 mt 3.8 r rarrow font1 8.75 12.85 (63.55 microseconds) cc line1 0 0 mt 19 r 18 3 mt 1 r 11.3 12 mt 7.7 rx font1 22.7 11.7 (WHITE = 1.00 volts) cc 22.7 2.7 (BLACK = 0.25 volts) cc 22.7 -0.3 (SYNC|j|j =|j|j 0.00 volts) cc gsave 2.3 4.7 translate 90 rotate 0 0 (color burst) cl grestore gsave 17.3 3.5 translate 90 rotate 0 0 (h sync pulse) cl grestore /yinc 0.8 store 7.1 9.8 (live\rvideo) cc end end ypos snap1 restore /ypos exch def } def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure3 { % name of textfile: muse.fig.110.3 video fader 1251 % ............................ % figure or text starts here ////////////////////////////////////// save /snap1 exch def %%%%%%%%%%%%%%%%%%% electronics begin bestgray /phonojack {gsave translate line2 newpath 0 0 0.55 30 330 arc stroke line1 0 0 mt 1 r 0 0 mt circ2 0 -.55 mt dot 0 -.55 mt 0.8 d ground grestore} def /lphonojack {gsave translate -1 1 scale 0 0 phonojack grestore} def % % /oldgrayshade grayshade def % gsave grayshade 0 ne { /grayshade 0.3 def}{/grayshade 1 def} ifelse % grayfill grestore /grayshade oldgrayshade def bl 10 add bb -50 add 10 setgrid % 32 40 showgrid /cstretch 0.02 def /sstretch 0.0 def /kern 0.1 def /yinc 1.1 def /font0 /Helvetica-Bold [1.2 0 0 1 0 -0.2] gonzofont /font1 /Helvetica 0.75 gonzofont /font4 /Helvetica 0.7 gonzofont /font3 /Helvetica-Bold 0.70 gonzofont /font2 /Helvetica-Oblique 0.75 gonzofont /font5 /Helvetica-Bold [2 0 0 1.4 0 0] gonzofont /font6 /Helvetica [2 0 0 1.4 0 0] gonzofont /font7 /Helvetica-Oblique 0.75 gonzofont /font8 /Symbol 0.75 gonzofont /font9 /Courier-Bold 0.7 gonzofont /vresistor1 { newpath gsave .3 setlinewidth 2 copy 0.8 sub mt white 1.6 u line1 black vresistor grestore newpath} bind def % resistor glitch fix line1 14 14 mt 1 d 4 l 11 u 1 r 18 14 mt 6 d circ1 17 18 mt 9 u circ1 17 24 mt dot 17 24 mt 3 r rground 18.5 24 hcap 18 9.5 mt dot 18 9.5 mt 3 r rground 19.5 9.5 hcap 13 14 mt 2 dx 8 rx 8 u dot 21 16 vresistor1 5 20 mt 7 rx 2 d 6.5 20 mt dot 6.5 20 mt 3 d ground 6.5 18.5 vresistor1 8.5 20 hresistor 5 12 mt 7 r 2 ux 6.5 12 mt dot 6.5 12 mt 3 d ground 6.5 10.5 vresistor1 14 18 mt 8 ux 2 l 8.5 12 hresistor 16 18 mt 1 u uground 16 14 mt 1 d ground 17 14 mt 1 d ground 18 18 mt 2 u 7 r 12 27 mt 5 d ground 12 27 mt circ1 12 26 mt dot 12 24 lpot 13 18 mt 3.5 u 9 rx 1.5 d dot 20 21.5 hresistor 5 20 phonojack 5 12 phonojack 25 20 lphonojack 12 14 moveto 14 (LT1251) (B+ B- R+ R- GND V+ OUT) (A+ A- X+ X- GND NUL V-) dipdraw font1 /yinc 0.8 def 2.5 20.6 (|4"A"|1\rvideo\rinput\r)cc 2.5 12.6 (|4"B"|1\rvideo\rinput\r)cc 27.5 20.2 (video\routput)cc 8 24.2 (fader\rcontrol) cc 11.4 22.5 (a) cc 11.4 24.9 (b) cc 12 28.5 (+2.5 vdc\rreference) cc 17 27.7 (+5 vdc) cc 18 6.8 (-5 vdc) cc 8 18 (70|j|8W|1) cc 8 10 (70|j|8W|1) cc 8.5 20.7 (150|j|8W|1) cc 8.5 12.7 (150|j|8W|1) cc 22.4 15.7 (1.5|jK) cc 20 22.2 (1.5|jK) cc 19 25 (0.01|j|8m|1F) cc 20 10.5 (0.01|j|8m|1F) cc end ypos snap1 restore /ypos exch def } def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure4 { % name of textfile: muse.fig.110.4 PowerScript cg hookup % ............................ /spst {gsave translate white line2 0 setlinecap 0 0 mt 1.7 r black 1 setlinecap line2 0 0 mt 1.4 0.5 rlineto stroke 0 0 mt circ1 1.5 0 mt circ1 grestore} def /vspst {gsave translate 90 rotate 0 0 spst grestore} def % figure or text starts here ////////////////////////////////////// save /snap1 exch def %%%%%%%%%%%%%%%%%%% electronics begin bestgray bl 15 add bb 5 add 10 setgrid % 32 40 showgrid /cstretch 0.02 def /sstretch 0.0 def /kern 0.1 def /yinc 1.1 def /font0 /Helvetica-Bold [1.2 0 0 1 0 -0.2] gonzofont /font1 /Helvetica 0.75 gonzofont /font4 /Helvetica 0.7 gonzofont /font3 /Helvetica-Bold 0.70 gonzofont /font2 /Helvetica-Oblique 0.75 gonzofont /font5 /Helvetica-Bold [2 0 0 1.4 0 0] gonzofont /font6 /Helvetica [2 0 0 1.4 0 0] gonzofont /font7 /Helvetica-Oblique 0.75 gonzofont /font8 /Symbol 0.75 gonzofont /font9 /Courier-Bold 0.7 gonzofont /monitor { gsave /callout exch store translate line1 -2.5 -2.5 mt 4.5 pu 5 pr 4.5 pd closepath gsave grayshade dup 1 ne {0.15 sub} if setgray fill grestore line2 stroke newpath -1.8 -2 0.20 0 360 arc fill newpath -1.2 -2 0.20 0 360 arc fill newpath 1.8 -2 0.20 0 360 arc fill -2 -1.5 4 3 0.5 roundbox gsave grayshade setgray fill grestore line1 stroke font1 /yinc 0.9 def 2 1.7 callout cc grestore % get out of box grestore } def /keyboard {gsave translate grestore} def 24 25 (preview\rmonitor) monitor 24 19.5 (program\rmonitor) monitor line1 /keyboard {gsave translate line1 0 0 10 3 0.3 roundbox gsave grayshade 0.15 sub setgray fill grestore line1 stroke 0.5 0.5 mt 2 pu 6 pr 2 pd closepath grayshade setgray fill black grestore % get out of box line1 [{0.5 0.5 mt 2 u} 0.5 13] xrpt [{0.5 0.5 mt 6 r} 0.5 5] yrpt 7.5 0.5 mt 2 pu 2 pr 2 pd closepath grayshade setgray fill black line1 [{7.5 0.5 mt 2 u} 0.5 5] xrpt [{7.5 0.5 mt 2 r} 0.5 5] yrpt font1 5 -1 (keyboard) cc grestore} def /meese {gsave translate 0.25 setgray newpath 0 0 1.2 0 360 arc gsave grayshade 0.15 sub setgray fill grestore line2 stroke 0.3 [-0.8 -0.2 -0.8 2.4 0.8 2.4 0.8 -0.2] roundpath gsave grayshade 0.15 sub setgray fill grestore stroke line1 0 2.4 mt 1.2 d 0.8 l 1.6 r font1 0 -2 (mouse) cc grestore} def /vcr {gsave translate 1 setlinecap 0.4 setlinewidth 0.5 0 mt 0.8 r 7.4 0 mt 0.8 r 0 0 mt 2 pu 9 pr 2 pd closepath gsave grayshade 0.15 sub setgray fill grestore line2 stroke 0.8 setlinewidth 0 setlinecap 0.33 setgray 0.5 1.1 mt 3.5 r black font1 4.5 3.7 (VCR or live video\rprograming source) cc grestore} def % study /powerscript {gsave translate -4.5 -1.6 translate 4.5 1.6 mt line2 6.5 pu 21 pr 6.5 pd closepath gsave grayshade 0.15 sub setgray fill grestore stroke /yinc 0.8 store font4 6 7 (gp-1\rin) cc 9.5 7 (gp-2\rin) cc 13 7 (sync\rin) cc 16.5 7 (video\rin) cc 20 7 (preview\rout) cc 23.5 7 (video\rout) cc 6 3 (serial\rin) cc 9.5 3 (keyboard\rin|j/|jout) cc 13 3 (mouse\rin) cc 16.5 3 (pcmcia\rcard #1) cc 20 3 (pcmcia\rcard #2) cc 23.5 3 (key\rout) cc gsave 8.2 4.2 mt 1.5 pu 13.7 pr 1.5 pd closepath gsave grayshade setgray fill grestore line1 stroke font0 15 4.8 (PowerScript PS-1000) cc grestore } def 0 setlinecap 0.25 setgray 0.25 setlinewidth 14.5 8 mt 2 d 11 8 mt 2.5 d black font1 2.5 12.7 (remote\rcomputer\ror web .eps\rresources) cc line1 2.5 9.7 mt 3.3 d 5 r 2 u 2.5 8.3 mt darrow 1 setlinecap line1 25 8 mt 1.7 d darrow font1 25 4.5 (optional\rdownstream\rkeyer)cc 14.5 3.5 meese 2 2.4 keyboard 0.33 setgray 16.5 8 mt 1 pd 3 pr 1 pu fill 20 8 mt 1 pd 3 pr 1 pu fill black font1 18 6 (program\rstore) cc 21.5 6 (project\rstore) cc line1 7.5 14.5 mt 4 u uground 11 14.5 mt 4 u uground 7.5 16 vspst 11 16 vspst font1 4.5 17.5 (external\rtriggering\revents) cc 7 22.5 vcr line1 14.5 16.5 mt 2 d 14.5 15.8 mt darrow 14.5 18.7 (optional\rstation\rblack)cc 0 setlinecap 0.25 setgray 0.25 setlinewidth 25 14.5 mt 2.5 u 25 15.5 0.3 add mt 2.5 r 0.4 setlinewidth 25 15.3 mt 1 u 0.5 d 0.5 r 0.25 setlinewidth 0.3[ 21.5 14.5 21.5 15.5 20.5 16.5 20.5 23.5 21.5 23.5] roundpath stroke 0.3 [18 14.5 18 23.5 16 23.5] roundpath stroke black 1 setlinecap font1 29 16 (video\rout) cc 6 8 powerscript end ypos snap1 restore /ypos exch def } def %%%%%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure5 { % name of textfile: muse.fig.109.5 phase control data % ............................ save /snap5 exch def %%%%%%%%%%%%%%%%%%% electronics begin end ypos snap5 restore /ypos exch def } def %%%%%% /namestretch 0 def /sidebar1 { 8 -3 translate 1 dup scale % adjust to fit /title ( ) def /font0 /Helvetica [10 0 0 8.5 0 0] gonzofont /font1 /Helvetica [9 0 0 9 0 0] gonzofont /font2 /Helvetica-Bold [9 0 0 9 0 0 ] gonzofont /txtwide 156 def /yinc 11 def % RSNUMBER /Zmacro {gsave /Helvetica-Narrow-Bold findfont [7.5 0 0 7.5 0 0] makefont setfont xpos ypos moveto charstretch 0 (CIRCLE ) ashow charstretch 0 RSnumber ( ) cvs ashow ( ON FREE INFORMATION CARD) show /RSnumber RSnumber 1 add def /ypos ypos yinc 0.7 mul sub def grestore} def /Ymacro {/ypos ypos yinc 0.7 mul sub def} def % temporary stretch /Zmacro {(h) stringmacro /ypos ypos namestretch sub def } def /ypos0 bt 3 sub def /yinc 17 def /xpos bl def /xpos0 xpos def /pm 0 def /sstretch 0.1 def /cstretch 0.2 def /ypos bt 20 sub def /ypos 400 def /txtwide bw def /colcheck {} def /ytopoflist bt 50 sub csf div def xpos txtwide 2 div add 0 add ytopoflist 18 add % Set name below!!!! ( ) cc % for gray2 /ypos ytopoflist def /columnspacing 158 def /yinc 10 def /xpos0 bl 35 add def /xpos xpos0 def /amacro {/yhold ypos def /ypos ytopoflist def /xpos xpos columnspacing add def /ypos ypos yinc add def} def % temporary for 4 wide /columnspacing 136 def /xpos xpos 25 sub def xpos ypos (|L|2B&H Photo-Video|1 119 West 17th St New York NY 10011 (800) 947-1175 |Z |2Black Range Films|1 Star Rt 2 Box 119 Kingston NM 88042 (505) 895-5652 |Z |2Cinefex|1 Box 20027 Riverside CA 92516 (909) 781-1917 |Z |2Computer Graphics World|1 10 Tara Blvd 5th Flr Nashua NH 03062 (603) 891-0123 |Z |2Digital Creativity|1 470 Park Avenue S 7N New York NY 10016 (212) 683-3540 |a |2Digital Magic|1 10 Tara Blvd 5th Floor Nashua NH 03062 (603) 891-0123 |Z |2EMedia|1 649 Massachusetts Ave #4 Cambridge MA 02139 (617) 492-0268 |Z |2Film & Video|1 8455 Beverly Blvd #508 Los Angeles CA 90048 (213) 653-8053 |Z |2Imaging Magazine|1 12 West 21 St New York NY 10010 (212) 691-8215 |Z |2MIX Bookshelf|1 6400 Hollis St #12 Emeryville CA 94608 (800) 233-9604 |Z |a |2Multimedia Producer|1 701 Westchester Ave White Plains NY 10604 (914) 328-9157 |Z |2New Media|1 901 Mariner's Island #365 San Mateo CA 94404 (415) 573-5170 |Z |2NewTek|1 1200 SW Executive Dr Topeka KS 66615 (800) 847-6111 |Z |2PC Graphics & Video|1 201 E Sandpointe Ave #600 Santa Ana CA 92707 (714) 513-8400 |Z |2Photo Electronic Imaging|1 57 Forsyth St NW #1600 Atlanta GA 30303 (404) 522-8600 |a |2SMPTE|1 595 W Hartsdale Ave White Plains NY 10607 (914) 761-1100 |Z |23D Design|1 600 Harrison St San Francisco CA 94107 (415) 905-2200 |Z |2TV Technology|1 5827 Columbia Pike #310 Falls Church VA 22041 (703) 998-7600 |Z |2Video Toaster User|1 411 Borel Ave #100 San Mateo CA 94402 (415) 358-9500 |Z |2Videonics|1 1370 Dell Avenue Campbell CA 95008 (408) 866-8300 |Z ) cl } def %%%% /sidebar2 { 8 -3 translate 1 dup scale % adjust to fit /title ( ) def /font0 /Helvetica [10 0 0 8.5 0 0] gonzofont /font1 /Helvetica [9 0 0 9 0 0] gonzofont /font2 /Helvetica-Bold [9 0 0 9 0 0 ] gonzofont /txtwide 156 def /yinc 11 def % RSNUMBER /Zmacro {gsave /Helvetica-Narrow-Bold findfont [7.5 0 0 7.5 0 0] makefont setfont xpos ypos moveto charstretch 0 (CIRCLE ) ashow charstretch 0 RSnumber ( ) cvs ashow ( ON FREE INFORMATION CARD) show /RSnumber RSnumber 1 add def /ypos ypos yinc 0.7 mul sub def grestore} def /Ymacro {/ypos ypos yinc 0.7 mul sub def} def /Zmacro {(h) stringmacro} def /ypos0 bt 3 sub def /yinc 17 def /xpos bl def /xpos0 xpos def /pm 0 def /sstretch 0.1 def /cstretch 0.2 def /ypos bt 20 sub def /txtwide bw def /colcheck {} def /ytopoflist bt 50 sub csf div def xpos txtwide 2 div add 0 add ytopoflist 18 add % (|2|CNAMES AND NUMBERS) cc ( ) cc % for new graybox /ypos ytopoflist def /columnspacing 158 def /yinc 10 def /xpos0 bl 35 add def /xpos xpos0 def /amacro {/yhold ypos def /ypos ytopoflist def /xpos xpos columnspacing add def /ypos ypos yinc add def} def /downtwo {/ypos ypos 2 sub def} def % temporary stretch /Zmacro {(h) stringmacro /ypos ypos namestretch sub def } def % temporary for 4 wide % /columnspacing 140 def % /xpos xpos 15 sub def xpos ypos (|L|2Adobe Acrobat|1 1585 Charleston Rd Mountain View CA 94039 (800) 833-6687 |Z |2Analog Devices|1 PO Box 9106 Norwood MA 02062 (617) 329-4700 |Z |2Butterworth-Heinemann|1 313 Washington St Newton MA 02158 (617) 928-2500 |Z |2Coriolis Books|1 7339 E Acoma Dr #7 Scottsdale AZ 85260 (602) 483-0192 |Z |2Digital Graphics|1 2800 W Midway Blvd Broomfield CO 80020 (303) 469-5730 |Z |2EOM|1 13741 E Rice Place #200 Aurora CO 80015 (303) 690-2242 |Z |2GEMI Store|1 PO Box 3623 Littleton CO 80161 (888) 333-GEMI |Z |a |2Genesis Microchip|1 2111 Landings Drive Mountain View CA 94043 (415) 428-4277 |Z |2Linear Technology|1 1630 McCarthy Blvd Milpitas CA 95035 (408) 432-1900 |Z |2Maxim|1 120 San Gabriel Dr Sunnyvale CA 94086 (800) 998-8800 |Z |2Raychem|1 300 Constitution Drive Menlo Park CA 94025 (800) 227-7040 |Z |2Semtech|1 652 Mitcher Road Newbury Park CA 91320 (805) 498-2111 |Z |2SGS-Thomson|1 1000 E Bell Rd Phoenix AZ 85022 (602) 867-6259 |Z |2Synergetics|1 Box 809 Thatcher AZ 85552 (520) 428-4073 |Z ) cl } def % temphelp /hackhelp { % nt: hack.help % .. /sstretch 0 def /cstretch 0.1 def /font0 /Helvetica-Bold [8.5 0 0 8 0 0] gonzofont /font1 /Helvetica [8.5 0 0 8 0 0] gonzofont /font2 /Helvetica-Bold [8.5 0 0 8 0 0 ] gonzofont /font7 /Helvetica-Oblique [8.5 0 0 8 0 0] gonzofont /yinc 9.5 def /font2 {font1} def 0.25 setgrayre2 bc bt 15 sub (|0NEED HELP?) cc bl 14 add bt 30 sub (|1Phone or write all your US |2Tech Musings|1 questions to: |h Don Lancaster |2Synergetics|1 Box 809-EN Thatcher, AZ, 85552 (520) 428-4073 |h US email:|j |/surl |7don@tinaja.com|1|/maildon Web page:|j|j |/surl |7www.tinaja.com|1/tinaja ) cl } def /f1name (Fig. 1 \261 NTSC COLOR TV broadcast channel. The chroma and luminance sampled data spectra do not share identical frequencies. Instead, their energy \ distributions magically interleave with each other. Vestigal sidebands improve fringe reception. Chroma bandwidth is low and color dependent.) def /f2name (Fig. 2 \261 TYPICAL NTSC HORIZONTAL scan line, shown as baseband video.) def /f3name (Fig. 3 \261 AN ANALOG VIDEO FADER using the new Linear Technology LT1251. Both inputs must be fully synchronized at all times. An external input or a D/A converter may be \ substituted for the potentiometer shown.) def /f4name (Fig. 4 \261 HOOKUP FOR THE PowerScript PS-1000 character generator.) def /f5name (Fig. 5 \261 HEX TABLE LOOKUP DATA for linear ac phase controllers. Note how the \ point spacing expands, compresses, and then expands again.) def /ad1name ( ) def % dummy /s1name (A VIDEO RESOURCE SAMPLER) def /s2name (NAMES AND NUMBERS) def /helpname (TEMPCHECK) def /Zmacro {/ypos ypos 1 add def 0 setlinewidth xpos ypos moveto txtwide 0 rlineto stroke /ypos ypos -2 add def} def % hair rule /reprogray {bestgray} def bestgray black /header {} def /setstrokeadjust where {pop /setstrokeadjust true def} if muse3 begin /cstretch 0.2 def /sstretch -0.3 def /showthegrid false def /LaserWriterG false def /boxdraw {bl bb bw bh brad roundbox blw setlinewidth stroke grestore } def /br {bl bw add} def /bb 0 def % picojust patch18 gonzo begin /swallow {/lopspaces lopspaces 1 add def printlist plistlength 1 sub get dup 1 get dup 2 ge {1 sub} if 1 exch put} bind def end /rdiode {gsave 180 rotate diode grestore} def % patch /grayshade 0.92 def % for compatibility % Insert colorizer near beginning of ps file where it can redefine -setgray- /tintmat [ {dup 0.842 ge {dup .7 mul .59 sub .11 div 1 exch setrgbcolor} {0.89 div dup 1.1233 div exch 1.1233 mul 0 setrgbcolor} ifelse} % lime 0 {dup 0.59 ge {0.59 sub 0.41 div dup 1 exch setrgbcolor} {0.59 div 0 exch 0 setrgbcolor} ifelse} % green 1 {dup 0.11 ge {0.11 sub 0.89 div dup 1 setrgbcolor} {0.11 div 0 exch 0 exch setrgbcolor} ifelse} % blue 2 {dup 0.3 ge {0.3 sub 0.7 div 1 exch dup setrgbcolor} {0.3 div 0 0 setrgbcolor} ifelse} % pink 3 {dup 0.7 ge {0.7 sub 0.3 div 1 1 setrgbcolor} {0.7 div 0 exch dup setrgbcolor} ifelse} % turquoise 4 {dup 0.41 ge {0.41 sub 0.59 div 1 exch 1 setrgbcolor} {0.41 div dup 0 exch setrgbcolor} ifelse} % magenta 5 {dup 0.89 ge {0.89 sub 0.11 div 1 exch 1 exch setrgbcolor} {0.89 div dup 0 setrgbcolor} ifelse} % bright yellow 6 {dup 0.731 ge {1 exch dup .41 mul .30 sub .11 div setrgbcolor} {0.856 div dup 1.155 mul exch 1.155 div 0 setrgbcolor} ifelse} % beige 7 ] bind def /tint 7 def % this sets the next tint proc to be used /setgray {tintmat tint get cvx exec} bind def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%% MUSE PATCHES %%%%% % Version 4.0 Dec 27 1996 % Insert just before "Name of textfile" on "Z" page. muse3 begin %%%%%%%%%%%%%%%% New colorizer pathes %%%%%%%%%%%%%%%%%% /boxgrays 0.92 def /grayshade boxgrays def /staytint {0.33 setgray} def /showadgrays true def /Zmacro {tinton /ypos ypos 2 add def 72 300 div setlinewidth xpos ypos moveto txtwide 0 rlineto stroke /ypos ypos -2 add def tintoff} def % hair rule /amacro {(zy0) stringmacro /ypos ypos ypara add def 0.33 setgray } def % start drop cap /bmacro {(iFy1) stringmacro /ypos ypos ypara add def black} def % finish drop cap % Gonzo character colorizer /blueon {mark /blue cvx 0.33 /setgray cvx] cvx printlist exch 3 index exch put exch 1 add exch} def /blueoff {mark /beige cvx 0 /setgray cvx] cvx printlist exch 3 index exch put exch 1 add exch} def /tinton {mark 0.33 /setgray cvx] cvx printlist exch 3 index exch put exch 1 add exch} def /tintoff {mark 0 /setgray cvx] cvx printlist exch 3 index exch put exch 1 add exch} def %%%%%%%%%%%%%% COMPACT VERSION OF COLORIZER II %%%%%%%%%%%%%%%%%%%%%% /settint {dup /currenttint exch store 5.999 mul dup floor cvi /&cbar exch store dup floor sub /&cwt exch store [ {/setgray [ /dup cvx 0.3 &cwt 0.59 mul add /ge cvx [1 /exch cvx &cwt 0.59 mul 0.30 add /sub cvx 1 &cwt sub 0.59 mul 0.11 add /div cvx /dup cvx 1 &cwt sub /mul cvx &cwt /add cvx /exch cvx ] cvx [ &cwt 0.59 mul 0.3 add /div cvx /dup cvx &cwt /mul cvx 0] cvx /ifelse cvx /setrgbcolor cvx] cvx /def cvx} {/setgray [/dup cvx 0.59 1 &cwt sub 0.3 mul add /ge cvx [1 &cwt sub 0.3 mul 0.59 add /sub cvx &cwt 0.3 mul 0.11 add /div cvx /dup cvx &cwt /mul cvx 1 &cwt sub /add cvx /exch cvx 1 /exch cvx] cvx [1 &cwt sub 0.3 mul 0.59 add /div cvx /dup cvx 1 &cwt sub /mul cvx /exch cvx 0] cvx /ifelse cvx /setrgbcolor cvx] cvx /def cvx} {/setgray [/dup cvx 0.59 &cwt 0.11 mul add /ge cvx [&cwt 0.11 mul 0.59 add /sub cvx 1 &cwt sub 0.11 mul 0.30 add /div cvx /dup cvx 1 &cwt sub /mul cvx &cwt /add cvx 1 /exch cvx] cvx [0 /exch cvx &cwt 0.11 mul 0.59 add /div cvx /dup cvx &cwt /mul cvx] cvx /ifelse cvx /setrgbcolor cvx] cvx /def cvx} {/setgray [/dup cvx 0.59 1 &cwt sub mul 0.11 add /ge cvx [1 &cwt sub 0.59 mul 0.11 add /sub cvx &cwt 0.59 mul 0.30 add /div cvx /dup cvx &cwt /mul cvx 1 &cwt sub /add cvx 1] cvx [0 /exch cvx 1 &cwt sub 0.59 mul 0.11 add /div cvx /dup cvx 1 &cwt sub /mul cvx /exch cvx] cvx /ifelse cvx /setrgbcolor cvx] cvx /def cvx} {/setgray [/dup cvx 0.11 &cwt 0.30 mul add /ge cvx[&cwt 0.30 mul 0.11 add /sub cvx 1 &cwt sub 0.30 mul 0.59 add /div cvx /dup cvx 1 &cwt sub /mul cvx &cwt /add cvx /exch cvx 1] cvx [ &cwt 0.30 mul 0.11 add /div cvx /dup cvx &cwt /mul cvx /exch cvx 0 /exch cvx ] cvx /ifelse cvx /setrgbcolor cvx ] cvx /def cvx} {/setgray [ /dup cvx 0.30 1 &cwt sub 0.11 mul add /ge cvx[ 1 /exch cvx 1 &cwt sub 0.11 mul 0.30 add /sub cvx &cwt 0.11 mul 0.59 add /div cvx /dup cvx &cwt /mul cvx 1 &cwt sub /add cvx ] cvx [ 1 &cwt sub 0.11 mul 0.30 add /div cvx /dup cvx 1 &cwt sub /mul cvx 0 /exch cvx] cvx /ifelse cvx /setrgbcolor cvx ] cvx /def cvx} ] &cbar get exec exec} bind def /beige {0.13 settint} def % examples of convenience operators /aqua {0.52 settint} def /blue {0.67 settint} def /lime {0.44 settint} def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% beige %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % //// REVISED PROC ///// electronics begin % dipdraw - draws a dip integrated circuit. (old code to be improved) % Enter with currentpoint set to pin 1 and scale % set so that 1.0 = distance between pins. Then % do a numpins-(name)-(hipins)-(lopins) dipdraw % Pin callouts preceeded by / will be complemented. % main dipdraw entry: /dipdraw { save /dipsnap exch def /hipins exch def /lopins exch def /chipname exch def /numpins exch def mark 0 0 0 0 0 0 0 0 0 0 0 0 % temp patch /howlong {numpins 2 div cvi 1 add} def /howhigh {4 numpins 36 ge {1 add} if} def /stub {howhigh 1.4 sub 2 div} def % internal service subs start here: /pinproc {numpins 2 div cvi{newpath 0 cpos 0.37 0 360 arc gsave 1 setgray fill grestore 0.067 setlinewidth stroke pin# 5 string cvs dup stringwidth pop 2 div neg cpos 0.2 sub moveto show 1 0 translate /pin# pin# dir add def} repeat } def /stretchprint { dup stringwidth pop 2 div neg exch length 1 sub stretch mul 2 div sub 0 moveto callout (/) anchorsearch true eq {currentpoint exch stretch add exch moveto pop dup /callout exch def stringwidth pop callout length 1 sub stretch mul add /barwide exch def 0.033 setlinewidth gsave currentpoint 0.55 add moveto barwide 0 rlineto stroke grestore} if stretch 0 callout ashow pop} def /pincallouts{0 vpos translate {workstring ( ) search true eq {/callout exch def pop /workstring exch def callout stretchprint 1 0 translate}{dup /callout exch def stretchprint exit } ifelse}loop} def % actual dipdraw process starts here: % ........ the outline: gsave 1 setlinecap 1 setlinejoin currentpoint translate newpath -1 howhigh 2 div 0.7 -90 90 arc 0 stub rlineto howlong 0 rlineto 0 howhigh neg rlineto howlong neg 0 rlineto closepath gsave grayshade setgray fill grestore 0.33 setgray 0.36 setlinewidth stroke newpath -.55 .45 0.15 0 360 arc fill black % ........ pin circles and numbers: /Helvetica-Bold findfont [0.4 0 0 0.55 0 0] makefont setfont gsave /pin# 1 def /dir 1 def /cpos 0 def pinproc grestore gsave /pin# numpins def /dir -1 def /cpos howhigh def pinproc grestore % pin callouts: /Helvetica findfont [0.35 0 0 0.6 0 0] makefont setfont /stretch 0.033 def gsave /workstring hipins def /vpos 0.6 def pincallouts grestore gsave /workstring lopins def /vpos howhigh 1.05 sub def pincallouts grestore % device number: 0.33 setgray /Helvetica-Bold findfont [1.4 0 0 1 0 0] makefont setfont /stretch 0.05 def gsave numpins 2 div 1 sub 2 div howhigh 2 div 0.33 sub translate chipname dup /callout exch def stretchprint grestore black % end cleanup: grestore grestore cleartomark dipsnap restore} def end % get out of electronics? % titleblock, headers and footers /titleblock {save /blurbsnap exch def /colcheck {} def /cstretch 0.2 def sstretch 1 def cml cmt bh1 sub 15 add translate /blurbboxwide 180 def /blurbboxhigh 80 def 1 setlinecap bestgray 3 23 mt hdw 15 sub blurbboxwide sub 3 sub 23 lineto hdw 3 sub 23 moveto -10 0 rlineto [6 0.33 4.5 .85] superstroke hdw blurbboxwide sub 15 sub 0 blurbboxwide blurbboxhigh 5 roundbox gsave grayshade setgray fill grestore % temp expt [4 0.33 2.5 .85] superstroke 0.85 setgray 4.5 setlinewidth -5 23 mt 3 r blurbboxwide 1 add 23 mt 3 r stroke grestore 0.33 setgray /font0 /Palatino-Bold 30 gonzofont /font1 /Palatino-Bold 10 gonzofont /font2 /Palatino-Bold 12 gonzofont font2 4 62 7 add author cl 0.33 setgray font0 3 34 4 add titlename cl font2 4 7 titledate cl 0.20 setgray /yinc 12 def hdw font1 105 sub 60 dokeystone titleblurb cck blurbsnap restore} def /hrule1 {gsave newpath setlinewidth 1 index 4 2 roll moveto lineto stroke grestore} def /leftheader {save /blurbsnap exch def /colcheck {} def cml cmt 16 add translate 0.25 setgray gsave mastergray setgray 0 8 mt 16 setlinewidth hdw r grestore % color fill? 0 0 hdw 1.2 hrule1 0 16 hdw 0.5 hrule1 /cstretch 0.2 def /sstretch 1 def /font2 /Palatino-Bold 11 gonzofont 8 4.5 leftheading cl blurbsnap restore} def /rightheader {save /blurbsnap exch def /colcheck {} def cml cmt 16 add translate 0.25 setgray gsave mastergray setgray 0 8 mt 16 setlinewidth hdw r grestore % color fill? 0 0 hdw 1.2 hrule1 0 16 hdw 0.5 hrule1 /cstretch 0.2 def /sstretch 1 def /font2 /Palatino-Bold 11 gonzofont hdw 8 sub 4.5 rightheading cr blurbsnap restore} def /hrule1 {gsave newpath setlinewidth 1 index 4 2 roll moveto lineto stroke grestore} def /leftfooter { save /blurbsnap exch def /colcheck {} def 0.25 setgray cml cmb 13 sub translate /txtwide 1000 store /font3 /Helvetica 4.5 gonzofont font3 hdw -6 (Copyright c 1996 by Don Lancaster and Synergetics (520) 428-4073 \ www.tinaja.com \ All commercial rights and all electronic media rights fully reserved. \ Reposting is expressly forbidden.) cr 0 0 hdw 0.8 hrule1 gsave 25 0 translate -18 -7 36 14 2 roundbox gsave mastergray setgray fill grestore 0.5 setlinewidth stroke /font2 /Palatino-Bold 11 gonzofont /cstretch 0.4 def 16 2 add 3.5 columnum ( ) cvs (.) mergestr colpagenum ( ) cvs mergestr cc blurbsnap restore /colpagenum colpagenum 1 add def } def % adjusted for 100 - was -16 -7 32 14 /rightfooter {save /blurbsnap exch def /colcheck {} def cml cmb 13 sub translate /txtwide 1000 store /font3 /Helvetica 4.5 gonzofont font3 0.25 setgray 0 -6 (Copyright c 1996 by Don Lancaster and Synergetics (520) 428-4073 www.tinaja.com \ All commercial rights and all electronic media rights fully reserved. \ Reposting is expressly forbidden.) cl 0 0 hdw 0.8 hrule1 gsave hdw 25 sub 0 translate -18 -7 36 14 2 roundbox gsave mastergray setgray fill grestore 0.5 setlinewidth stroke /cstretch 0.4 def /font2 /Palatino-Bold 11 gonzofont 16 2 add 3.5 columnum ( ) cvs (.) mergestr colpagenum ( ) cvs mergestr cc blurbsnap restore /colpagenum colpagenum 1 add def} def /hackhelp { % nt: hack.help % .. /sstretch 0 def /cstretch 0.1 def /font0 /Helvetica-Bold [8.5 0 0 8 0 0] gonzofont /font1 /Helvetica [8.5 0 0 8 0 0] gonzofont /font2 /Helvetica-Bold [8.5 0 0 8 0 0 ] gonzofont /font7 /Helvetica-Oblique [8.5 0 0 8 0 0] gonzofont /yinc 9.5 def /font2 {font1} def 0.25 setgray bc bt 15 sub (|0NEED HELP?) cc bl 14 add bt 30 sub (|1Phone or write all your US |2Tech Musings|1 questions to: |h Don Lancaster |2Synergetics|1 Box 809-EN Thatcher, AZ, 85552 (520) 428-4073 |h US email:|j |7|/surl don@tinaja.com|1|/maildon Web page:|j|j |7|/surl www.tinaja.com|1|/tinaja ) cl } def end % muse3 template %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /ad1copyxxx { save /adsave exch store % -1 -127 translate % adjusts position on page % IMPORTANT: Comment or remove the next line to get the ad up to EN page size! % Do this **ONLY** if you are extracting the ad for EN layout! % 1.03 1.09 scale xpos 23 sub ypos 283 sub translate 0.95 0.915 scale %%%% This code puts in the reader service number %%%% /showreaderservicenumber false def /readerservicenumber 146 def /squashad true def /showadgrays true def squashad {1 0.80 scale} if /height 693 114 add 60 add def % stretched twice /width1 165 def /sidethk 4 def /botheight 54 def /topheight 33 def /outrad 10 def /inrad 5 def /pm 0 def /pmnorm 0 def %%%%%%%%%%%%%% KEYSTONE STUFF %%%%%%%%%%%%%%%%%%%%%%% % this is a repeat of the GONZO13B callout width proc ... gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % This is a subtle correction to the gonzo fill justify that makes % txtwide slightly more precise ... gonzo begin /reallyjustF {swallowandhang roomleft cstretch add numchars 1 sub numspaces spacecharratio mul add dup 0 eq {pop 0.001} if div dup cstretch add /cfix exch def spacecharratio mul sstretch add /sfix exch def /xfix 0 def /yfix 0 def} bind def % unconditional justF end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % KEYSTONE STUFF STARTS HERE gonzo begin % This is the core keystone code routine. It works by taking an average % of the first two and last two string lengths to determine the keystone % slope, increment, and starting width. It then checks the length of % each line and extends the starting width as needed so everything fits. /keyproc {/kadj exch def /msg2 exch def /yy1 exch def /xx1 exch def mark {msg2 (\n) search {exch pop exch /msg2 exch def dup length 0 le {pop} if}{dup length 0 le {pop} if exit} ifelse} loop ] /karray exch def 0 0 karray 0 get cw 0 0 karray 1 get cw add 2 div dup 0 0 karray dup length 1 sub get cw 0 0 karray dup length 2 sub get cw add 2 div sub neg karray length 1 sub div dup /kinc exch def 2 div sub /kstart exch def /txtwide 10000 def 0 0 1 karray length 1 sub {/kpn exch def 0 0 karray kpn get cw kstart kinc kpn mul add sub 2 copy lt {exch} if pop} for kstart add 1.01 mul dup /kstart exch def /txtwide exch def /justifylastline true def 0 1 karray length 1 sub { /posn exch def yy1 xx1 kstart kadj exch posn karray exch get cf /txtwide txtwide kinc add def /xx1 xx1 kinc kadj def /yy1 yy1 yinc sub def} for} def % these are the three keystone routines. Use xpos ypos true (msg strings) % cck, etc. true for keystone; false for ordinary justify. /cck {save /keysnap exch def exch {{2 div sub} keyproc} {cc} ifelse keysnap restore} def % callout centered keystone /clk {save /keysnap exch def exch {{pop} keyproc} {cl} ifelse keysnap restore} def % callout left keystone /crk {save /keysnap exch def exch {{sub} keyproc} {cr} ifelse keysnap restore} def % callout right keystone end % close gonzo dictionary %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % outside box 0 0 width1 height 5 roundbox showadgrays {0.3}{0} ifelse setgray % for brown border fill % inside box sidethk botheight width1 sidethk 2 mul sub height topheight sub botheight sub inrad roundbox showadgrays {grayshade setgray}{white} ifelse fill black % shade for web /cstretch 0.7 def /sstretch 1.2 def /font1 /Revue 10 gonzofont /font3 /Revue 9 gonzofont /font4 /Revue [9 0 0 9.05 0 1] gonzofont /font9 /Helvetica-Bold 6.5 gonzofont /font2 /Revue 14 gonzofont font1 % adjust center /bc bc sidethk 2 div add def % top lettering white bc bt 22 add (|1new from) cc bc bt 6 add (|2DON LANCASTER) cc bc -17 (|2SYNERGETICS) cc /yinc 10 def bc -28 (|3B|1ox |3809-NV|1 |1Thatcher, |3AZ 85552 |4(|3520|4)|3 428-4073|1) cc /cstretch 0.1 def /sstretch 0.1 def /font5 /Helvetica-Narrow 8 gonzofont /font6 /Helvetica-Narrow-Bold 10 gonzofont /font7 /Helvetica 6 gonzofont /font8 /Helvetica-Narrow-Bold 8 gonzofont /font: /Helvetica-Bold [5 0 0 4.95 0 6] gonzofont % uneven for distillery /font- /Helvetica-Narrow-Oblique 8 gonzofont black 3 3 (|7FREE US VOICE HELPLINE) cl br 3 sub 3 (|7VISA|j/|jMC) cr /xpos 4 def /txtwide br 8 sub def /yinc 8.5 def /ypos bt 15.5 sub def /amacro {/ypos ypos 2 add def} def /cmacro {/ypos ypos 1 add def} def /kern 0.5 def /bw width1 sidethk 2 mul sub def % obtuse code avoids the arcto bug /bmacro { gsave showadgrays {0.3}{1} ifelse setgray % for brown border -0.45 ypos translate 0 0 mt 5 [-0.5 30 -0.5 3 bw 1 add 3 bw 1 add 30 ] roundpath 0 -31 rlineto bw 1 add neg 0 rlineto closepath fill newpath 0 0 mt 5 [-0.5 -30 -0.5 -3 bw 1 add -3 bw 1 add -30 ] roundpath 0 31 rlineto bw 1 add neg 0 rlineto closepath fill grestore } def /Umacro {ypos} def xpos ypos (|C|6A|kCTIVE|j|j FILTER|j|j COOKBOOK |h|a |F|5The sixteenth|k (!|j)|k printing of Don's bible on analog op-amp lowpass, bandpass, and highpass active filters. De-mystified instant designs. |8 $28.50|1 |b |a |h |C|6CMOS|j|j AND|j|j TTL|j|j COOKBOOKS |h|a |F|5Millions of copies in print worldwide. |8THE|5 two books for digital integrated circuit fundamentals. About as hands-on as you can get. |8$28.50 |5each.|1 |b |a |h |C|6INCREDIBLE|j|j SECRET |h|c MONEY|j|j MACHINE|j|j II |5|h|F|a Updated 2nd edition of Don's classic on setting up your own technical or craft venture. |8$18.50|1 |b |a |h |C|6LANCASTER|j|j CLASSICS|j|j LIBRARY |5|h|a|F Don's best early stuff at a bargain price. Includes the CMOS Cookbook, The TTL Cookbook, Active Filter Cookbook, PostScript video, Case Against Patents, Incredible Secret Money Machine II, and \ Hardware \ Hacker II reprints. |8$119.50|1 |b |a |h |C|6L|kOTS|j|j OF|j|j OTHER|j|j GOODIES |5|h|a) stringgonzo %%%%%%%%%%%%%%%%%%%%%%%% % (A) WIDTH CALCULATIONS 2.20.91 % A new curwide variable lets you calculate the gonzo string % width independent of printing it. Handy for menu justify, etc.. % Use has to be bracketed with /oktoprint false def /oktoadvance % false def --- stuff --- and then true. Works with any justify mode. % make this change to main code so lengths can be extracted. Note that % roomleft gets flushed at line end. gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def % calloutwidth calculates only the width of the string, returning it % to the top of the stack. For consistency with other callouts, use % 0 0 (string) cw. This INCLUDES all stretching and font changes! /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % (B) MENU JUSTIFY 2.20.91 % The cm routine takes a leading string and a trailing string seperated % by a delimiter and places a row of CONSTANT WIDTH, PRECISELY SPACED, % VERTICALLY ALIGNED and WHOLE dots (or whatever) between the two. It % is based on putting down the dots first and ERASING only whole dots % that are not wanted. /menudots (. ) def /menufont {font5} def /mdoteht 3 def /menudelim ( ) def /cropleadingspaces true def % drawmdots draws a line of menu dots, using plain old show /drawmdots { gsave menufont xxm yym moveto txtwide menudots stringwidth pop dup /mdot1 exch def div floor cvi {menudots show} repeat grestore } def % spchomp takes a string and conditionally removes all leading spaces, % returning the truncated string /spchomp {cropleadingspaces {dup 0 exch {32 eq {1 add}{exit} ifelse } forall} if exch dup length 2 index sub 3 -1 roll exch getinterval} def % mlineproc takes the mline string and processes it into a leading string, % the dot row, and a trailing string. Unused dots are erased with logic % to insure whole dots only. Null strings are ignored. /mlineproc {mline length 0 gt {drawmdots mline menudelim search {/lmstr exch def pop spchomp /rmstr exch def } if gsave showadgrays {grayshade}{1}ifelse setgray % for web color xxm yym moveto mdoteht setlinewidth 0 0 lmstr cw mdot1 div ceiling mdot1 mul 0 rlineto stroke xxm txtwide mdot1 div floor mdot1 mul add yym moveto 0 0 rmstr cw mdot1 div ceiling mdot1 mul neg 0 rlineto stroke grestore xxm yym lmstr cl xxm txtwide add yym rmstr cr /yym yym yinc sub def} if} def % mj menujustify accepts tabbed string pairs and converts them into % dotted menu listings.. /cm {gsave /msg exch def /yym exch def /xxm exch def { msg (\n) search {/mline exch def pop /msg exch def mlineproc} {/mline exch def mlineproc exit } ifelse} loop grestore} def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % /txtwide 170 def % textwidth /txtwide txtwide 8 sub def /yinc 8 def xpos 4 add ypos 0 sub (Ask the Guru I or II or III $24.50 Hardware Hacker II, III or IV $24.50 Micro Cookbook I $19.50 PostScript Beginner Stuff $29.50 PostScript Show and Tell $29.50 Intro to PostScript Video $29.50 PostScript Reference II $34.50 PostScript Tutorial/Cookbook $22.50 PostScript by Example $32.50 Understanding PS Programming $29.50 PostScript: A Visual Approach $22.50 PostScript Program Design $24.50 Thinking in PostScript $22.50 LaserWriter Reference $19.50 Type 1 Font Format $16.50 Acrobat Reference $24.50 Whole works (all PostScript) $380.00 Synergetics Surplus Catalog |9|kFREE|j|j|j|5 Technical Insider Secrets |9|kFREE|j|j|j|5 ) cm /txtwide txtwide 8 add def xpos ypos (|F |h|c|c|c |b |a |h |C|6POSTSCRIPT|j|j SECRETS |h|F|a |5A Book/Disk combination crammed full of free fonts, insider resources, utilities, publications, workarounds, fontgrabbing, more. 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Stuff you can use right now. |8$24.50|5 |b |a |h |C|6RESOURCE|j|j BIN|j|j I |h|F|a |5A complete collection of all Don's Nuts & Volts columns to date, including a new index and his master names and numbers list. |8$24.50|5 |b |a |h |C|6FREE|j|j SAMPLES |h|F|a |5Check Don's Guru's Lair at |-|/blueon http://www.tinaja.com|5|/blueoff for interactive catalogs and online samples \ of Don's unique products. Searchable reprints and reference resouces, too. Tech help, hot links to cool sites, consultants. |jemail:|j|- |/blueon don@tinaja.com|1|/blueoff ) stringgonzo showreaderservicenumber { /sstretch 0.25 def /cstretch 0.20 def /font1 /Helvetica-Bold 6 gonzofont bc 0 sub botheight neg 10 sub (Write in ) readerservicenumber ( ) cvs mergestr ( on Reader Service Card.) mergestr cc } if adsave restore } def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % name of textfile: muse.110.z % .... % X E % Z %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % This is needed to improve post picojustufication... gonzo begin /swallow {/lopspaces lopspaces 1 add def printlist plistlength 1 sub get dup 1 get dup 2 ge {1 sub} if 1 exch put} bind def end /wanttousepicojustify true def % this globally turns picojust on or off %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% wanttousepicojustify false 40 array dictstack {/^picoset known or} forall not and { % FILL JUSTIFICATION IMPROVER version 6.3 June 3, 1994. c 1994 by % Don Lancaster & Synergetics (602) 428-4073. [support on GEnie PSRT] % Personal use premitted; All commercial & media rights fully reserved. % Install this where it will redefine all print time uses of % the -awidthshow- operator. Use picojust true or false to control. /picoflag true def % selective availability switch /picofract 0.35 def % percentage of excess space to be internalized /picothresh 0.03 def % percentage increment per font change /^picoset true def % job multiple def lockout /picojust {/picoflag exch store} def % use for local turn on or off /awidthshow {1 index 4 index 6 index add add 32 eq not picoflag not or {//awidthshow}{/^msg exch store pop /^cst exch store pop pop /^sst exch store /^cct ^msg length store /^rwd ^msg stringwidth pop store /^sct 0 ^msg {( ) search {pop pop exch 1 add exch}{pop exit} ifelse} loop store /^jwd ^cct ^cst mul ^sct ^sst mul add store /^saj ^jwd dup ^rwd add dup 0 eq {pop 0.0001} if div picothresh div floor picothresh mul picofract 1.33 mul mul 1 add store gsave ^saj 1 scale /^rft 1 ^saj 1 sub ^rwd mul ^jwd dup 0 eq {pop 0.0001} if div sub ^saj div store ^sst ^rft mul 0 32 ^cst ^rft mul 0 ^msg //awidthshow 1 ^saj div 1 scale grestore ^jwd ^rwd add 0 rmoveto} ifelse} bind def } if %%%%%%%%%%%%% SYNERGETICS AD %%%%%%%%%%%%%%%%%% %! %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /ad1copy { save /adsave exch store % IMPORTANT: Comment or remove the next line to get the ad up to EN page size! % Do this **ONLY** if you are extracting the ad for EN layout! % 1.03 1.09 scale xpos 23 sub ypos 283 sub translate 0.95 0.915 scale %%%% This code puts in the reader service number %%%% /showreaderservicenumber false def /readerservicenumber 146 def /squashad true def /showadgrays true def squashad {1 0.80 scale} if /height 693 114 add 60 add def % stretched twice /width1 165 def /sidethk 4 def /botheight 54 def /topheight 33 def /outrad 10 def /inrad 5 def /pm 0 def /pmnorm 0 def %%%%%%%%%%%%%% KEYSTONE STUFF %%%%%%%%%%%%%%%%%%%%%%% % this is a repeat of the GONZO13B callout width proc ... gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % This is a subtle correction to the gonzo fill justify that makes % txtwide slightly more precise ... gonzo begin /reallyjustF {swallowandhang roomleft cstretch add numchars 1 sub numspaces spacecharratio mul add dup 0 eq {pop 0.001} if div dup cstretch add /cfix exch def spacecharratio mul sstretch add /sfix exch def /xfix 0 def /yfix 0 def} bind def % unconditional justF end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % KEYSTONE STUFF STARTS HERE gonzo begin % This is the core keystone code routine. It works by taking an average % of the first two and last two string lengths to determine the keystone % slope, increment, and starting width. It then checks the length of % each line and extends the starting width as needed so everything fits. /keyproc {/kadj exch def /msg2 exch def /yy1 exch def /xx1 exch def mark {msg2 (\n) search {exch pop exch /msg2 exch def dup length 0 le {pop} if}{dup length 0 le {pop} if exit} ifelse} loop ] /karray exch def 0 0 karray 0 get cw 0 0 karray 1 get cw add 2 div dup 0 0 karray dup length 1 sub get cw 0 0 karray dup length 2 sub get cw add 2 div sub neg karray length 1 sub div dup /kinc exch def 2 div sub /kstart exch def /txtwide 10000 def 0 0 1 karray length 1 sub {/kpn exch def 0 0 karray kpn get cw kstart kinc kpn mul add sub 2 copy lt {exch} if pop} for kstart add 1.01 mul dup /kstart exch def /txtwide exch def /justifylastline true def 0 1 karray length 1 sub { /posn exch def yy1 xx1 kstart kadj exch posn karray exch get cf /txtwide txtwide kinc add def /xx1 xx1 kinc kadj def /yy1 yy1 yinc sub def} for} def % these are the three keystone routines. Use xpos ypos true (msg strings) % cck, etc. true for keystone; false for ordinary justify. /cck {save /keysnap exch def exch {{2 div sub} keyproc} {cc} ifelse keysnap restore} def % callout centered keystone /clk {save /keysnap exch def exch {{pop} keyproc} {cl} ifelse keysnap restore} def % callout left keystone /crk {save /keysnap exch def exch {{sub} keyproc} {cr} ifelse keysnap restore} def % callout right keystone end % close gonzo dictionary %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % outside box 0 0 width1 height 5 roundbox showadgrays {0.3}{0} ifelse setgray % for brown border fill % inside box sidethk botheight width1 sidethk 2 mul sub height topheight sub botheight sub inrad roundbox showadgrays {0.96 setgray}{white} ifelse fill black % shade for web /cstretch 0.7 def /sstretch 1.2 def /font1 /Revue 10 gonzofont /font3 /Revue 9 gonzofont /font4 /Revue [9 0 0 9.05 0 1] gonzofont /font9 /Helvetica-Bold 6.5 gonzofont /font2 /Revue 14 gonzofont font1 % adjust center /bc bc sidethk 2 div add def % top lettering white bc bt 22 add (|1new from) cc bc bt 6 add (|2DON LANCASTER) cc bc -17 (|2SYNERGETICS) cc /yinc 10 def bc -28 (|3B|1ox |3809-NV|1 |1Thatcher, |3AZ 85552 |4(|3520|4)|3 428-4073|1) cc /cstretch 0.1 def /sstretch 0.1 def /font5 /Helvetica-Narrow 8 gonzofont /font6 /Helvetica-Narrow-Bold 10 gonzofont /font7 /Helvetica 6 gonzofont /font8 /Helvetica-Narrow-Bold 8 gonzofont /font: /Helvetica-Bold [5 0 0 4.95 0 6] gonzofont % uneven for distillery /font- /Helvetica-Narrow-Oblique 8 gonzofont black 3 3 (|7FREE US VOICE HELPLINE) cl br 3 sub 3 (|7VISA|j/|jMC) cr /xpos 4 def /txtwide br 8 sub def /yinc 8.5 def /ypos bt 15.5 sub def /amacro {/ypos ypos 2 add def} def /cmacro {/ypos ypos 1 add def} def /kern 0.5 def /bw width1 sidethk 2 mul sub def % obtuse code avoids the arcto bug /bmacro { gsave showadgrays {0.3}{1} ifelse setgray % for brown border 0 ypos translate 0 0 mt 5 [-0.5 30 -0.5 3 bw 1 add 3 bw 1 add 30 ] roundpath 0 -31 rlineto bw 1 add neg 0 rlineto closepath fill newpath 0 0 mt 5 [-0.5 -30 -0.5 -3 bw 1 add -3 bw 1 add -30 ] roundpath 0 31 rlineto bw 1 add neg 0 rlineto closepath fill grestore } def /Umacro {ypos} def xpos ypos (|C|6A|kCTIVE|j|j FILTER|j|j COOKBOOK |h|a |F|5The sixteenth|k (!|j)|k printing of Don's bible on analog op-amp lowpass, bandpass, and highpass active filters. De-mystified instant designs. |8 $28.50|1 |b |a |h |C|6CMOS|j|j AND|j|j TTL|j|j COOKBOOKS |h|a |F|5Millions of copies in print worldwide. |8THE|5 two books for digital integrated circuit fundamentals. About as hands-on as you can get. |8$28.50 |5each.|1 |b |a |h |C|6INCREDIBLE|j|j SECRET |h|c MONEY|j|j MACHINE|j|j II |5|h|F|a Updated 2nd edition of Don's classic on setting up your own technical or craft venture. |8$18.50|1 |b |a |h |C|6LANCASTER|j|j CLASSICS|j|j LIBRARY |5|h|a|F Don's best early stuff at a bargain price. Includes the CMOS Cookbook, The TTL Cookbook, Active Filter Cookbook, PostScript video, Case Against Patents, Incredible Secret Money Machine II, and \ Hardware \ Hacker II reprints. |8$119.50|1 |b |a |h |C|6L|kOTS|j|j OF|j|j OTHER|j|j GOODIES |5|h|a) stringgonzo %%%%%%%%%%%%%%%%%%%%%%%% % (A) WIDTH CALCULATIONS 2.20.91 % A new curwide variable lets you calculate the gonzo string % width independent of printing it. Handy for menu justify, etc.. % Use has to be bracketed with /oktoprint false def /oktoadvance % false def --- stuff --- and then true. Works with any justify mode. % make this change to main code so lengths can be extracted. Note that % roomleft gets flushed at line end. gonzo begin /endtheline {/curwide txtwide roomleft sub def justx cvx exec oktoprint {printline} if} bind def % calloutwidth calculates only the width of the string, returning it % to the top of the stack. For consistency with other callouts, use % 0 0 (string) cw. This INCLUDES all stretching and font changes! /cw {save /snapc1 exch def /oktoadvance false def /oktoprint false def /linestring linestring2 def /justx (justL) def 3 1 roll /ypos exch def /xpos exch def stringgonzo curwide snapc1 restore} def end %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % (B) MENU JUSTIFY 2.20.91 % The cm routine takes a leading string and a trailing string seperated % by a delimiter and places a row of CONSTANT WIDTH, PRECISELY SPACED, % VERTICALLY ALIGNED and WHOLE dots (or whatever) between the two. It % is based on putting down the dots first and ERASING only whole dots % that are not wanted. /menudots (. ) def /menufont {font5} def /mdoteht 3 def /menudelim ( ) def /cropleadingspaces true def % drawmdots draws a line of menu dots, using plain old show /drawmdots { gsave menufont xxm yym moveto txtwide menudots stringwidth pop dup /mdot1 exch def div floor cvi {menudots show} repeat grestore } def % spchomp takes a string and conditionally removes all leading spaces, % returning the truncated string /spchomp {cropleadingspaces {dup 0 exch {32 eq {1 add}{exit} ifelse } forall} if exch dup length 2 index sub 3 -1 roll exch getinterval} def % mlineproc takes the mline string and processes it into a leading string, % the dot row, and a trailing string. Unused dots are erased with logic % to insure whole dots only. Null strings are ignored. /mlineproc {mline length 0 gt {drawmdots mline menudelim search {/lmstr exch def pop spchomp /rmstr exch def } if gsave showadgrays {0.96}{1}ifelse setgray % for web color xxm yym moveto mdoteht setlinewidth 0 0 lmstr cw mdot1 div ceiling mdot1 mul 0 rlineto stroke xxm txtwide mdot1 div floor mdot1 mul add yym moveto 0 0 rmstr cw mdot1 div ceiling mdot1 mul neg 0 rlineto stroke grestore xxm yym lmstr cl xxm txtwide add yym rmstr cr /yym yym yinc sub def} if} def % mj menujustify accepts tabbed string pairs and converts them into % dotted menu listings.. /cm {gsave /msg exch def /yym exch def /xxm exch def { msg (\n) search {/mline exch def pop /msg exch def mlineproc} {/mline exch def mlineproc exit } ifelse} loop grestore} def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% % /txtwide 170 def % textwidth /txtwide txtwide 8 sub def /yinc 8 def xpos 4 add ypos 0 sub (Ask the Guru I or II or III $24.50 Hardware Hacker II, III or IV $24.50 Micro Cookbook I $19.50 PostScript Beginner Stuff $29.50 PostScript Show and Tell $29.50 Intro to PostScript Video $29.50 PostScript Reference II $34.50 PostScript Tutorial/Cookbook $22.50 PostScript by Example $32.50 Understanding PS Programming $29.50 PostScript: A Visual Approach $22.50 PostScript Program Design $24.50 Thinking in PostScript $22.50 LaserWriter Reference $19.50 Type 1 Font Format $16.50 Acrobat Reference $24.50 Whole works (all PostScript) $380.00 Synergetics Surplus Catalog |9|kFREE|j|j|j|5 Technical Insider Secrets |9|kFREE|j|j|j|5 ) cm /txtwide txtwide 8 add def xpos ypos (|F |h|c|c|c |b |a |h |C|6POSTSCRIPT|j|j SECRETS |h|F|a |5A Book/Disk combination crammed full of free fonts, insider resources, utilities, publications, workarounds, fontgrabbing, more. For most any PostScript printer. Mac or PC format. |8$29.50|5 |b |a |h |C|6BOOK-ON-DEMAND|j|j PUB|j|j KIT |h|F|a |5Ongoing details on Book-on-demand publishing, a new method of producing books only when and as ordered. Reprints, sources, samples. |8$39.50|5 |b |a |h |C|6THE|j|j C|kASE|j|j A|kGAINST|j|j P|kA|kTENTS |h|F|a |5For most individuals, patents are virtually certain to result in a net loss of sanity, energy, time, and money. \ This reprint set shows you Don's tested and proven real-world alternatives. |828.50|5 |b |a |h |C|6BLATANT|j|j OPPORTUNIST|j|j I |h|F|a |5The reprints from all Don's Midnight Engineering columns. Includes a broad range of real world, proven coverage on small scale technical startup ventures. Stuff you can use right now. |8$24.50|5 |b |a |h |C|6RESOURCE|j|j BIN|j|j I |h|F|a |5A complete collection of all Don's Nuts & Volts columns to date, including a new index and his master names and numbers list. |8$24.50|5 |b |a |h |C|6FREE|j|j SAMPLES |h|F|a |5Check Don's Guru's Lair at |-|/surl http://www.tinaja.com|5|/tinaja for interactive catalogs and online samples \ of Don's unique products. Searchable reprints and reference resouces, too. Tech help, hot links to cool sites, consultants. |jemail:|j|- |/surl don@tinaja.com|1|/maildon ) stringgonzo showreaderservicenumber { /sstretch 0.25 def /cstretch 0.20 def /font1 /Helvetica-Bold 6 gonzofont bc 0 sub botheight neg 10 sub (Write in ) readerservicenumber ( ) cvs mergestr ( on Reader Service Card.) mergestr cc } if adsave restore } def % %%%ZZZZ%%%%%%%%%%%%%% URL PATCHES %%%%%%%%%%%%%%%%%%%%%%%%%%%% % patch definitions... /maildon {(mailto:don@tinaja.com) eurl } def /tinaja {(http://www.tinaja.com) eurl } def /consult {(http://www.tinaja.com/consul01.html) eurl} def /netscape {(http://www.netscape.com) eurl } def /adobe {(http://www.adobe.com) eurl } def /videonics {(http://www.videonics.com) eurl } def /coriolis {(http://www.coriolis.com) eurl } def /hottalk {(mailto:hottalk@printer-net) eurl } def % This code locks pdfmark commands out of a PostScript printer. /pdfmark where {pop}{userdict /pdfmark /cleartomark load put} ifelse % An temp stash array of url names is needed to allow for more than % one url per text line /urlcount 0 def % url name stash position /maxurls 200 def % maximum urls in document /urlnamearray maxurls array def % urlstash % /surl "start url" marks the beginning of a text sequence to be urled. % It also paints the text blue... /surl {mark /blue cvx 0.33 /setgray cvx % change text to blue /currentpoint cvx % remember box start /urly /exch cvx /store cvx /urlx /exch cvx /store cvx ] cvx % complete deferred command printlist exch 3 index exch put % stuff into gonzo printlist exch 1 add exch % increment gonzo list count } def % /eurl "end url" unmarks the end of a text sequence and sets up % the pdfmark needed to define the Acrobat web link. /eurl {urlnamearray exch urlcount exch put % stash name to array mark % start deferred proc /urlnamearray cvx urlcount % deferred access CURRENT pos /get cvx /cururlname % get SAME name back at print /exch cvx /store cvx /beige cvx 0 /setgray cvx % turn blue marker off /makeurl cvx % defer call of url builder ] cvx % complete deferred proc printlist exch 3 index exch % stuff into gonzo printlist put exch 1 add exch % increment gonzo list count /urlcount urlcount 1 add store % increment url posn counter } def % /makeurl generates the actual pdfmark. Note that it is not called % until printlist time... /urlover 0.2 def % fraction of hot area over bounds /makeurl { mark % start pdfmark currentfont /ScaleMatrix get 3 get /fsize exch store /Rect [ urlx fsize urlover mul sub % set box left x urly fsize urlover mul sub % set box left y currentpoint exch fsize urlover mul add exch fsize add ] /Border [ 0 0 0] % [0 0 0 ] = none; [0 0 2] = debug /Color [ .7 0 0 ] /Action <> /Subtype /Link /ANN % annotation type pdfmark % call pdf operators } def %%%%%%%%%%%%%%%%% END MUSE PATCHES %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% /figure5xx { % name of textfile: muse.fig.106.5 induction heating schematic % ............................ % figure or text starts here ////////////////////////////////////// save /snap1 exch def %%%%%%%%%%%%%%%%%%% electronics begin end ypos snap1 restore /ypos exch def } def %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% muse3 starttemplate /sstretch -0 def % try even looser /kern 0.5 def /dropindent 21 def % adjust for width of drop cap /sstretch 0 def % looser still /font0 /Times-Bold [54 0 0 54.1 0 -32] gonzofont % normal /font0 /Times-Bold [50 0 0 54.1 0 -32] gonzofont % normal /font: /Symbol [8.75 0 0 9.25 0 0 ] gonzofont /font9 /Times-Roman [7.1 0 0 7.0 0 -2] gonzofont % squared subscript /font= /Times-BoldItalic [9 0 0 9 0 0 ] gonzofont % subtitles /kern 0.5 def % Command Summary: % |0 - small caps font |1 - normal text font |2 - italic text font % |3 - bold text font |4 - caps text font |6 - header font % |F - fill justify |L - left justify |z - zero indent % |p - normal indent |y - negative linefeed |8 - header font % |g - start gonzo |x - stop gonzo |a - start drop cap % |b - main body text |c - start sub header |d - end sub header % |o - complement char /sstretch 0 def /font9 /Times-Roman [7 0 0 7.1 0 -2] gonzofont % factor subscript /kern 0.5 def /font: /Symbol 9 gonzofont /font; /Times-Roman [6 0 0 6.01 0 4] gonzofont % square root symbol and gonzo box autoposition linker /topstrlist {mark 3 1 roll {/roomleft exch roomleft exch sub def printlist exch 3 index exch put exch 1 add exch} /exec cvx ] cvx def} def /boxit{ gsave line1 currentpoint translate -1 -3 mt 10.5 pu 50.5 pr 10.5 pd closepath line1 stroke grestore} 0 topstrlist /sqrtsymbol {gsave currentpoint translate line1 3 3 moveto 2 -5 rlineto 4 12 rlineto 32 0 rlineto stroke grestore} 0 topstrlist % TEXT STARTS HERE startgonzo |a I |b just got hold of a brand new |2Videonics PowerScript|1 |4PS-1000 NTSC|1 animated video character generator. Among its bunches of impressive features, this is one of the first stand-alone units which extends \ the PostScript computer language for work in professional video animation and editing. You get instant access to nearly unlimited fonts. Plus all of the paint and illustration \ programs.|p Before we get into more details, though, I thought it might be a good time to once again go over\274 |c A Few Film and Video Fundamentals |d Motion pictures predated video. A typical theater film consists of one or more reels of multiple |435|1 millimeter or larger |2frames|1. The main difference between a single frame of a motion picture and a \ slide from your home |435|1 mm camera is that the frames are usually arranged |2landscape|1 across a film, rather than |2portrait|1 along it. During projection, the frame gets violently jerked into position by the |2film gate|1, held there, then violently jerked away. By using a |2Geneva Stop Mechanism|1. A rotating shutter behind the film then \ illuminates each frame |2twice|1. Projecting your image through optics to the screen. Each illumination can be called a |2field|1. There are usually |448|1 fields per second and |424|1 frames per second. Your most significant reason for two-fields-per-frame is to reduce the |2flicker|1. Depending on a few highly subjective factors, less than |440|1 fields per second or so might seem to blink badly. More than |440|1 fields \ per second will be perceived by the eye and the brain as continuous motion. Black and white television largely tried to imitate film. But unlike film, early video was only able to "project" one single dot at a time. And all that could get controlled was that dot's position and brightness. A typical early television set had an electron beam in its |4CRT|1 (cathode ray tube) |2scan|1 rapidly to the right and slowly downward. Every trip across the screen generated one |2horizontal scan \ line|1. As before, each completed downstream trip was a |2field|1. A sneaky trick was used to try and improve the flicker. As with movies, two fields per frame were used. Only this time, the |2odd|1 field started in the |2upper middle|1, scanned on down and finally ended \ up at the extreme |2right|1 of the screen bottom. The |2even|1 field started in the |2upper left|1, scanned on down and ended up at the |2bottom middle|1. Thus using an |2interlace|1 to combine the two fields. Into one single frame. At the time, interlace sounded like a good idea. It very much reduced the flicker and bandwidth. And it worked just fine for |2Captain Video|1 or |2Roller Derby|1. But interlace \ reduces flicker |2only if adjacent scan lines are pretty much the same.|1 These days, an interlace is |2totally useless|1 for character displays or other high res video. Because the adjacent \ lines are rarely similar. Especially on the dots in small characters. Original b/w tv used a |2horizontal scan frequency|1 of |415,750|1 Hertz and a |2vertical field frequency|1 of |460|1 Hertz. Even and odd fields both had |4262-1/2|1 scan lines for a \ |4525|1 line total. The |2vertical resolution|1 of a simple video display is set by the number of scan lines. The |2horizontal resolution|1 depends on the |2channel bandwidth|1. Or how fast you can change the video \ information. Because of bandwidth limitations of broadcast tv channels, their video bandwidth was limited to four Megahertz or so. But much less on cheap sets. This choice made \ both the horizontal and vertical resolution nearly the same. Nobody knew at the time that they were severely restricting their ability to show alphanumeric data. Unless you go to some \ very sneaky tricks, it is quite difficult to display more than |2forty|1 characters across the screen of a normal tv. Er, even less than that actually. In those days, voltage regulation was an unheard of luxury. To prevent ugly black stripes from showing up on the sides and tops of home tv sets, "they" \ |2overscanned|1. Purposely wrapping the picture around the unwatchable |2sides|1 of your receiver. Which leads to the concept of the |2safe area|1 or |2safe title area|1. The safe area is that blob in the \ middle of the screen where you are reasonably sure to be able to read an entire message. Any decent tv cameraperson knows to always keep the action and interest inside the safe area. And certainly all video titles. |c NTSC Color |d In the early fifties, "they" decided to devise a compatible way to stuff color into existing black and white tv channels. Which ultimately led us to today's utterly horrible |5NTSC|1. Short for |2Never the Same Color|1. Unlike black and white tv, |2three|1 pieces of info are needed to specify a |2pixel|1 in a given screen position. One method uses |4HSB|1, short for |2hue|1 (the color), \ |2saturation|1 (how much white has to be mixed with the color), and the |2brightness|1 (how much energy the pixel radiates). For compatibility, we already have got the b/w brightness. What remains is some way \ to include the hue and the saturation. Monochrome tv is an example of a |2sampled data system|1. Look into the spectrum, and you'll find clumps of harmonic energy repeating in |415|1 kHz|1 spaced steps. |2But very little energy in between.|1 \ Thus, there will be a lot of repeating "holes" in the spectrum of a mono video signal. So, the color info was placed onto a carefully designed |2subcarrier|1 that more or less filled the holes in the existing \ signal. That subcarrier was at the magic frequency of |43.579545|1 Megahertz. To make everything work, numbers were adjusted slightly. Ending up with a horizontal scan rate of |415,735|1 Hertz and \ a |459.94|1 vertical field rate. Many compromises were involved. Not the least of which was restricting your color bandwidth so that |2a color could only be specified over a small \ group of pixels.|1 Figure one shows us what a typical six Megahertz wide |4NTSC|1 broadcast tv channel looks like. The full upper sideband and a |2vestigal|1 (or reduced) lower sideband is used. The vestigal lower \ sideband increases the received energy in the syncronizing pulses and gross picture energy. For improved reception in weak signal areas. The black and white (or the color luminance) material gets amplitude modulated onto the rf carrier. The color info gets placed on a |43.579545|1 Megahertz color subcarrier. Where it nicely plops into \ the "holes" of the b/w luminance spectrum. The |2phase|1 of this subcarrier sets your |2hue|1, and the subcarrier |2strength|1 sets the |2saturation|1. A second narrow subcarier is \ at |44.5|1 Megahertz and gets frequency modulated for sound. To reduce |2Moire|1 effects and color artifacts, |2the color subcarrier phase gets reversed on every line and every frame|1. Thus, your basic transmitted "unit" consists \ of |2two|1 frames, or |2four|1 fields. This gets important for serious video editing. Where it always pays to work in synchronized units of two frames, and four fields. Of which you get |2fifteen|1 per second. Figure two shows us one scan line of |4NTSC|1 color. You'll find an |2active|1 portion of the scan line where video actually gets sent. There is a |2retrace|1 portion of the scan line that gives \ the set a chance to get back from right to left to start the next line. This retrace portion is also known as the |2blanking interval|1. Since you obviously do not want anything to show whenever an electron \ beam is resetting itself. You have to fully |2synchronize|1 the transmission and reception of a tv signal. Fail to do so and the picture rolls, tears, or provides wildly wrong colors. Three synchronizing features are \ required. A |2horizontal sync pulse|1 takes place once each scan line. It is used to lock individual scan lines. A much larger and longer |2vertical sync pulse|1 happens once each field. It is used to lock entire fields together. The vertical sync is fairly fancy. This interval \ has to keep providing useful horizontal lock information. And also provide for the |2equalizing pulses|1 that properly set up interlace. Over time, other useful stuff also got put into the vertical sync \ interval. Such as test and color quality signals, close captioning, data services, and various timing signals. Color locking is both the trickiest and your most critical. A |2color burst|1 of eight cycles of |43.579545|1 MHz is placed in the blanking interval on the |2back porch|1 of your horizontal sync pulse. \ This reference burst can get captured with a |2sampled phase lock loop|1 or a similar circuit to provide a continuous |2zero phase reference|1. This new zero phase reference then |2synchronously demodulates|1 out that \ chrominance subcarrier into hue and saturation info. To improve the flesh tone stability, the |4"I"|1 (in-phase) and |4"Q"|1 (quadrature) reference channels are offset by |433|1 degrees. Video amplitude levels are more or less standardized. With white being defined as |41.0|1 volts. Black is around |40.25|1 volts. And Sync is "blacker than black" at |40.0|1 volts. |c Enter Computers and VCR's |d All of which was fine for stuffing blurry terrestrial broadcast tv into the narrow channels receivable by cheap electronics. But |2totally useless|1 for presenting any modern computer and arcade video game data. The four key problems that make |4NTSC|1 worthless for serious computer or multimedia use are |4(A)|1 not enough bandwidth to present more than |440|1 characters across the screen; |4(B)|1 \ the interlace which causes small text to flicker badly; |4(C)|1 overscanning that hides all of the corners and much of everything else; and |4(D)|1 the jamming of the chroma and the luminance into \ the same frequency band where they are hard to completely separate. The |2Apple II|1 was the first major color computer. It used some sneaky tricks to work around |4NTSC|1 limits. A side-by-side green and purple dot got used for one white pixel. Orange and blue \ were later added by a phase shift scheme. Instead of letting the color phase subcarrier alternate each field and on each line, elegant timing |2kept color phasing the same|1 (!) making it all possible. \ Rather than minimizing color subcarrier artifacts, their |2entire|1 display was nothing but one giant (and most brilliantly conceived) color subcarrier artifact! Sort of like keeping the backward running wheels and throwing away the stagecoach. Monitor image size got reduced so you could view your corners free of overscan. Eventually, a mono eighty column text was added. But only on a custom b/w video \ monitor having a bandwidth |2much higher|1 than typical rf entry on a home tv set. The home camera, videodisk, and |4VCR|1 folks then stepped up to some improved variations on |4NTSC|1. Such as raising their effective bandwidth. And placing that chroma subcarrier into a |2high band|1 where \ it was easier to separate from the luminance. And then splitting out the |4"Y"|1 (or luminance) signal from the |4"C"|1 (or chrominance) onto separate lines and connector pins. While also allowing for higher \ video bandwidths. Creating new |2video standards|1. Most serious high end computers, the professional video producers, and most multimedia systems instead use |2component color|1. Where you'll find three or four totally separate channels to provide for the fully isolated color \ information. Three of these channels are usually for red, blue, and green. With sync signals normally provided on the green channel. Their optional fourth |4RGB|1 channel has several possible uses. The video folks call it the |2alpha|1 channel, and apply it to set the |2keying|1 or to define the |2transparency|1 of an overlay. One obvious purpose of \ transparency is to allow the |2selective|1 fade in and fade out of a message screen. Component |4RGB|1 gives you much higher resolution. First by increasing the number of non-interlaced scan lines. And second, by increasing the video bandwidth so that more color changes per \ line could get displayed. And third by providing unique color info for each pixel. Various new schemes can reduce video bandwidth. |2Compression|1 is any coding scheme that can remove any redundancy from a video picture so that only the essential info has to be sent or stored. Examples include |4JPEG|1 for stills or |4MPEG|1 for video. And vastly better newer methods that use |2wavelets|1 or |2fractals|1. Compression can be |2lossless|1 (everything comes back exactly) or \ |2lossy|1 (where an acceptably degrading approximation is made). Since the eye is not nearly as good at spotting color changes compared to brightness changes, one color can sometimes be shared by two or more pixels. Which leads to a whole new set of |2digital video \ standards|1. With names like |4(4-2-2)|1 color. Sneaky tricks can also be played to improve what you see on screen. One is |2line doubling|1, where twice as many scan lines are placed down at double speed. There is no new real content, but the \ scan lines are now not nearly as obvious. |2Genesis|1 is one supplier for line doubling chips. Another trick is |2anti-aliasing|1. In which "slightly blurred" lines or dots are substituted. \ Which eliminates the "jaggies" on slanty lines and greatly improves small text legibility. For instance, the |2text smoothing|1 of |2Adobe Acrobat|1 |43.0|1 can easily let you view three \ columns of tiny text on an ordinary computer monitor. See any of my |4MUSE|1, |4RESBN|1, or |4BLAT|1 files for ongoing examples. Much more info on the video and movie standards is available through |5SMPTE|1. Short for |2Society of Motion Picture and Television Engineers|1. |c Character Generators |d A |2character generator|1 used to be any scheme for overlaying words and graphics on an existing video stream. But these days, we have |2stand-alone character generators|1 or full |2video \ production editing systems|1. A stand alone character generator does characters and art, limited wipes or fades, and limited animation all by itself. A video prodution editor (such as Newtek's |2Video \ Toaster|1 or |2Video Flyer|1 often includes paint programs, keyers, full |43-D|1 animation, and lots of other features at higher costs. More on editors in |2Video Toaster User|1 and |2Lightwave|1 magazines. We'll note in passing that there are three main video editing schemes in use today: |2cuts only|1, |5A-B|2 roll|1, and |2nonlinear|1. Cuts-only is the simplest and cheapest. But only permits |2fade to \ black|1 transitions. And is similar to splicing two pieces of film. With |4A-B|1 roll, the new content is overlayed on top of an existing live or |4VCR|1 input. Giving you unlimited fade and wipe options. With nonlinear editing setups, one or more disk drives replaces the \ input feed. Giving total random access to any sequence at any time. Much editing gets done from an |4EDL|1 or |2Edit Decision List|1. Which is basically a |2timeline|1 of what happens from which source when. Four character generation rules: |2Everything has to follow the exact same video standard|1. |2Everything has to be stable|1. |2Everything must be fully locked together|1. And \ finally, |2Content must be compatible with the chosen video standard in use|1. The process of locking everything together is known as |2synchronization|1. Your simplest synchronizer is a |2gen lock|1. Where you simply grab input sync pulses and count them to locate a desired \ position on screen. Simple gen locks are useful for such things as picture-in-picture, time codes, or use with close captioning. More desirable is |2station master sync|1 or |2station black|1, where a single timing source can be used to lock all cameras and processors together. The |2frame grabber|1 lets an entire input frame or pair get caught and stored in memory. Frame grabbing lets you handle such tricks as |2chroma keying|1, where new material replaces \ anything blue. Fanciest locker of all is the |2format converter|1. Where the input fields are digitized and written into a memory. Changing them into some acceptable number of pixels and scan lines for the \ intended output video standard. |2Dual Port RAM|1 chips greatly ease the design of format converters. For synchronization, one or more additional |2time base correctors|1 may be needed. A |4VCR|1 is an unavoidably imprecise mechanism. Because tape stretches, slight \ jitter is inherent in any |4VCR|1 generated video. The time base corrector takes out this jitter and restabilizes. Time base correctors are |2essential|1 any time videotape is in use as an input in the \ edit process. Figure three shows you a brand new |2video fader|1 useful for character generation. The video fader lets you smoothly mix two video signals. Anywhere from all of input A up through fifty-fifty to all of input \ B. Inputs A and B have to get locked together and (if needed) time base corrected for a fader to work Older faders were analog and had a classic "T" handle on them. Push the handle up to fade in your title. Pull it down to return to your main program feed. The latest of faders are totally digital \ and capable of changing on a pixel-by-pixel basis. Being able to instantly switch or fade on the pixel-by-pixel basis lets you do |2keying|1. Such as substituting a weather map for the blue screen that is behind the weather turkey. Or, in the case of \ titles, switch in only individual opaque letters over background video. This latter trick is what the previously mentioned |2alpha channel|1 is all about. Content on a simple alpha channel can be thought of \ as a |2mask|1. Fancier alpha channel uses permit |2transparency|1. Important sources of video faders and other chips useful for character generators include |2Analog Devices|1, |2Linear Technology|1, and |2Maxim|1. |c The Videonics PowerScript PS-1000 |d The |4PS-1000 NTSC|1 is one premium (|4$3000|1 list)|1 stand-alone character gen having some innovative and unusual new features. This is intended mostly for serious amateurs, for interpretive kiosks, \ smaller tv station sports and weather departments, or for use with local cable front ends. Innovations include superb |417|1 nsec switching, and using a clone of the PostScript language for zillions of high quality fonts and unlimited art. Editing is arranged by objects, pages, \ and projects. Their supported objects include text, graphics, time displays, and anything you can represent as an |2.eps|1 PostScript file. A |4TBC|1 is included. Just as any PostScript printer will compose to paper, their PowerScript instead composes PostScript objects to a color video screen. The unit is basically a rack-sized, inch high dedicated computer having the usual keyboard and mouse. Inside is a power supply, a custom |440|1 Mhz computer that looks vaguely |4486|1ish, and a video \ switcher/fader card. Their menu driven graphics seem roughly comparable to Windows 3.1 or so. But with cruder res, since they do have to display on a |4NTSC|1 screen. One or more \ |4PCMCIA|1 cards serves as program and project storage. Figure four shows you the typical setup. You input live or |4VCR|1 video in an |4NTSC|1 or |4Y-C|1 format. You hook a composite monitor to your |2preview|1 output. You hook a second monitor (and your \ output feed, your recording |4VCR|1, or whatever) to the |4NTSC|1 or |4Y-C|1 |2program|1 output jacks. An external computer or even the web can get used to input fonts and .eps graphics. Serial comm and |4PPP|1 network protocols are supported. You can also insert an ethernet card into the second \ memory slot. The absence of an alpha channel in PostScript level |4II|1 is gotten around by using |4CMYK|1 color. And by then sneakily redefining that |4"K"|1 or black channel as alpha transparency. Their |42-D|1 animation is somewhat restricted, but otherwise impressive. You can crawl, slide, or bounce your message or artwork around. Even changing its color or size as you go along. The pages can be \ much larger than your screen. Tweening is automatic. Set the initial and final point of any move, tell PowerScript how long the motion is to take, and it handles all the rest for you. Curved paths \ are done with |2key frames|1. Most of their effects can get done in real time. These can be externally synchronized by using the |4GP|1 timing inputs. But fancy fonts and complex graphics may impose minimum scene display time limits. Lots of other |2Videoinics|1 machines and software are available. Over a broad price and performance range. The Videonics web site can be found at |/surl |2www.videonics.com|1|/videonics I've gathered more video stuff into this month's resource sidebar. |c Names & Numbers |d From |5SGS|2 Thomson|1, their |4ST7537|1 power line modem circuit for home automation. From |2Raychem|1, a new |2Circuit Protection Databook|1. From |2Semtech|1, their |2Battery Power Management Products|1 \ catalog. An innovative source for the latest and best in computer language books and such is Jeff Dunteman's |2Coriolis Books|1. Who have both a free catalog and a web site at \ |2|/surl www.coriolis.com|1|/coriolis . Five of their latest titles include |2Java Database Programming|1, an updated |2The Power Mac Book|1 second edition, the |2Sybase Client/Server|1, |2Networking with NT4|1, and |2Real-World Internets|1. Most with companion |4CD|1's. I've got a link here on my |2Guru's Lair|1 at |/surl |2www.tinaja.com|1|/tinaja Two newer trade journals: |2Digital Graphics|1 on the |2big|1 color printing for posters, billboards, or vehicles. And |5EOM|1 for geographic, mapping, and earth information. One of the |5EOM|1 \ advertisers is |2The Gemi Store|1. Who offer high res aerial photos of anywhere in the world for as little as |4$10|1 per square mile. More on sonoluminescence can be located in that Nov 1st, |41996|1 issue of |2Science|1 on pages |4718-719|1. Unusual resources and materials for printshops and home publishing appear in the |2Helene's Hotline|1 online newsletter. For your sign up, email |/surl |2hottalk@printer-net.com|1|/hottalk and using a single word |2subscribe|1 message. A reminder here that my |2CMOS Cookbook|1 is now back in print. With |2Butterworth Heinemann|1 as my brand new publisher. I've got autographed copies here at my |2Synergetics|1. Either by themselves or as a portion \ of the bargain priced |2Synergetics Classics Library|1. Also still have a few mint Tek |41230|1 logic analyzers and pods from our recent surplus sale. As usual, most of these mentioned resources show up in that |2Names & Numbers|1 or |2Video Resource Sampler|1 sidebars. Be sure to check here first before you visit my |/surl |2www.tinaja.com|1|/tinaja website or calling our \ |4US|1 technical helpline. Let's hear from you. |/tinton |-F|1 |x showpage